cscope 15 $HOME/Downloads/LUFA-111009/Demos/Device/ClassDriver/Xbee-avr               0000543599
	@Descriptors.c

38 
	~"Des��t�s.h
"

48 #i�(
USE_INTERNAL_SERIAL
 =�
NO_DESCRIPTOR
)

49 #w�n�g 
USE_INTERNAL_SERIAL
 
is
 
n�
 
ava�ab�
 
�
 
this
 
AVR
 - 
���
 
m�u�ly
 
cڡru�
 
a
 
devi�
 
�r�l
 
des��t�
.

57 cڡ 
USB_Des��t�_Devi�_t
 
PROGMEM
 
	gDevi�Des��t�
 =

59 .
H�d�
 = {.
Size
 = (
USB_Des��t�_Devi�_t
), .
	gTy�
 = 
DTYPE_Devi�
},

61 .
	gUSBS�cifi�ti�
 = 
VERSION_BCD
(01.10),

62 .
	gC�ss
 = 
USB_CSCP_IADDevi�C�ss
,

63 .
	gSubC�ss
 = 
USB_CSCP_IADDevi�Sub�ass
,

64 .
	gPr�oc�
 = 
USB_CSCP_IADDevi�Pr�oc�
,

66 .
	gEndpo�t0Size
 = 
FIXED_CONTROL_ENDPOINT_SIZE
,

68 .
	gV�d�ID
 = 0x03EB,

69 .
	gProdu�ID
 = 0x204E,

70 .
	gR���Numb�
 = 
VERSION_BCD
(00.01),

72 .
	gM�u��u�rS�Index
 = 0x01,

73 .
	gProdu�S�Index
 = 0x02,

74 .
	gS��lNumS�Index
 = 
USE_INTERNAL_SERIAL
,

76 .
	gNumb�OfC�figu�ti�s
 = 
FIXED_NUM_CONFIGURATIONS


84 cڡ 
USB_Des��t�_C�figu�ti�_t
 
PROGMEM
 
	gC�figu�ti�Des��t�
 =

86 .
C�fig
 =

88 .
H�d�
 = {.
Size
 = (
USB_Des��t�_C�figu�ti�_H�d�_t
), .
	gTy�
 = 
DTYPE_C�figu�ti�
},

90 .
	gTٮC�figu�ti�Size
 = (
USB_Des��t�_C�figu�ti�_t
),

91 .
	gTٮI����s
 = 4,

93 .
	gC�figu�ti�Numb�
 = 1,

94 .
	gC�figu�ti�S�Index
 = 
NO_DESCRIPTOR
,

96 .
	gC�figA�ribu�s
 = (
USB_CONFIG_ATTR_BUSPOWERED
 | 
USB_CONFIG_ATTR_SELFPOWERED
),

98 .
	gMaxPow�C�sum�i�
 = 
USB_CONFIG_POWER_MA
(100)

101 .
	gCDC1_IAD
 =

103 .
H�d�
 = {.
Size
 = (
USB_Des��t�_I����_Assoc�ti�_t
), .
	gTy�
 = 
DTYPE_I����Assoc�ti�
},

105 .
	gF��I����Index
 = 0,

106 .
	gTٮI����s
 = 2,

108 .
	gC�ss
 = 
CDC_CSCP_CDCC�ss
,

109 .
	gSubC�ss
 = 
CDC_CSCP_ACMSub�ass
,

110 .
	gPr�oc�
 = 
CDC_CSCP_ATComm�dPr�oc�
,

112 .
	gIADS�Index
 = 
NO_DESCRIPTOR


115 .
	gCDC1_CCI_I����
 =

117 .
H�d�
 = {.
Size
 = (
USB_Des��t�_I����_t
), .
	gTy�
 = 
DTYPE_I����
},

119 .
	gI����Numb�
 = 0,

120 .
	gAɔNjS�t�g
 = 0,

122 .
	gTٮEndpo�ts
 = 1,

124 .
	gC�ss
 = 
CDC_CSCP_CDCC�ss
,

125 .
	gSubC�ss
 = 
CDC_CSCP_ACMSub�ass
,

126 .
	gPr�oc�
 = 
CDC_CSCP_ATComm�dPr�oc�
,

128 .
	gI����S�Index
 = 
NO_DESCRIPTOR


131 .
	gCDC1_Fun�iڮ_H�d�
 =

133 .
H�d�
 = {.
Size
 = (
USB_CDC_Des��t�_Fun�iڮH�d�_t
), .
	gTy�
 = 
DTYPE_CSI����
},

134 .
	gSubty�
 = 
CDC_DSUBTYPE_CSI����_H�d�
,

136 .
	gCDCS�cifi�ti�
 = 
VERSION_BCD
(01.10),

139 .
	gCDC1_Fun�iڮ_ACM
 =

141 .
H�d�
 = {.
Size
 = (
USB_CDC_Des��t�_Fun�iڮACM_t
), .
	gTy�
 = 
DTYPE_CSI����
},

142 .
	gSubty�
 = 
CDC_DSUBTYPE_CSI����_ACM
,

144 .
	gC�ab���s
 = 0x06,

147 .
	gCDC1_Fun�iڮ_Uni�
 =

149 .
H�d�
 = {.
Size
 = (
USB_CDC_Des��t�_Fun�iڮUni�_t
), .
	gTy�
 = 
DTYPE_CSI����
},

150 .
	gSubty�
 = 
CDC_DSUBTYPE_CSI����_Uni�
,

152 .
	gMa��I����Numb�
 = 0,

153 .
	gS�veI����Numb�
 = 1,

156 .
	gCDC1_M�agem�tEndpo�t
 =

158 .
H�d�
 = {.
Size
 = (
USB_Des��t�_Endpo�t_t
), .
	gTy�
 = 
DTYPE_Endpo�t
},

160 .
	gEndpo�tAdd�ss
 = (
ENDPOINT_DIR_IN
 | 
CDC1_NOTIFICATION_EPNUM
),

161 .
	gA�ribu�s
 = (
EP_TYPE_INTERRUPT
 | 
ENDPOINT_ATTR_NO_SYNC
 | 
ENDPOINT_USAGE_DATA
),

162 .
	gEndpo�tSize
 = 
CDC_NOTIFICATION_EPSIZE
,

163 .
	gP�l�gI��v�MS
 = 0xFF

166 .
	gCDC1_DCI_I����
 =

168 .
H�d�
 = {.
Size
 = (
USB_Des��t�_I����_t
), .
	gTy�
 = 
DTYPE_I����
},

170 .
	gI����Numb�
 = 1,

171 .
	gAɔNjS�t�g
 = 0,

173 .
	gTٮEndpo�ts
 = 2,

175 .
	gC�ss
 = 
CDC_CSCP_CDCD�aC�ss
,

176 .
	gSubC�ss
 = 
CDC_CSCP_NoD�aSub�ass
,

177 .
	gPr�oc�
 = 
CDC_CSCP_NoD�aPr�oc�
,

179 .
	gI����S�Index
 = 
NO_DESCRIPTOR


182 .
	gCDC1_D�aOutEndpo�t
 =

184 .
H�d�
 = {.
Size
 = (
USB_Des��t�_Endpo�t_t
), .
	gTy�
 = 
DTYPE_Endpo�t
},

186 .
	gEndpo�tAdd�ss
 = (
ENDPOINT_DIR_OUT
 | 
CDC1_RX_EPNUM
),

187 .
	gA�ribu�s
 = (
EP_TYPE_BULK
 | 
ENDPOINT_ATTR_NO_SYNC
 | 
ENDPOINT_USAGE_DATA
),

188 .
	gEndpo�tSize
 = 
CDC_TXRX_EPSIZE
,

189 .
	gP�l�gI��v�MS
 = 0x01

192 .
	gCDC1_D�aInEndpo�t
 =

194 .
H�d�
 = {.
Size
 = (
USB_Des��t�_Endpo�t_t
), .
	gTy�
 = 
DTYPE_Endpo�t
},

196 .
	gEndpo�tAdd�ss
 = (
ENDPOINT_DIR_IN
 | 
CDC1_TX_EPNUM
),

197 .
	gA�ribu�s
 = (
EP_TYPE_BULK
 | 
ENDPOINT_ATTR_NO_SYNC
 | 
ENDPOINT_USAGE_DATA
),

198 .
	gEndpo�tSize
 = 
CDC_TXRX_EPSIZE
,

199 .
	gP�l�gI��v�MS
 = 0x01

202 .
	gCDC2_IAD
 =

204 .
H�d�
 = {.
Size
 = (
USB_Des��t�_I����_Assoc�ti�_t
), .
	gTy�
 = 
DTYPE_I����Assoc�ti�
},

206 .
	gF��I����Index
 = 2,

207 .
	gTٮI����s
 = 2,

209 .
	gC�ss
 = 
CDC_CSCP_CDCC�ss
,

210 .
	gSubC�ss
 = 
CDC_CSCP_ACMSub�ass
,

211 .
	gPr�oc�
 = 
CDC_CSCP_ATComm�dPr�oc�
,

213 .
	gIADS�Index
 = 
NO_DESCRIPTOR


216 .
	gCDC2_CCI_I����
 =

218 .
H�d�
 = {.
Size
 = (
USB_Des��t�_I����_t
), .
	gTy�
 = 
DTYPE_I����
},

220 .
	gI����Numb�
 = 2,

221 .
	gAɔNjS�t�g
 = 0,

223 .
	gTٮEndpo�ts
 = 1,

225 .
	gC�ss
 = 
CDC_CSCP_CDCC�ss
,

226 .
	gSubC�ss
 = 
CDC_CSCP_ACMSub�ass
,

227 .
	gPr�oc�
 = 
CDC_CSCP_ATComm�dPr�oc�
,

229 .
	gI����S�Index
 = 
NO_DESCRIPTOR


232 .
	gCDC2_Fun�iڮ_H�d�
 =

234 .
H�d�
 = {.
Size
 = (
USB_CDC_Des��t�_Fun�iڮH�d�_t
), .
	gTy�
 = 
DTYPE_CSI����
},

235 .
	gSubty�
 = 
CDC_DSUBTYPE_CSI����_H�d�
,

237 .
	gCDCS�cifi�ti�
 = 
VERSION_BCD
(01.10),

240 .
	gCDC2_Fun�iڮ_ACM
 =

242 .
H�d�
 = {.
Size
 = (
USB_CDC_Des��t�_Fun�iڮACM_t
), .
	gTy�
 = 
DTYPE_CSI����
},

243 .
	gSubty�
 = 
CDC_DSUBTYPE_CSI����_ACM
,

245 .
	gC�ab���s
 = 0x06,

248 .
	gCDC2_Fun�iڮ_Uni�
 =

250 .
H�d�
 = {.
Size
 = (
USB_CDC_Des��t�_Fun�iڮUni�_t
), .
	gTy�
 = 
DTYPE_CSI����
},

251 .
	gSubty�
 = 
CDC_DSUBTYPE_CSI����_Uni�
,

253 .
	gMa��I����Numb�
 = 2,

254 .
	gS�veI����Numb�
 = 3,

257 .
	gCDC2_M�agem�tEndpo�t
 =

259 .
H�d�
 = {.
Size
 = (
USB_Des��t�_Endpo�t_t
), .
	gTy�
 = 
DTYPE_Endpo�t
},

261 .
	gEndpo�tAdd�ss
 = (
ENDPOINT_DIR_IN
 | 
CDC2_NOTIFICATION_EPNUM
),

262 .
	gA�ribu�s
 = (
EP_TYPE_INTERRUPT
 | 
ENDPOINT_ATTR_NO_SYNC
 | 
ENDPOINT_USAGE_DATA
),

263 .
	gEndpo�tSize
 = 
CDC_NOTIFICATION_EPSIZE
,

264 .
	gP�l�gI��v�MS
 = 0xFF

267 .
	gCDC2_DCI_I����
 =

269 .
H�d�
 = {.
Size
 = (
USB_Des��t�_I����_t
), .
	gTy�
 = 
DTYPE_I����
},

271 .
	gI����Numb�
 = 3,

272 .
	gAɔNjS�t�g
 = 0,

274 .
	gTٮEndpo�ts
 = 2,

276 .
	gC�ss
 = 
CDC_CSCP_CDCD�aC�ss
,

277 .
	gSubC�ss
 = 
CDC_CSCP_NoD�aSub�ass
,

278 .
	gPr�oc�
 = 
CDC_CSCP_NoD�aPr�oc�
,

280 .
	gI����S�Index
 = 
NO_DESCRIPTOR


283 .
	gCDC2_D�aOutEndpo�t
 =

285 .
H�d�
 = {.
Size
 = (
USB_Des��t�_Endpo�t_t
), .
	gTy�
 = 
DTYPE_Endpo�t
},

287 .
	gEndpo�tAdd�ss
 = (
ENDPOINT_DIR_OUT
 | 
CDC2_RX_EPNUM
),

288 .
	gA�ribu�s
 = (
EP_TYPE_BULK
 | 
ENDPOINT_ATTR_NO_SYNC
 | 
ENDPOINT_USAGE_DATA
),

289 .
	gEndpo�tSize
 = 
CDC_TXRX_EPSIZE
,

290 .
	gP�l�gI��v�MS
 = 0x01

293 .
	gCDC2_D�aInEndpo�t
 =

295 .
H�d�
 = {.
Size
 = (
USB_Des��t�_Endpo�t_t
), .
	gTy�
 = 
DTYPE_Endpo�t
},

297 .
	gEndpo�tAdd�ss
 = (
ENDPOINT_DIR_IN
 | 
CDC2_TX_EPNUM
),

298 .
	gA�ribu�s
 = (
EP_TYPE_BULK
 | 
ENDPOINT_ATTR_NO_SYNC
 | 
ENDPOINT_USAGE_DATA
),

299 .
	gEndpo�tSize
 = 
CDC_TXRX_EPSIZE
,

300 .
	gP�l�gI��v�MS
 = 0x01

308 cڡ 
USB_Des��t�_S��g_t
 
PROGMEM
 
	gL�guageS��g
 =

310 .
H�d�
 = {.
Size
 = 
USB_STRING_LEN
(1), .
	gTy�
 = 
DTYPE_S��g
},

312 .
	gUnicodeS��g
 = {
LANGUAGE_ID_ENG
}

319 cڡ 
USB_Des��t�_S��g_t
 
PROGMEM
 
	gM�u��u�rS��g
 =

321 .
H�d�
 = {.
Size
 = 
USB_STRING_LEN
(11), .
	gTy�
 = 
DTYPE_S��g
},

323 .
	gUnicodeS��g
 = 
L
"Dean Camera"

330 cڡ 
USB_Des��t�_S��g_t
 
PROGMEM
 
	gProdu�S��g
 =

332 .
H�d�
 = {.
Size
 = 
USB_STRING_LEN
(13), .
	gTy�
 = 
DTYPE_S��g
},

334 .
	gUnicodeS��g
 = 
L
"LUFA Dual CDC Demo"

343 
u�t16_t
 
	$CALLBACK_USB_G�Des��t�
(cڡ 
u�t16_t
 
wV�ue
,

344 cڡ 
u�t8_t
 
wIndex
,

345 cڡ ** cڡ 
Des��t�Add�ss
)

347 cڡ 
u�t8_t
 
Des��t�Ty�
 = (
wV�ue
 >> 8);

348 cڡ 
u�t8_t
 
Des��t�Numb�
 = (
wV�ue
 & 0xFF);

350 cڡ * 
Add�ss
 = 
NULL
;

351 
u�t16_t
 
Size
 = 
NO_DESCRIPTOR
;

353 
Des��t�Ty�
)

355 
DTYPE_Devi�
:

356 
Add�ss
 = &
Devi�Des��t�
;

357 
Size
 = (
USB_Des��t�_Devi�_t
);

359 
DTYPE_C�figu�ti�
:

360 
Add�ss
 = &
C�figu�ti�Des��t�
;

361 
Size
 = (
USB_Des��t�_C�figu�ti�_t
);

363 
DTYPE_S��g
:

364 
Des��t�Numb�
)

367 
Add�ss
 = &
L�guageS��g
;

368 
Size
 = 
	`pgm_�ad_by�
(&
L�guageS��g
.
H�d�
.Size);

371 
Add�ss
 = &
M�u��u�rS��g
;

372 
Size
 = 
	`pgm_�ad_by�
(&
M�u��u�rS��g
.
H�d�
.Size);

375 
Add�ss
 = &
Produ�S��g
;

376 
Size
 = 
	`pgm_�ad_by�
(&
Produ�S��g
.
H�d�
.Size);

383 *
Des��t�Add�ss
 = 
Add�ss
;

384  
Size
;

385 
	}
}

	@Descriptors.h

36 #i�de�
_DESCRIPTORS_H_


37 

	#_DESCRIPTORS_H_


	)

40 
	~<avr/pgm�a�.h
>

42 
	~<LUFA/Driv�s/USB/USB.h
>

46 

	#CDC1_TX_EPNUM
 1

	)

49 

	#CDC1_RX_EPNUM
 2

	)

52 

	#CDC1_NOTIFICATION_EPNUM
 3

	)

55 

	#CDC2_TX_EPNUM
 4

	)

58 

	#CDC2_RX_EPNUM
 5

	)

61 

	#CDC2_NOTIFICATION_EPNUM
 6

	)

64 

	#CDC_NOTIFICATION_EPSIZE
 8

	)

67 

	#CDC_TXRX_EPSIZE
 16

	)

76 
USB_Des��t�_C�figu�ti�_H�d�_t
 
	mC�fig
;

79 
USB_Des��t�_I����_Assoc�ti�_t
 
	mCDC1_IAD
;

80 
USB_Des��t�_I����_t
 
	mCDC1_CCI_I����
;

81 
USB_CDC_Des��t�_Fun�iڮH�d�_t
 
	mCDC1_Fun�iڮ_H�d�
;

82 
USB_CDC_Des��t�_Fun�iڮACM_t
 
	mCDC1_Fun�iڮ_ACM
;

83 
USB_CDC_Des��t�_Fun�iڮUni�_t
 
	mCDC1_Fun�iڮ_Uni�
;

84 
USB_Des��t�_Endpo�t_t
 
	mCDC1_M�agem�tEndpo�t
;

87 
USB_Des��t�_I����_t
 
	mCDC1_DCI_I����
;

88 
USB_Des��t�_Endpo�t_t
 
	mCDC1_D�aOutEndpo�t
;

89 
USB_Des��t�_Endpo�t_t
 
	mCDC1_D�aInEndpo�t
;

92 
USB_Des��t�_I����_Assoc�ti�_t
 
	mCDC2_IAD
;

93 
USB_Des��t�_I����_t
 
	mCDC2_CCI_I����
;

94 
USB_CDC_Des��t�_Fun�iڮH�d�_t
 
	mCDC2_Fun�iڮ_H�d�
;

95 
USB_CDC_Des��t�_Fun�iڮACM_t
 
	mCDC2_Fun�iڮ_ACM
;

96 
USB_CDC_Des��t�_Fun�iڮUni�_t
 
	mCDC2_Fun�iڮ_Uni�
;

97 
USB_Des��t�_Endpo�t_t
 
	mCDC2_M�agem�tEndpo�t
;

100 
USB_Des��t�_I����_t
 
	mCDC2_DCI_I����
;

101 
USB_Des��t�_Endpo�t_t
 
	mCDC2_D�aOutEndpo�t
;

102 
USB_Des��t�_Endpo�t_t
 
	mCDC2_D�aInEndpo�t
;

103 } 
	tUSB_Des��t�_C�figu�ti�_t
;

106 
u�t16_t
 
	$CALLBACK_USB_G�Des��t�
(cڡ 
u�t16_t
 
wV�ue
,

107 cڡ 
u�t8_t
 
wIndex
,

108 cڡ ** cڡ 
Des��t�Add�ss
)

109 
ATTR_WARN_UNUSED_RESULT
 
	`ATTR_NON_NULL_PTR_ARG
(3);

	@DualVirtualSerial.c

37 
	~"Du�V�tu�S��l.h
"

40 
	~<av�sive.h
>

41 
	~<av�sive/�r�.h
>

42 
	~<av�sive/queue.h
>

44 
	~<schedu�r.h
>

45 
	~<�ock_time.h
>

46 
	~<�r�.h
>

47 
	~<rdl�e.h
>

48 
	~<tim�.h
>

50 
	~"xb�_�ighb�.h
"

51 
	~"xb�_�cmd.h
"

52 
	~"xb�_��s.h
"

53 
	~"xb�_buf.h
"

54 
	~"xb�_��o.h
"

55 
	~"xb�.h
"

57 
	~"ma�.h
"

58 
	~"cmdl�e.h
"

59 
	~"��out.h
"

61 vީ��
u�t16_t
 
	gglob�_ms
;

62 
��out_m�ag�
 
	gcm
;

63 
	gcmdl�e_�put_�ab�d
 = 1;

71 
USB_C�ssInfo_CDC_Devi�_t
 
	gV�tu�S��l1_CDC_I����
 =

73 .
C�fig
 =

75 .
Cڌ�I����Numb�
 = 0,

77 .
	gD�aINEndpo�tNumb�
 = 
CDC1_TX_EPNUM
,

78 .
	gD�aINEndpo�tSize
 = 
CDC_TXRX_EPSIZE
,

79 .
	gD�aINEndpo�tDoub�B�k
 = 
�l�
,

81 .
	gD�aOUTEndpo�tNumb�
 = 
CDC1_RX_EPNUM
,

82 .
	gD�aOUTEndpo�tSize
 = 
CDC_TXRX_EPSIZE
,

83 .
	gD�aOUTEndpo�tDoub�B�k
 = 
�l�
,

85 .
	gN�ifi�ti�Endpo�tNumb�
 = 
CDC1_NOTIFICATION_EPNUM
,

86 .
	gN�ifi�ti�Endpo�tSize
 = 
CDC_NOTIFICATION_EPSIZE
,

87 .
	gN�ifi�ti�Endpo�tDoub�B�k
 = 
�l�
,

96 
USB_C�ssInfo_CDC_Devi�_t
 
	gV�tu�S��l2_CDC_I����
 =

98 .
C�fig
 =

100 .
Cڌ�I����Numb�
 = 2,

102 .
	gD�aINEndpo�tNumb�
 = 
CDC2_TX_EPNUM
,

103 .
	gD�aINEndpo�tSize
 = 
CDC_TXRX_EPSIZE
,

104 .
	gD�aINEndpo�tDoub�B�k
 = 
�l�
,

106 .
	gD�aOUTEndpo�tNumb�
 = 
CDC2_RX_EPNUM
,

107 .
	gD�aOUTEndpo�tSize
 = 
CDC_TXRX_EPSIZE
,

108 .
	gD�aOUTEndpo�tDoub�B�k
 = 
�l�
,

110 .
	gN�ifi�ti�Endpo�tNumb�
 = 
CDC2_NOTIFICATION_EPNUM
,

111 .
	gN�ifi�ti�Endpo�tSize
 = 
CDC_NOTIFICATION_EPSIZE
,

112 .
	gN�ifi�ti�Endpo�tDoub�B�k
 = 
�l�
,

118 
u�t16_t
 
	$g�_time_ms
()

120  
glob�_ms
;

121 
	}
}

123 
	$do_�d_bl�k
(
��out_m�ag�
 *
cm
,

124 
��out
 *
�t
, *
dummy
)

126 
u�t8_t
 
a
 = 0;

128 i�(
a
 & 1)

129 
	`LEDs_S�A�LEDs
(0);

131 
	`LEDs_S�A�LEDs
(0xff);

132 
a
++;

133 
	}
}

135 
	$��em�t_ms
(*
dummy
)

137 
glob�_ms
++;

138 
	}
}

140 
	$ma�_tim�_���u�
()

142 
u�t8_t
 
�t
 = 0;

143 
�t
++;

144 
	`�i
();

145 i�((
�t
 & 0x3) == 0)

146 
	`schedu�r_���u�
();

147 
	}
}

153 
	$ma�
()

155 
��out
 
t1
;

156 
FILE
 *
xb�_f�e
;

157 
�t8_t
 
�r
;

158 
xb�_dev
 
dev
;

160 
	`S�upH�dw�e
();

162 
	`LEDs_S�A�LEDs
(
LEDMASK_USB_NOTREADY
);

164 
	`fdevݒ
(
usb�r�l1_dev_�nd
, 
usb�r�l1_dev_�cv
);

165 
xb�_f�e
 = 
	`fdevݒ
(
usb�r�l2_dev_�nd
, 
usb�r�l2_dev_�cv
);

166 
	`schedu�r_��
();

167 
	`tim�_��
();

168 
	`tim�0_�gi��_OV_��
(
ma�_tim�_���u�
);

169 
	`�i
();

171 
	`schedu�r_add_�riodi�l_ev�t_�iܙy
(
��em�t_ms
, 
NULL
,

172 1000L / 
SCHEDULER_UNIT
,

173 
LED_PRIO
);

174 
	`cmdl�e_��
();

175 
	`��out_m�ag�_��
(&
cm
, 
g�_time_ms
);

176 
	`��out_��t
(&
cm
, &
t1
, 500, 
PERIODICAL
, 
do_�d_bl�k
, 
NULL
);

179 
�r
 = 
	`xb�_��
();

180 i�(
�r
 < 0)

183 
xb�_dev
 = &
dev
;

186 i�(
	`xb�_ݒ
(
xb�_dev
, 
xb�_f�e
) < 0)

190 i�(
	`xb�_�gi��_ch��l
(
xb�_dev
, 
XBEE_DEFAULT_CHANNEL
,

191 
xb�_rx
, 
NULL
) < 0) {

192 
	`�r�tf
(
�d�r
, "cannot�egister default channel\n");

196 
	`�i
();

199 
	`CheckJoy�ickMovem�t
();

201 
	`��out_m�age
(&
cm
);

204 
�t16_t
 
c
;

207 
c
 = 
	`CDC_Devi�_Re�iveBy�
(&
V�tu�S��l2_CDC_I����
);

208 i�(
c
 >= 0)

209 
	`CDC_Devi�_S�dBy�
(&
V�tu�S��l1_CDC_I����
,

210 (
u�t8_t
)
c
);

213 
c
 = 
	`CDC_Devi�_Re�iveBy�
(&
V�tu�S��l1_CDC_I����
);

214 i�(
c
 >= 0)

215 
	`CDC_Devi�_S�dBy�
(&
V�tu�S��l2_CDC_I����
,

216 (
u�t8_t
)
c
);

219 i�(
cmdl�e_�put_�ab�d
)

220 
	`cmdl�e_p�l
();

221 
	`xb�_��o_rx
(
xb�_dev
);

224 
	`CDC_Devi�_USBTask
(&
V�tu�S��l1_CDC_I����
);

225 
	`CDC_Devi�_USBTask
(&
V�tu�S��l2_CDC_I����
);

226 
	`USB_USBTask
();

228 
	}
}

231 
	$S�upH�dw�e
()

234 
MCUSR
 &�~(1 << 
WDRF
);

235 
	`wdt_di�b�
();

238 
	`�ock_�es��_�t
(
�ock_div_1
);

241 
	`Joy�ick_In�
();

242 
	`LEDs_In�
();

243 
	`USB_In�
();

244 
	}
}

249 
	$CheckJoy�ickMovem�t
()

251 
u�t8_t
 
JoyS�tus_LCL
 = 
	`Joy�ick_G�S�tus
();

252 * 
R��tS��g
 = 
NULL
;

253 
bo�
 
A�i�S�t
 = 
�l�
;

255 i�(
JoyS�tus_LCL
 & 
JOY_UP
)

256 
R��tS��g
 = "Joystick Up\r\n";

257 i�(
JoyS�tus_LCL
 & 
JOY_DOWN
)

258 
R��tS��g
 = "Joystick Down\r\n";

259 i�(
JoyS�tus_LCL
 & 
JOY_LEFT
)

260 
R��tS��g
 = "Joystick Left\r\n";

261 i�(
JoyS�tus_LCL
 & 
JOY_RIGHT
)

262 
R��tS��g
 = "Joystick Right\r\n";

263 i�(
JoyS�tus_LCL
 & 
JOY_PRESS
)

264 
R��tS��g
 = "Joystick Pressed\r\n";

266 
A�i�S�t
 = 
�l�
;

268 i�((
R��tS��g
 !�
NULL
�&& (
A�i�S�t
 =�
�l�
))

270 
A�i�S�t
 = 
�ue
;

272 
	`CDC_Devi�_S�dS��g
(&
V�tu�S��l1_CDC_I����
, 
R��tS��g
);

274 
	}
}

277 
	$EVENT_USB_Devi�_C���
()

279 
	`LEDs_S�A�LEDs
(
LEDMASK_USB_ENUMERATING
);

280 
	}
}

283 
	$EVENT_USB_Devi�_Disc���
()

285 
	`LEDs_S�A�LEDs
(
LEDMASK_USB_NOTREADY
);

286 
	}
}

289 
	$EVENT_USB_Devi�_C�figu�ti�Ch�ged
()

291 
bo�
 
C�figSuc�ss
 = 
�ue
;

293 
C�figSuc�ss
 &�
	`CDC_Devi�_C�figu�Endpo�ts
(&
V�tu�S��l1_CDC_I����
);

294 
C�figSuc�ss
 &�
	`CDC_Devi�_C�figu�Endpo�ts
(&
V�tu�S��l2_CDC_I����
);

296 
	`LEDs_S�A�LEDs
(
C�figSuc�ss
 ? 
LEDMASK_USB_READY
 : 
LEDMASK_USB_ERROR
);

298 
	`rdl�e_�wl�e
(&
xb�b�rd
.
rdl
, xb�b�rd.
�om�
);

299 
	}
}

302 
	$EVENT_USB_Devi�_Cڌ�Reque�
()

304 
	`CDC_Devi�_Pro�ssCڌ�Reque�
(&
V�tu�S��l1_CDC_I����
);

305 
	`CDC_Devi�_Pro�ssCڌ�Reque�
(&
V�tu�S��l2_CDC_I����
);

306 
	}
}

	@DualVirtualSerial.h

36 #i�de�
_DUAL_VIRTUALSERIAL_H_


37 

	#_DUAL_VIRTUALSERIAL_H_


	)

40 
	~<avr/io.h
>

41 
	~<avr/wdt.h
>

42 
	~<avr/pow�.h
>

43 
	~<avr/���u�.h
>

44 
	~<�r�g.h
>

46 
	~"Des��t�s.h
"

48 
	~<LUFA/V�si�.h
>

49 
	~<LUFA/Driv�s/B�rd/LEDs.h
>

50 
	~<LUFA/Driv�s/B�rd/Joy�ick.h
>

51 
	~<LUFA/Driv�s/USB/USB.h
>

55 

	#LEDMASK_USB_NOTREADY
 
LEDS_LED1


	)

58 

	#LEDMASK_USB_ENUMERATING
 (
LEDS_LED2
 | 
LEDS_LED3
)

	)

61 

	#LEDMASK_USB_READY
 (
LEDS_LED2
 | 
LEDS_LED4
)

	)

64 

	#LEDMASK_USB_ERROR
 (
LEDS_LED1
 | 
LEDS_LED3
)

	)

67 
S�upH�dw�e
();

68 
CheckJoy�ickMovem�t
();

70 
EVENT_USB_Devi�_C���
();

71 
EVENT_USB_Devi�_Disc���
();

72 
EVENT_USB_Devi�_C�figu�ti�Ch�ged
();

73 
EVENT_USB_Devi�_Cڌ�Reque�
();

75 
USB_C�ssInfo_CDC_Devi�_t
 
V�tu�S��l1_CDC_I����
;

76 
USB_C�ssInfo_CDC_Devi�_t
 
V�tu�S��l2_CDC_I����
;

	@autoconf.h

4 

	#AUTOCONF_INCLUDED


	)

9 #unde�
CONFIG_MCU_AT90S2313


10 #unde�
CONFIG_MCU_AT90S2323


11 #unde�
CONFIG_MCU_AT90S3333


12 #unde�
CONFIG_MCU_AT90S2343


13 #unde�
CONFIG_MCU_ATTINY22


14 #unde�
CONFIG_MCU_ATTINY26


15 #unde�
CONFIG_MCU_AT90S4414


16 #unde�
CONFIG_MCU_AT90S4433


17 #unde�
CONFIG_MCU_AT90S4434


18 #unde�
CONFIG_MCU_AT90S8515


19 #unde�
CONFIG_MCU_AT90S8534


20 #unde�
CONFIG_MCU_AT90S8535


21 #unde�
CONFIG_MCU_AT86RF401


22 #unde�
CONFIG_MCU_ATMEGA103


23 #unde�
CONFIG_MCU_ATMEGA603


24 #unde�
CONFIG_MCU_AT43USB320


25 #unde�
CONFIG_MCU_AT43USB355


26 #unde�
CONFIG_MCU_AT76C711


27 #unde�
CONFIG_MCU_ATMEGA8


28 #unde�
CONFIG_MCU_ATMEGA48


29 #unde�
CONFIG_MCU_ATMEGA88


30 #unde�
CONFIG_MCU_ATMEGA8515


31 #unde�
CONFIG_MCU_ATMEGA8535


32 #unde�
CONFIG_MCU_ATTINY13


33 #unde�
CONFIG_MCU_ATTINY2313


34 #unde�
CONFIG_MCU_ATMEGA16


35 #unde�
CONFIG_MCU_ATMEGA161


36 #unde�
CONFIG_MCU_ATMEGA162


37 #unde�
CONFIG_MCU_ATMEGA163


38 #unde�
CONFIG_MCU_ATMEGA165


39 #unde�
CONFIG_MCU_ATMEGA168


40 #unde�
CONFIG_MCU_ATMEGA169


41 #unde�
CONFIG_MCU_ATMEGA32


42 #unde�
CONFIG_MCU_ATMEGA323


43 #unde�
CONFIG_MCU_ATMEGA325


44 #unde�
CONFIG_MCU_ATMEGA3250


45 #unde�
CONFIG_MCU_ATMEGA64


46 #unde�
CONFIG_MCU_ATMEGA645


47 #unde�
CONFIG_MCU_ATMEGA6450


48 #unde�
CONFIG_MCU_ATMEGA128


49 #unde�
CONFIG_MCU_ATMEGA1281


50 #unde�
CONFIG_MCU_AT90CAN128


51 #unde�
CONFIG_MCU_AT94K


52 #unde�
CONFIG_MCU_AT90S1200


53 #unde�
CONFIG_MCU_ATMEGA2560


54 #unde�
CONFIG_MCU_ATMEGA256


55 

	#CONFIG_MCU_ATMEGAUSB1287


	)

56 

	#CONFIG_QUARTZ
 (16000000)

	)

61 #unde�
CONFIG_OPTM_0


62 #unde�
CONFIG_OPTM_1


63 #unde�
CONFIG_OPTM_2


64 #unde�
CONFIG_OPTM_3


65 

	#CONFIG_OPTM_S
 1

	)

66 

	#CONFIG_MATH_LIB
 1

	)

67 #unde�
CONFIG_FDEVOPEN_COMPAT


68 #unde�
CONFIG_NO_PRINTF


69 #unde�
CONFIG_MINIMAL_PRINTF


70 #unde�
CONFIG_STANDARD_PRINTF


71 

	#CONFIG_ADVANCED_PRINTF
 1

	)

72 #unde�
CONFIG_FORMAT_IHEX


73 #unde�
CONFIG_FORMAT_SREC


74 

	#CONFIG_FORMAT_BINARY
 1

	)

79 

	#CONFIG_MODULE_CIRBUF
 1

	)

80 #unde�
CONFIG_MODULE_CIRBUF_LARGE


81 #unde�
CONFIG_MODULE_FIXED_POINT


82 #unde�
CONFIG_MODULE_VECT2


83 #unde�
CONFIG_MODULE_GEOMETRY


84 #unde�
CONFIG_MODULE_HOSTSIM


85 

	#CONFIG_MODULE_SCHEDULER
 1

	)

86 

	#CONFIG_MODULE_SCHEDULER_STATS
 1

	)

87 

	#CONFIG_MODULE_SCHEDULER_CREATE_CONFIG
 1

	)

88 #unde�
CONFIG_MODULE_SCHEDULER_USE_TIMERS


89 #unde�
CONFIG_MODULE_SCHEDULER_TIMER0


90 

	#CONFIG_MODULE_SCHEDULER_MANUAL
 1

	)

91 

	#CONFIG_MODULE_TIME
 1

	)

92 

	#CONFIG_MODULE_TIME_CREATE_CONFIG
 1

	)

93 #unde�
CONFIG_MODULE_TIME_EXT


94 #unde�
CONFIG_MODULE_TIME_EXT_CREATE_CONFIG


99 

	#CONFIG_MODULE_UART
 1

	)

100 #unde�
CONFIG_MODULE_UART_9BITS


101 

	#CONFIG_MODULE_UART_CREATE_CONFIG
 1

	)

102 

	#CONFIG_MODULE_SPI
 1

	)

103 

	#CONFIG_MODULE_SPI_CREATE_CONFIG
 1

	)

104 

	#CONFIG_MODULE_I2C
 1

	)

105 

	#CONFIG_MODULE_I2C_MASTER
 1

	)

106 #unde�
CONFIG_MODULE_I2C_MULTIMASTER


107 

	#CONFIG_MODULE_I2C_CREATE_CONFIG
 1

	)

108 #unde�
CONFIG_MODULE_MF2_CLIENT


109 #unde�
CONFIG_MODULE_MF2_CLIENT_USE_SCHEDULER


110 #unde�
CONFIG_MODULE_MF2_CLIENT_CREATE_CONFIG


111 #unde�
CONFIG_MODULE_MF2_SERVER


112 #unde�
CONFIG_MODULE_MF2_SERVER_CREATE_CONFIG


117 

	#CONFIG_MODULE_TIMER
 1

	)

118 #unde�
CONFIG_MODULE_TIMER_CREATE_CONFIG


119 #unde�
CONFIG_MODULE_TIMER_DYNAMIC


120 #unde�
CONFIG_MODULE_PWM


121 #unde�
CONFIG_MODULE_PWM_CREATE_CONFIG


122 #unde�
CONFIG_MODULE_PWM_NG


123 #unde�
CONFIG_MODULE_ADC


124 #unde�
CONFIG_MODULE_ADC_CREATE_CONFIG


129 #unde�
CONFIG_MODULE_MENU


130 

	#CONFIG_MODULE_VT100
 1

	)

131 

	#CONFIG_MODULE_RDLINE
 1

	)

132 

	#CONFIG_MODULE_RDLINE_CREATE_CONFIG
 1

	)

133 

	#CONFIG_MODULE_RDLINE_KILL_BUF
 1

	)

134 

	#CONFIG_MODULE_RDLINE_HISTORY
 1

	)

135 

	#CONFIG_MODULE_PARSE
 1

	)

136 #unde�
CONFIG_MODULE_PARSE_NO_FLOAT


141 #unde�
CONFIG_MODULE_LCD


142 #unde�
CONFIG_MODULE_LCD_CREATE_CONFIG


143 #unde�
CONFIG_MODULE_MULTISERVO


144 #unde�
CONFIG_MODULE_MULTISERVO_CREATE_CONFIG


145 #unde�
CONFIG_MODULE_AX12


146 #unde�
CONFIG_MODULE_AX12_CREATE_CONFIG


151 #unde�
CONFIG_MODULE_BRUSHLESS_3PHASE_DIGITAL_HALL


152 #unde�
CONFIG_MODULE_BRUSHLESS_3PHASE_DIGITAL_HALL_CREATE_CONFIG


153 #unde�
CONFIG_MODULE_BRUSHLESS_3PHASE_DIGITAL_HALL_DOUBLE


154 #unde�
CONFIG_MODULE_BRUSHLESS_3PHASE_DIGITAL_HALL_DOUBLE_CREATE_CONFIG


159 #unde�
CONFIG_MODULE_ENCODERS_MICROB


160 #unde�
CONFIG_MODULE_ENCODERS_MICROB_CREATE_CONFIG


161 #unde�
CONFIG_MODULE_ENCODERS_EIRBOT


162 #unde�
CONFIG_MODULE_ENCODERS_EIRBOT_CREATE_CONFIG


163 #unde�
CONFIG_MODULE_ENCODERS_SPI


164 #unde�
CONFIG_MODULE_ENCODERS_SPI_CREATE_CONFIG


169 #unde�
CONFIG_MODULE_ROBOT_SYSTEM


170 #unde�
CONFIG_MODULE_ROBOT_SYSTEM_USE_F64


171 #unde�
CONFIG_MODULE_ROBOT_SYSTEM_MOT_AND_EXT


172 #unde�
CONFIG_MODULE_POSITION_MANAGER


173 #unde�
CONFIG_MODULE_COMPENSATE_CENTRIFUGAL_FORCE


174 #unde�
CONFIG_MODULE_TRAJECTORY_MANAGER


175 #unde�
CONFIG_MODULE_BLOCKING_DETECTION_MANAGER


176 #unde�
CONFIG_MODULE_OBSTACLE_AVOIDANCE


177 #unde�
CONFIG_MODULE_OBSTACLE_AVOIDANCE_CREATE_CONFIG


182 #unde�
CONFIG_MODULE_CONTROL_SYSTEM_MANAGER


183 #unde�
CONFIG_MODULE_PID


184 #unde�
CONFIG_MODULE_PID_CREATE_CONFIG


185 #unde�
CONFIG_MODULE_RAMP


186 #unde�
CONFIG_MODULE_QUADRAMP


187 #unde�
CONFIG_MODULE_QUADRAMP_DERIVATE


188 #unde�
CONFIG_MODULE_BIQUAD


193 #unde�
CONFIG_MODULE_CC2420


194 #unde�
CONFIG_MODULE_CC2420_CREATE_CONFIG


199 #unde�
CONFIG_MODULE_AES


200 #unde�
CONFIG_MODULE_AES_CTR


201 #unde�
CONFIG_MODULE_MD5


202 #unde�
CONFIG_MODULE_MD5_HMAC


203 #unde�
CONFIG_MODULE_RC4


208 #unde�
CONFIG_MODULE_BASE64


209 #unde�
CONFIG_MODULE_HAMMING


214 

	#CONFIG_MODULE_DIAGNOSTIC
 1

	)

215 

	#CONFIG_MODULE_DIAGNOSTIC_CREATE_CONFIG
 1

	)

216 

	#CONFIG_MODULE_ERROR
 1

	)

217 

	#CONFIG_MODULE_ERROR_CREATE_CONFIG
 1

	)

222 #unde�
CONFIG_AVRDUDE


223 

	#CONFIG_AVARICE
 1

	)

228 #unde�
CONFIG_AVRDUDE_PROG_FUTURELEC


229 #unde�
CONFIG_AVRDUDE_PROG_ABCMINI


230 #unde�
CONFIG_AVRDUDE_PROG_PICOWEB


231 #unde�
CONFIG_AVRDUDE_PROG_SP12


232 #unde�
CONFIG_AVRDUDE_PROG_ALF


233 #unde�
CONFIG_AVRDUDE_PROG_BASCOM


234 #unde�
CONFIG_AVRDUDE_PROG_DT006


235 #unde�
CONFIG_AVRDUDE_PROG_PONY_STK200


236 

	#CONFIG_AVRDUDE_PROG_STK200
 1

	)

237 #unde�
CONFIG_AVRDUDE_PROG_PAVR


238 #unde�
CONFIG_AVRDUDE_PROG_BUTTERFLY


239 #unde�
CONFIG_AVRDUDE_PROG_AVR910


240 #unde�
CONFIG_AVRDUDE_PROG_STK500


241 #unde�
CONFIG_AVRDUDE_PROG_AVRISP


242 #unde�
CONFIG_AVRDUDE_PROG_BSD


243 #unde�
CONFIG_AVRDUDE_PROG_DAPA


244 #unde�
CONFIG_AVRDUDE_PROG_JTAG1


245 #unde�
CONFIG_AVRDUDE_PROG_AVR109


246 

	#CONFIG_AVRDUDE_PORT
 "/dev/���t0"

	)

247 

	#CONFIG_AVRDUDE_BAUDRATE
 (19200)

	)

252 

	#CONFIG_AVARICE_PORT
 "/dev/�yUSB0"

	)

253 

	#CONFIG_AVARICE_DEBUG_PORT
 (1234)

	)

254 

	#CONFIG_AVARICE_PROG_MKI
 1

	)

255 #unde�
CONFIG_AVARICE_PROG_MKII


256 

	#CONFIG_AVRDUDE_CHECK_SIGNATURE
 1

	)

	@aversive.h

28 #i�de�
_AVERSIVE_H_


29 

	#_AVERSIVE_H_


	)

31 
	~<autoc�f.h
>

33 #i�de�
HOST_VERSION


34 
	~<avr/���u�.h
>

35 
	~<avr/io.h
>

38 
	~<av�sive/ty�s.h
>

39 
	~<av�sive/��o.h
>

40 
	~<av�sive/�q_lock.h
>

43 #i�de�
__AVR_LIBC_VERSION__


44 

	#__AVR_LIBC_VERSION__
 0UL

	)

47 #i�de�
HOST_VERSION


48 #i�
__AVR_LIBC_VERSION__
 < 10403UL

49 
	~<avr/sig�l.h
>

55 

	#Hz
 1l

	)

56 

	#KHz
 1000l

	)

57 

	#MHz
 1000000l

	)

68 

	#S_MAX
(
to_�tu��
, 
v�ue_max
) \

70 i�(
to_�tu��
 > 
v�ue_max
) \

71 
to_�tu��
 = 
v�ue_max
; \

72 i�(
to_�tu��
 < -
v�ue_max
) \

73 
to_�tu��
 = -
v�ue_max
; \

74 } 0)

	)

79 

	#U_MAX
(
to_�tu��
, 
v�ue_max
) \

81 i�(
to_�tu��
 > 
v�ue_max
) \

82 
to_�tu��
 = 
v�ue_max
; \

83 i�(
to_�tu��
 < 0) \

84 
to_�tu��
 = 0; \

85 } 0)

	)

97 

	#ABS
(
v�
) ({ \

98 
	`__ty�of
(
v�
�
__v�
 = (val); \

99 i�(
__v�
 < 0) \

100 
__v�
 = - __val; \

101 
__v�
; \

102 })

	)

108 #i�
__BYTE_ORDER
 !�
__LITTLE_ENDIAN
 && __BYTE_ORDER !�
__BIG_ENDIAN


112 
	sex�a�32
 {

115 #i�
__BYTE_ORDER
 =�
__LITTLE_ENDIAN


116 
u�t8_t
 
	mu8_0
;

117 
u�t8_t
 
	mu8_1
;

118 
u�t8_t
 
	mu8_2
;

119 
u�t8_t
 
	mu8_3
;

120 #�i�
__BYTE_ORDER
 =�
__BIG_ENDIAN


121 
u�t8_t
 
	mu8_3
;

122 
u�t8_t
 
	mu8_2
;

123 
u�t8_t
 
	mu8_1
;

124 
u�t8_t
 
	mu8_0
;

126 } 
__��ibu�__
 ((
�cked
)�
	mu8
;

128 #i�
__BYTE_ORDER
 =�
__LITTLE_ENDIAN


129 
u�t16_t
 
	mu16_0
;

130 
u�t16_t
 
	mu16_1
;

131 #�i�
__BYTE_ORDER
 =�
__BIG_ENDIAN


132 
u�t16_t
 
	mu16_1
;

133 
u�t16_t
 
	mu16_0
;

135 } 
__��ibu�__
 ((
�cked
)�
	mu16
;

137 #i�
__BYTE_ORDER
 =�
__LITTLE_ENDIAN


138 
u�t8_t
 
	mu8_0
;

139 
u�t16_t
 
	mu16_mid
;

140 
u�t8_t
 
	mu8_3
;

141 #�i�
__BYTE_ORDER
 =�
__BIG_ENDIAN


142 
u�t8_t
 
	mu8_3
;

143 
u�t16_t
 
	mu16_mid
;

144 
u�t8_t
 
	mu8_0
;

146 } 
__��ibu�__
 ((
�cked
)�
	mu16_b
;

147 
u�t32_t
 
	mu32
;

148 } 
__��ibu�__
 ((
�cked
)�
	mu
;

149 } 
__��ibu�__
 ((
�cked
));

151 

	#ex�32_08_0
(
i
�({ 
ex�a�32
 
__x
; __x.
u
.
u32
 = i; __x.u.
u8
.
u8_0
; })

	)

152 

	#ex�32_08_1
(
i
�({ 
ex�a�32
 
__x
; __x.
u
.
u32
 = i; __x.u.
u8
.
u8_1
; })

	)

153 

	#ex�32_08_2
(
i
�({ 
ex�a�32
 
__x
; __x.
u
.
u32
 = i; __x.u.
u8
.
u8_2
; })

	)

154 

	#ex�32_08_3
(
i
�({ 
ex�a�32
 
__x
; __x.
u
.
u32
 = i; __x.u.
u8
.
u8_3
; })

	)

156 

	#ex�32_16_0
(
i
�({ 
ex�a�32
 
__x
; __x.
u
.
u32
 = i; __x.u.
u16
.
u16_0
; })

	)

157 

	#ex�32_16_1
(
i
�({ 
ex�a�32
 
__x
; __x.
u
.
u32
 = i; __x.u.
u16
.
u16_1
; })

	)

158 

	#ex�32_16_mid
(
i
�({ 
ex�a�32
 
__x
; __x.
u
.
u32
 = i; __x.u.
u16_b
.
u16_mid
; })

	)

161 
	sex�a�16
 {

164 #i�
__BYTE_ORDER
 =�
__LITTLE_ENDIAN


165 
u�t8_t
 
	mu8_0
;

166 
u�t8_t
 
	mu8_1
;

167 #�i�
__BYTE_ORDER
 =�
__BIG_ENDIAN


168 
u�t8_t
 
	mu8_1
;

169 
u�t8_t
 
	mu8_0
;

171 } 
__��ibu�__
 ((
�cked
)�
	mu8
;

172 
u�t16_t
 
	mu16
;

173 } 
__��ibu�__
 ((
�cked
)�
	mu
;

174 } 
__��ibu�__
 ((
�cked
));

176 

	#ex�16_08_0
(
i
�({ 
ex�a�16
 
__x
; __x.
u
.
u16
 = i; __x.u.
u8
.
u8_0
; })

	)

177 

	#ex�16_08_1
(
i
�({ 
ex�a�16
 
__x
; __x.
u
.
u16
 = i; __x.u.
u8
.
u8_1
; })

	)

183 #i�de�
HOST_VERSION


184 #i�de�
n�


185 

	#n�
(�
__asm__
 
	`__vީ�e__
 ("NOP\n"�

	)

187 #i�de�
n�h�g


188 

	#n�h�g
(�
__asm__
 
	`__vީ�e__
 (" \n"�

	)

190 #i�de�
�i


191 

	#�i
(�
__asm__
 
	`__vީ�e__
 ("CLI\n"�

	)

193 #i�de�
�i


194 

	#�i
(�
__asm__
 
	`__vީ�e__
 ("SEI\n"�

	)

197 #i�de�
��t


198 

	#��t
() \

200 
__asm__
 
	`__vީ�e__
 ("ldi�30,0\n"); \

201 
__asm__
 
	`__vީ�e__
 ("ldi�31,0\n"); \

202 
__asm__
 
	`__vީ�e__
 ("ijmp\n"); \

203 } 0)

	)

207 

	#n�
(�d�{} 0)

	)

208 

	#n�h�g
(�d�{} 0)

	)

209 

	#�i
(�d�{} 0)

	)

210 

	#�i
(�d�{} 0)

	)

211 

	#��t
(�
	`ex�
(1)

	)

221 

	#BIT_TOGGLE
(
p�t
,
b�
) do {\

222 if(
	`b�_is_�t
(
	`PIN
(
p�t
),
b�
)) \

223 
	`cbi
(
p�t
,
b�
); \

225 
	`sbi
(
p�t
,
b�
); \

226 } 0)

	)

233 

	#DDR
(
p�t
�(*(&��t�-1))

	)

234 

	#PIN
(
p�t
�(*(&��t�-2))

	)

237 

	#OPEN_CO_INIT
(
p�t
, 
b�
�
	`sbi
��t,b�)

	)

238 

	#OPEN_CO_HIGH
(
p�t
, 
b�
�
	`cbi
(
	`DDR
��t),b�)

	)

239 

	#OPEN_CO_LOW
(
p�t
, 
b�
�
	`cbi
(
	`DDR
��t),b�)

	)

242 #i�de�
cbi


243 

	#cbi
(
s�
, 
b�
��s� &�~ 
	`_BV
(b�))

	)

245 #i�de�
sbi


246 

	#sbi
(
s�
, 
b�
��s� |�
	`_BV
(b�))

	)

	@callout.c

35 
	~<�r�g.h
>

36 
	~<�dio.h
>

37 
	~<�d�t.h
>

38 
	~<av�sive/queue.h
>

39 
	~<��y�s.h
>

41 
	~"��out.h
"

43 #ifde�
CALLOUT_STATS


44 

	#__TIMER_STAT_ADD
(
cm
, 
f�ld
, 
x
�cm->
��s
.f�ld +�
	)
x

46 

	#__TIMER_STAT_ADD
(
cm
, 
f�ld
, 
x
�d�{ } 0)

	)

49 #ifde�
CALLOUT_DEBUG


50 

	#��out_d��tf
(
fmt
, ...�
	`��tf
("%s(): " fmt, 
__FUNCTION__
, \

51 
__VA_ARGS__
)

	)

53 

	#��out_d��tf
(...�d�{ } 0)

	)

58 
	$��out_m�ag�_��
(
��out_m�ag�
 *
cm
, 
g�_time_t
 *
g�_time
)

60 i�(
g�_time
 =�
NULL
)

62 
	`mem�t
(
cm
, 0, (*cm));

63 
cm
->
g�_time
 = get_time;

64 
	`TAILQ_INIT
(&
cm
->
�nd�g_li�
);

66 
	}
}

70 
	$��out_��
(
��out
 *
tim
)

72 
	`mem�t
(
tim
, 0, (*tim));

73 
	}
}

79 
	$��out_add
(
��out_m�ag�
 *
cm
, 
��out
 *
tim
)

81 
��out
 *
t
;

83 
	`��out_d��tf
("cm=%�tim=%p\n", 
cm
, 
tim
);

86 i�(
	`TAILQ_EMPTY
(&
cm
->
�nd�g_li�
)) {

87 
	`TAILQ_INSERT_HEAD
(&
cm
->
�nd�g_li�
, 
tim
, 
�xt
);

92 
t
 = 
	`TAILQ_FIRST
(&
cm
->
�nd�g_li�
);

93 i�((
�t16_t
)(
tim
->
exp�e
 - 
t
->expire) < 0) {

94 
	`TAILQ_INSERT_HEAD
(&
cm
->
�nd�g_li�
, 
tim
, 
�xt
);

99 
	`TAILQ_FOREACH
(
t
, &
cm
->
�nd�g_li�
, 
�xt
) {

100 i�((
�t16_t
)(
tim
->
exp�e
 - 
t
->expire) < 0) {

101 
	`TAILQ_INSERT_BEFORE
(
t
, 
tim
, 
�xt
);

107 
	`TAILQ_INSERT_TAIL
(&
cm
->
�nd�g_li�
, 
tim
, 
�xt
);

108 
	}
}

114 
	$��out_d�
(
��out_m�ag�
 *
cm
, 
��out
 *
tim
)

116 
	`��out_d��tf
("cm=%�tim=%p\n", 
cm
, 
tim
);

117 
	`TAILQ_REMOVE
(&
cm
->
�nd�g_li�
, 
tim
, 
�xt
);

118 
	}
}

122 
	$__��out_��t
(
��out_m�ag�
 *
cm
, 
��out
 *
tim
, 
u�t16_t
 
exp�e
,

123 
u�t16_t
 
�riod
, 
��out_cb_t
 
f�
, *
�g
)

125 
	`��out_d��tf
("cm=%p�im=%p�xpire=%d�eriod=%d\n",

126 
cm
, 
tim
, 
exp�e
, 
�riod
);

128 
	`__TIMER_STAT_ADD
(
cm
, 
��t
, 1);

129 
cm
->
upd�ed
 = 1;

132 i�(
tim
->
schedu�d
 =�1 &&�im->
rušg
 == 0) {

133 
	`��out_d�
(
cm
, 
tim
);

134 
	`__TIMER_STAT_ADD
(
cm
, 
�nd�g
, -1);

137 
tim
->
�riod
 =�eriod;

138 
tim
->
exp�e
 =�xpire;

139 
tim
->
f
 = 
f�
;

140 
tim
->
�g
 =�rg;

141 
tim
->
schedu�d
 = 1;

142 
tim
->
rušg
 = 0;

144 
	`__TIMER_STAT_ADD
(
cm
, 
�nd�g
, 1);

145 
	`��out_add
(
cm
, 
tim
);

148 
	}
}

152 
	$��out_��t
(
��out_m�ag�
 *
cm
, 
��out
 *
tim
, 
u�t16_t
 
ticks
,

153 
��out_ty�
 
ty�
, 
��out_cb_t
 
f�
, *
�g
)

155 
u�t16_t
 
cur_time
 = 
cm
->
	`g�_time
();

156  
	`__��out_��t
(
cm
, 
tim
, 
ticks
 + 
cur_time
,

157 
ty�
 =�
PERIODICAL
 ? 
ticks
 : 0, 
f�
, 
�g
);

158 
	}
}

162 
	$��out_��
(
��out_m�ag�
 *
cm
, 
��out
 *
tim
)

164 
	`��out_d��tf
("cm=%�tim=%p\n", 
cm
, 
tim
);

166 
	`__TIMER_STAT_ADD
(
cm
, 
��
, 1);

167 
cm
->
upd�ed
 = 1;

170 i�(
tim
->
schedu�d
 =�1 &&�im->
rušg
 == 0) {

171 
	`��out_d�
(
cm
, 
tim
);

172 
	`__TIMER_STAT_ADD
(
cm
, 
�nd�g
, -1);

174 
	}
}

178 
	$��out_�nd�g
(
��out
 *
tim
)

180  
tim
->
schedu�d
 == 1;

181 
	}
}

184 
	$��out_m�age
(
��out_m�ag�
 *
cm
)

186 
��out_li�
 
exp�ed_li�
;

187 
��out
 *
tim
;

188 
u�t16_t
 
cur_time
 = 
cm
->
	`g�_time
();

190 
	`��out_d��tf
("cm=%p\n", 
cm
);

192 
	`TAILQ_INIT
(&
exp�ed_li�
);

193 
	`__TIMER_STAT_ADD
(
cm
, 
m�age
, 1);

196 !
	`TAILQ_EMPTY
(&
cm
->
�nd�g_li�
)) {

197 
tim
 = 
	`TAILQ_FIRST
(&
cm
->
�nd�g_li�
);

199 i�((
�t16_t
)(
cur_time
 - 
tim
->
exp�e
) < 0)

202 
	`TAILQ_REMOVE
(&
cm
->
�nd�g_li�
, 
tim
, 
�xt
);

203 
	`TAILQ_INSERT_TAIL
(&
exp�ed_li�
, 
tim
, 
�xt
);

207 !
	`TAILQ_EMPTY
(&
exp�ed_li�
)) {

208 
tim
 = 
	`TAILQ_FIRST
(&
exp�ed_li�
);

209 
	`TAILQ_REMOVE
(&
exp�ed_li�
, 
tim
, 
�xt
);

211 
cm
->
upd�ed
 = 0;

214 
	`__TIMER_STAT_ADD
(
cm
, 
�nd�g
, -1);

215 
	`__TIMER_STAT_ADD
(
cm
, 
rušg
, 1);

216 
tim
->
rušg
 = 1;

217 
tim
->
	`f
(
cm
,�im,�im->
�g
);

218 
	`__TIMER_STAT_ADD
(
cm
, 
rušg
, -1);

222 i�(
cm
->
upd�ed
 == 1)

225 
tim
->
rušg
 = 0;

226 
tim
->
schedu�d
 = 0;

229 i�(
tim
->
�riod
 != 0) {

230 
	`__��out_��t
(
cm
, 
tim
, 
cur_time
 +�im->
�riod
,

231 
tim
->
�riod
,�im->
f
,�im->
�g
);

234 
	}
}

237 
	$��out_dump_��s
(
��out_m�ag�
 *
cm
)

239 #ifde�
CALLOUT_STATS


240 
	`��tf
("Timer statistics:\n");

241 
	`��tf
("�e���%d\n", 
cm
->
��s
.
��t
);

242 
	`��tf
(" st� = %d\n", 
cm
->
��s
.
��
);

243 
	`��tf
(" m�ag��%d\n", 
cm
->
��s
.
m�age
);

244 
	`��tf
("��d�g = %d\n", 
cm
->
��s
.
�nd�g
);

245 
	`��tf
("�ušg = %d\n", 
cm
->
��s
.
rušg
);

247 
	`��tf
("No�imer statistics, CALLOUT_STATS is disabled\n");

249 
	}
}

255 
	~<sys/time.h
>

256 
	~<uni�d.h
>

258 
u�t16_t
 
	$g�_time
()

260 
timev�
 
tv
;

262 
	`g�timeofday
(&
tv
, 
NULL
);

263  
tv
.
tv_�c
;

264 
	}
}

266 
cb1
(
��out_m�ag�
 *
cm
, 
��out
 *
tim
, *
�g
);

267 
cb2
(
��out_m�ag�
 *
cm
, 
��out
 *
tim
, *
�g
);

268 
cb3
(
��out_m�ag�
 *
cm
, 
��out
 *
tim
, *
�g
);

270 
	$cb1
(
��out_m�ag�
 *
cm
, 
��out
 *
tim
, *
�g
)

272 
�t
;

273 
�g
 =�rg;

275 
	`��tf
("cb1\n");

276 
	`��out_dump_��s
(
cm
);

277 i�(++
�t
 >= 4)

278 
	`��out_��
(
cm
, 
tim
);

279 
	}
}

281 
	$cb2
(
��out_m�ag�
 *
cm
, 
��out
 *
tim
, *
�g
)

283 
�t
;

284 
��out
 *
t3
 = 
�g
;

286 
	`��tf
("cb2\n");

287 i�(++
�t
 < 3)

288 
	`��out_��t
(
cm
, 
tim
, 5, 
SINGLE
, 
cb2
, 
�g
);

290 
	`��out_��t
(
cm
, 
t3
, 1, 
SINGLE
, 
cb3
, 
NULL
);

291 
	}
}

293 
	$cb3
(
��out_m�ag�
 *
cm
, 
��out
 *
tim
, *
�g
)

295 
cm
 = cm;

296 
tim
 =�im;

297 
�g
 =�rg;

299 
	`��tf
("cb3\n");

300 
	}
}

302 
	$ma�
()

304 
��out_m�ag�
 
cm
;

305 
��out
 
t1
, 
t2
, 
t3
;

306 
i
;

308 i�(
	`��out_m�ag�_��
(&
cm
, 
g�_time
) < 0)

311 
	`��out_��
(&
t1
);

312 
	`��out_��
(&
t2
);

313 
	`��out_��
(&
t3
);

315 
	`��out_��t
(&
cm
, &
t1
, 3, 
PERIODICAL
, 
cb1
, 
NULL
);

316 
	`��out_��t
(&
cm
, &
t2
, 5, 
SINGLE
, 
cb2
, &
t3
);

318 
i
 = 0; i < 18; i++) {

319 
	`��out_m�age
(&
cm
);

320 
	`��p
(1);

323 
	`��out_dump_��s
(&
cm
);

325 
	}
}

	@callout.h

35 #i�de�
_CALLOUT_H_


36 

	#_CALLOUT_H_


	)

38 

	#CALLOUT_STATS


	)

57 #ifde�
CALLOUT_STATS


61 
	s��out_debug_��s
 {

62 
u�t16_t
 
	m��t
;

63 
u�t16_t
 
	m��
;

64 
u�t16_t
 
	mm�age
;

65 
u�t16_t
 
	m�nd�g
;

66 
u�t16_t
 
	mrušg
;

68 

��out_debug_��s
 callout_debug_stats;

71 
	g��out
;

72 
	g��out_m�ag�
;

77 (
	t��out_cb_t
)(
	t��out_m�ag�
 *, 
	t��out
 *, *);

82 
	s��out


84 
	`TAILQ_ENTRY
(
��out
�
�xt
;

86 
u�t8_t
 
�riodi�l
: 1;

87 
u�t8_t
 
schedu�d
: 1;

88 
u�t8_t
 
rušg
: 1;

89 
u�t8_t
 
��rved
: 5;

91 
u�t16_t
 
�riod
;

92 
u�t16_t
 
exp�e
;

93 
��out_cb_t
 *
f
;

94 *
�g
;

100 
	`TAILQ_HEAD
(
��out_li�
, 
��out
);

105 

	#CALLOUT_INITIALIZER
 { 
	}

	)
}

110 
	$u�t16_t
 (
	tg�_time_t
)();

115 
	s��out_m�ag�
 {

116 
g�_time_t
 *
g�_time
;

117 
u�t8_t
 
upd�ed
: 1;

118 
u�t8_t
 
��rved
: 7;

119 
u�t16_t
 
�ev_time
;

120 
��out_li�
 
�nd�g_li�
;

121 #ifde�
CALLOUT_STATS


123 
��out_debug_��s
 
��s
;

139 
	`��out_m�ag�_��
(
��out_m�ag�
 *
cm
, 
g�_time_t
 *
g�_time
);

151 
	`��out_��
(
��out
 *
tim
);

156 
	e��out_ty�
 {

157 
SINGLE
,

158 
PERIODICAL


203 
	`��out_��t
(
��out_m�ag�
 *
cm
, 
��out
 *
tim
,

204 
u�t16_t
 
ticks
, 
��out_ty�
 
ty�
,

205 
��out_cb_t
 
f�
, *
�g
);

228 
	`��out_��
(
��out_m�ag�
 *
cm
, 
��out
 *
tim
);

244 
	`��out_�nd�g
(
��out
 *
tim
);

257 
	`��out_m�age
(
��out_m�ag�
 *
cm
);

262 
	`��out_dump_��s
(
��out_m�ag�
 *
cm
);

	@cirbuf.c

23 
	~<�r�g.h
>

25 
	~<c�buf.h
>

29 
	$c�buf_��
(
c�buf
 * 
cbuf
, * 
buf
, 
c�buf_u�t
 
��t
, c�buf_u��
max�n
)

31 
cbuf
->
max�n
 = maxlen;

32 
cbuf
->
�n
 = 0;

33 
cbuf
->
��t
 = start;

34 
cbuf
->
�d
 = 
��t
;

35 
cbuf
->
buf
 = buf;

36 
	}
}

	@cirbuf.h

33 #i�de�
_CIRBUF_H_


34 

	#_CIRBUF_H_


	)

36 
	~<av�sive.h
>

37 
	~<�dio.h
>

39 #ifde�
CONFIG_MODULE_CIRBUF_LARGE


40 sig�d 
	tc�buf_�t
;

41 
	tc�buf_u�t
;

43 sig�d 
	tc�buf_�t
;

44 
	tc�buf_u�t
;

50 
	sc�buf
 {

51 
c�buf_u�t
 
	mmax�n
;

52 vީ��
c�buf_u�t
 
	m��t
;

53 vީ��
c�buf_u�t
 
	m�d
;

54 vީ��
c�buf_u�t
 
	m�n
;

55 *
	mbuf
;

60 #ifde�
CIRBUF_DEBUG


61 

	#d��tf
(
fmt
, ...�
	`��tf
("l��%3.3d - " fmt, 
__LINE__
, ##
__VA_ARGS__
)

	)

63 

	#d��tf
(
�gs
...�d�{} 0)

	)

70 
c�buf_��
(
c�buf
 *
cbuf
, *
buf
, 
c�buf_u�t
 
��t
, c�buf_u��
max�n
);

76 

	#CIRBUF_IS_FULL
(
c�buf
�((c�buf)->
max�n
 =�(c�buf)->
�n
)

	)

81 

	#CIRBUF_IS_EMPTY
(
c�buf
�((c�buf)->
�n
 =�0)

	)

86 

	#CIRBUF_GET_LEN
(
c�buf
�((c�buf)->
�n
)

	)

91 

	#CIRBUF_GET_MAXLEN
(
c�buf
�((c�buf)->
max�n
)

	)

96 

	#CIRBUF_GET_FREELEN
(
c�buf
�((c�buf)->
max�n
 - (c�buf)->
�n
)

	)

104 

	#CIRBUF_FOREACH
(
c
, 
i
, 
e
) \

105  
i
=0, 
e
=(
c
)->
buf
[(c)->
��t
] ; \

106 
i
<((
c
)->
�n
) ; \

107 
i
 ++, 
e
=(
c
)->
buf
[((c)->
��t
+i)%((c)->
max�n
)])

	)

114 
c�buf_�t
 
c�buf_add_h�d_��
(
c�buf
 *
cbuf
, 
c
);

120 
c�buf_add_h�d
(
c�buf
 *
cbuf
, 
c
);

126 
c�buf_�t
 
c�buf_add_��_��
(
c�buf
 *
cbuf
, 
c
);

132 
c�buf_add_��
(
c�buf
 *
cbuf
, 
c
);

138 
c�buf_�t
 
c�buf_d�_h�d_��
(
c�buf
 *
cbuf
);

144 
c�buf_d�_h�d
(
c�buf
 *
cbuf
);

150 
c�buf_�t
 
c�buf_d�_��_��
(
c�buf
 *
cbuf
);

156 
c�buf_d�_��
(
c�buf
 *
cbuf
);

162 
c�buf_g�_h�d
(
c�buf
 *
cbuf
);

168 
c�buf_g�_��
(
c�buf
 *
cbuf
);

177 
c�buf_�t
 
c�buf_add_buf_h�d
(
c�buf
 *
cbuf
, cڡ *
c
, 
c�buf_u�t
 
n
);

184 
c�buf_�t
 
c�buf_add_buf_��
(
c�buf
 *
cbuf
, cڡ *
c
, 
c�buf_u�t
 
n
);

190 
c�buf_�t
 
c�buf_d�_buf_h�d
(
c�buf
 *
cbuf
, 
c�buf_u�t
 
size
);

196 
c�buf_�t
 
c�buf_d�_buf_��
(
c�buf
 *
cbuf
, 
c�buf_u�t
 
size
);

203 
c�buf_�t
 
c�buf_g�_buf_h�d
(
c�buf
 *
cbuf
, *
c
, 
c�buf_u�t
 
size
);

210 
c�buf_�t
 
c�buf_g�_buf_��
(
c�buf
 *
cbuf
, *
c
, 
c�buf_u�t
 
size
);

216 
c�buf_�ign_��
(
c�buf
 *
cbuf
);

221 
c�buf_�ign_right
(
c�buf
 *
cbuf
);

	@cirbuf_add_buf_head.c

23 
	~<�r�g.h
>

25 
	~<c�buf.h
>

30 
c�buf_�t


31 
	$c�buf_add_buf_h�d
(
c�buf
 * 
cbuf
, cڡ * 
c
, 
c�buf_u�t
 
n
)

33 
c�buf_u�t
 
e
;

35 i�(!
n
 ||� > 
	`CIRBUF_GET_FREELEN
(
cbuf
))

36  -
EINVAL
;

38 
e
 = 
	`CIRBUF_IS_EMPTY
(
cbuf
) ? 1 : 0;

40 i�(
n
 < 
cbuf
->
��t
 + 
e
) {

41 
	`d��tf
("s[%d] -> d[%d] (%d)\n", 0, 
cbuf
->
��t
 - 
n
 + 
e
,�);

42 
	`mem�y
(
cbuf
->
buf
 + cbuf->
��t
 - 
n
 + 
e
, 
c
,�);

45 
	`d��tf
("s[%d] -> d[%d] (%d)\n", + 
n
 - (
cbuf
->
��t
 + 
e
), 0, cbuf->start +�);

46 
	`d��tf
("s[%d] -> d[%d] (%d)\n", 
cbuf
->
max�n
 - 
n
 + (cbuf->
��t
 + 
e
), 0,� - (cbuf->start +�));

47 
	`mem�y
(
cbuf
->
buf
, 
c
 + 
n
 - (cbuf->
��t
 + 
e
) , cbuf->start +�);

48 
	`mem�y
(
cbuf
->
buf
 + cbuf->
max�n
 - 
n
 + (cbuf->
��t
 + 
e
), 
c
,� - (cbuf->start +�));

50 
cbuf
->
�n
 +�
n
;

51 
cbuf
->
��t
 +�(cbuf->
max�n
 - 
n
 + 
e
);

52 
cbuf
->
��t
 %�cbuf->
max�n
;

53  
n
;

54 
	}
}

	@cirbuf_add_buf_tail.c

23 
	~<�r�g.h
>

25 
	~<c�buf.h
>

30 
c�buf_�t


31 
	$c�buf_add_buf_��
(
c�buf
 * 
cbuf
, cڡ * 
c
, 
c�buf_u�t
 
n
)

33 
c�buf_u�t
 
e
;

35 i�(!
n
 ||� > 
	`CIRBUF_GET_FREELEN
(
cbuf
))

36  -
EINVAL
;

38 
e
 = 
	`CIRBUF_IS_EMPTY
(
cbuf
) ? 1 : 0;

40 i�(
n
 < 
cbuf
->
max�n
 - cbuf->
�d
 - 1 + 
e
) {

41 
	`d��tf
("s[%d] -> d[%d] (%d)\n", 0, 
cbuf
->
�d
 + !
e
, 
n
);

42 
	`mem�y
(
cbuf
->
buf
 + cbuf->
�d
 + !
e
, 
c
, 
n
);

45 
	`d��tf
("s[%d] -> d[%d] (%d)\n", 
cbuf
->
�d
 + !
e
, 0, cbuf->
max�n
 - cbuf->end - 1 +�);

46 
	`d��tf
("s[%d] -> d[%d] (%d)\n", 
cbuf
->
max�n
 - cbuf->
�d
 - 1 + 
e
, 0, 
n
 - cbuf->maxlen + cbuf->end + 1 -�);

47 
	`mem�y
(
cbuf
->
buf
 + cbuf->
�d
 + !
e
, 
c
, cbuf->
max�n
 - cbuf->end - 1 +�);

48 
	`mem�y
(
cbuf
->
buf
, 
c
 + cbuf->
max�n
 - cbuf->
�d
 - 1 + 
e
, 
n
 - cbuf->maxlen + cbuf->end + 1 -�);

50 
cbuf
->
�n
 +�
n
;

51 
cbuf
->
�d
 +�
n
 - 
e
;

52 
cbuf
->
�d
 %�cbuf->
max�n
;

53  
n
;

54 
	}
}

	@cirbuf_add_head.c

23 
	~<�r�g.h
>

25 
	~<c�buf.h
>

30 
�l�e
 

31 
	$__c�buf_add_h�d
(
c�buf
 * 
cbuf
, 
c
)

33 i�(!
	`CIRBUF_IS_EMPTY
(
cbuf
)) {

34 
cbuf
->
��t
 +�(cbuf->
max�n
 - 1);

35 
cbuf
->
��t
 %�cbuf->
max�n
;

37 
cbuf
->
buf
[cbuf->
��t
] = 
c
;

38 
cbuf
->
�n
 ++;

39 
	}
}

41 
c�buf_�t


42 
	$c�buf_add_h�d_��
(
c�buf
 * 
cbuf
, 
c
)

44 i�(
cbuf
 && !
	`CIRBUF_IS_FULL
(cbuf)) {

45 
	`__c�buf_add_h�d
(
cbuf
, 
c
);

48  -
EINVAL
;

49 
	}
}

52 
	$c�buf_add_h�d
(
c�buf
 * 
cbuf
, 
c
)

54 
	`__c�buf_add_h�d
(
cbuf
, 
c
);

55 
	}
}

	@cirbuf_add_tail.c

23 
	~<�r�g.h
>

25 
	~<c�buf.h
>

31 
�l�e
 

32 
	$__c�buf_add_��
(
c�buf
 * 
cbuf
, 
c
)

34 i�(!
	`CIRBUF_IS_EMPTY
(
cbuf
)) {

35 
cbuf
->
�d
 ++;

36 
cbuf
->
�d
 %�cbuf->
max�n
;

38 
cbuf
->
buf
[cbuf->
�d
] = 
c
;

39 
cbuf
->
�n
 ++;

40 
	}
}

42 
c�buf_�t


43 
	$c�buf_add_��_��
(
c�buf
 * 
cbuf
, 
c
)

45 i�(
cbuf
 && !
	`CIRBUF_IS_FULL
(cbuf)) {

46 
	`__c�buf_add_��
(
cbuf
, 
c
);

49  -
EINVAL
;

50 
	}
}

53 
	$c�buf_add_��
(
c�buf
 * 
cbuf
, 
c
)

55 
	`__c�buf_add_��
(
cbuf
, 
c
);

56 
	}
}

	@cirbuf_align.c

23 
	~<�r�g.h
>

25 
	~<c�buf.h
>

27 
�l�e
 

28 
	$__c�buf_shi�_��
(
c�buf
 * 
cbuf
)

30 
c�buf_u�t
 
i
;

31 
tmp
 = 
cbuf
->
buf
[cbuf->
��t
];

33 
i
=0 ; i<
cbuf
->
�n
 ; i++) {

34 
cbuf
->
buf
[(cbuf->
��t
+
i
)%cbuf->
max�n
] =

35 
cbuf
->
buf
[(cbuf->
��t
+
i
+1)%cbuf->
max�n
];

37 
cbuf
->
buf
[(cbuf->
��t
-1+cbuf->
max�n
)%cbuf->max�n] = 
tmp
;

38 
cbuf
->
��t
 +�(cbuf->
max�n
 - 1);

39 
cbuf
->
��t
 %�cbuf->
max�n
;

40 
cbuf
->
�d
 +�(cbuf->
max�n
 - 1);

41 
cbuf
->
�d
 %�cbuf->
max�n
;

42 
	}
}

44 
�l�e
 

45 
	$__c�buf_shi�_right
(
c�buf
 * 
cbuf
)

47 
c�buf_u�t
 
i
;

48 
tmp
 = 
cbuf
->
buf
[cbuf->
�d
];

50 
i
=0 ; i<
cbuf
->
�n
 ; i++) {

51 
cbuf
->
buf
[(cbuf->
�d
+cbuf->
max�n
-
i
)%cbuf->maxlen] =

52 
cbuf
->
buf
[(cbuf->
�d
+cbuf->
max�n
-
i
-1)%cbuf->maxlen];

54 
cbuf
->
buf
[(cbuf->
�d
+1)%cbuf->
max�n
] = 
tmp
;

55 
cbuf
->
��t
 += 1;

56 
cbuf
->
��t
 %�cbuf->
max�n
;

57 
cbuf
->
�d
 += 1;

58 
cbuf
->
�d
 %�cbuf->
max�n
;

59 
	}
}

62 
	$c�buf_�ign_��
(
c�buf
 * 
cbuf
)

64 i�(
cbuf
->
��t
 < cbuf->
max�n
/2) {

65 
cbuf
->
��t
 != 0) {

66 
	`__c�buf_shi�_��
(
cbuf
);

70 
cbuf
->
��t
 != 0) {

71 
	`__c�buf_shi�_right
(
cbuf
);

74 
	}
}

77 
	$c�buf_�ign_right
(
c�buf
 * 
cbuf
)

79 i�(
cbuf
->
��t
 >�cbuf->
max�n
/2) {

80 
cbuf
->
�d
 !�cbuf->
max�n
-1) {

81 
	`__c�buf_shi�_��
(
cbuf
);

85 
cbuf
->
��t
 !�cbuf->
max�n
-1) {

86 
	`__c�buf_shi�_right
(
cbuf
);

89 
	}
}

	@cirbuf_del_buf_head.c

23 
	~<�r�g.h
>

25 
	~<c�buf.h
>

29 
c�buf_�t


30 
	$c�buf_d�_buf_h�d
(
c�buf
 * 
cbuf
, 
c�buf_u�t
 
size
)

32 i�(!
size
 || siz�> 
	`CIRBUF_GET_LEN
(
cbuf
))

33  -
EINVAL
;

35 
cbuf
->
�n
 -�
size
;

36 i�(
	`CIRBUF_IS_EMPTY
(
cbuf
)) {

37 
cbuf
->
��t
 +�
size
 - 1;

38 
cbuf
->
��t
 %�cbuf->
max�n
;

41 
cbuf
->
��t
 +�
size
;

42 
cbuf
->
��t
 %�cbuf->
max�n
;

45 
	}
}

	@cirbuf_del_buf_tail.c

23 
	~<�r�g.h
>

25 
	~<c�buf.h
>

29 
c�buf_�t


30 
	$c�buf_d�_buf_��
(
c�buf
 * 
cbuf
, 
c�buf_u�t
 
size
)

32 i�(!
size
 || siz�> 
	`CIRBUF_GET_LEN
(
cbuf
))

33  -
EINVAL
;

35 
cbuf
->
�n
 -�
size
;

36 i�(
	`CIRBUF_IS_EMPTY
(
cbuf
)) {

37 
cbuf
->
�d
 +�(cbuf->
max�n
 - 
size
 + 1);

38 
cbuf
->
�d
 %�cbuf->
max�n
;

41 
cbuf
->
�d
 +�(cbuf->
max�n
 - 
size
);

42 
cbuf
->
�d
 %�cbuf->
max�n
;

45 
	}
}

	@cirbuf_del_head.c

23 
	~<�r�g.h
>

25 
	~<c�buf.h
>

29 
�l�e
 

30 
	$__c�buf_d�_h�d
(
c�buf
 * 
cbuf
)

32 
cbuf
->
�n
 --;

33 i�(!
	`CIRBUF_IS_EMPTY
(
cbuf
)) {

34 
cbuf
->
��t
 ++;

35 
cbuf
->
��t
 %�cbuf->
max�n
;

37 
	}
}

39 
c�buf_�t


40 
	$c�buf_d�_h�d_��
(
c�buf
 * 
cbuf
)

42 i�(
cbuf
 && !
	`CIRBUF_IS_EMPTY
(cbuf)) {

43 
	`__c�buf_d�_h�d
(
cbuf
);

46  -
EINVAL
;

47 
	}
}

50 
	$c�buf_d�_h�d
(
c�buf
 * 
cbuf
)

52 
	`__c�buf_d�_h�d
(
cbuf
);

53 
	}
}

	@cirbuf_del_tail.c

23 
	~<�r�g.h
>

25 
	~<c�buf.h
>

30 
�l�e
 

31 
	$__c�buf_d�_��
(
c�buf
 * 
cbuf
)

33 
cbuf
->
�n
 --;

34 i�(!
	`CIRBUF_IS_EMPTY
(
cbuf
)) {

35 
cbuf
->
�d
 +�(cbuf->
max�n
 - 1);

36 
cbuf
->
�d
 %�cbuf->
max�n
;

38 
	}
}

40 
c�buf_�t


41 
	$c�buf_d�_��_��
(
c�buf
 * 
cbuf
)

43 i�(
cbuf
 && !
	`CIRBUF_IS_EMPTY
(cbuf)) {

44 
	`__c�buf_d�_��
(
cbuf
);

47  -
EINVAL
;

48 
	}
}

51 
	$c�buf_d�_��
(
c�buf
 * 
cbuf
)

53 
	`__c�buf_d�_��
(
cbuf
);

54 
	}
}

	@cirbuf_get_buf_head.c

23 
	~<�r�g.h
>

25 
	~<c�buf.h
>

29 
c�buf_�t


30 
	$c�buf_g�_buf_h�d
(
c�buf
 * 
cbuf
, * 
c
, 
c�buf_u�t
 
size
)

32 
c�buf_u�t
 
n
 = (
size
 < 
	`CIRBUF_GET_LEN
(
cbuf
)) ? size : CIRBUF_GET_LEN(cbuf);

34 i�(!
n
)

37 i�(
cbuf
->
��t
 <�cbuf->
�d
) {

38 
	`d��tf
("s[%d] -> d[%d] (%d)\n", 
cbuf
->
��t
, 0, 
n
);

39 
	`mem�y
(
c
, 
cbuf
->
buf
 + cbuf->
��t
 , 
n
);

42 
	`d��tf
("s[%d] -> d[%d] (%d)\n", 
cbuf
->
��t
, 0, cbuf->
max�n
 - cbuf->start);

43 
	`d��tf
("s[%d] -> d[%d] (%d)\n", 0, 
cbuf
->
max�n
 - cbuf->
��t
, 
n
 - cbuf->maxlen + cbuf->start);

44 
	`mem�y
(
c
, 
cbuf
->
buf
 + cbuf->
��t
 , cbuf->
max�n
 - cbuf->start);

45 
	`mem�y
(
c
 + 
cbuf
->
max�n
 - cbuf->
��t
, cbuf->
buf
, 
n
 - cbuf->maxlen + cbuf->start);

47  
n
;

48 
	}
}

	@cirbuf_get_buf_tail.c

23 
	~<�r�g.h
>

25 
	~<c�buf.h
>

30 
c�buf_�t


31 
	$c�buf_g�_buf_��
(
c�buf
 * 
cbuf
, * 
c
, 
c�buf_u�t
 
size
)

33 
c�buf_u�t
 
n
 = (
size
 < 
	`CIRBUF_GET_LEN
(
cbuf
)) ? size : CIRBUF_GET_LEN(cbuf);

35 i�(!
n
)

38 i�(
cbuf
->
��t
 <�cbuf->
�d
) {

39 
	`d��tf
("s[%d] -> d[%d] (%d)\n", 
cbuf
->
�d
 - 
n
 + 1, 0,�);

40 
	`mem�y
(
c
, 
cbuf
->
buf
 + cbuf->
�d
 - 
n
 + 1,�);

43 
	`d��tf
("s[%d] -> d[%d] (%d)\n", 0, 
cbuf
->
max�n
 - cbuf->
��t
, cbuf->
�d
 + 1);

44 
	`d��tf
("s[%d] -> d[%d] (%d)\n", 
cbuf
->
max�n
 - 
n
 + cbuf->
�d
 + 1, 0,� - cbuf->end - 1);

46 
	`mem�y
(
c
 + 
cbuf
->
max�n
 - cbuf->
��t
, cbuf->
buf
, cbuf->
�d
 + 1);

47 
	`mem�y
(
c
, 
cbuf
->
buf
 + cbuf->
max�n
 - 
n
 + cbuf->
�d
 +1,� - cbuf->end - 1);

49  
n
;

50 
	}
}

	@cirbuf_get_head.c

23 
	~<�r�g.h
>

25 
	~<c�buf.h
>

30 
	$c�buf_g�_h�d
(
c�buf
 * 
cbuf
)

32  
cbuf
->
buf
[cbuf->
��t
];

33 
	}
}

	@cirbuf_get_tail.c

23 
	~<�r�g.h
>

25 
	~<c�buf.h
>

30 
	$c�buf_g�_��
(
c�buf
 * 
cbuf
)

32  
cbuf
->
buf
[cbuf->
�d
];

33 
	}
}

	@clock_time.h

34 #i�de�
_CLOCK_TIME_H_


35 

	#_CLOCK_TIME_H_


	)

37 
	~<av�sive.h
>

40 
�t32_t
 
	t�c�ds
;

41 
�t32_t
 
	tmi�o�c�ds
;

46 
mi�o�c�ds
 
	mus
;

47 
�c�ds
 
	ms
;

48 } 
	ttime_h
;

55 
time_��
(
u�t8_t
 
�iܙy
);

60 
�c�ds
 
time_g�_s
();

65 
mi�o�c�ds
 
time_g�_us
();

70 
time_h
 
time_g�_time
();

75 
time_��t
();

80 
time_�t
(
�c�ds
 
s
, 
mi�o�c�ds
 
us
);

88 
time_wa�_ms
(
u�t16_t
 
ms
);

93 
mi�o�c�ds
 
time_g�_us2
();

	@cmdline.c

23 
	~<�dio.h
>

24 
	~<�r�g.h
>

26 
	~<av�sive.h
>

27 
	~<av�sive/�r�.h
>

29 
	~<�r�.h
>

30 
	~<rdl�e.h
>

31 
	~<u�t.h
>

32 
	~<�ock_time.h
>

34 
	~"ma�.h
"

35 
	~"cmdl�e.h
"

37 
	~"Du�V�tu�S��l.h
"

42 
�r�_pgm_�x_t
 
ma�_�x
[];

46 
	$usb�r�l1_dev_�nd
(
c
, 
FILE
* 
f
)

48 
	`CDC_Devi�_S�dBy�
(&
V�tu�S��l1_CDC_I����
, (
u�t8_t
)
c
);

49  
c
;

50 
	}
}

52 
	$usb�r�l1_dev_�cv
(
FILE
* 
f
)

54 
�t16_t
 
c
;

56 
c
 = 
	`CDC_Devi�_Re�iveBy�
(&
V�tu�S��l1_CDC_I����
);

57 i�(
c
 < 0)

58  
_FDEV_EOF
;

60  
c
;

61 
	}
}

64 
	$usb�r�l2_dev_�nd
(
c
, 
FILE
* 
f
)

66 
	`CDC_Devi�_S�dBy�
(&
V�tu�S��l2_CDC_I����
, (
u�t8_t
)
c
);

67  
c
;

68 
	}
}

70 
	$usb�r�l2_dev_�cv
(
FILE
* 
f
)

72 
�t16_t
 
c
;

75 
c
 = 
	`CDC_Devi�_Re�iveBy�
(&
V�tu�S��l2_CDC_I����
);

76 i�(
c
 < 0)

77  
_FDEV_EOF
;

79  
c
;

80 
	}
}

84 
	$v�id_buf�r
(cڡ *
buf
, 
u�t8_t
 
size
)

86 
�t8_t
 
�t
;

88 
�t
 = 
	`�r�
(
ma�_�x
, 
buf
);

89 i�(
�t
 =�
PARSE_AMBIGUOUS
)

90 
	`��tf_P
(
	`PSTR
("Ambiguous command\r\n"));

91 i�(
�t
 =�
PARSE_NOMATCH
)

92 
	`��tf_P
(
	`PSTR
("Command�ot found\r\n"));

93 i�(
�t
 =�
PARSE_BAD_ARGS
)

94 
	`��tf_P
(
	`PSTR
("Bad�rguments\r\n"));

95 
	}
}

97 
�t8_t


98 
	$com��e_buf�r
(cڡ *
buf
, *
d�buf
, 
u�t8_t
 
d�size
,

99 
�t16_t
 *
��e
)

101  
	`com��e
(
ma�_�x
, 
buf
, 
��e
, 
d�buf
, 
d�size
);

102 
	}
}

105 
	$wr�e_ch�
(
c
)

107 
	`usb�r�l1_dev_�nd
(
c
, 
NULL
);

108 
	}
}

111 
	$cmdl�e_��
()

113 
	`rdl�e_��
(&
xb�b�rd
.
rdl
, 
wr�e_ch�
, 
v�id_buf�r
, 
com��e_buf�r
);

114 
	`���tf
(
xb�b�rd
.
�om�
, (xbeeboard.prompt), "mainboard > ");

115 
	}
}

119 
	$em�g�cy
(
c
)

121 
u�t8_t
 
i
 = 0;

123 i�((
i
 =�0 && 
c
 == 'p') ||

124 (
i
 =�1 && 
c
 == 'o') ||

125 (
i
 =�2 && 
c
 == 'p'))

126 
i
++;

127 i��!(
i
 =�1 && 
c
 == 'p') )

128 
i
 = 0;

129 i�(
i
 == 3)

130 
	`bo�l�d�
();

131 
	}
}

135 
	$mylog
(
�r�
 * 
e
, ...)

137 
va_li�
 
�
;

138 #i�de�
HOST_VERSION


139 
u16
 
��am_�ags
 = 
�dout
->
�ags
;

141 
u�t8_t
 
i
;

142 
time_h
 
tv
;

144 i�(
e
->
�v��y
 > 
ERROR_SEVERITY_ERROR
) {

145 i�(
xb�b�rd
.
log_�v�
 < 
e
->
�v��y
)

148 
i
=0; i<
NB_LOGS
+1; i++)

149 i�(
xb�b�rd
.
logs
[
i
] =�
e
->
�r_num
)

151 i�(
i
 =�
NB_LOGS
+1)

155 
	`va_��t
(
�
, 
e
);

156 
tv
 = 
	`time_g�_time
();

157 
	`��tf_P
(
	`PSTR
("%d.%.3d: "), ()
tv
.
s
, ()�v.
us
/1000UL));

159 
	`v�r�tf_P
(
�dout
, 
e
->
�xt
, 
�
);

160 
	`��tf_P
(
	`PSTR
("\r\n"));

161 
	`va_�d
(
�
);

162 #i�de�
HOST_VERSION


163 
�dout
->
�ags
 = 
��am_�ags
;

165 
	}
}

167 
	$cmdl�e_p�l
()

169 cڡ *
hi��y
, *
buf�r
;

170 
�t8_t
 
�t
, 
�me
 = 0;

171 
�t16_t
 
c
;

173 
c
 = 
	`CDC_Devi�_Re�iveBy�
(&
V�tu�S��l1_CDC_I����
);

174 i�(
c
 < 0)

176 
�t
 = 
	`rdl�e_ch�_�
(&
xb�b�rd
.
rdl
, 
c
);

177 i�(
�t
 != 2 &&�et != 0) {

178 
buf�r
 = 
	`rdl�e_g�_buf�r
(&
xb�b�rd
.
rdl
);

179 
hi��y
 = 
	`rdl�e_g�_hi��y_�em
(&
xb�b�rd
.
rdl
, 0);

180 i�(
hi��y
) {

181 
�me
 = !
	`memcmp
(
buf�r
, 
hi��y
, 
	`���
(history)) &&

182 
buf�r
[
	`���
(
hi��y
)] == '\n';

185 
�me
 = 0;

186 i�(
	`���
(
buf�r
�> 1 && !
�me
)

187 
	`rdl�e_add_hi��y
(&
xb�b�rd
.
rdl
, 
buf�r
);

188 
	`rdl�e_�wl�e
(&
xb�b�rd
.
rdl
, xb�b�rd.
�om�
);

192 
	}
}

	@cmdline.h

24 
	~"Du�V�tu�S��l.h
"

26 
cmdl�e_��
();

29 
em�g�cy
(
c
);

32 
mylog
(
�r�
 * 
e
, ...);

35 
cmdl�e_p�l
();

37 
usb�r�l1_dev_�nd
(
c
, 
FILE
* 
f
);

38 
usb�r�l1_dev_�cv
(
FILE
* 
f
);

40 
usb�r�l2_dev_�nd
(
c
, 
FILE
* 
f
);

41 
usb�r�l2_dev_�cv
(
FILE
* 
f
);

43 
�l�e
 
u�t8_t
 
	$cmdl�e_key�es�d
() {

44  (
	`CDC_Devi�_Re�iveBy�
(&
V�tu�S��l1_CDC_I����
) >= 0);

45 
	}
}

47 
�l�e
 
�t16_t
 
	$cmdl�e_g�ch�
() {

48  
	`CDC_Devi�_Re�iveBy�
(&
V�tu�S��l1_CDC_I����
);

49 
	}
}

51 
�l�e
 
u�t8_t
 
	$cmdl�e_g�ch�_wa�
() {

52 
�t16_t
 
c
;

54 
c
 = 
	`CDC_Devi�_Re�iveBy�
(&
V�tu�S��l1_CDC_I����
);

55 } 
c
 < 0);

56  
c
;

57 
	}
}

	@commands.c

23 
	~<�dio.h
>

24 
	~<�dlib.h
>

25 
	~<�r�g.h
>

26 
	~<��y�s.h
>

27 
	~<av�sive.h
>

28 
	~<av�sive/pgm�a�.h
>

29 
	~<av�sive/queue.h
>

30 
	~<av�sive/�d�n.h
>

31 
	~<�r�.h
>

32 
	~<rdl�e.h
>

33 
	~<�r�_�r�g.h
>

34 
	~<�r�_num.h
>

36 
	~"xb�_�cmd.h
"

37 
	~"xb�_�ighb�.h
"

38 
	~"xb�_��s.h
"

39 
	~"xb�_��o.h
"

40 
	~"xb�.h
"

42 
	~"��out.h
"

43 
	~"�r�_�cmd.h
"

44 
	~"�r�_�ighb�.h
"

45 
	~"�r�_mڙ�.h
"

47 
	~"ma�.h
"

50 
�r�_pgm_��_t
 
cmd_��t
;

51 
�r�_pgm_��_t
 
cmd_bo�l�d�
;

52 
�r�_pgm_��_t
 
cmd_log
;

53 
�r�_pgm_��_t
 
cmd_log_show
;

54 
�r�_pgm_��_t
 
cmd_log_ty�
;

55 
�r�_pgm_��_t
 
cmd_�ack_�a�
;

56 
�r�_pgm_��_t
 
cmd_schedu�r
;

58 
	gmڙ�_�riod_ms
 = 1000;

59 
	gmڙ�_rušg
 = 0;

60 
	gmڙ�_cou�
 = 0;

61 
��out
 
	gmڙ�_ev�t
;

62 
mڙ�_�g
 *
	gmڙ�_cu��t
;

64 
	g�nge_�riod_ms
 = 1000;

65 
	g�nge_pow�mask
 = 0x1F;

66 
u�t8_t
 
	g�nge_pow�
 = 0;

67 
	g�nge_rušg
 = 0;

68 
u�t64_t
 
	g�nge_d�addr
 = 0xFFFF;

69 
��out
 
	g�nge_ev�t
;

70 
	g�nge_cou�
 = 100;

71 
	g�nge_cur_cou�
 = 0;

73 
	$mڙ�_cb
(
��out_m�ag�
 *
cm
,

74 
��out
 *
�t
, *
dummy
)

76 i�(
mڙ�_cu��t
 =�
NULL
)

77 
mڙ�_cu��t
 = 
	`LIST_FIRST
(&
xb�_mڙ�_li�
);

80 
	`��tf_P
(
	`PSTR
("monitor cb: %S %s\r\n"),

81 
mڙ�_cu��t
->
desc
,

82 
mڙ�_cu��t
->
�cmd
);

83 
mڙ�_cu��t
 = 
	`LIST_NEXT
(mڙ�_cu��t, 
�xt
);

84 
	`��out_��t
(
cm
, &
mڙ�_ev�t
,

85 
mڙ�_�riod_ms
 / 
mڙ�_cou�
,

86 
SINGLE
, 
mڙ�_cb
, 
NULL
);

87 
	}
}

89 
	$�nge_cb
(
��out_m�ag�
 *
cm
,

90 
��out
 *
�t
, *
dummy
)

92 
buf
[16];

93 
u�t8_t
 
i
, 
mask
;

95 
�nge_cur_cou�
--;

98 
i
 = 1; i <= 8; i++) {

99 
mask
 = 1 << ((
�nge_pow�
 + 
i
) & 0x7);

100 i�(
mask
 & 
�nge_pow�mask
)

103 
�nge_pow�
 = (Ԫge_pow� + 
i
) & 0x7);

106 
	`��tf
("PL %d\r\n", 
�nge_pow�
);

108 
	`���tf
(
buf
, (buf), "�nge%d", 
�nge_pow�
);

111 i�(
�nge_cur_cou�
 == 0) {

112 
�nge_rušg
 = 0;

116 
	`��out_��t
(
cm
, &
�nge_ev�t
,

117 
�nge_�riod_ms
,

118 
SINGLE
, 
�nge_cb
, 
NULL
);

119 
	}
}

122 
	scmd_h�p_�su�
 {

123 
fixed_�r�g_t
 
	mh�p
;

124 
xb�_�cmd_pgm
 *
	mcmd
;

128 
	$cmd_h�p_�r�d
(*
�r�d_�su�
, *
d�a
)

130 
cmd_h�p_�su�
 *
�s
 = 
�r�d_�su�
;

131 
xb�_�cmd
 
cmdc�y
;

132 
ty�
;

133 
	`mem�y_P
(&
cmdc�y
, 
�s
->
cmd
, (cmdcopy));

134 
ty�
 = (
cmdc�y
.
�ags
 & (
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
));

135 
ty�
) {

136 
XBEE_ATCMD_F_READ
:

137 
	`��tf_P
(
	`PSTR
("Read-only\r\n"));

139 
XBEE_ATCMD_F_WRITE
:

140 
	`��tf_P
(
	`PSTR
("Write-only\r\n"));

143 
	`��tf_P
(
	`PSTR
("Read-write\r\n"));

146 i�(
cmdc�y
.
�ags
 & 
XBEE_ATCMD_F_PARAM_NONE
)

147 
	`��tf_P
(
	`PSTR
("No�rgument\r\n"));

148 i�(
cmdc�y
.
�ags
 & 
XBEE_ATCMD_F_PARAM_U8
)

149 
	`��tf_P
(
	`PSTR
("Register is unsigned 8 bits\r\n"));

150 i�(
cmdc�y
.
�ags
 & 
XBEE_ATCMD_F_PARAM_U16
)

151 
	`��tf_P
(
	`PSTR
("Register is unsigned 16 bits\r\n"));

152 i�(
cmdc�y
.
�ags
 & 
XBEE_ATCMD_F_PARAM_U32
)

153 
	`��tf_P
(
	`PSTR
("Register is unsigned 32 bits\r\n"));

154 i�(
cmdc�y
.
�ags
 & 
XBEE_ATCMD_F_PARAM_S16
)

155 
	`��tf_P
(
	`PSTR
("Register is signed 16 bits\r\n"));

156 i�(
cmdc�y
.
�ags
 & 
XBEE_ATCMD_F_PARAM_STRING_20B
)

157 
	`��tf_P
(
	`PSTR
("Register is� 20 bytes string\r\n"));

159 
	`��tf_P
(
	`PSTR
("Unknown�rgument\r\n"));

161 
	`��tf_P
(
	`PSTR
("%S\r\n"), 
cmdc�y
.
h�p
);

162 
	}
}

163 
�og_ch�
 
	g�r_h�p_h�p
[] = "help";

165 
�r�_pgm_tok�_�r�g_t
 
	gcmd_h�p_h�p
 =

166 
TOKEN_STRING_INITIALIZER
(
cmd_h�p_�su�
, 
h�p
, 
�r_h�p_h�p
);

168 
�r�_pgm_tok�_�cmd_t
 
	gcmd_h�p_�cmd
 =

169 
TOKEN_ATCMD_INITIALIZER
(
cmd_h�p_�su�
, 
cmd
, &
xb�_dev
,

172 
�og_ch�
 
	gh�p_h�p
[] = "Help��egister using�n AT command";

173 
�r�_pgm_��_t
 
	gcmd_h�p
 = {

174 .
f
 = 
cmd_h�p_�r�d
,

175 .
	gd�a
 = 
NULL
,

176 .
	gh�p_�r
 = 
h�p_h�p
,

177 .
	gtok�s
 = {

178 (
�og_void
 *)&
cmd_h�p_h�p
,

179 (
�og_void
 *)&
cmd_h�p_�cmd
,

180 
NULL
,

186 
	scmd_�igh_d�_�su�
 {

187 
fixed_�r�g_t
 
	mcmd
;

188 
fixed_�r�g_t
 
	ma�i�
;

189 
xb�_�igh
 *
	m�igh
;

192 
	$cmd_�igh_d�_�r�d
(*
�r�d_�su�
,

193 *
d�a
)

195 
cmd_�igh_d�_�su�
 *
�s
 = 
�r�d_�su�
;

196 
	`xb�_�igh_d�
(
xb�_dev
, 
�s
->
�igh
);

197 
	}
}

199 
�og_ch�
 
	g�r_�igh_d�_�igh
[] = "neigh";

200 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�igh_d�_cmd
 =

201 
TOKEN_STRING_INITIALIZER
(
cmd_�igh_d�_�su�
, 
cmd
,

202 
�r_�igh_d�_�igh
);

203 
�og_ch�
 
	g�r_�igh_d�_d�
[] = "del";

204 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�igh_d�_a�i�
 =

205 
TOKEN_STRING_INITIALIZER
(
cmd_�igh_d�_�su�
, 
a�i�
,

206 
�r_�igh_d�_d�
);

207 
�r�_pgm_tok�_�ighb�_t
 
	gcmd_�igh_d�_�igh
 =

208 
TOKEN_NEIGHBOR_INITIALIZER
(
cmd_�igh_d�_�su�
, 
�igh
,

209 &
xb�_dev
);

211 
�og_ch�
 
	gh�p_�igh_d�
[] = "delete��eighbor";

212 
�r�_pgm_��_t
 
	gcmd_�igh_d�
 = {

213 .
f
 = 
cmd_�igh_d�_�r�d
,

214 .
	gd�a
 = 
NULL
,

215 .
	gh�p_�r
 = 
h�p_�igh_d�
,

216 .
	gtok�s
 = {

217 (
�og_void
 *)&
cmd_�igh_d�_cmd
,

218 (
�og_void
 *)&
cmd_�igh_d�_a�i�
,

219 (
�og_void
 *)&
cmd_�igh_d�_�igh
,

220 
NULL
,

226 
	scmd_�igh_add_�su�
 {

227 
fixed_�r�g_t
 
	mcmd
;

228 
fixed_�r�g_t
 
	ma�i�
;

229 
fixed_�r�g_t
 
	m�me
;

230 
u�t64_t
 
	maddr
;

233 
	$cmd_�igh_add_�r�d
(*
�r�d_�su�
,

234 *
d�a
)

236 
cmd_�igh_add_�su�
 *
�s
 = 
�r�d_�su�
;

237 i�(
	`xb�_�igh_add
(
xb�_dev
, 
�s
->
�me
,�es->
addr
�=�
NULL
)

238 
	`��tf_P
(
	`PSTR
("name or�ddr�lready�xist\r\n"));

239 
	}
}

241 
�og_ch�
 
	g�r_�igh_add_�igh
[] = "neigh";

242 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�igh_add_cmd
 =

243 
TOKEN_STRING_INITIALIZER
(
cmd_�igh_add_�su�
, 
cmd
,

244 
�r_�igh_add_�igh
);

245 
�og_ch�
 
	g�r_�igh_add_add
[] = "add";

246 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�igh_add_a�i�
 =

247 
TOKEN_STRING_INITIALIZER
(
cmd_�igh_add_�su�
, 
a�i�
,

248 
�r_�igh_add_add
);

249 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�igh_add_�me
 =

250 
TOKEN_STRING_INITIALIZER
(
cmd_�igh_add_�su�
, 
�me
, 
NULL
);

251 
�r�_pgm_tok�_num_t
 
	gcmd_�igh_add_addr
 =

252 
TOKEN_NUM_INITIALIZER
(
cmd_�igh_add_�su�
, 
addr
, 
UINT64
);

254 
�og_ch�
 
	gh�p_�igh_add
[] = "add��eighbor";

255 
�r�_pgm_��_t
 
	gcmd_�igh_add
 = {

256 .
f
 = 
cmd_�igh_add_�r�d
,

257 .
	gd�a
 = 
NULL
,

258 .
	gh�p_�r
 = 
h�p_�igh_add
,

259 .
	gtok�s
 = {

260 (
�og_void
 *)&
cmd_�igh_add_cmd
,

261 (
�og_void
 *)&
cmd_�igh_add_a�i�
,

262 (
�og_void
 *)&
cmd_�igh_add_�me
,

263 (
�og_void
 *)&
cmd_�igh_add_addr
,

264 
NULL
,

270 
	scmd_�igh_li�_�su�
 {

271 
fixed_�r�g_t
 
	mcmd
;

272 
fixed_�r�g_t
 
	ma�i�
;

275 
	$cmd_�igh_li�_�r�d
(*
�r�d_�su�
,

276 *
d�a
)

278 
xb�_�igh
 *
�igh
;

280 
	`LIST_FOREACH
(
�igh
, &
xb�_dev
->
�igh_li�
, 
�xt
) {

281 
	`��tf_P
(
	`PSTR
(" %s: 0x%.8"
PRIx32
"%.8"PRIx32"\r\n"),

282 
�igh
->
�me
,

283 (
u�t32_t
)(
�igh
->
addr
 >> 32ULL),

284 (
u�t32_t
)(
�igh
->
addr
 & 0xFFFFFFFF));

286 
	}
}

288 
�og_ch�
 
	g�r_�igh_li�_�igh
[] = "neigh";

289 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�igh_li�_cmd
 =

290 
TOKEN_STRING_INITIALIZER
(
cmd_�igh_li�_�su�
, 
cmd
,

291 
�r_�igh_li�_�igh
);

292 
�og_ch�
 
	g�r_�igh_li�_li�
[] = "list";

293 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�igh_li�_a�i�
 =

294 
TOKEN_STRING_INITIALIZER
(
cmd_�igh_li�_�su�
, 
a�i�
,

295 
�r_�igh_li�_li�
);

297 
�og_ch�
 
	gh�p_�igh_li�
[] = "list�ll knwon�eighbors";

298 
�r�_pgm_��_t
 
	gcmd_�igh_li�
 = {

299 .
f
 = 
cmd_�igh_li�_�r�d
,

300 .
	gd�a
 = 
NULL
,

301 .
	gh�p_�r
 = 
h�p_�igh_li�
,

302 .
	gtok�s
 = {

303 (
�og_void
 *)&
cmd_�igh_li�_cmd
,

304 (
�og_void
 *)&
cmd_�igh_li�_a�i�
,

305 
NULL
,

315 
	scmd_�ad_�su�
 {

316 
fixed_�r�g_t
 
	m�ad
;

317 
xb�_�cmd_pgm
 *
	mcmd
;

321 
	$cmd_�ad_�r�d
(*
�r�d_�su�
,

322 *
d�a
)

324 
cmd_�ad_�su�
 *
�s
 = 
�r�d_�su�
;

325 
xb�_�cmd
 
c�y
;

327 
	`mem�y_P
(&
c�y
, 
�s
->
cmd
, (copy));

328 
	`xb��p_�nd_�cmd
(
c�y
.
�me
, 
NULL
, 0, 1);

329 
	}
}

331 
�og_ch�
 
	g�r_�ad_�ad
[] = "read";

333 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�ad_�ad
 =

334 
TOKEN_STRING_INITIALIZER
(
cmd_�ad_�su�
, 
�ad
,

335 
�r_�ad_�ad
);

337 
�r�_pgm_tok�_�cmd_t
 
	gcmd_�ad_�cmd
 =

338 
TOKEN_ATCMD_INITIALIZER
(
cmd_�ad_�su�
, 
cmd
, &
xb�_dev
,

339 
XBEE_ATCMD_F_READ
, XBEE_ATCMD_F_READ);

341 
�og_ch�
 
	gh�p_�ad
[] = "Read��egister using�n AT command";

342 
�r�_pgm_��_t
 
	gcmd_�ad
 = {

343 .
f
 = 
cmd_�ad_�r�d
,

344 .
	gd�a
 = 
NULL
,

345 .
	gh�p_�r
 = 
h�p_�ad
,

346 .
	gtok�s
 = {

347 (
�og_void
 *)&
cmd_�ad_�ad
,

348 (
�og_void
 *)&
cmd_�ad_�cmd
,

349 
NULL
,

357 
	scmd_wr�e_�su�
 {

358 
fixed_�r�g_t
 
	mwr�e
;

359 
xb�_�cmd_pgm
 *
	mcmd
;

361 
u�t8_t
 
	mu8
;

362 
u�t16_t
 
	mu16
;

363 
u�t32_t
 
	mu32
;

368 
	$cmd_wr�e_�r�d
(*
�r�d_�su�
, *
d�a
)

370 
cmd_wr�e_�su�
 *
�s
 = 
�r�d_�su�
;

371 
xb�_�cmd
 
c�y
;

372 
�n
;

373 *
��m
;

375 
	`mem�y_P
(&
c�y
, 
�s
->
cmd
, (copy));

377 i�(
c�y
.
�ags
 & 
XBEE_ATCMD_F_PARAM_NONE
) {

378 
�n
 = 0;

379 
��m
 = 
NULL
;

381 i�(
c�y
.
�ags
 & 
XBEE_ATCMD_F_PARAM_U8
) {

382 
�n
 = (
�s
->
u8
);

383 
��m
 = &
�s
->
u8
;

385 i�(
c�y
.
�ags
 & 
XBEE_ATCMD_F_PARAM_U16
) {

386 
�n
 = (
�s
->
u16
);

387 
�s
->
u16
 = 
	`ht�s
(res->u16);

388 
��m
 = &
�s
->
u16
;

390 i�(
c�y
.
�ags
 & 
XBEE_ATCMD_F_PARAM_U32
) {

391 
�n
 = (
�s
->
u32
);

392 
�s
->
u32
 = 
	`ht�l
(res->u32);

393 
��m
 = &
�s
->
u32
;

396 
	`��tf
("Unknown�rgument�ype\n");

400 
	}
}

402 
�og_ch�
 
	g�r_wr�e_n�e
[] = "write";

404 
�r�_pgm_tok�_�r�g_t
 
	gcmd_wr�e_wr�e
 =

405 
TOKEN_STRING_INITIALIZER
(
cmd_wr�e_�su�
, 
wr�e
,

406 
�r_wr�e_n�e
);

408 
�r�_pgm_tok�_�cmd_t
 
	gcmd_wr�e_n�e_�cmd
 =

409 
TOKEN_ATCMD_INITIALIZER
(
cmd_wr�e_�su�
, 
cmd
,

410 &
xb�_dev
,

411 
XBEE_ATCMD_F_WRITE
 | 
XBEE_ATCMD_F_PARAM_NONE
,

412 
XBEE_ATCMD_F_WRITE
 | 
XBEE_ATCMD_F_PARAM_NONE
);

414 
�og_ch�
 
	gh�p_wr�e_n�e
[] = "Send�n AT command (no�rgument)";

416 
�r�_pgm_��_t
 
	gcmd_wr�e_n�e
 = {

417 .
f
 = 
cmd_wr�e_�r�d
,

418 .
	gd�a
 = 
NULL
,

419 .
	gh�p_�r
 = 
h�p_wr�e_n�e
,

420 .
	gtok�s
 = {

421 (
�og_void
 *)&
cmd_wr�e_wr�e
,

422 (
�og_void
 *)&
cmd_wr�e_n�e_�cmd
,

423 
NULL
,

427 
�r�_pgm_tok�_�cmd_t
 
	gcmd_wr�e_u8_�cmd
 =

428 
TOKEN_ATCMD_INITIALIZER
(
cmd_wr�e_�su�
, 
cmd
,

429 &
xb�_dev
,

430 
XBEE_ATCMD_F_WRITE
 | 
XBEE_ATCMD_F_PARAM_U8
,

431 
XBEE_ATCMD_F_WRITE
 | 
XBEE_ATCMD_F_PARAM_U8
);

433 
�r�_pgm_tok�_num_t
 
	gcmd_wr�e_u8_u8
 =

434 
TOKEN_NUM_INITIALIZER
(
cmd_wr�e_�su�
, 
u8
, 
UINT8
);

436 
�og_ch�
 
	gh�p_wr�e_u8
[] = "Write� 8 bits�egister using�n AT command";

438 
�r�_pgm_��_t
 
	gcmd_wr�e_u8
 = {

439 .
f
 = 
cmd_wr�e_�r�d
,

440 .
	gd�a
 = 
NULL
,

441 .
	gh�p_�r
 = 
h�p_wr�e_u8
,

442 .
	gtok�s
 = {

443 (
�og_void
 *)&
cmd_wr�e_wr�e
,

444 (
�og_void
 *)&
cmd_wr�e_u8_�cmd
,

445 (
�og_void
 *)&
cmd_wr�e_u8_u8
,

446 
NULL
,

450 
�r�_pgm_tok�_�cmd_t
 
	gcmd_wr�e_u16_�cmd
 =

451 
TOKEN_ATCMD_INITIALIZER
(
cmd_wr�e_�su�
, 
cmd
,

452 &
xb�_dev
,

453 
XBEE_ATCMD_F_WRITE
 | 
XBEE_ATCMD_F_PARAM_U16
,

454 
XBEE_ATCMD_F_WRITE
 | 
XBEE_ATCMD_F_PARAM_U16
);

456 
�r�_pgm_tok�_num_t
 
	gcmd_wr�e_u16_u16
 =

457 
TOKEN_NUM_INITIALIZER
(
cmd_wr�e_�su�
, 
u16
, 
UINT16
);

459 
�og_ch�
 
	gh�p_wr�e_u16
[] = "Write� 16 bits�egister using�n AT command";

461 
�r�_pgm_��_t
 
	gcmd_wr�e_u16
 = {

462 .
f
 = 
cmd_wr�e_�r�d
,

463 .
	gd�a
 = 
NULL
,

464 .
	gh�p_�r
 = 
h�p_wr�e_u16
,

465 .
	gtok�s
 = {

466 (
�og_void
 *)&
cmd_wr�e_wr�e
,

467 (
�og_void
 *)&
cmd_wr�e_u16_�cmd
,

468 (
�og_void
 *)&
cmd_wr�e_u16_u16
,

469 
NULL
,

473 
�r�_pgm_tok�_�cmd_t
 
	gcmd_wr�e_u32_�cmd
 =

474 
TOKEN_ATCMD_INITIALIZER
(
cmd_wr�e_�su�
, 
cmd
,

475 &
xb�_dev
,

476 
XBEE_ATCMD_F_WRITE
 | 
XBEE_ATCMD_F_PARAM_U32
,

477 
XBEE_ATCMD_F_WRITE
 | 
XBEE_ATCMD_F_PARAM_U32
);

479 
�r�_pgm_tok�_num_t
 
	gcmd_wr�e_u32_u32
 =

480 
TOKEN_NUM_INITIALIZER
(
cmd_wr�e_�su�
, 
u32
, 
UINT32
);

482 
�og_ch�
 
	gh�p_wr�e_u32
[] = "Write� 32 bits�egister using�n AT command";

484 
�r�_pgm_��_t
 
	gcmd_wr�e_u32
 = {

485 .
f
 = 
cmd_wr�e_�r�d
,

486 .
	gd�a
 = 
NULL
,

487 .
	gh�p_�r
 = 
h�p_wr�e_u32
,

488 .
	gtok�s
 = {

489 (
�og_void
 *)&
cmd_wr�e_wr�e
,

490 (
�og_void
 *)&
cmd_wr�e_u32_�cmd
,

491 (
�og_void
 *)&
cmd_wr�e_u32_u32
,

492 
NULL
,

500 
	scmd_�ndmsg_�su�
 {

501 
fixed_�r�g_t
 
	m�ndmsg
;

502 
u�t64_t
 
	maddr
;

503 
fixed_�r�g_t
 
	md�a
;

507 
	$cmd_�ndmsg_�r�d
(*
�r�d_�su�
, *
d�a
)

509 
cmd_�ndmsg_�su�
 *
�s
 = 
�r�d_�su�
;

510 
	`xb��p_�nd_msg
(
�s
->
addr
,�es->
d�a
, 
	`���
(res->data), 1);

511 
	}
}

513 
�og_ch�
 
	g�r_�ndmsg
[] = "sendmsg";

515 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�ndmsg_�ndmsg
 =

516 
TOKEN_STRING_INITIALIZER
(
cmd_�ndmsg_�su�
, 
�ndmsg
,

517 
�r_�ndmsg
);

519 
�r�_pgm_tok�_num_t
 
	gcmd_�ndmsg_addr
 =

520 
TOKEN_NUM_INITIALIZER
(
cmd_�ndmsg_�su�
, 
addr
, 
UINT64
);

522 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�ndmsg_d�a
 =

523 
TOKEN_STRING_INITIALIZER
(
cmd_�ndmsg_�su�
, 
d�a
, 
NULL
);

525 
�og_ch�
 
	gh�p_�ndmsg
[] = "Send data�o��ode using its�ddress";

527 
�r�_pgm_��_t
 
	gcmd_�ndmsg
 = {

528 .
f
 = 
cmd_�ndmsg_�r�d
,

529 .
	gd�a
 = 
NULL
,

530 .
	gh�p_�r
 = 
h�p_�ndmsg
,

531 .
	gtok�s
 = {

532 (
�og_void
 *)&
cmd_�ndmsg_�ndmsg
,

533 (
�og_void
 *)&
cmd_�ndmsg_addr
,

534 (
�og_void
 *)&
cmd_�ndmsg_d�a
,

535 
NULL
,

542 
	scmd_�ndmsg_�me_�su�
 {

543 
fixed_�r�g_t
 
	m�ndmsg_�me
;

544 
xb�_�igh
 *
	m�igh
;

545 
fixed_�r�g_t
 
	md�a
;

549 
	$cmd_�ndmsg_�me_�r�d
(*
�r�d_�su�
, *
d�a
)

551 
cmd_�ndmsg_�me_�su�
 *
�s
 = 
�r�d_�su�
;

552 
	`xb��p_�nd_msg
(
�s
->
�igh
->
addr
,�es->
d�a
, 
	`���
(res->data), 1);

553 
	}
}

555 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�ndmsg_�me_�ndmsg_�me
 =

556 
TOKEN_STRING_INITIALIZER
(
cmd_�ndmsg_�me_�su�
, 
�ndmsg_�me
,

557 
�r_�ndmsg
);

559 
�r�_pgm_tok�_�ighb�_t
 
	gcmd_�ndmsg_�me_�igh
 =

560 
TOKEN_NEIGHBOR_INITIALIZER
(
cmd_�ndmsg_�me_�su�
, 
�igh
,

561 &
xb�_dev
);

563 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�ndmsg_�me_d�a
 =

564 
TOKEN_STRING_INITIALIZER
(
cmd_�ndmsg_�me_�su�
, 
d�a
, 
NULL
);

566 
�og_ch�
 
	gh�p_�ndmsg_�me
[] = "Send data�o��ode using its�ame";

568 
�r�_pgm_��_t
 
	gcmd_�ndmsg_�me
 = {

569 .
f
 = 
cmd_�ndmsg_�me_�r�d
,

570 .
	gd�a
 = 
NULL
,

571 .
	gh�p_�r
 = 
h�p_�ndmsg_�me
,

572 .
	gtok�s
 = {

573 (
�og_void
 *)&
cmd_�ndmsg_�me_�ndmsg_�me
,

574 (
�og_void
 *)&
cmd_�ndmsg_�me_�igh
,

575 (
�og_void
 *)&
cmd_�ndmsg_�me_d�a
,

576 
NULL
,

584 
	scmd_�nge_�su�
 {

585 
fixed_�r�g_t
 
	m�nge
;

586 
fixed_�r�g_t
 
	ma�i�
;

590 
	$cmd_�nge_�r�d
(*
�r�d_�su�
, *
d�a
)

592 
cmd_�nge_�su�
 *
�s
 = 
�r�d_�su�
;

594 i�(!
	`�rcmp_P
(
�s
->
a�i�
, 
	`PSTR
("show"))) {

595 
	`��tf_P
(
	`PSTR
("range infos:\r\n"));

596 
	`��tf_P
(
	`PSTR
("��g��riod %d\r\n"), 
�nge_�riod_ms
);

597 
	`��tf_P
(
	`PSTR
("��g�cou� %d\r\n"), 
�nge_cou�
);

598 
	`��tf_P
(
	`PSTR
("��g�pow�mask 0x%x\r\n"), 
�nge_pow�mask
);

599 
	`��tf_P
(
	`PSTR
("��g�d�add�0x%.8"
PRIx32
"%.8"PRIx32"\r\n"),

600 (
u�t32_t
)(
�nge_d�addr
 >> 32ULL),

601 (
u�t32_t
)(
�nge_d�addr
 & 0xFFFFFFFF));

603 i�(
�nge_rušg
)

604 
	`��tf_P
(
	`PSTR
("�ange�est is�unning\r\n"));

606 
	`��tf_P
(
	`PSTR
("�ange�est is�ot�unning\r\n"));

608 i�(!
	`�rcmp
(
�s
->
a�i�
, "start")) {

609 i�(
�nge_rušg
) {

610 
	`��tf
("already�unning\n");

613 
�nge_cur_cou�
 = 
�nge_cou�
;

614 
	`��out_��
(&
�nge_ev�t
);

615 
	`��out_��t
(&
cm
, &
�nge_ev�t
, 0,

616 
SINGLE
, 
�nge_cb
, 
NULL
);

617 
�nge_rušg
 = 1;

619 i�(!
	`�rcmp
(
�s
->
a�i�
, "end")) {

620 i�(
�nge_rušg
 == 0) {

621 
	`��tf
("not�unning\n");

624 
�nge_rušg
 = 0;

625 
	`��out_��
(&
cm
, &
�nge_ev�t
);

627 
	}
}

629 
�og_ch�
 
	g�r_�nge
[] = "range";

630 
�og_ch�
 
	g�r_�nge_tok�s
[] = "show#start#end";

632 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�nge_�nge
 =

633 
TOKEN_STRING_INITIALIZER
(
cmd_�nge_�su�
, 
�nge
,

634 
�r_�nge
);

635 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�nge_a�i�
 =

636 
TOKEN_STRING_INITIALIZER
(
cmd_�nge_�su�
, 
a�i�
,

637 
�r_�nge_tok�s
);

639 
�og_ch�
 
	gh�p_�nge
[] = "start/stop/show current�angeing";

641 
�r�_pgm_��_t
 
	gcmd_�nge
 = {

642 .
f
 = 
cmd_�nge_�r�d
,

643 .
	gd�a
 = 
NULL
,

644 .
	gh�p_�r
 = 
h�p_�nge
,

645 .
	gtok�s
 = {

646 (
�og_void
 *)&
cmd_�nge_�nge
,

647 (
�og_void
 *)&
cmd_�nge_a�i�
,

648 
NULL
,

655 
	scmd_�nge_�riod_�su�
 {

656 
fixed_�r�g_t
 
	m�nge
;

657 
fixed_�r�g_t
 
	ma�i�
;

658 
u�t32_t
 
	m�riod
;

662 
	$cmd_�nge_�riod_�r�d
(*
�r�d_�su�
, *
d�a
)

664 
cmd_�nge_�riod_�su�
 *
�s
 = 
�r�d_�su�
;

666 i�(
�s
->
�riod
 < 10) {

667 
	`��tf
("error, minimum�eriod is 10 ms\n");

671 
�nge_�riod_ms
 = 
�s
->
�riod
;

672 
	}
}

674 
�og_ch�
 
	g�r_�riod
[] = "period";

676 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�nge_�riod_�nge_�riod
 =

677 
TOKEN_STRING_INITIALIZER
(
cmd_�nge_�riod_�su�
, 
�nge
,

678 
�r_�nge
);

679 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�nge_�riod_a�i�
 =

680 
TOKEN_STRING_INITIALIZER
(
cmd_�nge_�riod_�su�
, 
a�i�
,

681 
�r_�riod
);

682 
�r�_pgm_tok�_num_t
 
	gcmd_�nge_�riod_�riod
 =

683 
TOKEN_NUM_INITIALIZER
(
cmd_�nge_�riod_�su�
, 
�riod
, 
UINT32
);

685 
�og_ch�
 
	gh�p_�nge_�riod
[] = "set�ange�est�eriod";

687 
�r�_pgm_��_t
 
	gcmd_�nge_�riod
 = {

688 .
f
 = 
cmd_�nge_�riod_�r�d
,

689 .
	gd�a
 = 
NULL
,

690 .
	gh�p_�r
 = 
h�p_�nge_�riod
,

691 .
	gtok�s
 = {

692 (
�og_void
 *)&
cmd_�nge_�riod_�nge_�riod
,

693 (
�og_void
 *)&
cmd_�nge_�riod_a�i�
,

694 (
�og_void
 *)&
cmd_�nge_�riod_�riod
,

695 
NULL
,

702 
	scmd_�nge_cou�_�su�
 {

703 
fixed_�r�g_t
 
	m�nge
;

704 
fixed_�r�g_t
 
	ma�i�
;

705 
u�t32_t
 
	mcou�
;

709 
	$cmd_�nge_cou�_�r�d
(*
�r�d_�su�
, *
d�a
)

711 
cmd_�nge_cou�_�su�
 *
�s
 = 
�r�d_�su�
;

712 
�nge_cou�
 = 
�s
->
cou�
;

713 
	}
}

715 
�og_ch�
 
	g�r_cou�
[] = "count";

717 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�nge_cou�_�nge_cou�
 =

718 
TOKEN_STRING_INITIALIZER
(
cmd_�nge_cou�_�su�
, 
�nge
,

719 
�r_�nge
);

720 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�nge_cou�_a�i�
 =

721 
TOKEN_STRING_INITIALIZER
(
cmd_�nge_cou�_�su�
, 
a�i�
,

722 
�r_cou�
);

723 
�r�_pgm_tok�_num_t
 
	gcmd_�nge_cou�_cou�
 =

724 
TOKEN_NUM_INITIALIZER
(
cmd_�nge_cou�_�su�
, 
cou�
, 
UINT32
);

727 
�og_ch�
 
	gh�p_�nge_cou�
[] = "set�ange�est count";

729 
�r�_pgm_��_t
 
	gcmd_�nge_cou�
 = {

730 .
f
 = 
cmd_�nge_cou�_�r�d
,

731 .
	gd�a
 = 
NULL
,

732 .
	gh�p_�r
 = 
h�p_�nge_cou�
,

733 .
	gtok�s
 = {

734 (
�og_void
 *)&
cmd_�nge_cou�_�nge_cou�
,

735 (
�og_void
 *)&
cmd_�nge_cou�_a�i�
,

736 (
�og_void
 *)&
cmd_�nge_cou�_cou�
,

737 
NULL
,

744 
	scmd_�nge_pow�mask_�su�
 {

745 
fixed_�r�g_t
 
	m�nge
;

746 
fixed_�r�g_t
 
	ma�i�
;

747 
u�t8_t
 
	mpow�mask
;

751 
	$cmd_�nge_pow�mask_�r�d
(*
�r�d_�su�
, *
d�a
)

753 
cmd_�nge_pow�mask_�su�
 *
�s
 = 
�r�d_�su�
;

754 
�nge_pow�mask
 = 
�s
->
pow�mask
;

755 
	}
}

757 
�og_ch�
 
	g�r_pow�mask
[] = "powermask";

759 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�nge_pow�mask_�nge_pow�mask
 =

760 
TOKEN_STRING_INITIALIZER
(
cmd_�nge_pow�mask_�su�
, 
�nge
,

761 
�r_�nge
);

762 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�nge_pow�mask_a�i�
 =

763 
TOKEN_STRING_INITIALIZER
(
cmd_�nge_pow�mask_�su�
, 
a�i�
,

764 
�r_pow�mask
);

765 
�r�_pgm_tok�_num_t
 
	gcmd_�nge_pow�mask_pow�mask
 =

766 
TOKEN_NUM_INITIALIZER
(
cmd_�nge_pow�mask_�su�
, 
pow�mask
,

767 
UINT8
);

770 
�og_ch�
 
	gh�p_�nge_pow�mask
[] = "set�ange�est�owermask";

772 
�r�_pgm_��_t
 
	gcmd_�nge_pow�mask
 = {

773 .
f
 = 
cmd_�nge_pow�mask_�r�d
,

774 .
	gd�a
 = 
NULL
,

775 .
	gh�p_�r
 = 
h�p_�nge_pow�mask
,

776 .
	gtok�s
 = {

777 (
�og_void
 *)&
cmd_�nge_pow�mask_�nge_pow�mask
,

778 (
�og_void
 *)&
cmd_�nge_pow�mask_a�i�
,

779 (
�og_void
 *)&
cmd_�nge_pow�mask_pow�mask
,

780 
NULL
,

787 
	scmd_�nge_d�addr_�su�
 {

788 
fixed_�r�g_t
 
	m�nge
;

789 
fixed_�r�g_t
 
	ma�i�
;

790 
u�t64_t
 
	md�addr
;

794 
	$cmd_�nge_d�addr_�r�d
(*
�r�d_�su�
, *
d�a
)

796 
cmd_�nge_d�addr_�su�
 *
�s
 = 
�r�d_�su�
;

797 
�nge_d�addr
 = 
�s
->
d�addr
;

798 
	}
}

800 
�og_ch�
 
	g�r_d�addr
[] = "dstaddr";

802 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�nge_d�addr_�nge_d�addr
 =

803 
TOKEN_STRING_INITIALIZER
(
cmd_�nge_d�addr_�su�
, 
�nge
,

804 
�r_�nge
);

805 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�nge_d�addr_a�i�
 =

806 
TOKEN_STRING_INITIALIZER
(
cmd_�nge_d�addr_�su�
, 
a�i�
,

807 
�r_d�addr
);

808 
�r�_pgm_tok�_num_t
 
	gcmd_�nge_d�addr_d�addr
 =

809 
TOKEN_NUM_INITIALIZER
(
cmd_�nge_d�addr_�su�
, 
d�addr
, 
UINT64
);

812 
�og_ch�
 
	gh�p_�nge_d�addr
[] = "set�egister�angeing dstaddr";

814 
�r�_pgm_��_t
 
	gcmd_�nge_d�addr
 = {

815 .
f
 = 
cmd_�nge_d�addr_�r�d
,

816 .
	gd�a
 = 
NULL
,

817 .
	gh�p_�r
 = 
h�p_�nge_d�addr
,

818 .
	gtok�s
 = {

819 (
�og_void
 *)&
cmd_�nge_d�addr_�nge_d�addr
,

820 (
�og_void
 *)&
cmd_�nge_d�addr_a�i�
,

821 (
�og_void
 *)&
cmd_�nge_d�addr_d�addr
,

822 
NULL
,

830 
	scmd_mڙ�_�su�
 {

831 
fixed_�r�g_t
 
	mmڙ�
;

832 
fixed_�r�g_t
 
	ma�i�
;

836 
	$cmd_mڙ�_�r�d
(*
�r�d_�su�
, *
d�a
)

838 
cmd_mڙ�_�su�
 *
�s
 = 
�r�d_�su�
;

839 
mڙ�_�g
 *
m
;

841 i�(!
	`�rcmp_P
(
�s
->
a�i�
, 
	`PSTR
("show"))) {

842 
	`��tf_P
(
	`PSTR
("monitor�eriod is %d ms, %d�egs in�ist\r\n"),

843 
mڙ�_�riod_ms
, 
mڙ�_cou�
);

844 
	`LIST_FOREACH
(
m
, &
xb�_mڙ�_li�
, 
�xt
)

845 
	`��tf_P
(
	`PSTR
(" %S\n"), 
m
->
desc
);

847 i�(!
	`�rcmp_P
(
�s
->
a�i�
, 
	`PSTR
("start"))) {

848 i�(
mڙ�_rušg
) {

849 
	`��tf
("already�unning\n");

852 i�(
mڙ�_cou�
 == 0) {

853 
	`��tf
("no�egs�o be monitored\n");

856 
	`��out_��
(&
mڙ�_ev�t
);

857 
	`��out_��t
(&
cm
, &
mڙ�_ev�t
, 0, 
SINGLE
, 
mڙ�_cb
, 
NULL
);

858 
mڙ�_rušg
 = 1;

859 
mڙ�_cu��t
 = 
	`LIST_FIRST
(&
xb�_mڙ�_li�
);

860 
	`��tf_P
(
	`PSTR
("monitor cb: %S %s\r\n"),

861 
mڙ�_cu��t
->
desc
,

862 
mڙ�_cu��t
->
�cmd
);

865 i�(!
	`�rcmp_P
(
�s
->
a�i�
, 
	`PSTR
("end"))) {

866 i�(
mڙ�_rušg
 == 0) {

867 
	`��tf
("not�unning\n");

870 
mڙ�_rušg
 = 0;

871 
	`��out_��
(&
cm
, &
mڙ�_ev�t
);

873 
	}
}

875 
�og_ch�
 
	g�r_mڙ�
[] = "monitor";

876 
�og_ch�
 
	g�r_mڙ�_tok�s
[] = "show#start#end";

878 
�r�_pgm_tok�_�r�g_t
 
	gcmd_mڙ�_mڙ�
 =

879 
TOKEN_STRING_INITIALIZER
(
cmd_mڙ�_�su�
, 
mڙ�
,

880 
�r_mڙ�
);

881 
�r�_pgm_tok�_�r�g_t
 
	gcmd_mڙ�_a�i�
 =

882 
TOKEN_STRING_INITIALIZER
(
cmd_mڙ�_�su�
, 
a�i�
,

883 
�r_mڙ�_tok�s
);

885 
�og_ch�
 
	gh�p_mڙ�
[] = "start/stop/show current monitoring";

887 
�r�_pgm_��_t
 
	gcmd_mڙ�
 = {

888 .
f
 = 
cmd_mڙ�_�r�d
,

889 .
	gd�a
 = 
NULL
,

890 .
	gh�p_�r
 = 
h�p_mڙ�
,

891 .
	gtok�s
 = {

892 (
�og_void
 *)&
cmd_mڙ�_mڙ�
,

893 (
�og_void
 *)&
cmd_mڙ�_a�i�
,

894 
NULL
,

901 
	scmd_mڙ�_add_�su�
 {

902 
fixed_�r�g_t
 
	mmڙ�
;

903 
fixed_�r�g_t
 
	ma�i�
;

904 
xb�_�cmd_pgm
 *
	mcmd
;

908 
	$cmd_mڙ�_add_�r�d
(*
�r�d_�su�
, *
d�a
)

910 
cmd_mڙ�_add_�su�
 *
�s
 = 
�r�d_�su�
;

911 
mڙ�_�g
 *
m
;

912 
xb�_�cmd
 
c�y
;

914 
	`mem�y_P
(&
c�y
, 
�s
->
cmd
, (copy));

915 
	`LIST_FOREACH
(
m
, &
xb�_mڙ�_li�
, 
�xt
) {

916 i�(!
	`�rcmp_P
(
m
->
�cmd
, 
c�y
.
�me
))

920 i�(
m
 !�
NULL
) {

921 
	`��tf
("already�xist\n");

925 
m
 = 
	`m�loc
((*m));

926 i�(
m
 =�
NULL
) {

927 
	`��tf
("no mem\n");

930 
m
->
desc
 = 
c�y
.desc;

931 
	`�r�y_P
(
m
->
�cmd
, 
c�y
.
�me
);

932 
	`LIST_INSERT_HEAD
(&
xb�_mڙ�_li�
, 
m
, 
�xt
);

933 
mڙ�_cou�
 ++;

934 
	}
}

936 
�og_ch�
 
	g�r_mڙ�_add
[] = "add";

938 
�r�_pgm_tok�_�r�g_t
 
	gcmd_mڙ�_add_mڙ�_add
 =

939 
TOKEN_STRING_INITIALIZER
(
cmd_mڙ�_add_�su�
, 
mڙ�
,

940 
�r_mڙ�
);

941 
�r�_pgm_tok�_�r�g_t
 
	gcmd_mڙ�_add_a�i�
 =

942 
TOKEN_STRING_INITIALIZER
(
cmd_mڙ�_add_�su�
, 
a�i�
,

943 
�r_mڙ�_add
);

944 
�r�_pgm_tok�_�cmd_t
 
	gcmd_mڙ�_add_�cmd
 =

945 
TOKEN_ATCMD_INITIALIZER
(
cmd_mڙ�_add_�su�
, 
cmd
, &
xb�_dev
,

946 
XBEE_ATCMD_F_READ
, XBEE_ATCMD_F_READ);

949 
�og_ch�
 
	gh�p_mڙ�_add
[] = "add��egister in monitor�ist";

951 
�r�_pgm_��_t
 
	gcmd_mڙ�_add
 = {

952 .
f
 = 
cmd_mڙ�_add_�r�d
,

953 .
	gd�a
 = 
NULL
,

954 .
	gh�p_�r
 = 
h�p_mڙ�_add
,

955 .
	gtok�s
 = {

956 (
�og_void
 *)&
cmd_mڙ�_add_mڙ�_add
,

957 (
�og_void
 *)&
cmd_mڙ�_add_a�i�
,

958 (
�og_void
 *)&
cmd_mڙ�_add_�cmd
,

959 
NULL
,

966 
	scmd_mڙ�_�riod_�su�
 {

967 
fixed_�r�g_t
 
	mmڙ�
;

968 
fixed_�r�g_t
 
	ma�i�
;

969 
u�t32_t
 
	m�riod
;

973 
	$cmd_mڙ�_�riod_�r�d
(*
�r�d_�su�
, *
d�a
)

975 
cmd_mڙ�_�riod_�su�
 *
�s
 = 
�r�d_�su�
;

977 i�(
�s
->
�riod
 < 100) {

978 
	`��tf
("error, minimum�eriod is 100 ms\n");

982 
mڙ�_�riod_ms
 = 
�s
->
�riod
;

983 
	}
}

985 
�og_ch�
 
	g�r_mڙ�_�riod
[] = "period";

987 
�r�_pgm_tok�_�r�g_t
 
	gcmd_mڙ�_�riod_mڙ�_�riod
 =

988 
TOKEN_STRING_INITIALIZER
(
cmd_mڙ�_�riod_�su�
, 
mڙ�
,

989 
�r_mڙ�
);

990 
�r�_pgm_tok�_�r�g_t
 
	gcmd_mڙ�_�riod_a�i�
 =

991 
TOKEN_STRING_INITIALIZER
(
cmd_mڙ�_�riod_�su�
, 
a�i�
,

992 
�r_mڙ�_�riod
);

993 
�r�_pgm_tok�_num_t
 
	gcmd_mڙ�_�riod_�riod
 =

994 
TOKEN_NUM_INITIALIZER
(
cmd_mڙ�_�riod_�su�
, 
�riod
, 
UINT32
);

997 
�og_ch�
 
	gh�p_mڙ�_�riod
[] = "set�egister monitoring�eriod";

999 
�r�_pgm_��_t
 
	gcmd_mڙ�_�riod
 = {

1000 .
f
 = 
cmd_mڙ�_�riod_�r�d
,

1001 .
	gd�a
 = 
NULL
,

1002 .
	gh�p_�r
 = 
h�p_mڙ�_�riod
,

1003 .
	gtok�s
 = {

1004 (
�og_void
 *)&
cmd_mڙ�_�riod_mڙ�_�riod
,

1005 (
�og_void
 *)&
cmd_mڙ�_�riod_a�i�
,

1006 (
�og_void
 *)&
cmd_mڙ�_�riod_�riod
,

1007 
NULL
,

1014 
	scmd_mڙ�_d�_�su�
 {

1015 
fixed_�r�g_t
 
	mmڙ�
;

1016 
fixed_�r�g_t
 
	ma�i�
;

1017 
mڙ�_�g
 *
	mm
;

1021 
	$cmd_mڙ�_d�_�r�d
(*
�r�d_�su�
, *
d�a
)

1023 
cmd_mڙ�_d�_�su�
 *
�s
 = 
�r�d_�su�
;

1025 
mڙ�_cu��t
 = 
	`LIST_NEXT
(
�s
->
m
, 
�xt
);

1026 
	`LIST_REMOVE
(
�s
->
m
, 
�xt
);

1027 
	`�
(
�s
->
m
);

1028 
mڙ�_cou�
 --;

1029 i�(
mڙ�_cou�
 == 0) {

1030 
	`��tf
("Disable monitoring,�o more�vent\n");

1031 
	`��out_��
(&
cm
, &
mڙ�_ev�t
);

1032 
mڙ�_rušg
 = 0;

1035 
	}
}

1037 
�og_ch�
 
	g�r_mڙ�_d�
[] = "del";

1039 
�r�_pgm_tok�_�r�g_t
 
	gcmd_mڙ�_d�_mڙ�_d�
 =

1040 
TOKEN_STRING_INITIALIZER
(
cmd_mڙ�_d�_�su�
, 
mڙ�
,

1041 
�r_mڙ�
);

1042 
�r�_pgm_tok�_�r�g_t
 
	gcmd_mڙ�_d�_a�i�
 =

1043 
TOKEN_STRING_INITIALIZER
(
cmd_mڙ�_d�_�su�
, 
a�i�
,

1044 
�r_mڙ�_d�
);

1045 
�r�_pgm_tok�_mڙ�_t
 
	gcmd_mڙ�_d�_�cmd
 =

1046 
TOKEN_MONITOR_INITIALIZER
(
cmd_mڙ�_d�_�su�
, 
m
);

1049 
�og_ch�
 
	gh�p_mڙ�_d�
[] = "del��egister in monitor�ist";

1051 
�r�_pgm_��_t
 
	gcmd_mڙ�_d�
 = {

1052 .
f
 = 
cmd_mڙ�_d�_�r�d
,

1053 .
	gd�a
 = 
NULL
,

1054 .
	gh�p_�r
 = 
h�p_mڙ�_d�
,

1055 .
	gtok�s
 = {

1056 (
�og_void
 *)&
cmd_mڙ�_d�_mڙ�_d�
,

1057 (
�og_void
 *)&
cmd_mڙ�_d�_a�i�
,

1058 (
�og_void
 *)&
cmd_mڙ�_d�_�cmd
,

1059 
NULL
,

1067 
	scmd_p�g_�su�
 {

1068 
fixed_�r�g_t
 
	mp�g
;

1072 
	$cmd_p�g_�r�d
(*
�r�d_�su�
, *
d�a
)

1077 
	}
}

1079 
�og_ch�
 
	g�r_p�g
[] = "ping";

1081 
�r�_pgm_tok�_�r�g_t
 
	gcmd_p�g_p�g
 =

1082 
TOKEN_STRING_INITIALIZER
(
cmd_p�g_�su�
, 
p�g
,

1083 
�r_p�g
);

1085 
�og_ch�
 
	gh�p_p�g
[] = "Send��ing�o�he xbee device";

1087 
�r�_pgm_��_t
 
	gcmd_p�g
 = {

1088 .
f
 = 
cmd_p�g_�r�d
,

1089 .
	gd�a
 = 
NULL
,

1090 .
	gh�p_�r
 = 
h�p_p�g
,

1091 .
	gtok�s
 = {

1092 (
�og_void
 *)&
cmd_p�g_p�g
,

1093 
NULL
,

1100 
	scmd_�w_�su�
 {

1101 
fixed_�r�g_t
 
	m�w
;

1105 
	$cmd_�w_�r�d
(*
�r�d_�su�
, *
d�a
)

1108 
	`��tf
("switched�o�aw mode, CTRL-D�o�xit\n");

1109 
	`rdl�e_��
(&
�
->
rdl
);

1110 
xb�_�w
 = 1;

1112 
	}
}

1114 
�og_ch�
 
	g�r_�w
[] = "raw";

1116 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�w_�w
 =

1117 
TOKEN_STRING_INITIALIZER
(
cmd_�w_�su�
, 
�w
,

1118 
�r_�w
);

1120 
�og_ch�
 
	gh�p_�w
[] = "Switch�o�aw mode";

1122 
�r�_pgm_��_t
 
	gcmd_�w
 = {

1123 .
f
 = 
cmd_�w_�r�d
,

1124 .
	gd�a
 = 
NULL
,

1125 .
	gh�p_�r
 = 
h�p_�w
,

1126 .
	gtok�s
 = {

1127 (
�og_void
 *)&
cmd_�w_�w
,

1128 
NULL
,

1135 
	scmd_dump_�su�
 {

1136 
fixed_�r�g_t
 
	mdump
;

1137 
fixed_�r�g_t
 
	m�off
;

1141 
	$cmd_dump_�r�d
(*
�r�d_�su�
, *
d�a
)

1143 
cmd_dump_�su�
 *
�s
 = 
�r�d_�su�
;

1144 i�(!
	`�rcmp
(
�s
->
�off
, "on"))

1145 
xb�_hexdump
 = 1;

1147 
xb�_hexdump
 = 0;

1148 
	}
}

1150 
�og_ch�
 
	g�r_dump
[] = "dump";

1151 
�og_ch�
 
	g�r_dump_�off
[] = "on#off";

1153 
�r�_pgm_tok�_�r�g_t
 
	gcmd_dump_dump
 =

1154 
TOKEN_STRING_INITIALIZER
(
cmd_dump_�su�
, 
dump
,

1155 
�r_dump_�off
);

1157 
�r�_pgm_tok�_�r�g_t
 
	gcmd_dump_�off
 =

1158 
TOKEN_STRING_INITIALIZER
(
cmd_dump_�su�
, 
�off
,

1159 
�r_dump_�off
);

1161 
�og_ch�
 
	gh�p_dump
[] = "enable/disable hexdump of�eceived�ackets";

1163 
�r�_pgm_��_t
 
	gcmd_dump
 = {

1164 .
f
 = 
cmd_dump_�r�d
,

1165 .
	gd�a
 = 
NULL
,

1166 .
	gh�p_�r
 = 
h�p_dump
,

1167 .
	gtok�s
 = {

1168 (
�og_void
 *)&
cmd_dump_dump
,

1169 (
�og_void
 *)&
cmd_dump_�off
,

1170 
NULL
,

1177 
	scmd_debug_�su�
 {

1178 
fixed_�r�g_t
 
	mdebug
;

1179 
fixed_�r�g_t
 
	m�off
;

1183 
	$cmd_debug_�r�d
(*
�r�d_�su�
, *
d�a
)

1185 
cmd_debug_�su�
 *
�s
 = 
�r�d_�su�
;

1186 i�(!
	`�rcmp
(
�s
->
�off
, "on"))

1187 
xb�_debug
 = 1;

1189 
xb�_debug
 = 0;

1190 
	}
}

1192 
�og_ch�
 
	g�r_debug
[] = "debug";

1193 
�og_ch�
 
	g�r_debug_�off
[] = "on#off";

1195 
�r�_pgm_tok�_�r�g_t
 
	gcmd_debug_debug
 =

1196 
TOKEN_STRING_INITIALIZER
(
cmd_debug_�su�
, 
debug
,

1197 
�r_debug
);

1199 
�r�_pgm_tok�_�r�g_t
 
	gcmd_debug_�off
 =

1200 
TOKEN_STRING_INITIALIZER
(
cmd_debug_�su�
, 
�off
,

1201 
�r_debug_�off
);

1203 
�og_ch�
 
	gh�p_debug
[] = "enable/disable�dditionnal debug";

1205 
�r�_pgm_��_t
 
	gcmd_debug
 = {

1206 .
f
 = 
cmd_debug_�r�d
,

1207 .
	gd�a
 = 
NULL
,

1208 .
	gh�p_�r
 = 
h�p_debug
,

1209 .
	gtok�s
 = {

1210 (
�og_void
 *)&
cmd_debug_debug
,

1211 (
�og_void
 *)&
cmd_debug_�off
,

1212 
NULL
,

1219 
�r�_pgm_�x_t
 
	gma�_�x
[] = {

1222 (
�r�_pgm_��_t
 *)&
cmd_��t
,

1223 (
�r�_pgm_��_t
 *)&
cmd_bo�l�d�
,

1224 (
�r�_pgm_��_t
 *)&
cmd_log
,

1225 (
�r�_pgm_��_t
 *)&
cmd_log_show
,

1226 (
�r�_pgm_��_t
 *)&
cmd_log_ty�
,

1227 (
�r�_pgm_��_t
 *)&
cmd_�ack_�a�
,

1228 (
�r�_pgm_��_t
 *)&
cmd_schedu�r
,

1229 (
�r�_pgm_��_t
 *)&
cmd_h�p
,

1230 (
�r�_pgm_��_t
 *)&
cmd_�igh_d�
,

1231 (
�r�_pgm_��_t
 *)&
cmd_�igh_add
,

1232 (
�r�_pgm_��_t
 *)&
cmd_�igh_li�
,

1233 (
�r�_pgm_��_t
 *)&
cmd_�ad
,

1234 (
�r�_pgm_��_t
 *)&
cmd_wr�e_n�e
,

1235 (
�r�_pgm_��_t
 *)&
cmd_wr�e_u8
,

1236 (
�r�_pgm_��_t
 *)&
cmd_wr�e_u16
,

1237 (
�r�_pgm_��_t
 *)&
cmd_wr�e_u32
,

1238 (
�r�_pgm_��_t
 *)&
cmd_�ndmsg
,

1239 (
�r�_pgm_��_t
 *)&
cmd_�ndmsg_�me
,

1240 (
�r�_pgm_��_t
 *)&
cmd_�nge
,

1241 (
�r�_pgm_��_t
 *)&
cmd_�nge_�riod
,

1242 (
�r�_pgm_��_t
 *)&
cmd_�nge_cou�
,

1243 (
�r�_pgm_��_t
 *)&
cmd_�nge_pow�mask
,

1244 (
�r�_pgm_��_t
 *)&
cmd_�nge_d�addr
,

1245 (
�r�_pgm_��_t
 *)&
cmd_mڙ�
,

1246 (
�r�_pgm_��_t
 *)&
cmd_mڙ�_�riod
,

1247 (
�r�_pgm_��_t
 *)&
cmd_mڙ�_add
,

1248 (
�r�_pgm_��_t
 *)&
cmd_mڙ�_d�
,

1249 (
�r�_pgm_��_t
 *)&
cmd_p�g
,

1250 (
�r�_pgm_��_t
 *)&
cmd_�w
,

1251 (
�r�_pgm_��_t
 *)&
cmd_dump
,

1252 (
�r�_pgm_��_t
 *)&
cmd_debug
,

1253 
NULL
,

	@commands2.c

28 
	~<�dio.h
>

29 
	~<�d�t.h
>

30 
	~<�r�g.h
>

31 
	~<�dlib.h
>

32 
	~<�d�g.h
>

33 
	~<��o.h
>

34 
	~<�y�.h
>

35 
	~<sys/queue.h
>

36 
	~<��/��.h
>

37 
	~<��y�s.h
>

39 
	~<ev�t.h
>

41 
	~<cmdl�e_�r�.h
>

42 
	~<cmdl�e_�r�_num.h
>

43 
	~<cmdl�e_�r�_�r�g.h
>

44 
	~<cmdl�e_�r�_f�e.h
>

45 
	~<cmdl�e.h
>

47 
	~"xb�_�ighb�.h
"

48 
	~"xb�_�cmd.h
"

49 
	~"xb�_��s.h
"

50 
	~"xb�_buf.h
"

51 
	~"xb�_��o.h
"

52 
	~"xb�.h
"

53 
	~"�r�_�cmd.h
"

54 
	~"�r�_�ighb�.h
"

55 
	~"�r�_mڙ�.h
"

56 
	~"ma�.h
"

58 
mڙ�_�g_li�
 
	gmڙ�_li�
 = 
LIST_HEAD_INITIALIZER
(
x
 );

59 
	gmڙ�_�riod_ms
 = 1000;

60 
	gmڙ�_rušg
 = 0;

61 
	gmڙ�_cou�
 = 0;

62 
ev�t
 
	gmڙ�_ev�t
;

63 
mڙ�_�g
 *
	gmڙ�_cu��t
;

65 
	g�nge_�riod_ms
 = 1000;

66 
	g�nge_pow�mask
 = 0x1F;

67 
u�t8_t
 
	g�nge_pow�
 = 0;

68 
	g�nge_rušg
 = 0;

69 
u�t64_t
 
	g�nge_d�addr
 = 0xFFFF;

70 
ev�t
 
	g�nge_ev�t
;

71 
	g�nge_cou�
 = 100;

72 
	g�nge_cur_cou�
 = 0;

74 cڡ *
	gxb�_logf��ame
 = "/tmp/xbee.log";

76 
	$mڙ�_cb
(
s
, 
ev�t
, *
�g
)

78 
timev�
 
tv
;

79 
cmdl�e
 *
�
 = 
�g
;

81 i�(
mڙ�_cu��t
 =�
NULL
)

82 
mڙ�_cu��t
 = 
	`LIST_FIRST
(&
mڙ�_li�
);

84 
	`xb��p_�nd_�cmd
(
mڙ�_cu��t
->
�cmd
, 
NULL
, 0, 0);

85 
mڙ�_cu��t
 = 
	`LIST_NEXT
(mڙ�_cu��t, 
�xt
);

87 
	`evtim�_�t
(&
mڙ�_ev�t
, 
mڙ�_cb
, 
�
);

88 
tv
.
tv_�c
 = 0;

89 
tv
.
tv_u�c
 = (1000 * 
mڙ�_�riod_ms
�/ 
mڙ�_cou�
;

90 
	`evtim�_add
(&
mڙ�_ev�t
, &
tv
);

91 
	}
}

93 
	$�nge_cb
(
s
, 
ev�t
, *
�g
)

95 
timev�
 
tv
;

96 
cmdl�e
 *
�
 = 
�g
;

97 
buf
[16];

98 
u�t8_t
 
i
, 
mask
;

100 
�nge_cur_cou�
--;

103 
i
 = 1; i <= 8; i++) {

104 
mask
 = 1 << ((
�nge_pow�
 + 
i
) & 0x7);

105 i�(
mask
 & 
�nge_pow�mask
)

108 
�nge_pow�
 = (Ԫge_pow� + 
i
) & 0x7);

110 
	`xb��p_�nd_�cmd
("PL", &
�nge_pow�
, (range_power), 0);

111 
	`���tf
(
buf
, (buf), "�nge%d", 
�nge_pow�
);

112 
	`xb��p_�nd_msg
(
�nge_d�addr
, 
buf
, 
	`���
(buf), 0);

114 i�(
�nge_cur_cou�
 == 0) {

115 
�nge_rušg
 = 0;

119 
	`evtim�_�t
(&
�nge_ev�t
, 
�nge_cb
, 
�
);

120 
tv
.
tv_�c
 = 0;

121 
tv
.
tv_u�c
 = 1000 * 
�nge_�riod_ms
;

122 
	`evtim�_add
(&
�nge_ev�t
, &
tv
);

123 
	}
}

128 
	scmd_��s_�su�
 {

129 
fixed_�r�g_t
 
	m��s
;

130 
fixed_�r�g_t
 
	ma�i�
;

134 
	$cmd_��s_�r�d
(*
�r�d_�su�
, 
cmdl�e
 *
�
, *
d�a
)

136 
cmd_��s_�su�
 *
�s
 = 
�r�d_�su�
;

138 i�(!
	`�rcmp
(
�s
->
a�i�
, "show")) {

139 
	`xb�_dump_��s
(
�dout
, 
xb�_dev
);

140 i�(
xb�_logf�e
 !�
NULL
)

141 
	`xb�_dump_��s
(
xb�_logf�e
, 
xb�_dev
);

143 i�(!
	`�rcmp
(
�s
->
a�i�
, "reset"))

144 
	`xb�_��t_��s
(
xb�_dev
);

145 
	}
}

147 
�r�_pgm_tok�_�r�g_t
 
	gcmd_��s_��s
 =

148 
TOKEN_STRING_INITIALIZER
(
cmd_��s_�su�
, 
��s
, "stats");

149 
�r�_pgm_tok�_�r�g_t
 
	gcmd_��s_a�i�
 =

150 
TOKEN_STRING_INITIALIZER
(
cmd_��s_�su�
, 
a�i�
, "show#reset");

152 
�r�_pgm_��_t
 
	gcmd_��s
 = {

153 .
f
 = 
cmd_��s_�r�d
,

154 .
	gd�a
 = 
NULL
,

155 .
	gh�p_�r
 = "Send� stats�o�he xbee device",

156 .
	gtok�s
 = {

157 (
�og_void
 *)&
cmd_��s_��s
,

158 (
�og_void
 *)&
cmd_��s_a�i�
,

159 
NULL
,

166 
	scmd_mڙ�_�su�
 {

167 
fixed_�r�g_t
 
	mmڙ�
;

168 
fixed_�r�g_t
 
	ma�i�
;

172 
	$cmd_mڙ�_�r�d
(*
�r�d_�su�
, 
cmdl�e
 *
�
,

173 *
d�a
)

175 
cmd_mڙ�_�su�
 *
�s
 = 
�r�d_�su�
;

176 
mڙ�_�g
 *
m
;

178 i�(!
	`�rcmp
(
�s
->
a�i�
, "show")) {

179 
	`��tf
("monitor�eriod is %d ms, %d�egs in�ist\n",

180 
mڙ�_�riod_ms
, 
mڙ�_cou�
);

181 
	`LIST_FOREACH
(
m
, &
mڙ�_li�
, 
�xt
)

182 
	`��tf
(" %s\n", 
m
->
desc
);

184 i�(!
	`�rcmp
(
�s
->
a�i�
, "start")) {

185 
timev�
 
tv
;

186 i�(
mڙ�_rušg
) {

187 
	`��tf
("already�unning\n");

190 i�(
mڙ�_cou�
 == 0) {

191 
	`��tf
("no�egs�o be monitored\n");

194 
	`evtim�_�t
(&
mڙ�_ev�t
, 
mڙ�_cb
, 
�
);

195 
tv
.
tv_�c
 = 0;

196 
tv
.
tv_u�c
 = 0;

197 
	`evtim�_add
(&
mڙ�_ev�t
, &
tv
);

198 
mڙ�_rušg
 = 1;

199 
mڙ�_cu��t
 = 
	`LIST_FIRST
(&
mڙ�_li�
);

201 i�(!
	`�rcmp
(
�s
->
a�i�
, "end")) {

202 i�(
mڙ�_rušg
 == 0) {

203 
	`��tf
("not�unning\n");

206 
mڙ�_rušg
 = 0;

207 
	`evtim�_d�
(&
mڙ�_ev�t
);

209 
	}
}

211 
�r�_pgm_tok�_�r�g_t
 
	gcmd_mڙ�_mڙ�
 =

212 
TOKEN_STRING_INITIALIZER
(
cmd_mڙ�_�su�
, 
mڙ�
, "monitor");

213 
�r�_pgm_tok�_�r�g_t
 
	gcmd_mڙ�_a�i�
 =

214 
TOKEN_STRING_INITIALIZER
(
cmd_mڙ�_�su�
, 
a�i�
,

217 
�r�_pgm_��_t
 
	gcmd_mڙ�
 = {

218 .
f
 = 
cmd_mڙ�_�r�d
,

219 .
	gd�a
 = 
NULL
,

220 .
	gh�p_�r
 = "start/stop/show current monitoring",

221 .
	gtok�s
 = {

222 (
�og_void
 *)&
cmd_mڙ�_mڙ�
,

223 (
�og_void
 *)&
cmd_mڙ�_a�i�
,

224 
NULL
,

231 
	scmd_mڙ�_add_�su�
 {

232 
fixed_�r�g_t
 
	mmڙ�
;

233 
fixed_�r�g_t
 
	ma�i�
;

234 
xb�_�cmd
 *
	mcmd
;

238 
	$cmd_mڙ�_add_�r�d
(*
�r�d_�su�
, 
cmdl�e
 *
�
,

239 *
d�a
)

241 
cmd_mڙ�_add_�su�
 *
�s
 = 
�r�d_�su�
;

242 
mڙ�_�g
 *
m
;

244 
	`LIST_FOREACH
(
m
, &
mڙ�_li�
, 
�xt
) {

245 i�(!
	`�rcmp
(
m
->
desc
, 
�s
->
cmd
->desc))

249 i�(
m
 !�
NULL
) {

250 
	`��tf
("already�xist\n");

254 
m
 = 
	`m�loc
((*m));

255 i�(
m
 =�
NULL
) {

256 
	`��tf
("no mem\n");

260 
m
->
desc
 = 
�s
->
cmd
->desc;

261 
m
->
�cmd
 = 
�s
->
cmd
->
�me
;

262 
	`LIST_INSERT_HEAD
(&
mڙ�_li�
, 
m
, 
�xt
);

263 
mڙ�_cou�
 ++;

264 
	}
}

266 
�r�_pgm_tok�_�r�g_t
 
	gcmd_mڙ�_add_mڙ�_add
 =

267 
TOKEN_STRING_INITIALIZER
(
cmd_mڙ�_add_�su�
, 
mڙ�
,

269 
�r�_pgm_tok�_�r�g_t
 
	gcmd_mڙ�_add_a�i�
 =

270 
TOKEN_STRING_INITIALIZER
(
cmd_mڙ�_add_�su�
, 
a�i�
,

272 
�r�_pgm_tok�_�cmd_t
 
	gcmd_mڙ�_add_�cmd
 =

273 
TOKEN_ATCMD_INITIALIZER
(
cmd_mڙ�_add_�su�
, 
cmd
, &
xb�_dev
,

274 
XBEE_ATCMD_F_READ
, XBEE_ATCMD_F_READ);

277 
�r�_pgm_��_t
 
	gcmd_mڙ�_add
 = {

278 .
f
 = 
cmd_mڙ�_add_�r�d
,

279 .
	gd�a
 = 
NULL
,

280 .
	gh�p_�r
 = "add��egister in monitor�ist",

281 .
	gtok�s
 = {

282 (
�og_void
 *)&
cmd_mڙ�_add_mڙ�_add
,

283 (
�og_void
 *)&
cmd_mڙ�_add_a�i�
,

284 (
�og_void
 *)&
cmd_mڙ�_add_�cmd
,

285 
NULL
,

292 
	scmd_mڙ�_�riod_�su�
 {

293 
fixed_�r�g_t
 
	mmڙ�
;

294 
fixed_�r�g_t
 
	ma�i�
;

295 
u�t32_t
 
	m�riod
;

299 
	$cmd_mڙ�_�riod_�r�d
(*
�r�d_�su�
, 
cmdl�e
 *
�
,

300 *
d�a
)

302 
cmd_mڙ�_�riod_�su�
 *
�s
 = 
�r�d_�su�
;

304 i�(
�s
->
�riod
 < 100) {

305 
	`��tf
("error, minimum�eriod is 100 ms\n");

309 
mڙ�_�riod_ms
 = 
�s
->
�riod
;

310 
	}
}

312 
�r�_pgm_tok�_�r�g_t
 
	gcmd_mڙ�_�riod_mڙ�_�riod
 =

313 
TOKEN_STRING_INITIALIZER
(
cmd_mڙ�_�riod_�su�
, 
mڙ�
,

315 
�r�_pgm_tok�_�r�g_t
 
	gcmd_mڙ�_�riod_a�i�
 =

316 
TOKEN_STRING_INITIALIZER
(
cmd_mڙ�_�riod_�su�
, 
a�i�
,

318 
�r�_pgm_tok�_num_t
 
	gcmd_mڙ�_�riod_�riod
 =

319 
TOKEN_NUM_INITIALIZER
(
cmd_mڙ�_�riod_�su�
, 
�riod
, 
UINT32
);

322 
�r�_pgm_��_t
 
	gcmd_mڙ�_�riod
 = {

323 .
f
 = 
cmd_mڙ�_�riod_�r�d
,

324 .
	gd�a
 = 
NULL
,

325 .
	gh�p_�r
 = "set�egister monitoring�eriod",

326 .
	gtok�s
 = {

327 (
�og_void
 *)&
cmd_mڙ�_�riod_mڙ�_�riod
,

328 (
�og_void
 *)&
cmd_mڙ�_�riod_a�i�
,

329 (
�og_void
 *)&
cmd_mڙ�_�riod_�riod
,

330 
NULL
,

337 
	scmd_mڙ�_d�_�su�
 {

338 
fixed_�r�g_t
 
	mmڙ�
;

339 
fixed_�r�g_t
 
	ma�i�
;

340 
mڙ�_�g
 *
	mm
;

344 
	$cmd_mڙ�_d�_�r�d
(*
�r�d_�su�
, 
cmdl�e
 *
�
,

345 *
d�a
)

347 
cmd_mڙ�_d�_�su�
 *
�s
 = 
�r�d_�su�
;

349 
mڙ�_cu��t
 = 
	`LIST_NEXT
(
�s
->
m
, 
�xt
);

350 
	`LIST_REMOVE
(
�s
->
m
, 
�xt
);

351 
	`�
(
�s
->
m
);

352 
mڙ�_cou�
 --;

353 i�(
mڙ�_cou�
 == 0) {

354 
	`��tf
("Disable monitoring,�o more�vent\n");

355 
	`evtim�_d�
(&
mڙ�_ev�t
);

356 
mڙ�_rušg
 = 0;

359 
	}
}

361 
�r�_pgm_tok�_�r�g_t
 
	gcmd_mڙ�_d�_mڙ�_d�
 =

362 
TOKEN_STRING_INITIALIZER
(
cmd_mڙ�_d�_�su�
, 
mڙ�
,

364 
�r�_pgm_tok�_�r�g_t
 
	gcmd_mڙ�_d�_a�i�
 =

365 
TOKEN_STRING_INITIALIZER
(
cmd_mڙ�_d�_�su�
, 
a�i�
,

367 
�r�_pgm_tok�_mڙ�_t
 
	gcmd_mڙ�_d�_�cmd
 =

368 
TOKEN_MONITOR_INITIALIZER
(
cmd_mڙ�_d�_�su�
, 
m
,

369 &
mڙ�_li�
);

372 
�r�_pgm_��_t
 
	gcmd_mڙ�_d�
 = {

373 .
f
 = 
cmd_mڙ�_d�_�r�d
,

374 .
	gd�a
 = 
NULL
,

375 .
	gh�p_�r
 = "del��egister in monitor�ist",

376 .
	gtok�s
 = {

377 (
�og_void
 *)&
cmd_mڙ�_d�_mڙ�_d�
,

378 (
�og_void
 *)&
cmd_mڙ�_d�_a�i�
,

379 (
�og_void
 *)&
cmd_mڙ�_d�_�cmd
,

380 
NULL
,

387 
	scmd_�nge_�su�
 {

388 
fixed_�r�g_t
 
	m�nge
;

389 
fixed_�r�g_t
 
	ma�i�
;

393 
	$cmd_�nge_�r�d
(*
�r�d_�su�
, 
cmdl�e
 *
�
,

394 *
d�a
)

396 
cmd_�nge_�su�
 *
�s
 = 
�r�d_�su�
;

398 i�(!
	`�rcmp
(
�s
->
a�i�
, "show")) {

399 
	`��tf
("range infos:\n");

400 
	`��tf
("��g��riod %d\n", 
�nge_�riod_ms
);

401 
	`��tf
("��g�cou� %d\n", 
�nge_cou�
);

402 
	`��tf
("��g�pow�mask 0x%x\n", 
�nge_pow�mask
);

403 
	`��tf
("��g�d�add�%"
PRIx64
"\n", 
�nge_d�addr
);

404 i�(
�nge_rušg
)

405 
	`��tf
("�ange�est is�unning\n");

407 
	`��tf
("�ange�est is�ot�unning\n");

409 i�(!
	`�rcmp
(
�s
->
a�i�
, "start")) {

410 
timev�
 
tv
;

411 i�(
�nge_rušg
) {

412 
	`��tf
("already�unning\n");

415 
�nge_cur_cou�
 = 
�nge_cou�
;

416 
	`evtim�_�t
(&
�nge_ev�t
, 
�nge_cb
, 
�
);

417 
tv
.
tv_�c
 = 0;

418 
tv
.
tv_u�c
 = 0;

419 
	`evtim�_add
(&
�nge_ev�t
, &
tv
);

420 
�nge_rušg
 = 1;

422 i�(!
	`�rcmp
(
�s
->
a�i�
, "end")) {

423 i�(
�nge_rušg
 == 0) {

424 
	`��tf
("not�unning\n");

427 
�nge_rušg
 = 0;

428 
	`evtim�_d�
(&
�nge_ev�t
);

430 
	}
}

432 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�nge_�nge
 =

433 
TOKEN_STRING_INITIALIZER
(
cmd_�nge_�su�
, 
�nge
, "range");

434 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�nge_a�i�
 =

435 
TOKEN_STRING_INITIALIZER
(
cmd_�nge_�su�
, 
a�i�
,

438 
�r�_pgm_��_t
 
	gcmd_�nge
 = {

439 .
f
 = 
cmd_�nge_�r�d
,

440 .
	gd�a
 = 
NULL
,

441 .
	gh�p_�r
 = "start/stop/show current�angeing",

442 .
	gtok�s
 = {

443 (
�og_void
 *)&
cmd_�nge_�nge
,

444 (
�og_void
 *)&
cmd_�nge_a�i�
,

445 
NULL
,

452 
	scmd_�nge_�riod_�su�
 {

453 
fixed_�r�g_t
 
	m�nge
;

454 
fixed_�r�g_t
 
	ma�i�
;

455 
u�t32_t
 
	m�riod
;

459 
	$cmd_�nge_�riod_�r�d
(*
�r�d_�su�
, 
cmdl�e
 *
�
,

460 *
d�a
)

462 
cmd_�nge_�riod_�su�
 *
�s
 = 
�r�d_�su�
;

464 i�(
�s
->
�riod
 < 10) {

465 
	`��tf
("error, minimum�eriod is 10 ms\n");

469 
�nge_�riod_ms
 = 
�s
->
�riod
;

470 
	}
}

472 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�nge_�riod_�nge_�riod
 =

473 
TOKEN_STRING_INITIALIZER
(
cmd_�nge_�riod_�su�
, 
�nge
,

475 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�nge_�riod_a�i�
 =

476 
TOKEN_STRING_INITIALIZER
(
cmd_�nge_�riod_�su�
, 
a�i�
,

478 
�r�_pgm_tok�_num_t
 
	gcmd_�nge_�riod_�riod
 =

479 
TOKEN_NUM_INITIALIZER
(
cmd_�nge_�riod_�su�
, 
�riod
, 
UINT32
);

482 
�r�_pgm_��_t
 
	gcmd_�nge_�riod
 = {

483 .
f
 = 
cmd_�nge_�riod_�r�d
,

484 .
	gd�a
 = 
NULL
,

485 .
	gh�p_�r
 = "set�ange�est�eriod",

486 .
	gtok�s
 = {

487 (
�og_void
 *)&
cmd_�nge_�riod_�nge_�riod
,

488 (
�og_void
 *)&
cmd_�nge_�riod_a�i�
,

489 (
�og_void
 *)&
cmd_�nge_�riod_�riod
,

490 
NULL
,

497 
	scmd_�nge_cou�_�su�
 {

498 
fixed_�r�g_t
 
	m�nge
;

499 
fixed_�r�g_t
 
	ma�i�
;

500 
u�t32_t
 
	mcou�
;

504 
	$cmd_�nge_cou�_�r�d
(*
�r�d_�su�
, 
cmdl�e
 *
�
,

505 *
d�a
)

507 
cmd_�nge_cou�_�su�
 *
�s
 = 
�r�d_�su�
;

508 
�nge_cou�
 = 
�s
->
cou�
;

509 
	}
}

511 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�nge_cou�_�nge_cou�
 =

512 
TOKEN_STRING_INITIALIZER
(
cmd_�nge_cou�_�su�
, 
�nge
,

514 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�nge_cou�_a�i�
 =

515 
TOKEN_STRING_INITIALIZER
(
cmd_�nge_cou�_�su�
, 
a�i�
,

517 
�r�_pgm_tok�_num_t
 
	gcmd_�nge_cou�_cou�
 =

518 
TOKEN_NUM_INITIALIZER
(
cmd_�nge_cou�_�su�
, 
cou�
, 
UINT32
);

521 
�r�_pgm_��_t
 
	gcmd_�nge_cou�
 = {

522 .
f
 = 
cmd_�nge_cou�_�r�d
,

523 .
	gd�a
 = 
NULL
,

524 .
	gh�p_�r
 = "set�ange�est count",

525 .
	gtok�s
 = {

526 (
�og_void
 *)&
cmd_�nge_cou�_�nge_cou�
,

527 (
�og_void
 *)&
cmd_�nge_cou�_a�i�
,

528 (
�og_void
 *)&
cmd_�nge_cou�_cou�
,

529 
NULL
,

536 
	scmd_�nge_pow�mask_�su�
 {

537 
fixed_�r�g_t
 
	m�nge
;

538 
fixed_�r�g_t
 
	ma�i�
;

539 
u�t8_t
 
	mpow�mask
;

543 
	$cmd_�nge_pow�mask_�r�d
(*
�r�d_�su�
, 
cmdl�e
 *
�
,

544 *
d�a
)

546 
cmd_�nge_pow�mask_�su�
 *
�s
 = 
�r�d_�su�
;

547 
�nge_pow�mask
 = 
�s
->
pow�mask
;

548 
	}
}

550 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�nge_pow�mask_�nge_pow�mask
 =

551 
TOKEN_STRING_INITIALIZER
(
cmd_�nge_pow�mask_�su�
, 
�nge
,

553 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�nge_pow�mask_a�i�
 =

554 
TOKEN_STRING_INITIALIZER
(
cmd_�nge_pow�mask_�su�
, 
a�i�
,

556 
�r�_pgm_tok�_num_t
 
	gcmd_�nge_pow�mask_pow�mask
 =

557 
TOKEN_NUM_INITIALIZER
(
cmd_�nge_pow�mask_�su�
, 
pow�mask
,

558 
UINT8
);

561 
�r�_pgm_��_t
 
	gcmd_�nge_pow�mask
 = {

562 .
f
 = 
cmd_�nge_pow�mask_�r�d
,

563 .
	gd�a
 = 
NULL
,

564 .
	gh�p_�r
 = "set�ange�est�owermask",

565 .
	gtok�s
 = {

566 (
�og_void
 *)&
cmd_�nge_pow�mask_�nge_pow�mask
,

567 (
�og_void
 *)&
cmd_�nge_pow�mask_a�i�
,

568 (
�og_void
 *)&
cmd_�nge_pow�mask_pow�mask
,

569 
NULL
,

576 
	scmd_�nge_d�addr_�su�
 {

577 
fixed_�r�g_t
 
	m�nge
;

578 
fixed_�r�g_t
 
	ma�i�
;

579 
u�t64_t
 
	md�addr
;

583 
	$cmd_�nge_d�addr_�r�d
(*
�r�d_�su�
, 
cmdl�e
 *
�
,

584 *
d�a
)

586 
cmd_�nge_d�addr_�su�
 *
�s
 = 
�r�d_�su�
;

588 
�nge_d�addr
 = 
�s
->
d�addr
;

589 
	}
}

591 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�nge_d�addr_�nge_d�addr
 =

592 
TOKEN_STRING_INITIALIZER
(
cmd_�nge_d�addr_�su�
, 
�nge
,

594 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�nge_d�addr_a�i�
 =

595 
TOKEN_STRING_INITIALIZER
(
cmd_�nge_d�addr_�su�
, 
a�i�
,

597 
�r�_pgm_tok�_num_t
 
	gcmd_�nge_d�addr_d�addr
 =

598 
TOKEN_NUM_INITIALIZER
(
cmd_�nge_d�addr_�su�
, 
d�addr
, 
UINT64
);

601 
�r�_pgm_��_t
 
	gcmd_�nge_d�addr
 = {

602 .
f
 = 
cmd_�nge_d�addr_�r�d
,

603 .
	gd�a
 = 
NULL
,

604 .
	gh�p_�r
 = "set�egister�angeing dstaddr",

605 .
	gtok�s
 = {

606 (
�og_void
 *)&
cmd_�nge_d�addr_�nge_d�addr
,

607 (
�og_void
 *)&
cmd_�nge_d�addr_a�i�
,

608 (
�og_void
 *)&
cmd_�nge_d�addr_d�addr
,

609 
NULL
,

616 
	scmd_p�g_�su�
 {

617 
fixed_�r�g_t
 
	mp�g
;

621 
	$cmd_p�g_�r�d
(*
�r�d_�su�
, 
cmdl�e
 *
�
, *
d�a
)

623 
	`xb��p_�nd_�cmd
("VL", 
NULL
, 0, 1);

624 
	}
}

626 
�r�_pgm_tok�_�r�g_t
 
	gcmd_p�g_p�g
 =

627 
TOKEN_STRING_INITIALIZER
(
cmd_p�g_�su�
, 
p�g
, "ping");

629 
�r�_pgm_��_t
 
	gcmd_p�g
 = {

630 .
f
 = 
cmd_p�g_�r�d
,

631 .
	gd�a
 = 
NULL
,

632 .
	gh�p_�r
 = "Send��ing�o�he xbee device",

633 .
	gtok�s
 = {

634 (
�og_void
 *)&
cmd_p�g_p�g
,

635 
NULL
,

642 
	scmd_�w_�su�
 {

643 
fixed_�r�g_t
 
	m�w
;

647 
	$cmd_�w_�r�d
(*
�r�d_�su�
, 
cmdl�e
 *
�
, *
d�a
)

649 
	`��tf
("switched�o�aw mode, CTRL-D�o�xit\n");

650 
	`rdl�e_��
(&
�
->
rdl
);

651 
xb�_�w
 = 1;

652 
	}
}

654 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�w_�w
 =

655 
TOKEN_STRING_INITIALIZER
(
cmd_�w_�su�
, 
�w
, "raw");

657 
�r�_pgm_��_t
 
	gcmd_�w
 = {

658 .
f
 = 
cmd_�w_�r�d
,

659 .
	gd�a
 = 
NULL
,

660 .
	gh�p_�r
 = "Switch�o�aw mode",

661 .
	gtok�s
 = {

662 (
�og_void
 *)&
cmd_�w_�w
,

663 
NULL
,

670 
	scmd_dump_�su�
 {

671 
fixed_�r�g_t
 
	mdump
;

672 
fixed_�r�g_t
 
	m�off
;

676 
	$cmd_dump_�r�d
(*
�r�d_�su�
, 
cmdl�e
 *
�
, *
d�a
)

678 
cmd_dump_�su�
 *
�s
 = 
�r�d_�su�
;

679 i�(!
	`�rcmp
(
�s
->
�off
, "on"))

680 
xb�_hexdump
 = 1;

682 
xb�_hexdump
 = 0;

683 
	}
}

685 
�r�_pgm_tok�_�r�g_t
 
	gcmd_dump_dump
 =

686 
TOKEN_STRING_INITIALIZER
(
cmd_dump_�su�
, 
dump
, "dump");

688 
�r�_pgm_tok�_�r�g_t
 
	gcmd_dump_�off
 =

689 
TOKEN_STRING_INITIALIZER
(
cmd_dump_�su�
, 
�off
, "on#off");

691 
�r�_pgm_��_t
 
	gcmd_dump
 = {

692 .
f
 = 
cmd_dump_�r�d
,

693 .
	gd�a
 = 
NULL
,

694 .
	gh�p_�r
 = "enable/disable hexdump of�eceived�ackets",

695 .
	gtok�s
 = {

696 (
�og_void
 *)&
cmd_dump_dump
,

697 (
�og_void
 *)&
cmd_dump_�off
,

698 
NULL
,

705 
	scmd_debug_�su�
 {

706 
fixed_�r�g_t
 
	mdebug
;

707 
fixed_�r�g_t
 
	m�off
;

711 
	$cmd_debug_�r�d
(*
�r�d_�su�
, 
cmdl�e
 *
�
, *
d�a
)

713 
cmd_debug_�su�
 *
�s
 = 
�r�d_�su�
;

714 i�(!
	`�rcmp
(
�s
->
�off
, "on"))

715 
xb�_debug
 = 1;

717 
xb�_debug
 = 0;

718 
	}
}

720 
�r�_pgm_tok�_�r�g_t
 
	gcmd_debug_debug
 =

721 
TOKEN_STRING_INITIALIZER
(
cmd_debug_�su�
, 
debug
, "debug");

723 
�r�_pgm_tok�_�r�g_t
 
	gcmd_debug_�off
 =

724 
TOKEN_STRING_INITIALIZER
(
cmd_debug_�su�
, 
�off
, "on#off");

726 
�r�_pgm_��_t
 
	gcmd_debug
 = {

727 .
f
 = 
cmd_debug_�r�d
,

728 .
	gd�a
 = 
NULL
,

729 .
	gh�p_�r
 = "enable/disable�dditionnal debug",

730 .
	gtok�s
 = {

731 (
�og_void
 *)&
cmd_debug_debug
,

732 (
�og_void
 *)&
cmd_debug_�off
,

733 
NULL
,

740 
	scmd_h�p_�su�
 {

741 
fixed_�r�g_t
 
	mh�p
;

742 
xb�_�cmd
 *
	mcmd
;

746 
	$cmd_h�p_�r�d
(*
�r�d_�su�
, 
cmdl�e
 *
�
,

747 *
d�a
)

749 
cmd_h�p_�su�
 *
�s
 = 
�r�d_�su�
;

750 
ty�
;

752 
ty�
 = (
�s
->
cmd
->
�ags
 & (
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
));

753 
ty�
) {

754 
XBEE_ATCMD_F_READ
:

755 
	`��tf
("Read-only\n");

757 
XBEE_ATCMD_F_WRITE
:

758 
	`��tf
("Write-only\n");

761 
	`��tf
("Read-write\n");

764 i�(
�s
->
cmd
->
�ags
 & 
XBEE_ATCMD_F_PARAM_NONE
)

765 
	`��tf
("No�rgument\n");

766 i�(
�s
->
cmd
->
�ags
 & 
XBEE_ATCMD_F_PARAM_U8
)

767 
	`��tf
("Register is unsigned 8 bits\n");

768 i�(
�s
->
cmd
->
�ags
 & 
XBEE_ATCMD_F_PARAM_U16
)

769 
	`��tf
("Register is unsigned 16 bits\n");

770 i�(
�s
->
cmd
->
�ags
 & 
XBEE_ATCMD_F_PARAM_U32
)

771 
	`��tf
("Register is unsigned 32 bits\n");

772 i�(
�s
->
cmd
->
�ags
 & 
XBEE_ATCMD_F_PARAM_S16
)

773 
	`��tf
("Register is signed 16 bits\n");

774 i�(
�s
->
cmd
->
�ags
 & 
XBEE_ATCMD_F_PARAM_STRING_20B
)

775 
	`��tf
("Register is� 20 bytes string\n");

777 
	`��tf
("Unknown�rgument\n");

779 
	`��tf
("%s\n", 
�s
->
cmd
->
h�p
);

780 
	}
}

782 
�r�_pgm_tok�_�r�g_t
 
	gcmd_h�p_h�p
 =

783 
TOKEN_STRING_INITIALIZER
(
cmd_h�p_�su�
, 
h�p
, "help");

785 
�r�_pgm_tok�_�cmd_t
 
	gcmd_h�p_�cmd
 =

786 
TOKEN_ATCMD_INITIALIZER
(
cmd_h�p_�su�
, 
cmd
, &
xb�_dev
,

789 
�r�_pgm_��_t
 
	gcmd_h�p
 = {

790 .
f
 = 
cmd_h�p_�r�d
,

791 .
	gd�a
 = 
NULL
,

792 .
	gh�p_�r
 = "Help��egister using�n AT command",

793 .
	gtok�s
 = {

794 (
�og_void
 *)&
cmd_h�p_h�p
,

795 (
�og_void
 *)&
cmd_h�p_�cmd
,

796 
NULL
,

803 
	scmd_�ad_�su�
 {

804 
fixed_�r�g_t
 
	m�ad
;

805 
xb�_�cmd
 *
	mcmd
;

809 
	$cmd_�ad_�r�d
(*
�r�d_�su�
, 
cmdl�e
 *
�
,

810 *
d�a
)

812 
cmd_�ad_�su�
 *
�s
 = 
�r�d_�su�
;

813 
	`xb��p_�nd_�cmd
(
�s
->
cmd
->
�me
, 
NULL
, 0, 1);

814 
	}
}

816 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�ad_�ad
 =

817 
TOKEN_STRING_INITIALIZER
(
cmd_�ad_�su�
, 
�ad
, "read");

819 
�r�_pgm_tok�_�cmd_t
 
	gcmd_�ad_�cmd
 =

820 
TOKEN_ATCMD_INITIALIZER
(
cmd_�ad_�su�
, 
cmd
, &
xb�_dev
,

821 
XBEE_ATCMD_F_READ
, XBEE_ATCMD_F_READ);

823 
�r�_pgm_��_t
 
	gcmd_�ad
 = {

824 .
f
 = 
cmd_�ad_�r�d
,

825 .
	gd�a
 = 
NULL
,

826 .
	gh�p_�r
 = "Read��egister using�n AT command",

827 .
	gtok�s
 = {

828 (
�og_void
 *)&
cmd_�ad_�ad
,

829 (
�og_void
 *)&
cmd_�ad_�cmd
,

830 
NULL
,

837 
	scmd_wr�e_�su�
 {

838 
fixed_�r�g_t
 
	mwr�e
;

839 
xb�_�cmd
 *
	mcmd
;

841 
u�t8_t
 
	mu8
;

842 
u�t16_t
 
	mu16
;

843 
u�t32_t
 
	mu32
;

848 
	$cmd_wr�e_�r�d
(*
�r�d_�su�
, 
cmdl�e
 *
�
,

849 *
d�a
)

851 
cmd_wr�e_�su�
 *
�s
 = 
�r�d_�su�
;

852 
�n
;

853 *
��m
;

855 i�(
�s
->
cmd
->
�ags
 & 
XBEE_ATCMD_F_PARAM_NONE
) {

856 
�n
 = 0;

857 
��m
 = 
NULL
;

859 i�(
�s
->
cmd
->
�ags
 & 
XBEE_ATCMD_F_PARAM_U8
) {

860 
�n
 = (
�s
->
u8
);

861 
��m
 = &
�s
->
u8
;

863 i�(
�s
->
cmd
->
�ags
 & 
XBEE_ATCMD_F_PARAM_U16
) {

864 
�n
 = (
�s
->
u16
);

865 
�s
->
u16
 = 
	`ht�s
(res->u16);

866 
��m
 = &
�s
->
u16
;

868 i�(
�s
->
cmd
->
�ags
 & 
XBEE_ATCMD_F_PARAM_U32
) {

869 
�n
 = (
�s
->
u32
);

870 
�s
->
u32
 = 
	`ht�l
(res->u32);

871 
��m
 = &
�s
->
u32
;

874 
	`��tf
("Unknown�rgument�ype\n");

877 
	`xb��p_�nd_�cmd
(
�s
->
cmd
->
�me
, 
��m
, 
�n
, 1);

878 
	}
}

880 
�r�_pgm_tok�_�r�g_t
 
	gcmd_wr�e_wr�e
 =

881 
TOKEN_STRING_INITIALIZER
(
cmd_wr�e_�su�
, 
wr�e
,

884 
�r�_pgm_tok�_�cmd_t
 
	gcmd_wr�e_n�e_�cmd
 =

885 
TOKEN_ATCMD_INITIALIZER
(
cmd_wr�e_�su�
, 
cmd
,

886 &
xb�_dev
,

887 
XBEE_ATCMD_F_WRITE
 | 
XBEE_ATCMD_F_PARAM_NONE
,

888 
XBEE_ATCMD_F_WRITE
 | 
XBEE_ATCMD_F_PARAM_NONE
);

890 
�r�_pgm_��_t
 
	gcmd_wr�e_n�e
 = {

891 .
f
 = 
cmd_wr�e_�r�d
,

892 .
	gd�a
 = 
NULL
,

893 .
	gh�p_�r
 = "Send�n AT command (no�rgument)",

894 .
	gtok�s
 = {

895 (
�og_void
 *)&
cmd_wr�e_wr�e
,

896 (
�og_void
 *)&
cmd_wr�e_n�e_�cmd
,

897 
NULL
,

901 
�r�_pgm_tok�_�cmd_t
 
	gcmd_wr�e_u8_�cmd
 =

902 
TOKEN_ATCMD_INITIALIZER
(
cmd_wr�e_�su�
, 
cmd
,

903 &
xb�_dev
,

904 
XBEE_ATCMD_F_WRITE
 | 
XBEE_ATCMD_F_PARAM_U8
,

905 
XBEE_ATCMD_F_WRITE
 | 
XBEE_ATCMD_F_PARAM_U8
);

907 
�r�_pgm_tok�_num_t
 
	gcmd_wr�e_u8_u8
 =

908 
TOKEN_NUM_INITIALIZER
(
cmd_wr�e_�su�
, 
u8
, 
UINT8
);

910 
�r�_pgm_��_t
 
	gcmd_wr�e_u8
 = {

911 .
f
 = 
cmd_wr�e_�r�d
,

912 .
	gd�a
 = 
NULL
,

913 .
	gh�p_�r
 = "Write� 8 bits�egister using�n AT command",

914 .
	gtok�s
 = {

915 (
�og_void
 *)&
cmd_wr�e_wr�e
,

916 (
�og_void
 *)&
cmd_wr�e_u8_�cmd
,

917 (
�og_void
 *)&
cmd_wr�e_u8_u8
,

918 
NULL
,

922 
�r�_pgm_tok�_�cmd_t
 
	gcmd_wr�e_u16_�cmd
 =

923 
TOKEN_ATCMD_INITIALIZER
(
cmd_wr�e_�su�
, 
cmd
,

924 &
xb�_dev
,

925 
XBEE_ATCMD_F_WRITE
 | 
XBEE_ATCMD_F_PARAM_U16
,

926 
XBEE_ATCMD_F_WRITE
 | 
XBEE_ATCMD_F_PARAM_U16
);

928 
�r�_pgm_tok�_num_t
 
	gcmd_wr�e_u16_u16
 =

929 
TOKEN_NUM_INITIALIZER
(
cmd_wr�e_�su�
, 
u16
, 
UINT16
);

931 
�r�_pgm_��_t
 
	gcmd_wr�e_u16
 = {

932 .
f
 = 
cmd_wr�e_�r�d
,

933 .
	gd�a
 = 
NULL
,

934 .
	gh�p_�r
 = "Write� 16 bits�egister using�n AT command",

935 .
	gtok�s
 = {

936 (
�og_void
 *)&
cmd_wr�e_wr�e
,

937 (
�og_void
 *)&
cmd_wr�e_u16_�cmd
,

938 (
�og_void
 *)&
cmd_wr�e_u16_u16
,

939 
NULL
,

943 
�r�_pgm_tok�_�cmd_t
 
	gcmd_wr�e_u32_�cmd
 =

944 
TOKEN_ATCMD_INITIALIZER
(
cmd_wr�e_�su�
, 
cmd
,

945 &
xb�_dev
,

946 
XBEE_ATCMD_F_WRITE
 | 
XBEE_ATCMD_F_PARAM_U32
,

947 
XBEE_ATCMD_F_WRITE
 | 
XBEE_ATCMD_F_PARAM_U32
);

949 
�r�_pgm_tok�_num_t
 
	gcmd_wr�e_u32_u32
 =

950 
TOKEN_NUM_INITIALIZER
(
cmd_wr�e_�su�
, 
u32
, 
UINT32
);

952 
�r�_pgm_��_t
 
	gcmd_wr�e_u32
 = {

953 .
f
 = 
cmd_wr�e_�r�d
,

954 .
	gd�a
 = 
NULL
,

955 .
	gh�p_�r
 = "Write� 32 bits�egister using�n AT command",

956 .
	gtok�s
 = {

957 (
�og_void
 *)&
cmd_wr�e_wr�e
,

958 (
�og_void
 *)&
cmd_wr�e_u32_�cmd
,

959 (
�og_void
 *)&
cmd_wr�e_u32_u32
,

960 
NULL
,

967 
	scmd_�ndmsg_�su�
 {

968 
fixed_�r�g_t
 
	m�ndmsg
;

969 
u�t64_t
 
	maddr
;

970 
fixed_�r�g_t
 
	md�a
;

974 
	$cmd_�ndmsg_�r�d
(*
�r�d_�su�
, 
cmdl�e
 *
�
,

975 *
d�a
)

977 
cmd_�ndmsg_�su�
 *
�s
 = 
�r�d_�su�
;

978 
	`xb��p_�nd_msg
(
�s
->
addr
,�es->
d�a
, 
	`���
(res->data), 1);

979 
	}
}

981 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�ndmsg_�ndmsg
 =

982 
TOKEN_STRING_INITIALIZER
(
cmd_�ndmsg_�su�
, 
�ndmsg
, "sendmsg");

984 
�r�_pgm_tok�_num_t
 
	gcmd_�ndmsg_addr
 =

985 
TOKEN_NUM_INITIALIZER
(
cmd_�ndmsg_�su�
, 
addr
, 
UINT64
);

987 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�ndmsg_d�a
 =

988 
TOKEN_STRING_INITIALIZER
(
cmd_�ndmsg_�su�
, 
d�a
, 
NULL
);

990 
�r�_pgm_��_t
 
	gcmd_�ndmsg
 = {

991 .
f
 = 
cmd_�ndmsg_�r�d
,

992 .
	gd�a
 = 
NULL
,

993 .
	gh�p_�r
 = "Send data�o��ode using its�ddress",

994 .
	gtok�s
 = {

995 (
�og_void
 *)&
cmd_�ndmsg_�ndmsg
,

996 (
�og_void
 *)&
cmd_�ndmsg_addr
,

997 (
�og_void
 *)&
cmd_�ndmsg_d�a
,

998 
NULL
,

1005 
	scmd_�ndmsg_�me_�su�
 {

1006 
fixed_�r�g_t
 
	m�ndmsg_�me
;

1007 
xb�_�igh
 *
	m�igh
;

1008 
fixed_�r�g_t
 
	md�a
;

1012 
	$cmd_�ndmsg_�me_�r�d
(*
�r�d_�su�
, 
cmdl�e
 *
�
,

1013 *
d�a
)

1015 
cmd_�ndmsg_�me_�su�
 *
�s
 = 
�r�d_�su�
;

1016 
	`xb��p_�nd_msg
(
�s
->
�igh
->
addr
,�es->
d�a
, 
	`���
(res->data), 1);

1017 
	}
}

1019 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�ndmsg_�me_�ndmsg_�me
 =

1020 
TOKEN_STRING_INITIALIZER
(
cmd_�ndmsg_�me_�su�
, 
�ndmsg_�me
,

1023 
�r�_pgm_tok�_�ighb�_t
 
	gcmd_�ndmsg_�me_�igh
 =

1024 
TOKEN_NEIGHBOR_INITIALIZER
(
cmd_�ndmsg_�me_�su�
, 
�igh
,

1025 &
xb�_dev
);

1027 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�ndmsg_�me_d�a
 =

1028 
TOKEN_STRING_INITIALIZER
(
cmd_�ndmsg_�me_�su�
, 
d�a
, 
NULL
);

1030 
�r�_pgm_��_t
 
	gcmd_�ndmsg_�me
 = {

1031 .
f
 = 
cmd_�ndmsg_�me_�r�d
,

1032 .
	gd�a
 = 
NULL
,

1033 .
	gh�p_�r
 = "Send data�o��ode using its�ame",

1034 .
	gtok�s
 = {

1035 (
�og_void
 *)&
cmd_�ndmsg_�me_�ndmsg_�me
,

1036 (
�og_void
 *)&
cmd_�ndmsg_�me_�igh
,

1037 (
�og_void
 *)&
cmd_�ndmsg_�me_d�a
,

1038 
NULL
,

1044 
	scmd_�igh_d�_�su�
 {

1045 
fixed_�r�g_t
 
	mcmd
;

1046 
fixed_�r�g_t
 
	ma�i�
;

1047 
xb�_�igh
 *
	m�igh
;

1050 
	$cmd_�igh_d�_�r�d
(*
�r�d_�su�
,

1051 
cmdl�e
 *
�
,

1052 *
d�a
)

1054 
cmd_�igh_d�_�su�
 *
�s
 = 
�r�d_�su�
;

1055 
	`xb�_�igh_d�
(
xb�_dev
, 
�s
->
�igh
);

1056 
	}
}

1058 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�igh_d�_cmd
 =

1059 
TOKEN_STRING_INITIALIZER
(
cmd_�igh_d�_�su�
, 
cmd
, "neigh");

1060 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�igh_d�_a�i�
 =

1061 
TOKEN_STRING_INITIALIZER
(
cmd_�igh_d�_�su�
, 
a�i�
, "del");

1062 
�r�_pgm_tok�_�ighb�_t
 
	gcmd_�igh_d�_�igh
 =

1063 
TOKEN_NEIGHBOR_INITIALIZER
(
cmd_�igh_d�_�su�
, 
�igh
,

1064 &
xb�_dev
);

1066 
�r�_pgm_��_t
 
	gcmd_�igh_d�
 = {

1067 .
f
 = 
cmd_�igh_d�_�r�d
,

1068 .
	gd�a
 = 
NULL
,

1069 .
	gh�p_�r
 = "delete��eighbor",

1070 .
	gtok�s
 = {

1071 (
�og_void
 *)&
cmd_�igh_d�_cmd
,

1072 (
�og_void
 *)&
cmd_�igh_d�_a�i�
,

1073 (
�og_void
 *)&
cmd_�igh_d�_�igh
,

1074 
NULL
,

1080 
	scmd_�igh_add_�su�
 {

1081 
fixed_�r�g_t
 
	mcmd
;

1082 
fixed_�r�g_t
 
	ma�i�
;

1083 
fixed_�r�g_t
 
	m�me
;

1084 
u�t64_t
 
	maddr
;

1087 
	$cmd_�igh_add_�r�d
(*
�r�d_�su�
,

1088 
cmdl�e
 *
�
,

1089 *
d�a
)

1091 
cmd_�igh_add_�su�
 *
�s
 = 
�r�d_�su�
;

1092 i�(
	`xb�_�igh_add
(
xb�_dev
, 
�s
->
�me
,�es->
addr
�=�
NULL
)

1093 
	`��tf
("name or�ddr�lready�xist\n");

1094 
	}
}

1096 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�igh_add_cmd
 =

1097 
TOKEN_STRING_INITIALIZER
(
cmd_�igh_add_�su�
, 
cmd
, "neigh");

1098 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�igh_add_a�i�
 =

1099 
TOKEN_STRING_INITIALIZER
(
cmd_�igh_add_�su�
, 
a�i�
, "add");

1100 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�igh_add_�me
 =

1101 
TOKEN_STRING_INITIALIZER
(
cmd_�igh_add_�su�
, 
�me
, 
NULL
);

1102 
�r�_pgm_tok�_num_t
 
	gcmd_�igh_add_addr
 =

1103 
TOKEN_NUM_INITIALIZER
(
cmd_�igh_add_�su�
, 
addr
, 
UINT64
);

1105 
�r�_pgm_��_t
 
	gcmd_�igh_add
 = {

1106 .
f
 = 
cmd_�igh_add_�r�d
,

1107 .
	gd�a
 = 
NULL
,

1108 .
	gh�p_�r
 = "add��eighbor",

1109 .
	gtok�s
 = {

1110 (
�og_void
 *)&
cmd_�igh_add_cmd
,

1111 (
�og_void
 *)&
cmd_�igh_add_a�i�
,

1112 (
�og_void
 *)&
cmd_�igh_add_�me
,

1113 (
�og_void
 *)&
cmd_�igh_add_addr
,

1114 
NULL
,

1120 
	scmd_�igh_li�_�su�
 {

1121 
fixed_�r�g_t
 
	mcmd
;

1122 
fixed_�r�g_t
 
	ma�i�
;

1125 
	$cmd_�igh_li�_�r�d
(*
�r�d_�su�
,

1126 
cmdl�e
 *
�
,

1127 *
d�a
)

1129 
xb�_�igh
 *
�igh
;

1131 
	`LIST_FOREACH
(
�igh
, &
xb�_dev
->
�igh_li�
, 
�xt
) {

1132 
	`��tf
(" %s: 0x%"
PRIx64
"\n", 
�igh
->
�me
,�eigh->
addr
);

1134 
	}
}

1136 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�igh_li�_cmd
 =

1137 
TOKEN_STRING_INITIALIZER
(
cmd_�igh_li�_�su�
, 
cmd
, "neigh");

1138 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�igh_li�_a�i�
 =

1139 
TOKEN_STRING_INITIALIZER
(
cmd_�igh_li�_�su�
, 
a�i�
, "list");

1141 
�r�_pgm_��_t
 
	gcmd_�igh_li�
 = {

1142 .
f
 = 
cmd_�igh_li�_�r�d
,

1143 .
	gd�a
 = 
NULL
,

1144 .
	gh�p_�r
 = "list�ll known�eighbors",

1145 .
	gtok�s
 = {

1146 (
�og_void
 *)&
cmd_�igh_li�_cmd
,

1147 (
�og_void
 *)&
cmd_�igh_li�_a�i�
,

1148 
NULL
,

1154 
	scmd_logf�e_�su�
 {

1155 
fixed_�r�g_t
 
	mlogf�e
;

1156 
f��ame_t
 
	mf�e
;

1159 
	$cmd_logf�e_�r�d
(*
�r�d_�su�
,

1160 
cmdl�e
 *
�
,

1161 *
d�a
)

1163 i�(
xb�_logf�e
 !�
NULL
)

1164 
	`f�o�
(
xb�_logf�e
);

1165 
xb�_logf�e
 = 
	`fݒ
(
xb�_logf��ame
, "a");

1166 i�(
xb�_logf�e
 =�
NULL
)

1167 
	`��tf
("��� o��f�e: %s\n", 
	`����
(
��o
));

1168 
	`�r�tf
(
xb�_logf�e
, "-------------------start\n");

1169 
	`��tf
("enabling�og\n");

1170 
	}
}

1172 
�r�_pgm_tok�_�r�g_t
 
	gcmd_logf�e_logf�e
 =

1173 
TOKEN_STRING_INITIALIZER
(
cmd_logf�e_�su�
, 
logf�e
, "logfile");

1175 
�r�_pgm_tok�_f�e_t
 
	gcmd_logf�e_f�e
 =

1176 
TOKEN_FILE_INITIALIZER
(
cmd_logf�e_�su�
, 
f�e
,

1177 
PARSE_FILE_F_CREATE
);

1179 
�r�_pgm_��_t
 
	gcmd_logf�e
 = {

1180 .
f
 = 
cmd_logf�e_�r�d
,

1181 .
	gd�a
 = 
NULL
,

1182 .
	gh�p_�r
 = "<logfile FILE> set�og file",

1183 .
	gtok�s
 = {

1184 (
�og_void
 *)&
cmd_logf�e_logf�e
,

1185 (
�og_void
 *)&
cmd_logf�e_f�e
,

1186 
NULL
,

1193 
	scmd_log_�su�
 {

1194 
fixed_�r�g_t
 
	mlog
;

1195 
fixed_�r�g_t
 
	m�off
;

1199 
	$cmd_log_�r�d
(*
�r�d_�su�
, 
cmdl�e
 *
�
, *
d�a
)

1201 
cmd_log_�su�
 *
�s
 = 
�r�d_�su�
;

1202 i�(!
	`�rcmp
(
�s
->
�off
, "�"�&& 
xb�_logf�e
 =�
NULL
) {

1203 
xb�_logf�e
 = 
	`fݒ
(
xb�_logf��ame
, "a");

1204 i�(
xb�_logf�e
 =�
NULL
)

1205 
	`��tf
("��� o��f�e: %s\n", 
	`����
(
��o
));

1206 
	`�r�tf
(
xb�_logf�e
, "-------------------start\n");

1208 i�(!
	`�rcmp
(
�s
->
�off
, "off"�&& 
xb�_logf�e
 !�
NULL
) {

1209 
	`f�o�
(
xb�_logf�e
);

1210 
xb�_logf�e
 = 
NULL
;

1212 
	}
}

1214 
�r�_pgm_tok�_�r�g_t
 
	gcmd_log_log
 =

1215 
TOKEN_STRING_INITIALIZER
(
cmd_log_�su�
, 
log
, "log");

1217 
�r�_pgm_tok�_�r�g_t
 
	gcmd_log_�off
 =

1218 
TOKEN_STRING_INITIALIZER
(
cmd_log_�su�
, 
�off
, "on#off");

1220 
�r�_pgm_��_t
 
	gcmd_log
 = {

1221 .
f
 = 
cmd_log_�r�d
,

1222 .
	gd�a
 = 
NULL
,

1223 .
	gh�p_�r
 = "enable/disable hexlog of�eceived�ackets",

1224 .
	gtok�s
 = {

1225 (
�og_void
 *)&
cmd_log_log
,

1226 (
�og_void
 *)&
cmd_log_�off
,

1227 
NULL
,

1234 
	scmd_�vec�fig_�su�
 {

1235 
fixed_�r�g_t
 
	m�vec�fig
;

1236 
f��ame_t
 
	mf�e
;

1239 
	$cmd_�vec�fig_�r�d
(*
�r�d_�su�
,

1240 
cmdl�e
 *
�
,

1241 *
d�a
)

1243 
cmd_�vec�fig_�su�
 *
�s
 = 
�r�d_�su�
;

1245 i�(
	`xb��p_dump_c�fig
(
�s
->
f�e
) < 0)

1246 
	`��tf
("cannot save config\n");

1247 
	}
}

1249 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�vec�fig_�vec�fig
 =

1250 
TOKEN_STRING_INITIALIZER
(
cmd_�vec�fig_�su�
, 
�vec�fig
,

1253 
�r�_pgm_tok�_f�e_t
 
	gcmd_�vec�fig_f�e
 =

1254 
TOKEN_FILE_INITIALIZER
(
cmd_�vec�fig_�su�
, 
f�e
,

1255 
PARSE_FILE_F_CREATE
);

1257 
�r�_pgm_��_t
 
	gcmd_�vec�fig
 = {

1258 .
f
 = 
cmd_�vec�fig_�r�d
,

1259 .
	gd�a
 = 
NULL
,

1260 .
	gh�p_�r
 = "<saveconfig FILE> set�og file",

1261 .
	gtok�s
 = {

1262 (
�og_void
 *)&
cmd_�vec�fig_�vec�fig
,

1263 (
�og_void
 *)&
cmd_�vec�fig_f�e
,

1264 
NULL
,

1270 
	scmd_l�dc�fig_�su�
 {

1271 
fixed_�r�g_t
 
	ml�dc�fig
;

1272 
f��ame_t
 
	mf�e
;

1275 
	$cmd_l�dc�fig_�r�d
(*
�r�d_�su�
,

1276 
cmdl�e
 *
�
,

1277 *
d�a
)

1279 
	}
}

1281 
�r�_pgm_tok�_�r�g_t
 
	gcmd_l�dc�fig_l�dc�fig
 =

1282 
TOKEN_STRING_INITIALIZER
(
cmd_l�dc�fig_�su�
, 
l�dc�fig
,

1285 
�r�_pgm_tok�_f�e_t
 
	gcmd_l�dc�fig_f�e
 =

1286 
TOKEN_FILE_INITIALIZER
(
cmd_l�dc�fig_�su�
, 
f�e
,

1287 
PARSE_FILE_F_CREATE
);

1289 
�r�_pgm_��_t
 
	gcmd_l�dc�fig
 = {

1290 .
f
 = 
cmd_l�dc�fig_�r�d
,

1291 .
	gd�a
 = 
NULL
,

1292 .
	gh�p_�r
 = "<loadconfig FILE> set�og file",

1293 .
	gtok�s
 = {

1294 (
�og_void
 *)&
cmd_l�dc�fig_l�dc�fig
,

1295 (
�og_void
 *)&
cmd_l�dc�fig_f�e
,

1296 
NULL
,

1305 
�r�_�x_t
 
	gma�_�x
 = {

1306 .
�me
 = "main",

1307 .
	g��s
 = {

1308 (
�r�_pgm_��_t
 *)&
cmd_��s
,

1309 (
�r�_pgm_��_t
 *)&
cmd_mڙ�
,

1310 (
�r�_pgm_��_t
 *)&
cmd_mڙ�_�riod
,

1311 (
�r�_pgm_��_t
 *)&
cmd_mڙ�_add
,

1312 (
�r�_pgm_��_t
 *)&
cmd_mڙ�_d�
,

1313 (
�r�_pgm_��_t
 *)&
cmd_�nge
,

1314 (
�r�_pgm_��_t
 *)&
cmd_�nge_�riod
,

1315 (
�r�_pgm_��_t
 *)&
cmd_�nge_cou�
,

1316 (
�r�_pgm_��_t
 *)&
cmd_�nge_pow�mask
,

1317 (
�r�_pgm_��_t
 *)&
cmd_�nge_d�addr
,

1318 (
�r�_pgm_��_t
 *)&
cmd_p�g
,

1319 (
�r�_pgm_��_t
 *)&
cmd_�w
,

1320 (
�r�_pgm_��_t
 *)&
cmd_dump
,

1321 (
�r�_pgm_��_t
 *)&
cmd_debug
,

1322 (
�r�_pgm_��_t
 *)&
cmd_h�p
,

1323 (
�r�_pgm_��_t
 *)&
cmd_�ad
,

1324 (
�r�_pgm_��_t
 *)&
cmd_wr�e_n�e
,

1325 (
�r�_pgm_��_t
 *)&
cmd_wr�e_u8
,

1326 (
�r�_pgm_��_t
 *)&
cmd_wr�e_u16
,

1327 (
�r�_pgm_��_t
 *)&
cmd_wr�e_u32
,

1328 (
�r�_pgm_��_t
 *)&
cmd_�ndmsg
,

1329 (
�r�_pgm_��_t
 *)&
cmd_�ndmsg_�me
,

1330 (
�r�_pgm_��_t
 *)&
cmd_�igh_d�
,

1331 (
�r�_pgm_��_t
 *)&
cmd_�igh_add
,

1332 (
�r�_pgm_��_t
 *)&
cmd_�igh_li�
,

1333 (
�r�_pgm_��_t
 *)&
cmd_logf�e
,

1334 (
�r�_pgm_��_t
 *)&
cmd_log
,

1335 (
�r�_pgm_��_t
 *)&
cmd_�vec�fig
,

1336 (
�r�_pgm_��_t
 *)&
cmd_l�dc�fig
,

1337 
NULL
,

	@commands_gen.c

23 
	~<�dio.h
>

24 
	~<�r�g.h
>

26 
	~<av�sive/pgm�a�.h
>

27 
	~<av�sive/wa�.h
>

28 
	~<av�sive/�r�.h
>

30 
	~<u�t.h
>

31 
	~<�ock_time.h
>

33 
	~<schedu�r.h
>

34 
	~<schedu�r_��s.h
>

36 
	~<rdl�e.h
>

37 
	~<�r�.h
>

38 
	~<�r�_�r�g.h
>

39 
	~<�r�_num.h
>

41 
	~<d�gno�ic.h
>

43 
	~"ma�.h
"

44 
	~"cmdl�e.h
"

50 
	scmd_��t_�su�
 {

51 
fixed_�r�g_t
 
	m�g0
;

55 
	$cmd_��t_�r�d
(* 
�r�d_�su�
, * 
d�a
)

57 #ifde�
HOST_VERSION


58 
	`ho�sim_ex�
();

60 
	`��t
();

61 
	}
}

63 
�og_ch�
 
	g�r_��t_�g0
[] = "reset";

64 
�r�_pgm_tok�_�r�g_t
 
	gcmd_��t_�g0
 = 
TOKEN_STRING_INITIALIZER
(
cmd_��t_�su�
, 
�g0
, 
�r_��t_�g0
);

66 
�og_ch�
 
	gh�p_��t
[] = "Reset�he board";

67 
�r�_pgm_��_t
 
	gcmd_��t
 = {

68 .
f
 = 
cmd_��t_�r�d
,

69 .
	gd�a
 = 
NULL
,

70 .
	gh�p_�r
 = 
h�p_��t
,

71 .
	gtok�s
 = {

72 (
�og_void
 *)&
cmd_��t_�g0
,

73 
NULL
,

81 
	scmd_bo�l�d�_�su�
 {

82 
fixed_�r�g_t
 
	m�g0
;

86 
	$cmd_bo�l�d�_�r�d
(*
�r�d_�su�
, *
d�a
)

88 #i�de�
HOST_VERSION


89 
	`bo�l�d�
();

91 
	`��tf
("not implemented\n");

93 
	}
}

95 
�og_ch�
 
	g�r_bo�l�d�_�g0
[] = "bootloader";

96 
�r�_pgm_tok�_�r�g_t
 
	gcmd_bo�l�d�_�g0
 = 
TOKEN_STRING_INITIALIZER
(
cmd_bo�l�d�_�su�
, 
�g0
, 
�r_bo�l�d�_�g0
);

98 
�og_ch�
 
	gh�p_bo�l�d�
[] = "Launch�he bootloader";

99 
�r�_pgm_��_t
 
	gcmd_bo�l�d�
 = {

100 .
f
 = 
cmd_bo�l�d�_�r�d
,

101 .
	gd�a
 = 
NULL
,

102 .
	gh�p_�r
 = 
h�p_bo�l�d�
,

103 .
	gtok�s
 = {

104 (
�og_void
 *)&
cmd_bo�l�d�_�g0
,

105 
NULL
,

113 
	scmd_schedu�r_�su�
 {

114 
fixed_�r�g_t
 
	m�g0
;

115 
fixed_�r�g_t
 
	m�g1
;

119 
	$cmd_schedu�r_�r�d
(*
�r�d_�su�
, *
d�a
)

121 
	`schedu�r_dump_ev�ts
();

122 
	`schedu�r_��s_dump
();

123 
	}
}

125 
�og_ch�
 
	g�r_schedu�r_�g0
[] = "scheduler";

126 
�r�_pgm_tok�_�r�g_t
 
	gcmd_schedu�r_�g0
 = 
TOKEN_STRING_INITIALIZER
(
cmd_schedu�r_�su�
, 
�g0
, 
�r_schedu�r_�g0
);

127 
�og_ch�
 
	g�r_schedu�r_�g1
[] = "show";

128 
�r�_pgm_tok�_�r�g_t
 
	gcmd_schedu�r_�g1
 = 
TOKEN_STRING_INITIALIZER
(
cmd_schedu�r_�su�
, 
�g1
, 
�r_schedu�r_�g1
);

130 
�og_ch�
 
	gh�p_schedu�r
[] = "Show scheduler�vents";

131 
�r�_pgm_��_t
 
	gcmd_schedu�r
 = {

132 .
f
 = 
cmd_schedu�r_�r�d
,

133 .
	gd�a
 = 
NULL
,

134 .
	gh�p_�r
 = 
h�p_schedu�r
,

135 .
	gtok�s
 = {

136 (
�og_void
 *)&
cmd_schedu�r_�g0
,

137 (
�og_void
 *)&
cmd_schedu�r_�g1
,

138 
NULL
,

146 
	scmd_log_�su�
 {

147 
fixed_�r�g_t
 
	m�g0
;

148 
fixed_�r�g_t
 
	m�g1
;

149 
u�t8_t
 
	m�g2
;

150 
fixed_�r�g_t
 
	m�g3
;

154 cڡ 
�og_ch�
 
	gu�t_log
[] = "uart";

155 cڡ 
�og_ch�
 
	gi2c_log
[] = "i2c";

156 cڡ 
�og_ch�
 
	gde�u�_log
[] = "default";

158 
	slog_�me_�d_num
 {

159 cڡ 
�og_ch�
 * 
	m�me
;

160 
u�t8_t
 
	mnum
;

163 cڡ 
log_�me_�d_num
 
	glog_�me_�d_num
[] = {

164 { 
u�t_log
, 
E_UART
 },

165 { 
i2c_log
, 
E_I2C
 },

166 { 
de�u�_log
, 
E_USER_DEFAULT
 },

169 
u�t8_t


170 
	$log_�me2num
(cڡ * 
s
)

172 
u�t8_t
 
i
;

174 
i
=0; i<(
log_�me_�d_num
)/(log_name_and_num); i++) {

175 i�(!
	`�rcmp_P
(
s
, 
log_�me_�d_num
[
i
].
�me
)) {

176  
log_�me_�d_num
[
i
].
num
;

180 
	}
}

182 cڡ 
�og_ch�
 *

183 
	$log_num2�me
(
u�t8_t
 
num
)

185 
u�t8_t
 
i
;

187 
i
=0; i<(
log_�me_�d_num
)/(log_name_and_num); i++) {

188 i�(
num
 =�
log_�me_�d_num
[
i
].num) {

189  
log_�me_�d_num
[
i
].
�me
;

192  
NULL
;

193 
	}
}

196 
	$cmd_log_do_show
()

198 
u�t8_t
 
i
, 
em�y
=1;

199 cڡ 
�og_ch�
 * 
�me
;

201 
	`��tf_P
(
	`PSTR
("log�ev� i�%d\r\n"), 
xb�b�rd
.
log_�v�
);

202 
i
=0; i<
NB_LOGS
; i++) {

203 
�me
 = 
	`log_num2�me
(
xb�b�rd
.
logs
[
i
]);

204 i�(
�me
) {

205 #ifde�
HOST_VERSION


206 
	`��tf_P
(
	`PSTR
("log�y� %�i��\r\n"), 
�me
);

208 
	`��tf_P
(
	`PSTR
("log�y� %S i��\r\n"), 
�me
);

210 
em�y
 = 0;

213 i�(
em�y
)

214 
	`��tf_P
(
	`PSTR
("no�og configured\r\n"));

215 
	}
}

218 
	$cmd_log_�r�d
(* 
�r�d_�su�
, * 
d�a
)

220 
cmd_log_�su�
 *
�s
 = (cmd_log_�su� *�
�r�d_�su�
;

222 i�(!
	`�rcmp_P
(
�s
->
�g1
, 
	`PSTR
("level"))) {

223 
xb�b�rd
.
log_�v�
 = 
�s
->
�g2
;

227 
	`cmd_log_do_show
();

228 
	}
}

230 
�og_ch�
 
	g�r_log_�g0
[] = "log";

231 
�r�_pgm_tok�_�r�g_t
 
	gcmd_log_�g0
 = 
TOKEN_STRING_INITIALIZER
(
cmd_log_�su�
, 
�g0
, 
�r_log_�g0
);

232 
�og_ch�
 
	g�r_log_�g1
[] = "level";

233 
�r�_pgm_tok�_�r�g_t
 
	gcmd_log_�g1
 = 
TOKEN_STRING_INITIALIZER
(
cmd_log_�su�
, 
�g1
, 
�r_log_�g1
);

234 
�r�_pgm_tok�_num_t
 
	gcmd_log_�g2
 = 
TOKEN_NUM_INITIALIZER
(
cmd_log_�su�
, 
�g2
, 
INT8
);

236 
�og_ch�
 
	gh�p_log
[] = "Set�og options:�evel (0 -> 5)";

237 
�r�_pgm_��_t
 
	gcmd_log
 = {

238 .
f
 = 
cmd_log_�r�d
,

239 .
	gd�a
 = 
NULL
,

240 .
	gh�p_�r
 = 
h�p_log
,

241 .
	gtok�s
 = {

242 (
�og_void
 *)&
cmd_log_�g0
,

243 (
�og_void
 *)&
cmd_log_�g1
,

244 (
�og_void
 *)&
cmd_log_�g2
,

245 
NULL
,

249 
�og_ch�
 
	g�r_log_�g1_show
[] = "show";

250 
�r�_pgm_tok�_�r�g_t
 
	gcmd_log_�g1_show
 = 
TOKEN_STRING_INITIALIZER
(
cmd_log_�su�
, 
�g1
, 
�r_log_�g1_show
);

252 
�og_ch�
 
	gh�p_log_show
[] = "Show configured�ogs";

253 
�r�_pgm_��_t
 
	gcmd_log_show
 = {

254 .
f
 = 
cmd_log_�r�d
,

255 .
	gd�a
 = 
NULL
,

256 .
	gh�p_�r
 = 
h�p_log_show
,

257 .
	gtok�s
 = {

258 (
�og_void
 *)&
cmd_log_�g0
,

259 (
�og_void
 *)&
cmd_log_�g1_show
,

260 
NULL
,

265 
	scmd_log_ty�_�su�
 {

266 
fixed_�r�g_t
 
	m�g0
;

267 
fixed_�r�g_t
 
	m�g1
;

268 
fixed_�r�g_t
 
	m�g2
;

269 
fixed_�r�g_t
 
	m�g3
;

273 
	$cmd_log_ty�_�r�d
(* 
�r�d_�su�
, * 
d�a
)

275 
cmd_log_ty�_�su�
 *
�s
 = (cmd_log_ty�_�su� *�
�r�d_�su�
;

276 
u�t8_t
 
lognum
;

277 
u�t8_t
 
i
;

279 
lognum
 = 
	`log_�me2num
(
�s
->
�g2
);

280 i�(
lognum
 == 0) {

281 
	`��tf_P
(
	`PSTR
("Cannot find�og�um\r\n"));

285 i�(!
	`�rcmp_P
(
�s
->
�g3
, 
	`PSTR
("on"))) {

286 
i
=0; i<
NB_LOGS
; i++) {

287 i�(
xb�b�rd
.
logs
[
i
] =�
lognum
) {

288 
	`��tf_P
(
	`PSTR
("Already on\r\n"));

292 
i
=0; i<
NB_LOGS
; i++) {

293 i�(
xb�b�rd
.
logs
[
i
] == 0) {

294 
xb�b�rd
.
logs
[
i
] = 
lognum
;

298 i�(
i
==
NB_LOGS
) {

299 
	`��tf_P
(
	`PSTR
("no more�oom\r\n"));

302 i�(!
	`�rcmp_P
(
�s
->
�g3
, 
	`PSTR
("off"))) {

303 
i
=0; i<
NB_LOGS
; i++) {

304 i�(
xb�b�rd
.
logs
[
i
] =�
lognum
) {

305 
xb�b�rd
.
logs
[
i
] = 0;

309 i�(
i
==
NB_LOGS
) {

310 
	`��tf_P
(
	`PSTR
("already off\r\n"));

313 
	`cmd_log_do_show
();

314 
	}
}

316 
�og_ch�
 
	g�r_log_�g1_ty�
[] = "type";

317 
�r�_pgm_tok�_�r�g_t
 
	gcmd_log_�g1_ty�
 = 
TOKEN_STRING_INITIALIZER
(
cmd_log_ty�_�su�
, 
�g1
, 
�r_log_�g1_ty�
);

319 
�og_ch�
 
	g�r_log_�g2_ty�
[] = "uart#rs#servo#traj#i2c#oa#strat#i2cproto#ext#sensor#bd#cs";

320 
�r�_pgm_tok�_�r�g_t
 
	gcmd_log_�g2_ty�
 = 
TOKEN_STRING_INITIALIZER
(
cmd_log_ty�_�su�
, 
�g2
, 
�r_log_�g2_ty�
);

321 
�og_ch�
 
	g�r_log_�g3
[] = "on#off";

322 
�r�_pgm_tok�_�r�g_t
 
	gcmd_log_�g3
 = 
TOKEN_STRING_INITIALIZER
(
cmd_log_ty�_�su�
, 
�g3
, 
�r_log_�g3
);

324 
�og_ch�
 
	gh�p_log_ty�
[] = "Set�og�ype";

325 
�r�_pgm_��_t
 
	gcmd_log_ty�
 = {

326 .
f
 = 
cmd_log_ty�_�r�d
,

327 .
	gd�a
 = 
NULL
,

328 .
	gh�p_�r
 = 
h�p_log_ty�
,

329 .
	gtok�s
 = {

330 (
�og_void
 *)&
cmd_log_�g0
,

331 (
�og_void
 *)&
cmd_log_�g1_ty�
,

332 (
�og_void
 *)&
cmd_log_�g2_ty�
,

333 (
�og_void
 *)&
cmd_log_�g3
,

334 
NULL
,

343 
	scmd_�ack_�a�_�su�
 {

344 
fixed_�r�g_t
 
	m�g0
;

348 
	$cmd_�ack_�a�_�r�d
(*
�r�d_�su�
, *
d�a
)

350 #ifde�
HOST_VERSION


351 
	`��tf
("not implemented\n");

353 
	`��tf
("���ack: %d\r\n", 
	`m�_�ack_�a�_ava�ab�
());

355 
	}
}

357 
�og_ch�
 
	g�r_�ack_�a�_�g0
[] = "stack_space";

358 
�r�_pgm_tok�_�r�g_t
 
	gcmd_�ack_�a�_�g0
 = 
TOKEN_STRING_INITIALIZER
(
cmd_�ack_�a�_�su�
, 
�g0
, 
�r_�ack_�a�_�g0
);

360 
�og_ch�
 
	gh�p_�ack_�a�
[] = "Display�emaining stack space";

361 
�r�_pgm_��_t
 
	gcmd_�ack_�a�
 = {

362 .
f
 = 
cmd_�ack_�a�_�r�d
,

363 .
	gd�a
 = 
NULL
,

364 .
	gh�p_�r
 = 
h�p_�ack_�a�
,

365 .
	gtok�s
 = {

366 (
�og_void
 *)&
cmd_�ack_�a�_�g0
,

367 
NULL
,

	@diag_host.c

	@diagnostic.h

22 
	~<d�gno�ic_c�fig.h
>

36 

show_�t_lo�
();

42 
u�t16_t
 
m�_�ack_�a�_ava�ab�
();

	@diagnostic_config.h

22 #i�de�
_DEBUG_CONFIG_


23 

	#_DEBUG_CONFIG_
 1.0

24 

	)

28 

	#INTERRUPT_SHOW_PORT
 
PORTA


	)

29 

	#INTERRUPT_SHOW_BIT
 3

	)

35 

	#MARK
 0x55

	)

	@error.c

23 
	~<�r�g.h
>

25 #i�de�
HOST_VERSION


26 
	~<avr/io.h
>

29 
	~<av�sive.h
>

30 
	~<av�sive/�r�.h
>

32 
�r�_f�
 
	gg_�r�_f�
;

35 
	$�r�_��
()

37 
u�t8_t
 
�ags
;

38 
	`IRQ_LOCK
(
�ags
);

39 
	`mem�t
(&
g_�r�_f�
, 0, (g_error_fct));

40 
	`IRQ_UNLOCK
(
�ags
);

41 
	}
}

44 
�r�
 
	$�r�_g���e
(
u�t8_t
 
num
, u�t8_�
�v��y
, 
PGM_P
 
t
,

45 
PGM_P
 
f
, 
u�t16_t
 
l
) {

46 
�r�
 
e
;

48 
e
.
�r_num
 = 
num
;

49 
e
.
�v��y
 = severity;

50 #ifde�
ERROR_DUMP_TEXTLOG


51 
e
.
�xt
 = 
t
;

53 
e
.
�xt
 = 
	`PSTR
("");

55 #ifde�
ERROR_DUMP_FILE_LINE


56 
e
.
f�e
 = 
f
;

57 
e
.
l�e
 = 
l
;

59 
e
.
f�e
 = 
	`PSTR
("");

60 
e
.
l�e
 = 0;

62  
e
;

63 
	}
}

67 
�r�_�gi��_em�g
((*
f
)(
�r�
 *, ...))

69 
u�t8_t
 
�ags
;

70 
	`IRQ_LOCK
(
�ags
);

71 
g_�r�_f�
.
em�g
 = 
f
;

72 
	`IRQ_UNLOCK
(
�ags
);

73 
	}
}

76 
�r�_�gi��_�r�
((*
f
)(
�r�
 *, ...))

78 
u�t8_t
 
�ags
;

79 
	`IRQ_LOCK
(
�ags
);

80 
g_�r�_f�
.
�r�
 = 
f
;

81 
	`IRQ_UNLOCK
(
�ags
);

82 
	}
}

85 
�r�_�gi��_w�n�g
((*
f
)(
�r�
 *, ...))

87 
u�t8_t
 
�ags
;

88 
	`IRQ_LOCK
(
�ags
);

89 
g_�r�_f�
.
w�n�g
 = 
f
;

90 
	`IRQ_UNLOCK
(
�ags
);

91 
	}
}

94 
�r�_�gi��_n�i�
((*
f
)(
�r�
 *, ...))

96 
u�t8_t
 
�ags
;

97 
	`IRQ_LOCK
(
�ags
);

98 
g_�r�_f�
.
n�i�
 = 
f
;

99 
	`IRQ_UNLOCK
(
�ags
);

100 
	}
}

103 
�r�_�gi��_debug
((*
f
)(
�r�
 *, ...))

105 
u�t8_t
 
�ags
;

106 
	`IRQ_LOCK
(
�ags
);

107 
g_�r�_f�
.
debug
 = 
f
;

108 
	`IRQ_UNLOCK
(
�ags
);

109 
	}
}

	@error.h

22 #i�de�
_ERROR_H_


23 

	#_ERROR_H_


	)

25 #i�de�
_AVERSIVE_ERROR_H_


29 
	~<av�sive/pgm�a�.h
>

30 
	~<av�sive.h
>

31 
	~<g���_�r�s.h
>

33 
	~"�r�_c�fig.h
"

35 

	#ERROR_SEVERITY_EMERG
 0

	)

36 

	#ERROR_SEVERITY_ERROR
 1

	)

37 

	#ERROR_SEVERITY_WARNING
 2

	)

38 

	#ERROR_SEVERITY_NOTICE
 3

	)

39 

	#ERROR_SEVERITY_DEBUG
 4

	)

42 
	s�r�
 {

43 
u�t8_t
 
	m�r_num
;

44 
u�t8_t
 
	m�v��y
;

45 
PGM_P
 
	m�xt
;

46 
PGM_P
 
	mf�e
;

47 
u�t16_t
 
	ml�e
;

51 
	s�r�_f�
 {

52 (*
	mem�g
)(
	m�r�
 *, ...);

53 (*
	m�r�
)(error *, ...);

54 (*
	mw�n�g
)(
	m�r�
 *, ...);

55 (*
	mn�i�
)(
	m�r�
 *, ...);

56 (*
	mdebug
)(
	m�r�
 *, ...);

59 

�r�_f�
 
g_�r�_f�
;

62 
�r�
 
�r�_g���e
(
u�t8_t
 
num
, u�t8_�
�v��y
, 
PGM_P
 
t
, PGM_P 
f
, 
u�t16_t
 
l
);

65 
�r�_�gi��_em�g
((*
f
)(
�r�
 *, ...));

68 
	`�r�_�gi��_�r�
((*
f
)(
�r�
 *, ...));

71 
	`�r�_�gi��_w�n�g
((*
f
)(
�r�
 *, ...));

74 
	`�r�_�gi��_n�i�
((*
f
)(
�r�
 *, ...));

77 
	`�r�_�gi��_debug
((*
f
)(
�r�
 *, ...));

83 

	#EMERG
(
num
, 
�xt
, ...) do { \

84 if(
g_�r�_f�
.
em�g
) { \

85 
�r�
 
e
 = 
	`�r�_g���e
(
num
, 
ERROR_SEVERITY_EMERG
, \

86 
	`PSTR
(
�xt
), \

87 
	`PSTR
(
__FILE__
),\

88 
__LINE__
); \

89 
g_�r�_f�
.
	`em�g
(&
e
, ##
__VA_ARGS__
); \

91 
	}
} 0)

	)

94 

	#ERROR
(
num
, 
�xt
, ...) do { \

95 if(
g_�r�_f�
.
�r�
) { \

96 
�r�
 
e
 = 
	`�r�_g���e
(
num
, 
ERROR_SEVERITY_ERROR
, \

97 
	`PSTR
(
�xt
), \

98 
	`PSTR
(
__FILE__
),\

99 
__LINE__
); \

100 
g_�r�_f�
.
	`�r�
(&
e
, ##
__VA_ARGS__
); \

102 } 0)

	)

105 

	#WARNING
(
num
, 
�xt
, ...) do { \

106 if(
g_�r�_f�
.
w�n�g
) { \

107 
�r�
 
e
 = 
	`�r�_g���e
(
num
, 
ERROR_SEVERITY_WARNING
, \

108 
	`PSTR
(
�xt
), \

109 
	`PSTR
(
__FILE__
),\

110 
__LINE__
); \

111 
g_�r�_f�
.
	`w�n�g
(&
e
, ##
__VA_ARGS__
); \

113 } 0)

	)

116 

	#NOTICE
(
num
, 
�xt
, ...) do { \

117 if(
g_�r�_f�
.
n�i�
) { \

118 
�r�
 
e
 = 
	`�r�_g���e
(
num
, 
ERROR_SEVERITY_NOTICE
, \

119 
	`PSTR
(
�xt
), \

120 
	`PSTR
(
__FILE__
),\

121 
__LINE__
); \

122 
g_�r�_f�
.
	`n�i�
(&
e
, ##
__VA_ARGS__
); \

124 } 0)

	)

127 

	#DEBUG
(
num
, 
�xt
, ...) do { \

128 if(
g_�r�_f�
.
debug
) { \

129 
�r�
 
e
 = 
	`�r�_g���e
(
num
, 
ERROR_SEVERITY_DEBUG
, \

130 
	`PSTR
(
�xt
), \

131 
	`PSTR
(
__FILE__
),\

132 
__LINE__
); \

133 
g_�r�_f�
.
	`debug
(&
e
, ##
__VA_ARGS__
); \

135 } 0)

	)

	@error_config.h

22 #i�de�
_ERROR_CONFIG_


23 

	#_ERROR_CONFIG_


	)

26 

	#ERROR_DUMP_TEXTLOG


	)

29 

	#ERROR_DUMP_FILE_LINE


	)

	@general_errors.h

30 

	#EPERM_COMMENT
 "O��tiڂم�m��d"

	)

33 

	#ENOENT_COMMENT
 "N�such f��� d�e��y"

	)

36 

	#EIO_COMMENT
 "I/O���"

	)

39 

	#ENXIO_COMMENT
 "N�such devi� o�add�ss"

	)

42 

	#E2BIG_COMMENT
 "Argum��li��o�l�g"

	)

45 

	#EAGAIN_COMMENT
 "Try�ga�"

	)

48 

	#ENOMEM_COMMENT
 "Ou�o�mem�y"

	)

51 

	#EFAULT_COMMENT
 "Bad�dd�ss"

	)

54 

	#EBUSY_COMMENT
 "Devi� o��sour� busy"

	)

57 

	#EINVAL_COMMENT
 "Inv�id�rgum�t"

	)

60 

	#EUNKNOW_COMMENT
 "Unkwow���"

	)

65 

	#E_UART
 129

	)

66 

	#E_ROBOT_SYSTEM
 130

	)

67 

	#E_MULTISERVO
 131

	)

68 

	#E_TRAJECTORY
 132

	)

69 

	#E_I2C
 133

	)

70 

	#E_BLOCKING_DETECTION_MANAGER
 134

	)

71 

	#E_OA
 135

	)

72 

	#E_SPI
 136

	)

73 

	#E_CC2420
 137

	)

74 

	#E_TIME_EXT
 138

	)

	@i2c_config.h

23 

	#I2C_BITRATE
 1

24 

	#I2C_PRESCALER
 3

25 

	)

27 

	#I2C_SEND_BUFFER_SIZE
 32

	)

30 

	#I2C_RECV_BUFFER_SIZE
 32

	)

	@int_show.c

22 
	~<avr/io.h
>

23 
	~<av�sive.h
>

24 
	~<d�gno�ic.h
>

27 #ifde�
INTERRUPT_SHOW_PORT


40 
	$show_�t_lo�
()

42 
	`sbi
(
	`DDR
(
INTERRUPT_SHOW_PORT
), 
INTERRUPT_SHOW_BIT
);

45 
	`cbi
(
INTERRUPT_SHOW_PORT
, 
INTERRUPT_SHOW_BIT
);

47 
	`�i
();

48 
	`n�
();

49 
	`�i
();

51 
	`sbi
(
INTERRUPT_SHOW_PORT
, 
INTERRUPT_SHOW_BIT
);

53 
	`n�
();

55 
	}
}

	@main.c

28 
	~<av�sive.h
>

29 
	~<av�sive/queue.h
>

30 
	~<av�sive/�d�n.h
>

31 
	~<av�sive/wa�.h
>

32 
	~<av�sive/�r�.h
>

34 
	~<u�t.h
>

36 
	~<�dio.h
>

37 
	~<�r�g.h
>

38 
	~<�d�t.h
>

39 
	~<��y�s.h
>

40 
	~<�dlib.h
>

41 
	~<�d�g.h
>

42 
	~<��o.h
>

43 
	~<�y�.h
>

45 
	~<schedu�r.h
>

46 
	~<�ock_time.h
>

47 
	~<�r�.h
>

48 
	~<rdl�e.h
>

49 
	~<tim�.h
>

51 
	~"xb�_�ighb�.h
"

52 
	~"xb�_�cmd.h
"

53 
	~"xb�_��s.h
"

54 
	~"xb�_buf.h
"

55 
	~"xb�_��o.h
"

56 
	~"xb�.h
"

57 
	~"cmdl�e.h
"

58 
	~"ma�.h
"

60 
xb�b�rd
 
	gxb�b�rd
;

62 

	#TIMEOUT_MS
 1000

	)

65 
xb�_dev
 *
	gxb�_dev
;

71 
	gxb�_�w
 = 0;

72 
	gxb�_hexdump
 = 0;

73 
	gxb�_debug
 = 0;

75 
	$hexdump
(cڡ *
t��
, cڡ *
buf
, 
�n
)

77 
i
, 
out
, 
ofs
;

78 cڡ *
d�a
 = 
buf
;

79 

	#LINE_LEN
 80

	)

80 
l�e
[
LINE_LEN
];

82 
	`��tf
("%�� [%p],��=%d\n", 
t��
, 
d�a
, 
�n
);

83 
ofs
 = 0;

84 
ofs
 < 
�n
) {

86 
out
 = 
	`���tf
(
l�e
, 
LINE_LEN
, "%08X", 
ofs
);

87 
i
=0; 
ofs
+�< 
�n
 && i<16; i++)

88 
out
 +�
	`���tf
(
l�e
+out, 
LINE_LEN
 - out, " %02X",

89 
d�a
[
ofs
+
i
]&0xff);

90 ;
i
<=16;i++)

91 
out
 +�
	`���tf
(
l�e
+out, 
LINE_LEN
 - out, " ");

92 
i
=0; 
ofs
 < 
�n
 && i<16; i++, ofs++) {

93 
c
 = 
d�a
[
ofs
];

94 i�(!
	`i�scii
(
c
�|| !
	`i�r�t
(c))

95 
c
 = '.';

96 
out
 +�
	`���tf
(
l�e
+out, 
LINE_LEN
 - out, "%c", 
c
);

98 
	`��tf
("%s\n", 
l�e
);

100 
	}
}

102 
	$�r�_xm�_��us
(
xb�_�x
 *
�x
,

103 
xb�_xm�_��us_hdr
 *
�ame
, 
�n
)

105 i�(
�x
 =�
NULL
) {

106 
	`��tf
("no context\n");

111 i�(
�x
->
�cmd_qu�y
 !�
NULL
) {

112 
	`��tf
("invalid�esponse\n");

117 i�(
�ame
->
d�iv�y_��us
 == 0x00)

118 
	`��tf
("Success\n");

119 i�(
�ame
->
d�iv�y_��us
 == 0x01)

120 
	`��tf
("MAC ACK Failure\n");

121 i�(
�ame
->
d�iv�y_��us
 == 0x15)

122 
	`��tf
("Invalid destination�ndpoint\n");

123 i�(
�ame
->
d�iv�y_��us
 == 0x21)

124 
	`��tf
("Network ACK Failure\n");

125 i�(
�ame
->
d�iv�y_��us
 == 0x25)

126 
	`��tf
("Route Not Found\n");

129 
	}
}

131 
	$dump_�cmd
(
xb�_�x
 *
�x
, 
xb�_���_hdr
 *
�ame
,

132 
�n
)

134 
�cmd_�r
[3];

135 
xb�_�cmd_pgm
 *
cmd_pgm
;

136 
xb�_�cmd
 
cmd
;

138 
u�t8_t
 
u8
;

139 
u�t16_t
 
u16
;

140 
u�t32_t
 
u32
;

141 
�t16_t
 
s16
;

142 } 
	`__��ibu�__
((
�cked
)�*
�su�
;

144 i�(
�x
 =�
NULL
) {

145 
	`��tf
("no context\n");

150 
	`mem�y
(
�cmd_�r
, &
�ame
->
cmd
, 2);

151 
�cmd_�r
[2] = '\0';

154 i�(
	`�rcmp
(
�cmd_�r
, 
�x
->
�cmd_qu�y
)) {

155 
	`��tf
("invalid�esponse\n");

160 
cmd_pgm
 = 
	`xb�_�cmd_lookup_�me
(
�cmd_�r
);

161 i�(
cmd_pgm
 =�
NULL
) {

162 
	`��tf
("unknown�esponse\n");

165 
	`mem�y_P
(&
cmd
, 
cmd_pgm
, (cmd));

168 i�(
�ame
->
��us
 == 1) {

169 
	`��tf
("Status is�rror\n");

172 i�(
�ame
->
��us
 == 2) {

173 
	`��tf
("Invalid command\n");

176 i�(
�ame
->
��us
 == 3) {

177 
	`��tf
("Invalid�arameter\n");

180 i�(
�ame
->
��us
 != 0) {

181 
	`��tf
("Unknow���u��r� %d\n", 
�ame
->
��us
);

186 
�su�
 = (*)
�ame
->
d�a
;

187 
�n
 -�
	`off�tof
(
xb�_���_hdr
, 
d�a
);

188 i�(
cmd
.
�ags
 & 
XBEE_ATCMD_F_PARAM_U8
 && 
�n
 =�(
u�t8_t
))

189 
	`��tf
("<%s> i�0x%x\n", 
�cmd_�r
, 
�su�
->
u8
);

190 i�(
cmd
.
�ags
 & 
XBEE_ATCMD_F_PARAM_U16
 && 
�n
 =�(
u�t16_t
))

191 
	`��tf
("<%s> i�0x%x\n", 
�cmd_�r
, 
	`�ohs
(
�su�
->
u16
));

192 i�(
cmd
.
�ags
 & 
XBEE_ATCMD_F_PARAM_U32
 && 
�n
 =�(
u�t32_t
))

193 
	`��tf
("<%s> i�0x%"
PRIx32
"\n", 
�cmd_�r
, 
	`�ohl
(
�su�
->
u32
));

194 i�(
cmd
.
�ags
 & 
XBEE_ATCMD_F_PARAM_S16
 && 
�n
 =�(
�t16_t
))

195 
	`��tf
("<%s> i�%d\n", 
�cmd_�r
, 
	`�ohs
(
�su�
->
s16
));

196 i�(
�n
 == 0)

197 
	`��tf
("no data, status ok\n");

199 
	`hexdump
("�cmd�nsw�", 
�ame
->
d�a
, 
�n
);

202 
	}
}

205 
	$xb�_rx
(
xb�_dev
 *
dev
, 
ch��l
, 
ty�
,

206 *
�ame
, 
�n
, *
�aque
)

208 
xb�_�x
 *
�x
 = 
�aque
;

209 
do_hexdump
 = 
xb�_hexdump
;

211 i�(
xb�_debug
)

212 
	`��tf
("ty�=0x%x, ch��l=%d, ctx=%p\n", 
ty�
, 
ch��l
, 
�x
);

215 i�(
�x
 !�
NULL
) {

217 
	`xb�_u��d_timeout
(
�x
);

218 i�(
xb�_debug
 && 
�x
->
�cmd_qu�y
)

219 
	`��tf
("Received�nswer�o query <%s>\n",

220 
�x
->
�cmd_qu�y
);

221 
	`xb�_u�egi��_ch��l
(
dev
, 
ch��l
);

225 
ty�
) {

226 
XBEE_TYPE_MODEM_STATUS
: {

227 
	`��tf
("Received Modem Status frame\n");

231 
XBEE_TYPE_RMT_ATRESP
: {

233 
u�t64_t
 
u64
;

235 #i�
BYTE_ORDER
 =�
LITTLE_ENDIAN


236 
u�t32_t
 
low
;

237 
u�t32_t
 
high
;

239 
u�t32_t
 
high
;

240 
u�t32_t
 
low
;

242 } 
u32
;

243 } 
addr
;

244 
	`mem�y
(&
addr
, 
�ame
, (addr));

245 
addr
.
u64
 = 
	`�oh�
(addr.u64);

246 
	`��tf
("�om�emِadd�s�%"
PRIx32
"%"PRIx32"\n",

247 
addr
.
u32
.
high
,�ddr.u32.
low
);

250 i�(
	`dump_�cmd
(
�x
, 
�ame
 + 10, 
�n
 - 10) < 0)

251 
do_hexdump
 = 1;

254 
XBEE_TYPE_ATRESP
: {

255 i�(
	`dump_�cmd
(
�x
, 
�ame
, 
�n
) < 0)

256 
do_hexdump
 = 1;

260 
XBEE_TYPE_XMIT_STATUS
: {

261 i�(
	`�r�_xm�_��us
(
�x
, 
�ame
, 
�n
) < 0)

262 
do_hexdump
 = 1;

266 
XBEE_TYPE_ATCMD
:

267 
XBEE_TYPE_ATCMD_Q
:

268 
XBEE_TYPE_XMIT
:

269 
XBEE_TYPE_EXPL_XMIT
:

270 
XBEE_TYPE_RMT_ATCMD
:

271 
XBEE_TYPE_RECV
:

272 
XBEE_TYPE_EXPL_RECV
:

273 
XBEE_TYPE_NODE_ID
:

275 
	`��tf
("Invalid frame\n");

276 
do_hexdump
 = 1;

280 i�(
do_hexdump
)

281 
	`hexdump
("undecoded�x f�me", 
�ame
, 
�n
);

284 i�(
�x
 !�
NULL
) {

285 i�(
�x
->
f�eground
) {

286 
	`xb�_�d�_�ab�
();

287 
	`rdl�e_�wl�e
(&
�x
->
�
->
rdl
, ctx->�->
�om�
);

289 
	`�
(
�x
);

291 
	}
}

293 
	$xb��p_�nd
(
xb�_�x
 *
�x
, 
ty�
, *
buf
, 
�n
,

294 
f�eground
)

296 
�t
;

297 
ch��l
;

299 i�(
�n
 > 
XBEE_MAX_FRAME_LEN
) {

300 
	`��tf
("frame�oo�arge\n");

305 
ch��l
 = 
	`xb�_�gi��_ch��l
(
xb�_dev
, 
XBEE_CHANNEL_ANY
,

306 
xb�_rx
, 
�x
);

307 i�(
ch��l
 < 0) {

308 
	`��tf
("cannot send:�o free channel\n");

312 i�(
xb�_debug
)

313 
	`��tf
("send frame channel=%d�ype=0x%x�en=%d\n",

314 
ch��l
, 
ty�
, 
�n
);

315 i�(
xb�_hexdump
)

316 
	`hexdump
("xm� f�me", 
buf
, 
�n
);

319 
�t
 = 
	`xb�_��o_xm�
(
xb�_dev
, 
ch��l
, 
ty�
, 
buf
,

320 
�n
);

321 i�(
�t
 < 0) {

322 
	`��tf
("cannot send\n");

323 
	`xb�_u�egi��_ch��l
(
xb�_dev
, 
ch��l
);

327 
�x
->
ch��l
 = channel;

328 
	`xb�_l�d_timeout
(
�x
);

331 i�(
f�eground
) {

332 
�x
->
f�eground
 = 1;

333 
	`rdl�e_��
(&
�x
->
�
->
rdl
);

334 
	`xb�_�d�_di�b�
();

338 
	}
}

342 
	$xb��p_�nd_�cmd
(cڡ 
�og_ch�
 *
�cmd_�r
,

343 *
��m
, 
��m_�n
, 
f�eground
)

345 
xb�_�x
 *
�x
;

347 
xb�_�cmd_hdr
 
�cmd
;

348 
buf
[
XBEE_MAX_FRAME_LEN
];

349 } 
	`__��ibu�__
((
�cked
)�
�ame
;

352 
�x
 = 
	`m�loc
((*ctx));

353 i�(
�x
 =�
NULL
) {

354 
	`��tf
("not�nough memory\n");

358 
	`mem�t
(
�x
, 0, (*ctx));

359 
�x
->
�cmd_qu�y
 = 
�cmd_�r
;

361 
	`mem�y
(&
�ame
.
�cmd
.
cmd
, 
�cmd_�r
, 2);

362 
	`mem�y
(&
�ame
.
buf
, 
��m
, 
��m_�n
);

364 i�(
	`xb��p_�nd
(
�x
, 
XBEE_TYPE_ATCMD
, &
�ame
,

365 (
xb�_�cmd_hdr
) +

366 
��m_�n
, 
f�eground
) < 0) {

367 
	`�
(
�x
);

372 
	}
}

374 
	$xb��p_�nd_msg
(
u�t64_t
 
addr
, *
d�a
,

375 
d�a_�n
, 
f�eground
)

377 
xb�_�x
 *
�x
;

379 
xb�_xm�_hdr
 
xm�
;

380 
buf
[
XBEE_MAX_FRAME_LEN
];

381 } 
	`__��ibu�__
((
�cked
)�
�ame
;

384 
�x
 = 
	`m�loc
((*ctx));

385 i�(
�x
 =�
NULL
) {

386 
	`��tf
("not�nough memory\n");

390 
	`mem�t
(
�x
, 0, (*ctx));

391 
�x
->
�cmd_qu�y
 = 
NULL
;

393 
�ame
.
xm�
.
d�addr
 = 
	`ht��
(
addr
);

394 
�ame
.
xm�
.
��rved
 = 
	`ht�s
(0xFFFE);

395 
�ame
.
xm�
.
b��_�dius
 = 0;

396 
�ame
.
xm�
.
�ts
 = 0;

397 
	`mem�y
(&
�ame
.
buf
, 
d�a
, 
d�a_�n
);

399 i�(
	`xb��p_�nd
(
�x
, 
XBEE_TYPE_XMIT
, &
�ame
,

400 (
xb�_xm�_hdr
) +

401 
d�a_�n
, 
f�eground
) < 0) {

402 
	`�
(
�x
);

407 
	}
}

409 
	$xb�_�d�_�ab�
()

411 
cmdl�e_�put_�ab�d
 = 1;

412 
	}
}

414 
	$xb�_�d�_di�b�
()

416 
cmdl�e_�put_�ab�d
 = 0;

417 
	}
}

419 
	$evt_timeout
(
s
, 
ev�t
, *
�g
)

421 
xb�_�x
 *
�x
 = 
�g
;

423 
	`��tf
("Timeout\n");

426 
	`xb�_�d�_�ab�
();

427 
	`rdl�e_�wl�e
(&
�x
->
�
->
rdl
, ctx->�->
�om�
);

430 
	`xb�_u�egi��_ch��l
(
xb�_dev
, 
�x
->
ch��l
);

431 
	`�
(
�x
);

432 
	}
}

434 
	$xb�_l�d_timeout
(
xb�_�x
 *
�x
)

436 
	`��lout_��t
(
cm
, &
�x
->
timeout
, 
TIMEOUT_MS
, 
SINGLE
, 
evt_timeout
, ctx);

437 
	}
}

439 
	$xb�_u��d_timeout
(
xb�_�x
 *
�x
)

441 
	`��out_��
(&
�x
->
timeout
);

442 
	}
}

503 
	$bo�l�d�
()

505 

	#BOOTLOADER_ADDR
 0x1e000

	)

506 i�(
	`pgm_�ad_by�_�r
(
BOOTLOADER_ADDR
) == 0xff) {

507 
	`��tf_P
(
	`PSTR
("Bootloader is�ot�resent\r\n"));

510 
	`�i
();

512 
EIMSK
 = 0;

513 
SPCR
 = 0;

514 
TWCR
 = 0;

515 
ACSR
 = 0;

516 
ADCSRA
 = 0;

518 
__asm__
 
	`__vީ�e__
 ("ldi�31,0xf0\n");

519 
__asm__
 
	`__vީ�e__
 ("ldi�30,0x00\n");

520 
__asm__
 
	`__vީ�e__
 ("ijmp\n");

523 
	}
}

526 
	$�d_ma�
(
�gc
, **
�gv
)

528 
xb�_dev
 
dev
;

529 
�r
 = 0;

532 
DDRE
 |= 0x0C;

533 
DDRB
 |= 0x18;

536 
	`u�t_��
();

537 
	`fdevݒ
(
u�t0_dev_�nd
, 
u�t0_dev_�cv
);

538 
	`u�t_�gi��_rx_ev�t
(
CMDLINE_UART
, 
em�g�cy
);

548 
	`tim�_��
();

549 
	`tim�0_�gi��_OV_��
(
ma�_tim�_���u�
);

552 
	`schedu�r_��
();

553 
	`schedu�r_add_�riodi�l_ev�t_�iܙy
(
do_�d_bl�k
, 
NULL
,

554 100000L / 
SCHEDULER_UNIT
,

555 
LED_PRIO
);

557 
	`time_��
(
TIME_PRIO
);

559 
	`mem�t
(&
xb�b�rd
, 0, (xbeeboard));

561 
	`�i
();

563 
	`cmdl�e_����
();

581 
	}
}

	@main.h

28 

	#NB_LOGS
 4

	)

31 

	#E_USER_DEFAULT
 194

	)

33 

	#LED1_ON
(�
	`sbi
(
PORTE
, 2)

	)

34 

	#LED1_OFF
(�
	`cbi
(
PORTE
, 2)

	)

36 

	#LED2_ON
(�
	`sbi
(
PORTE
, 3)

	)

37 

	#LED2_OFF
(�
	`cbi
(
PORTE
, 3)

	)

39 

	#LED3_ON
(�
	`sbi
(
PORTB
, 3)

	)

40 

	#LED3_OFF
(�
	`cbi
(
PORTB
, 3)

	)

42 

	#LED4_ON
(�
	`sbi
(
PORTB
, 4)

	)

43 

	#LED4_OFF
(�
	`cbi
(
PORTB
, 4)

	)

45 

	#LED_PRIO
 170

	)

46 

	#TIME_PRIO
 160

	)

49 
	sxb�b�rd
 {

51 
rdl�e
 
	mrdl
;

52 
	m�om�
[
RDLINE_PROMPT_SIZE
];

55 
u�t8_t
 
	mlogs
[
NB_LOGS
+1];

56 
u�t8_t
 
	mlog_�v�
;

57 
u�t8_t
 
	mdebug
;

59 

xb�b�rd
 xbeeboard;

63 
	sxb�_�x
 {

64 
	mf�eground
;

65 
	mch��l
;

66 cڡ *
	m�cmd_qu�y
;

71 

xb�_dev
 *xbee_dev;

72 

xb�_�w
;

73 

xb�_hexdump
;

74 

xb�_debug
;

76 

��out_m�ag�
 
cm
;

79 
bo�l�d�
();

81 
xb�_rx
(
xb�_dev
 *
dev
, 
ch��l
, 
ty�
,

82 *
�ame
, 
�n
, *
�aque
);

83 
xb��p_�nd_�cmd
(cڡ 
�og_ch�
 *
�cmd_�r
,

84 *
��m
, 
��m_�n
, 
f�eground
);

85 
xb��p_�nd_msg
(
u�t64_t
 
addr
, *
d�a
,

86 
d�a_�n
, 
f�eground
);

88 
xb�_�d�_�ab�
();

89 
xb�_�d�_di�b�
();

91 
xb�_l�d_timeout
(
xb�_�x
 *
�x
);

92 
xb�_u��d_timeout
(
xb�_�x
 *
�x
);

	@parse.c

24 
	~<�dio.h
>

25 
	~<�r�g.h
>

26 
	~<��y�s.h
>

27 
	~<�y�.h
>

29 
	~<av�sive/pgm�a�.h
>

31 
	~"�r�.h
"

33 #ifde�
HOST_VERSION


34 

	#pgm_�ad_pgm�r
(
x
�((*)(*(x)))

	)

36 

	#pgm_�ad_pgm�r
(
x
�(*)
	`pgm_�ad_w�d
(x)

	)

41 

	#debug_��tf
(
�gs
...�d�{} 0)

	)

45 
	$i�ndo�e
(
c
)

47 i�(
c
 == '\n' ||

48 
c
 == '\r' )

51 
	}
}

54 
	$iscomm�t
(
c
)

56 i�(
c
 == '#')

59 
	}
}

62 
	$i�ndo�ok�
(
c
)

64 i�(!
c
 || 
	`iscomm�t
(c�|| 
	`isb�nk
(c�|| 
	`i�ndo�e
(c))

67 
	}
}

69 
u�t8_t


70 
	$nb_comm�_ch�s
(cڡ * 
s1
, cڡ * 
s2
)

72 
u�t8_t
 
i
=0;

74 *
s1
==*
s2
 && *s1 && *s2) {

75 
s1
++;

76 
s2
++;

77 
i
++;

79  
i
;

80 
	}
}

87 
�t8_t


88 
	$m�ch_��
(
�r�_pgm_��_t
 *
��
, cڡ * 
buf
, 
u�t8_t
 
nb_m�ch_tok�
,

89 * 
�su�_buf
)

91 
u�t8_t
 
tok�_num
=0;

92 
�r�_pgm_tok�_hdr_t
 * 
tok�_p
;

93 
u�t8_t
 
i
=0;

94 
�t8_t
 
n
 = 0;

95 
tok�_hdr
�oken_hdr;

97 
tok�_p
 = (
�r�_pgm_tok�_hdr_t
 *)
	`pgm_�ad_pgm�r
(&
��
->
tok�s
[
tok�_num
]);

98 i�(
tok�_p
)

99 
	`mem�y_P
(&
tok�_hdr
, 
tok�_p
, (token_hdr));

102 
tok�_p
 && (!
nb_m�ch_tok�
 || 
i
<nb_match_token)) {

103 
	`debug_��tf
("TK\n");

105 
	`isb�nk
(*
buf
)) {

106 
buf
++;

110 i��
	`i�ndo�e
(*
buf
�|| 
	`iscomm�t
(*buf) )

113 
n
 = 
tok�_hdr
.
�s
->
	`�r�
(
tok�_p
, 
buf
, (
�su�_buf
 ?�esu�_buf+tok�_hdr.
off�t
 : 
NULL
));

114 i��
n
 < 0 )

116 
	`debug_��tf
("TK���d (�n=%d)\n", 
n
);

117 
i
++;

118 
buf
 +�
n
;

120 
tok�_num
 ++;

121 
tok�_p
 = (
�r�_pgm_tok�_hdr_t
 *)
	`pgm_�ad_pgm�r
(&
��
->
tok�s
[
tok�_num
]);

122 i�(
tok�_p
)

123 
	`mem�y_P
(&
tok�_hdr
, 
tok�_p
, (token_hdr));

127 i�(
i
==0)

131 i�(
nb_m�ch_tok�
) {

132 i�(
i
 =�
nb_m�ch_tok�
) {

135  
i
;

139 i�(
tok�_p
) {

140  
i
;

144 
	`isb�nk
(*
buf
)) {

145 
buf
++;

149 i��
	`i�ndo�e
(*
buf
�|| 
	`iscomm�t
(*buf) )

153  
i
;

154 
	}
}

157 
�t8_t


158 
	$�r�
(
�r�_pgm_�x_t
 
�x
[], cڡ * 
buf
)

160 
u�t8_t
 
��_num
=0;

161 
�r�_pgm_��_t
 * 
��
;

162 cڡ * 
curbuf
;

163 
�su�_buf
[256];

164 (*
f
)(*, *��
NULL
;

165 * 
d�a
 = 
NULL
;

166 
comm�t
 = 0;

167 
l���
 = 0;

168 
�r�_�
 = 0;

169 
�t8_t
 
�r
 = 
PARSE_NOMATCH
;

170 
�t8_t
 
tok
;

171 #ifde�
CMDLINE_DEBUG


172 
debug_buf
[64];

180 
curbuf
 = 
buf
;

181 ! 
	`i�ndo�e
(*
curbuf
)) {

182 i��*
curbuf
 == '\0' ) {

183 
	`debug_��tf
("Incom���bu�֒=%d)\n", 
l���
);

186 i��
	`iscomm�t
(*
curbuf
) ) {

187 
comm�t
 = 1;

189 i��! 
	`isb�nk
(*
curbuf
�&& ! 
comm�t
) {

190 
�r�_�
 = 1;

192 
curbuf
++;

193 
l���
++;

197 
	`i�ndo�e
(
buf
[
l���
])) {

198 
l���
++;

202 i��
�r�_�
 == 0 ) {

203 
	`debug_��tf
("Em�y���֒=%d)\n", 
l���
);

204  
l���
;

207 #ifde�
CMDLINE_DEBUG


208 
	`���tf
(
debug_buf
, (
l���
>64 ? 64 :����), "%s", 
buf
);

209 
	`debug_��tf
("P�����:��=%d, <%s>\n", 
l���
, 
debug_buf
);

213 
��
 = (
�r�_pgm_��_t
 *)
	`pgm_�ad_pgm�r
(
�x
+
��_num
);

214 
��
) {

215 
	`debug_��tf
("INST\n");

218 
tok
 = 
	`m�ch_��
(
��
, 
buf
, 0, 
�su�_buf
);

220 i�(
tok
 > 0)

221 
�r
 = 
PARSE_BAD_ARGS
;

223 i�(!
tok
) {

224 
	`debug_��tf
("INST fully�arsed\n");

226 
	`isb�nk
(*
curbuf
)) {

227 
curbuf
++;

231 i�(
	`i�ndo�e
(*
curbuf
�|| 
	`iscomm�t
(*curbuf)) {

232 i�(!
f
) {

233 
	`mem�y_P
(&
f
, &
��
->f, (f));

234 
	`mem�y_P
(&
d�a
, &
��
->data, (data));

238 
�r
 = 
PARSE_AMBIGUOUS
;

239 
f
=
NULL
;

240 
	`debug_��tf
("Ambiguous cmd\n");

246 
��_num
 ++;

247 
��
 = (
�r�_pgm_��_t
 *)
	`pgm_�ad_pgm�r
(
�x
+
��_num
);

251 i�(
f
) {

252 
	`f
(
�su�_buf
, 
d�a
);

257 
	`debug_��tf
("N�m�ch��=%d\n", 
�r
);

258  
�r
;

261  
l���
;

262 
	}
}

264 
�t8_t


265 
	$com��e
(
�r�_pgm_�x_t
 
�x
[], cڡ *
buf
, 
�t16_t
 *
��e
,

266 *
d�
, 
u�t8_t
 
size
)

268 cڡ * 
�com��e_tok�
 = 
buf
;

269 
u�t8_t
 
��_num
 = 0;

270 
�r�_pgm_��_t
 *
��
;

271 
�r�_pgm_tok�_hdr_t
 *
tok�_p
;

272 
tok�_hdr
�oken_hdr;

273 
tmpbuf
[64], 
com��i�_buf
[64];

274 
u�t8_t
 
�com��e_tok�_�n
;

275 
�t8_t
 
com��i�_�n
 = -1;

276 
�t8_t
 
nb_tok�
 = 0;

277 
u�t8_t
 
i
, 
n
;

278 
�t8_t
 
l
;

279 
u�t8_t
 
nb_com��ab�
;

280 
u�t8_t
 
nb_n�_com��ab�
;

281 
�t16_t
 
lo�l_��e
=0;

282 
�og_ch�
 *
h�p_�r
;

284 
	`debug_��tf
("%���ed\n", 
__FUNCTION__
);

286 
i
=0 ; 
buf
[i] ; i++) {

287 i�(!
	`isb�nk
(
buf
[
i
]) && isblank(buf[i+1]))

288 
nb_tok�
++;

289 i�(
	`isb�nk
(
buf
[
i
]) && !isblank(buf[i+1]))

290 
�com��e_tok�
 = 
buf
+
i
+1;

292 
�com��e_tok�_�n
 = 
	`���
(
�com��e_tok�
);

295 i�(*
��e
 <= 0) {

296 
	`debug_��tf
("�y com���<%s>\n", 
buf
);

297 
	`debug_��tf
("th��i�%d com���tok�s, <%s> i��com��e\n", 
nb_tok�
, 
�com��e_tok�
);

299 
nb_com��ab�
 = 0;

300 
nb_n�_com��ab�
 = 0;

302 
��
 = (
�r�_pgm_��_t
 *)
	`pgm_�ad_pgm�r
(
�x
+
��_num
);

303 
��
) {

305 i�(
nb_tok�
 && 
	`m�ch_��
(
��
, 
buf
,�b_tok�, 
NULL
))

306 
�xt
;

308 
	`debug_��tf
("instruction match \n");

309 
tok�_p
 = (
�r�_pgm_tok�_hdr_t
 *�
	`pgm_�ad_pgm�r
(&
��
->
tok�s
[
nb_tok�
]);

310 i�(
tok�_p
)

311 
	`mem�y_P
(&
tok�_hdr
, 
tok�_p
, (token_hdr));

314 i�(!
tok�_p
 ||

315 !
tok�_hdr
.
�s
->
com��e_g�_nb
 ||

316 !
tok�_hdr
.
�s
->
com��e_g�_�t
 ||

317 (
n
 = 
tok�_hdr
.
�s
->
	`com��e_g�_nb
(
tok�_p
)) == 0) {

318 
nb_n�_com��ab�
++;

319 
�xt
;

322 
	`debug_��tf
("%d choi��f܁hi�tok�\n", 
n
);

323 
i
=0 ; i<
n
 ; i++) {

324 i�(
tok�_hdr
.
�s
->
	`com��e_g�_�t
(
tok�_p
, 
i
, 
tmpbuf
, (tmpbuf)) < 0)

326 
	`�r�t_P
(
tmpbuf
, 
	`PSTR
(" "));

327 
	`debug_��tf
(" choi� <%s>\n", 
tmpbuf
);

329 i�(!
	`��cmp
(
�com��e_tok�
, 
tmpbuf
, 
�com��e_tok�_�n
)) {

330 i�(
com��i�_�n
 == -1) {

331 
	`�r�y
(
com��i�_buf
, 
tmpbuf
+
�com��e_tok�_�n
);

332 
com��i�_�n
 = 
	`���
(
tmpbuf
+
�com��e_tok�_�n
);

336 
com��i�_�n
 = 
	`nb_comm�_ch�s
(
com��i�_buf
,

337 
tmpbuf
+
�com��e_tok�_�n
);

338 
com��i�_buf
[
com��i�_�n
] = 0;

340 
nb_com��ab�
++;

343 
�xt
:

344 
��_num
 ++;

345 
��
 = (
�r�_pgm_��_t
 *)
	`pgm_�ad_pgm�r
(
�x
+
��_num
);

348 
	`debug_��tf
("tٮ choi��%d f܁hi�com��i�\n", 
nb_com��ab�
);

351 i�(
nb_com��ab�
 =�0 && 
nb_n�_com��ab�
 == 0)

355 i�(*
��e
 =�0 && 
�com��e_tok�_�n
 > 0) {

358 i�(
com��i�_�n
 > 0) {

359 i�(
com��i�_�n
 + 1 > 
size
)

362 
	`�r�y
(
d�
, 
com��i�_buf
);

369 i�(*
��e
 == -1)

370 *
��e
 = 0;

372 
	`debug_��tf
("Muɝ� choi� STATE=%d\n", *
��e
);

374 
��_num
 = 0;

375 
��
 = (
�r�_pgm_��_t
 *)
	`pgm_�ad_pgm�r
(
�x
+
��_num
);

376 
��
) {

378 
��
 = (
�r�_pgm_��_t
 *)
	`pgm_�ad_pgm�r
(
�x
+
��_num
);

380 i�(
nb_tok�
 && 
	`m�ch_��
(
��
, 
buf
,�b_tok�, 
NULL
))

381 
�xt2
;

383 
tok�_p
 = (
�r�_pgm_tok�_hdr_t
 *)
	`pgm_�ad_pgm�r
(&
��
->
tok�s
[
nb_tok�
]);

384 i�(
tok�_p
)

385 
	`mem�y_P
(&
tok�_hdr
, 
tok�_p
, (token_hdr));

388 i�(!
tok�_p
 ||

389 !
tok�_hdr
.
�s
->
com��e_g�_nb
 ||

390 !
tok�_hdr
.
�s
->
com��e_g�_�t
 ||

391 (
n
 = 
tok�_hdr
.
�s
->
	`com��e_g�_nb
(
tok�_p
)) == 0) {

392 i�(
lo�l_��e
 < *
��e
) {

393 
lo�l_��e
++;

394 
�xt2
;

396 (*
��e
)++;

397 i�(
tok�_p
 && 
tok�_hdr
.
�s
->
g�_h�p
) {

398 
tok�_hdr
.
�s
->
	`g�_h�p
(
tok�_p
, 
tmpbuf
, (tmpbuf));

399 
h�p_�r
 = (
�og_ch�
 *�
	`pgm_�ad_pgm�r
(&
��
->help_str);

400 i�(
h�p_�r
)

401 
	`���tf_P
(
d�
, 
size
, 
	`PSTR
("[%s]: "
PGMS_FMT
""), 
tmpbuf
, 
h�p_�r
);

403 
	`���tf_P
(
d�
, 
size
, 
	`PSTR
("[%s]: N�h�p"), 
tmpbuf
);

406 
	`���tf_P
(
d�
, 
size
, 
	`PSTR
("[RETURN]"));

412 
i
=0 ; i<
n
 ; i++) {

413 i�(
tok�_hdr
.
�s
->
	`com��e_g�_�t
(
tok�_p
, 
i
, 
tmpbuf
, (tmpbuf)) < 0)

415 
	`�r�t_P
(
tmpbuf
, 
	`PSTR
(" "));

416 
	`debug_��tf
(" choi� <%s>\n", 
tmpbuf
);

418 i�(!
	`��cmp
(
�com��e_tok�
, 
tmpbuf
, 
�com��e_tok�_�n
)) {

419 i�(
lo�l_��e
 < *
��e
) {

420 
lo�l_��e
++;

423 (*
��e
)++;

424 
l
=
	`���tf
(
d�
, 
size
, "%s", 
tmpbuf
);

425 i�(
l
>=0 && 
tok�_hdr
.
�s
->
g�_h�p
) {

426 
tok�_hdr
.
�s
->
	`g�_h�p
(
tok�_p
, 
tmpbuf
, (tmpbuf));

427 
h�p_�r
 = (
�og_ch�
 *�
	`pgm_�ad_pgm�r
(&
��
->help_str);

428 i�(
h�p_�r
)

429 
	`���tf_P
(
d�
+
l
, 
size
-l, 
	`PSTR
("[%s]: "
PGMS_FMT
), 
tmpbuf
, 
h�p_�r
);

431 
	`���tf_P
(
d�
+
l
, 
size
-l, 
	`PSTR
("[%s]: N�h�p"), 
tmpbuf
);

437 
�xt2
:

438 
��_num
 ++;

439 
��
 = (
�r�_pgm_��_t
 *)
	`pgm_�ad_pgm�r
(
�x
+
��_num
);

442 
	}
}

	@parse.h

24 #i�de�
_PARSE_H_


25 

	#_PARSE_H_


	)

27 
	~<av�sive/pgm�a�.h
>

28 
	~<av�sive/ty�s.h
>

30 #i�de�
off�tof


31 

	#off�tof
(
ty�
, 
f�ld
�((
size_t
�&�(�y� *)0)->f�ld�)

	)

34 

	#PARSE_SUCCESS
 0

	)

35 

	#PARSE_AMBIGUOUS
 -1

	)

36 

	#PARSE_NOMATCH
 -2

	)

37 

	#PARSE_BAD_ARGS
 -3

	)

43 
	stok�_hdr
 {

44 
tok�_�s
 *
	m�s
;

45 
u�t8_t
 
	moff�t
;

47 
tok�_hdr
 
	t�r�_tok�_hdr_t
;

49 
	stok�_hdr_pgm
 {

50 
tok�_�s
 *
	m�s
;

51 
u�t8_t
 
	moff�t
;

52 } 
	gPROGMEM
;

53 
tok�_hdr_pgm
 
	t�r�_pgm_tok�_hdr_t
;

74 
	stok�_�s
 {

76 
�t8_t
 (*
�r�
)(
	m�r�_pgm_tok�_hdr_t
 *, const *, *);

78 
�t8_t
 (*
com��e_g�_nb
)(
	m�r�_pgm_tok�_hdr_t
 *);

80 
�t8_t
 (*
com��e_g�_�t
)(
	m�r�_pgm_tok�_hdr_t
 *, 
	m�t8_t
, *, 
	mu�t8_t
);

82 
�t8_t
 (*
g�_h�p
)(
	m�r�_pgm_tok�_hdr_t
 *, *, 
	mu�t8_t
);

90 
	s��
 {

92 (*
	mf
)(*, *);

93 * 
	md�a
;

94 * 
	mh�p_�r
;

95 
�og_void
 * 
	mtok�s
[];

97 
��
 
	t�r�_��_t
;

98 
	s��_pgm
 {

100 (*
	mf
)(*, *);

101 * 
	md�a
;

102 * 
	mh�p_�r
;

103 
�og_void
 * 
	mtok�s
[];

104 } 
	gPROGMEM
;

105 
��_pgm
 
	t�r�_pgm_��_t
;

112 
�r�_pgm_��_t
 * 
	t�r�_�x_t
;

113 
PROGMEM
 
	t�r�_�x_t
 
	t�r�_pgm_�x_t
;

122 
�t8_t
 
�r�
(
�r�_pgm_�x_t
 
�x
[], cڡ * 
buf
);

139 
�t8_t
 
com��e
(
�r�_pgm_�x_t
 
�x
[], cڡ *
buf
, 
�t16_t
 *
��e
,

140 *
d�
, 
u�t8_t
 
size
);

144 
i�ndo�ok�
(
c
);

	@parse_atcmd.c

28 
	~<av�sive/pgm�a�.h
>

30 
	~<�dio.h
>

31 
	~<��y�s.h
>

32 
	~<�y�.h
>

33 
	~<�r�g.h
>

35 
	~<�r�.h
>

37 
	~"xb�_�cmd.h
"

38 
	~"�r�_�cmd.h
"

40 
�t8_t


41 
	$�r�_�cmd
(
�r�_pgm_tok�_hdr_t
 *
tk
, cڡ *
buf
, *
�s
)

43 
xb�_�cmd
 
c�y
;

44 
tok�_�cmd_d�a
 
ad
;

45 
xb�_�cmd_pgm
 *
cmd
;

46 
bufc�y
[32];

47 
u�t8_t
 
tok�_�n
 = 0;

49 
	`mem�y_P
(&
ad
, &((
tok�_�cmd
 *)
tk
)->
�cmd_d�a
, (ad));

51 !
	`i�ndo�ok�
(
buf
[
tok�_�n
]) &&

52 
tok�_�n
 < ((
bufc�y
)-1)) {

53 
bufc�y
[
tok�_�n
] = 
buf
[token_len];

54 
tok�_�n
++;

56 
bufc�y
[
tok�_�n
] = 0;

59 
cmd
 = 
	`xb�_�cmd_lookup_desc
(
bufc�y
);

61 i�(
cmd
 =�
NULL
)

65 
	`mem�y_P
(&
c�y
, 
cmd
, (copy));

66 i�((
c�y
.
�ags
 & 
ad
.
�cmd_mask
�!�ad.
�cmd_�ags
)

69 i�(
�s
)

70 *(
xb�_�cmd_pgm
 **)
�s
 = 
cmd
;

72  
tok�_�n
;

73 
	}
}

75 
�t8_t
 
	$com��e_g�_nb_�cmd
(
�r�_pgm_tok�_hdr_t
 *
tk
)

77 
tok�_�cmd_d�a
 
ad
;

78 
xb�_�cmd_pgm
 *
cmd
;

79 
xb�_�cmd
 
c�y
;

80 
�t8_t
 
�t
 = 0;

82 
	`mem�y_P
(&
ad
, &((
tok�_�cmd
 *)
tk
)->
�cmd_d�a
, (ad));

84 
cmd
 = &
xb�_�cmd_li�
[0], 
	`mem�y_P
(&
c�y
, cmd, (copy));

85 
c�y
.
�me
 !�
NULL
;

86 
cmd
++, 
	`mem�y_P
(&
c�y
, cmd, (copy))) {

88 i�((
c�y
.
�ags
 & 
ad
.
�cmd_mask
�=�ad.
�cmd_�ags
)

89 
�t
++;

91  
�t
;

92 
	}
}

94 
�t8_t
 
	$com��e_g�_�t_�cmd
(
�r�_pgm_tok�_hdr_t
 *
tk
, 
�t8_t
 
idx
,

95 *
d�buf
, 
u�t8_t
 
size
)

97 
tok�_�cmd_d�a
 
ad
;

98 
xb�_�cmd_pgm
 *
cmd
;

99 
xb�_�cmd
 
c�y
;

100 
�t8_t
 
�t
 = 0;

102 
	`mem�y_P
(&
ad
, &((
tok�_�cmd
 *)
tk
)->
�cmd_d�a
, (ad));

104 
cmd
 = &
xb�_�cmd_li�
[0], 
	`mem�y_P
(&
c�y
, cmd, (copy));

105 
c�y
.
�me
 !�
NULL
;

106 
cmd
++, 
	`mem�y_P
(&
c�y
, cmd, (copy))) {

108 i�((
c�y
.
�ags
 & 
ad
.
�cmd_mask
�=�ad.
�cmd_�ags
) {

109 i�(
�t
 =�
idx
) {

110 
	`mem�y_P
(
d�buf
, 
c�y
.
desc
, 
size
);

111 
d�buf
[
size
-1] = '\0';

115 
�t
++;

119 
	}
}

121 
�t8_t


122 
	$h�p_�cmd
(
�r�_pgm_tok�_hdr_t
 *
tk
, *
d�buf
,

123 
u�t8_t
 
size
)

125 
	`���tf
(
d�buf
, 
size
, "ATCMD");

127 
	}
}

129 
tok�_�s
 
	gtok�_�cmd_�s
 = {

130 .
�r�
 = 
�r�_�cmd
,

131 .
	gcom��e_g�_nb
 = 
com��e_g�_nb_�cmd
,

132 .
	gcom��e_g�_�t
 = 
com��e_g�_�t_�cmd
,

133 .
	gg�_h�p
 = 
h�p_�cmd
,

	@parse_atcmd.h

28 #i�de�
_PARSE_ATCMD_H_


29 

	#_PARSE_ATCMD_H_


	)

31 
	stok�_�cmd_d�a
 {

32 
xb�_dev
 **
	mxb�_dev
;

33 
	m�cmd_�ags
;

34 
	m�cmd_mask
;

37 
	stok�_�cmd
 {

38 
tok�_hdr
 
	mhdr
;

39 
tok�_�cmd_d�a
 
	m�cmd_d�a
;

41 
tok�_�cmd
 
	t�r�_tok�_�cmd_t
;

43 
	stok�_�cmd_pgm
 {

44 
tok�_hdr
 
	mhdr
;

45 
tok�_�cmd_d�a
 
	m�cmd_d�a
;

46 } 
	gPROGMEM
;

47 
tok�_�cmd_pgm
 
	t�r�_pgm_tok�_�cmd_t
;

49 

tok�_�s
 
tok�_�cmd_�s
;

51 

	#TOKEN_ATCMD_INITIALIZER
(
�ru�u�
, 
f�ld
, 
dev
, 
�ags
, 
mask
) \

53 .
hdr
 = { \

54 .
�s
 = &
tok�_�cmd_�s
, \

55 .
off�t
 = 
	`off�tof
(
�ru�u�
, 
f�ld
), \

57 .
�cmd_d�a
 = { \

58 .
xb�_dev
 = 
dev
, \

59 .
�cmd_�ags
 = 
�ags
, \

60 .
�cmd_mask
 = 
mask
, \

62 }

	)

	@parse_monitor.c

28 
	~<av�sive.h
>

29 
	~<av�sive/queue.h
>

30 
	~<av�sive/pgm�a�.h
>

32 
	~<�dio.h
>

33 
	~<��y�s.h
>

34 
	~<�y�.h
>

35 
	~<�r�g.h
>

37 
	~<�r�.h
>

39 
	~"�r�_mڙ�.h
"

41 
mڙ�_�g_li�
 
	gxb�_mڙ�_li�
 = 
LIST_HEAD_INITIALIZER
();

43 
�t8_t


44 
	$�r�_mڙ�
(
�r�_pgm_tok�_hdr_t
 *
tk
, cڡ *
buf
, *
�s
)

46 
mڙ�_�g
 *
m
;

47 
u�t8_t
 
tok�_�n
 = 0;

48 
bufc�y
[32];

50 !
	`i�ndo�ok�
(
buf
[
tok�_�n
]) &&

51 
tok�_�n
 < ((
bufc�y
)-1)) {

52 
bufc�y
[
tok�_�n
] = 
buf
[token_len];

53 
tok�_�n
++;

55 
bufc�y
[
tok�_�n
] = 0;

57 
	`LIST_FOREACH
(
m
, &
xb�_mڙ�_li�
, 
�xt
) {

58 i�(!
	`�rcmp_P
(
bufc�y
, 
m
->
desc
))

61 i�(
m
 =�
NULL
)

65 i�(
�s
)

66 *(
mڙ�_�g
 **)
�s
 = 
m
;

68  
tok�_�n
;

69 
	}
}

71 
�t8_t


72 
	$com��e_g�_nb_mڙ�
(
�r�_pgm_tok�_hdr_t
 *
tk
)

74 
mڙ�_�g
 *
m
;

75 
�t8_t
 
i
 = 0;

77 
	`LIST_FOREACH
(
m
, &
xb�_mڙ�_li�
, 
�xt
) {

78 
i
++;

80  
i
;

81 
	}
}

83 
�t8_t


84 
	$com��e_g�_�t_mڙ�
(
�r�_pgm_tok�_hdr_t
 *
tk
, 
�t8_t
 
idx
,

85 *
d�buf
, 
u�t8_t
 
size
)

87 
mڙ�_�g
 *
m
;

88 
�t8_t
 
i
 = 0, 
�n
;

90 
	`LIST_FOREACH
(
m
, &
xb�_mڙ�_li�
, 
�xt
) {

91 i�(
i
 =�
idx
)

93 
i
++;

95 i�(
m
 =�
NULL
)

98 
�n
 = 
	`���tf
(
d�buf
, 
size
, "%S", 
m
->
desc
);

99 i�(
�n
 < 0 ||�� >�
size
)

103 
	}
}

106 
�t8_t


107 
	$h�p_mڙ�
(
�r�_pgm_tok�_hdr_t
 *
tk
, *
d�buf
,

108 
u�t8_t
 
size
)

110 
	`���tf
(
d�buf
, 
size
, "Monitor-register");

112 
	}
}

114 
tok�_�s
 
	gtok�_mڙ�_�s
 = {

115 .
�r�
 = 
�r�_mڙ�
,

116 .
	gcom��e_g�_nb
 = 
com��e_g�_nb_mڙ�
,

117 .
	gcom��e_g�_�t
 = 
com��e_g�_�t_mڙ�
,

118 .
	gg�_h�p
 = 
h�p_mڙ�
,

	@parse_monitor.h

28 #i�de�
_PARSE_MONITOR_H_


29 

	#_PARSE_MONITOR_H_


	)

31 
	~<�r�.h
>

33 
	smڙ�_�g
 {

34 
LIST_ENTRY
(
mڙ�_�g
�
	m�xt
;

35 cڡ 
�og_ch�
 *
	mdesc
;

36 
	m�cmd
[3];

39 
LIST_HEAD
(
mڙ�_�g_li�
, 
mڙ�_�g
);

40 

mڙ�_�g_li�
 
xb�_mڙ�_li�
;

43 
	stok�_mڙ�_d�a
 {

46 
	stok�_mڙ�
 {

47 
tok�_hdr
 
	mhdr
;

48 
tok�_mڙ�_d�a
 
	mmڙ�_d�a
;

50 
tok�_mڙ�
 
	t�r�_tok�_mڙ�_t
;

52 
	stok�_mڙ�_pgm
 {

53 
tok�_hdr
 
	mhdr
;

54 
tok�_mڙ�_d�a
 
	mmڙ�_d�a
;

55 } 
	gPROGMEM
;

56 
tok�_mڙ�_pgm
 
	t�r�_pgm_tok�_mڙ�_t
;

58 

tok�_�s
 
tok�_mڙ�_�s
;

60 

	#TOKEN_MONITOR_INITIALIZER
(
�ru�u�
, 
f�ld
){ \

61 .
hdr
 = { \

62 .
�s
 = &
tok�_mڙ�_�s
, \

63 .
off�t
 = 
	`off�tof
(
�ru�u�
, 
f�ld
), \

65 .
mڙ�_d�a
 = { \

67 }

	)

	@parse_neighbor.c

28 
	~<av�sive.h
>

29 
	~<av�sive/queue.h
>

30 
	~<av�sive/pgm�a�.h
>

32 
	~<�dio.h
>

33 
	~<��y�s.h
>

34 
	~<�y�.h
>

35 
	~<�r�g.h
>

37 
	~<�r�.h
>

39 
	~"xb�_�ighb�.h
"

40 
	~"xb�_�cmd.h
"

41 
	~"xb�_��s.h
"

42 
	~"xb�_buf.h
"

43 
	~"xb�_��o.h
"

44 
	~"xb�.h
"

46 
	~"�r�_�ighb�.h
"

48 
�t8_t


49 
	$�r�_�ighb�
(
�r�_pgm_tok�_hdr_t
 *
tk
, cڡ *
buf
, *
�s
)

51 
tok�_�ighb�_d�a
 
tkd
;

52 
xb�_dev
 *
dev
;

53 
xb�_�igh
 *
�igh
;

54 
u�t8_t
 
tok�_�n
 = 0;

55 
bufc�y
[32];

57 
	`mem�y_P
(&
tkd
, &((
tok�_�ighb�
 *)
tk
)->
�ighb�_d�a
,

58 (
tkd
));

59 
dev
 = *
tkd
.
xb�_dev
;

61 !
	`i�ndo�ok�
(
buf
[
tok�_�n
]) &&

62 
tok�_�n
 < ((
bufc�y
)-1)) {

63 
bufc�y
[
tok�_�n
] = 
buf
[token_len];

64 
tok�_�n
++;

66 
bufc�y
[
tok�_�n
] = 0;

67 
�igh
 = 
	`xb�_�igh_lookup
(
dev
, 
bufc�y
);

68 i�(
�igh
 =�
NULL
)

72 i�(
�s
)

73 *(
xb�_�igh
 **)
�s
 = 
�igh
;

75  
tok�_�n
;

76 
	}
}

78 
�t8_t


79 
	$com��e_g�_nb_�ighb�
(
�r�_pgm_tok�_hdr_t
 *
tk
)

81 
tok�_�ighb�_d�a
 
tkd
;

82 
xb�_dev
 *
dev
;

83 
xb�_�igh
 *
�igh
;

84 
�t8_t
 
i
 = 0;

86 
	`mem�y_P
(&
tkd
, &((
tok�_�ighb�
 *)
tk
)->
�ighb�_d�a
,

87 (
tkd
));

88 
dev
 = *
tkd
.
xb�_dev
;

90 
	`LIST_FOREACH
(
�igh
, &
dev
->
�igh_li�
, 
�xt
) {

91 
i
++;

93  
i
;

94 
	}
}

96 
�t8_t


97 
	$com��e_g�_�t_�ighb�
(
�r�_pgm_tok�_hdr_t
 *
tk
, 
�t8_t
 
idx
,

98 *
d�buf
, 
u�t8_t
 
size
)

100 
tok�_�ighb�_d�a
 
tkd
;

101 
xb�_dev
 *
dev
;

102 
xb�_�igh
 *
�igh
;

103 
�t8_t
 
i
 = 0, 
�n
;

105 
	`mem�y_P
(&
tkd
, &((
tok�_�ighb�
 *)
tk
)->
�ighb�_d�a
,

106 (
tkd
));

107 
dev
 = *
tkd
.
xb�_dev
;

109 
	`LIST_FOREACH
(
�igh
, &
dev
->
�igh_li�
, 
�xt
) {

110 i�(
i
++ =�
idx
)

114 i�(
�igh
 =�
NULL
)

117 
�n
 = 
	`���tf
(
d�buf
, 
size
, "%s", 
�igh
->
�me
);

118 i�(
�n
 < 0 ||�� >�
size
)

122 
	}
}

125 
�t8_t


126 
	$h�p_�ighb�
(
�r�_pgm_tok�_hdr_t
 *
tk
, *
d�buf
,

127 
u�t8_t
 
size
)

129 
	`���tf
(
d�buf
, 
size
, "Neighbor");

131 
	}
}

133 
tok�_�s
 
	gtok�_�ighb�_�s
 = {

134 .
�r�
 = 
�r�_�ighb�
,

135 .
	gcom��e_g�_nb
 = 
com��e_g�_nb_�ighb�
,

136 .
	gcom��e_g�_�t
 = 
com��e_g�_�t_�ighb�
,

137 .
	gg�_h�p
 = 
h�p_�ighb�
,

	@parse_neighbor.h

28 #i�de�
_PARSE_NEIGHBOR_H_


29 

	#_PARSE_NEIGHBOR_H_


	)

31 
	stok�_�ighb�_d�a
 {

32 
xb�_dev
 **
	mxb�_dev
;

35 
	stok�_�ighb�
 {

36 
tok�_hdr
 
	mhdr
;

37 
tok�_�ighb�_d�a
 
	m�ighb�_d�a
;

39 
tok�_�ighb�
 
	t�r�_tok�_�ighb�_t
;

41 
	stok�_�ighb�_pgm
 {

42 
tok�_hdr
 
	mhdr
;

43 
tok�_�ighb�_d�a
 
	m�ighb�_d�a
;

44 } 
	gPROGMEM
;

45 
tok�_�ighb�_pgm
 
	t�r�_pgm_tok�_�ighb�_t
;

47 

tok�_�s
 
tok�_�ighb�_�s
;

49 

	#TOKEN_NEIGHBOR_INITIALIZER
(
�ru�u�
, 
f�ld
, 
dev
) \

51 .
hdr
 = { \

52 .
�s
 = &
tok�_�ighb�_�s
, \

53 .
off�t
 = 
	`off�tof
(
�ru�u�
, 
f�ld
), \

55 .
�ighb�_d�a
 = { \

56 .
xb�_dev
 = 
dev
, \

58 }

	)

	@parse_num.c

1 
	~<�dio.h
>

2 
	~<��y�s.h
>

3 
	~<�y�.h
>

4 
	~<�r�g.h
>

6 
	~"�r�.h
"

7 
	~"�r�_num.h
"

10 

	#debug_��tf
(
�gs
...�d�{} 0)

	)

13 

	#U08_MIN
 0x00

	)

14 

	#U08_MAX
 0xFF

	)

15 

	#U16_MIN
 0x0000

	)

16 

	#U16_MAX
 0xFFFF

	)

17 

	#U32_MIN
 0x00000000

	)

18 

	#U32_MAX
 0xFFFFFFFF

	)

19 

	#U64_MIN
 0x0000000000000000

	)

20 

	#U64_MAX
 0xFFFFFFFFFFFFFFFF

	)

21 

	#S08_MIN
 0x80

	)

22 

	#S08_MAX
 0x7F

	)

23 

	#S16_MIN
 0x8000

	)

24 

	#S16_MAX
 0x7FFF

	)

25 

	#S32_MIN
 0x80000000

	)

26 

	#S32_MAX
 0x7FFFFFFF

	)

27 

	#S64_MIN
 0x8000000000000000

	)

28 

	#S64_MAX
 0x7FFFFFFFFFFFFFFF

	)

31 
tok�_�s
 
	gtok�_num_�s
 = {

32 .
�r�
 = 
�r�_num
,

33 .
	gcom��e_g�_nb
 = 
NULL
,

34 .
	gcom��e_g�_�t
 = 
NULL
,

35 .
	gg�_h�p
 = 
g�_h�p_num
,

39 
	enum_�r�_��e_t
 {

40 
	mSTART
,

41 
	mDEC_NEG
,

42 
	mBIN
,

43 
	mHEX
,

44 
	mFLOAT_POS
,

45 
	mFLOAT_NEG
,

46 
	mERROR
,

48 
	mFIRST_OK
,

49 
	mZERO_OK
,

50 
	mHEX_OK
,

51 
	mOCTAL_OK
,

52 
	mBIN_OK
,

53 
	mDEC_NEG_OK
,

54 
	mDEC_POS_OK
,

55 
	mFLOAT_POS_OK
,

56 
	mFLOAT_NEG_OK
,

60 cڡ 
�og_ch�
 
	gh�p1
[] = "UINT8";

61 cڡ 
�og_ch�
 
	gh�p2
[] = "UINT16";

62 cڡ 
�og_ch�
 
	gh�p3
[] = "UINT32";

63 cڡ 
�og_ch�
 
	gh�p4
[] = "UINT64";

64 cڡ 
�og_ch�
 
	gh�p5
[] = "INT8";

65 cڡ 
�og_ch�
 
	gh�p6
[] = "INT16";

66 cڡ 
�og_ch�
 
	gh�p7
[] = "INT32";

67 cڡ 
�og_ch�
 
	gh�p8
[] = "INT64";

68 #i�de�
CONFIG_MODULE_PARSE_NO_FLOAT


69 cڡ 
�og_ch�
 
	gh�p9
[] = "FLOAT";

71 cڡ 
�og_ch�
 * 
	gnum_h�p
[] = {

72 
h�p1
, 
h�p2
, 
h�p3
, 
h�p4
,

73 
h�p5
, 
h�p6
, 
h�p7
, 
h�p8
,

74 #i�de�
CONFIG_MODULE_PARSE_NO_FLOAT


75 
h�p9
,

79 
�l�e
 
�t8_t


80 
	$add_to_�s
(
u�t8_t
 
c
, 
u�t64_t
 * 
�s
, u�t8_�
ba�
)

83 i��(
U64_MAX
 - 
c
�/ 
ba�
 < *
�s
 ) {

87 *
�s
 = *��* 
ba�
 + 
c
 ;

89 
	}
}

93 
�t8_t


94 
	$�r�_num
(
�r�_pgm_tok�_hdr_t
 * 
tk
, cڡ * 
�cbuf
, * 
�s
)

96 
tok�_num_d�a
 
nd
;

97 
num_�r�_��e_t
 
�
 = 
START
;

98 cڡ * 
buf
 = 
�cbuf
;

99 
c
 = *
buf
;

100 
u�t64_t
 
�s1
=0, 
�s2
=0, 
�s3
=1;

102 
	`mem�y_P
(&
nd
, &((
tok�_num
 *)
tk
)->
num_d�a
, (nd));

104  
�
 !�
ERROR
 && 
c
 && ! 
	`i�ndo�ok�
(c) ) {

105 
	`debug_��tf
("%�%x -> ", 
c
, c);

106 
�
) {

107 
START
:

108 i�(
c
 == '-') {

109 
�
 = 
DEC_NEG
;

111 i�(
c
 == '0') {

112 
�
 = 
ZERO_OK
;

114 #i�de�
CONFIG_MODULE_PARSE_NO_FLOAT


115 i�(
c
 == '.') {

116 
�
 = 
FLOAT_POS
;

117 
�s1
 = 0;

120 i�(
c
 >= '1' && c <= '9') {

121 i�(
	`add_to_�s
(
c
 - '0', &
�s1
, 10) < 0)

122 
�
 = 
ERROR
;

124 
�
 = 
DEC_POS_OK
;

127 
�
 = 
ERROR
;

131 
ZERO_OK
:

132 i�(
c
 == 'x') {

133 
�
 = 
HEX
;

135 i�(
c
 == 'b') {

136 
�
 = 
BIN
;

138 #i�de�
CONFIG_MODULE_PARSE_NO_FLOAT


139 i�(
c
 == '.') {

140 
�
 = 
FLOAT_POS
;

141 
�s1
 = 0;

144 i�(
c
 >= '0' && c <= '7') {

145 i�(
	`add_to_�s
(
c
 - '0', &
�s1
, 10) < 0)

146 
�
 = 
ERROR
;

148 
�
 = 
OCTAL_OK
;

151 
�
 = 
ERROR
;

155 
DEC_NEG
:

156 i�(
c
 >= '0' && c <= '9') {

157 i�(
	`add_to_�s
(
c
 - '0', &
�s1
, 10) < 0)

158 
�
 = 
ERROR
;

160 
�
 = 
DEC_NEG_OK
;

162 #i�de�
CONFIG_MODULE_PARSE_NO_FLOAT


163 i�(
c
 == '.') {

164 
�s1
 = 0;

165 
�
 = 
FLOAT_NEG
;

169 
�
 = 
ERROR
;

173 
DEC_NEG_OK
:

174 i�(
c
 >= '0' && c <= '9') {

175 i�(
	`add_to_�s
(
c
 - '0', &
�s1
, 10) < 0)

176 
�
 = 
ERROR
;

178 #i�de�
CONFIG_MODULE_PARSE_NO_FLOAT


179 i�(
c
 == '.') {

180 
�
 = 
FLOAT_NEG
;

184 
�
 = 
ERROR
;

188 
DEC_POS_OK
:

189 i�(
c
 >= '0' && c <= '9') {

190 i�(
	`add_to_�s
(
c
 - '0', &
�s1
, 10) < 0)

191 
�
 = 
ERROR
;

193 #i�de�
CONFIG_MODULE_PARSE_NO_FLOAT


194 i�(
c
 == '.') {

195 
�
 = 
FLOAT_POS
;

199 
�
 = 
ERROR
;

203 
HEX
:

204 
�
 = 
HEX_OK
;

206 
HEX_OK
:

207 i�(
c
 >= '0' && c <= '9') {

208 i�(
	`add_to_�s
(
c
 - '0', &
�s1
, 16) < 0)

209 
�
 = 
ERROR
;

211 i�(
c
 >= 'a' && c <= 'f') {

212 i�(
	`add_to_�s
(
c
 - 'a' + 10, &
�s1
, 16) < 0)

213 
�
 = 
ERROR
;

215 i�(
c
 >= 'A' && c <= 'F') {

216 i�(
	`add_to_�s
(
c
 - 'A' + 10, &
�s1
, 16) < 0)

217 
�
 = 
ERROR
;

220 
�
 = 
ERROR
;

225 
OCTAL_OK
:

226 i�(
c
 >= '0' && c <= '7') {

227 i�(
	`add_to_�s
(
c
 - '0', &
�s1
, 8) < 0)

228 
�
 = 
ERROR
;

231 
�
 = 
ERROR
;

235 
BIN
:

236 
�
 = 
BIN_OK
;

238 
BIN_OK
:

239 i�(
c
 >= '0' && c <= '1') {

240 i�(
	`add_to_�s
(
c
 - '0', &
�s1
, 2) < 0)

241 
�
 = 
ERROR
;

244 
�
 = 
ERROR
;

248 #i�de�
CONFIG_MODULE_PARSE_NO_FLOAT


249 
FLOAT_POS
:

250 i�(
c
 >= '0' && c <= '9') {

251 i�(
	`add_to_�s
(
c
 - '0', &
�s2
, 10) < 0)

252 
�
 = 
ERROR
;

254 
�
 = 
FLOAT_POS_OK
;

255 
�s3
 = 10;

258 
�
 = 
ERROR
;

262 
FLOAT_NEG
:

263 i�(
c
 >= '0' && c <= '9') {

264 i�(
	`add_to_�s
(
c
 - '0', &
�s2
, 10) < 0)

265 
�
 = 
ERROR
;

267 
�
 = 
FLOAT_NEG_OK
;

268 
�s3
 = 10;

271 
�
 = 
ERROR
;

275 
FLOAT_POS_OK
:

276 i�(
c
 >= '0' && c <= '9') {

277 i�(
	`add_to_�s
(
c
 - '0', &
�s2
, 10) < 0)

278 
�
 = 
ERROR
;

279 i�(
	`add_to_�s
(0, &
�s3
, 10) < 0)

280 
�
 = 
ERROR
;

283 
�
 = 
ERROR
;

287 
FLOAT_NEG_OK
:

288 i�(
c
 >= '0' && c <= '9') {

289 i�(
	`add_to_�s
(
c
 - '0', &
�s2
, 10) < 0)

290 
�
 = 
ERROR
;

291 i�(
	`add_to_�s
(0, &
�s3
, 10) < 0)

292 
�
 = 
ERROR
;

295 
�
 = 
ERROR
;

301 
	`debug_��tf
("not impl ");

305 
	`debug_��tf
("(%d) (%d) (%d)\n",

306 ()
�s1
, ()
�s2
, ()
�s3
);

308 
buf
 ++;

309 
c
 = *
buf
;

312 i�(
buf
-
�cbuf
 > 127)

316 
�
) {

317 
ZERO_OK
:

318 
DEC_POS_OK
:

319 
HEX_OK
:

320 
OCTAL_OK
:

321 
BIN_OK
:

322 i��
nd
.
ty�
 =�
INT8
 && 
�s1
 <�
S08_MAX
 ) {

323 i�(
�s
)

324 *(
�t8_t
 *)
�s
 = (�t8_t�
�s1
;

325  (
buf
-
�cbuf
);

327 i��
nd
.
ty�
 =�
INT16
 && 
�s1
 <�
S16_MAX
 ) {

328 i�(
�s
)

329 *(
�t16_t
 *)
�s
 = (�t16_t�
�s1
;

330  (
buf
-
�cbuf
);

332 i��
nd
.
ty�
 =�
INT32
 && 
�s1
 <�
S32_MAX
 ) {

333 i�(
�s
)

334 *(
�t32_t
 *)
�s
 = (�t32_t�
�s1
;

335  (
buf
-
�cbuf
);

337 i��
nd
.
ty�
 =�
INT64
 && 
�s1
 <�
S64_MAX
 ) {

338 i�(
�s
)

339 *(
�t64_t
 *)
�s
 = (�t64_t�
�s1
;

340  (
buf
-
�cbuf
);

342 i��
nd
.
ty�
 =�
UINT8
 && 
�s1
 <�
U08_MAX
 ) {

343 i�(
�s
)

344 *(
u�t8_t
 *)
�s
 = (u�t8_t�
�s1
;

345  (
buf
-
�cbuf
);

347 i�(
nd
.
ty�
 =�
UINT16
 && 
�s1
 <�
U16_MAX
 ) {

348 i�(
�s
)

349 *(
u�t16_t
 *)
�s
 = (u�t16_t�
�s1
;

350  (
buf
-
�cbuf
);

352 i��
nd
.
ty�
 =�
UINT32
 ) {

353 i�(
�s
)

354 *(
u�t32_t
 *)
�s
 = (u�t32_t�
�s1
;

355  (
buf
-
�cbuf
);

357 i��
nd
.
ty�
 =�
UINT64
 ) {

358 i�(
�s
)

359 *(
u�t64_t
 *)
�s
 = (u�t64_t�
�s1
;

360  (
buf
-
�cbuf
);

362 #i�de�
CONFIG_MODULE_PARSE_NO_FLOAT


363 i��
nd
.
ty�
 =�
FLOAT
 ) {

364 i�(
�s
)

365 *(*)
�s
 = ()
�s1
;

366  (
buf
-
�cbuf
);

374 
DEC_NEG_OK
:

375 i��
nd
.
ty�
 =�
INT8
 && 
�s1
 <�
S08_MAX
 + 1 ) {

376 i�(
�s
)

377 *(
�t8_t
 *)
�s
 = - (�t8_t�
�s1
;

378  (
buf
-
�cbuf
);

380 i��
nd
.
ty�
 =�
INT16
 && 
�s1
 <�(
u�t16_t
)
S16_MAX
 + 1 ) {

381 i�(
�s
)

382 *(
�t16_t
 *)
�s
 = - (�t16_t�
�s1
;

383  (
buf
-
�cbuf
);

385 i��
nd
.
ty�
 =�
INT32
 && 
�s1
 <�(
u�t32_t
)
S32_MAX
 + 1 ) {

386 i�(
�s
)

387 *(
�t32_t
 *)
�s
 = - (�t32_t�
�s1
;

388  (
buf
-
�cbuf
);

390 i��
nd
.
ty�
 =�
INT64
 && 
�s1
 <�(
u�t64_t
)
S64_MAX
 + 1 ) {

391 i�(
�s
)

392 *(
�t64_t
 *)
�s
 = - (�t64_t�
�s1
;

393  (
buf
-
�cbuf
);

395 #i�de�
CONFIG_MODULE_PARSE_NO_FLOAT


396 i��
nd
.
ty�
 =�
FLOAT
 ) {

397 i�(
�s
)

398 *(*)
�s
 = - ()
�s1
;

399  (
buf
-
�cbuf
);

407 #i�de�
CONFIG_MODULE_PARSE_NO_FLOAT


408 
FLOAT_POS
:

409 
FLOAT_POS_OK
:

410 i��
nd
.
ty�
 =�
FLOAT
 ) {

411 i�(
�s
)

412 *(*)
�s
 = ()
�s1
 + (()
�s2
 / ()
�s3
);

413  (
buf
-
�cbuf
);

421 
FLOAT_NEG
:

422 
FLOAT_NEG_OK
:

423 i��
nd
.
ty�
 =�
FLOAT
 ) {

424 i�(
�s
)

425 *(*)
�s
 = - (()
�s1
 + (()
�s2
 / ()
�s3
));

426  (
buf
-
�cbuf
);

435 
	`debug_��tf
("error\n");

439 
	}
}

443 
�t8_t


444 
	$g�_h�p_num
(
�r�_pgm_tok�_hdr_t
 * 
tk
, * 
d�buf
, 
u�t8_t
 
size
)

446 
tok�_num_d�a
 
nd
;

448 
	`mem�y_P
(&
nd
, &((
tok�_num
 *)
tk
)->
num_d�a
, (nd));

454 
	`���y_P
(
d�buf
, 
num_h�p
[
nd
.
ty�
], 
size
);

455 
d�buf
[
size
-1] = '\0';

457 
	}
}

	@parse_num.h

1 #i�de�
_PARSE_NUM_H_


2 

	#_PARSE_NUM_H_


	)

4 
	~"�r�.h
"

6 
	enumty�
 {

7 
	mUINT8
 = 0,

8 
	mUINT16
,

9 
	mUINT32
,

10 
	mUINT64
,

11 
	mINT8
,

12 
	mINT16
,

13 
	mINT32
,

14 
	mINT64
,

15 #i�de�
CONFIG_MODULE_PARSE_NO_FLOAT


16 
	mFLOAT
,

20 
	stok�_num_d�a
 {

21 
numty�
 
	mty�
;

24 
	stok�_num
 {

25 
tok�_hdr
 
	mhdr
;

26 
tok�_num_d�a
 
	mnum_d�a
;

28 
tok�_num
 
	t�r�_tok�_num_t
;

29 
	stok�_num_pgm
 {

30 
tok�_hdr
 
	mhdr
;

31 
tok�_num_d�a
 
	mnum_d�a
;

32 } 
	gPROGMEM
;

33 
tok�_num_pgm
 
	t�r�_pgm_tok�_num_t
;

35 

tok�_�s
 
tok�_num_�s
;

37 
�t8_t
 
�r�_num
(
�r�_pgm_tok�_hdr_t
 * 
tk
,

38 cڡ * 
�cbuf
, * 
�s
);

39 
�t8_t
 
g�_h�p_num
(
�r�_pgm_tok�_hdr_t
 * 
tk
,

40 * 
d�buf
, 
u�t8_t
 
size
);

42 

	#TOKEN_NUM_INITIALIZER
(
�ru�u�
, 
f�ld
, 
numty�
) \

44 .
hdr
 = { \

45 .
�s
 = &
tok�_num_�s
, \

46 .
off�t
 = 
	`off�tof
(
�ru�u�
, 
f�ld
), \

48 .
num_d�a
 = { \

49 .
ty�
 = 
numty�
, \

51 }

	)

	@parse_string.c

1 
	~<�dio.h
>

2 
	~<��y�s.h
>

3 
	~<�y�.h
>

4 
	~<�r�g.h
>

6 
	~"�r�.h
"

7 
	~"�r�_�r�g.h
"

9 
tok�_�s
 
	gtok�_�r�g_�s
 = {

10 .
�r�
 = 
�r�_�r�g
,

11 .
	gcom��e_g�_nb
 = 
com��e_g�_nb_�r�g
,

12 .
	gcom��e_g�_�t
 = 
com��e_g�_�t_�r�g
,

13 .
	gg�_h�p
 = 
g�_h�p_�r�g
,

16 

	#MULTISTRING_HELP
 
	`PSTR
("Mul-choi� STRING")

	)

17 

	#ANYSTRING_HELP
 
	`PSTR
("Any STRING")

	)

18 

	#FIXEDSTRING_HELP
 
	`PSTR
("Fixed STRING")

	)

20 
u�t8_t


21 
	$g�_tok�_�n
(cڡ 
�og_ch�
 * 
s
)

23 
�og_ch�
 
c
;

24 
u�t8_t
 
i
=0;

26 
c
 = 
	`pgm_�ad_by�
(
s
+
i
);

27 
c
!='#' && c!='\0') {

28 
i
++;

29 
c
 = 
	`pgm_�ad_by�
(
s
+
i
);

31  
i
;

32 
	}
}

34 cڡ 
�og_ch�
 *

35 
	$g�_�xt_tok�
(cڡ 
�og_ch�
 * 
s
)

37 
u�t8_t
 
i
;

38 
i
 = 
	`g�_tok�_�n
(
s
);

39 i�(
	`pgm_�ad_by�
(
s
+
i
) == '#')

40  
s
+
i
+1;

41  
NULL
;

42 
	}
}

44 
�t8_t


45 
	$�r�_�r�g
(
�r�_pgm_tok�_hdr_t
 * 
tk
, cڡ * 
buf
, * 
�s
)

47 
tok�_�r�g_d�a
 
sd
;

48 
u�t8_t
 
tok�_�n
;

49 cڡ 
�og_ch�
 * 
�r
;

51 i�(! *
buf
)

54 
	`mem�y_P
(&
sd
, &((
tok�_�r�g
 *)
tk
)->
�r�g_d�a
, (sd));

57 i�(
sd
.
�r
) {

58 
�r
 = 
sd
.str;

60 
tok�_�n
 = 
	`g�_tok�_�n
(
�r
);

63 i�(
tok�_�n
 >�
STR_TOKEN_SIZE
 - 1) {

67 i��
	`��cmp_P
(
buf
, 
�r
, 
tok�_�n
) ) {

71 i��!
	`i�ndo�ok�
(*(
buf
+
tok�_�n
)) ) {

76 }  (
�r
 = 
	`g�_�xt_tok�
(�r)�!�
NULL
 );

78 i�(!
�r
)

83 
tok�_�n
=0;

84 !
	`i�ndo�ok�
(
buf
[
tok�_�n
]) &&

85 
tok�_�n
 < (
STR_TOKEN_SIZE
-1))

86 
tok�_�n
++;

89 i�(
tok�_�n
 >�
STR_TOKEN_SIZE
 - 1) {

94 i�(
�s
) {

96 
	`���y
(
�s
, 
buf
, 
tok�_�n
);

97 *((*)
�s
 + 
tok�_�n
) = 0;

100  
tok�_�n
;

101 
	}
}

103 
�t8_t
 
	$com��e_g�_nb_�r�g
(
�r�_pgm_tok�_hdr_t
 * 
tk
)

105 
tok�_�r�g_d�a
 
sd
;

106 
�t8_t
 
�t
=1;

108 
	`mem�y_P
(&
sd
, &((
tok�_�r�g
 *)
tk
)->
�r�g_d�a
, (sd));

110 i�(!
sd
.
�r
)

113  (
sd
.
�r
 = 
	`g�_�xt_tok�
(sd.�r)�!�
NULL
 ) {

114 
�t
++;

116  
�t
;

117 
	}
}

119 
�t8_t
 
	$com��e_g�_�t_�r�g
(
�r�_pgm_tok�_hdr_t
 * 
tk
, 
�t8_t
 
idx
,

120 * 
d�buf
, 
u�t8_t
 
size
)

122 
tok�_�r�g_d�a
 
sd
;

123 cڡ 
�og_ch�
 * 
s
;

124 
u�t8_t
 
�n
;

126 
	`mem�y_P
(&
sd
, &((
tok�_�r�g
 *)
tk
)->
�r�g_d�a
, (sd));

127 
s
 = 
sd
.
�r
;

129 
idx
-- && 
s
)

130 
s
 = 
	`g�_�xt_tok�
(s);

132 i�(!
s
)

135 
�n
 = 
	`g�_tok�_�n
(
s
);

136 i�(
�n
 > 
size
 - 1)

139 
	`mem�y_P
(
d�buf
, 
s
, 
�n
);

140 
d�buf
[
�n
] = '\0';

143 
	}
}

146 
�t8_t
 
	$g�_h�p_�r�g
(
�r�_pgm_tok�_hdr_t
 * 
tk
, * 
d�buf
, 
u�t8_t
 
size
)

148 
tok�_�r�g_d�a
 
sd
;

149 cڡ 
�og_ch�
 * 
s
;

151 
	`mem�y_P
(&
sd
, &((
tok�_�r�g
 *)
tk
)->
�r�g_d�a
, (sd));

152 
s
 = 
sd
.
�r
;

154 i�(
s
) {

155 i�(
	`g�_�xt_tok�
(
s
)) {

156 
	`���y_P
(
d�buf
, 
MULTISTRING_HELP
, 
size
);

159 
	`���y_P
(
d�buf
, 
FIXEDSTRING_HELP
, 
size
);

163 
	`���y_P
(
d�buf
, 
ANYSTRING_HELP
, 
size
);

166 
d�buf
[
size
-1] = '\0';

169 
	}
}

	@parse_string.h

1 #i�de�
_PARSE_STRING_H_


2 

	#_PARSE_STRING_H_


	)

4 
	~"�r�.h
"

7 

	#STR_TOKEN_SIZE
 32

	)

9 
	tfixed_�r�g_t
[
STR_TOKEN_SIZE
];

11 
	stok�_�r�g_d�a
 {

12 cڡ 
�og_ch�
 * 
	m�r
;

15 
	stok�_�r�g
 {

16 
tok�_hdr
 
	mhdr
;

17 
tok�_�r�g_d�a
 
	m�r�g_d�a
;

19 
tok�_�r�g
 
	t�r�_tok�_�r�g_t
;

20 
	stok�_�r�g_pgm
 {

21 
tok�_hdr
 
	mhdr
;

22 
tok�_�r�g_d�a
 
	m�r�g_d�a
;

23 } 
	gPROGMEM
;

24 
tok�_�r�g_pgm
 
	t�r�_pgm_tok�_�r�g_t
;

26 

tok�_�s
 
tok�_�r�g_�s
;

28 
�t8_t
 
�r�_�r�g
(
�r�_pgm_tok�_hdr_t
 * 
tk
, cڡ * 
�cbuf
, * 
�s
);

29 
�t8_t
 
com��e_g�_nb_�r�g
(
�r�_pgm_tok�_hdr_t
 * 
tk
);

30 
�t8_t
 
com��e_g�_�t_�r�g
(
�r�_pgm_tok�_hdr_t
 * 
tk
, i�8_�
idx
,

31 * 
d�buf
, 
u�t8_t
 
size
);

32 
�t8_t
 
g�_h�p_�r�g
(
�r�_pgm_tok�_hdr_t
 * 
tk
, * 
d�buf
, 
u�t8_t
 
size
);

34 

	#TOKEN_STRING_INITIALIZER
(
�ru�u�
, 
f�ld
, 
�r�g
) \

36 .
hdr
 = { \

37 .
�s
 = &
tok�_�r�g_�s
, \

38 .
off�t
 = 
	`off�tof
(
�ru�u�
, 
f�ld
), \

40 .
�r�g_d�a
 = { \

41 .
�r
 = 
�r�g
, \

43 }

	)

	@pid_config.h

22 #i�de�
PID_CONFIG_H


23 

	#PID_CONFIG_H


	)

28 

	#PID_DERIVATE_FILTER_MAX_SIZE
 6

	)

	@rdline.c

24 
	~<�dlib.h
>

25 
	~<�dio.h
>

26 
	~<�r�g.h
>

27 
	~<�d�g.h
>

28 
	~<�y�.h
>

30 
	~<av�sive/pgm�a�.h
>

32 
	~<c�buf.h
>

33 
	~"rdl�e.h
"

35 
rdl�e_puts_P
(
rdl�e
 * 
rdl
, cڡ 
�og_ch�
 * 
buf
);

36 
rdl�e_m��r�tf_P
(
rdl�e
 * 
rdl
,

37 cڡ 
�og_ch�
 * 
buf
, 
u�t8_t
 
v�
);

39 #ifde�
CONFIG_MODULE_RDLINE_HISTORY


40 
rdl�e_�move_�d_hi��y_�em
(
rdl�e
 * 
rdl
);

41 
rdl�e_�move_f��_hi��y_�em
(
rdl�e
 * 
rdl
);

42 
u�t8_t
 
rdl�e_g�_hi��y_size
(
rdl�e
 * 
rdl
);

46 
	$rdl�e_��
(
rdl�e
 *
rdl
,

47 
rdl�e_wr�e_ch�_t
 *
wr�e_ch�
,

48 
rdl�e_v�id�e_t
 *
v�id�e
,

49 
rdl�e_com��e_t
 *
com��e
)

51 
	`mem�t
(
rdl
, 0, (*rdl));

52 
rdl
->
v�id�e
 = validate;

53 
rdl
->
com��e
 = complete;

54 
rdl
->
wr�e_ch�
 = write_char;

55 
rdl
->
��us
 = 
RDLINE_INIT
;

56 #ifde�
CONFIG_MODULE_RDLINE_HISTORY


57 
	`c�buf_��
(&
rdl
->
hi��y
,�dl->
hi��y_buf
, 0, 
RDLINE_HISTORY_BUF_SIZE
);

59 
	}
}

62 
	$rdl�e_�wl�e
(
rdl�e
 * 
rdl
, cڡ * 
�om�
)

64 
u�t8_t
 
i
;

66 
	`vt100_��
(&
rdl
->
vt100
);

67 
	`c�buf_��
(&
rdl
->
��
,�dl->
��_buf
, 0, 
RDLINE_BUF_SIZE
);

68 
	`c�buf_��
(&
rdl
->
right
,�dl->
right_buf
, 0, 
RDLINE_BUF_SIZE
);

70 i�(
�om�
 !�
rdl
->prompt)

71 
	`mem�y
(
rdl
->
�om�
,�rompt, (rdl->prompt)-1);

72 
rdl
->
�om�_size
 = 
	`���
(
�om�
);

74 
i
=0 ; i<
rdl
->
�om�_size
 ; i++)

75 
rdl
->
	`wr�e_ch�
�dl->
�om�
[
i
]);

76 
rdl
->
��us
 = 
RDLINE_RUNNING
;

78 #ifde�
CONFIG_MODULE_RDLINE_HISTORY


79 
rdl
->
hi��y_cur_l�e
 = -1;

81 
	}
}

84 
	$rdl�e_��
(
rdl�e
 * 
rdl
)

86 
rdl
->
��us
 = 
RDLINE_INIT
;

87 
	}
}

90 
	$rdl�e_���t
(
rdl�e
 * 
rdl
)

92 
rdl
->
��us
 = 
RDLINE_RUNNING
;

93 
	}
}

96 
	$rdl�e_g�_buf�r
(
rdl�e
 * 
rdl
)

98 
u�t8_t
 
�n_l
, 
�n_r
;

99 
	`c�buf_�ign_��
(&
rdl
->
��
);

100 
	`c�buf_�ign_��
(&
rdl
->
right
);

102 
�n_l
 = 
	`CIRBUF_GET_LEN
(&
rdl
->
��
);

103 
�n_r
 = 
	`CIRBUF_GET_LEN
(&
rdl
->
right
);

104 
	`mem�y
(
rdl
->
��_buf
+
�n_l
,�dl->
right_buf
, 
�n_r
);

106 
rdl
->
��_buf
[
�n_l
 + 
�n_r
] = '\n';

107 
rdl
->
��_buf
[
�n_l
 + 
�n_r
 + 1] = '\0';

108  
rdl
->
��_buf
;

109 
	}
}

112 
	$di��y_right_buf�r
(
rdl�e
 * 
rdl
)

114 
u�t8_t
 
i
;

115 
tmp
;

117 
	`rdl�e_puts_P
(
rdl
, 
	`PSTR
(
vt100_��r_right
));

118 i�(!
	`CIRBUF_IS_EMPTY
(&
rdl
->
right
)) {

119 
	`CIRBUF_FOREACH
(&
rdl
->
right
, 
i
, 
tmp
) {

120 
rdl
->
	`wr�e_ch�
(
tmp
);

122 
	`rdl�e_m��r�tf_P
(
rdl
, 
	`PSTR
(
vt100_mu�i_��
),

123 
	`CIRBUF_GET_LEN
(&
rdl
->
right
));

125 
	}
}

127 
	$rdl�e_�di��y
(
rdl�e
 * 
rdl
)

129 
u�t8_t
 
i
;

130 
tmp
;

132 
	`rdl�e_puts_P
(
rdl
, 
	`PSTR
(
vt100_home
));

133 
i
=0 ; i<
rdl
->
�om�_size
 ; i++)

134 
rdl
->
	`wr�e_ch�
�dl->
�om�
[
i
]);

135 
	`CIRBUF_FOREACH
(&
rdl
->
��
, 
i
, 
tmp
) {

136 
rdl
->
	`wr�e_ch�
(
tmp
);

138 
	`di��y_right_buf�r
(
rdl
);

139 
	}
}

141 
�t8_t


142 
	$rdl�e_ch�_�
(
rdl�e
 * 
rdl
, 
c
)

144 
u�t8_t
 
i
;

145 
�t8_t
 
cmd
;

146 
tmp
;

147 #ifde�
CONFIG_MODULE_RDLINE_HISTORY


148 * 
buf
;

151 i�(
rdl
->
��us
 !�
RDLINE_RUNNING
)

154 
cmd
 = 
	`vt100_�r�r
(&
rdl
->
vt100
, 
c
);

155 i�(
cmd
 == -2)

158 i�(
cmd
 >= 0) {

159 
cmd
) {

160 
KEY_CTRL_B
:

161 
KEY_LEFT_ARR
:

162 i�(
	`CIRBUF_IS_EMPTY
(&
rdl
->
��
))

164 
tmp
 = 
	`c�buf_g�_��
(&
rdl
->
��
);

165 
	`c�buf_d�_��
(&
rdl
->
��
);

166 
	`c�buf_add_h�d
(&
rdl
->
right
, 
tmp
);

167 
	`rdl�e_puts_P
(
rdl
, 
	`PSTR
(
vt100_��_�r
));

170 
KEY_CTRL_F
:

171 
KEY_RIGHT_ARR
:

172 i�(
	`CIRBUF_IS_EMPTY
(&
rdl
->
right
))

174 
tmp
 = 
	`c�buf_g�_h�d
(&
rdl
->
right
);

175 
	`c�buf_d�_h�d
(&
rdl
->
right
);

176 
	`c�buf_add_��
(&
rdl
->
��
, 
tmp
);

177 
	`rdl�e_puts_P
(
rdl
, 
	`PSTR
(
vt100_right_�r
));

180 
KEY_WLEFT
:

181 ! 
	`CIRBUF_IS_EMPTY
(&
rdl
->
��
) &&

182 (
tmp
 = 
	`c�buf_g�_��
(&
rdl
->
��
)) &&

183 
	`isb�nk
(
tmp
)) {

184 
	`rdl�e_puts_P
(
rdl
, 
	`PSTR
(
vt100_��_�r
));

185 
	`c�buf_d�_��
(&
rdl
->
��
);

186 
	`c�buf_add_h�d
(&
rdl
->
right
, 
tmp
);

188 ! 
	`CIRBUF_IS_EMPTY
(&
rdl
->
��
) &&

189 (
tmp
 = 
	`c�buf_g�_��
(&
rdl
->
��
)) &&

190 !
	`isb�nk
(
tmp
)) {

191 
	`rdl�e_puts_P
(
rdl
, 
	`PSTR
(
vt100_��_�r
));

192 
	`c�buf_d�_��
(&
rdl
->
��
);

193 
	`c�buf_add_h�d
(&
rdl
->
right
, 
tmp
);

197 
KEY_WRIGHT
:

198 ! 
	`CIRBUF_IS_EMPTY
(&
rdl
->
right
) &&

199 (
tmp
 = 
	`c�buf_g�_h�d
(&
rdl
->
right
)) &&

200 
	`isb�nk
(
tmp
)) {

201 
	`rdl�e_puts_P
(
rdl
, 
	`PSTR
(
vt100_right_�r
));

202 
	`c�buf_d�_h�d
(&
rdl
->
right
);

203 
	`c�buf_add_��
(&
rdl
->
��
, 
tmp
);

205 ! 
	`CIRBUF_IS_EMPTY
(&
rdl
->
right
) &&

206 (
tmp
 = 
	`c�buf_g�_h�d
(&
rdl
->
right
)) &&

207 !
	`isb�nk
(
tmp
)) {

208 
	`rdl�e_puts_P
(
rdl
, 
	`PSTR
(
vt100_right_�r
));

209 
	`c�buf_d�_h�d
(&
rdl
->
right
);

210 
	`c�buf_add_��
(&
rdl
->
��
, 
tmp
);

214 
KEY_BKSPACE
:

215 if(!
	`c�buf_d�_��_��
(&
rdl
->
��
)) {

216 
	`rdl�e_puts_P
(
rdl
, 
	`PSTR
(
vt100_bs
));

217 
	`di��y_right_buf�r
(
rdl
);

221 
KEY_META_BKSPACE
:

222 ! 
	`CIRBUF_IS_EMPTY
(&
rdl
->
��
�&& 
	`isb�nk
(
	`c�buf_g�_��
(&rdl->left))) {

223 
	`rdl�e_puts_P
(
rdl
, 
	`PSTR
(
vt100_bs
));

224 
	`c�buf_d�_��
(&
rdl
->
��
);

226 ! 
	`CIRBUF_IS_EMPTY
(&
rdl
->
��
�&& !
	`isb�nk
(
	`c�buf_g�_��
(&rdl->left))) {

227 
	`rdl�e_puts_P
(
rdl
, 
	`PSTR
(
vt100_bs
));

228 
	`c�buf_d�_��
(&
rdl
->
��
);

230 
	`di��y_right_buf�r
(
rdl
);

233 
KEY_SUPPR
:

234 
KEY_CTRL_D
:

235 if(!
	`c�buf_d�_h�d_��
(&
rdl
->
right
)) {

236 
	`di��y_right_buf�r
(
rdl
);

238 i�(
cmd
 =�
KEY_CTRL_D
 &&

239 
	`CIRBUF_IS_EMPTY
(&
rdl
->
��
) &&

240 
	`CIRBUF_IS_EMPTY
(&
rdl
->
right
)) {

245 
KEY_CTRL_A
:

246 i�(
	`CIRBUF_IS_EMPTY
(&
rdl
->
��
))

248 
	`rdl�e_m��r�tf_P
(
rdl
, 
	`PSTR
(
vt100_mu�i_��
),

249 
	`CIRBUF_GET_LEN
(&
rdl
->
��
));

250 ! 
	`CIRBUF_IS_EMPTY
(&
rdl
->
��
)) {

251 
tmp
 = 
	`c�buf_g�_��
(&
rdl
->
��
);

252 
	`c�buf_d�_��
(&
rdl
->
��
);

253 
	`c�buf_add_h�d
(&
rdl
->
right
, 
tmp
);

257 
KEY_CTRL_E
:

258 i�(
	`CIRBUF_IS_EMPTY
(&
rdl
->
right
))

260 
	`rdl�e_m��r�tf_P
(
rdl
, 
	`PSTR
(
vt100_mu�i_right
),

261 
	`CIRBUF_GET_LEN
(&
rdl
->
right
));

262 ! 
	`CIRBUF_IS_EMPTY
(&
rdl
->
right
)) {

263 
tmp
 = 
	`c�buf_g�_h�d
(&
rdl
->
right
);

264 
	`c�buf_d�_h�d
(&
rdl
->
right
);

265 
	`c�buf_add_��
(&
rdl
->
��
, 
tmp
);

269 #ifde�
CONFIG_MODULE_RDLINE_KILL_BUF


270 
KEY_CTRL_K
:

271 
	`c�buf_g�_buf_h�d
(&
rdl
->
right
,�dl->
k�l_buf
, 
RDLINE_BUF_SIZE
);

272 
rdl
->
k�l_size
 = 
	`CIRBUF_GET_LEN
(&rdl->
right
);

273 
	`c�buf_d�_buf_h�d
(&
rdl
->
right
,�dl->
k�l_size
);

274 
	`rdl�e_puts_P
(
rdl
, 
	`PSTR
(
vt100_��r_right
));

277 
KEY_CTRL_Y
:

278 
i
=0;

279 
	`CIRBUF_GET_LEN
(&
rdl
->
right
�+ CIRBUF_GET_LEN(&rdl->
��
) <

280 
RDLINE_BUF_SIZE
 &&

281 
i
 < 
rdl
->
k�l_size
) {

282 
	`c�buf_add_��
(&
rdl
->
��
,�dl->
k�l_buf
[
i
]);

283 
rdl
->
	`wr�e_ch�
�dl->
k�l_buf
[
i
]);

284 
i
++;

286 
	`di��y_right_buf�r
(
rdl
);

290 
KEY_CTRL_C
:

291 
	`rdl�e_puts_P
(
rdl
, 
	`PSTR
("\r\n"));

292 
	`rdl�e_�wl�e
(
rdl
,�dl->
�om�
);

295 
KEY_CTRL_L
:

296 
	`rdl�e_�di��y
(
rdl
);

299 
KEY_TAB
:

300 
KEY_HELP
:

301 
	`c�buf_�ign_��
(&
rdl
->
��
);

302 
rdl
->
��_buf
[
	`CIRBUF_GET_LEN
(&rdl->
��
)] = '\0';

303 i�(
rdl
->
com��e
) {

304 
tmp_buf
[127];

305 
�t16_t
 
com��e_��e
;

306 
�t8_t
 
�t
;

307 
tmp_size
;

309 i�(
cmd
 =�
KEY_TAB
)

310 
com��e_��e
 = 0;

312 
com��e_��e
 = -1;

314 
�t
 = 
rdl
->
	`com��e
�dl->
��_buf
, 
tmp_buf
, (tmp_buf),

315 &
com��e_��e
);

317 i�(
�t
 <= 0) {

321 
tmp_size
 = 
	`���
(
tmp_buf
);

323 i�(
�t
 == 2) {

324 
i
=0;

325 
	`CIRBUF_GET_LEN
(&
rdl
->
right
�+ CIRBUF_GET_LEN(&rdl->
��
) <

326 
RDLINE_BUF_SIZE
 &&

327 
i
 < 
tmp_size
) {

328 
	`c�buf_add_��
(&
rdl
->
��
, 
tmp_buf
[
i
]);

329 
rdl
->
	`wr�e_ch�
(
tmp_buf
[
i
]);

330 
i
++;

332 
	`di��y_right_buf�r
(
rdl
);

337 
	`rdl�e_puts_P
(
rdl
, 
	`PSTR
("\r\n"));

338 
�t
) {

339 
rdl
->
	`wr�e_ch�
(' ');

340 
i
=0 ; 
tmp_buf
[i] ; i++)

341 
rdl
->
	`wr�e_ch�
(
tmp_buf
[
i
]);

342 
	`rdl�e_puts_P
(
rdl
, 
	`PSTR
("\r\n"));

343 
�t
 = 
rdl
->
	`com��e
�dl->
��_buf
, 
tmp_buf
,

344 (
tmp_buf
), &
com��e_��e
);

347 
	`rdl�e_�di��y
(
rdl
);

351 
KEY_RETURN
:

352 
KEY_RETURN2
:

353 
	`rdl�e_g�_buf�r
(
rdl
);

354 
rdl
->
��us
 = 
RDLINE_INIT
;

355 
	`rdl�e_puts_P
(
rdl
, 
	`PSTR
("\r\n"));

356 #ifde�
CONFIG_MODULE_RDLINE_HISTORY


357 i�(
rdl
->
hi��y_cur_l�e
 != -1)

358 
	`rdl�e_�move_f��_hi��y_�em
(
rdl
);

361 i�(
rdl
->
v�id�e
)

362 
rdl
->
	`v�id�e
�dl->
��_buf
, 
	`CIRBUF_GET_LEN
(&rdl->
��
)+2);

365 #ifde�
CONFIG_MODULE_RDLINE_HISTORY


366 
KEY_UP_ARR
:

367 i�(
rdl
->
hi��y_cur_l�e
 == 0) {

368 
	`rdl�e_�move_f��_hi��y_�em
(
rdl
);

370 i�(
rdl
->
hi��y_cur_l�e
 <= 0) {

371 
	`rdl�e_add_hi��y
(
rdl
, 
	`rdl�e_g�_buf�r
(rdl));

372 
rdl
->
hi��y_cur_l�e
 = 0;

375 
buf
 = 
	`rdl�e_g�_hi��y_�em
(
rdl
,�dl->
hi��y_cur_l�e
 + 1);

376 i�(!
buf
)

379 
rdl
->
hi��y_cur_l�e
 ++;

380 
	`vt100_��
(&
rdl
->
vt100
);

381 
	`c�buf_��
(&
rdl
->
��
,�dl->
��_buf
, 0, 
RDLINE_BUF_SIZE
);

382 
	`c�buf_��
(&
rdl
->
right
,�dl->
right_buf
, 0, 
RDLINE_BUF_SIZE
);

383 
	`c�buf_add_buf_��
(&
rdl
->
��
, 
buf
, 
	`���
(buf));

384 
	`rdl�e_�di��y
(
rdl
);

387 
KEY_DOWN_ARR
:

388 i�(
rdl
->
hi��y_cur_l�e
 - 1 < 0)

391 
rdl
->
hi��y_cur_l�e
 --;

392 
buf
 = 
	`rdl�e_g�_hi��y_�em
(
rdl
,�dl->
hi��y_cur_l�e
);

393 i�(!
buf
)

395 
	`vt100_��
(&
rdl
->
vt100
);

396 
	`c�buf_��
(&
rdl
->
��
,�dl->
��_buf
, 0, 
RDLINE_BUF_SIZE
);

397 
	`c�buf_��
(&
rdl
->
right
,�dl->
right_buf
, 0, 
RDLINE_BUF_SIZE
);

398 
	`c�buf_add_buf_��
(&
rdl
->
��
, 
buf
, 
	`���
(buf));

399 
	`rdl�e_�di��y
(
rdl
);

412 i�(! 
	`i�r�t
(
c
))

416 i�(
	`CIRBUF_GET_LEN
(&
rdl
->
��
�+ CIRBUF_GET_LEN(&rdl->
right
�>�
RDLINE_BUF_SIZE
)

419 i�(
	`c�buf_add_��_��
(&
rdl
->
��
, 
c
))

422 
rdl
->
	`wr�e_ch�
(
c
);

423 
	`di��y_right_buf�r
(
rdl
);

426 
	}
}

431 #ifde�
CONFIG_MODULE_RDLINE_HISTORY


433 
	$rdl�e_�move_�d_hi��y_�em
(
rdl�e
 * 
rdl
)

435 
tmp
;

437 ! 
	`CIRBUF_IS_EMPTY
(&
rdl
->
hi��y
) ) {

438 
tmp
 = 
	`c�buf_g�_h�d
(&
rdl
->
hi��y
);

439 
	`c�buf_d�_h�d
(&
rdl
->
hi��y
);

440 i�(!
tmp
)

443 
	}
}

446 
	$rdl�e_�move_f��_hi��y_�em
(
rdl�e
 * 
rdl
)

448 
tmp
;

450 i��
	`CIRBUF_IS_EMPTY
(&
rdl
->
hi��y
) ) {

454 
	`c�buf_d�_��
(&
rdl
->
hi��y
);

457 ! 
	`CIRBUF_IS_EMPTY
(&
rdl
->
hi��y
) ) {

458 
tmp
 = 
	`c�buf_g�_��
(&
rdl
->
hi��y
);

459 i�(!
tmp
)

461 
	`c�buf_d�_��
(&
rdl
->
hi��y
);

463 
	}
}

465 
u�t8_t


466 
	$rdl�e_g�_hi��y_size
(
rdl�e
 * 
rdl
)

468 
u�t8_t
 
i
, 
tmp
, 
�t
=0;

470 
	`CIRBUF_FOREACH
(&
rdl
->
hi��y
, 
i
, 
tmp
) {

471 i�(
tmp
 == 0)

472 
�t
 ++;

475  
�t
;

476 
	}
}

479 
	$rdl�e_g�_hi��y_�em
(
rdl�e
 * 
rdl
, 
u�t8_t
 
idx
)

481 
u�t8_t
 
�n
, 
i
, 
tmp
;

483 
�n
 = 
	`rdl�e_g�_hi��y_size
(
rdl
);

484 i��
idx
 >�
�n
 ) {

485  
NULL
;

488 
	`c�buf_�ign_��
(&
rdl
->
hi��y
);

490 
	`CIRBUF_FOREACH
(&
rdl
->
hi��y
, 
i
, 
tmp
) {

491 i��
idx
 =�
�n
 - 1) {

492  
rdl
->
hi��y_buf
 + 
i
;

494 i�(
tmp
 == 0)

495 
�n
 --;

498  
NULL
;

499 
	}
}

501 
�t8_t


502 
	$rdl�e_add_hi��y
(
rdl�e
 * 
rdl
, cڡ * 
buf
)

504 
c�buf_u�t
 
�n
, 
i
;

506 
�n
 = 
	`���
(
buf
);

507 
i
=0; i<
�n
 ; i++) {

508 i�(
buf
[
i
] == '\n') {

509 
�n
 = 
i
;

514 i��
�n
 >�
RDLINE_HISTORY_BUF_SIZE
 )

517  
�n
 >�
	`CIRBUF_GET_FREELEN
(&
rdl
->
hi��y
) ) {

518 
	`rdl�e_�move_�d_hi��y_�em
(
rdl
);

521 
	`c�buf_add_buf_��
(&
rdl
->
hi��y
, 
buf
, 
�n
);

522 
	`c�buf_add_��
(&
rdl
->
hi��y
, 0);

525 
	}
}

528 
	$rdl�e_��r_hi��y
(
rdl�e
 * 
rdl
)

530 
	`c�buf_��
(&
rdl
->
hi��y
,�dl->
hi��y_buf
, 0, 
RDLINE_HISTORY_BUF_SIZE
);

531 
	}
}

535 
�t8_t
 
	$rdl�e_add_hi��y
(
rdl�e
 * 
rdl
, cڡ * 
buf
�{ -1;
	}
}

536 
	$rdl�e_��r_hi��y
(
rdl�e
 * 
rdl
�{
	}
}

537 * 
	$rdl�e_g�_hi��y_�em
(
rdl�e
 * 
rdl
, 
u�t8_t
 
i
�{ 
NULL
;
	}
}

546 
	$rdl�e_puts_P
(
rdl�e
 * 
rdl
, cڡ 
�og_ch�
 * 
buf
)

548 
c
;

549  (
c
=
	`pgm_�ad_by�
(
buf
++)) != '\0' ) {

550 
rdl
->
	`wr�e_ch�
(
c
);

552 
	}
}

556 
	$rdl�e_m��r�tf_P
(
rdl�e
 * 
rdl
, cڡ 
�og_ch�
 * 
buf
, 
u�t8_t
 
v�
)

558 
c
, 
���d
=0, 
div
=100;

560  (
c
=
	`pgm_�ad_by�
(
buf
++)) ) {

561 i�(
c
=='%') {

562 
c
 = 
	`pgm_�ad_by�
(
buf
++);

564 i�(
c
=='u') {

565 
div
) {

566 
c
 = 
v�
 / 
div
;

567 i�(
c
 || 
���d
) {

568 
rdl
->
	`wr�e_ch�
(
c
+'0');

569 
���d
 = 1;

571 
v�
 %�
div
;

572 
div
 /= 10;

576 
rdl
->
	`wr�e_ch�
('%');

577 
rdl
->
	`wr�e_ch�
(
c
);

581 
rdl
->
	`wr�e_ch�
(
c
);

584 
	}
}

	@rdline.h

24 #i�de�
_RDLINE_H_


25 

	#_RDLINE_H_


	)

34 
	~<c�buf.h
>

35 
	~<vt100.h
>

37 

	#vt100_b�l
 "\007"

	)

38 

	#vt100_bs
 "\010"

	)

39 

	#vt100_bs_��r
 "\010 \010"

	)

40 

	#vt100_�b
 "\011"

	)

41 

	#vt100_��
 "\012\015"

	)

42 

	#vt100_��r_right
 "\033[0K"

	)

43 

	#vt100_��r_��
 "\033[1K"

	)

44 

	#vt100_��r_down
 "\033[0J"

	)

45 

	#vt100_��r_up
 "\033[1J"

	)

46 

	#vt100_��r_l�e
 "\033[2K"

	)

47 

	#vt100_��r_s��n
 "\033[2J"

	)

48 

	#vt100_up_�r
 "\033\133\101"

	)

49 

	#vt100_down_�r
 "\033\133\102"

	)

50 

	#vt100_right_�r
 "\033\133\103"

	)

51 

	#vt100_��_�r
 "\033\133\104"

	)

52 

	#vt100_mu�i_right
 "\033\133%uC"

	)

53 

	#vt100_mu�i_��
 "\033\133%uD"

	)

54 

	#vt100_su�r
 "\033\133\063\176"

	)

55 

	#vt100_home
 "\033M\033E"

	)

56 

	#vt100_w�d_��
 "\033\142"

	)

57 

	#vt100_w�d_right
 "\033\146"

	)

60 

	#RDLINE_BUF_SIZE
 64

	)

61 

	#RDLINE_PROMPT_SIZE
 16

	)

62 

	#RDLINE_VT100_BUF_SIZE
 8

	)

63 

	#RDLINE_HISTORY_BUF_SIZE
 128

	)

64 

	#RDLINE_HISTORY_MAX_LINE
 64

	)

66 
	erdl�e_��us
 {

67 
	mRDLINE_INIT
,

68 
	mRDLINE_RUNNING
,

71 
	grdl�e
;

73 (
	trdl�e_wr�e_ch�_t
)();

74 (
	trdl�e_v�id�e_t
)(cڡ *
	tbuf
, 
	tu�t8_t
 
	tsize
);

75 
	$�t8_t
 (
	trdl�e_com��e_t
)(cڡ *
	tbuf
, *
	td�buf
,

76 
	tu�t8_t
 
	td�size
, 
	t�t16_t
 *
	t��e
);

78 
	srdl�e
 {

79 
rdl�e_��us
 
��us
;

81 
c�buf
 
��
;

82 
c�buf
 
right
;

83 
��_buf
[
RDLINE_BUF_SIZE
+2];

84 
right_buf
[
RDLINE_BUF_SIZE
];

86 
�om�
[
RDLINE_PROMPT_SIZE
];

87 
u�t8_t
 
�om�_size
;

89 #ifde�
CONFIG_MODULE_RDLINE_KILL_BUF


90 
k�l_buf
[
RDLINE_BUF_SIZE
];

91 
u�t8_t
 
k�l_size
;

94 #ifde�
CONFIG_MODULE_RDLINE_HISTORY


96 
c�buf
 
hi��y
;

97 
hi��y_buf
[
RDLINE_HISTORY_BUF_SIZE
];

98 
�t8_t
 
hi��y_cur_l�e
;

102 
rdl�e_wr�e_ch�_t
 *
wr�e_ch�
;

103 
rdl�e_v�id�e_t
 *
v�id�e
;

104 
rdl�e_com��e_t
 *
com��e
;

107 
vt100
 vt100;

120 
	`rdl�e_��
(
rdl�e
 *
rdl
,

121 
rdl�e_wr�e_ch�_t
 *
wr�e_ch�
,

122 
rdl�e_v�id�e_t
 *
v�id�e
,

123 
rdl�e_com��e_t
 *
com��e
);

131 
	`rdl�e_�wl�e
(
rdl�e
 *
rdl
, cڡ *
�om�
);

137 
	`rdl�e_��
(
rdl�e
 *
rdl
);

143 
	`rdl�e_���t
(
rdl�e
 *
rdl
);

149 
	`rdl�e_�di��y
(
rdl�e
 *
rdl
);

164 
�t8_t
 
	`rdl�e_ch�_�
(
rdl�e
 * 
rdl
, 
c
);

170 cڡ *
	`rdl�e_g�_buf�r
(
rdl�e
 *
rdl
);

179 
�t8_t
 
	`rdl�e_add_hi��y
(
rdl�e
 *
rdl
, cڡ *
buf
);

185 
	`rdl�e_��r_hi��y
(
rdl�e
 *
rdl
);

190 *
	`rdl�e_g�_hi��y_�em
(
rdl�e
 *
rdl
, 
u�t8_t
 
i
);

	@rdline_config.h

	@scheduler.c

22 
	~<�r�g.h
>

23 
	~<�dio.h
>

24 
	~<��y�s.h
>

26 
	~<av�sive/��s.h
>

27 
	~<av�sive/pgm�a�.h
>

28 
	~<av�sive.h
>

30 
	~<schedu�r.h
>

31 
	~<schedu�r_�iv�e.h
>

32 
	~<schedu�r_��s.h
>

33 
	~<schedu�r_c�fig.h
>

39 
ev�t_t
 
	gg_�b_ev�t
[
SCHEDULER_NB_MAX_EVENT
];

41 #ifde�
CONFIG_MODULE_SCHEDULER_STATS


42 
schedu�r_��s
 
	gsched_��s
;

45 
	$schedu�r_��
()

47 
	`mem�t
(
g_�b_ev�t
, 0, (g_tab_event));

49 #ifde�
CONFIG_MODULE_SCHEDULER_USE_TIMERS


50 
	`SCHEDULER_TIMER_REGISTER
();

53 #ifde�
CONFIG_MODULE_SCHEDULER_TIMER0


55 
TOIE0_REG
 |�(1<<
TOIE0
);

57 
TCNT0
 = 0;

58 
CS00_REG
 = 
SCHEDULER_CK
;

60 
	}
}

63 #ifde�
CONFIG_MODULE_SCHEDULER_TIMER0


64 
	$SIGNAL
(
SIG_OVERFLOW0
)

66 
	`schedu�r_���u�
();

67 
	}
}

	@scheduler.h

41 #i�de�
_SCHEDULER_H_


42 

	#_SCHEDULER_H_


	)

44 
	~<av�sive.h
>

46 #ifde�
CONFIG_MODULE_SCHEDULER_USE_TIMERS


47 
	~<tim�.h
>

50 
	~<schedu�r_c�fig.h
>

52 #ifde�
CONFIG_MODULE_SCHEDULER_USE_TIMERS


53 #i�
SCHEDULER_TIMER_NUM
 == 0

54 

	#SCHEDULER_TIMER_REGISTER
(�
	`tim�0_�gi��_OV_��
(
schedu�r_���u�
)

	)

55 

	#SCHEDULER_CLOCK_PRESCALER
 
	`tim�0_g�_�es��r_div
()

	)

56 #ifde�
TCNT0H


57 

	#SCHEDULER_TIMER_BITS
 16

	)

59 

	#SCHEDULER_TIMER_BITS
 8

	)

62 #�i�
SCHEDULER_TIMER_NUM
 == 1

63 

	#SCHEDULER_TIMER_REGISTER
(�
	`tim�1_�gi��_OV_��
(
schedu�r_���u�
)

	)

64 

	#SCHEDULER_CLOCK_PRESCALER
 
	`tim�1_g�_�es��r_div
()

	)

65 #ifde�
TCNT1H


66 

	#SCHEDULER_TIMER_BITS
 16

	)

68 

	#SCHEDULER_TIMER_BITS
 8

	)

71 #�i�
SCHEDULER_TIMER_NUM
 == 2

72 

	#SCHEDULER_TIMER_REGISTER
(�
	`tim�2_�gi��_OV_��
(
schedu�r_���u�
)

	)

73 

	#SCHEDULER_CLOCK_PRESCALER
 
	`tim�2_g�_�es��r_div
()

	)

74 #ifde�
TCNT2H


75 

	#SCHEDULER_TIMER_BITS
 16

	)

77 

	#SCHEDULER_TIMER_BITS
 8

	)

80 #�i�
SCHEDULER_TIMER_NUM
 == 3

81 

	#SCHEDULER_TIMER_REGISTER
(�
	`tim�3_�gi��_OV_��
(
schedu�r_���u�
)

	)

82 

	#SCHEDULER_CLOCK_PRESCALER
 
	`tim�3_g�_�es��r_div
()

	)

83 #ifde�
TCNT3H


84 

	#SCHEDULER_TIMER_BITS
 16

	)

86 

	#SCHEDULER_TIMER_BITS
 8

	)

95 #ifde�
CONFIG_MODULE_SCHEDULER_TIMER0


96 

	#SCHEDULER_TIMER_BITS
 8

	)

99 #i�de�
CONFIG_MODULE_SCHEDULER_MANUAL


103 #i�
SCHEDULER_TIMER_BITS
 == 8

104 

	#TIMER_UNIT_FLOAT
 ( 256000000.0 / ()(
CONFIG_QUARTZ
�)

	)

106 

	#TIMER_UNIT_FLOAT
 ( 65536000000.0 / ()(
CONFIG_QUARTZ
�)

	)

114 

	#SCHEDULER_UNIT_FLOAT
 ( 
TIMER_UNIT_FLOAT
 * ()
SCHEDULER_CLOCK_PRESCALER
 )

	)

115 

	#SCHEDULER_UNIT
 ( (�
SCHEDULER_UNIT_FLOAT
 )

	)

121 

	#SCHEDULER_PERIODICAL
 0

	)

122 

	#SCHEDULER_SINGLE
 1

	)

124 

	#SCHEDULER_DEFAULT_PRIORITY
 128

	)

128 
schedu�r_��
();

131 
schedu�r_dump_ev�ts
();

138 
�t8_t
 
schedu�r_add_ev�t
(
u�t8_t
 
unic�y
, (*
f
)(*), * 
d�a
, 
u�t16_t
 
�riod
, u�t8_�
�iܙy
);

144 
�l�e
 
�t8_t
 
	`schedu�r_add_s�g�_ev�t_�iܙy
((*
f
)(*), * 
d�a
, 
u�t16_t
 
�riod
, 
u�t8_t
 
�iܙy
)

146  
	`schedu�r_add_ev�t
(
SCHEDULER_SINGLE
, 
f
, 
d�a
, 
�riod
, 
�iܙy
);

147 
	}
}

152 
�l�e
 
�t8_t
 
schedu�r_add_�riodi�l_ev�t_�iܙy
((*
f
)(*), * 
d�a
, 
u�t16_t
 
�riod
, 
u�t8_t
 
�iܙy
)

154  
	`schedu�r_add_ev�t
(
SCHEDULER_PERIODICAL
, 
f
, 
d�a
, 
�riod
, 
�iܙy
);

155 
	}
}

160 
�l�e
 
�t8_t
 
schedu�r_add_s�g�_ev�t
((*
f
)(*), * 
d�a
, 
u�t16_t
 
�riod
)

162  
	`schedu�r_add_ev�t
(
SCHEDULER_SINGLE
, 
f
, 
d�a
, 
�riod
, 
SCHEDULER_DEFAULT_PRIORITY
);

163 
	}
}

168 
�l�e
 
�t8_t
 
schedu�r_add_�riodi�l_ev�t
((*
f
)(*), * 
d�a
, 
u�t16_t
 
�riod
)

170  
	`schedu�r_add_ev�t
(
SCHEDULER_PERIODICAL
, 
f
, 
d�a
, 
�riod
, 
SCHEDULER_DEFAULT_PRIORITY
);

171 
	}
}

177 
�t8_t
 
schedu�r_d�_ev�t
(�t8_�
num
);

185 
schedu�r_���u�
();

191 
u�t8_t
 
schedu�r_di�b�_�ve
();

196 
schedu�r_�ab�_���e
(
u�t8_t
 
�d_�io
);

	@scheduler_add.c

22 
	~<av�sive.h
>

23 
	~<schedu�r_c�fig.h
>

24 
	~<schedu�r_�iv�e.h
>

25 
	~<schedu�r_��s.h
>

29 
�l�e
 
�t8_t


30 
	$schedu�r_�loc_ev�t
()

32 
u�t8_t
 
i
;

33 
u�t8_t
 
�ags
;

35 
i
=0 ; i<
SCHEDULER_NB_MAX_EVENT
 ; i++) {

36 
	`IRQ_LOCK
(
�ags
);

37 if�
g_�b_ev�t
[
i
].
��e
 =�
SCHEDULER_EVENT_FREE
 ) {

38 
g_�b_ev�t
[
i
].
��e
 = 
SCHEDULER_EVENT_ALLOCATED
;

39 
	`IRQ_UNLOCK
(
�ags
);

40  
i
;

42 
	`IRQ_UNLOCK
(
�ags
);

44 
	`SCHED_INC_STAT
(
�loc_�s
);

46 
	}
}

51 
�t8_t


52 
schedu�r_add_ev�t
(
u�t8_t
 
unic�y
, (*
f
)(*),

53 *
d�a
, 
u�t16_t
 
�riod
,

54 
u�t8_t
 
�iܙy
) {

55 
�t8_t
 
i
;

56 
u�t8_t
 
�ags
;

58 i�(
�riod
 == 0)

61 
i
 = 
	`schedu�r_�loc_ev�t
();

62 i��
i
 == -1 )

65 
	`SCHED_INC_STAT
(
add_ev�t
);

67 i�(!
unic�y
)

68 
g_�b_ev�t
[
i
].
�riod
 =�eriod ;

70 
g_�b_ev�t
[
i
].
�riod
 = 0 ;

71 
g_�b_ev�t
[
i
].
cu��t_time
 = 
�riod
 ;

72 
g_�b_ev�t
[
i
].
�iܙy
 =�riority ;

73 
g_�b_ev�t
[
i
].
f
 = f;

74 
g_�b_ev�t
[
i
].
d�a
 = data;

76 
	`IRQ_LOCK
(
�ags
);

77 
g_�b_ev�t
[
i
].
��e
 = 
SCHEDULER_EVENT_ACTIVE
;

78 
	`IRQ_UNLOCK
(
�ags
);

80  
i
;

81 
	}
}

	@scheduler_config.h

22 #i�de�
_SCHEDULER_CONFIG_H_


23 

	#_SCHEDULER_CONFIG_H_


	)

25 

	#_SCHEDULER_CONFIG_VERSION_
 4

	)

28 

	#SCHEDULER_NB_MAX_EVENT
 10

	)

30 #ifde�
HOST_VERSION


31 

	#SCHEDULER_UNIT_FLOAT
 1000.0

	)

32 

	#SCHEDULER_UNIT
 1000UL

	)

34 

	#SCHEDULER_UNIT_FLOAT
 512.0

	)

35 

	#SCHEDULER_UNIT
 512L

	)

43 

	#SCHEDULER_NB_STACKING_MAX
 
SCHEDULER_NB_MAX_EVENT


	)

	@scheduler_del.c

22 
	~<av�sive.h
>

23 
	~<schedu�r_c�fig.h
>

24 
	~<schedu�r_�iv�e.h
>

25 
	~<schedu�r_��s.h
>

27 
	$schedu�r_d�_ev�t
(
�t8_t
 
i
)

29 
u�t8_t
 
�ags
;

34 
	`IRQ_LOCK
(
�ags
);

35 i�(
g_�b_ev�t
[
i
].
��e
 =�
SCHEDULER_EVENT_SCHEDULED
) {

36 
g_�b_ev�t
[
i
].
��e
 = 
SCHEDULER_EVENT_DELETING
;

38 i�(
g_�b_ev�t
[
i
].
��e
 =�
SCHEDULER_EVENT_ACTIVE
) {

39 
g_�b_ev�t
[
i
].
��e
 = 
SCHEDULER_EVENT_FREE
;

41 
	`IRQ_UNLOCK
(
�ags
);

42 
	`SCHED_INC_STAT
(
d�_ev�t
);

43 
	}
}

	@scheduler_dump.c

22 
	~<�dio.h
>

24 
	~<av�sive.h
>

25 
	~<av�sive/pgm�a�.h
>

27 
	~<schedu�r_c�fig.h
>

28 
	~<schedu�r_�iv�e.h
>

31 
	$schedu�r_dump_ev�ts
()

33 
i
;

35 
	`��tf_P
(
	`PSTR
("== Dump�vents ==\r\n"));

36 
i
=0 ; i<
SCHEDULER_NB_MAX_EVENT
 ; i++) {

37 
	`��tf_P
(
	`PSTR
(" [%d]@%�: "), 
i
, &
g_�b_ev�t
[i]);

38 
	`��tf_P
(
	`PSTR
(" s��=%d"), 
g_�b_ev�t
[
i
].
��e
);

39 i�(
g_�b_ev�t
[
i
].
��e
 >�
SCHEDULER_EVENT_ACTIVE
 ) {

40 
	`��tf_P
(
	`PSTR
(", f=%p, "), 
g_�b_ev�t
[
i
].
f
);

41 
	`��tf_P
(
	`PSTR
("d�a=%p, "), 
g_�b_ev�t
[
i
].
d�a
);

42 
	`��tf_P
(
	`PSTR
("�riod=%d, "), 
g_�b_ev�t
[
i
].
�riod
);

43 
	`��tf_P
(
	`PSTR
("cu��t_time=%d, "), 
g_�b_ev�t
[
i
].
cu��t_time
);

44 
	`��tf_P
(
	`PSTR
("�iܙy=%d, "), 
g_�b_ev�t
[
i
].
�iܙy
);

45 
	`��tf_P
(
	`PSTR
("li�_�xt=%p\r\n"), 
	`SLIST_NEXT
(&
g_�b_ev�t
[
i
], 
�xt
));

48 
	`��tf_P
(
	`PSTR
("\r\n"));

51 
	}
}

	@scheduler_host.c

22 
	~<av�sive.h
>

23 
	~<�dio.h
>

24 
	~<�r�g.h
>

26 
	~<schedu�r_c�fig.h
>

27 
	~<schedu�r_�iv�e.h
>

28 
	~<schedu�r_��s.h
>

33 
ev�t_t
 
	gg_�b_ev�t
[
SCHEDULER_NB_MAX_EVENT
];

35 #ifde�
CONFIG_MODULE_SCHEDULER_STATS


36 
schedu�r_��s
 
	gsched_��s
;

40 
	$schedu�r_��
()

42 
	`mem�t
(
g_�b_ev�t
, 0, (g_tab_event));

43 
	`��tf
("Scheduler init (host). Warning, you have�o call\n"

45 
	`DUMP_EVENTS
();

46 
	}
}

	@scheduler_interrupt.c

22 
	~<�dlib.h
>

24 
	~<av�sive.h
>

25 
	~<schedu�r_c�fig.h
>

26 
	~<schedu�r_�iv�e.h
>

27 
	~<schedu�r_��s.h
>

30 vީ��
u�t8_t
 
	g�iܙy_rušg
=0;

33 vީ��
u�t8_t
 
	gnb_�ack�g
=0;

35 
u�t8_t
 
	$schedu�r_di�b�_�ve
()

37 
u�t8_t
 
�t
;

38 
�t
 = 
�iܙy_rušg
;

39 
�iܙy_rušg
 = 255;

40  
�t
;

41 
	}
}

43 
	$schedu�r_�ab�_���e
(
u�t8_t
 
�d_�io
)

45 
�iܙy_rušg
 = 
�d_�io
;

46 
	}
}

60 
	$schedu�r_���u�
()

62 
u�t8_t
 
i
;

63 
u�t8_t
 
�iܙy_tmp
;

64 
	`SLIST_HEAD
(
ev�t_li�_t
, 
ev�t_t
�
ev�t_li�
;

65 
ev�t_t
 *
e
, *
�xt_e
, *
�ev_e
=
NULL
;

68 i�(
nb_�ack�g
 >�
SCHEDULER_NB_STACKING_MAX
) {

69 
	`SCHED_INC_STAT
(
max_�ack�g
);

73 
nb_�ack�g
 ++;

74 
	`�i
();

76 
	`SLIST_INIT
(&
ev�t_li�
);

80 
i
=0 ; i<
SCHEDULER_NB_MAX_EVENT
 ; i++) {

81 
	`�i
();

85 i�(
g_�b_ev�t
[
i
].
��e
 =�
SCHEDULER_EVENT_SCHEDULED
) {

86 i�(
g_�b_ev�t
[
i
].
cu��t_time
 > 1) {

87 
g_�b_ev�t
[
i
].
cu��t_time
 --;

88 
	`�i
();

92 
	`SCHED_INC_STAT2
(
�sk_d�ayed
, 
i
);

93 
	`�i
();

99 i�(
g_�b_ev�t
[
i
].
��e
 !�
SCHEDULER_EVENT_ACTIVE
) {

100 
	`�i
();

106 
g_�b_ev�t
[
i
].
cu��t_time
 --;

109 i��
g_�b_ev�t
[
i
].
cu��t_time
 != 0 ) {

110 
	`�i
();

116 i�(
g_�b_ev�t
[
i
].
�iܙy
 <�
�iܙy_rušg
) {

117 
g_�b_ev�t
[
i
].
cu��t_time
 = 1;

118 
	`SCHED_INC_STAT2
(
�sk_d�ayed
, 
i
);

119 
	`�i
();

124 
g_�b_ev�t
[
i
].
cu��t_time
 = g_�b_ev�t[i].
�riod
;

127 
g_�b_ev�t
[
i
].
��e
 = 
SCHEDULER_EVENT_SCHEDULED
;

128 
	`SCHED_INC_STAT2
(
�sk_schedu�d
, 
i
);

129 
	`�i
();

135 
e
 = 
	`SLIST_FIRST
(&
ev�t_li�
);

137 i�(
e
 =�
NULL
) {

138 
	`SLIST_INSERT_HEAD
(&
ev�t_li�
, &
g_�b_ev�t
[
i
], 
�xt
);

143 i�(
g_�b_ev�t
[
i
].
�iܙy
 >�
e
->priority) {

144 
	`SLIST_INSERT_HEAD
(&
ev�t_li�
, &
g_�b_ev�t
[
i
], 
�xt
);

149 
	`SLIST_FOREACH
(
e
, &
ev�t_li�
, 
�xt
) {

150 
�xt_e
 = 
	`SLIST_NEXT
(
e
, 
�xt
);

151 i�(
�xt_e
 =�
NULL
 ||

152 
g_�b_ev�t
[
i
].
�iܙy
 >�
�xt_e
->priority) {

153 
	`SLIST_INSERT_AFTER
(
e
, &
g_�b_ev�t
[
i
], 
�xt
);

160 
	`DUMP_EVENTS
();

162 
	`�i
();

163 
�iܙy_tmp
 = 
�iܙy_rušg
;

165 
	`SLIST_FOREACH
(
e
, &
ev�t_li�
, 
�xt
) {

167 i�(
�ev_e
)

168 
	`SLIST_NEXT
(
�ev_e
, 
�xt
��
NULL
;

171 
�iܙy_rušg
 = 
e
->
�iܙy
;

172 
	`�i
();

176 
e
->
	`f
�->
d�a
);

178 
	`�i
();

180 i�(!
e
->
�riod
) {

181 
e
->
��e
 = 
SCHEDULER_EVENT_FREE
;

186 i�(
e
->
��e
 =�
SCHEDULER_EVENT_DELETING
) {

187 
e
->
��e
 = 
SCHEDULER_EVENT_FREE
;

191 i�(
e
->
��e
 =�
SCHEDULER_EVENT_SCHEDULED
) {

192 
e
->
��e
 = 
SCHEDULER_EVENT_ACTIVE
;

195 
�ev_e
 = 
e
;

198 i�(
�ev_e
)

199 
	`SLIST_NEXT
(
�ev_e
, 
�xt
��
NULL
;

201 
�iܙy_rušg
 = 
�iܙy_tmp
;

202 
nb_�ack�g
--;

203 
	}
}

	@scheduler_private.h

22 #i�de�
_SCHEDULER_PRIVATE_H_


23 

	#_SCHEDULER_PRIVATE_H_


	)

26 #i�
_SCHEDULER_CONFIG_VERSION_
 != 4

33 
	~<�d�t.h
>

35 
	~<av�sive/queue.h
>

38 
	eev�t_��e_t
 {

39 
	mSCHEDULER_EVENT_FREE
,

40 
	mSCHEDULER_EVENT_ALLOCATED
,

41 
	mSCHEDULER_EVENT_ACTIVE
,

42 
	mSCHEDULER_EVENT_SCHEDULED
,

43 
	mSCHEDULER_EVENT_DELETING
,

47 
	sev�t_t


49 (*
	mf
)(*);

50 * 
	md�a
;

51 
u�t16_t
 
	m�riod
;

52 
u�t16_t
 
	mcu��t_time
;

53 
u�t8_t
 
	m�iܙy
;

57 
ev�t_��e_t
 
	m��e
;

59 
SLIST_ENTRY
(
ev�t_t
�
	m�xt
;

62 

ev�t_t
 
g_�b_ev�t
[
SCHEDULER_NB_MAX_EVENT
];

66 #ifde�
SCHEDULER_DEBUG


67 

	#DUMP_EVENTS
(�
	`schedu�r_dump_ev�ts
()

	)

70 

	#DUMP_EVENTS
(�d�{} 0)

	)

	@scheduler_stats.c

22 
	~<�r�g.h
>

23 
	~<�dio.h
>

24 
	~<��y�s.h
>

26 
	~<av�sive/��s.h
>

27 
	~<av�sive/pgm�a�.h
>

28 
	~<av�sive.h
>

30 
	~<schedu�r.h
>

31 
	~<schedu�r_��s.h
>

33 
	$schedu�r_��s_dump
()

35 #ifde�
CONFIG_MODULE_SCHEDULER_STATS


36 
u�t8_t
 
i
;

38 
	`��tf_P
(
	`PSTR
("�loc_�s: %"
PRIu32
"\r\n"), 
sched_��s
.
�loc_�s
);

39 
	`��tf_P
(
	`PSTR
("add_ev�t: %"
PRIu32
"\r\n"), 
sched_��s
.
add_ev�t
);

40 
	`��tf_P
(
	`PSTR
("d�_ev�t: %"
PRIu32
"\r\n"), 
sched_��s
.
d�_ev�t
);

41 
	`��tf_P
(
	`PSTR
("max_�ack�g: %"
PRIu32
"\r\n"), 
sched_��s
.
max_�ack�g
);

42 
i
=0; i<
SCHEDULER_NB_MAX_EVENT
; i++) {

43 
	`��tf_P
(
	`PSTR
("[%d]�ask_d�ayed: %"
PRIu32
", "

44 "�sk_schedu�d: %"
PRIu32
"\r\n"),

45 
i
, 
sched_��s
.
�sk_d�ayed
[i],sched_��s.
�sk_schedu�d
[i]);

48 
	}
}

	@scheduler_stats.h

23 #i�de�
_SCHEDULER_STATS_H_


24 

	#_SCHEDULER_STATS_H_


	)

26 #ifde�
CONFIG_MODULE_SCHEDULER_STATS


27 
	sschedu�r_��s
 {

28 
u�t32_t
 
	m�loc_�s
;

29 
u�t32_t
 
	madd_ev�t
;

30 
u�t32_t
 
	md�_ev�t
;

31 
u�t32_t
 
	mmax_�ack�g
;

32 
u�t32_t
 
	m�sk_d�ayed
[
SCHEDULER_NB_MAX_EVENT
];

33 
u�t32_t
 
	m�sk_schedu�d
[
SCHEDULER_NB_MAX_EVENT
];

36 

schedu�r_��s
 
sched_��s
;

38 

	#SCHED_INC_STAT
(
x
) do { \

39 
u�t8_t
 
�ags
; \

40 
	`IRQ_LOCK
(
�ags
); \

41 
sched_��s
.
x
++; \

42 
	`IRQ_UNLOCK
(
�ags
); \

43 } 0)

	)

45 

	#SCHED_INC_STAT2
(
x
, 
i
) do { \

46 
u�t8_t
 
�ags
; \

47 
	`IRQ_LOCK
(
�ags
); \

48 
sched_��s
.
x
[
i
]++; \

49 
	`IRQ_UNLOCK
(
�ags
); \

50 } 0)

	)

55 

	#SCHED_INC_STAT
(
x
�d�{ } 0)

	)

56 

	#SCHED_INC_STAT2
(
x
, 
i
�d�{ } 0)

	)

60 
schedu�r_��s_dump
();

	@spi_config.h

35 

	#SPI_MAX_SLAVES
 1

	)

	@stack_space.c

22 
	~<avr/io.h
>

23 
	~<av�sive.h
>

26 
	~<d�gno�ic.h
>

37 
	$f�l_mem_w�h_m�k
(�
	`__��ibu�__
 ((
�ked
)) \

38 
	`__��ibu�__
 ((
	`��i�
 (".init1")));

43 
	$f�l_mem_w�h_m�k
()

66 
	}
}

69 
u�t16_t
 
	$m�_�ack_�a�_ava�ab�
()

100 
	}
}

	@stackdump.c

22 
	~<�d�t.h
>

23 
	~<�dio.h
>

25 
	$�ackdump
()

27 
u�t8_t
 
dummy
 = 0x55;

28 
u�t16_t
 
i
;

30 
i
=0; i<256; i++) {

31 
	`��tf
("%.2x%s", *(&
dummy
 + 
i
),

32 ((
i
 % 16) == 15) ? "\n" : " ");

34 
	}
}

	@stackdump.h

22 
�ackdump
();

	@time.c

38 
	~<�dlib.h
>

39 
	~<schedu�r.h
>

41 
	~<�ock_time.h
>

42 
	~<time_c�fig.h
>

46 

	#NB_SCHEDULER_UNIT
 ( (()(
TIME_PRECISION
)�/ 
SCHEDULER_UNIT_FLOAT
 )

	)

47 

	#NB_SCHEDULER_UNIT_NOT_NULL
 (
NB_SCHEDULER_UNIT
 =�0 ? 1.0 : NB_SCHEDULER_UNIT)

	)

49 vީ��
time_h
 
	gt
;

51 vީ��
mi�o�c�ds
 
	gus2
;

54 
time_��em�t
(* 
dummy
);

58 
	$time_��
(
u�t8_t
 
�iܙy
)

60 
	`time_��t
();

61 
	`schedu�r_add_�riodi�l_ev�t_�iܙy
(
time_��em�t
,
NULL
,

62 ()
NB_SCHEDULER_UNIT_NOT_NULL
, 
�iܙy
);

63 
	}
}

67 
�c�ds
 
	$time_g�_s
()

69 
u�t16_t
 
tmp
;

70 
u�t8_t
 
�ags
;

71 
	`IRQ_LOCK
(
�ags
);

72 
tmp
 = 
t
.
s
;

73 
	`IRQ_UNLOCK
(
�ags
);

74  
tmp
;

75 
	}
}

79 
mi�o�c�ds
 
	$time_g�_us
()

81 
mi�o�c�ds
 
tmp
;

82 
u�t8_t
 
�ags
;

83 
	`IRQ_LOCK
(
�ags
);

84 
tmp
 = 
t
.
us
;

85 
	`IRQ_UNLOCK
(
�ags
);

86  
tmp
;

87 
	}
}

91 
mi�o�c�ds
 
	$time_g�_us2
()

93 
mi�o�c�ds
 
tmp
;

94 
u�t8_t
 
�ags
;

95 
	`IRQ_LOCK
(
�ags
);

96 
tmp
 = 
us2
;

97 
	`IRQ_UNLOCK
(
�ags
);

98  
tmp
;

99 
	}
}

103 
time_h
 
	$time_g�_time
()

105 
time_h
 
tmp
;

106 
u�t8_t
 
�ags
;

107 
	`IRQ_LOCK
(
�ags
);

108 
tmp
 = 
t
;

109 
	`IRQ_UNLOCK
(
�ags
);

110  
tmp
;

111 
	}
}

115 
	$time_��t
()

117 
u�t8_t
 
�ags
;

118 
	`IRQ_LOCK
(
�ags
);

119 
t
.
us
 = 0;

120 
t
.
s
 = 0;

121 
	`IRQ_UNLOCK
(
�ags
);

122 
	}
}

126 
	$time_�t
(
�c�ds
 
s
, 
mi�o�c�ds
 
us
)

128 
u�t8_t
 
�ags
;

129 
	`IRQ_LOCK
(
�ags
);

130 
t
.
us
 = us;

131 
t
.
s
 = s;

132 
	`IRQ_UNLOCK
(
�ags
);

133 
	}
}

137 
	$time_wa�_ms
(
u�t16_t
 
ms
)

139 
mi�o�c�ds
 
�d
 = 
	`time_g�_us2
();

140 
	`time_g�_us2
(�- 
�d
 < 
ms
*1000L);

141 
	}
}

147 
time_��em�t
(
__��ibu�__
((
unu�d
)�* 
dummy
)

149 
u�t8_t
 
	g�ags
;

151 
IRQ_LOCK
(
�ags
);

153 
	gus2
 +�(()
NB_SCHEDULER_UNIT_NOT_NULL
 * 
SCHEDULER_UNIT
);

154 
	gt
.
	gus
 +�(()
NB_SCHEDULER_UNIT_NOT_NULL
 * 
SCHEDULER_UNIT
);

155 
	gt
.
	gus
 > 1000000) {

156 
	gt
.
	gs
 ++;

157 
	gt
.
	gus
 -= 1000000;

160 
IRQ_UNLOCK
(
�ags
);

	@time_config.h

23 

	#TIME_PRECISION
 25000l

	)

	@timer.h

31 #i�de�
_TIMER_H_


32 

	#_TIMER_H_


	)

34 
	~<av�sive/��s.h
>

36 
	~<av�sive.h
>

37 
	~<tim�_de���i�s.h
>

38 
	~<tim�_def��i�s.h
>

39 
	~<tim�_�es��r.h
>

41 
	~<tim�_c�fig.h
>

45 
tim�_��
();

49 #i�
def�ed
 
TIMER0_ENABLED
 && def�ed 
TIMER0_AVAILABLE


50 
	$DECLARE_TIMER_FUNCS
(0)

53 #i�
def�ed
 
TIMER1_ENABLED
 && def�ed 
TIMER1_AVAILABLE


54 
	$DECLARE_TIMER_FUNCS
(1)

57 #i�
def�ed
 
TIMER2_ENABLED
 && def�ed 
TIMER2_AVAILABLE


58 
	$DECLARE_TIMER_FUNCS
(2)

61 #i�
def�ed
 
TIMER3_ENABLED
 && def�ed 
TIMER3_AVAILABLE


62 
	$DECLARE_TIMER_FUNCS
(3)

67 #i�
def�ed
 
TIMER0_ENABLED
 && def�ed 
TIMER0_AVAILABLE


68 
	$DEFINE_TIMER_US_CONVERSIONS
(0)

71 #i�
def�ed
 
TIMER1_ENABLED
 && def�ed 
TIMER1_AVAILABLE


72 
	$DEFINE_TIMER_US_CONVERSIONS
(1)

75 #i�
def�ed
 
TIMER2_ENABLED
 && def�ed 
TIMER2_AVAILABLE


76 
	$DEFINE_TIMER_US_CONVERSIONS
(2)

79 #i�
def�ed
 
TIMER3_ENABLED
 && def�ed 
TIMER3_AVAILABLE


80 
	$DEFINE_TIMER_US_CONVERSIONS
(3)

	@timer0_getset.c

22 
	~<�d�t.h
>

24 
	~<av�sive.h
>

25 
	~<av�sive/��s.h
>

26 
	~<av�sive/tim�s.h
>

28 
	~<tim�.h
>

29 
	~<tim�_def��i�s.h
>

30 
	~<tim�_c�fig.h
>

32 #i�
def�ed
 
TIMER0_ENABLED
 && def�ed 
TIMER0_AVAILABLE


33 
	$DEFINE_TIMER_GET_SET
(0)

	@timer0_prescaler.c

22 
	~<�d�t.h
>

24 
	~<av�sive.h
>

25 
	~<av�sive/��s.h
>

26 
	~<av�sive/tim�s.h
>

28 
	~<tim�.h
>

29 
	~<tim�_def��i�s.h
>

30 
	~<tim�_�es��r.h
>

32 
	~<tim�_c�fig.h
>

35 #ifde�
CONFIG_MODULE_TIMER_DYNAMIC


37 #i�
def�ed
 
TIMER0_ENABLED
 && def�ed 
TIMER0_AVAILABLE


38 
	$DEFINE_DYNAMIC_PRESCALER_FUNCS
(0)

43 #i�
def�ed
 
TIMER0_ENABLED
 && def�ed 
TIMER0_AVAILABLE


44 
	$DEFINE_STATIC_PRESCALER_FUNCS
(0)

	@timer0_register_OC_at_tics.c

22 
	~<�d�t.h
>

23 
	~<�r�g.h
>

25 
	~<av�sive.h
>

26 
	~<av�sive/��s.h
>

27 
	~<av�sive/tim�s.h
>

29 
	~<tim�.h
>

30 
	~<tim�_def��i�s.h
>

31 
	~<tim�_��.h
>

32 
	~<tim�_c�fig.h
>

35 #i�
def�ed
 
TIMER0_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE0


36 
	$DEFINE_REGISTER_OC_INTR_AT_TICS
(0)

39 #i�
def�ed
 
TIMER0A_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE0A


40 
	$DEFINE_REGISTER_OC_INTR_AT_TICS
(0A)

43 #i�
def�ed
 
TIMER0B_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE0B


44 
	$DEFINE_REGISTER_OC_INTR_AT_TICS
(0B)

	@timer0_register_OC_in_us.c

22 
	~<�d�t.h
>

23 
	~<�r�g.h
>

25 
	~<av�sive.h
>

26 
	~<av�sive/��s.h
>

27 
	~<av�sive/tim�s.h
>

29 
	~<tim�.h
>

30 
	~<tim�_def��i�s.h
>

31 
	~<tim�_��.h
>

32 
	~<tim�_c�fig.h
>

35 #i�
def�ed
 
TIMER0_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE0


36 
	$DEFINE_REGISTER_OC_INTR_IN_US
(0,0)

39 #i�
def�ed
 
TIMER0A_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE0A


40 
	$DEFINE_REGISTER_OC_INTR_IN_US
(0,0A)

43 #i�
def�ed
 
TIMER0B_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE0B


44 
	$DEFINE_REGISTER_OC_INTR_IN_US
(0,0B)

	@timer0_register_OV.c

22 
	~<�d�t.h
>

23 
	~<�r�g.h
>

25 
	~<av�sive.h
>

26 
	~<av�sive/��s.h
>

27 
	~<av�sive/tim�s.h
>

29 
	~<tim�.h
>

30 
	~<tim�_def��i�s.h
>

31 
	~<tim�_��.h
>

32 
	~<tim�_c�fig.h
>

34 #i�
def�ed
 
TIMER0_ENABLED
 && def�ed 
SIG_OVERFLOW0


35 
	$DEFINE_REGISTER_OV_INTR
(0)

	@timer0_startstop.c

22 
	~<�d�t.h
>

24 
	~<av�sive.h
>

25 
	~<av�sive/��s.h
>

26 
	~<av�sive/tim�s.h
>

28 
	~<tim�.h
>

29 
	~<tim�_def��i�s.h
>

30 
	~<tim�_�es��r.h
>

31 
	~<tim�_c�fig.h
>

33 #i�
def�ed
 
TIMER0_ENABLED
 && def�ed 
TIMER0_AVAILABLE


34 
	$DEFINE_TIMER_START_STOP
(0)

	@timer1_getset.c

22 
	~<�d�t.h
>

24 
	~<av�sive.h
>

25 
	~<av�sive/��s.h
>

26 
	~<av�sive/tim�s.h
>

28 
	~<tim�.h
>

29 
	~<tim�_def��i�s.h
>

30 
	~<tim�_c�fig.h
>

32 #i�
def�ed
 
TIMER1_ENABLED
 && def�ed 
TIMER1_AVAILABLE


33 
	$DEFINE_TIMER_GET_SET
(1)

	@timer1_prescaler.c

22 
	~<�d�t.h
>

24 
	~<av�sive.h
>

25 
	~<av�sive/��s.h
>

26 
	~<av�sive/tim�s.h
>

28 
	~<tim�.h
>

29 
	~<tim�_def��i�s.h
>

30 
	~<tim�_�es��r.h
>

32 
	~<tim�_c�fig.h
>

35 #ifde�
CONFIG_MODULE_TIMER_DYNAMIC


37 #i�
def�ed
 
TIMER1_ENABLED
 && def�ed 
TIMER1_AVAILABLE


38 
	$DEFINE_DYNAMIC_PRESCALER_FUNCS
(1)

43 #i�
def�ed
 
TIMER1_ENABLED
 && def�ed 
TIMER1_AVAILABLE


44 
	$DEFINE_STATIC_PRESCALER_FUNCS
(1)

	@timer1_register_OC_at_tics.c

22 
	~<�d�t.h
>

23 
	~<�r�g.h
>

25 
	~<av�sive.h
>

26 
	~<av�sive/��s.h
>

27 
	~<av�sive/tim�s.h
>

29 
	~<tim�.h
>

30 
	~<tim�_def��i�s.h
>

31 
	~<tim�_��.h
>

32 
	~<tim�_c�fig.h
>

35 #i�
def�ed
 
TIMER1A_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE1A


36 
	$DEFINE_REGISTER_OC_INTR_AT_TICS
(1A)

39 #i�
def�ed
 
TIMER1B_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE1B


40 
	$DEFINE_REGISTER_OC_INTR_AT_TICS
(1B)

43 #i�
def�ed
 
TIMER1C_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE1C


44 
	$DEFINE_REGISTER_OC_INTR_AT_TICS
(1C)

	@timer1_register_OC_in_us.c

22 
	~<�d�t.h
>

23 
	~<�r�g.h
>

25 
	~<av�sive.h
>

26 
	~<av�sive/��s.h
>

27 
	~<av�sive/tim�s.h
>

29 
	~<tim�.h
>

30 
	~<tim�_def��i�s.h
>

31 
	~<tim�_��.h
>

32 
	~<tim�_c�fig.h
>

35 #i�
def�ed
 
TIMER1A_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE1A


36 
	$DEFINE_REGISTER_OC_INTR_IN_US
(1,1A)

39 #i�
def�ed
 
TIMER1B_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE1B


40 
	$DEFINE_REGISTER_OC_INTR_IN_US
(1,1B)

43 #i�
def�ed
 
TIMER1C_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE1C


44 
	$DEFINE_REGISTER_OC_INTR_IN_US
(1,1C)

	@timer1_register_OV.c

22 
	~<�d�t.h
>

23 
	~<�r�g.h
>

25 
	~<av�sive.h
>

26 
	~<av�sive/��s.h
>

27 
	~<av�sive/tim�s.h
>

29 
	~<tim�.h
>

30 
	~<tim�_def��i�s.h
>

31 
	~<tim�_��.h
>

32 
	~<tim�_c�fig.h
>

35 #i�
def�ed
 
TIMER1_ENABLED
 && def�ed 
SIG_OVERFLOW1


36 
	$DEFINE_REGISTER_OV_INTR
(1)

	@timer1_startstop.c

22 
	~<�d�t.h
>

24 
	~<av�sive.h
>

25 
	~<av�sive/��s.h
>

26 
	~<av�sive/tim�s.h
>

27 
	~<tim�.h
>

28 
	~<tim�_def��i�s.h
>

29 
	~<tim�_�es��r.h
>

30 
	~<tim�_c�fig.h
>

32 #i�
def�ed
 
TIMER1_ENABLED
 && def�ed 
TIMER1_AVAILABLE


33 
	$DEFINE_TIMER_START_STOP
(1)

	@timer2_getset.c

22 
	~<�d�t.h
>

24 
	~<av�sive.h
>

25 
	~<av�sive/��s.h
>

26 
	~<av�sive/tim�s.h
>

27 
	~<tim�.h
>

28 
	~<tim�_def��i�s.h
>

29 
	~<tim�_c�fig.h
>

31 #i�
def�ed
 
TIMER2_ENABLED
 && def�ed 
TIMER2_AVAILABLE


32 
	$DEFINE_TIMER_GET_SET
(2)

	@timer2_prescaler.c

22 
	~<�d�t.h
>

24 
	~<av�sive.h
>

25 
	~<av�sive/��s.h
>

26 
	~<av�sive/tim�s.h
>

28 
	~<tim�.h
>

29 
	~<tim�_def��i�s.h
>

30 
	~<tim�_�es��r.h
>

32 
	~<tim�_c�fig.h
>

35 #ifde�
CONFIG_MODULE_TIMER_DYNAMIC


37 #i�
def�ed
 
TIMER2_ENABLED
 && def�ed 
TIMER2_AVAILABLE


38 
	$DEFINE_DYNAMIC_PRESCALER_FUNCS
(2)

43 #i�
def�ed
 
TIMER2_ENABLED
 && def�ed 
TIMER2_AVAILABLE


44 
	$DEFINE_STATIC_PRESCALER_FUNCS
(2)

	@timer2_register_OC_at_tics.c

22 
	~<�d�t.h
>

23 
	~<�r�g.h
>

25 
	~<av�sive.h
>

26 
	~<av�sive/��s.h
>

27 
	~<av�sive/tim�s.h
>

29 
	~<tim�.h
>

30 
	~<tim�_def��i�s.h
>

31 
	~<tim�_��.h
>

32 
	~<tim�_c�fig.h
>

35 #i�
def�ed
 
TIMER2_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE2


36 
	$DEFINE_REGISTER_OC_INTR_AT_TICS
(2)

	@timer2_register_OC_in_us.c

22 
	~<�d�t.h
>

23 
	~<�r�g.h
>

25 
	~<av�sive.h
>

26 
	~<av�sive/��s.h
>

27 
	~<av�sive/tim�s.h
>

29 
	~<tim�.h
>

30 
	~<tim�_def��i�s.h
>

31 
	~<tim�_��.h
>

32 
	~<tim�_c�fig.h
>

35 #i�
def�ed
 
TIMER2_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE2


36 
	$DEFINE_REGISTER_OC_INTR_IN_US
(2,2)

	@timer2_register_OV.c

22 
	~<�d�t.h
>

23 
	~<�r�g.h
>

25 
	~<av�sive.h
>

26 
	~<av�sive/��s.h
>

27 
	~<av�sive/tim�s.h
>

29 
	~<tim�.h
>

30 
	~<tim�_def��i�s.h
>

31 
	~<tim�_��.h
>

32 
	~<tim�_c�fig.h
>

35 #i�
def�ed
 
TIMER2_ENABLED
 && def�ed 
SIG_OVERFLOW2


36 
	$DEFINE_REGISTER_OV_INTR
(2)

	@timer2_startstop.c

22 
	~<�d�t.h
>

24 
	~<av�sive.h
>

25 
	~<av�sive/��s.h
>

26 
	~<av�sive/tim�s.h
>

27 
	~<tim�.h
>

28 
	~<tim�_def��i�s.h
>

29 
	~<tim�_�es��r.h
>

30 
	~<tim�_c�fig.h
>

32 #i�
def�ed
 
TIMER2_ENABLED
 && def�ed 
TIMER2_AVAILABLE


33 
	$DEFINE_TIMER_START_STOP
(2)

	@timer3_getset.c

22 
	~<�d�t.h
>

24 
	~<av�sive.h
>

25 
	~<av�sive/��s.h
>

26 
	~<av�sive/tim�s.h
>

27 
	~<tim�.h
>

28 
	~<tim�_def��i�s.h
>

29 
	~<tim�_c�fig.h
>

31 #i�
def�ed
 
TIMER3_ENABLED
 && def�ed 
TIMER3_AVAILABLE


32 
	$DEFINE_TIMER_GET_SET
(3)

	@timer3_prescaler.c

22 
	~<�d�t.h
>

24 
	~<av�sive.h
>

25 
	~<av�sive/��s.h
>

26 
	~<av�sive/tim�s.h
>

28 
	~<tim�.h
>

29 
	~<tim�_def��i�s.h
>

30 
	~<tim�_�es��r.h
>

32 
	~<tim�_c�fig.h
>

35 #ifde�
CONFIG_MODULE_TIMER_DYNAMIC


37 #i�
def�ed
 
TIMER3_ENABLED
 && def�ed 
TIMER3_AVAILABLE


38 
	$DEFINE_DYNAMIC_PRESCALER_FUNCS
(3)

43 #i�
def�ed
 
TIMER3_ENABLED
 && def�ed 
TIMER3_AVAILABLE


44 
	$DEFINE_STATIC_PRESCALER_FUNCS
(3)

	@timer3_register_OC_at_tics.c

22 
	~<�d�t.h
>

23 
	~<�r�g.h
>

25 
	~<av�sive.h
>

26 
	~<av�sive/��s.h
>

27 
	~<av�sive/tim�s.h
>

29 
	~<tim�.h
>

30 
	~<tim�_def��i�s.h
>

31 
	~<tim�_��.h
>

32 
	~<tim�_c�fig.h
>

35 #i�
def�ed
 
TIMER3A_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE3A


36 
	$DEFINE_REGISTER_OC_INTR_AT_TICS
(3A)

39 #i�
def�ed
 
TIMER3B_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE3B


40 
	$DEFINE_REGISTER_OC_INTR_AT_TICS
(3B)

43 #i�
def�ed
 
TIMER3C_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE3C


44 
	$DEFINE_REGISTER_OC_INTR_AT_TICS
(3C)

	@timer3_register_OC_in_us.c

22 
	~<�d�t.h
>

23 
	~<�r�g.h
>

25 
	~<av�sive.h
>

26 
	~<av�sive/��s.h
>

27 
	~<av�sive/tim�s.h
>

29 
	~<tim�.h
>

30 
	~<tim�_def��i�s.h
>

31 
	~<tim�_��.h
>

32 
	~<tim�_c�fig.h
>

35 #i�
def�ed
 
TIMER3A_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE3A


36 
	$DEFINE_REGISTER_OC_INTR_IN_US
(3,3A)

39 #i�
def�ed
 
TIMER3B_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE3B


40 
	$DEFINE_REGISTER_OC_INTR_IN_US
(3,3B)

43 #i�
def�ed
 
TIMER3C_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE3C


44 
	$DEFINE_REGISTER_OC_INTR_IN_US
(3,3C)

	@timer3_register_OV.c

22 
	~<�d�t.h
>

23 
	~<�r�g.h
>

25 
	~<av�sive.h
>

26 
	~<av�sive/��s.h
>

27 
	~<av�sive/tim�s.h
>

29 
	~<tim�.h
>

30 
	~<tim�_def��i�s.h
>

31 
	~<tim�_��.h
>

32 
	~<tim�_c�fig.h
>

35 #i�
def�ed
 
TIMER3_ENABLED
 && def�ed 
SIG_OVERFLOW3


36 
	$DEFINE_REGISTER_OV_INTR
(3)

	@timer3_startstop.c

22 
	~<�d�t.h
>

24 
	~<av�sive.h
>

25 
	~<av�sive/��s.h
>

26 
	~<av�sive/tim�s.h
>

27 
	~<tim�.h
>

28 
	~<tim�_def��i�s.h
>

29 
	~<tim�_�es��r.h
>

30 
	~<tim�_c�fig.h
>

32 #i�
def�ed
 
TIMER3_ENABLED
 && def�ed 
TIMER3_AVAILABLE


33 
	$DEFINE_TIMER_START_STOP
(3)

	@timer4_getset.c

22 
	~<�d�t.h
>

24 
	~<av�sive.h
>

25 
	~<av�sive/��s.h
>

26 
	~<av�sive/tim�s.h
>

27 
	~<tim�.h
>

28 
	~<tim�_def��i�s.h
>

29 
	~<tim�_c�fig.h
>

31 #i�
def�ed
 
TIMER4_ENABLED
 && def�ed 
TIMER4_AVAILABLE


32 
	$DEFINE_TIMER_GET_SET
(4)

	@timer4_prescaler.c

22 
	~<�d�t.h
>

24 
	~<av�sive.h
>

25 
	~<av�sive/��s.h
>

26 
	~<av�sive/tim�s.h
>

28 
	~<tim�.h
>

29 
	~<tim�_def��i�s.h
>

30 
	~<tim�_�es��r.h
>

32 
	~<tim�_c�fig.h
>

35 #ifde�
CONFIG_MODULE_TIMER_DYNAMIC


37 #i�
def�ed
 
TIMER4_ENABLED
 && def�ed 
TIMER4_AVAILABLE


38 
	$DEFINE_DYNAMIC_PRESCALER_FUNCS
(4)

43 #i�
def�ed
 
TIMER4_ENABLED
 && def�ed 
TIMER4_AVAILABLE


44 
	$DEFINE_STATIC_PRESCALER_FUNCS
(4)

	@timer4_register_OC_at_tics.c

22 
	~<�d�t.h
>

23 
	~<�r�g.h
>

25 
	~<av�sive.h
>

26 
	~<av�sive/��s.h
>

27 
	~<av�sive/tim�s.h
>

29 
	~<tim�.h
>

30 
	~<tim�_def��i�s.h
>

31 
	~<tim�_��.h
>

32 
	~<tim�_c�fig.h
>

35 #i�
def�ed
 
TIMER4A_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE4A


36 
	$DEFINE_REGISTER_OC_INTR_AT_TICS
(4A)

39 #i�
def�ed
 
TIMER4B_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE4B


40 
	$DEFINE_REGISTER_OC_INTR_AT_TICS
(4B)

43 #i�
def�ed
 
TIMER4C_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE4C


44 
	$DEFINE_REGISTER_OC_INTR_AT_TICS
(4C)

	@timer4_register_OC_in_us.c

22 
	~<�d�t.h
>

23 
	~<�r�g.h
>

25 
	~<av�sive.h
>

26 
	~<av�sive/��s.h
>

27 
	~<av�sive/tim�s.h
>

29 
	~<tim�.h
>

30 
	~<tim�_def��i�s.h
>

31 
	~<tim�_��.h
>

32 
	~<tim�_c�fig.h
>

35 #i�
def�ed
 
TIMER4A_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE4A


36 
	$DEFINE_REGISTER_OC_INTR_IN_US
(4,4A)

39 #i�
def�ed
 
TIMER4B_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE4B


40 
	$DEFINE_REGISTER_OC_INTR_IN_US
(4,4B)

43 #i�
def�ed
 
TIMER4C_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE4C


44 
	$DEFINE_REGISTER_OC_INTR_IN_US
(4,4C)

	@timer4_register_OV.c

22 
	~<�d�t.h
>

23 
	~<�r�g.h
>

25 
	~<av�sive.h
>

26 
	~<av�sive/��s.h
>

27 
	~<av�sive/tim�s.h
>

29 
	~<tim�.h
>

30 
	~<tim�_def��i�s.h
>

31 
	~<tim�_��.h
>

32 
	~<tim�_c�fig.h
>

35 #i�
def�ed
 
TIMER4_ENABLED
 && def�ed 
SIG_OVERFLOW4


36 
	$DEFINE_REGISTER_OV_INTR
(4)

	@timer4_startstop.c

22 
	~<�d�t.h
>

24 
	~<av�sive.h
>

25 
	~<av�sive/��s.h
>

26 
	~<av�sive/tim�s.h
>

27 
	~<tim�.h
>

28 
	~<tim�_def��i�s.h
>

29 
	~<tim�_�es��r.h
>

30 
	~<tim�_c�fig.h
>

32 #i�
def�ed
 
TIMER4_ENABLED
 && def�ed 
TIMER4_AVAILABLE


33 
	$DEFINE_TIMER_START_STOP
(4)

	@timer5_getset.c

22 
	~<�d�t.h
>

24 
	~<av�sive.h
>

25 
	~<av�sive/��s.h
>

26 
	~<av�sive/tim�s.h
>

27 
	~<tim�.h
>

28 
	~<tim�_def��i�s.h
>

29 
	~<tim�_c�fig.h
>

31 #i�
def�ed
 
TIMER5_ENABLED
 && def�ed 
TIMER5_AVAILABLE


32 
	$DEFINE_TIMER_GET_SET
(5)

	@timer5_prescaler.c

22 
	~<�d�t.h
>

24 
	~<av�sive.h
>

25 
	~<av�sive/��s.h
>

26 
	~<av�sive/tim�s.h
>

28 
	~<tim�.h
>

29 
	~<tim�_def��i�s.h
>

30 
	~<tim�_�es��r.h
>

32 
	~<tim�_c�fig.h
>

35 #ifde�
CONFIG_MODULE_TIMER_DYNAMIC


37 #i�
def�ed
 
TIMER5_ENABLED
 && def�ed 
TIMER5_AVAILABLE


38 
	$DEFINE_DYNAMIC_PRESCALER_FUNCS
(5)

43 #i�
def�ed
 
TIMER5_ENABLED
 && def�ed 
TIMER5_AVAILABLE


44 
	$DEFINE_STATIC_PRESCALER_FUNCS
(5)

	@timer5_register_OC_at_tics.c

22 
	~<�d�t.h
>

23 
	~<�r�g.h
>

25 
	~<av�sive.h
>

26 
	~<av�sive/��s.h
>

27 
	~<av�sive/tim�s.h
>

29 
	~<tim�.h
>

30 
	~<tim�_def��i�s.h
>

31 
	~<tim�_��.h
>

32 
	~<tim�_c�fig.h
>

35 #i�
def�ed
 
TIMER5A_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE5A


36 
	$DEFINE_REGISTER_OC_INTR_AT_TICS
(5A)

39 #i�
def�ed
 
TIMER5B_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE5B


40 
	$DEFINE_REGISTER_OC_INTR_AT_TICS
(5B)

43 #i�
def�ed
 
TIMER5C_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE5C


44 
	$DEFINE_REGISTER_OC_INTR_AT_TICS
(5C)

	@timer5_register_OC_in_us.c

22 
	~<�d�t.h
>

23 
	~<�r�g.h
>

25 
	~<av�sive.h
>

26 
	~<av�sive/��s.h
>

27 
	~<av�sive/tim�s.h
>

29 
	~<tim�.h
>

30 
	~<tim�_def��i�s.h
>

31 
	~<tim�_��.h
>

32 
	~<tim�_c�fig.h
>

35 #i�
def�ed
 
TIMER5A_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE5A


36 
	$DEFINE_REGISTER_OC_INTR_IN_US
(5,5A)

39 #i�
def�ed
 
TIMER5B_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE5B


40 
	$DEFINE_REGISTER_OC_INTR_IN_US
(5,5B)

43 #i�
def�ed
 
TIMER5C_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE5C


44 
	$DEFINE_REGISTER_OC_INTR_IN_US
(5,5C)

	@timer5_register_OV.c

22 
	~<�d�t.h
>

23 
	~<�r�g.h
>

25 
	~<av�sive.h
>

26 
	~<av�sive/��s.h
>

27 
	~<av�sive/tim�s.h
>

29 
	~<tim�.h
>

30 
	~<tim�_def��i�s.h
>

31 
	~<tim�_��.h
>

32 
	~<tim�_c�fig.h
>

35 #i�
def�ed
 
TIMER5_ENABLED
 && def�ed 
SIG_OVERFLOW5


36 
	$DEFINE_REGISTER_OV_INTR
(5)

	@timer5_startstop.c

22 
	~<�d�t.h
>

24 
	~<av�sive.h
>

25 
	~<av�sive/��s.h
>

26 
	~<av�sive/tim�s.h
>

27 
	~<tim�.h
>

28 
	~<tim�_def��i�s.h
>

29 
	~<tim�_�es��r.h
>

30 
	~<tim�_c�fig.h
>

32 #i�
def�ed
 
TIMER5_ENABLED
 && def�ed 
TIMER5_AVAILABLE


33 
	$DEFINE_TIMER_START_STOP
(5)

	@timer_conf_check.c

22 
	~<av�sive.h
>

23 
	~<av�sive/��s.h
>

24 
	~<av�sive/tim�s.h
>

26 
	~<tim�.h
>

27 
	~<tim�_def��i�s.h
>

28 
	~<tim�_�es��r.h
>

30 
	~<tim�_c�fig.h
>

33 #i�
def�ed
 
TIMER0_ENABLED
 && ! def�ed 
TIMER0_AVAILABLE


34 #�r� 
This
 
�ch
 
has
 
no
 
TIMER0


37 #i�
def�ed
 
TIMER1_ENABLED
 && ! def�ed 
TIMER1_AVAILABLE


38 #�r� 
This
 
�ch
 
has
 
no
 
TIMER1


41 #i�
def�ed
 
TIMER2_ENABLED
 && ! def�ed 
TIMER2_AVAILABLE


42 #�r� 
This
 
�ch
 
has
 
no
 
TIMER2


45 #i�
def�ed
 
TIMER3_ENABLED
 && ! def�ed 
TIMER3_AVAILABLE


46 #�r� 
This
 
�ch
 
has
 
no
 
TIMER3


49 #i�
def�ed
 
TIMER4_ENABLED
 && ! def�ed 
TIMER4_AVAILABLE


50 #�r� 
This
 
�ch
 
has
 
no
 
TIMER4


53 #i�
def�ed
 
TIMER5_ENABLED
 && ! def�ed 
TIMER5_AVAILABLE


54 #�r� 
This
 
�ch
 
has
 
no
 
TIMER5


58 #i�
def�ed
 
TIMER0_ENABLED


60 #i�
def�ed
 
TIMER0_PRESCALER_REG_0
 && TIMER0_PRESCALER_REG_0 =�
TIMER0_PRESCALER_DIV


61 

	#TIMER0_CONF_OK


	)

64 #i�
def�ed
 
TIMER0_PRESCALER_REG_1
 && TIMER0_PRESCALER_REG_1 =�
TIMER0_PRESCALER_DIV


65 

	#TIMER0_CONF_OK


	)

68 #i�
def�ed
 
TIMER0_PRESCALER_REG_2
 && TIMER0_PRESCALER_REG_2 =�
TIMER0_PRESCALER_DIV


69 

	#TIMER0_CONF_OK


	)

72 #i�
def�ed
 
TIMER0_PRESCALER_REG_3
 && TIMER0_PRESCALER_REG_3 =�
TIMER0_PRESCALER_DIV


73 

	#TIMER0_CONF_OK


	)

76 #i�
def�ed
 
TIMER0_PRESCALER_REG_4
 && TIMER0_PRESCALER_REG_4 =�
TIMER0_PRESCALER_DIV


77 

	#TIMER0_CONF_OK


	)

80 #i�
def�ed
 
TIMER0_PRESCALER_REG_5
 && TIMER0_PRESCALER_REG_5 =�
TIMER0_PRESCALER_DIV


81 

	#TIMER0_CONF_OK


	)

84 #i�
def�ed
 
TIMER0_PRESCALER_REG_6
 && TIMER0_PRESCALER_REG_6 =�
TIMER0_PRESCALER_DIV


85 

	#TIMER0_CONF_OK


	)

88 #i�
def�ed
 
TIMER0_PRESCALER_REG_7
 && TIMER0_PRESCALER_REG_7 =�
TIMER0_PRESCALER_DIV


89 

	#TIMER0_CONF_OK


	)

92 #i�
def�ed
 
TIMER0_PRESCALER_REG_8
 && TIMER0_PRESCALER_REG_8 =�
TIMER0_PRESCALER_DIV


93 

	#TIMER0_CONF_OK


	)

96 #i�
def�ed
 
TIMER0_PRESCALER_REG_9
 && TIMER0_PRESCALER_REG_9 =�
TIMER0_PRESCALER_DIV


97 

	#TIMER0_CONF_OK


	)

100 #i�
def�ed
 
TIMER0_PRESCALER_REG_10
 && TIMER0_PRESCALER_REG_10 =�
TIMER0_PRESCALER_DIV


101 

	#TIMER0_CONF_OK


	)

104 #i�
def�ed
 
TIMER0_PRESCALER_REG_11
 && TIMER0_PRESCALER_REG_11 =�
TIMER0_PRESCALER_DIV


105 

	#TIMER0_CONF_OK


	)

108 #i�
def�ed
 
TIMER0_PRESCALER_REG_12
 && TIMER0_PRESCALER_REG_12 =�
TIMER0_PRESCALER_DIV


109 

	#TIMER0_CONF_OK


	)

112 #i�
def�ed
 
TIMER0_PRESCALER_REG_13
 && TIMER0_PRESCALER_REG_13 =�
TIMER0_PRESCALER_DIV


113 

	#TIMER0_CONF_OK


	)

116 #i�
def�ed
 
TIMER0_PRESCALER_REG_14
 && TIMER0_PRESCALER_REG_14 =�
TIMER0_PRESCALER_DIV


117 

	#TIMER0_CONF_OK


	)

120 #i�
def�ed
 
TIMER0_PRESCALER_REG_15
 && TIMER0_PRESCALER_REG_15 =�
TIMER0_PRESCALER_DIV


121 

	#TIMER0_CONF_OK


	)

124 #i�de�
TIMER0_CONF_OK


125 #�r� 
TIMER0
 
has
 
a
 
bad
 
�es��r
 
v�ue


132 #i�
def�ed
 
TIMER1_ENABLED


134 #i�
def�ed
 
TIMER1_PRESCALER_REG_0
 && TIMER1_PRESCALER_REG_0 =�
TIMER1_PRESCALER_DIV


135 

	#TIMER1_CONF_OK


	)

138 #i�
def�ed
 
TIMER1_PRESCALER_REG_1
 && TIMER1_PRESCALER_REG_1 =�
TIMER1_PRESCALER_DIV


139 

	#TIMER1_CONF_OK


	)

142 #i�
def�ed
 
TIMER1_PRESCALER_REG_2
 && TIMER1_PRESCALER_REG_2 =�
TIMER1_PRESCALER_DIV


143 

	#TIMER1_CONF_OK


	)

146 #i�
def�ed
 
TIMER1_PRESCALER_REG_3
 && TIMER1_PRESCALER_REG_3 =�
TIMER1_PRESCALER_DIV


147 

	#TIMER1_CONF_OK


	)

150 #i�
def�ed
 
TIMER1_PRESCALER_REG_4
 && TIMER1_PRESCALER_REG_4 =�
TIMER1_PRESCALER_DIV


151 

	#TIMER1_CONF_OK


	)

154 #i�
def�ed
 
TIMER1_PRESCALER_REG_5
 && TIMER1_PRESCALER_REG_5 =�
TIMER1_PRESCALER_DIV


155 

	#TIMER1_CONF_OK


	)

158 #i�
def�ed
 
TIMER1_PRESCALER_REG_6
 && TIMER1_PRESCALER_REG_6 =�
TIMER1_PRESCALER_DIV


159 

	#TIMER1_CONF_OK


	)

162 #i�
def�ed
 
TIMER1_PRESCALER_REG_7
 && TIMER1_PRESCALER_REG_7 =�
TIMER1_PRESCALER_DIV


163 

	#TIMER1_CONF_OK


	)

166 #i�
def�ed
 
TIMER1_PRESCALER_REG_8
 && TIMER1_PRESCALER_REG_8 =�
TIMER1_PRESCALER_DIV


167 

	#TIMER1_CONF_OK


	)

170 #i�
def�ed
 
TIMER1_PRESCALER_REG_9
 && TIMER1_PRESCALER_REG_9 =�
TIMER1_PRESCALER_DIV


171 

	#TIMER1_CONF_OK


	)

174 #i�
def�ed
 
TIMER1_PRESCALER_REG_10
 && TIMER1_PRESCALER_REG_10 =�
TIMER1_PRESCALER_DIV


175 

	#TIMER1_CONF_OK


	)

178 #i�
def�ed
 
TIMER1_PRESCALER_REG_11
 && TIMER1_PRESCALER_REG_11 =�
TIMER1_PRESCALER_DIV


179 

	#TIMER1_CONF_OK


	)

182 #i�
def�ed
 
TIMER1_PRESCALER_REG_12
 && TIMER1_PRESCALER_REG_12 =�
TIMER1_PRESCALER_DIV


183 

	#TIMER1_CONF_OK


	)

186 #i�
def�ed
 
TIMER1_PRESCALER_REG_13
 && TIMER1_PRESCALER_REG_13 =�
TIMER1_PRESCALER_DIV


187 

	#TIMER1_CONF_OK


	)

190 #i�
def�ed
 
TIMER1_PRESCALER_REG_14
 && TIMER1_PRESCALER_REG_14 =�
TIMER1_PRESCALER_DIV


191 

	#TIMER1_CONF_OK


	)

194 #i�
def�ed
 
TIMER1_PRESCALER_REG_15
 && TIMER1_PRESCALER_REG_15 =�
TIMER1_PRESCALER_DIV


195 

	#TIMER1_CONF_OK


	)

198 #i�de�
TIMER1_CONF_OK


199 #�r� 
TIMER1
 
has
 
a
 
bad
 
�es��r
 
v�ue


205 #i�
def�ed
 
TIMER2_ENABLED


207 #i�
def�ed
 
TIMER2_PRESCALER_REG_0
 && TIMER2_PRESCALER_REG_0 =�
TIMER2_PRESCALER_DIV


208 

	#TIMER2_CONF_OK


	)

211 #i�
def�ed
 
TIMER2_PRESCALER_REG_1
 && TIMER2_PRESCALER_REG_1 =�
TIMER2_PRESCALER_DIV


212 

	#TIMER2_CONF_OK


	)

215 #i�
def�ed
 
TIMER2_PRESCALER_REG_2
 && TIMER2_PRESCALER_REG_2 =�
TIMER2_PRESCALER_DIV


216 

	#TIMER2_CONF_OK


	)

219 #i�
def�ed
 
TIMER2_PRESCALER_REG_3
 && TIMER2_PRESCALER_REG_3 =�
TIMER2_PRESCALER_DIV


220 

	#TIMER2_CONF_OK


	)

223 #i�
def�ed
 
TIMER2_PRESCALER_REG_4
 && TIMER2_PRESCALER_REG_4 =�
TIMER2_PRESCALER_DIV


224 

	#TIMER2_CONF_OK


	)

227 #i�
def�ed
 
TIMER2_PRESCALER_REG_5
 && TIMER2_PRESCALER_REG_5 =�
TIMER2_PRESCALER_DIV


228 

	#TIMER2_CONF_OK


	)

231 #i�
def�ed
 
TIMER2_PRESCALER_REG_6
 && TIMER2_PRESCALER_REG_6 =�
TIMER2_PRESCALER_DIV


232 

	#TIMER2_CONF_OK


	)

235 #i�
def�ed
 
TIMER2_PRESCALER_REG_7
 && TIMER2_PRESCALER_REG_7 =�
TIMER2_PRESCALER_DIV


236 

	#TIMER2_CONF_OK


	)

239 #i�
def�ed
 
TIMER2_PRESCALER_REG_8
 && TIMER2_PRESCALER_REG_8 =�
TIMER2_PRESCALER_DIV


240 

	#TIMER2_CONF_OK


	)

243 #i�
def�ed
 
TIMER2_PRESCALER_REG_9
 && TIMER2_PRESCALER_REG_9 =�
TIMER2_PRESCALER_DIV


244 

	#TIMER2_CONF_OK


	)

247 #i�
def�ed
 
TIMER2_PRESCALER_REG_10
 && TIMER2_PRESCALER_REG_10 =�
TIMER2_PRESCALER_DIV


248 

	#TIMER2_CONF_OK


	)

251 #i�
def�ed
 
TIMER2_PRESCALER_REG_11
 && TIMER2_PRESCALER_REG_11 =�
TIMER2_PRESCALER_DIV


252 

	#TIMER2_CONF_OK


	)

255 #i�
def�ed
 
TIMER2_PRESCALER_REG_12
 && TIMER2_PRESCALER_REG_12 =�
TIMER2_PRESCALER_DIV


256 

	#TIMER2_CONF_OK


	)

259 #i�
def�ed
 
TIMER2_PRESCALER_REG_13
 && TIMER2_PRESCALER_REG_13 =�
TIMER2_PRESCALER_DIV


260 

	#TIMER2_CONF_OK


	)

263 #i�
def�ed
 
TIMER2_PRESCALER_REG_14
 && TIMER2_PRESCALER_REG_14 =�
TIMER2_PRESCALER_DIV


264 

	#TIMER2_CONF_OK


	)

267 #i�
def�ed
 
TIMER2_PRESCALER_REG_15
 && TIMER2_PRESCALER_REG_15 =�
TIMER2_PRESCALER_DIV


268 

	#TIMER2_CONF_OK


	)

271 #i�de�
TIMER2_CONF_OK


272 #�r� 
TIMER2
 
has
 
a
 
bad
 
�es��r
 
v�ue


278 #i�
def�ed
 
TIMER3_ENABLED


280 #i�
def�ed
 
TIMER3_PRESCALER_REG_0
 && TIMER3_PRESCALER_REG_0 =�
TIMER3_PRESCALER_DIV


281 

	#TIMER3_CONF_OK


	)

284 #i�
def�ed
 
TIMER3_PRESCALER_REG_1
 && TIMER3_PRESCALER_REG_1 =�
TIMER3_PRESCALER_DIV


285 

	#TIMER3_CONF_OK


	)

288 #i�
def�ed
 
TIMER3_PRESCALER_REG_2
 && TIMER3_PRESCALER_REG_2 =�
TIMER3_PRESCALER_DIV


289 

	#TIMER3_CONF_OK


	)

292 #i�
def�ed
 
TIMER3_PRESCALER_REG_3
 && TIMER3_PRESCALER_REG_3 =�
TIMER3_PRESCALER_DIV


293 

	#TIMER3_CONF_OK


	)

296 #i�
def�ed
 
TIMER3_PRESCALER_REG_4
 && TIMER3_PRESCALER_REG_4 =�
TIMER3_PRESCALER_DIV


297 

	#TIMER3_CONF_OK


	)

300 #i�
def�ed
 
TIMER3_PRESCALER_REG_5
 && TIMER3_PRESCALER_REG_5 =�
TIMER3_PRESCALER_DIV


301 

	#TIMER3_CONF_OK


	)

304 #i�
def�ed
 
TIMER3_PRESCALER_REG_6
 && TIMER3_PRESCALER_REG_6 =�
TIMER3_PRESCALER_DIV


305 

	#TIMER3_CONF_OK


	)

308 #i�
def�ed
 
TIMER3_PRESCALER_REG_7
 && TIMER3_PRESCALER_REG_7 =�
TIMER3_PRESCALER_DIV


309 

	#TIMER3_CONF_OK


	)

312 #i�
def�ed
 
TIMER3_PRESCALER_REG_8
 && TIMER3_PRESCALER_REG_8 =�
TIMER3_PRESCALER_DIV


313 

	#TIMER3_CONF_OK


	)

316 #i�
def�ed
 
TIMER3_PRESCALER_REG_9
 && TIMER3_PRESCALER_REG_9 =�
TIMER3_PRESCALER_DIV


317 

	#TIMER3_CONF_OK


	)

320 #i�
def�ed
 
TIMER3_PRESCALER_REG_10
 && TIMER3_PRESCALER_REG_10 =�
TIMER3_PRESCALER_DIV


321 

	#TIMER3_CONF_OK


	)

324 #i�
def�ed
 
TIMER3_PRESCALER_REG_11
 && TIMER3_PRESCALER_REG_11 =�
TIMER3_PRESCALER_DIV


325 

	#TIMER3_CONF_OK


	)

328 #i�
def�ed
 
TIMER3_PRESCALER_REG_12
 && TIMER3_PRESCALER_REG_12 =�
TIMER3_PRESCALER_DIV


329 

	#TIMER3_CONF_OK


	)

332 #i�
def�ed
 
TIMER3_PRESCALER_REG_13
 && TIMER3_PRESCALER_REG_13 =�
TIMER3_PRESCALER_DIV


333 

	#TIMER3_CONF_OK


	)

336 #i�
def�ed
 
TIMER3_PRESCALER_REG_14
 && TIMER3_PRESCALER_REG_14 =�
TIMER3_PRESCALER_DIV


337 

	#TIMER3_CONF_OK


	)

340 #i�
def�ed
 
TIMER3_PRESCALER_REG_15
 && TIMER3_PRESCALER_REG_15 =�
TIMER3_PRESCALER_DIV


341 

	#TIMER3_CONF_OK


	)

344 #i�de�
TIMER3_CONF_OK


345 #�r� 
TIMER3
 
has
 
a
 
bad
 
�es��r
 
v�ue


350 #i�
def�ed
 
TIMER4_ENABLED


352 #i�
def�ed
 
TIMER4_PRESCALER_REG_0
 && TIMER4_PRESCALER_REG_0 =�
TIMER4_PRESCALER_DIV


353 

	#TIMER4_CONF_OK


	)

356 #i�
def�ed
 
TIMER4_PRESCALER_REG_1
 && TIMER4_PRESCALER_REG_1 =�
TIMER4_PRESCALER_DIV


357 

	#TIMER4_CONF_OK


	)

360 #i�
def�ed
 
TIMER4_PRESCALER_REG_2
 && TIMER4_PRESCALER_REG_2 =�
TIMER4_PRESCALER_DIV


361 

	#TIMER4_CONF_OK


	)

364 #i�
def�ed
 
TIMER4_PRESCALER_REG_3
 && TIMER4_PRESCALER_REG_3 =�
TIMER4_PRESCALER_DIV


365 

	#TIMER4_CONF_OK


	)

368 #i�
def�ed
 
TIMER4_PRESCALER_REG_4
 && TIMER4_PRESCALER_REG_4 =�
TIMER4_PRESCALER_DIV


369 

	#TIMER4_CONF_OK


	)

372 #i�
def�ed
 
TIMER4_PRESCALER_REG_5
 && TIMER4_PRESCALER_REG_5 =�
TIMER4_PRESCALER_DIV


373 

	#TIMER4_CONF_OK


	)

376 #i�
def�ed
 
TIMER4_PRESCALER_REG_6
 && TIMER4_PRESCALER_REG_6 =�
TIMER4_PRESCALER_DIV


377 

	#TIMER4_CONF_OK


	)

380 #i�
def�ed
 
TIMER4_PRESCALER_REG_7
 && TIMER4_PRESCALER_REG_7 =�
TIMER4_PRESCALER_DIV


381 

	#TIMER4_CONF_OK


	)

384 #i�
def�ed
 
TIMER4_PRESCALER_REG_8
 && TIMER4_PRESCALER_REG_8 =�
TIMER4_PRESCALER_DIV


385 

	#TIMER4_CONF_OK


	)

388 #i�
def�ed
 
TIMER4_PRESCALER_REG_9
 && TIMER4_PRESCALER_REG_9 =�
TIMER4_PRESCALER_DIV


389 

	#TIMER4_CONF_OK


	)

392 #i�
def�ed
 
TIMER4_PRESCALER_REG_10
 && TIMER4_PRESCALER_REG_10 =�
TIMER4_PRESCALER_DIV


393 

	#TIMER4_CONF_OK


	)

396 #i�
def�ed
 
TIMER4_PRESCALER_REG_11
 && TIMER4_PRESCALER_REG_11 =�
TIMER4_PRESCALER_DIV


397 

	#TIMER4_CONF_OK


	)

400 #i�
def�ed
 
TIMER4_PRESCALER_REG_12
 && TIMER4_PRESCALER_REG_12 =�
TIMER4_PRESCALER_DIV


401 

	#TIMER4_CONF_OK


	)

404 #i�
def�ed
 
TIMER4_PRESCALER_REG_13
 && TIMER4_PRESCALER_REG_13 =�
TIMER4_PRESCALER_DIV


405 

	#TIMER4_CONF_OK


	)

408 #i�
def�ed
 
TIMER4_PRESCALER_REG_14
 && TIMER4_PRESCALER_REG_14 =�
TIMER4_PRESCALER_DIV


409 

	#TIMER4_CONF_OK


	)

412 #i�
def�ed
 
TIMER4_PRESCALER_REG_15
 && TIMER4_PRESCALER_REG_15 =�
TIMER4_PRESCALER_DIV


413 

	#TIMER4_CONF_OK


	)

416 #i�de�
TIMER4_CONF_OK


417 #�r� 
TIMER4
 
has
 
a
 
bad
 
�es��r
 
v�ue


422 #i�
def�ed
 
TIMER5_ENABLED


424 #i�
def�ed
 
TIMER5_PRESCALER_REG_0
 && TIMER5_PRESCALER_REG_0 =�
TIMER5_PRESCALER_DIV


425 

	#TIMER5_CONF_OK


	)

428 #i�
def�ed
 
TIMER5_PRESCALER_REG_1
 && TIMER5_PRESCALER_REG_1 =�
TIMER5_PRESCALER_DIV


429 

	#TIMER5_CONF_OK


	)

432 #i�
def�ed
 
TIMER5_PRESCALER_REG_2
 && TIMER5_PRESCALER_REG_2 =�
TIMER5_PRESCALER_DIV


433 

	#TIMER5_CONF_OK


	)

436 #i�
def�ed
 
TIMER5_PRESCALER_REG_3
 && TIMER5_PRESCALER_REG_3 =�
TIMER5_PRESCALER_DIV


437 

	#TIMER5_CONF_OK


	)

440 #i�
def�ed
 
TIMER5_PRESCALER_REG_4
 && TIMER5_PRESCALER_REG_4 =�
TIMER5_PRESCALER_DIV


441 

	#TIMER5_CONF_OK


	)

444 #i�
def�ed
 
TIMER5_PRESCALER_REG_5
 && TIMER5_PRESCALER_REG_5 =�
TIMER5_PRESCALER_DIV


445 

	#TIMER5_CONF_OK


	)

448 #i�
def�ed
 
TIMER5_PRESCALER_REG_6
 && TIMER5_PRESCALER_REG_6 =�
TIMER5_PRESCALER_DIV


449 

	#TIMER5_CONF_OK


	)

452 #i�
def�ed
 
TIMER5_PRESCALER_REG_7
 && TIMER5_PRESCALER_REG_7 =�
TIMER5_PRESCALER_DIV


453 

	#TIMER5_CONF_OK


	)

456 #i�
def�ed
 
TIMER5_PRESCALER_REG_8
 && TIMER5_PRESCALER_REG_8 =�
TIMER5_PRESCALER_DIV


457 

	#TIMER5_CONF_OK


	)

460 #i�
def�ed
 
TIMER5_PRESCALER_REG_9
 && TIMER5_PRESCALER_REG_9 =�
TIMER5_PRESCALER_DIV


461 

	#TIMER5_CONF_OK


	)

464 #i�
def�ed
 
TIMER5_PRESCALER_REG_10
 && TIMER5_PRESCALER_REG_10 =�
TIMER5_PRESCALER_DIV


465 

	#TIMER5_CONF_OK


	)

468 #i�
def�ed
 
TIMER5_PRESCALER_REG_11
 && TIMER5_PRESCALER_REG_11 =�
TIMER5_PRESCALER_DIV


469 

	#TIMER5_CONF_OK


	)

472 #i�
def�ed
 
TIMER5_PRESCALER_REG_12
 && TIMER5_PRESCALER_REG_12 =�
TIMER5_PRESCALER_DIV


473 

	#TIMER5_CONF_OK


	)

476 #i�
def�ed
 
TIMER5_PRESCALER_REG_13
 && TIMER5_PRESCALER_REG_13 =�
TIMER5_PRESCALER_DIV


477 

	#TIMER5_CONF_OK


	)

480 #i�
def�ed
 
TIMER5_PRESCALER_REG_14
 && TIMER5_PRESCALER_REG_14 =�
TIMER5_PRESCALER_DIV


481 

	#TIMER5_CONF_OK


	)

484 #i�
def�ed
 
TIMER5_PRESCALER_REG_15
 && TIMER5_PRESCALER_REG_15 =�
TIMER5_PRESCALER_DIV


485 

	#TIMER5_CONF_OK


	)

488 #i�de�
TIMER5_CONF_OK


489 #�r� 
TIMER5
 
has
 
a
 
bad
 
�es��r
 
v�ue


	@timer_config.h

22 

	#TIMER0_ENABLED


	)

36 

	#TIMER0_PRESCALER_DIV
 8

	)

	@timer_declarations.h

22 #i�de�
_TIMER_DECLARATIONS_H


23 

	#_TIMER_DECLARATIONS_H_


	)

25 

	#DECLARE_TIMER_FUNCS
(
x
) \

28 
tim�
##
x
##
	`_��t
(); \

31 
tim�
##
x
##
	`_��
(); \

34 
tim�
##
x
##
	`_�t
(
u�t16_t
 
t
); \

37 
u�t16_t
 
tim�
##
x
##
	`_g�
(); \

42 
tim�
##
x
##
	`_�gi��_OV_��
((*
func
)()); \

48 
tim�
##
x
##
	`A_�gi��_OC_��_�_tics
((*
func
)(), 
u�t16_t
 
t
); \

49 
tim�
##
x
##
	`B_�gi��_OC_��_�_tics
((*
func
)(), 
u�t16_t
 
t
); \

50 
tim�
##
x
##
	`C_�gi��_OC_��_�_tics
((*
func
)(), 
u�t16_t
 
t
); \

65 
�t8_t
 
tim�
##
x
##
	`A_�gi��_OC_��_�_us
((*
func
)(), 
u�t16_t
 
t
); \

66 
�t8_t
 
tim�
##
x
##
	`B_�gi��_OC_��_�_us
((*
func
)(), 
u�t16_t
 
t
); \

67 
�t8_t
 
tim�
##
x
##
	`C_�gi��_OC_��_�_us
((*
func
)(), 
u�t16_t
 
t
); \

74 
u�t16_t
 
tim�
##
x
##
	`_g�_�es��r_div
(); \

78 
tim�
##
x
##
	`_�t_�es��r_div
(
u�t16_t
); \

85 
�l�e
 
tim�
##
x
##
	`_us_to_tics
(
us
); \

92 
�l�e
 
tim�
##
x
##
	`_tics_to_us
(
t
);

	)

	@timer_definitions.h

22 #i�de�
_TIMER_DEFINITIONS_H_


23 

	#_TIMER_DEFINITIONS_H_


	)

26 
	~<av�sive/��s.h
>

28 

	#DEFINE_TIMER_START_STOP
(
x
) \

31 
tim�
##
x
##
	`_��t
() \

33 
TCNT
##
x
 = 0; \

34 
CS
##
x
##0
_REG
 = 
__tim�
##x##
	`_div_to_�g
(
TIMER
##x##
_PRESCALER_DIV
) << CS##x##0 ; \

38 
tim�
##
x
##
	`_��
() \

40 
CS
##
x
##0
_REG
 = 0; \

41 
TCNT
##
x
 = 0; \

42 }

	)

46 

	#DEFINE_TIMER_GET_SET
(
x
) \

48 
u�t16_t
 
tim�
##
x
##
	`_g�
() \

50  
TCNT
##
x
 ; \

53 
tim�
##
x
##
	`_�t
(
u�t16_t
 
t
) \

55 
TCNT
##
x
 = 
t
; \

56 }

	)

59 

	#DEFINE_OV_INTR
(
x
) \

60 
	`SIGNAL
(
x
) \

62 if(
tim�_OV_��back_�b�
[
x
##
_NUM
]) \

63 
tim�_OV_��back_�b�
[
x
##
_NUM
](); \

64 }

	)

67 

	#DEFINE_OC_INTR
(
x
) \

68 
	`SIGNAL
(
x
) \

70 if(
tim�_OC_��back_�b�
[
x
##
_NUM
]) \

71 
tim�_OC_��back_�b�
[
x
##
_NUM
](); \

72 }

	)

75 

	#DEFINE_REGISTER_OV_INTR
(
x
) \

77 
tim�
##
x
##
	`_�gi��_OV_��
((*
func
)()) \

79 
u�t8_t
 
�ags
; \

81 
	`IRQ_LOCK
(
�ags
); \

82 
tim�_OV_��back_�b�
[
SIG_OVERFLOW
##
x
##
_NUM
] = 
func
; \

83 i�(
func
) { \

84 
TOIE
##
x
##
_REG
 |= (1<<TOIE##x); \

87 
TOIE
##
x
##
_REG
 &�(
u�t8_t
)(~(1<<TOIE##x)); \

89 
	`IRQ_UNLOCK
(
�ags
); \

90 }

	)

93 

	#DEFINE_REGISTER_OC_INTR_AT_TICS
(
x
) \

95 
tim�
##
x
##
	`_�gi��_OC_��_�_tics
((*
func
)(), 
u�t16_t
 
t
) \

97 
u�t8_t
 
�ags
; \

99 
	`IRQ_LOCK
(
�ags
); \

100 
tim�_OC_��back_�b�
[
SIG_OUTPUT_COMPARE
##
x
##
_NUM
] = 
func
; \

101 i�(
func
) { \

102 
OCIE
##
x
##
_REG
 |= (1<<OCIE##x); \

103 
OCR
##
x
 = 
t
; \

106 
OCIE
##
x
##
_REG
 &�(
u�t8_t
)(~(1<<OCIE##x)); \

108 
	`IRQ_UNLOCK
(
�ags
); \

109 }

	)

112 

	#DEFINE_REGISTER_OC_INTR_IN_US
(
x
,
y
) \

114 
�t8_t
 
tim�
##
y
##
	`_�gi��_OC_��_�_us
((*
func
)(), 
u�t16_t
 
t
) \

116 
u�t8_t
 
�ags
; \

117 
tics
; \

119 
	`IRQ_LOCK
(
�ags
); \

120 i�(! 
func
) { \

121 
tim�_OC_��back_�b�
[
SIG_OUTPUT_COMPARE
##
y
##
_NUM
] = 
func
; \

122 
OCIE
##
y
##
_REG
 &�(
u�t8_t
)(~(1<<OCIE##y)); \

123 
	`IRQ_UNLOCK
(
�ags
); \

127 
tics
 = 
tim�
##
x
##
	`_us_to_tics
(
t
); \

128 i��
tics
 > 0xFFFF ) { \

129 
	`IRQ_UNLOCK
(
�ags
); \

133 
OCR
##
y
 = 
TCNT
##
x
 + 
tics
; \

134 
tim�_OC_��back_�b�
[
SIG_OUTPUT_COMPARE
##
y
##
_NUM
] = 
func
; \

135 
OCIE
##
y
##
_REG
 |= (1<<OCIE##y); \

136 
	`IRQ_UNLOCK
(
�ags
); \

138 }

	)

141 

	#DEFINE_DYNAMIC_PRESCALER_FUNCS
(
x
) \

143 
�t16_t
 
tim�
##
x
##
	`_div_to_�g
(
u�t16_t
 
div
) \

145  
__tim�
##
x
##
	`_div_to_�g
(
div
); \

148 
�t16_t
 
tim�
##
x
##
	`_�g_to_div
(
u�t8_t
 
�g
) \

150  
__tim�
##
x
##
	`_�g_to_div
(
�g
); \

153 
u�t16_t
 
tim�
##
x
##
	`_g�_�es��r_div
() \

155  
__tim�
##
x
##
	`_�g_to_div
(
CS
##x##0
_REG
 >> CS##x##0); \

158 
tim�
##
x
##
	`_�t_�es��r_div
(
u�t16_t
 
div
) \

160 
CS
##
x
##0
_REG
 = 
__tim�
##x##
	`_div_to_�g
(
div
) << CS##x##0 ; \

161 }

	)

164 

	#DEFINE_STATIC_PRESCALER_FUNCS
(
x
) \

166 
�t16_t
 
tim�
##
x
##
	`_div_to_�g
(
	`__��ibu�__
((
unu�d
)�
u�t16_t
 
div
) \

168  
__tim�
##
x
##
	`_div_to_�g
(
TIMER
##x##
_PRESCALER_DIV
); \

171 
u�t16_t
 
tim�
##
x
##
	`_g�_�es��r_div
() \

173  
TIMER
##
x
##
_PRESCALER_DIV
; \

174 }

	)

176 

	#DEFINE_TIMER_US_CONVERSIONS
(
x
) \

178 
�l�e
 
tim�
##
x
##
	`_us_to_tics
(
us
) \

180  (()
CONFIG_QUARTZ
 / \

181 (()
MHz
 * 
tim�
##
x
##
	`_g�_�es��r_div
()��* 
us
; \

184 
�l�e
 
tim�
##
x
##
	`_tics_to_us
(
t
) \

186  
t
 / (()
CONFIG_QUARTZ
 / \

187 (()
MHz
 * 
tim�
##
x
##
	`_g�_�es��r_div
()) ); \

188 }

	)

	@timer_host.c

22 
	$tim�_��
()

24 
	}
}

	@timer_init.c

22 
	~<av�sive.h
>

23 
	~<av�sive/��s.h
>

24 
	~<av�sive/tim�s.h
>

25 
	~<tim�.h
>

26 
	~<tim�_��.h
>

27 
	~<tim�_�es��r.h
>

29 
	~<tim�_c�fig.h
>

32 
	$tim�_��
()

34 
u�t8_t
 
�ags
;

36 
	`IRQ_LOCK
(
�ags
);

37 
	`tim�_��_��
();

39 #i�
def�ed
 
TIMER0_ENABLED
 && def�ed 
TIMER0_AVAILABLE


40 
CS00_REG
 = 
	`__tim�0_div_to_�g
(
TIMER0_PRESCALER_DIV
�<< 
CS00
 ;

41 
TCNT0
 = 0;

43 #i�
def�ed
 
TIMER1_ENABLED
 && def�ed 
TIMER1_AVAILABLE


44 
CS10_REG
 = 
	`__tim�1_div_to_�g
(
TIMER1_PRESCALER_DIV
�<< 
CS10
 ;

45 
TCNT1
 = 0;

47 #i�
def�ed
 
TIMER2_ENABLED
 && def�ed 
TIMER2_AVAILABLE


48 
CS20_REG
 = 
	`__tim�2_div_to_�g
(
TIMER2_PRESCALER_DIV
�<< 
CS20
 ;

49 
TCNT2
 = 0;

51 #i�
def�ed
 
TIMER3_ENABLED
 && def�ed 
TIMER3_AVAILABLE


52 
CS30_REG
 = 
	`__tim�3_div_to_�g
(
TIMER3_PRESCALER_DIV
�<< 
CS30
 ;

53 
TCNT3
 = 0;

55 #i�
def�ed
 
TIMER4_ENABLED
 && def�ed 
TIMER4_AVAILABLE


56 
CS40_REG
 = 
	`__tim�4_div_to_�g
(
TIMER4_PRESCALER_DIV
�<< 
CS40
 ;

57 
TCNT4
 = 0;

59 #i�
def�ed
 
TIMER5_ENABLED
 && def�ed 
TIMER5_AVAILABLE


60 
CS50_REG
 = 
	`__tim�5_div_to_�g
(
TIMER5_PRESCALER_DIV
�<< 
CS50
 ;

61 
TCNT5
 = 0;

63 
	`IRQ_UNLOCK
(
�ags
);

64 
	}
}

	@timer_intr.c

22 
	~<�d�t.h
>

23 
	~<�r�g.h
>

25 
	~<av�sive.h
>

26 
	~<av�sive/��s.h
>

27 
	~<av�sive/tim�s.h
>

29 
	~<tim�.h
>

30 
	~<tim�_def��i�s.h
>

31 
	~<tim�_��.h
>

33 
	~<tim�_c�fig.h
>

35 vީ��
tim�_��back_t
 
	gtim�_OV_��back_�b�
[
SIG_OVERFLOW_TOTAL_NUM
];

36 vީ��
tim�_��back_t
 
	gtim�_OC_��back_�b�
[
SIG_OUTPUT_COMPARE_TOTAL_NUM
];

40 #i�
def�ed
 
TIMER0_ENABLED
 && def�ed 
SIG_OVERFLOW0


41 
	$DEFINE_OV_INTR
(
SIG_OVERFLOW0
)

44 #i�
def�ed
 
TIMER0_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE0


45 
	$DEFINE_OC_INTR
(
SIG_OUTPUT_COMPARE0
)

48 #i�
def�ed
 
TIMER0_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE0A


49 
	$DEFINE_OC_INTR
(
SIG_OUTPUT_COMPARE0A
)

52 #i�
def�ed
 
TIMER0_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE0B


53 
	$DEFINE_OC_INTR
(
SIG_OUTPUT_COMPARE0B
)

58 #i�
def�ed
 
TIMER1_ENABLED
 && def�ed 
SIG_OVERFLOW1


59 
	$DEFINE_OV_INTR
(
SIG_OVERFLOW1
)

62 #i�
def�ed
 
TIMER1A_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE1A


63 
	$DEFINE_OC_INTR
(
SIG_OUTPUT_COMPARE1A
)

66 #i�
def�ed
 
TIMER1B_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE1B


67 
	$DEFINE_OC_INTR
(
SIG_OUTPUT_COMPARE1B
)

70 #i�
def�ed
 
TIMER1C_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE1C


71 
	$DEFINE_OC_INTR
(
SIG_OUTPUT_COMPARE1C
)

76 #i�
def�ed
 
TIMER2_ENABLED
 && def�ed 
SIG_OVERFLOW2


77 
	$DEFINE_OV_INTR
(
SIG_OVERFLOW2
)

80 #i�
def�ed
 
TIMER2_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE2


81 
	$DEFINE_OC_INTR
(
SIG_OUTPUT_COMPARE2
)

84 #i�
def�ed
 
TIMER2_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE2A


85 
	$DEFINE_OC_INTR
(
SIG_OUTPUT_COMPARE2A
)

88 #i�
def�ed
 
TIMER2_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE2B


89 
	$DEFINE_OC_INTR
(
SIG_OUTPUT_COMPARE2B
)

94 #i�
def�ed
 
TIMER3_ENABLED
 && def�ed 
SIG_OVERFLOW3


95 
	$DEFINE_OV_INTR
(
SIG_OVERFLOW3
)

98 #i�
def�ed
 
TIMER3A_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE3A


99 
	$DEFINE_OC_INTR
(
SIG_OUTPUT_COMPARE3A
)

102 #i�
def�ed
 
TIMER3B_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE3B


103 
	$DEFINE_OC_INTR
(
SIG_OUTPUT_COMPARE3B
)

106 #i�
def�ed
 
TIMER3C_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE3C


107 
	$DEFINE_OC_INTR
(
SIG_OUTPUT_COMPARE3C
)

112 #i�
def�ed
 
TIMER4_ENABLED
 && def�ed 
SIG_OVERFLOW4


113 
	$DEFINE_OV_INTR
(
SIG_OVERFLOW4
)

116 #i�
def�ed
 
TIMER4A_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE4A


117 
	$DEFINE_OC_INTR
(
SIG_OUTPUT_COMPARE4A
)

120 #i�
def�ed
 
TIMER4B_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE4B


121 
	$DEFINE_OC_INTR
(
SIG_OUTPUT_COMPARE4B
)

124 #i�
def�ed
 
TIMER4C_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE4C


125 
	$DEFINE_OC_INTR
(
SIG_OUTPUT_COMPARE4C
)

130 #i�
def�ed
 
TIMER5_ENABLED
 && def�ed 
SIG_OVERFLOW5


131 
	$DEFINE_OV_INTR
(
SIG_OVERFLOW5
)

134 #i�
def�ed
 
TIMER5A_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE5A


135 
	$DEFINE_OC_INTR
(
SIG_OUTPUT_COMPARE5A
)

138 #i�
def�ed
 
TIMER5B_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE5B


139 
	$DEFINE_OC_INTR
(
SIG_OUTPUT_COMPARE5B
)

142 #i�
def�ed
 
TIMER5C_ENABLED
 && def�ed 
SIG_OUTPUT_COMPARE5C


143 
	$DEFINE_OC_INTR
(
SIG_OUTPUT_COMPARE5C
)

148 
	$tim�_��_��
()

150 
	`mem�t
((*)
tim�_OV_��back_�b�
, 0, (timer_OV_callback_table));

151 
	`mem�t
((*)
tim�_OC_��back_�b�
, 0, (timer_OC_callback_table));

152 
	}
}

	@timer_intr.h

22 
	~<av�sive/��s.h
>

24 (*
	ttim�_��back_t
)();

26 
vީ��
tim�_��back_t
 
tim�_OV_��back_�b�
[
SIG_OVERFLOW_TOTAL_NUM
];

27 
vީ��
tim�_��back_t
 
tim�_OC_��back_�b�
[
SIG_OUTPUT_COMPARE_TOTAL_NUM
];

30 
	`tim�_��_��
();

	@timer_prescaler.h

22 #i�de�
_TIMER_PRESCALER_H_


23 

	#_TIMER_PRESCALER_H_


	)

28 
�l�e
 
�t16_t
 
	$__tim�0_div_to_�g
(
u�t16_t
 
div
)

30 
div
) {

31 #i�
def�ed
 
TIMER0_PRESCALER_REG_0
 && TIMER0_PRESCALER_REG_0 >= 0

32 
TIMER0_PRESCALER_REG_0
:

36 #i�
def�ed
 
TIMER0_PRESCALER_REG_1
 && TIMER0_PRESCALER_REG_1 >= 0

37 
TIMER0_PRESCALER_REG_1
:

41 #i�
def�ed
 
TIMER0_PRESCALER_REG_2
 && TIMER0_PRESCALER_REG_2 >= 0

42 
TIMER0_PRESCALER_REG_2
:

46 #i�
def�ed
 
TIMER0_PRESCALER_REG_3
 && TIMER0_PRESCALER_REG_3 >= 0

47 
TIMER0_PRESCALER_REG_3
:

51 #i�
def�ed
 
TIMER0_PRESCALER_REG_4
 && TIMER0_PRESCALER_REG_4 >= 0

52 
TIMER0_PRESCALER_REG_4
:

56 #i�
def�ed
 
TIMER0_PRESCALER_REG_5
 && TIMER0_PRESCALER_REG_5 >= 0

57 
TIMER0_PRESCALER_REG_5
:

61 #i�
def�ed
 
TIMER0_PRESCALER_REG_6
 && TIMER0_PRESCALER_REG_6 >= 0

62 
TIMER0_PRESCALER_REG_6
:

66 #i�
def�ed
 
TIMER0_PRESCALER_REG_7
 && TIMER0_PRESCALER_REG_7 >= 0

67 
TIMER0_PRESCALER_REG_7
:

71 #i�
def�ed
 
TIMER0_PRESCALER_REG_8
 && TIMER0_PRESCALER_REG_8 >= 0

72 
TIMER0_PRESCALER_REG_8
:

76 #i�
def�ed
 
TIMER0_PRESCALER_REG_9
 && TIMER0_PRESCALER_REG_9 >= 0

77 
TIMER0_PRESCALER_REG_9
:

81 #i�
def�ed
 
TIMER0_PRESCALER_REG_10
 && TIMER0_PRESCALER_REG_10 >= 0

82 
TIMER0_PRESCALER_REG_10
:

86 #i�
def�ed
 
TIMER0_PRESCALER_REG_11
 && TIMER0_PRESCALER_REG_11 >= 0

87 
TIMER0_PRESCALER_REG_11
:

91 #i�
def�ed
 
TIMER0_PRESCALER_REG_12
 && TIMER0_PRESCALER_REG_12 >= 0

92 
TIMER0_PRESCALER_REG_12
:

96 #i�
def�ed
 
TIMER0_PRESCALER_REG_13
 && TIMER0_PRESCALER_REG_13 >= 0

97 
TIMER0_PRESCALER_REG_13
:

101 #i�
def�ed
 
TIMER0_PRESCALER_REG_14
 && TIMER0_PRESCALER_REG_14 >= 0

102 
TIMER0_PRESCALER_REG_14
:

106 #i�
def�ed
 
TIMER0_PRESCALER_REG_15
 && TIMER0_PRESCALER_REG_15 >= 0

107 
TIMER0_PRESCALER_REG_15
:

113 
	}
}

118 
�l�e
 
�t16_t
 
	$__tim�0_�g_to_div
(
u�t8_t
 
�g
)

120 
�g
) {

121 #i�
def�ed
 
TIMER0_PRESCALER_DIV_0


122 
TIMER0_PRESCALER_DIV_0
:

126 #i�
def�ed
 
TIMER0_PRESCALER_DIV_1


127 
TIMER0_PRESCALER_DIV_1
:

131 #i�
def�ed
 
TIMER0_PRESCALER_DIV_2


132 
TIMER0_PRESCALER_DIV_2
:

136 #i�
def�ed
 
TIMER0_PRESCALER_DIV_4


137 
TIMER0_PRESCALER_DIV_4
:

141 #i�
def�ed
 
TIMER0_PRESCALER_DIV_8


142 
TIMER0_PRESCALER_DIV_8
:

146 #i�
def�ed
 
TIMER0_PRESCALER_DIV_16


147 
TIMER0_PRESCALER_DIV_16
:

151 #i�
def�ed
 
TIMER0_PRESCALER_DIV_32


152 
TIMER0_PRESCALER_DIV_32
:

156 #i�
def�ed
 
TIMER0_PRESCALER_DIV_64


157 
TIMER0_PRESCALER_DIV_64
:

161 #i�
def�ed
 
TIMER0_PRESCALER_DIV_128


162 
TIMER0_PRESCALER_DIV_128
:

166 #i�
def�ed
 
TIMER0_PRESCALER_DIV_256


167 
TIMER0_PRESCALER_DIV_256
:

171 #i�
def�ed
 
TIMER0_PRESCALER_DIV_512


172 
TIMER0_PRESCALER_DIV_512
:

176 #i�
def�ed
 
TIMER0_PRESCALER_DIV_1024


177 
TIMER0_PRESCALER_DIV_1024
:

181 #i�
def�ed
 
TIMER0_PRESCALER_DIV_2048


182 
TIMER0_PRESCALER_DIV_2048
:

186 #i�
def�ed
 
TIMER0_PRESCALER_DIV_4096


187 
TIMER0_PRESCALER_DIV_4096
:

191 #i�
def�ed
 
TIMER0_PRESCALER_DIV_8192


192 
TIMER0_PRESCALER_DIV_8192
:

196 #i�
def�ed
 
TIMER0_PRESCALER_DIV_16384


197 
TIMER0_PRESCALER_DIV_16384
:

204 
	}
}

210 
�l�e
 
�t16_t
 
	$__tim�1_div_to_�g
(
u�t16_t
 
div
)

212 
div
) {

213 #i�
def�ed
 
TIMER1_PRESCALER_REG_0
 && TIMER1_PRESCALER_REG_0 >= 0

214 
TIMER1_PRESCALER_REG_0
:

218 #i�
def�ed
 
TIMER1_PRESCALER_REG_1
 && TIMER1_PRESCALER_REG_1 >= 0

219 
TIMER1_PRESCALER_REG_1
:

223 #i�
def�ed
 
TIMER1_PRESCALER_REG_2
 && TIMER1_PRESCALER_REG_2 >= 0

224 
TIMER1_PRESCALER_REG_2
:

228 #i�
def�ed
 
TIMER1_PRESCALER_REG_3
 && TIMER1_PRESCALER_REG_3 >= 0

229 
TIMER1_PRESCALER_REG_3
:

233 #i�
def�ed
 
TIMER1_PRESCALER_REG_4
 && TIMER1_PRESCALER_REG_4 >= 0

234 
TIMER1_PRESCALER_REG_4
:

238 #i�
def�ed
 
TIMER1_PRESCALER_REG_5
 && TIMER1_PRESCALER_REG_5 >= 0

239 
TIMER1_PRESCALER_REG_5
:

243 #i�
def�ed
 
TIMER1_PRESCALER_REG_6
 && TIMER1_PRESCALER_REG_6 >= 0

244 
TIMER1_PRESCALER_REG_6
:

248 #i�
def�ed
 
TIMER1_PRESCALER_REG_7
 && TIMER1_PRESCALER_REG_7 >= 0

249 
TIMER1_PRESCALER_REG_7
:

253 #i�
def�ed
 
TIMER1_PRESCALER_REG_8
 && TIMER1_PRESCALER_REG_8 >= 0

254 
TIMER1_PRESCALER_REG_8
:

258 #i�
def�ed
 
TIMER1_PRESCALER_REG_9
 && TIMER1_PRESCALER_REG_9 >= 0

259 
TIMER1_PRESCALER_REG_9
:

263 #i�
def�ed
 
TIMER1_PRESCALER_REG_10
 && TIMER1_PRESCALER_REG_10 >= 0

264 
TIMER1_PRESCALER_REG_10
:

268 #i�
def�ed
 
TIMER1_PRESCALER_REG_11
 && TIMER1_PRESCALER_REG_11 >= 0

269 
TIMER1_PRESCALER_REG_11
:

273 #i�
def�ed
 
TIMER1_PRESCALER_REG_12
 && TIMER1_PRESCALER_REG_12 >= 0

274 
TIMER1_PRESCALER_REG_12
:

278 #i�
def�ed
 
TIMER1_PRESCALER_REG_13
 && TIMER1_PRESCALER_REG_13 >= 0

279 
TIMER1_PRESCALER_REG_13
:

283 #i�
def�ed
 
TIMER1_PRESCALER_REG_14
 && TIMER1_PRESCALER_REG_14 >= 0

284 
TIMER1_PRESCALER_REG_14
:

288 #i�
def�ed
 
TIMER1_PRESCALER_REG_15
 && TIMER1_PRESCALER_REG_15 >= 0

289 
TIMER1_PRESCALER_REG_15
:

295 
	}
}

300 
�l�e
 
�t16_t
 
	$__tim�1_�g_to_div
(
u�t8_t
 
�g
)

302 
�g
) {

303 #i�
def�ed
 
TIMER1_PRESCALER_DIV_0


304 
TIMER1_PRESCALER_DIV_0
:

308 #i�
def�ed
 
TIMER1_PRESCALER_DIV_1


309 
TIMER1_PRESCALER_DIV_1
:

313 #i�
def�ed
 
TIMER1_PRESCALER_DIV_2


314 
TIMER1_PRESCALER_DIV_2
:

318 #i�
def�ed
 
TIMER1_PRESCALER_DIV_4


319 
TIMER1_PRESCALER_DIV_4
:

323 #i�
def�ed
 
TIMER1_PRESCALER_DIV_8


324 
TIMER1_PRESCALER_DIV_8
:

328 #i�
def�ed
 
TIMER1_PRESCALER_DIV_16


329 
TIMER1_PRESCALER_DIV_16
:

333 #i�
def�ed
 
TIMER1_PRESCALER_DIV_32


334 
TIMER1_PRESCALER_DIV_32
:

338 #i�
def�ed
 
TIMER1_PRESCALER_DIV_64


339 
TIMER1_PRESCALER_DIV_64
:

343 #i�
def�ed
 
TIMER1_PRESCALER_DIV_128


344 
TIMER1_PRESCALER_DIV_128
:

348 #i�
def�ed
 
TIMER1_PRESCALER_DIV_256


349 
TIMER1_PRESCALER_DIV_256
:

353 #i�
def�ed
 
TIMER1_PRESCALER_DIV_512


354 
TIMER1_PRESCALER_DIV_512
:

358 #i�
def�ed
 
TIMER1_PRESCALER_DIV_1024


359 
TIMER1_PRESCALER_DIV_1024
:

363 #i�
def�ed
 
TIMER1_PRESCALER_DIV_2048


364 
TIMER1_PRESCALER_DIV_2048
:

368 #i�
def�ed
 
TIMER1_PRESCALER_DIV_4096


369 
TIMER1_PRESCALER_DIV_4096
:

373 #i�
def�ed
 
TIMER1_PRESCALER_DIV_8192


374 
TIMER1_PRESCALER_DIV_8192
:

378 #i�
def�ed
 
TIMER1_PRESCALER_DIV_16384


379 
TIMER1_PRESCALER_DIV_16384
:

386 
	}
}

393 
�l�e
 
�t16_t
 
	$__tim�2_div_to_�g
(
u�t16_t
 
div
)

395 
div
) {

396 #i�
def�ed
 
TIMER2_PRESCALER_REG_0
 && TIMER2_PRESCALER_REG_0 >= 0

397 
TIMER2_PRESCALER_REG_0
:

401 #i�
def�ed
 
TIMER2_PRESCALER_REG_1
 && TIMER2_PRESCALER_REG_1 >= 0

402 
TIMER2_PRESCALER_REG_1
:

406 #i�
def�ed
 
TIMER2_PRESCALER_REG_2
 && TIMER2_PRESCALER_REG_2 >= 0

407 
TIMER2_PRESCALER_REG_2
:

411 #i�
def�ed
 
TIMER2_PRESCALER_REG_3
 && TIMER2_PRESCALER_REG_3 >= 0

412 
TIMER2_PRESCALER_REG_3
:

416 #i�
def�ed
 
TIMER2_PRESCALER_REG_4
 && TIMER2_PRESCALER_REG_4 >= 0

417 
TIMER2_PRESCALER_REG_4
:

421 #i�
def�ed
 
TIMER2_PRESCALER_REG_5
 && TIMER2_PRESCALER_REG_5 >= 0

422 
TIMER2_PRESCALER_REG_5
:

426 #i�
def�ed
 
TIMER2_PRESCALER_REG_6
 && TIMER2_PRESCALER_REG_6 >= 0

427 
TIMER2_PRESCALER_REG_6
:

431 #i�
def�ed
 
TIMER2_PRESCALER_REG_7
 && TIMER2_PRESCALER_REG_7 >= 0

432 
TIMER2_PRESCALER_REG_7
:

436 #i�
def�ed
 
TIMER2_PRESCALER_REG_8
 && TIMER2_PRESCALER_REG_8 >= 0

437 
TIMER2_PRESCALER_REG_8
:

441 #i�
def�ed
 
TIMER2_PRESCALER_REG_9
 && TIMER2_PRESCALER_REG_9 >= 0

442 
TIMER2_PRESCALER_REG_9
:

446 #i�
def�ed
 
TIMER2_PRESCALER_REG_10
 && TIMER2_PRESCALER_REG_10 >= 0

447 
TIMER2_PRESCALER_REG_10
:

451 #i�
def�ed
 
TIMER2_PRESCALER_REG_11
 && TIMER2_PRESCALER_REG_11 >= 0

452 
TIMER2_PRESCALER_REG_11
:

456 #i�
def�ed
 
TIMER2_PRESCALER_REG_12
 && TIMER2_PRESCALER_REG_12 >= 0

457 
TIMER2_PRESCALER_REG_12
:

461 #i�
def�ed
 
TIMER2_PRESCALER_REG_13
 && TIMER2_PRESCALER_REG_13 >= 0

462 
TIMER2_PRESCALER_REG_13
:

466 #i�
def�ed
 
TIMER2_PRESCALER_REG_14
 && TIMER2_PRESCALER_REG_14 >= 0

467 
TIMER2_PRESCALER_REG_14
:

471 #i�
def�ed
 
TIMER2_PRESCALER_REG_15
 && TIMER2_PRESCALER_REG_15 >= 0

472 
TIMER2_PRESCALER_REG_15
:

478 
	}
}

483 
�l�e
 
�t16_t
 
	$__tim�2_�g_to_div
(
u�t8_t
 
�g
)

485 
�g
) {

486 #i�
def�ed
 
TIMER2_PRESCALER_DIV_0


487 
TIMER2_PRESCALER_DIV_0
:

491 #i�
def�ed
 
TIMER2_PRESCALER_DIV_1


492 
TIMER2_PRESCALER_DIV_1
:

496 #i�
def�ed
 
TIMER2_PRESCALER_DIV_2


497 
TIMER2_PRESCALER_DIV_2
:

501 #i�
def�ed
 
TIMER2_PRESCALER_DIV_4


502 
TIMER2_PRESCALER_DIV_4
:

506 #i�
def�ed
 
TIMER2_PRESCALER_DIV_8


507 
TIMER2_PRESCALER_DIV_8
:

511 #i�
def�ed
 
TIMER2_PRESCALER_DIV_16


512 
TIMER2_PRESCALER_DIV_16
:

516 #i�
def�ed
 
TIMER2_PRESCALER_DIV_32


517 
TIMER2_PRESCALER_DIV_32
:

521 #i�
def�ed
 
TIMER2_PRESCALER_DIV_64


522 
TIMER2_PRESCALER_DIV_64
:

526 #i�
def�ed
 
TIMER2_PRESCALER_DIV_128


527 
TIMER2_PRESCALER_DIV_128
:

531 #i�
def�ed
 
TIMER2_PRESCALER_DIV_256


532 
TIMER2_PRESCALER_DIV_256
:

536 #i�
def�ed
 
TIMER2_PRESCALER_DIV_512


537 
TIMER2_PRESCALER_DIV_512
:

541 #i�
def�ed
 
TIMER2_PRESCALER_DIV_1024


542 
TIMER2_PRESCALER_DIV_1024
:

546 #i�
def�ed
 
TIMER2_PRESCALER_DIV_2048


547 
TIMER2_PRESCALER_DIV_2048
:

551 #i�
def�ed
 
TIMER2_PRESCALER_DIV_4096


552 
TIMER2_PRESCALER_DIV_4096
:

556 #i�
def�ed
 
TIMER2_PRESCALER_DIV_8192


557 
TIMER2_PRESCALER_DIV_8192
:

561 #i�
def�ed
 
TIMER2_PRESCALER_DIV_16384


562 
TIMER2_PRESCALER_DIV_16384
:

569 
	}
}

576 
�l�e
 
�t16_t
 
	$__tim�3_div_to_�g
(
u�t16_t
 
div
)

578 
div
) {

579 #i�
def�ed
 
TIMER3_PRESCALER_REG_0
 && TIMER3_PRESCALER_REG_0 >= 0

580 
TIMER3_PRESCALER_REG_0
:

584 #i�
def�ed
 
TIMER3_PRESCALER_REG_1
 && TIMER3_PRESCALER_REG_1 >= 0

585 
TIMER3_PRESCALER_REG_1
:

589 #i�
def�ed
 
TIMER3_PRESCALER_REG_2
 && TIMER3_PRESCALER_REG_2 >= 0

590 
TIMER3_PRESCALER_REG_2
:

594 #i�
def�ed
 
TIMER3_PRESCALER_REG_3
 && TIMER3_PRESCALER_REG_3 >= 0

595 
TIMER3_PRESCALER_REG_3
:

599 #i�
def�ed
 
TIMER3_PRESCALER_REG_4
 && TIMER3_PRESCALER_REG_4 >= 0

600 
TIMER3_PRESCALER_REG_4
:

604 #i�
def�ed
 
TIMER3_PRESCALER_REG_5
 && TIMER3_PRESCALER_REG_5 >= 0

605 
TIMER3_PRESCALER_REG_5
:

609 #i�
def�ed
 
TIMER3_PRESCALER_REG_6
 && TIMER3_PRESCALER_REG_6 >= 0

610 
TIMER3_PRESCALER_REG_6
:

614 #i�
def�ed
 
TIMER3_PRESCALER_REG_7
 && TIMER3_PRESCALER_REG_7 >= 0

615 
TIMER3_PRESCALER_REG_7
:

619 #i�
def�ed
 
TIMER3_PRESCALER_REG_8
 && TIMER3_PRESCALER_REG_8 >= 0

620 
TIMER3_PRESCALER_REG_8
:

624 #i�
def�ed
 
TIMER3_PRESCALER_REG_9
 && TIMER3_PRESCALER_REG_9 >= 0

625 
TIMER3_PRESCALER_REG_9
:

629 #i�
def�ed
 
TIMER3_PRESCALER_REG_10
 && TIMER3_PRESCALER_REG_10 >= 0

630 
TIMER3_PRESCALER_REG_10
:

634 #i�
def�ed
 
TIMER3_PRESCALER_REG_11
 && TIMER3_PRESCALER_REG_11 >= 0

635 
TIMER3_PRESCALER_REG_11
:

639 #i�
def�ed
 
TIMER3_PRESCALER_REG_12
 && TIMER3_PRESCALER_REG_12 >= 0

640 
TIMER3_PRESCALER_REG_12
:

644 #i�
def�ed
 
TIMER3_PRESCALER_REG_13
 && TIMER3_PRESCALER_REG_13 >= 0

645 
TIMER3_PRESCALER_REG_13
:

648 #i�
def�ed
 
TIMER3_PRESCALER_REG_14
 && TIMER3_PRESCALER_REG_14 >= 0

649 
TIMER3_PRESCALER_REG_14
:

653 #i�
def�ed
 
TIMER3_PRESCALER_REG_15
 && TIMER3_PRESCALER_REG_15 >= 0

654 
TIMER3_PRESCALER_REG_15
:

660 
	}
}

665 
�l�e
 
�t16_t
 
	$__tim�3_�g_to_div
(
u�t8_t
 
�g
)

667 
�g
) {

668 #i�
def�ed
 
TIMER3_PRESCALER_DIV_0


669 
TIMER3_PRESCALER_DIV_0
:

673 #i�
def�ed
 
TIMER3_PRESCALER_DIV_1


674 
TIMER3_PRESCALER_DIV_1
:

678 #i�
def�ed
 
TIMER3_PRESCALER_DIV_2


679 
TIMER3_PRESCALER_DIV_2
:

683 #i�
def�ed
 
TIMER3_PRESCALER_DIV_4


684 
TIMER3_PRESCALER_DIV_4
:

688 #i�
def�ed
 
TIMER3_PRESCALER_DIV_8


689 
TIMER3_PRESCALER_DIV_8
:

693 #i�
def�ed
 
TIMER3_PRESCALER_DIV_16


694 
TIMER3_PRESCALER_DIV_16
:

698 #i�
def�ed
 
TIMER3_PRESCALER_DIV_32


699 
TIMER3_PRESCALER_DIV_32
:

703 #i�
def�ed
 
TIMER3_PRESCALER_DIV_64


704 
TIMER3_PRESCALER_DIV_64
:

708 #i�
def�ed
 
TIMER3_PRESCALER_DIV_128


709 
TIMER3_PRESCALER_DIV_128
:

713 #i�
def�ed
 
TIMER3_PRESCALER_DIV_256


714 
TIMER3_PRESCALER_DIV_256
:

718 #i�
def�ed
 
TIMER3_PRESCALER_DIV_512


719 
TIMER3_PRESCALER_DIV_512
:

723 #i�
def�ed
 
TIMER3_PRESCALER_DIV_1024


724 
TIMER3_PRESCALER_DIV_1024
:

728 #i�
def�ed
 
TIMER3_PRESCALER_DIV_2048


729 
TIMER3_PRESCALER_DIV_2048
:

733 #i�
def�ed
 
TIMER3_PRESCALER_DIV_4096


734 
TIMER3_PRESCALER_DIV_4096
:

738 #i�
def�ed
 
TIMER3_PRESCALER_DIV_8192


739 
TIMER3_PRESCALER_DIV_8192
:

743 #i�
def�ed
 
TIMER3_PRESCALER_DIV_16384


744 
TIMER3_PRESCALER_DIV_16384
:

751 
	}
}

756 
�l�e
 
�t16_t
 
	$__tim�4_div_to_�g
(
u�t16_t
 
div
)

758 
div
) {

759 #i�
def�ed
 
TIMER4_PRESCALER_REG_0
 && TIMER4_PRESCALER_REG_0 >= 0

760 
TIMER4_PRESCALER_REG_0
:

764 #i�
def�ed
 
TIMER4_PRESCALER_REG_1
 && TIMER4_PRESCALER_REG_1 >= 0

765 
TIMER4_PRESCALER_REG_1
:

769 #i�
def�ed
 
TIMER4_PRESCALER_REG_2
 && TIMER4_PRESCALER_REG_2 >= 0

770 
TIMER4_PRESCALER_REG_2
:

774 #i�
def�ed
 
TIMER4_PRESCALER_REG_3
 && TIMER4_PRESCALER_REG_3 >= 0

775 
TIMER4_PRESCALER_REG_3
:

779 #i�
def�ed
 
TIMER4_PRESCALER_REG_4
 && TIMER4_PRESCALER_REG_4 >= 0

780 
TIMER4_PRESCALER_REG_4
:

784 #i�
def�ed
 
TIMER4_PRESCALER_REG_5
 && TIMER4_PRESCALER_REG_5 >= 0

785 
TIMER4_PRESCALER_REG_5
:

789 #i�
def�ed
 
TIMER4_PRESCALER_REG_6
 && TIMER4_PRESCALER_REG_6 >= 0

790 
TIMER4_PRESCALER_REG_6
:

794 #i�
def�ed
 
TIMER4_PRESCALER_REG_7
 && TIMER4_PRESCALER_REG_7 >= 0

795 
TIMER4_PRESCALER_REG_7
:

799 #i�
def�ed
 
TIMER4_PRESCALER_REG_8
 && TIMER4_PRESCALER_REG_8 >= 0

800 
TIMER4_PRESCALER_REG_8
:

804 #i�
def�ed
 
TIMER4_PRESCALER_REG_9
 && TIMER4_PRESCALER_REG_9 >= 0

805 
TIMER4_PRESCALER_REG_9
:

809 #i�
def�ed
 
TIMER4_PRESCALER_REG_10
 && TIMER4_PRESCALER_REG_10 >= 0

810 
TIMER4_PRESCALER_REG_10
:

814 #i�
def�ed
 
TIMER4_PRESCALER_REG_11
 && TIMER4_PRESCALER_REG_11 >= 0

815 
TIMER4_PRESCALER_REG_11
:

819 #i�
def�ed
 
TIMER4_PRESCALER_REG_12
 && TIMER4_PRESCALER_REG_12 >= 0

820 
TIMER4_PRESCALER_REG_12
:

824 #i�
def�ed
 
TIMER4_PRESCALER_REG_13
 && TIMER4_PRESCALER_REG_13 >= 0

825 
TIMER4_PRESCALER_REG_13
:

828 #i�
def�ed
 
TIMER4_PRESCALER_REG_14
 && TIMER4_PRESCALER_REG_14 >= 0

829 
TIMER4_PRESCALER_REG_14
:

833 #i�
def�ed
 
TIMER4_PRESCALER_REG_15
 && TIMER4_PRESCALER_REG_15 >= 0

834 
TIMER4_PRESCALER_REG_15
:

840 
	}
}

845 
�l�e
 
�t16_t
 
	$__tim�4_�g_to_div
(
u�t8_t
 
�g
)

847 
�g
) {

848 #i�
def�ed
 
TIMER4_PRESCALER_DIV_0


849 
TIMER4_PRESCALER_DIV_0
:

853 #i�
def�ed
 
TIMER4_PRESCALER_DIV_1


854 
TIMER4_PRESCALER_DIV_1
:

858 #i�
def�ed
 
TIMER4_PRESCALER_DIV_2


859 
TIMER4_PRESCALER_DIV_2
:

863 #i�
def�ed
 
TIMER4_PRESCALER_DIV_4


864 
TIMER4_PRESCALER_DIV_4
:

868 #i�
def�ed
 
TIMER4_PRESCALER_DIV_8


869 
TIMER4_PRESCALER_DIV_8
:

873 #i�
def�ed
 
TIMER4_PRESCALER_DIV_16


874 
TIMER4_PRESCALER_DIV_16
:

878 #i�
def�ed
 
TIMER4_PRESCALER_DIV_32


879 
TIMER4_PRESCALER_DIV_32
:

883 #i�
def�ed
 
TIMER4_PRESCALER_DIV_64


884 
TIMER4_PRESCALER_DIV_64
:

888 #i�
def�ed
 
TIMER4_PRESCALER_DIV_128


889 
TIMER4_PRESCALER_DIV_128
:

893 #i�
def�ed
 
TIMER4_PRESCALER_DIV_256


894 
TIMER4_PRESCALER_DIV_256
:

898 #i�
def�ed
 
TIMER4_PRESCALER_DIV_512


899 
TIMER4_PRESCALER_DIV_512
:

903 #i�
def�ed
 
TIMER4_PRESCALER_DIV_1024


904 
TIMER4_PRESCALER_DIV_1024
:

908 #i�
def�ed
 
TIMER4_PRESCALER_DIV_2048


909 
TIMER4_PRESCALER_DIV_2048
:

913 #i�
def�ed
 
TIMER4_PRESCALER_DIV_4096


914 
TIMER4_PRESCALER_DIV_4096
:

918 #i�
def�ed
 
TIMER4_PRESCALER_DIV_8192


919 
TIMER4_PRESCALER_DIV_8192
:

923 #i�
def�ed
 
TIMER4_PRESCALER_DIV_16384


924 
TIMER4_PRESCALER_DIV_16384
:

931 
	}
}

936 
�l�e
 
�t16_t
 
	$__tim�5_div_to_�g
(
u�t16_t
 
div
)

938 
div
) {

939 #i�
def�ed
 
TIMER5_PRESCALER_REG_0
 && TIMER5_PRESCALER_REG_0 >= 0

940 
TIMER5_PRESCALER_REG_0
:

944 #i�
def�ed
 
TIMER5_PRESCALER_REG_1
 && TIMER5_PRESCALER_REG_1 >= 0

945 
TIMER5_PRESCALER_REG_1
:

949 #i�
def�ed
 
TIMER5_PRESCALER_REG_2
 && TIMER5_PRESCALER_REG_2 >= 0

950 
TIMER5_PRESCALER_REG_2
:

954 #i�
def�ed
 
TIMER5_PRESCALER_REG_3
 && TIMER5_PRESCALER_REG_3 >= 0

955 
TIMER5_PRESCALER_REG_3
:

959 #i�
def�ed
 
TIMER5_PRESCALER_REG_4
 && TIMER5_PRESCALER_REG_4 >= 0

960 
TIMER5_PRESCALER_REG_4
:

964 #i�
def�ed
 
TIMER5_PRESCALER_REG_5
 && TIMER5_PRESCALER_REG_5 >= 0

965 
TIMER5_PRESCALER_REG_5
:

969 #i�
def�ed
 
TIMER5_PRESCALER_REG_6
 && TIMER5_PRESCALER_REG_6 >= 0

970 
TIMER5_PRESCALER_REG_6
:

974 #i�
def�ed
 
TIMER5_PRESCALER_REG_7
 && TIMER5_PRESCALER_REG_7 >= 0

975 
TIMER5_PRESCALER_REG_7
:

979 #i�
def�ed
 
TIMER5_PRESCALER_REG_8
 && TIMER5_PRESCALER_REG_8 >= 0

980 
TIMER5_PRESCALER_REG_8
:

984 #i�
def�ed
 
TIMER5_PRESCALER_REG_9
 && TIMER5_PRESCALER_REG_9 >= 0

985 
TIMER5_PRESCALER_REG_9
:

989 #i�
def�ed
 
TIMER5_PRESCALER_REG_10
 && TIMER5_PRESCALER_REG_10 >= 0

990 
TIMER5_PRESCALER_REG_10
:

994 #i�
def�ed
 
TIMER5_PRESCALER_REG_11
 && TIMER5_PRESCALER_REG_11 >= 0

995 
TIMER5_PRESCALER_REG_11
:

999 #i�
def�ed
 
TIMER5_PRESCALER_REG_12
 && TIMER5_PRESCALER_REG_12 >= 0

1000 
TIMER5_PRESCALER_REG_12
:

1004 #i�
def�ed
 
TIMER5_PRESCALER_REG_13
 && TIMER5_PRESCALER_REG_13 >= 0

1005 
TIMER5_PRESCALER_REG_13
:

1008 #i�
def�ed
 
TIMER5_PRESCALER_REG_14
 && TIMER5_PRESCALER_REG_14 >= 0

1009 
TIMER5_PRESCALER_REG_14
:

1013 #i�
def�ed
 
TIMER5_PRESCALER_REG_15
 && TIMER5_PRESCALER_REG_15 >= 0

1014 
TIMER5_PRESCALER_REG_15
:

1020 
	}
}

1025 
�l�e
 
�t16_t
 
	$__tim�5_�g_to_div
(
u�t8_t
 
�g
)

1027 
�g
) {

1028 #i�
def�ed
 
TIMER5_PRESCALER_DIV_0


1029 
TIMER5_PRESCALER_DIV_0
:

1033 #i�
def�ed
 
TIMER5_PRESCALER_DIV_1


1034 
TIMER5_PRESCALER_DIV_1
:

1038 #i�
def�ed
 
TIMER5_PRESCALER_DIV_2


1039 
TIMER5_PRESCALER_DIV_2
:

1043 #i�
def�ed
 
TIMER5_PRESCALER_DIV_4


1044 
TIMER5_PRESCALER_DIV_4
:

1048 #i�
def�ed
 
TIMER5_PRESCALER_DIV_8


1049 
TIMER5_PRESCALER_DIV_8
:

1053 #i�
def�ed
 
TIMER5_PRESCALER_DIV_16


1054 
TIMER5_PRESCALER_DIV_16
:

1058 #i�
def�ed
 
TIMER5_PRESCALER_DIV_32


1059 
TIMER5_PRESCALER_DIV_32
:

1063 #i�
def�ed
 
TIMER5_PRESCALER_DIV_64


1064 
TIMER5_PRESCALER_DIV_64
:

1068 #i�
def�ed
 
TIMER5_PRESCALER_DIV_128


1069 
TIMER5_PRESCALER_DIV_128
:

1073 #i�
def�ed
 
TIMER5_PRESCALER_DIV_256


1074 
TIMER5_PRESCALER_DIV_256
:

1078 #i�
def�ed
 
TIMER5_PRESCALER_DIV_512


1079 
TIMER5_PRESCALER_DIV_512
:

1083 #i�
def�ed
 
TIMER5_PRESCALER_DIV_1024


1084 
TIMER5_PRESCALER_DIV_1024
:

1088 #i�
def�ed
 
TIMER5_PRESCALER_DIV_2048


1089 
TIMER5_PRESCALER_DIV_2048
:

1093 #i�
def�ed
 
TIMER5_PRESCALER_DIV_4096


1094 
TIMER5_PRESCALER_DIV_4096
:

1098 #i�
def�ed
 
TIMER5_PRESCALER_DIV_8192


1099 
TIMER5_PRESCALER_DIV_8192
:

1103 #i�
def�ed
 
TIMER5_PRESCALER_DIV_16384


1104 
TIMER5_PRESCALER_DIV_16384
:

1111 
	}
}

	@uart.c

24 
	~<av�sive.h
>

25 
	~<av�sive/li�.h
>

27 
	~<u�t.h
>

28 
	~<u�t_defs.h
>

29 
	~<u�t_�iv�e.h
>

31 
c�buf
 
	gg_tx_fifo
[
UART_HW_NUM
];

32 
c�buf
 
	gg_rx_fifo
[
UART_HW_NUM
];

35 
ev�t
 *
	grx_ev�t
[
UART_HW_NUM
];

36 
ev�t
 *
	gtx_ev�t
[
UART_HW_NUM
];

38 cڡ 
�gs
 
	gu�t_�gs
[
UART_HW_NUM
] = {

39 #ifde�
UDR0


41 .
udr
 = &
UDR0
,

42 .
	guc�a
 = &
UCSR0A
,

43 .
	guc�b
 = &
UCSR0B
,

44 .
	guc�c
 = &
UCSR0C
,

45 .
	gub�l
 = &
UBRR0L
,

46 .
	gub�h
 = &
UBRR0H
,

49 #ifde�
UDR1


51 .
	gudr
 = &
UDR1
,

52 .
	guc�a
 = &
UCSR1A
,

53 .
	guc�b
 = &
UCSR1B
,

54 .
	guc�c
 = &
UCSR1C
,

55 .
	gub�l
 = &
UBRR1L
,

56 .
	gub�h
 = &
UBRR1H
,

59 #ifde�
UDR2


61 .
	gudr
 = &
UDR2
,

62 .
	guc�a
 = &
UCSR2A
,

63 .
	guc�b
 = &
UCSR2B
,

64 .
	guc�c
 = &
UCSR2C
,

65 .
	gub�l
 = &
UBRR2L
,

66 .
	gub�h
 = &
UBRR2H
,

69 #ifde�
UDR3


71 .
	gudr
 = &
UDR3
,

72 .
	guc�a
 = &
UCSR3A
,

73 .
	guc�b
 = &
UCSR3B
,

74 .
	guc�c
 = &
UCSR3C
,

75 .
	gub�l
 = &
UBRR3L
,

76 .
	gub�h
 = &
UBRR3H
,

86 #ifde�
UART0_COMPILE


87 #i�de�
SIG_UART0_DATA


88 

	#SIG_UART0_DATA
 
USART0_UDRE_ve�


	)

90 #i�de�
SIG_UART0_DATA


91 

	#SIG_UART0_DATA
 
SIG_USART0_DATA


	)

93 
	$SIGNAL
(
SIG_UART0_DATA
)

95 
	`u�t_�nd_�xt_ch�
(0);

96 
	}
}

98 #ifde�
UART1_COMPILE


99 #i�de�
SIG_UART1_DATA


100 

	#SIG_UART1_DATA
 
USART1_UDRE_ve�


	)

102 #i�de�
SIG_UART1_DATA


103 

	#SIG_UART1_DATA
 
SIG_USART1_DATA


	)

105 
	$SIGNAL
(
SIG_UART1_DATA
)

107 
	`u�t_�nd_�xt_ch�
(1);

108 
	}
}

110 #ifde�
UART2_COMPILE


111 #i�de�
SIG_UART2_DATA


112 

	#SIG_UART2_DATA
 
USART2_UDRE_ve�


	)

114 #i�de�
SIG_UART2_DATA


115 

	#SIG_UART2_DATA
 
SIG_USART2_DATA


	)

117 
	$SIGNAL
(
SIG_UART2_DATA
)

119 
	`u�t_�nd_�xt_ch�
(2);

120 
	}
}

122 #ifde�
UART3_COMPILE


123 #i�de�
SIG_UART3_DATA


124 

	#SIG_UART3_DATA
 
USART3_UDRE_ve�


	)

126 #i�de�
SIG_UART3_DATA


127 

	#SIG_UART3_DATA
 
SIG_USART3_DATA


	)

129 
	$SIGNAL
(
SIG_UART3_DATA
)

131 
	`u�t_�nd_�xt_ch�
(3);

132 
	}
}

135 
u�t_�cv_�xt_ch�
(
u�t8_t
 
num
);

141 #ifde�
UART0_COMPILE


142 #i�de�
SIG_UART0_RECV


143 

	#SIG_UART0_RECV
 
USART0_RX_ve�


	)

145 #i�de�
SIG_UART0_RECV


146 

	#SIG_UART0_RECV
 
SIG_USART0_RECV


	)

148 
	$SIGNAL
(
SIG_UART0_RECV
)

150 
	`u�t_�cv_�xt_ch�
(0);

151 
	}
}

153 #ifde�
UART1_COMPILE


154 #i�de�
SIG_UART1_RECV


155 

	#SIG_UART1_RECV
 
USART1_RX_ve�


	)

157 #i�de�
SIG_UART1_RECV


158 

	#SIG_UART1_RECV
 
SIG_USART1_RECV


	)

160 
	$SIGNAL
(
SIG_UART1_RECV
)

162 
	`u�t_�cv_�xt_ch�
(1);

163 
	}
}

165 #ifde�
UART2_COMPILE


166 #i�de�
SIG_UART2_RECV


167 

	#SIG_UART2_RECV
 
USART2_RX_ve�


	)

169 #i�de�
SIG_UART2_RECV


170 

	#SIG_UART2_RECV
 
SIG_USART2_RECV


	)

172 
	$SIGNAL
(
SIG_UART2_RECV
)

174 
	`u�t_�cv_�xt_ch�
(2);

175 
	}
}

177 #ifde�
UART3_COMPILE


178 #i�de�
SIG_UART3_RECV


179 

	#SIG_UART3_RECV
 
USART3_RX_ve�


	)

181 #i�de�
SIG_UART3_RECV


182 

	#SIG_UART3_RECV
 
SIG_USART3_RECV


	)

184 
	$SIGNAL
(
SIG_UART3_RECV
)

186 
	`u�t_�cv_�xt_ch�
(3);

187 
	}
}

195 
	$u�t_�nd_�xt_ch�
(
u�t8_t
 
num
)

197 #ifde�
CONFIG_MODULE_UART_9BITS


198 i�(
	`u�t_g�c�f_nb�s
(
num
) == 9) {

199 
�t
 = 0;

202 i�(
	`CIRBUF_GET_LEN
(&
g_tx_fifo
[
num
]) < 2) {

203 
	`cbi
(*
u�t_�gs
[
num
].
uc�b
, 
UDRIE
);

207 
	`c�buf_g�_buf_��
(&
g_tx_fifo
[
num
], (*)&
�t
, 2);

208 
	`c�buf_d�_buf_��
(&
g_tx_fifo
[
num
], 2);

210 
	`u�t_�t_udr_9b�s
(
num
, 
�t
);

211 
	`sbi
(*
u�t_�gs
[
num
].
uc�b
, 
UDRIE
);

216 
�t
 = 0;

218 i�(
	`CIRBUF_IS_EMPTY
(&
g_tx_fifo
[
num
])) {

219 
	`cbi
(*
u�t_�gs
[
num
].
uc�b
, 
UDRIE
);

223 
�t
 = 
	`c�buf_g�_��
(&
g_tx_fifo
[
num
]);

224 
	`c�buf_d�_��
(&
g_tx_fifo
[
num
]);

225 
	`u�t_�t_udr
(
num
, 
�t
);

226 
	`sbi
(*
u�t_�gs
[
num
].
uc�b
, 
UDRIE
);

228 
	}
}

233 
	$u�t_�cv_�xt_ch�
(
u�t8_t
 
num
)

235 #ifde�
CONFIG_MODULE_UART_9BITS


236 i�(
	`u�t_g�c�f_nb�s
() == 9) {

237 
�t
 = 0;

239 
�t
 = 
	`u�t_g�_udr_9b�s
(
num
);

240 i�(
	`CIRBUF_GET_FREELEN
(&
g_rx_fifo
[
num
]) >= 2) {

241 
	`c�buf_add_buf_h�d
(&
g_rx_fifo
[
num
], (*)&
�t
, 2);

244 i�(
rx_ev�t
[
num
])

245 ((
ev�t_9b�s
 *)
rx_ev�t
[
num
])(
�t
);

250 
�t
 = 0;

252 
�t
 = 
	`u�t_g�_udr
(
num
);

253 i�(!
	`CIRBUF_IS_FULL
(&
g_rx_fifo
[
num
])) {

254 
	`c�buf_add_h�d
(&
g_rx_fifo
[
num
], 
�t
);

257 i�(
rx_ev�t
[
num
])

258 
rx_ev�t
[
num
](
�t
);

260 
	}
}

263 
	$u�t_��
()

265 #i�(
def�ed
 
UDR0
�&& (def�ed 
UART0_COMPILE
)

266 
	`u�t_�tc�f
(0, 
NULL
);

269 #i�(
def�ed
 
UDR1
�&& (def�ed 
UART1_COMPILE
)

270 
	`u�t_�tc�f
(1, 
NULL
);

273 #i�(
def�ed
 
UDR2
�&& (def�ed 
UART2_COMPILE
)

274 
	`u�t_�tc�f
(2, 
NULL
);

277 #i�(
def�ed
 
UDR3
�&& (def�ed 
UART3_COMPILE
)

278 
	`u�t_�tc�f
(3, 
NULL
);

280 
	}
}

	@uart.h

46 #i�de�
_UART_H_


47 

	#_UART_H_


	)

49 
	~<�dio.h
>

50 
	~<av�sive.h
>

51 
	~<u�t_c�fig.h
>

52 
	~<u�t_defs.h
>

54 
	~<c�buf.h
>

57 
	su�t_c�fig
 {

58 
u�t8_t
 
	m�ab�d
 : 1,

59 
	m��_�ab�d
 : 1,

60 
	mu�_doub�_��d
 : 1,

61 
	m�r�y
 : 2,

62 
	m��_b�s
 : 1,

63 
	m��rved
 : 1;

64 
u�t8_t
 
	mnb�s
;

65 
u�t32_t
 
	mbaud��
;

69 

c�buf
 
g_tx_fifo
[
UART_HW_NUM
];

72 

c�buf
 
g_rx_fifo
[
UART_HW_NUM
];

80 
u�t_��
();

86 
�t8_t
 
u�t_�tc�f
(
u�t8_t
 
num
, 
u�t_c�fig
 *
u
);

89 
u�t_g�c�f
(
u�t8_t
 
num
, 
u�t_c�fig
 *
u
);

96 
u�t_�cv
(
u�t8_t
 
num
);

102 
u�t_�cv_nowa�
(
u�t8_t
 
num
);

107 
u�t_9b�s_�cv
(
u�t8_t
 
num
);

112 
u�t_9b�s_�cv_nowa�
(
u�t8_t
 
num
);

120 
u�t_�nd_nowa�
(
u�t8_t
 
num
, 
c
);

127 
u�t_�nd
(
u�t8_t
 
num
, 
c
);

133 
u�t_�nd_9b�s_nowa�
(
u�t8_t
 
num
, 
c
);

138 
u�t_�nd_9b�s
(
u�t8_t
 
num
, 
c
);

146 
u�t_�gi��_tx_ev�t
(
u�t8_t
 
num
, (*
f
)());

152 
	`u�t_�gi��_rx_ev�t
(
u�t8_t
 
num
, (*
f
)());

161 
	`u�t_�gi��_tx_9b�s_ev�t
(
u�t8_t
 
num
, (*
f
)());

169 
	`u�t_�gi��_rx_9b�s_ev�t
(
u�t8_t
 
num
, (*
f
)());

172 
	`u�t0_dev_�nd_nowa�
(
c
, 
FILE
* 
f
);

173 
	`u�t0_dev_�nd
(
c
, 
FILE
* 
f
);

174 
	`u�t0_dev_�cv_nowa�
(
FILE
* 
f
);

175 
	`u�t0_dev_�cv
(
FILE
* 
f
);

177 
	`u�t1_dev_�nd_nowa�
(
c
, 
FILE
* 
f
);

178 
	`u�t1_dev_�nd
(
c
, 
FILE
* 
f
);

179 
	`u�t1_dev_�cv_nowa�
(
FILE
* 
f
);

180 
	`u�t1_dev_�cv
(
FILE
* 
f
);

182 
	`u�t2_dev_�nd_nowa�
(
c
, 
FILE
* 
f
);

183 
	`u�t2_dev_�nd
(
c
, 
FILE
* 
f
);

184 
	`u�t2_dev_�cv_nowa�
(
FILE
* 
f
);

185 
	`u�t2_dev_�cv
(
FILE
* 
f
);

187 
	`u�t3_dev_�nd_nowa�
(
c
, 
FILE
* 
f
);

188 
	`u�t3_dev_�nd
(
c
, 
FILE
* 
f
);

189 
	`u�t3_dev_�cv_nowa�
(
FILE
* 
f
);

190 
	`u�t3_dev_�cv
(
FILE
* 
f
);

	@uart_config.h

26 #i�de�
UART_CONFIG_H


27 

	#UART_CONFIG_H


	)

34 

	#UART1_COMPILE


	)

37 

	#UART1_ENABLED
 1

	)

40 

	#UART1_INTERRUPT_ENABLED
 1

	)

42 

	#UART1_BAUDRATE
 57600

	)

48 

	#UART1_USE_DOUBLE_SPEED
 1

	)

50 

	#UART1_RX_FIFO_SIZE
 64

	)

51 

	#UART1_TX_FIFO_SIZE
 127

	)

52 

	#UART1_NBITS
 8

	)

54 

	#UART1_PARITY
 
UART_PARTITY_NONE


	)

56 

	#UART1_STOP_BIT
 
UART_STOP_BITS_1


	)

	@uart_defs.h

26 #i�de�
_UART_DEFS_H_


27 

	#_UART_DEFS_H_


	)

29 

	#UART_PARTITY_NONE
 0

	)

30 

	#UART_PARTITY_ODD
 1

	)

31 

	#UART_PARTITY_EVEN
 2

	)

33 

	#UART_STOP_BITS_1
 0

	)

34 

	#UART_STOP_BITS_2
 1

	)

36 #i�(
def�ed
 
UDR3
)

37 

	#UART_HW_NUM
 4

	)

38 #�i�(
def�ed
 
UDR2
)

39 

	#UART_HW_NUM
 3

	)

40 #�i�(
def�ed
 
UDR1
)

41 

	#UART_HW_NUM
 2

	)

43 

	#UART_HW_NUM
 1

	)

48 #i�!
def�ed
(
SIG_UART0_DATA
�&& !def�ed(
SIG_USART0_DATA
)

49 #i�
def�ed
 
SIG_UART_DATA


50 

	#SIG_UART0_DATA
 
SIG_UART_DATA


	)

51 #�i�
def�ed
 
SIG_USART_DATA


52 

	#SIG_UART0_DATA
 
SIG_USART_DATA


	)

56 #i�!
def�ed
(
SIG_UART0_RECV
�&& !def�ed(
SIG_USART0_RECV
)

57 #i�
def�ed
 
SIG_UART_RECV


58 

	#SIG_UART0_RECV
 
SIG_UART_RECV


	)

59 #�i�
def�ed
 
SIG_USART_RECV


60 

	#SIG_UART0_RECV
 
SIG_USART_RECV


	)

64 #i�!
def�ed
(
UDR0
�&& def�ed(
UDR
)

65 

	#UDR0
 
UDR


	)

67 #i�de�
UCSR0A


68 

	#UCSR0A
 
UCSRA


	)

70 #i�de�
UCSR0B


71 

	#UCSR0B
 
UCSRB


	)

73 #i�de�
UCSR0C


74 

	#UCSR0C
 
UCSRC


	)

76 #i�de�
UBRR0L


77 

	#UBRR0L
 
UBRRL


	)

79 #i�de�
UBRR0H


80 

	#UBRR0H
 
UBRRH


	)

82 #i�!
def�ed
(
U2X
�&& def�ed(
U2X0
)

83 

	#U2X
 
U2X0


	)

85 #i�!
def�ed
(
UCSZ0
�&& def�ed(
UCSZ00
)

86 

	#UCSZ0
 
UCSZ00


	)

88 #i�!
def�ed
(
UCSZ1
�&& def�ed(
UCSZ01
)

89 

	#UCSZ1
 
UCSZ01


	)

91 #i�!
def�ed
(
UCSZ2
�&& def�ed(
UCSZ02
)

92 

	#UCSZ2
 
UCSZ02


	)

94 #i�!
def�ed
(
UPM0
�&& def�ed(
UPM00
)

95 

	#UPM0
 
UPM00


	)

97 #i�!
def�ed
(
UPM1
�&& def�ed(
UPM01
)

98 

	#UPM1
 
UPM01


	)

100 #i�!
def�ed
(
USBS
�&& def�ed(
USBS0
)

101 

	#USBS
 
USBS0


	)

103 #i�!
def�ed
(
TXEN
�&& def�ed(
TXEN0
)

104 

	#TXEN
 
TXEN0


	)

106 #i�!
def�ed
(
TXCIE
�&& def�ed(
TXCIE0
)

107 

	#TXCIE
 
TXCIE0


	)

109 #i�!
def�ed
(
RXEN
�&& def�ed(
RXEN0
)

110 

	#RXEN
 
RXEN0


	)

112 #i�!
def�ed
(
RXCIE
�&& def�ed(
RXCIE0
)

113 

	#RXCIE
 
RXCIE0


	)

115 #i�!
def�ed
(
TXC
�&& def�ed(
TXC0
)

116 

	#TXC
 
TXC0


	)

118 #i�!
def�ed
(
RXC
�&& def�ed(
RXC0
)

119 

	#RXC
 
RXC0


	)

121 #i�!
def�ed
(
RXB8
�&& def�ed(
RXB80
)

122 

	#RXB8
 
RXB80


	)

124 #i�!
def�ed
(
UDRIE
�&& def�ed(
UDRIE0
)

125 

	#UDRIE
 
UDRIE0


	)

127 #i�!
def�ed
(
UDRE
�&& def�ed(
UDRE0
)

128 

	#UDRE
 
UDRE0


	)

130 #i�!
def�ed
(
U2X
�&& def�ed(
U2X1
)

131 

	#U2X
 
U2X1


	)

133 #i�!
def�ed
(
UCSZ1
�&& def�ed(
UCSZ10
)

134 

	#UCSZ0
 
UCSZ10


	)

136 #i�!
def�ed
(
UCSZ1
�&& def�ed(
UCSZ11
)

137 

	#UCSZ1
 
UCSZ11


	)

139 #i�!
def�ed
(
UCSZ2
�&& def�ed(
UCSZ12
)

140 

	#UCSZ2
 
UCSZ12


	)

142 #i�!
def�ed
(
UPM1
�&& def�ed(
UPM10
)

143 

	#UPM0
 
UPM10


	)

145 #i�!
def�ed
(
UPM1
�&& def�ed(
UPM11
)

146 

	#UPM1
 
UPM11


	)

148 #i�!
def�ed
(
USBS
�&& def�ed(
USBS1
)

149 

	#USBS
 
USBS1


	)

151 #i�!
def�ed
(
TXEN
�&& def�ed(
TXEN1
)

152 

	#TXEN
 
TXEN1


	)

154 #i�!
def�ed
(
TXCIE
�&& def�ed(
TXCIE1
)

155 

	#TXCIE
 
TXCIE1


	)

157 #i�!
def�ed
(
RXEN
�&& def�ed(
RXEN1
)

158 

	#RXEN
 
RXEN1


	)

160 #i�!
def�ed
(
RXCIE
�&& def�ed(
RXCIE1
)

161 

	#RXCIE
 
RXCIE1


	)

163 #i�!
def�ed
(
TXC
�&& def�ed(
TXC1
)

164 

	#TXC
 
TXC1


	)

166 #i�!
def�ed
(
RXC
�&& def�ed(
RXC1
)

167 

	#RXC
 
RXC1


	)

169 #i�!
def�ed
(
RXB8
�&& def�ed(
RXB81
)

170 

	#RXB8
 
RXB81


	)

172 #i�!
def�ed
(
UDRIE
�&& def�ed(
UDRIE1
)

173 

	#UDRIE
 
UDRIE1


	)

175 #i�!
def�ed
(
UDRIE
�&& def�ed(
UDRIE1
)

176 

	#UDRIE
 
UDRIE1


	)

178 #i�!
def�ed
(
UDRE
�&& def�ed(
UDRE1
)

179 

	#UDRE
 
UDRE1


	)

184 #i��! 
def�ed
 
UCSRA
 ) && ( def�ed 
USR
 )

185 

	#UCSRA
 
USR


	)

188 #i��! 
def�ed
 
UCSRB
 ) && ( def�ed 
UCR
 )

189 

	#UCSRB
 
UCR


	)

193 #i�de�
UBRRL


194 

	#UBRRL
 
UBRR


	)

202 #i�
def�ed
 (
__AVR_AT90CAN128__
�|| def�ed (
__AVR_AT90CAN64__
�|| def�ed (
__AVR_AT90CAN32__
)

204 #i�de�
SIG_USART0_RECV


205 

	#SIG_USART0_RECV
 
SIG_UART0_RECV


	)

206 

	#SIG_USART1_RECV
 
SIG_UART1_RECV


	)

207 

	#SIG_USART0_DATA
 
SIG_UART0_DATA


	)

208 

	#SIG_USART1_DATA
 
SIG_UART1_DATA


	)

209 

	#SIG_USART0_TRANS
 
SIG_UART0_TRANS


	)

210 

	#SIG_USART1_TRANS
 
SIG_UART1_TRANS


	)

217 #i��
def�ed
 
SIG_USART0_RECV
 ) || ( def�ed 
SIG_USART_RECV
 )

218 

	#UART_IS_USART
 1

	)

219 #�i�(
def�ed
 
USART_UDRE_ve�
�|| (def�ed 
USART_TXC_ve�
�|| (def�ed 
USART_RXC_ve�
)

220 

	#UART_IS_USART
 1

	)

221 #�i�(
def�ed
 
USART1_UDRE_ve�
�|| (def�ed 
USART1_TXC_ve�
�|| (def�ed 
USART1_RXC_ve�
)

222 

	#UART_IS_USART
 1

	)

224 

	#UART_IS_USART
 0

	)

228 #ifde�
U2X


229 

	#UART_HAS_U2X
 1

	)

231 

	#UART_HAS_U2X
 0

	)

	@uart_dev_io.c

24 
	~<u�t.h
>

25 
	~<u�t_defs.h
>

26 
	~<u�t_�iv�e.h
>

28 #ifde�
UART0_COMPILE


29 
u�t0_dev_�nd_nowa�
(
c
, 
__��ibu�__
((
unu�d
)�
FILE
 *
f
)

31  
u�t_�nd_nowa�
(0, 
c
);

34 
u�t0_dev_�nd
(
c
, 
__��ibu�__
((
unu�d
)�
FILE
 *
f
)

36  
u�t_�nd
(0, 
c
);

39 
u�t0_dev_�cv_nowa�
(
__��ibu�__
((
unu�d
)�
FILE
 *
f
)

41  
u�t_�cv_nowa�
(0);

44 
u�t0_dev_�cv
(
__��ibu�__
((
unu�d
)�
FILE
 *
f
)

46  
u�t_�cv
(0);

50 #ifde�
UART1_COMPILE


51 
u�t1_dev_�nd_nowa�
(
c
, 
__��ibu�__
((
unu�d
)�
FILE
 *
f
)

53  
u�t_�nd_nowa�
(1, 
c
);

56 
u�t1_dev_�nd
(
c
, 
__��ibu�__
((
unu�d
)�
FILE
 *
f
)

58  
u�t_�nd
(1, 
c
);

61 
u�t1_dev_�cv_nowa�
(
__��ibu�__
((
unu�d
)�
FILE
 *
f
)

63  
u�t_�cv_nowa�
(1);

66 
u�t1_dev_�cv
(
__��ibu�__
((
unu�d
)�
FILE
 *
f
)

68  
u�t_�cv
(1);

72 #ifde�
UART2_COMPILE


73 
u�t2_dev_�nd_nowa�
(
c
, 
__��ibu�__
((
unu�d
)�
FILE
 *
f
)

75  
u�t_�nd_nowa�
(2, 
c
);

78 
u�t2_dev_�nd
(
c
, 
__��ibu�__
((
unu�d
)�
FILE
 *
f
)

80  
u�t_�nd
(2, 
c
);

83 
u�t2_dev_�cv_nowa�
(
__��ibu�__
((
unu�d
)�
FILE
 *
f
)

85  
u�t_�cv_nowa�
(2);

88 
u�t2_dev_�cv
(
__��ibu�__
((
unu�d
)�
FILE
 *
f
)

90  
u�t_�cv
(2);

94 #ifde�
UART3_COMPILE


95 
u�t3_dev_�nd_nowa�
(
c
, 
__��ibu�__
((
unu�d
)�
FILE
 *
f
)

97  
u�t_�nd_nowa�
(3, 
c
);

100 
u�t3_dev_�nd
(
c
, 
__��ibu�__
((
unu�d
)�
FILE
 *
f
)

102  
u�t_�nd
(3, 
c
);

105 
u�t3_dev_�cv_nowa�
(
__��ibu�__
((
unu�d
)�
FILE
 *
f
)

107  
u�t_�cv_nowa�
(3);

110 
u�t3_dev_�cv
(
__��ibu�__
((
unu�d
)�
FILE
 *
f
)

112  
u�t_�cv
(3);

	@uart_errors.h

36 #i�de�
UART_IS_USART


37 #i�(
UART0_PARITY
 =�
UART_PARTITY_ODD
�|| (UART0_PARITY =�
UART_PARTITY_EVEN
)

38 #�r� 
Cu���y
 
this
 
modu�
 
d�s
 
n�
 
su��t
 
�r�y
 
your
 
uC
 
has
 
no
 
USART


41 #i�(
UART0_STOP_BIT
 == 2)

42 #�r� 
Cu���y
 
this
 
modu�
 
d�s
 
n�
 
su��t
 
��h�
 
��
 
b�
 
your
 
uC
 
has
 
no
 
USART


45 #i�(
UART0_NBITS
 < 8)

46 #�r� 
Cu���y
 
this
 
modu�
 
d�s
 
n�
 
su��t
 5/6/7 
b�s
 
�ames
 
your
 
uC
 
has
 
no
 
USART


52 #i�!
def�ed
(
UART_USART
�&& def�ed(
UART_DOUBLE
)

53 #i�(
UART1_PARITY
 =�
UART_PARTITY_ODD
�|| (UART1_PARITY =�
UART_PARTITY_EVEN
)

54 #�r� 
Cu���y
 
this
 
modu�
 
d�s
 
n�
 
su��t
 
�r�y
 
your
 
uC
 
has
 
no
 
USART


57 #i�(
UART1_STOP_BIT
 == 2)

58 #�r� 
Cu���y
 
this
 
modu�
 
d�s
 
n�
 
su��t
 
��h�
 
��
 
b�
 
your
 
uC
 
has
 
no
 
USART


61 #i�(
UART1_NBITS
 < 8)

62 #�r� 
Cu���y
 
this
 
modu�
 
d�s
 
n�
 
su��t
 5/6/7 
b�s
 
�ames
 
your
 
uC
 
has
 
no
 
USART


	@uart_events.c

24 
	~<u�t.h
>

25 
	~<u�t_defs.h
>

26 
	~<u�t_�iv�e.h
>

30 
u�t_�gi��_tx_ev�t
(
u�t8_t
 
num
, (*
f
)())

32 
u�t8_t
 
�ags
;

33 i�(
num
 >�
UART_HW_NUM
)

35 
	`IRQ_LOCK
(
�ags
);

36 
tx_ev�t
[
num
] = 
f
;

37 
	`IRQ_UNLOCK
(
�ags
);

38 
	}
}

42 
u�t_�gi��_rx_ev�t
(
u�t8_t
 
num
, (*
f
)())

44 
u�t8_t
 
�ags
;

45 i�(
num
 >�
UART_HW_NUM
)

47 
	`IRQ_LOCK
(
�ags
);

48 
rx_ev�t
[
num
] = 
f
;

49 
	`IRQ_UNLOCK
(
�ags
);

50 
	}
}

	@uart_getconf.c

24 
	~<u�t.h
>

25 
	~<u�t_defs.h
>

26 
	~<u�t_�iv�e.h
>

28 #i�
UART_IS_USART


30 
�l�e
 
u�t8_t
 
	$g�_uc�c
(
u�t8_t
 
num
)

32 #ifde�
URSEL


33 
u�t8_t
 
tmp
;

35 
num
) {

36 #ifde�
UART0_COMPILE


38 
tmp
 = 
UBRR0H
;

39 
tmp
 = 
UCSR0C
;

42 #ifde�
UART1_COMPILE


44 
tmp
 = 
UBRR1H
;

45 
tmp
 = 
UCSR1C
;

48 #ifde�
UART2_COMPILE


50 
tmp
 = 
UBRR2H
;

51 
tmp
 = 
UCSR2C
;

54 #ifde�
UART3_COMPILE


56 
tmp
 = 
UBRR3H
;

57 
tmp
 = 
UCSR3C
;

61 
tmp
 = 0;

64  
tmp
;

66  *
u�t_�gs
[
num
].
uc�c
;

68 
	}
}

71 
u�t8_t
 
	$u�t_g�c�f_nb�s
(
u�t8_t
 
num
)

73 
u�t8_t
 
nb�s
;

75 
nb�s
 = (
	`g�_uc�c
(
num
�>> 
UCSZ0
) & 0x03;

76 #ifde�
CONFIG_MODULE_UART_9BITS


77 i�(*
u�t_�gs
[
num
].
uc�b
 & (1 << 
UCSZ2
))

78 
nb�s
 += 4;

80 
nb�s
 += 5;

81  
nb�s
;

82 
	}
}

87 
u�t8_t
 
	$u�t_g�c�f_nb�s
(
u�t8_t
 
num
)

89 #ifde�
CONFIG_MODULE_UART_9BITS


90 i�(*
u�t_�gs
[
num
].
uc�b
 & (
u�t8_t
)(1 << 
CHR9
))

97 
	}
}

102 #i�
UART_IS_USART


105 
�l�e
 
u�t16_t
 
	$u�t_g�_baud�g
(
u�t8_t
 
num
)

107  ((
u�t16_t
)*
u�t_�gs
[
num
].
ub�h
 << 8) |

108 (
u�t16_t
)*
u�t_�gs
[
num
].
ub�l
;

109 
	}
}

114 
�l�e
 
u�t16_t
 
	$u�t_g�_baud�g
(
u�t8_t
 
num
)

116  (
u�t16_t
)*
u�t_�gs
[
num
].
ub�l
;

117 
	}
}

123 
	$u�t_g�c�f
(
u�t8_t
 
num
, 
u�t_c�fig
 *
u
)

125 
u�t8_t
 
tmp
;

126 
u�t8_t
 
�ags
;

128 
	`IRQ_LOCK
(
�ags
);

132 i�(*
u�t_�gs
[
num
].
uc�b
 & (1 << 
RXEN
))

133 
u
->
�ab�d
 = 1;

135 
u
->
�ab�d
 = 0;

138 i�(*
u�t_�gs
[
num
].
uc�b
 & (1 << 
RXCIE
))

139 
u
->
��_�ab�d
 = 1;

141 
u
->
��_�ab�d
 = 0;

144 i�(
UART_HAS_U2X
 && (*
u�t_�gs
[
num
].
uc�a
 & (1 << 
U2X
)))

145 
u
->
u�_doub�_��d
 = 1;

147 
u
->
u�_doub�_��d
 = 0;

151 i�(
UART_IS_USART
) {

152 
tmp
 = 
	`g�_uc�c
(
num
�& ((1 << 
UPM1
�| (1 << 
UPM0
));

153 i�(
tmp
 =�((1 << 
UPM1
�| (1 << 
UPM0
)))

154 
u
->
�r�y
 = 
UART_PARTITY_ODD
;

155 i�(
tmp
 =�(1 << 
UPM1
))

156 
u
->
�r�y
 = 
UART_PARTITY_EVEN
;

158 
u
->
�r�y
 = 
UART_PARTITY_NONE
;

161 
u
->
�r�y
 = 
UART_PARTITY_NONE
;

165 i�(
UART_IS_USART
 && (
	`g�_uc�c
(
num
�& (1 << 
USBS
))) {

166 
u
->
��_b�s
 = 
UART_STOP_BITS_2
;

169 
u
->
��_b�s
 = 
UART_STOP_BITS_1
;

173 
u
->
nb�s
 = 
	`u�t_g�c�f_nb�s
(
num
);

174 
u
->
baud��
 = (
F_CPU
 / ((
	`u�t_g�_baud�g
(
num
)+1) * 16)) ;

176 
	`IRQ_UNLOCK
(
�ags
);

177 
	}
}

	@uart_host.c

24 
	~<u�t.h
>

25 
	~<u�t_�iv�e.h
>

27 
	~<f��.h
>

31 
	$u�t_��
()

33 
	}
}

36 
ev�t
 *
	grx_ev�t
[
UART_HW_NUM
];

37 
ev�t
 *
	gtx_ev�t
[
UART_HW_NUM
];

39 
	$u�t_ho�_rx_ev�t
(
c
)

42 i�(
rx_ev�t
[0])

43 
rx_ev�t
[0](
c
);

44 
	}
}

46 
	$u�t_ho�_tx_ev�t
(
c
)

49 i�(
tx_ev�t
[0])

50 
tx_ev�t
[0](
c
);

51 
	}
}

53 
�t8_t
 
	$u�t_�tc�f
(
u�t8_t
 
num
, 
u�t_c�fig
 *
u
)

57 
	}
}

59 
	$u�t_g�c�f
(
u�t8_t
 
num
, 
u�t_c�fig
 *
u
)

62 
	}
}

64 
	$u�t_�cv
(
u�t8_t
 
num
)

66 
	`f��
(0, 
F_SETFL
, 0);

67  
	`g�ch�
();

68 
	}
}

70 
	$u�t_�cv_nowa�
(
u�t8_t
 
num
)

72 
	`f��
(0, 
F_SETFL
, 
O_NONBLOCK
);

73  
	`g�ch�
();

74 
	}
}

76 
	$u�t_�nd_nowa�
(
u�t8_t
 
num
, 
c
)

78  
	`putch�
(
c
);

79 
	}
}

81 
	$u�t_�nd
(
u�t8_t
 
num
, 
c
)

83  
	`putch�
(
c
);

84 
	}
}

	@uart_host.h

24 
u�t_ho�_rx_ev�t
(
c
);

25 
u�t_ho�_tx_ev�t
(
c
);

	@uart_private.h

24 #i�de�
_UART_PRIVATE_H_


25 

	#_UART_PRIVATE_H_


	)

27 
	~<av�sive.h
>

28 
	~<av�sive/li�.h
>

30 
	~<u�t.h
>

31 
	~<u�t_defs.h
>

32 
	~<u�t_c�fig.h
>

34 vީ��
	tu�t8_t
 *
	tu�t_�g_t
;

36 
	s�gs
 {

37 
u�t_�g_t
 
	mudr
;

38 
u�t_�g_t
 
	muc�a
;

39 
u�t_�g_t
 
	muc�b
;

40 
u�t_�g_t
 
	muc�c
;

41 
u�t_�g_t
 
	mub�l
;

42 
u�t_�g_t
 
	mub�h
;

45 cڡ 
�gs
 
	gu�t_�gs
[
UART_HW_NUM
];

47 (
	tev�t
)();

48 (
	tev�t_9b�s
)();

50 
ev�t
 *
rx_ev�t
[
UART_HW_NUM
];

51 
ev�t
 *
tx_ev�t
[
UART_HW_NUM
];

53 
	`u�t_�nd_�xt_ch�
(
u�t8_t
 
num
);

54 
�t8_t
 
	`u�t_�tc�f
(
u�t8_t
 
num
, 
u�t_c�fig
 *
u
);

56 
�l�e
 
	$u�t_g�_udr
(
u�t8_t
 
num
)

58  *
u�t_�gs
[
num
].
udr
;

59 
	}
}

61 
�l�e
 
	$u�t_�t_udr
(
u�t8_t
 
num
, 
c
)

63 *
u�t_�gs
[
num
].
udr
 = 
c
;

66 i�(
tx_ev�t
[
num
])

67 
tx_ev�t
[
num
](
c
);

68 
	}
}

70 #ifde�
CONFIG_MODULE_UART_9BITS


71 
�l�e
 
	$u�t_g�_udr_9b�s
(
u�t8_t
 
num
)

73 
v�
 = *
u�t_�gs
[
num
].
udr
;

74 
v�
 |�(*
u�t_�gs
[
num
].
uc�b
 & ((1 << 
RXB8
) ? 0x100 : 0));

75  
v�
;

76 
	}
}

78 
�l�e
 
	$u�t_�t_udr_9b�s
(
u�t8_t
 
num
, 
c
)

80 i�(
c
 & 0x100 )

81 *
u�t_�gs
[
num
].
uc�b
 |�(1 << 
RXB8
);

83 *
u�t_�gs
[
num
].
uc�b
 &�~(1 << 
RXB8
);

84 *
u�t_�gs
[
num
].
udr
 = 
c
;

88 i�(
tx_ev�t
[
num
])

89 ((
ev�t_9b�s
 *)
tx_ev�t
[
num
])(
c
);

90 
	}
}

	@uart_recv.c

24 
	~<u�t.h
>

25 
	~<u�t_defs.h
>

26 
	~<u�t_�iv�e.h
>

29 
	$u�t_�cv
(
u�t8_t
 
num
)

31 
�t
 = 0;

32  (
�t
 = 
	`u�t_�cv_nowa�
(
num
)) == -1 );

33  
�t
;

34 
	}
}

	@uart_recv9.c

24 
	~<u�t.h
>

25 
	~<u�t_defs.h
>

26 
	~<u�t_�iv�e.h
>

29 
	$u�t_9b�s_�cv
(
u�t8_t
 
num
)

31 
�t
 = 0;

32  (
�t
 = 
	`u�t_9b�s_�cv_nowa�
(
num
)) == -1 );

33  
�t
;

34 
	}
}

	@uart_recv9_nowait.c

24 
	~<u�t.h
>

25 
	~<u�t_defs.h
>

26 
	~<u�t_�iv�e.h
>

29 
	$u�t_9b�s_�cv_nowa�
(
u�t8_t
 
num
)

31 
�t
 = 0;

32 
u�t8_t
 
�ags
;

36 i�(!(*
u�t_�gs
[
num
].
uc�b
 & (1 << 
RXCIE
))) {

37 i��!(*
u�t_�gs
[
num
].
uc�a
 & (1 << 
RXC
)) )

39  
	`u�t_g�_udr_9b�s
(
num
);

43 
	`IRQ_LOCK
(
�ags
);

44 if�
	`CIRBUF_GET_LEN
(&
g_rx_fifo
[
num
]) >= 2) {

45 
	`c�buf_g�_buf_��
(&
g_rx_fifo
[
num
], (*)&
�t
, 2);

46 
	`c�buf_d�_buf_��
(&
g_rx_fifo
[
num
], 2);

47 
	`IRQ_UNLOCK
(
�ags
);

48  ()
�t
;

50 
	`IRQ_UNLOCK
(
�ags
);

53 
	}
}

	@uart_recv_nowait.c

24 
	~<u�t.h
>

25 
	~<u�t_defs.h
>

26 
	~<u�t_�iv�e.h
>

29 
	$u�t_�cv_nowa�
(
u�t8_t
 
num
)

31 
�t
 = 0;

32 
u�t8_t
 
�ags
;

36 i�(!(*
u�t_�gs
[
num
].
uc�b
 & (1 << 
RXCIE
))) {

37 i��!(*
u�t_�gs
[
num
].
uc�a
 & (1 << 
RXC
)) )

39  
	`u�t_g�_udr
(
num
);

43 
	`IRQ_LOCK
(
�ags
);

44 if�!
	`CIRBUF_IS_EMPTY
(&
g_rx_fifo
[
num
]) ) {

45 
�t
 = 
	`c�buf_g�_��
(&
g_rx_fifo
[
num
]);

46 
	`c�buf_d�_��
(&
g_rx_fifo
[
num
]);

47 
	`IRQ_UNLOCK
(
�ags
);

48  ()
�t
;

50 
	`IRQ_UNLOCK
(
�ags
);

53 
	}
}

	@uart_send.c

24 
	~<u�t.h
>

25 
	~<u�t_defs.h
>

26 
	~<u�t_�iv�e.h
>

28 
	$u�t_�nd
(
u�t8_t
 
num
, 
c
)

31 i�(
	`u�t_�nd_nowa�
(
num
, 
c
) == -1) {

35 i�(
	`GLOBAL_IRQ_ARE_MASKED
(�&& (*
u�t_�gs
[
num
].
uc�b
 & (1 << 
RXCIE
)) ) {

36  !(*
u�t_�gs
[
num
].
uc�a
 & (1 << 
UDRE
)) );

39 
	`u�t_�nd_�xt_ch�
(
num
);

40 
	`c�buf_add_h�d
(&
g_tx_fifo
[
num
], 
c
);

44 
	`u�t_�nd_nowa�
(
num
, 
c
) == -1);

47  
c
;

48 
	}
}

	@uart_send9.c

24 
	~<u�t.h
>

25 
	~<u�t_defs.h
>

26 
	~<u�t_�iv�e.h
>

28 
	$u�t_�nd_9b�s
(
u�t8_t
 
num
, 
c
)

31 i�(
	`u�t_�nd_9b�s_nowa�
(
num
, 
c
) == -1) {

35 i�(
	`GLOBAL_IRQ_ARE_MASKED
(�&& (*
u�t_�gs
[
num
].
uc�b
 & (1 << 
RXCIE
)) ) {

36  !(*
u�t_�gs
[
num
].
uc�a
 & (1 << 
UDRE
)) );

39 
	`u�t_�nd_�xt_ch�
(
num
);

40 
	`c�buf_add_buf_h�d
(&
g_tx_fifo
[
num
], (*)&
c
, 2);

44 
	`u�t_�nd_9b�s_nowa�
(
num
, 
c
) == -1);

47  
c
;

48 
	}
}

	@uart_send9_nowait.c

24 
	~<u�t.h
>

25 
	~<u�t_defs.h
>

26 
	~<u�t_�iv�e.h
>

28 
	$u�t_�nd_9b�s_nowa�
(
u�t8_t
 
num
, 
c
)

30 
u�t8_t
 
�ags
;

31 
	`IRQ_LOCK
(
�ags
);

34 i��!(*
u�t_�gs
[
num
].
uc�b
 & (1 << 
RXCIE
 )) ) {

36 i�(*
u�t_�gs
[
num
].
uc�a
 & (1<<
UDRE
)) {

37 
	`u�t_�t_udr_9b�s
(
c
);

38 
	`IRQ_UNLOCK
(
�ags
);

39  
c
;

42 
	`IRQ_UNLOCK
(
�ags
);

48 if�
	`CIRBUF_GET_FREELEN
(&
g_tx_fifo
) < 2) {

49 
	`IRQ_UNLOCK
(
�ags
);

54 i�(
	`CIRBUF_IS_EMPTY
(&
g_tx_fifo
[
num
]) &&

55 *
u�t_�gs
[
num
].
uc�a
 & (1<<
UDRE
)) {

56 
	`u�t_�t_udr_9b�s
(
c
);

57 
	`sbi
(*
u�t_�gs
[
num
].
uc�b
, 
UDRIE
);

60 
	`c�buf_add_buf_h�d
(&
g_tx_fifo
, (*)&
c
, 2);

63 
	`IRQ_UNLOCK
(
�ags
);

64  ()
c
;

65 
	}
}

	@uart_send_nowait.c

24 
	~<u�t.h
>

25 
	~<u�t_defs.h
>

26 
	~<u�t_�iv�e.h
>

31 
	$u�t_�nd_nowa�
(
u�t8_t
 
num
, 
c
)

33 
u�t8_t
 
�ags
;

35 
	`IRQ_LOCK
(
�ags
);

39 i��!(*
u�t_�gs
[
num
].
uc�b
 & (1 << 
RXCIE
 )) ) {

41 i�(*
u�t_�gs
[
num
].
uc�a
 & (1<<
UDRE
)) {

42 
	`u�t_�t_udr
(
num
, 
c
);

43 
	`IRQ_UNLOCK
(
�ags
);

44  ()
c
;

47 
	`IRQ_UNLOCK
(
�ags
);

52 i�(
	`CIRBUF_IS_FULL
(&
g_tx_fifo
[
num
])) {

53 
	`IRQ_UNLOCK
(
�ags
);

58 i�(
	`CIRBUF_IS_EMPTY
(&
g_tx_fifo
[
num
]) &&

59 *
u�t_�gs
[
num
].
uc�a
 & (1<<
UDRE
)) {

60 
	`u�t_�t_udr
(
num
, 
c
);

61 
	`sbi
(*
u�t_�gs
[
num
].
uc�b
, 
UDRIE
);

64 
	`c�buf_add_h�d
(&
g_tx_fifo
[
num
], 
c
);

67 
	`IRQ_UNLOCK
(
�ags
);

68  ()
c
;

69 
	}
}

	@uart_setconf.c

24 
	~<u�t.h
>

25 
	~<u�t_defs.h
>

26 
	~<u�t_�iv�e.h
>

29 #ifde�
UART0_COMPILE


30 
	gg_tx0_buf
[
UART0_TX_FIFO_SIZE
];

31 
	gg_rx0_buf
[
UART0_RX_FIFO_SIZE
];

33 #ifde�
UART1_COMPILE


34 
	gg_tx1_buf
[
UART1_TX_FIFO_SIZE
];

35 
	gg_rx1_buf
[
UART1_RX_FIFO_SIZE
];

37 #ifde�
UART2_COMPILE


38 
	gg_tx2_buf
[
UART2_TX_FIFO_SIZE
];

39 
	gg_rx2_buf
[
UART2_RX_FIFO_SIZE
];

41 #ifde�
UART3_COMPILE


42 
	gg_tx3_buf
[
UART3_TX_FIFO_SIZE
];

43 
	gg_rx3_buf
[
UART3_RX_FIFO_SIZE
];

46 #i�
UART_IS_USART


48 
�t8_t
 
	$u�t_�t_nb�s_�r�y
(
u�t8_t
 
num
, 
u�t_c�fig
 * 
u
)

50 
u�t8_t
 
uc�c
 = 0;

53 #ifde�
CONFIG_MODULE_UART_9BITS


54 i�(
u
->
nb�s
 < 5 || u->nbits > 9) {

55  
ENOTSUP
;

58 i�(
u
->
nb�s
 < 5 || u->nbits > 8) {

59  
ENOTSUP
;

63 
uc�c
 |��((
u
->
nb�s
 - 5�& 0x03�<< 
UCSZ0
 );

64 #ifde�
CONFIG_MODULE_UART_9BITS


65 i�(
u
->
nb�s
 == 9)

66 *
u�t_�gs
[
num
].
uc�b
 |�(1 << 
UCSZ2
);

69 *
u�t_�gs
[
num
].
uc�b
 &�~(1 << 
UCSZ2
);

72 i�(
u
->
�r�y
 =�
UART_PARTITY_ODD
)

73 
uc�c
 |�((1 << 
UPM0
�| (1 << 
UPM1
));

74 i�(
u
->
�r�y
 =�
UART_PARTITY_EVEN
)

75 
uc�c
 |�(1 << 
UPM1
);

76 i�(
u
->
�r�y
 !�
UART_PARTITY_NONE
) {

77  
EINVAL
;

81 i�(
u
->
��_b�s
 =�
UART_STOP_BITS_2
)

82 
uc�c
 |�(1 << 
USBS
);

83 i�(
u
->
��_b�s
 !�
UART_STOP_BITS_1
)

84  
EINVAL
;

86 #ifde�
URSEL


88 
uc�c
 |�(1<<
URSEL
);

90 *
u�t_�gs
[
num
].
uc�c
 = ucsrc;

92  
ESUCCESS
;

93 
	}
}

97 
�t8_t
 
	$u�t_�t_nb�s_�r�y
(
�t8_t
 
num
, 
u�t_c�fig
 * 
u
)

100 i�(
u
->
nb�s
 == 8)

101 *
u�t_�gs
[
num
].
uc�b
 &�~(1 << 
CHR9
);

102 #ifde�
CONFIG_MODULE_UART_9BITS


103 i�(
u
->
nb�s
 == 9)

104 *
u�t_�gs
[
num
].
uc�b
 |�(1 << 
CHR9
);

107  
ENOTSUP
;

110 i�(
u
->
�r�y
 !�
UART_PARTITY_NONE
 ||

111 
u
->
��_b�s
 !�
UART_STOP_BITS_1
) {

112  
ENOTSUP
;

115  
ESUCCESS
;

116 
	}
}

120 #i�
UART_IS_USART


122 
�t8_t
 
	$u�t_�t_baud�g
(
u�t8_t
 
num
, 
u�t16_t
 
baud�g
)

124 
u�t8_t
 
lo
, 
hi
;

129 
lo
 = (
u�t8_t
)
baud�g
;

130 
hi
 = (
u�t8_t
)(
baud�g
>>8) & 0x7F;

132 *
u�t_�gs
[
num
].
ub�l
 = 
lo
;

133 *
u�t_�gs
[
num
].
ub�h
 = 
hi
;

135  
ESUCCESS
;

136 
	}
}

140 
�t8_t
 
	$u�t_�t_baud�g
(
u�t8_t
 
num
, 
u�t16_t
 
baud�g
)

142 
u�t8_t
 
lo
, 
hi
;

144 
lo
=(
u�t8_t
)
baud�g
;

145 
hi
=(
u�t8_t
)(
baud�g
>>8);

147 i�(
hi
 != 0)

148  
EINVAL
;

149 *
u�t_�gs
[
num
].
ub�l
 = 
lo
;

151  
ESUCCESS
;

152 
	}
}

156 

	#UART_SET_STATICCONF
(
x
) \

157 
u
->
�ab�d
 = 
UART
##
x
##
_ENABLED
; \

158 
u
->
��_�ab�d
 = 
UART
##
x
##
_INTERRUPT_ENABLED
; \

159 
u
->
u�_doub�_��d
 = 
UART
##
x
##
_USE_DOUBLE_SPEED
; \

160 
u
->
�r�y
 = 
UART
##
x
##
_PARITY
; \

161 
u
->
��_b�s
 = 
UART
##
x
##
_STOP_BIT
; \

162 
u
->
nb�s
 = 
UART
##
x
##
_NBITS
; \

163 
u
->
baud��
 = 
UART
##
x
##
_BAUDRATE
; \

164 

	)

166 
�t8_t
 
	$u�t_�tc�f
(
u�t8_t
 
num
, 
u�t_c�fig
 *
u
)

168 
u�t8_t
 
�t
 = 
ESUCCESS
;

169 
u�t16_t
 
baud��_�g
;

170 
u�t_c�fig
 
��ic_c�f
;

171 
u�t8_t
 
�ags
;

173 
	`IRQ_LOCK
(
�ags
);

176 i�(!
u
) {

177 
u
 = &
��ic_c�f
;

178 
num
) {

179 #ifde�
UART0_COMPILE


181 
	`UART_SET_STATICCONF
(0);

183 #ifde�
UART1_COMPILE


185 
	`UART_SET_STATICCONF
(1);

187 #ifde�
UART2_COMPILE


189 
	`UART_SET_STATICCONF
(2);

191 #ifde�
UART3_COMPILE


193 
	`UART_SET_STATICCONF
(3);

196 
�t
 = 
EINVAL
;

197 
out
;

202  !(*
u�t_�gs
[
num
].
uc�a
 & (1<<
UDRE
)) );

204 
num
) {

205 #ifde�
UART0_COMPILE


207 
	`c�buf_��
(&
g_tx_fifo
[0], 
g_tx0_buf
, 0, 
UART0_TX_FIFO_SIZE
);

208 
	`c�buf_��
(&
g_rx_fifo
[0], 
g_rx0_buf
, 0, 
UART0_RX_FIFO_SIZE
);

211 #ifde�
UART1_COMPILE


213 
	`c�buf_��
(&
g_tx_fifo
[1], 
g_tx1_buf
, 0, 
UART1_TX_FIFO_SIZE
);

214 
	`c�buf_��
(&
g_rx_fifo
[1], 
g_rx1_buf
, 0, 
UART1_RX_FIFO_SIZE
);

217 #ifde�
UART2_COMPILE


219 
	`c�buf_��
(&
g_tx_fifo
[2], 
g_tx2_buf
, 0, 
UART2_TX_FIFO_SIZE
);

220 
	`c�buf_��
(&
g_rx_fifo
[2], 
g_rx2_buf
, 0, 
UART2_RX_FIFO_SIZE
);

223 #ifde�
UART3_COMPILE


225 
	`c�buf_��
(&
g_tx_fifo
[3], 
g_tx3_buf
, 0, 
UART3_TX_FIFO_SIZE
);

226 
	`c�buf_��
(&
g_rx_fifo
[3], 
g_rx3_buf
, 0, 
UART3_RX_FIFO_SIZE
);

230 
�t
 = 
EINVAL
;

231 
out
;

233 *
u�t_�gs
[
num
].
uc�a
 = 0;

235 i�(
u
->
�ab�d
)

236 *
u�t_�gs
[
num
].
uc�b
 = ((1 << 
TXEN
�| (1 << 
RXEN
));

238 *
u�t_�gs
[
num
].
uc�b
 = 0;

239 
out
;

244 i�(
u
->
��_�ab�d
)

245 *
u�t_�gs
[
num
].
uc�b
 |�(1 << 
RXCIE
);

247 i�(
UART_HAS_U2X
) {

248 i�(
u
->
u�_doub�_��d
)

249 *
u�t_�gs
[
num
].
uc�a
 |�(1 << 
U2X
);

251 *
u�t_�gs
[
num
].
uc�a
 &�~(1 << 
U2X
);

253 i�(
u
->
u�_doub�_��d
) {

254 
�t
 = 
ENOTSUP
;

255 
out
;

258 
	`u�t_�t_nb�s_�r�y
(
num
, 
u
);

261 if(
u
->
u�_doub�_��d
)

262 
baud��_�g
 = (
F_CPU
 / (
u
->
baud��
*8l)) - 1;

264 
baud��_�g
 = (
F_CPU
 / (
u
->
baud��
*16l)) - 1;

266 
	`u�t_�t_baud�g
(
num
, 
baud��_�g
);

269 
out
:

270 
	`IRQ_UNLOCK
(
�ags
);

271  
�t
;

272 
	}
}

	@vt100.c

24 
	~<�dlib.h
>

25 
	~<�dio.h
>

26 
	~<�r�g.h
>

27 
	~<�d�g.h
>

28 
	~<�y�.h
>

30 
	~<av�sive/pgm�a�.h
>

32 
	~"vt100.h
"

34 cڡ 
�og_ch�
 
	gcmd0
[] = 
vt100_up_�r
;

35 cڡ 
�og_ch�
 
	gcmd1
[] = 
vt100_down_�r
;

36 cڡ 
�og_ch�
 
	gcmd2
[] = 
vt100_right_�r
;

37 cڡ 
�og_ch�
 
	gcmd3
[] = 
vt100_��_�r
;

38 cڡ 
�og_ch�
 
	gcmd4
[] = "\177";

39 cڡ 
�og_ch�
 
	gcmd5
[] = "\n";

40 cڡ 
�og_ch�
 
	gcmd6
[] = "\001";

41 cڡ 
�og_ch�
 
	gcmd7
[] = "\005";

42 cڡ 
�og_ch�
 
	gcmd8
[] = "\013";

43 cڡ 
�og_ch�
 
	gcmd9
[] = "\031";

44 cڡ 
�og_ch�
 
	gcmd10
[] = "\003";

45 cڡ 
�og_ch�
 
	gcmd11
[] = "\006";

46 cڡ 
�og_ch�
 
	gcmd12
[] = "\002";

47 cڡ 
�og_ch�
 
	gcmd13
[] = 
vt100_su�r
;

48 cڡ 
�og_ch�
 
	gcmd14
[] = 
vt100_�b
;

49 cڡ 
�og_ch�
 
	gcmd15
[] = "\004";

50 cڡ 
�og_ch�
 
	gcmd16
[] = "\014";

51 cڡ 
�og_ch�
 
	gcmd17
[] = "\r";

52 cڡ 
�og_ch�
 
	gcmd18
[] = "\033\177";

53 cڡ 
�og_ch�
 
	gcmd19
[] = 
vt100_w�d_��
;

54 cڡ 
�og_ch�
 
	gcmd20
[] = 
vt100_w�d_right
;

55 cڡ 
�og_ch�
 
	gcmd21
[] = "?";

57 cڡ 
�og_ch�
 * 
	gvt100_comm�ds
[] 
	gPROGMEM
 = {

58 
cmd0
, 
cmd1
, 
cmd2
, 
cmd3
, 
cmd4
, 
cmd5
, 
cmd6
, 
cmd7
,

59 
cmd8
, 
cmd9
, 
cmd10
, 
cmd11
, 
cmd12
, 
cmd13
, 
cmd14
,

60 
cmd15
, 
cmd16
, 
cmd17
, 
cmd18
, 
cmd19
, 
cmd20
,

61 
cmd21
,

65 
	$vt100_��
(
vt100
 * 
vt
)

67 
vt
->
��e
 = 
VT100_INIT
;

68 
	}
}

71 
�t8_t


72 
	$m�ch_comm�d
(* 
buf
, 
u�t8_t
 
size
)

74 cڡ 
�og_ch�
 * 
cmd
;

75 
u�t8_t
 
i
 = 0;

77 
i
=0 ; i<(
vt100_comm�ds
)/(cڡ 
�og_ch�
 *) ; i++) {

78 #ifde�
HOST_VERSION


79 
cmd
 = *(
vt100_comm�ds
 + 
i
);

81 
cmd
 = (cڡ 
�og_ch�
 *�
	`pgm_�ad_w�d
 (
vt100_comm�ds
 + 
i
);

84 i�(
size
 =�
	`���_P
(
cmd
) &&

85 !
	`��cmp_P
(
buf
, 
cmd
, 
	`���_P
(cmd))) {

86  
i
;

91 
	}
}

93 
�t8_t


94 
	$vt100_�r�r
(
vt100
 *
vt
, 
ch
)

96 
u�t8_t
 
size
;

97 
u�t8_t
 
c
 = (u�t8_t�
ch
;

99 i�(
vt
->
bu�os
 > 
VT100_BUF_SIZE
) {

100 
vt
->
��e
 = 
VT100_INIT
;

101 
vt
->
bu�os
 = 0;

104 
vt
->
buf
[vt->
bu�os
++] = 
c
;

105 
size
 = 
vt
->
bu�os
;

107 
vt
->
��e
) {

108 
VT100_INIT
:

109 i�(
c
 == 033) {

110 
vt
->
��e
 = 
VT100_ESCAPE
;

113 
vt
->
bu�os
 = 0;

114 
m�ch_comm�d
;

118 
VT100_ESCAPE
:

119 i�(
c
 == 0133) {

120 
vt
->
��e
 = 
VT100_ESCAPE_CSI
;

122 i�(
c
 >= 060 && c <= 0177) {

123 
vt
->
bu�os
 = 0;

124 
vt
->
��e
 = 
VT100_INIT
;

125 
m�ch_comm�d
;

129 
VT100_ESCAPE_CSI
:

130 i�(
c
 >= 0100 && c <= 0176) {

131 
vt
->
bu�os
 = 0;

132 
vt
->
��e
 = 
VT100_INIT
;

133 
m�ch_comm�d
;

138 
vt
->
bu�os
 = 0;

144 
m�ch_comm�d
:

145  
	`m�ch_comm�d
(
vt
->
buf
, 
size
);

146 
	}
}

	@vt100.h

24 #i�de�
_VT100_H_


25 

	#_VT100_H_


	)

27 

	#vt100_b�l
 "\007"

	)

28 

	#vt100_bs
 "\010"

	)

29 

	#vt100_bs_��r
 "\010 \010"

	)

30 

	#vt100_�b
 "\011"

	)

31 

	#vt100_��
 "\012\015"

	)

32 

	#vt100_��r_right
 "\033[0K"

	)

33 

	#vt100_��r_��
 "\033[1K"

	)

34 

	#vt100_��r_down
 "\033[0J"

	)

35 

	#vt100_��r_up
 "\033[1J"

	)

36 

	#vt100_��r_l�e
 "\033[2K"

	)

37 

	#vt100_��r_s��n
 "\033[2J"

	)

38 

	#vt100_up_�r
 "\033\133\101"

	)

39 

	#vt100_down_�r
 "\033\133\102"

	)

40 

	#vt100_right_�r
 "\033\133\103"

	)

41 

	#vt100_��_�r
 "\033\133\104"

	)

42 

	#vt100_mu�i_right
 "\033\133%uC"

	)

43 

	#vt100_mu�i_��
 "\033\133%uD"

	)

44 

	#vt100_su�r
 "\033\133\063\176"

	)

45 

	#vt100_home
 "\033M\033E"

	)

46 

	#vt100_w�d_��
 "\033\142"

	)

47 

	#vt100_w�d_right
 "\033\146"

	)

52 

	#KEY_UP_ARR
 0

	)

53 

	#KEY_DOWN_ARR
 1

	)

54 

	#KEY_RIGHT_ARR
 2

	)

55 

	#KEY_LEFT_ARR
 3

	)

56 

	#KEY_BKSPACE
 4

	)

57 

	#KEY_RETURN
 5

	)

58 

	#KEY_CTRL_A
 6

	)

59 

	#KEY_CTRL_E
 7

	)

60 

	#KEY_CTRL_K
 8

	)

61 

	#KEY_CTRL_Y
 9

	)

62 

	#KEY_CTRL_C
 10

	)

63 

	#KEY_CTRL_F
 11

	)

64 

	#KEY_CTRL_B
 12

	)

65 

	#KEY_SUPPR
 13

	)

66 

	#KEY_TAB
 14

	)

67 

	#KEY_CTRL_D
 15

	)

68 

	#KEY_CTRL_L
 16

	)

69 

	#KEY_RETURN2
 17

	)

70 

	#KEY_META_BKSPACE
 18

	)

71 

	#KEY_WLEFT
 19

	)

72 

	#KEY_WRIGHT
 20

	)

73 

	#KEY_HELP
 21

	)

75 
cڡ 
�og_ch�
 * 
vt100_comm�ds
[] 
PROGMEM
;

77 
	evt100_�r�r_��e
 {

78 
	mVT100_INIT
,

79 
	mVT100_ESCAPE
,

80 
	mVT100_ESCAPE_CSI
,

83 

	#VT100_BUF_SIZE
 8

	)

84 
	svt100
 {

85 
u�t8_t
 
	mbu�os
;

86 
	mbuf
[
VT100_BUF_SIZE
];

87 
vt100_�r�r_��e
 
	m��e
;

93 
vt100_��
(
vt100
 *
vt
);

101 
�t8_t
 
vt100_�r�r
(
vt100
 *
vt
, 
c
);

	@xbee.c

28 
	~<av�sive.h
>

29 
	~<av�sive/queue.h
>

32 
	~<�dio.h
>

33 
	~<�d�t.h
>

34 
	~<�dlib.h
>

35 
	~<�r�g.h
>

36 
	~<��o.h
>

38 
	~"xb�_�ighb�.h
"

39 
	~"xb�_��s.h
"

40 
	~"xb�_buf.h
"

41 
	~"xb�_��o.h
"

42 
	~"xb�.h
"

44 
	$xb�_��
()

47 
	}
}

49 
	$xb�_�gi��_ch��l
(
xb�_dev
 *
dev
, 
ch��l
,

50 
xb�_rx_cb_t
 *
rx_cb
, *
�aque
)

53 i�(
ch��l
 =�
XBEE_CHANNEL_ANY
) {

54 
ch
;

57 
ch
 = 1; ch < 
XBEE_MAX_CHANNEL
; ch++) {

58 i�(
dev
->
ch��l
[
ch
].
�gi��ed
 == 0) {

59 
ch��l
 = 
ch
;

64 i�(
ch��l
 =�
XBEE_CHANNEL_ANY
)

68 i�(
ch��l
 < 0 || ch���>�
XBEE_MAX_CHANNEL
 ||

69 
dev
->
ch��l
[ch��l].
�gi��ed
 == 1)

72 
dev
->
ch��l
[ch��l].
�gi��ed
 = 1;

73 
dev
->
ch��l
[ch��l].
rx_cb
 =�x_cb;

74 
dev
->
ch��l
[ch��l].
�g
 = 
�aque
;

75  
ch��l
;

76 
	}
}

78 
	$xb�_u�egi��_ch��l
(
xb�_dev
 *
dev
, 
ch��l
)

80 i�(
ch��l
 < 0 || ch���>�
XBEE_MAX_CHANNEL
 ||

81 
dev
->
ch��l
[ch��l].
�gi��ed
 == 0)

83 
dev
->
ch��l
[ch��l].
�gi��ed
 = 0;

84 
dev
->
ch��l
[ch��l].
rx_cb
 = 
NULL
;

85 
dev
->
ch��l
[ch��l].
�g
 = 
NULL
;

87 
	}
}

89 
	$xb�_ݒ
(
xb�_dev
 *
dev
, 
FILE
 *
xb�_f�e
)

91 
	`mem�t
(
dev
, 0, (*dev));

92 
dev
->
f�e
 = 
xb�_f�e
;

93 
	`xb�_�igh_��
(
dev
);

95 
	}
}

	@xbee.h

32 (
	txb�_rx_cb_t
)(
	txb�_dev
 *, , , *,

36 
	sxb�_ch��l
 {

37 
�gi��ed
;

38 
xb�_rx_cb_t
 *
rx_cb
;

39 *
�g
;

42 

	#XBEE_DEFAULT_CHANNEL
 0

	)

43 

	#XBEE_MAX_CHANNEL
 16

	)

44 

	#XBEE_CHANNEL_ANY
 
XBEE_MAX_CHANNEL


	)

47 
	sxb�_dev
 {

48 
FILE
 *
f�e
;

49 
xb�_ch��l
 
ch��l
[
XBEE_MAX_CHANNEL
];

50 
u�t8_t
 
�ame_�n
;

51 
�ame
[
XBEE_MAX_FRAME_LEN
];

52 
xb�_��s
 
��s
;

53 
xb�_�igh_li�
 
�igh_li�
;

57 
	`xb�_��
();

60 
	`xb�_ݒ
(
xb�_dev
 *
dev
, 
FILE
 *
xb�_f�e
);

63 
	`xb�_�o�
(
xb�_dev
 *
dev
);

71 
	`xb�_�gi��_ch��l
(
xb�_dev
 *
dev
, 
ch��l
,

72 
xb�_rx_cb_t
 *
rx_cb
, *
�aque
);

75 
	`xb�_u�egi��_ch��l
(
xb�_dev
 *
dev
, 
ch��l_id
);

78 
	`xb�_�ad
(
xb�_dev
 *
dev
);

81 
	`xb�_�o�ss_queue
(
xb�_dev
 *
dev
);

	@xbee_atcmd.c

28 
	~<av�sive/pgm�a�.h
>

30 
	~<�r�g.h
>

31 
	~<�dlib.h
>

32 
	~<�dio.h
>

34 
	~"xb�_�cmd.h
"

36 
�og_ch�
 
	g�cmd0_�me
[] = "WR";

37 
�og_ch�
 
	g�cmd0_desc
[] = "write-param";

38 
�og_ch�
 
	g�cmd0_h�p
[] =

41 
�og_ch�
 
	g�cmd1_�me
[] = "RE";

42 
�og_ch�
 
	g�cmd1_desc
[] = "restore-defaults";

43 
�og_ch�
 
	g�cmd1_h�p
[] =

46 
�og_ch�
 
	g�cmd2_�me
[] = "FR";

47 
�og_ch�
 
	g�cmd2_desc
[] = "soft-reset";

48 
�og_ch�
 
	g�cmd2_h�p
[] =

52 
�og_ch�
 
	g�cmd3_�me
[] = "AC";

53 
�og_ch�
 
	g�cmd3_desc
[] = "apply-changes";

54 
�og_ch�
 
	g�cmd3_h�p
[] =

57 
�og_ch�
 
	g�cmd4_�me
[] = "R1";

58 
�og_ch�
 
	g�cmd4_desc
[] = "restore-compiled";

59 
�og_ch�
 
	g�cmd4_h�p
[] =

62 
�og_ch�
 
	g�cmd5_�me
[] = "VL";

63 
�og_ch�
 
	g�cmd5_desc
[] = "version-long";

64 
�og_ch�
 
	g�cmd5_h�p
[] =

68 
�og_ch�
 
	g�cmd6_�me
[] = "DH";

69 
�og_ch�
 
	g�cmd6_desc
[] = "dst-addr-high";

70 
�og_ch�
 
	g�cmd6_h�p
[] =

74 
�og_ch�
 
	g�cmd7_�me
[] = "DL";

75 
�og_ch�
 
	g�cmd7_desc
[] = "dst-addr-low";

76 
�og_ch�
 
	g�cmd7_h�p
[] =

80 
�og_ch�
 
	g�cmd8_�me
[] = "DD";

81 
�og_ch�
 
	g�cmd8_desc
[] = "device-type-id";

82 
�og_ch�
 
	g�cmd8_h�p
[] =

87 
�og_ch�
 
	g�cmd9_�me
[] = "SH";

88 
�og_ch�
 
	g�cmd9_desc
[] = "src-addr-high";

89 
�og_ch�
 
	g�cmd9_h�p
[] =

92 
�og_ch�
 
	g�cmd10_�me
[] = "SL";

93 
�og_ch�
 
	g�cmd10_desc
[] = "src-addr-low";

94 
�og_ch�
 
	g�cmd10_h�p
[] =

97 
�og_ch�
 
	g�cmd11_�me
[] = "SE";

98 
�og_ch�
 
	g�cmd11_desc
[] = "src-endpoint";

99 
�og_ch�
 
	g�cmd11_h�p
[] =

103 
�og_ch�
 
	g�cmd12_�me
[] = "DE";

104 
�og_ch�
 
	g�cmd12_desc
[] = "dst-endpoint";

105 
�og_ch�
 
	g�cmd12_h�p
[] =

109 
�og_ch�
 
	g�cmd13_�me
[] = "CI";

110 
�og_ch�
 
	g�cmd13_desc
[] = "cluster-id";

111 
�og_ch�
 
	g�cmd13_h�p
[] =

115 
�og_ch�
 
	g�cmd14_�me
[] = "NP";

116 
�og_ch�
 
	g�cmd14_desc
[] = "max-rf-payload";

117 
�og_ch�
 
	g�cmd14_h�p
[] =

122 
�og_ch�
 
	g�cmd15_�me
[] = "CE";

123 
�og_ch�
 
	g�cmd15_desc
[] = "coord-end-device";

124 
�og_ch�
 
	g�cmd15_h�p
[] =

129 
�og_ch�
 
	g�cmd16_�me
[] = "AP";

130 
�og_ch�
 
	g�cmd16_desc
[] = "api-mode";

131 
�og_ch�
 
	g�cmd16_h�p
[] =

134 
�og_ch�
 
	g�cmd17_�me
[] = "AO";

135 
�og_ch�
 
	g�cmd17_desc
[] = "api-output-format";

136 
�og_ch�
 
	g�cmd17_h�p
[] =

140 
�og_ch�
 
	g�cmd18_�me
[] = "BD";

141 
�og_ch�
 
	g�cmd18_desc
[] = "baud-rate";

142 
�og_ch�
 
	g�cmd18_h�p
[] =

146 
�og_ch�
 
	g�cmd19_�me
[] = "RO";

147 
�og_ch�
 
	g�cmd19_desc
[] = "packetization-timeout";

148 
�og_ch�
 
	g�cmd19_h�p
[] =

153 
�og_ch�
 
	g�cmd20_�me
[] = "FT";

154 
�og_ch�
 
	g�cmd20_desc
[] = "flow-control-thres";

155 
�og_ch�
 
	g�cmd20_h�p
[] =

161 
�og_ch�
 
	g�cmd21_�me
[] = "NB";

162 
�og_ch�
 
	g�cmd21_desc
[] = "parity";

163 
�og_ch�
 
	g�cmd21_h�p
[] =

167 
�og_ch�
 
	g�cmd22_�me
[] = "D7";

168 
�og_ch�
 
	g�cmd22_desc
[] = "dio7";

169 
�og_ch�
 
	g�cmd22_h�p
[] =

175 
�og_ch�
 
	g�cmd23_�me
[] = "D6";

176 
�og_ch�
 
	g�cmd23_desc
[] = "dio6";

177 
�og_ch�
 
	g�cmd23_h�p
[] =

182 
�og_ch�
 
	g�cmd24_�me
[] = "P0";

183 
�og_ch�
 
	g�cmd24_desc
[] = "dio10-pwm0";

184 
�og_ch�
 
	g�cmd24_h�p
[] =

189 
�og_ch�
 
	g�cmd25_�me
[] = "P1";

190 
�og_ch�
 
	g�cmd25_desc
[] = "dio11-pwm1";

191 
�og_ch�
 
	g�cmd25_h�p
[] =

196 
�og_ch�
 
	g�cmd26_�me
[] = "P2";

197 
�og_ch�
 
	g�cmd26_desc
[] = "dio12";

198 
�og_ch�
 
	g�cmd26_h�p
[] =

203 
�og_ch�
 
	g�cmd27_�me
[] = "RP";

204 
�og_ch�
 
	g�cmd27_desc
[] = "rssi-pwm";

205 
�og_ch�
 
	g�cmd27_h�p
[] =

210 
�og_ch�
 
	g�cmd28_�me
[] = "1S";

211 
�og_ch�
 
	g�cmd28_desc
[] = "sensor-sample";

212 
�og_ch�
 
	g�cmd28_h�p
[] =

215 
�og_ch�
 
	g�cmd29_�me
[] = "D0";

216 
�og_ch�
 
	g�cmd29_desc
[] = "dio0-ad0";

217 
�og_ch�
 
	g�cmd29_h�p
[] =

223 
�og_ch�
 
	g�cmd30_�me
[] = "D1";

224 
�og_ch�
 
	g�cmd30_desc
[] = "dio1-ad1";

225 
�og_ch�
 
	g�cmd30_h�p
[] =

230 
�og_ch�
 
	g�cmd31_�me
[] = "D2";

231 
�og_ch�
 
	g�cmd31_desc
[] = "dio2-ad2";

232 
�og_ch�
 
	g�cmd31_h�p
[] =

237 
�og_ch�
 
	g�cmd32_�me
[] = "D3";

238 
�og_ch�
 
	g�cmd32_desc
[] = "dio3-ad3";

239 
�og_ch�
 
	g�cmd32_h�p
[] =

244 
�og_ch�
 
	g�cmd33_�me
[] = "D4";

245 
�og_ch�
 
	g�cmd33_desc
[] = "dio4-ad4";

246 
�og_ch�
 
	g�cmd33_h�p
[] =

251 
�og_ch�
 
	g�cmd34_�me
[] = "D5";

252 
�og_ch�
 
	g�cmd34_desc
[] = "dio5-ad5";

253 
�og_ch�
 
	g�cmd34_h�p
[] =

258 
�og_ch�
 
	g�cmd35_�me
[] = "D8";

259 
�og_ch�
 
	g�cmd35_desc
[] = "dio8-sleep-rq";

260 
�og_ch�
 
	g�cmd35_h�p
[] =

267 
�og_ch�
 
	g�cmd36_�me
[] = "D9";

268 
�og_ch�
 
	g�cmd36_desc
[] = "dio9-on-sleep";

269 
�og_ch�
 
	g�cmd36_h�p
[] =

274 
�og_ch�
 
	g�cmd37_�me
[] = "PR";

275 
�og_ch�
 
	g�cmd37_desc
[] = "pull-up-resistor";

276 
�og_ch�
 
	g�cmd37_h�p
[] =

281 
�og_ch�
 
	g�cmd38_�me
[] = "M0";

282 
�og_ch�
 
	g�cmd38_desc
[] = "pwm0-out-level";

283 
�og_ch�
 
	g�cmd38_h�p
[] =

287 
�og_ch�
 
	g�cmd39_�me
[] = "M1";

288 
�og_ch�
 
	g�cmd39_desc
[] = "pwm1-out-level";

289 
�og_ch�
 
	g�cmd39_h�p
[] =

293 
�og_ch�
 
	g�cmd40_�me
[] = "LT";

294 
�og_ch�
 
	g�cmd40_desc
[] = "led-blink-time";

295 
�og_ch�
 
	g�cmd40_h�p
[] =

298 
�og_ch�
 
	g�cmd41_�me
[] = "IS";

299 
�og_ch�
 
	g�cmd41_desc
[] = "force-sample";

300 
�og_ch�
 
	g�cmd41_h�p
[] =

304 
�og_ch�
 
	g�cmd42_�me
[] = "IC";

305 
�og_ch�
 
	g�cmd42_desc
[] = "digital-change-detect";

306 
�og_ch�
 
	g�cmd42_h�p
[] =

313 
�og_ch�
 
	g�cmd43_�me
[] = "IR";

314 
�og_ch�
 
	g�cmd43_desc
[] = "io-sample-rate";

315 
�og_ch�
 
	g�cmd43_h�p
[] =

320 
�og_ch�
 
	g�cmd44_�me
[] = "CB";

321 
�og_ch�
 
	g�cmd44_desc
[] = "comissioning-button";

322 
�og_ch�
 
	g�cmd44_h�p
[] =

327 
�og_ch�
 
	g�cmd45_�me
[] = "VR";

328 
�og_ch�
 
	g�cmd45_desc
[] = "firmware-version";

329 
�og_ch�
 
	g�cmd45_h�p
[] =

332 
�og_ch�
 
	g�cmd46_�me
[] = "HV";

333 
�og_ch�
 
	g�cmd46_desc
[] = "hardware-version";

334 
�og_ch�
 
	g�cmd46_h�p
[] =

337 
�og_ch�
 
	g�cmd47_�me
[] = "CK";

338 
�og_ch�
 
	g�cmd47_desc
[] = "config-code";

339 
�og_ch�
 
	g�cmd47_h�p
[] =

344 
�og_ch�
 
	g�cmd48_�me
[] = "ER";

345 
�og_ch�
 
	g�cmd48_desc
[] = "rf-errors";

346 
�og_ch�
 
	g�cmd48_h�p
[] =

350 
�og_ch�
 
	g�cmd49_�me
[] = "GD";

351 
�og_ch�
 
	g�cmd49_desc
[] = "good-packets";

352 
�og_ch�
 
	g�cmd49_h�p
[] =

356 
�og_ch�
 
	g�cmd50_�me
[] = "RP";

357 
�og_ch�
 
	g�cmd50_desc
[] = "rssi-pwm-timer";

358 
�og_ch�
 
	g�cmd50_h�p
[] =

363 
�og_ch�
 
	g�cmd51_�me
[] = "TR";

364 
�og_ch�
 
	g�cmd51_desc
[] = "tx-errors";

365 
�og_ch�
 
	g�cmd51_h�p
[] =

370 
�og_ch�
 
	g�cmd52_�me
[] = "TP";

371 
�og_ch�
 
	g�cmd52_desc
[] = "temperature";

372 
�og_ch�
 
	g�cmd52_h�p
[] =

377 
�og_ch�
 
	g�cmd53_�me
[] = "DB";

378 
�og_ch�
 
	g�cmd53_desc
[] = "rx-signal-strength";

379 
�og_ch�
 
	g�cmd53_h�p
[] =

385 
�og_ch�
 
	g�cmd54_�me
[] = "DC";

386 
�og_ch�
 
	g�cmd54_desc
[] = "duty-cycle";

387 
�og_ch�
 
	g�cmd54_h�p
[] =

392 
�og_ch�
 
	g�cmd55_�me
[] = "RC";

393 
�og_ch�
 
	g�cmd55_desc
[] = "rssi-for-channel";

394 
�og_ch�
 
	g�cmd55_h�p
[] =

398 
�og_ch�
 
	g�cmd56_�me
[] = "R#";

399 
�og_ch�
 
	g�cmd56_desc
[] = "reset-number";

400 
�og_ch�
 
	g�cmd56_h�p
[] =

405 
�og_ch�
 
	g�cmd57_�me
[] = "TA";

406 
�og_ch�
 
	g�cmd57_desc
[] = "tx-ack-errors";

407 
�og_ch�
 
	g�cmd57_h�p
[] =

411 
�og_ch�
 
	g�cmd58_�me
[] = "%V";

412 
�og_ch�
 
	g�cmd58_desc
[] = "supply-voltage";

413 
�og_ch�
 
	g�cmd58_h�p
[] =

416 
�og_ch�
 
	g�cmd59_�me
[] = "CT";

417 
�og_ch�
 
	g�cmd59_desc
[] = "cmd-mode-timeout";

418 
�og_ch�
 
	g�cmd59_h�p
[] =

424 
�og_ch�
 
	g�cmd60_�me
[] = "CN";

425 
�og_ch�
 
	g�cmd60_desc
[] = "exit-cmd-mode";

426 
�og_ch�
 
	g�cmd60_h�p
[] =

429 
�og_ch�
 
	g�cmd61_�me
[] = "GT";

430 
�og_ch�
 
	g�cmd61_desc
[] = "guard-times";

431 
�og_ch�
 
	g�cmd61_h�p
[] =

437 
�og_ch�
 
	g�cmd62_�me
[] = "CC";

438 
�og_ch�
 
	g�cmd62_desc
[] = "command-chars";

439 
�og_ch�
 
	g�cmd62_h�p
[] =

443 
�og_ch�
 
	g�cmd63_�me
[] = "ID";

444 
�og_ch�
 
	g�cmd63_desc
[] = "network-id";

445 
�og_ch�
 
	g�cmd63_h�p
[] =

449 
�og_ch�
 
	g�cmd64_�me
[] = "NT";

450 
�og_ch�
 
	g�cmd64_desc
[] = "ndisc-timeout";

451 
�og_ch�
 
	g�cmd64_h�p
[] =

456 
�og_ch�
 
	g�cmd65_�me
[] = "NI";

457 
�og_ch�
 
	g�cmd65_desc
[] = "node-id";

458 
�og_ch�
 
	g�cmd65_h�p
[] =

465 
�og_ch�
 
	g�cmd66_�me
[] = "DN";

466 
�og_ch�
 
	g�cmd66_desc
[] = "disc-node";

467 
�og_ch�
 
	g�cmd66_h�p
[] =

472 
�og_ch�
 
	g�cmd67_�me
[] = "ND";

473 
�og_ch�
 
	g�cmd67_desc
[] = "network-discover";

474 
�og_ch�
 
	g�cmd67_h�p
[] = "Network Discovery, see doc";

476 
�og_ch�
 
	g�cmd68_�me
[] = "NO";

477 
�og_ch�
 
	g�cmd68_desc
[] = "ndisc-options";

478 
�og_ch�
 
	g�cmd68_h�p
[] =

484 
�og_ch�
 
	g�cmd69_�me
[] = "EE";

485 
�og_ch�
 
	g�cmd69_desc
[] = "security�nable";

486 
�og_ch�
 
	g�cmd69_h�p
[] =

490 
�og_ch�
 
	g�cmd70_�me
[] = "KY"; ;

491 
�og_ch�
 
	g�cmd70_desc
[] = "security-key";

492 
�og_ch�
 
	g�cmd70_h�p
[] =

495 
�og_ch�
 
	g�cmd71_�me
[] = "MT";

496 
�og_ch�
 
	g�cmd71_desc
[] = "bcast-multi-xmit";

497 
�og_ch�
 
	g�cmd71_h�p
[] =

502 
�og_ch�
 
	g�cmd72_�me
[] = "RR";

503 
�og_ch�
 
	g�cmd72_desc
[] = "unicast-retries";

504 
�og_ch�
 
	g�cmd72_h�p
[] =

511 
�og_ch�
 
	g�cmd73_�me
[] = "PL";

512 
�og_ch�
 
	g�cmd73_desc
[] = "power-level";

513 
�og_ch�
 
	g�cmd73_h�p
[] =

517 
�og_ch�
 
	g�cmd74_�me
[] = "SM";

518 
�og_ch�
 
	g�cmd74_desc
[] = "sleep-mode";

519 
�og_ch�
 
	g�cmd74_h�p
[] =

524 
�og_ch�
 
	g�cmd75_�me
[] = "SO";

525 
�og_ch�
 
	g�cmd75_desc
[] = "sleep-options";

526 
�og_ch�
 
	g�cmd75_h�p
[] =

530 
�og_ch�
 
	g�cmd76_�me
[] = "ST";

531 
�og_ch�
 
	g�cmd76_desc
[] = "wake-time";

532 
�og_ch�
 
	g�cmd76_h�p
[] =

537 
�og_ch�
 
	g�cmd77_�me
[] = "SP";

538 
�og_ch�
 
	g�cmd77_desc
[] = "sleep-period";

539 
�og_ch�
 
	g�cmd77_h�p
[] =

547 
�og_ch�
 
	g�cmd78_�me
[] = "SN";

548 
�og_ch�
 
	g�cmd78_desc
[] = "num-sleep-periods";

549 
�og_ch�
 
	g�cmd78_h�p
[] =

554 
�og_ch�
 
	g�cmd79_�me
[] = "WH";

555 
�og_ch�
 
	g�cmd79_desc
[] = "wake-host";

556 
�og_ch�
 
	g�cmd79_h�p
[] = "Wake Host�ime. If it is set�o��on-zero value, it "

563 
xb�_�cmd_pgm
 
	gxb�_�cmd_li�
[] = {

566 
�cmd0_�me
,

567 
�cmd0_desc
,

568 
XBEE_ATCMD_F_PARAM_NONE
 | 
XBEE_ATCMD_F_WRITE
,

569 
�cmd0_h�p
,

573 
�cmd1_�me
,

574 
�cmd1_desc
,

575 
XBEE_ATCMD_F_PARAM_NONE
 | 
XBEE_ATCMD_F_WRITE
,

576 
�cmd1_h�p
,

580 
�cmd2_�me
,

581 
�cmd2_desc
,

582 
XBEE_ATCMD_F_PARAM_NONE
 | 
XBEE_ATCMD_F_WRITE
,

583 
�cmd2_h�p
,

587 
�cmd3_�me
,

588 
�cmd3_desc
,

589 
XBEE_ATCMD_F_PARAM_NONE
 | 
XBEE_ATCMD_F_WRITE
,

590 
�cmd3_h�p
,

594 
�cmd4_�me
,

595 
�cmd4_desc
,

596 
XBEE_ATCMD_F_PARAM_NONE
 | 
XBEE_ATCMD_F_WRITE
,

597 
�cmd4_h�p
,

601 
�cmd5_�me
,

602 
�cmd5_desc
,

603 
XBEE_ATCMD_F_PARAM_NONE
 | 
XBEE_ATCMD_F_WRITE
,

604 
�cmd5_h�p
,

608 
�cmd6_�me
,

609 
�cmd6_desc
,

610 
XBEE_ATCMD_F_PARAM_U32
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

611 
�cmd6_h�p
,

615 
�cmd7_�me
,

616 
�cmd7_desc
,

617 
XBEE_ATCMD_F_PARAM_U32
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

618 
�cmd7_h�p
,

622 
�cmd8_�me
,

623 
�cmd8_desc
,

624 
XBEE_ATCMD_F_PARAM_U32
 | 
XBEE_ATCMD_F_READ
,

625 
�cmd8_h�p
,

629 
�cmd9_�me
,

630 
�cmd9_desc
,

631 
XBEE_ATCMD_F_PARAM_U32
 | 
XBEE_ATCMD_F_READ
,

632 
�cmd9_h�p
,

636 
�cmd10_�me
,

637 
�cmd10_desc
,

638 
XBEE_ATCMD_F_PARAM_U32
 | 
XBEE_ATCMD_F_READ
,

639 
�cmd10_h�p
,

643 
�cmd11_�me
,

644 
�cmd11_desc
,

645 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

646 
�cmd11_h�p
,

650 
�cmd12_�me
,

651 
�cmd12_desc
,

652 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

653 
�cmd12_h�p
,

657 
�cmd13_�me
,

658 
�cmd13_desc
,

659 
XBEE_ATCMD_F_PARAM_U16
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

660 
�cmd13_h�p
,

664 
�cmd14_�me
,

665 
�cmd14_desc
,

666 
XBEE_ATCMD_F_PARAM_U16
 | 
XBEE_ATCMD_F_READ
,

667 
�cmd14_h�p
,

671 
�cmd15_�me
,

672 
�cmd15_desc
,

673 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

674 
�cmd15_h�p
,

678 
�cmd16_�me
,

679 
�cmd16_desc
,

680 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

681 
�cmd16_h�p
,

685 
�cmd17_�me
,

686 
�cmd17_desc
,

687 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

688 
�cmd17_h�p
,

692 
�cmd18_�me
,

693 
�cmd18_desc
,

694 
XBEE_ATCMD_F_PARAM_U32
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

695 
�cmd18_h�p
,

699 
�cmd19_�me
,

700 
�cmd19_desc
,

701 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

702 
�cmd19_h�p
,

706 
�cmd20_�me
,

707 
�cmd20_desc
,

708 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

709 
�cmd20_h�p
,

713 
�cmd21_�me
,

714 
�cmd21_desc
,

715 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

716 
�cmd21_h�p
,

720 
�cmd22_�me
,

721 
�cmd22_desc
,

722 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

723 
�cmd22_h�p
,

727 
�cmd23_�me
,

728 
�cmd23_desc
,

729 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

730 
�cmd23_h�p
,

734 
�cmd24_�me
,

735 
�cmd24_desc
,

736 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

737 
�cmd24_h�p
,

741 
�cmd25_�me
,

742 
�cmd25_desc
,

743 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

744 
�cmd25_h�p
,

748 
�cmd26_�me
,

749 
�cmd26_desc
,

750 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

751 
�cmd26_h�p
,

755 
�cmd27_�me
,

756 
�cmd27_desc
,

757 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

758 
�cmd27_h�p
,

762 
�cmd28_�me
,

763 
�cmd28_desc
,

764 
XBEE_ATCMD_F_PARAM_NONE
 | 
XBEE_ATCMD_F_WRITE
,

765 
�cmd28_h�p
,

769 
�cmd29_�me
,

770 
�cmd29_desc
,

771 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

772 
�cmd29_h�p
,

776 
�cmd30_�me
,

777 
�cmd30_desc
,

778 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

779 
�cmd30_h�p
,

783 
�cmd31_�me
,

784 
�cmd31_desc
,

785 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

786 
�cmd31_h�p
,

790 
�cmd32_�me
,

791 
�cmd32_desc
,

792 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

793 
�cmd32_h�p
,

797 
�cmd33_�me
,

798 
�cmd33_desc
,

799 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

800 
�cmd33_h�p
,

804 
�cmd34_�me
,

805 
�cmd34_desc
,

806 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

807 
�cmd34_h�p
,

811 
�cmd35_�me
,

812 
�cmd35_desc
,

813 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

814 
�cmd35_h�p
,

818 
�cmd36_�me
,

819 
�cmd36_desc
,

820 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

821 
�cmd36_h�p
,

825 
�cmd37_�me
,

826 
�cmd37_desc
,

827 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

828 
�cmd37_h�p
,

832 
�cmd38_�me
,

833 
�cmd38_desc
,

834 
XBEE_ATCMD_F_PARAM_U16
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

835 
�cmd38_h�p
,

839 
�cmd39_�me
,

840 
�cmd39_desc
,

841 
XBEE_ATCMD_F_PARAM_U16
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

842 
�cmd39_h�p
,

846 
�cmd40_�me
,

847 
�cmd40_desc
,

848 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

849 
�cmd40_h�p
,

853 
�cmd41_�me
,

854 
�cmd41_desc
,

855 
XBEE_ATCMD_F_PARAM_NONE
 | 
XBEE_ATCMD_F_WRITE
,

856 
�cmd41_h�p
,

860 
�cmd42_�me
,

861 
�cmd42_desc
,

862 
XBEE_ATCMD_F_PARAM_U16
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

863 
�cmd42_h�p
,

867 
�cmd43_�me
,

868 
�cmd43_desc
,

869 
XBEE_ATCMD_F_PARAM_U16
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

870 
�cmd43_h�p
,

874 
�cmd44_�me
,

875 
�cmd44_desc
,

876 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

877 
�cmd44_h�p
,

881 
�cmd45_�me
,

882 
�cmd45_desc
,

883 
XBEE_ATCMD_F_PARAM_U32
 | 
XBEE_ATCMD_F_READ
,

884 
�cmd45_h�p
,

888 
�cmd46_�me
,

889 
�cmd46_desc
,

890 
XBEE_ATCMD_F_PARAM_U16
 | 
XBEE_ATCMD_F_READ
,

891 
�cmd46_h�p
,

895 
�cmd47_�me
,

896 
�cmd47_desc
,

897 
XBEE_ATCMD_F_PARAM_U32
 | 
XBEE_ATCMD_F_READ
,

898 
�cmd47_h�p
,

902 
�cmd48_�me
,

903 
�cmd48_desc
,

904 
XBEE_ATCMD_F_PARAM_U16
 | 
XBEE_ATCMD_F_READ
,

905 
�cmd48_h�p
,

909 
�cmd49_�me
,

910 
�cmd49_desc
,

911 
XBEE_ATCMD_F_PARAM_U16
 | 
XBEE_ATCMD_F_READ
,

912 
�cmd49_h�p
,

916 
�cmd50_�me
,

917 
�cmd50_desc
,

918 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

919 
�cmd50_h�p
,

923 
�cmd51_�me
,

924 
�cmd51_desc
,

925 
XBEE_ATCMD_F_PARAM_U16
 | 
XBEE_ATCMD_F_READ
,

926 
�cmd51_h�p
,

930 
�cmd52_�me
,

931 
�cmd52_desc
,

932 
XBEE_ATCMD_F_PARAM_S16
 | 
XBEE_ATCMD_F_READ
,

933 
�cmd52_h�p
,

937 
�cmd53_�me
,

938 
�cmd53_desc
,

939 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
,

940 
�cmd53_h�p
,

944 
�cmd54_�me
,

945 
�cmd54_desc
,

946 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
,

947 
�cmd54_h�p
,

951 
�cmd55_�me
,

952 
�cmd55_desc
,

953 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
,

954 
�cmd55_h�p
,

958 
�cmd56_�me
,

959 
�cmd56_desc
,

960 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
,

961 
�cmd56_h�p
,

965 
�cmd57_�me
,

966 
�cmd57_desc
,

967 
XBEE_ATCMD_F_PARAM_U16
 | 
XBEE_ATCMD_F_READ
,

968 
�cmd57_h�p
,

972 
�cmd58_�me
,

973 
�cmd58_desc
,

974 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
,

975 
�cmd58_h�p
,

979 
�cmd59_�me
,

980 
�cmd59_desc
,

981 
XBEE_ATCMD_F_PARAM_U16
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

982 
�cmd59_h�p
,

986 
�cmd60_�me
,

987 
�cmd60_desc
,

988 
XBEE_ATCMD_F_PARAM_NONE
 | 
XBEE_ATCMD_F_WRITE
,

989 
�cmd60_h�p
,

993 
�cmd61_�me
,

994 
�cmd61_desc
,

995 
XBEE_ATCMD_F_PARAM_U16
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

996 
�cmd61_h�p
,

1000 
�cmd62_�me
,

1001 
�cmd62_desc
,

1002 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

1003 
�cmd62_h�p
,

1007 
�cmd63_�me
,

1008 
�cmd63_desc
,

1009 
XBEE_ATCMD_F_PARAM_U16
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

1010 
�cmd63_h�p
,

1014 
�cmd64_�me
,

1015 
�cmd64_desc
,

1016 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

1017 
�cmd64_h�p
,

1021 
�cmd65_�me
,

1022 
�cmd65_desc
,

1023 
XBEE_ATCMD_F_PARAM_STRING_20B
 | 
XBEE_ATCMD_F_READ
 |

1024 
XBEE_ATCMD_F_WRITE
,

1025 
�cmd65_h�p
,

1029 
�cmd66_�me
,

1030 
�cmd66_desc
,

1031 
XBEE_ATCMD_F_PARAM_STRING_20B
 | 
XBEE_ATCMD_F_READ
 |

1032 
XBEE_ATCMD_F_WRITE
,

1033 
�cmd66_h�p
,

1037 
�cmd67_�me
,

1038 
�cmd67_desc
,

1039 
XBEE_ATCMD_F_PARAM_NONE
 | 
XBEE_ATCMD_F_WRITE
,

1040 
�cmd67_h�p
,

1044 
�cmd68_�me
,

1045 
�cmd68_desc
,

1046 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

1047 
�cmd68_h�p
,

1051 
�cmd69_�me
,

1052 
�cmd69_desc
,

1053 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

1054 
�cmd69_h�p
,

1058 
�cmd70_�me
,

1059 
�cmd70_desc
,

1060 
XBEE_ATCMD_F_PARAM_HEXBUF_16B
 | 
XBEE_ATCMD_F_WRITE
,

1061 
�cmd70_h�p
,

1065 
�cmd71_�me
,

1066 
�cmd71_desc
,

1067 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

1068 
�cmd71_h�p
,

1072 
�cmd72_�me
,

1073 
�cmd72_desc
,

1074 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

1075 
�cmd72_h�p
,

1079 
�cmd73_�me
,

1080 
�cmd73_desc
,

1081 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

1082 
�cmd73_h�p
,

1086 
�cmd74_�me
,

1087 
�cmd74_desc
,

1088 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

1089 
�cmd74_h�p
,

1093 
�cmd75_�me
,

1094 
�cmd75_desc
,

1095 
XBEE_ATCMD_F_PARAM_U8
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

1096 
�cmd75_h�p
,

1100 
�cmd76_�me
,

1101 
�cmd76_desc
,

1102 
XBEE_ATCMD_F_PARAM_U32
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

1103 
�cmd76_h�p
,

1107 
�cmd77_�me
,

1108 
�cmd77_desc
,

1109 
XBEE_ATCMD_F_PARAM_U32
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

1110 
�cmd77_h�p
,

1114 
�cmd78_�me
,

1115 
�cmd78_desc
,

1116 
XBEE_ATCMD_F_PARAM_U16
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

1117 
�cmd78_h�p
,

1121 
�cmd79_�me
,

1122 
�cmd79_desc
,

1123 
XBEE_ATCMD_F_PARAM_U16
 | 
XBEE_ATCMD_F_READ
 | 
XBEE_ATCMD_F_WRITE
,

1124 
�cmd79_h�p
,

1127 
NULL
,

1128 
NULL
,

1130 
NULL
,

1134 
xb�_�cmd_pgm
 *
	$xb�_�cmd_lookup_�me
(cڡ *
�cmd_�r
)

1136 
xb�_�cmd_pgm
 *
cmd
;

1137 
xb�_�cmd
 
c�y
;

1139 
cmd
 = &
xb�_�cmd_li�
[0], 
	`mem�y_P
(&
c�y
, cmd, (copy));

1140 
c�y
.
�me
 !�
NULL
;

1141 
cmd
++, 
	`mem�y_P
(&
c�y
, cmd, (copy))) {

1143 i�(!
	`�rcmp_P
(
�cmd_�r
, 
c�y
.
�me
))

1147 i�(
c�y
.
�me
 =�
NULL
)

1148  
NULL
;

1150  
cmd
;

1151 
	}
}

1153 
xb�_�cmd_pgm
 *
	$xb�_�cmd_lookup_desc
(cڡ *
desc
)

1155 
xb�_�cmd_pgm
 *
cmd
;

1156 
xb�_�cmd
 
c�y
;

1158 
cmd
 = &
xb�_�cmd_li�
[0], 
	`mem�y_P
(&
c�y
, cmd, (copy));

1159 
c�y
.
�me
 !�
NULL
;

1160 
cmd
++, 
	`mem�y_P
(&
c�y
, cmd, (copy))) {

1161 i�(!
	`�rcmp_P
(
desc
, 
c�y
.desc))

1164 i�(
c�y
.
�me
 =�
NULL
)

1165  
NULL
;

1167  
cmd
;

1168 
	}
}

	@xbee_atcmd.h

28 #i�de�
_XBEE_ATCMD_H_


29 

	#_XBEE_ATCMD_H_


	)

31 

	#XBEE_ATCMD_F_READ
 0x001

	)

32 

	#XBEE_ATCMD_F_WRITE
 0x002

	)

33 

	#XBEE_ATCMD_F_PARAM_NONE
 0x004

	)

34 

	#XBEE_ATCMD_F_PARAM_U8
 0x008

	)

35 

	#XBEE_ATCMD_F_PARAM_U16
 0x010

	)

36 

	#XBEE_ATCMD_F_PARAM_S16
 0x020

	)

37 

	#XBEE_ATCMD_F_PARAM_U32
 0x040

	)

38 

	#XBEE_ATCMD_F_PARAM_STRING_20B
 0x080

	)

39 

	#XBEE_ATCMD_F_PARAM_HEXBUF_16B
 0x100

	)

42 
	sxb�_�cmd
 {

43 
�og_ch�
 *
	m�me
;

44 
�og_ch�
 *
	mdesc
;

45 
	m�ags
;

46 
�og_ch�
 *
	mh�p
;

49 
	sxb�_�cmd_pgm
 {

50 
�og_ch�
 *
	m�me
;

51 
�og_ch�
 *
	mdesc
;

52 
	m�ags
;

53 
�og_ch�
 *
	mh�p
;

54 } 
	gPROGMEM
;

56 

xb�_�cmd_pgm
 
xb�_�cmd_li�
[];

58 
xb�_�cmd_pgm
 *
xb�_�cmd_lookup_�me
(cڡ *
�cmd_�r
);

59 
xb�_�cmd_pgm
 *
xb�_�cmd_lookup_desc
(cڡ *
desc
);

	@xbee_buf.c

28 
	~<�r�g.h
>

29 
	~<�dlib.h
>

30 
	~<�d�t.h
>

31 
	~<sys/queue.h
>

33 
	~"xb�_�ighb�.h
"

34 
	~"xb�_��s.h
"

35 
	~"xb�_buf.h
"

36 
	~"xb�.h
"

38 
xb�_buf
 *
	$xb�_buf_�loc
()

40 
xb�_buf
 *
xbuf
;

42 
xbuf
 = 
	`m�loc
((*xbuf));

43 i�(
xbuf
 =�
NULL
)

44  
NULL
;

45 
	`mem�t
(
xbuf
, 0, (*xbuf));

46 
xbuf
->
off�t
 = 0;

47 
xbuf
->
�n
 = 0;

48  
xbuf
;

49 
	}
}

51 
	$xb�_buf_��room
(
xb�_buf
 *
xbuf
)

53  
XBEE_BUF_SIZE
 - 
xbuf
->
�n
 - xbuf->
off�t
;

54 
	}
}

56 *
	$xb�_buf_d�a
(
xb�_buf
 *
xbuf
, 
off
)

58 i�(
off
 >�
xbuf
->
�n
)

59  
NULL
;

60  
xbuf
->
buf
 + xbuf->
off�t
 + 
off
;

61 
	}
}

63 *
	$xb�_buf_h�d
(
xb�_buf
 *
xbuf
)

65  
xbuf
->
buf
 + xbuf->
off�t
;

66 
	}
}

68 *
	$xb�_buf_��
(
xb�_buf
 *
xbuf
)

70  
xbuf
->
buf
 + xbuf->
off�t
 + xbuf->
�n
;

71 
	}
}

73 
	$xb�_buf_�queue
(
xb�_bufq
 *
q
, 
xb�_buf
 *
xbuf
)

75 
	`CIRCLEQ_INSERT_TAIL
(&
q
->
xbq
, 
xbuf
, 
�xt
);

76 
q
->
�n
 +�
xbuf
->len;

77 
q
->
n�g
++;

78 
	}
}

80 
xb�_buf
 *
	$xb�_bufq_ϡ
(
xb�_bufq
 *
q
)

82 i�(
	`CIRCLEQ_EMPTY
(&
q
->
xbq
))

83  
NULL
;

84  
	`CIRCLEQ_LAST
(&
q
->
xbq
);

85 
	}
}

87 
	$xb�_bufq_��
(
xb�_bufq
 *
q
)

89 
	`CIRCLEQ_INIT
(&
q
->
xbq
);

90 
q
->
�n
 = 0;

91 
q
->
n�g
 = 0;

92 
	}
}

94 
	$xb�_bufq_��nd
(
xb�_bufq
 *
q
, 
�n
)

96 
xb�_buf
 *
xbuf
;

98 
q
->
�n
 +=�en;

99 
xbuf
 = 
	`CIRCLEQ_LAST
(&
q
->
xbq
);

100 
xbuf
->
�n
 +=�en;

101 
	}
}

103 
	$xb�_bufq_�ush
(
xb�_bufq
 *
q
)

105 
xb�_buf
 *
xbuf
;

107 !
	`CIRCLEQ_EMPTY
(&
q
->
xbq
)) {

108 
xbuf
 = 
	`CIRCLEQ_FIRST
(&
q
->
xbq
);

109 
	`CIRCLEQ_REMOVE
(&
q
->
xbq
, 
xbuf
, 
�xt
);

110 
q
->
n�g
 --;

111 
q
->
�n
 -�
xbuf
->len;

112 
	`�
(
xbuf
);

114 
	}
}

116 *
	$xb�_bufq_d�a
(
xb�_bufq
 *
q
, 
off
)

118 
xb�_buf
 *
xbuf
;

119 *
d�a
 = 
NULL
;

121 i�(
off
 >�
q
->
�n
)

122  
NULL
;

124 
	`CIRCLEQ_FOREACH
(
xbuf
, &
q
->
xbq
, 
�xt
) {

125 
d�a
 = 
	`xb�_buf_d�a
(
xbuf
, 
off
);

126 i�(
d�a
 !�
NULL
)

127  
d�a
;

128 
off
 -�
xbuf
->
�n
;

131  
d�a
;

132 
	}
}

135 
	$xb�_bufq_dr�
(
xb�_bufq
 *
q
, 
�n
)

137 
xb�_buf
 *
xbuf
;

139 i�(
�n
 > 
q
->len)

142 !
	`CIRCLEQ_EMPTY
(&
q
->
xbq
)) {

143 
xbuf
 = 
	`CIRCLEQ_FIRST
(&
q
->
xbq
);

144 i�(
xbuf
->
�n
 >�en)

146 
	`CIRCLEQ_REMOVE
(&
q
->
xbq
, 
xbuf
, 
�xt
);

147 
�n
 -�
xbuf
->len;

148 
q
->
n�g
 --;

149 
q
->
�n
 -�
xbuf
->len;

150 
	`�
(
xbuf
);

151 
xbuf
 = 
NULL
;

154 i�(
xbuf
 !�
NULL
) {

155 
xbuf
->
�n
 -=�en;

156 
xbuf
->
off�t
 +�
�n
;

157 
q
->
�n
 -=�en;

161 
	}
}

163 
	$xb�_bufq_c�y
(
xb�_bufq
 *
q
, *
buf
, 
�n
)

165 
xb�_buf
 *
xbuf
;

166 
d�off
 = 0, 
c�y�n
;

168 i�(
�n
 > 
q
->len)

171 
	`CIRCLEQ_FOREACH
(
xbuf
, &
q
->
xbq
, 
�xt
) {

172 
c�y�n
 = 
�n
;

173 i�(
xbuf
->
�n
 <�en)

174 
c�y�n
 = 
xbuf
->
�n
;

175 
	`mem�y
(
buf
 + 
d�off
, 
xbuf
->bu�+ xbuf->
off�t
, 
c�y�n
);

176 
�n
 -�
c�y�n
;

177 i�(
�n
 == 0)

179 
d�off
 +�
c�y�n
;

183 
	}
}

	@xbee_buf.h

28 

	#XBEE_BUF_SIZE
 0x200

	)

31 
	sxb�_buf
 {

32 
CIRCLEQ_ENTRY
(
xb�_buf
�
	m�xt
;

33 
	moff�t
;

34 
	m�n
;

35 
	mbuf
[
XBEE_BUF_SIZE
];

39 
CIRCLEQ_HEAD
(
xbufq
, 
xb�_buf
);

41 
	sxb�_bufq
 {

42 
xbufq
 
	mxbq
;

43 
	m�n
;

44 
	mn�g
;

48 
xb�_buf
 *
xb�_buf_�loc
();

51 
xb�_buf_��room
(
xb�_buf
 *
xbuf
);

54 *
xb�_buf_d�a
(
xb�_buf
 *
xbuf
, 
off
);

57 *
xb�_buf_h�d
(
xb�_buf
 *
xbuf
);

60 *
xb�_buf_��
(
xb�_buf
 *
xbuf
);

63 
xb�_buf_�queue
(
xb�_bufq
 *
q
, 
xb�_buf
 *
xbuf
);

68 
xb�_buf
 *
xb�_bufq_ϡ
(
xb�_bufq
 *
q
);

71 
xb�_bufq_��
(
xb�_bufq
 *
q
);

74 
xb�_bufq_�ush
(
xb�_bufq
 *
q
);

77 
xb�_bufq_��nd
(
xb�_bufq
 *
q
, 
�n
);

80 *
xb�_bufq_d�a
(
xb�_bufq
 *
q
, 
off
);

83 
xb�_bufq_dr�
(
xb�_bufq
 *
q
, 
�n
);

86 
xb�_bufq_c�y
(
xb�_bufq
 *
q
, *
buf
, 
�n
);

	@xbee_neighbor.c

28 
	~<av�sive.h
>

29 
	~<av�sive/queue.h
>

30 
	~<av�sive/pgm�a�.h
>

32 
	~<�r�g.h
>

33 
	~<�d�t.h
>

34 
	~<�dlib.h
>

35 
	~<�dio.h
>

37 
	~"xb�_�ighb�.h
"

38 
	~"xb�_�cmd.h
"

39 
	~"xb�_��s.h
"

40 
	~"xb�_buf.h
"

41 
	~"xb�_��o.h
"

42 
	~"xb�.h
"

44 
	$xb�_�igh_��
(
xb�_dev
 *
dev
)

46 
	`LIST_INIT
(&
dev
->
�igh_li�
);

47 
	}
}

49 
xb�_�igh
 *
	$xb�_�igh_lookup
(
xb�_dev
 *
dev
, cڡ *
�me
)

51 
xb�_�igh
 *
�igh
;

53 
	`LIST_FOREACH
(
�igh
, &
dev
->
�igh_li�
, 
�xt
) {

54 i�(!
	`�rcmp
(
�me
, 
�igh
->name))

58  
�igh
;

59 
	}
}

61 
xb�_�igh
 *
	$xb�_�igh_�ookup
(
xb�_dev
 *
dev
, 
u�t64_t
 
addr
)

63 
xb�_�igh
 *
�igh
;

65 
	`LIST_FOREACH
(
�igh
, &
dev
->
�igh_li�
, 
�xt
) {

66 i�(
addr
 =�
�igh
->addr)

70  
�igh
;

71 
	}
}

73 
xb�_�igh
 *
	$xb�_�igh_add
(
xb�_dev
 *
dev
, cڡ *
�me
,

74 
u�t64_t
 
addr
)

76 
xb�_�igh
 *
�igh
;

78 i�(
	`xb�_�igh_�ookup
(
dev
, 
addr
�!�
NULL
)

79  
NULL
;

81 i�(
	`xb�_�igh_lookup
(
dev
, 
�me
�!�
NULL
)

82  
NULL
;

84 
�igh
 = 
	`m�loc
((*neigh));

85 i�(
�igh
 =�
NULL
)

86  
NULL
;

88 
�igh
->
addr
 =�ddr;

89 
	`���tf
(
�igh
->
�me
, (neigh->name), "%s",�ame);

90 
	`LIST_INSERT_HEAD
(&
dev
->
�igh_li�
, 
�igh
, 
�xt
);

92  
�igh
;

93 
	}
}

95 
	$xb�_�igh_d�
(
xb�_dev
 *
dev
, 
xb�_�igh
 *
�igh
)

97 
dev
 = dev;

98 
	`LIST_REMOVE
(
�igh
, 
�xt
);

99 
	`�
(
�igh
);

100 
	}
}

	@xbee_neighbor.h

28 #i�de�
_XBEE_NEIGHBOR_H_


29 

	#_XBEE_NEIGHBOR_H_


	)

31 
	sxb�_�igh
 {

32 
LIST_ENTRY
(
xb�_�igh
�
	m�xt
;

33 
	m�me
[21];

34 
u�t64_t
 
	maddr
;

37 
	gxb�_dev
;

40 
LIST_HEAD
(
xb�_�igh_li�
, 
xb�_�igh
);

43 
xb�_�igh_��
(
xb�_dev
 *
dev
);

46 
xb�_�igh
 *
xb�_�igh_lookup
(
xb�_dev
 *
dev
, cڡ *
�me
);

49 
xb�_�igh
 *
xb�_�igh_�ookup
(
xb�_dev
 *
dev
, 
u�t64_t
 
addr
);

52 
xb�_�igh
 *
xb�_�igh_add
(
xb�_dev
 *
dev
, cڡ *
�me
,

53 
u�t64_t
 
addr
);

56 
xb�_�igh_d�
(
xb�_dev
 *
dev
, 
xb�_�igh
 *
�igh
);

	@xbee_proto.c

28 
	~<av�sive.h
>

29 
	~<av�sive/queue.h
>

30 
	~<av�sive/�d�n.h
>

32 
	~<u�t.h
>

34 
	~<�dio.h
>

35 
	~<�dlib.h
>

36 
	~<�d�t.h
>

37 
	~<�r�g.h
>

38 
	~<�y�.h
>

40 
	~"xb�_�ighb�.h
"

41 
	~"xb�_��s.h
"

42 
	~"xb�_buf.h
"

43 
	~"xb�_��o.h
"

44 
	~"xb�.h
"

47 
	$xb�_��o_�r�_���
(
xb�_dev
 *
dev
, *
buf
,

48 
�n
)

50 
xb�_���_hdr
 *
���_hdr
;

52 
dev
->
��s
.
rx_���
++;

54 i�(
�n
 < (
xb�_hdr
�+ (
xb�_���_hdr
)) {

55 
dev
->
��s
.
rx_�ame_too_sm�l
++;

59 
���_hdr
 = 
buf
 + (
xb�_hdr
);

62 i�(
���_hdr
->
��us
 != 0)

63 
dev
->
��s
.
rx_���_�r�
++;

66 
	}
}

69 
	$xb�_��o_�r�_rmt_���
(
xb�_dev
 *
dev
, *
buf
,

70 
�n
)

72 
xb�_rmt_���_hdr
 *
rmt_���_hdr
;

74 
dev
->
��s
.
rx_rmt_���
++;

76 i�(
�n
 < (
xb�_hdr
�+ (
xb�_rmt_���_hdr
)) {

77 
dev
->
��s
.
rx_�ame_too_sm�l
++;

81 
rmt_���_hdr
 = 
buf
 + (
xb�_hdr
);

84 i�(
rmt_���_hdr
->
��us
 != 0)

85 
dev
->
��s
.
rx_rmt_���_�r�
++;

88 
	}
}

91 
	$xb�_��o_�r�_xm�_��us
(
xb�_dev
 *
dev
, *
buf
,

92 
�n
)

94 
xb�_xm�_��us_hdr
 *
xm�_��us_hdr
;

96 
dev
->
��s
.
rx_xm�_��us
++;

98 i�(
�n
 < (
xb�_hdr
�+ (
xb�_xm�_��us_hdr
)) {

99 
dev
->
��s
.
rx_�ame_too_sm�l
++;

103 
xm�_��us_hdr
 = 
buf
 + (
xb�_hdr
);

104 
dev
->
��s
.
tx_xm�_���s
 +�
xm�_��us_hdr
->
xm�_��y_�t
;

107 i�(
xm�_��us_hdr
->
d�iv�y_��us
 != 0)

108 
dev
->
��s
.
rx_xm�_��us_�r�
++;

111 
	}
}

115 
	$xb�_��o_�r�_�ame
(
xb�_dev
 *
dev
)

117 *
buf
 = 
dev
->
�ame
;

118 
u�t8_t
 
�n
 = 
dev
->
�ame_�n
;

119 
xb�_hdr
 *
hdr
 = 
buf
;

120 
i
;

121 
u�t8_t
 
cksum
 = 0;

122 
ch��l
 = 
XBEE_DEFAULT_CHANNEL
;

124 
dev
->
��s
.
rx_�ame
++;

127 i�(
�n
 < ((*
hdr
) + 1)) {

128 
dev
->
��s
.
rx_�ame_too_sm�l
++;

129 
	`�r�tf
(
�d�r
, "Frame�oo small\n");

134 
i
 = 3; i < (
�n
 - 1); i++)

135 
cksum
 +�((
u�t8_t
 *)
buf
)[
i
];

136 
cksum
 = 0xff - cksum;

137 i�(
cksum
 !�((
u�t8_t
 *)
buf
)[
�n
-1]) {

138 
	`�r�tf
(
�d�r
, "Invalid cksum\n");

139 
dev
->
��s
.
rx_�v�id_cksum
++;

144 
hdr
->
ty�
) {

145 
XBEE_TYPE_MODEM_STATUS
:

146 
dev
->
��s
.
rx_modem_��us
++;

147 
ch��l
 = 
XBEE_DEFAULT_CHANNEL
;

149 
XBEE_TYPE_ATRESP
:

150 i�(
	`xb�_��o_�r�_���
(
dev
, 
buf
, 
�n
) < 0)

152 
ch��l
 = 
hdr
->
id
;

154 
XBEE_TYPE_RMT_ATRESP
:

155 i�(
	`xb�_��o_�r�_rmt_���
(
dev
, 
buf
, 
�n
) < 0)

157 
ch��l
 = 
hdr
->
id
;

159 
XBEE_TYPE_XMIT_STATUS
:

160 i�(
	`xb�_��o_�r�_xm�_��us
(
dev
, 
buf
, 
�n
) < 0)

162 
ch��l
 = 
hdr
->
id
;

164 
XBEE_TYPE_RECV
:

165 
dev
->
��s
.
rx_d�a
++;

166 
ch��l
 = 
XBEE_DEFAULT_CHANNEL
;

168 
XBEE_TYPE_EXPL_RECV
:

169 
dev
->
��s
.
rx_ex�_d�a
++;

170 
ch��l
 = 
XBEE_DEFAULT_CHANNEL
;

172 
XBEE_TYPE_NODE_ID
:

173 
dev
->
��s
.
rx_node_id
++;

174 
ch��l
 = 
hdr
->
id
;

177 
XBEE_TYPE_ATCMD
:

178 
XBEE_TYPE_ATCMD_Q
:

179 
XBEE_TYPE_XMIT
:

180 
XBEE_TYPE_EXPL_XMIT
:

181 
XBEE_TYPE_RMT_ATCMD
:

183 
dev
->
��s
.
rx_�v�id_ty�
++;

188 i�(
ch��l
 < 0 || ch���>�
XBEE_MAX_CHANNEL
 ||

189 
dev
->
ch��l
[ch��l].
�gi��ed
 == 0)

190 
ch��l
 = 
XBEE_DEFAULT_CHANNEL
;

193 i�(
dev
->
ch��l
[ch��l].
rx_cb
 !�
NULL
)

194 
dev
->
ch��l
[ch��l].
	`rx_cb
(dev, ch��l, 
hdr
->
ty�
,

195 
buf
 + (
xb�_hdr
),

196 
�n
 - (
xb�_hdr
) - 1,

197 
dev
->
ch��l
[ch��l].
�g
);

200 
	}
}

202 
	$xb�_��o_xm�
(
xb�_dev
 *
dev
, 
u�t8_t
 
ch��l_id
, u�t8_�
ty�
,

203 *
buf
, 
�n
)

205 
xb�_hdr
 
hdr
;

206 
i
;

207 
u�t8_t
 
cksum
 = 0;

210 i�(
�n
 == 0)

215 
hdr
.
d�im��
 = 
XBEE_DELIMITER
;

216 
hdr
.
�n
 = 
	`ht�s
(len + 2);

217 
hdr
.
ty�
 =�ype;

218 
hdr
.
id
 = 
ch��l_id
;

220 i�(
ch��l_id
 < 0 || ch��l_id >�
XBEE_MAX_CHANNEL
 ||

221 
dev
->
ch��l
[
ch��l_id
].
�gi��ed
 == 0) {

222 
dev
->
��s
.
tx_�v�id_ch��l
 ++;

227 
cksum
 = 
hdr
.
ty�
;

228 
cksum
 +�
hdr
.
id
;

229 
i
 = 0; i < 
�n
; i++)

230 
cksum
 +�((
u�t8_t
 *)
buf
)[
i
];

231 
cksum
 = 0xff - cksum;

232 
dev
->
��s
.
tx_�ame
 ++;

235 
hdr
.
ty�
) {

237 
XBEE_TYPE_ATCMD
:

239 
dev
->
��s
.
tx_�cmd
 ++;

241 
XBEE_TYPE_ATCMD_Q
:

242 
dev
->
��s
.
tx_�cmd_q
 ++;

244 
XBEE_TYPE_XMIT
:

245 
dev
->
��s
.
tx_d�a
 ++;

247 
XBEE_TYPE_EXPL_XMIT
:

248 
dev
->
��s
.
tx_ex�_d�a
 ++;

250 
XBEE_TYPE_RMT_ATCMD
:

251 
dev
->
��s
.
tx_rmt_�cmd
 ++;

255 
XBEE_TYPE_XMIT_STATUS
:

256 
XBEE_TYPE_MODEM_STATUS
:

257 
XBEE_TYPE_ATRESP
:

258 
XBEE_TYPE_RECV
:

259 
XBEE_TYPE_EXPL_RECV
:

260 
XBEE_TYPE_NODE_ID
:

261 
XBEE_TYPE_RMT_ATRESP
:

263 
dev
->
��s
.
tx_�v�id_ty�
 ++;

264 
	`�r�tf
(
�d�r
, "unh�d�d xm��y�=%x\n", 
hdr
.
ty�
);

269 
	`fwr�e
((
u�t8_t
 *)&
hdr
 + 
i
, 1, (hdr), 
dev
->
f�e
);

270 
	`fwr�e
((
u�t8_t
 *)
buf
 + 
i
, 1, 
�n
, 
dev
->
f�e
);

271 
	`fwr�e
(&
cksum
, 1, 1, 
dev
->
f�e
);

274 
	}
}

276 
	$xb�_��o_rx
(
xb�_dev
 *
dev
)

278 
u�t8_t
 
�am��
;

279 
xb�_hdr
 *
hdr
 = (xb�_hd�*)
dev
->
�ame
;

280 
c
;

285 
c
 = 
	`fg�c
(
dev
->
f�e
);

286 i�(
c
 =�
EOF
)

288 
	`��tf
("��ived ch� %X\r\n", 
c
);

291 i�(
dev
->
�ame_�n
 >�
XBEE_MAX_FRAME_LEN
) {

292 
dev
->
�ame_�n
 = 0;

296 
dev
->
�ame
[dev->
�ame_�n
++] = 
c
;

299 i�(
dev
->
�ame_�n
 < (*
hdr
))

302 
�am��
 = 
	`�ohs
(
hdr
->
�n
);

303 
�am��
 += 4;

306 i�(
dev
->
�ame_�n
 < 
�am��
)

308 
	`��tf
("frame ok!\r\n");

309 i�(
	`xb�_��o_�r�_�ame
(
dev
) < 0)

311 
dev
->
�ame_�n
 = 0;

313 
	}
}

	@xbee_proto.h

30 

	#XBEE_DELIMITER
 0x7E

	)

31 

	#XBEE_MAX_FRAME_LEN
 0x200

	)

33 
	sxb�_hdr
 {

34 
u�t8_t
 
	md�im��
;

35 
u�t16_t
 
	m�n
;

36 
u�t8_t
 
	mty�
;

37 
u�t8_t
 
	mid
;

38 } 
__��ibu�__
((
�cked
));

40 

	#XBEE_TYPE_ATCMD
 0x08

	)

41 
	sxb�_�cmd_hdr
 {

42 
u�t16_t
 
	mcmd
;

43 
u�t8_t
 
	m��ms
[];

44 } 
__��ibu�__
((
�cked
));

46 

	#XBEE_TYPE_ATCMD_Q
 0x09

	)

47 
	sxb�_�cmd_q_hdr
 {

48 
u�t16_t
 
	mcmd
;

49 
u�t8_t
 
	m��ms
[];

50 } 
__��ibu�__
((
�cked
));

52 

	#XBEE_TYPE_XMIT
 0x10

	)

53 
	sxb�_xm�_hdr
 {

54 
u�t64_t
 
	md�addr
;

55 
u�t16_t
 
	m��rved
;

56 
u�t8_t
 
	mb��_�dius
;

57 
u�t8_t
 
	m�ts
;

58 
u�t8_t
 
	md�a
[];

59 } 
__��ibu�__
((
�cked
));

61 

	#XBEE_TYPE_EXPL_XMIT
 0x11

	)

62 
	sxb�_ex�_xm�_hdr
 {

63 
u�t64_t
 
	md�addr
;

64 
u�t16_t
 
	m��rved
;

65 
u�t8_t
 
	m�c_�dpo�t
;

66 
u�t8_t
 
	md�_�dpo�t
;

67 
u�t16_t
 
	m�u��_id
;

68 
u�t16_t
 
	m�of�e_id
;

69 
u�t8_t
 
	mb��_�dius
;

70 
u�t8_t
 
	m�ts
;

71 
u�t8_t
 
	md�a
[];

72 } 
__��ibu�__
((
�cked
));

74 

	#XBEE_TYPE_RMT_ATCMD
 0x17

	)

75 
	sxb�_rmt_�cmd_hdr
 {

76 
u�t64_t
 
	md�addr
;

77 
u�t16_t
 
	m��rved
;

78 
u�t8_t
 
	m�ts
;

79 
u�t16_t
 
	mcmd
;

80 
u�t8_t
 
	m��ms
[];

81 } 
__��ibu�__
((
�cked
));

83 

	#XBEE_TYPE_ATRESP
 0x88

	)

84 
	sxb�_���_hdr
 {

85 
u�t16_t
 
	mcmd
;

86 
u�t8_t
 
	m��us
;

87 
u�t8_t
 
	md�a
[];

88 } 
__��ibu�__
((
�cked
));

90 

	#XBEE_TYPE_MODEM_STATUS
 0x8A

	)

91 
	sxb�_modem_��us_hdr
 {

93 } 
__��ibu�__
((
�cked
));

95 

	#XBEE_TYPE_XMIT_STATUS
 0x8B

	)

96 
	sxb�_xm�_��us_hdr
 {

97 
u�t16_t
 
	m��rved
;

98 
u�t8_t
 
	mxm�_��y_�t
;

99 
u�t8_t
 
	md�iv�y_��us
;

100 
u�t8_t
 
	mdiscov�y_��us
;

101 } 
__��ibu�__
((
�cked
));

103 

	#XBEE_TYPE_RECV
 0x90

	)

104 
	sxb�_�cv_hdr
 {

105 
u�t64_t
 
	m��ddr
;

106 
u�t16_t
 
	m��rved
;

107 
u�t8_t
 
	m�ts
;

108 
u�t8_t
 
	md�a
[];

109 } 
__��ibu�__
((
�cked
));

111 

	#XBEE_TYPE_EXPL_RECV
 0x91

	)

112 
	sxb�_ex�_�cv_hdr
 {

113 
u�t64_t
 
	m��ddr
;

114 
u�t16_t
 
	m��rved
;

115 
u�t8_t
 
	m�c_�dpo�t
;

116 
u�t8_t
 
	md�_�dpo�t
;

117 
u�t16_t
 
	m�u��_id
;

118 
u�t16_t
 
	m�of�e_id
;

119 
u�t8_t
 
	m�ts
;

120 
u�t8_t
 
	md�a
[];

121 } 
__��ibu�__
((
�cked
));

123 

	#XBEE_TYPE_NODE_ID
 0x95

	)

124 
	sxb�_node_id_hdr
 {

125 
u�t64_t
 
	m��ddr
;

126 
u�t16_t
 
	m���w�k
;

127 
u�t8_t
 
	m�ts
;

128 
u�t16_t
 
	md��tw�k
;

129 
u�t64_t
 
	md�addr
;

130 
u�t8_t
 
	mni_�r�g
[];

132 } 
__��ibu�__
((
�cked
));

134 

	#XBEE_TYPE_RMT_ATRESP
 0x97

	)

135 
	sxb�_rmt_���_hdr
 {

136 
u�t64_t
 
	m��ddr
;

137 
u�t16_t
 
	m��rved
;

138 
u�t16_t
 
	mcmd
;

139 
u�t8_t
 
	m��us
;

140 
u�t8_t
 
	md�a
[];

141 } 
__��ibu�__
((
�cked
));

143 
	gxb�_dev
;

146 
xb�_��o_g�_�ame
(
xb�_dev
 *
dev
, *
buf
, 
�n
);

149 
xb�_��o_xm�
(
xb�_dev
 *
dev
, 
u�t8_t
 
id
, u�t8_�
ty�
,

150 *
buf
, 
�n
);

152 
xb�_��o_rx
(
xb�_dev
 *
dev
);

	@xbee_stats.c

28 
	~<av�sive.h
>

29 
	~<av�sive/queue.h
>

31 
	~<�r�g.h
>

32 
	~<�dio.h
>

33 
	~<�dlib.h
>

34 
	~<�d�t.h
>

36 
	~"xb�_�ighb�.h
"

37 
	~"xb�_��s.h
"

38 
	~"xb�_��o.h
"

39 
	~"xb�_buf.h
"

40 
	~"xb�.h
"

42 
xb�_��s
 *
	$xb�_g�_��s
(
xb�_dev
 *
dev
)

44  &
dev
->
��s
;

45 
	}
}

47 
	$xb�_��t_��s
(
xb�_dev
 *
dev
)

49 
	`mem�t
(&
dev
->
��s
, 0, (dev->stats));

50 
	}
}

53 
	$xb�_dump_��s
(
xb�_dev
 *
dev
)

55 
	`��tf
("��i�ic�� xb�_dev %p:\n", 
dev
);

56 
	`��tf
("�x_�ame: %d\n", 
dev
->
��s
.
rx_�ame
);

57 
	`��tf
("�x_���: %d\n", 
dev
->
��s
.
rx_���
);

58 
	`��tf
("�x_���_�r�: %d\n", 
dev
->
��s
.
rx_���_�r�
);

59 
	`��tf
("�x_modem_��us: %d\n", 
dev
->
��s
.
rx_modem_��us
);

60 
	`��tf
("�x_xm�_��us: %d\n", 
dev
->
��s
.
rx_xm�_��us
);

61 
	`��tf
("�x_xm�_��us_�r�: %d\n", 
dev
->
��s
.
rx_xm�_��us_�r�
);

62 
	`��tf
("�x_d�a: %d\n", 
dev
->
��s
.
rx_d�a
);

63 
	`��tf
("�x_ex�_d�a: %d\n", 
dev
->
��s
.
rx_ex�_d�a
);

64 
	`��tf
("�x_node_id: %d\n", 
dev
->
��s
.
rx_node_id
);

65 
	`��tf
("�x_rmt_���: %d\n", 
dev
->
��s
.
rx_rmt_���
);

66 
	`��tf
("�x_rmt_���_�r�: %d\n", 
dev
->
��s
.
rx_rmt_���_�r�
);

67 
	`��tf
("�x_�ame_too_sm�l: %d\n", 
dev
->
��s
.
rx_�ame_too_sm�l
);

68 
	`��tf
("�x_�ame_too_�rge: %d\n", 
dev
->
��s
.
rx_�ame_too_�rge
);

69 
	`��tf
("�x_�v�id_cksum: %d\n", 
dev
->
��s
.
rx_�v�id_cksum
);

70 
	`��tf
("�x_�v�id_ty�: %d\n", 
dev
->
��s
.
rx_�v�id_ty�
);

71 
	`��tf
("�x_no_d�im: %d\n", 
dev
->
��s
.
rx_no_d�im
);

72 
	`��tf
("�x_�ame: %d\n", 
dev
->
��s
.
tx_�ame
);

73 
	`��tf
("�x_�cmd: %d\n", 
dev
->
��s
.
tx_�cmd
);

74 
	`��tf
("�x_�cmd_q: %d\n", 
dev
->
��s
.
tx_�cmd_q
);

75 
	`��tf
("�x_d�a: %d\n", 
dev
->
��s
.
tx_d�a
);

76 
	`��tf
("�x_ex�_d�a: %d\n", 
dev
->
��s
.
tx_ex�_d�a
);

77 
	`��tf
("�x_xm�_���s: %d\n", 
dev
->
��s
.
tx_xm�_���s
);

78 
	`��tf
("�x_rmt_�cmd: %d\n", 
dev
->
��s
.
tx_rmt_�cmd
);

79 
	`��tf
("�x_�v�id_ty�: %d\n", 
dev
->
��s
.
tx_�v�id_ty�
);

80 
	`��tf
("�x_�v�id_ch��l: %d\n", 
dev
->
��s
.
tx_�v�id_ch��l
);

81 
	}
}

	@xbee_stats.h

29 
	sxb�_��s
 {

30 
	mrx_�ame
;

31 
	mrx_���
;

32 
	mrx_���_�r�
;

33 
	mrx_modem_��us
;

34 
	mrx_xm�_��us
;

35 
	mrx_xm�_��us_�r�
;

36 
	mrx_d�a
;

37 
	mrx_ex�_d�a
;

38 
	mrx_node_id
;

39 
	mrx_rmt_���
;

40 
	mrx_rmt_���_�r�
;

41 
	mrx_�ame_too_sm�l
;

42 
	mrx_�ame_too_�rge
;

43 
	mrx_�v�id_cksum
;

44 
	mrx_�v�id_ty�
;

45 
	mrx_no_d�im
;

47 
	mtx_�ame
;

48 
	mtx_�cmd
;

49 
	mtx_�cmd_q
;

50 
	mtx_d�a
;

51 
	mtx_ex�_d�a
;

52 
	mtx_xm�_���s
;

53 
	mtx_rmt_�cmd
;

54 
	mtx_�v�id_ty�
;

55 
	mtx_�v�id_ch��l
;

58 
	gxb�_dev
;

61 
xb�_��s
 *
xb�_g�_��s
(
xb�_dev
 *
dev
);

64 
xb�_��t_��s
(
xb�_dev
 *
dev
);

67 
xb�_dump_��s
(
xb�_dev
 *
dev
);

	@/usr/include/arpa/inet.h

19 #i�de�
_ARPA_INET_H


20 

	#_ARPA_INET_H
 1

	)

22 
	~<�u�s.h
>

23 
	~<�t��/�.h
>

26 #i�de�
__sock�n_t_def�ed


27 
__sock�n_t
 
	tsock�n_t
;

28 

	#__sock�n_t_def�ed


	)

31 
__BEGIN_DECLS


35 
�_addr_t
 
	$��_addr
 (
__cڡ
 *
__�
�
__THROW
;

38 
�_addr_t
 
	$��_�aof
 (
�_addr
 
__�
�
__THROW
;

42 

�_addr
 
	$��_mak�ddr
 (
�_addr_t
 
__�t
, in_addr_�
__ho�
)

43 
__THROW
;

46 
�_addr_t
 
	$��_�tof
 (
�_addr
 
__�
�
__THROW
;

50 
�_addr_t
 
	$��_�tw�k
 (
__cڡ
 *
__�
�
__THROW
;

54 
*
	$��_��
 (
�_addr
 
__�
�
__THROW
;

59 

	$��_��
 (
__af
, 
__cڡ
 *
__��ri�
 
__�
,

60 *
__��ri�
 
__buf
�
__THROW
;

65 
__cڡ
 *
	$��_��
 (
__af
, 
__cڡ
 *
__��ri�
 
__�
,

66 *
__��ri�
 
__buf
, 
sock�n_t
 
__�n
)

67 
__THROW
;

71 #ifde�
__USE_MISC


74 

	$��_��
 (
__cڡ
 *
__�
, 
�_addr
 *
__�p
�
__THROW
;

78 
*
	$��_Ï
 (
�_addr_t
 
__�t
, *
__buf
, 
size_t
 
__�n
�
__THROW
;

83 
*
	$��_�t_��
 (
__af
, 
__cڡ
 *
__�
, 
__b�s
,

84 *
__buf
, 
size_t
 
__�n
�
__THROW
;

89 

	$��_�t_��
 (
__af
, 
__cڡ
 *
__�
,

90 *
__buf
, 
size_t
 
__�n
�
__THROW
;

95 

	$��_n�p_addr
 (
__cڡ
 *
__�
,

96 *
__buf
, 
__�n
�
__THROW
;

100 
*
	$��_n�p_��
 (
__�n
, 
__cڡ
 *
__�
,

101 *
__buf
�
__THROW
;

104 
__END_DECLS


	@/usr/include/ctype.h

24 #i�def 
_CTYPE_H


25 

	#_CTYPE_H
 1

	)

27 
	~<�u�s.h
>

28 
	~<b�s/ty�s.h
>

30 
	g__BEGIN_DECLS


32 #i�de�
_ISb�


41 
	~<�d�n.h
>

42 #i�
__BYTE_ORDER
 =�
__BIG_ENDIAN


43 

	#_ISb�
(
b�
�(1 << (b�))

	)

45 

	#_ISb�
(
b�
�((b��< 8 ? ((1 << (b�)�<< 8�: ((1 << (b�)�>> 8))

	)

50 
	m_ISu��
 = 
_ISb�
 (0),

51 
	m_ISlow�
 = 
_ISb�
 (1),

52 
	m_IS�pha
 = 
_ISb�
 (2),

53 
	m_ISdig�
 = 
_ISb�
 (3),

54 
	m_ISxdig�
 = 
_ISb�
 (4),

55 
	m_IS�a�
 = 
_ISb�
 (5),

56 
	m_IS��t
 = 
_ISb�
 (6),

57 
	m_ISg�ph
 = 
_ISb�
 (7),

58 
	m_ISb�nk
 = 
_ISb�
 (8),

59 
	m_IS��l
 = 
_ISb�
 (9),

60 
	m_ISpun�
 = 
_ISb�
 (10),

61 
	m_IS�num
 = 
_ISb�
 (11)

81 
__cڡ
 **
	$__�y�_b_loc
 ()

82 
__THROW
 
	`__��ibu�__
 ((
__cڡ
));

83 
__cڡ
 
__�t32_t
 **
	$__�y�_t�ow�_loc
 ()

84 
__THROW
 
	`__��ibu�__
 ((
__cڡ
));

85 
__cڡ
 
__�t32_t
 **
	$__�y�_tou��_loc
 ()

86 
__THROW
 
	`__��ibu�__
 ((
__cڡ
));

88 

	#__is�y�
(
c
, 
ty�
) \

89 ((*
	`__�y�_b_loc
 ())[(�(
c
)] & (�
ty�
)

	)

91 

	#__i�scii
(
c
�(((c�& ~0x7f�=�0�

	)

92 

	#__t�scii
(
c
�((c�& 0x7f�

	)

94 

	#__ex�y�
(
�me
�

	`�me
 (�
__THROW


	)

96 
__BEGIN_NAMESPACE_STD


102 
	`__ex�y�
 (
i��um
);

103 
	`__ex�y�
 (
i��ha
);

104 
	`__ex�y�
 (
is��l
);

105 
	`__ex�y�
 (
isdig�
);

106 
	`__ex�y�
 (
i�ow�
);

107 
	`__ex�y�
 (
isg�ph
);

108 
	`__ex�y�
 (
i�r�t
);

109 
	`__ex�y�
 (
i�un�
);

110 
	`__ex�y�
 (
is�a�
);

111 
	`__ex�y�
 (
isu��
);

112 
	`__ex�y�
 (
isxdig�
);

116 

	$t�ow�
 (
__c
�
__THROW
;

119 

	$tou��
 (
__c
�
__THROW
;

121 
__END_NAMESPACE_STD


125 #ifdef 
__USE_ISOC99


126 
__BEGIN_NAMESPACE_C99


128 
	`__ex�y�
 (
isb�nk
);

130 
__END_NAMESPACE_C99


133 #ifde�
__USE_GNU


135 

	$is�y�
 (
__c
, 
__mask
�
__THROW
;

138 #i�
def�ed
 
__USE_SVID
 || def�ed 
__USE_MISC
 || def�ed 
__USE_XOPEN


142 

	$i�scii
 (
__c
�
__THROW
;

146 

	$t�scii
 (
__c
�
__THROW
;

150 
	`__ex�y�
 (
_tou��
);

151 
	`__ex�y�
 (
_t�ow�
);

155 

	#__tobody
(
c
, 
f
, 
a
, 
�gs
) \

156 (
__ex�nsi�__
 \

157 ({ 
__�s
; \

158 i�( (
c
) > 1) \

160 i�(
	`__bu�t�_cڡ�t_p
 (
c
)) \

162 
__c
 = (
c
); \

163 
__�s
 = 
__c
 < -128 || __�> 255 ? __�: (
a
)[__c]; \

166 
__�s
 = 
f
 
�gs
; \

169 
__�s
 = (
a
)[(�(
c
)]; \

170 
__�s
; 
	}
}))

	)

172 #i�!
def�ed
 
__NO_CTYPE
 && !def�ed 
__�lu�lus


173 

	#i��um
(
c
�
	`__is�y�
((c), 
_IS�num
)

	)

174 

	#i��ha
(
c
�
	`__is�y�
((c), 
_IS�pha
)

	)

175 

	#is��l
(
c
�
	`__is�y�
((c), 
_IS��l
)

	)

176 

	#isdig�
(
c
�
	`__is�y�
((c), 
_ISdig�
)

	)

177 

	#i�ow�
(
c
�
	`__is�y�
((c), 
_ISlow�
)

	)

178 

	#isg�ph
(
c
�
	`__is�y�
((c), 
_ISg�ph
)

	)

179 

	#i�r�t
(
c
�
	`__is�y�
((c), 
_IS��t
)

	)

180 

	#i�un�
(
c
�
	`__is�y�
((c), 
_ISpun�
)

	)

181 

	#is�a�
(
c
�
	`__is�y�
((c), 
_IS�a�
)

	)

182 

	#isu��
(
c
�
	`__is�y�
((c), 
_ISu��
)

	)

183 

	#isxdig�
(
c
�
	`__is�y�
((c), 
_ISxdig�
)

	)

185 #ifde�
__USE_ISOC99


186 

	#isb�nk
(
c
�
	`__is�y�
((c), 
_ISb�nk
)

	)

189 #ifde�
__USE_EXTERN_INLINES


190 
__ex��_�l�e
 

191 
__NTH
 (
	$t�ow�
 (
__c
))

193  
__c
 >�-128 && __�< 256 ? (*
	`__�y�_t�ow�_loc
 ())[__c] : __c;

194 
	}
}

196 
__ex��_�l�e
 

197 
__NTH
 (
	$tou��
 (
__c
))

199  
__c
 >�-128 && __�< 256 ? (*
	`__�y�_tou��_loc
 ())[__c] : __c;

200 
	}
}

203 #i�
__GNUC__
 >�2 && 
def�ed
 
__OPTIMIZE__
 && !def�ed 
__�lu�lus


204 

	#t�ow�
(
c
�
	`__tobody
 (c, 
t�ow�
, *
	`__�y�_t�ow�_loc
 (), (c))

	)

205 

	#tou��
(
c
�
	`__tobody
 (c, 
tou��
, *
	`__�y�_tou��_loc
 (), (c))

	)

208 #i�
def�ed
 
__USE_SVID
 || def�ed 
__USE_MISC
 || def�ed 
__USE_XOPEN


209 

	#i�scii
(
c
�
	`__i�scii
 (c)

	)

210 

	#t�scii
(
c
�
	`__t�scii
 (c)

	)

212 

	#_t�ow�
(
c
�((�(*
	`__�y�_t�ow�_loc
 ())[(�(c)])

	)

213 

	#_tou��
(
c
�((�(*
	`__�y�_tou��_loc
 ())[(�(c)])

	)

219 #ifde�
__USE_XOPEN2K8


233 
	~<xlo��.h
>

237 

	#__is�y�_l
(
c
, 
ty�
, 
lo��
) \

238 ((
lo��
)->
__�y�_b
[(�(
c
)] & (�
ty�
)

	)

240 

	#__ex�y�_l
(
�me
) \

241 

	`�me
 (, 
__lo��_t
�
__THROW


	)

247 
__ex�y�_l
 (
i��um_l
);

248 
__ex�y�_l
 (
i��ha_l
);

249 
__ex�y�_l
 (
is��l_l
);

250 
__ex�y�_l
 (
isdig�_l
);

251 
__ex�y�_l
 (
i�ow�_l
);

252 
__ex�y�_l
 (
isg�ph_l
);

253 
__ex�y�_l
 (
i�r�t_l
);

254 
__ex�y�_l
 (
i�un�_l
);

255 
__ex�y�_l
 (
is�a�_l
);

256 
__ex�y�_l
 (
isu��_l
);

257 
__ex�y�_l
 (
isxdig�_l
);

259 
__ex�y�_l
 (
isb�nk_l
);

263 

	$__t�ow�_l
 (
__c
, 
__lo��_t
 
__l
�
__THROW
;

264 

	$t�ow�_l
 (
__c
, 
__lo��_t
 
__l
�
__THROW
;

267 

	$__tou��_l
 (
__c
, 
__lo��_t
 
__l
�
__THROW
;

268 

	$tou��_l
 (
__c
, 
__lo��_t
 
__l
�
__THROW
;

270 #i�
__GNUC__
 >�2 && 
def�ed
 
__OPTIMIZE__
 && !def�ed 
__�lu�lus


271 

	#__t�ow�_l
(
c
, 
lo��
) \

272 
	`__tobody
 (
c
, 
__t�ow�_l
, (
lo��
)->
__�y�_t�ow�
, (c,�o��))

	)

273 

	#__tou��_l
(
c
, 
lo��
) \

274 
	`__tobody
 (
c
, 
__tou��_l
, (
lo��
)->
__�y�_tou��
, (c,�o��))

	)

275 

	#t�ow�_l
(
c
, 
lo��
�
	`__t�ow�_l
 ((c), (lo��))

	)

276 

	#tou��_l
(
c
, 
lo��
�
	`__tou��_l
 ((c), (lo��))

	)

280 #i�de�
__NO_CTYPE


281 

	#__i��um_l
(
c
,
l
�
	`__is�y�_l
((c), 
_IS�num
, (l))

	)

282 

	#__i��ha_l
(
c
,
l
�
	`__is�y�_l
((c), 
_IS�pha
, (l))

	)

283 

	#__is��l_l
(
c
,
l
�
	`__is�y�_l
((c), 
_IS��l
, (l))

	)

284 

	#__isdig�_l
(
c
,
l
�
	`__is�y�_l
((c), 
_ISdig�
, (l))

	)

285 

	#__i�ow�_l
(
c
,
l
�
	`__is�y�_l
((c), 
_ISlow�
, (l))

	)

286 

	#__isg�ph_l
(
c
,
l
�
	`__is�y�_l
((c), 
_ISg�ph
, (l))

	)

287 

	#__i�r�t_l
(
c
,
l
�
	`__is�y�_l
((c), 
_IS��t
, (l))

	)

288 

	#__i�un�_l
(
c
,
l
�
	`__is�y�_l
((c), 
_ISpun�
, (l))

	)

289 

	#__is�a�_l
(
c
,
l
�
	`__is�y�_l
((c), 
_IS�a�
, (l))

	)

290 

	#__isu��_l
(
c
,
l
�
	`__is�y�_l
((c), 
_ISu��
, (l))

	)

291 

	#__isxdig�_l
(
c
,
l
�
	`__is�y�_l
((c), 
_ISxdig�
, (l))

	)

293 

	#__isb�nk_l
(
c
,
l
�
	`__is�y�_l
((c), 
_ISb�nk
, (l))

	)

295 #i�
def�ed
 
__USE_SVID
 || def�ed 
__USE_MISC


296 

	#__i�scii_l
(
c
,
l
�(�), 
	`__i�scii
 (c))

	)

297 

	#__t�scii_l
(
c
,
l
�(�), 
	`__t�scii
 (c))

	)

300 

	#i��um_l
(
c
,
l
�
	`__i��um_l
 ((c), (l))

	)

301 

	#i��ha_l
(
c
,
l
�
	`__i��ha_l
 ((c), (l))

	)

302 

	#is��l_l
(
c
,
l
�
	`__is��l_l
 ((c), (l))

	)

303 

	#isdig�_l
(
c
,
l
�
	`__isdig�_l
 ((c), (l))

	)

304 

	#i�ow�_l
(
c
,
l
�
	`__i�ow�_l
 ((c), (l))

	)

305 

	#isg�ph_l
(
c
,
l
�
	`__isg�ph_l
 ((c), (l))

	)

306 

	#i�r�t_l
(
c
,
l
�
	`__i�r�t_l
 ((c), (l))

	)

307 

	#i�un�_l
(
c
,
l
�
	`__i�un�_l
 ((c), (l))

	)

308 

	#is�a�_l
(
c
,
l
�
	`__is�a�_l
 ((c), (l))

	)

309 

	#isu��_l
(
c
,
l
�
	`__isu��_l
 ((c), (l))

	)

310 

	#isxdig�_l
(
c
,
l
�
	`__isxdig�_l
 ((c), (l))

	)

312 

	#isb�nk_l
(
c
,
l
�
	`__isb�nk_l
 ((c), (l))

	)

314 #i�
def�ed
 
__USE_SVID
 || def�ed 
__USE_MISC


315 

	#i�scii_l
(
c
,
l
�
	`__i�scii_l
 ((c), (l))

	)

316 

	#t�scii_l
(
c
,
l
�
	`__t�scii_l
 ((c), (l))

	)

323 
__END_DECLS


	@/usr/include/errno.h

23 #i�def 
_ERRNO_H


27 #i�def 
__�ed_Em�h


28 

	#_ERRNO_H
 1

	)

29 
	~<�u�s.h
>

32 
	g__BEGIN_DECLS


36 
	~<b�s/��o.h
>

37 #unde�
__�ed_Em�h


39 #ifdef 
_ERRNO_H


46 #i�def 
��o


47 

��o
;

50 #ifde�
__USE_GNU


55 
*
�og�m_�vo�ti�_�me
, *
�og�m_�vo�ti�_sh�t_�me
;

59 
	g__END_DECLS


67 #i�
def�ed
 
__USE_GNU
 || def�ed 
__�ed_�r�_t


68 #i�de�
__�r�_t_def�ed


69 
	t�r�_t
;

70 

	#__�r�_t_def�ed
 1

	)

72 #unde�
__�ed_�r�_t


	@/usr/include/event.h

27 #i�de�
_EVENT_H_


28 

	#_EVENT_H_


	)

40 #ifde�
__�lu�lus


44 
	~<ev�t2/ev�t-c�fig.h
>

45 #ifde�
_EVENT_HAVE_SYS_TYPES_H


46 
	~<sys/ty�s.h
>

48 #ifde�
_EVENT_HAVE_SYS_TIME_H


49 
	~<sys/time.h
>

51 #ifde�
_EVENT_HAVE_STDINT_H


52 
	~<�d�t.h
>

54 
	~<�d�g.h
>

57 
	~<evut�.h
>

59 #ifde�
WIN32


60 #i�de�
WIN32_LEAN_AND_MEAN


61 

	#WIN32_LEAN_AND_MEAN


	)

63 
	~<w�sock2.h
>

64 
	~<w�dows.h
>

65 #unde�
WIN32_LEAN_AND_MEAN


66 
	tu_ch�
;

67 
	tu_sh�t
;

70 
	~<ev�t2/ev�t_�ru�.h
>

71 
	~<ev�t2/ev�t.h
>

72 
	~<ev�t2/ev�t_com�t.h
>

73 
	~<ev�t2/buf�r.h
>

74 
	~<ev�t2/buf�r_com�t.h
>

75 
	~<ev�t2/buf�v�t.h
>

76 
	~<ev�t2/buf�v�t_�ru�.h
>

77 
	~<ev�t2/buf�v�t_com�t.h
>

78 
	~<ev�t2/�g.h
>

79 
	~<ev�t2/�g_com�t.h
>

81 #ifde�
__�lu�lus


	@/usr/include/fcntl.h

24 #i�def 
_FCNTL_H


25 

	#_FCNTL_H
 1

	)

27 
	~<�u�s.h
>

30 
	g__BEGIN_DECLS


34 
	~<b�s/f��.h
>

37 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_XOPEN2K8


38 
	~<b�s/ty�s.h
>

39 

	#__�ed_time�ec


	)

40 
	~<time.h
>

41 
	~<b�s/��.h
>

43 

	#S_IFMT
 
__S_IFMT


	)

44 

	#S_IFDIR
 
__S_IFDIR


	)

45 

	#S_IFCHR
 
__S_IFCHR


	)

46 

	#S_IFBLK
 
__S_IFBLK


	)

47 

	#S_IFREG
 
__S_IFREG


	)

48 #ifde�
__S_IFIFO


49 

	#S_IFIFO
 
__S_IFIFO


	)

51 #ifde�
__S_IFLNK


52 

	#S_IFLNK
 
__S_IFLNK


	)

54 #i�(
def�ed
 
__USE_UNIX98
 || def�ed 
__USE_XOPEN2K8
�&& def�ed 
__S_IFSOCK


55 

	#S_IFSOCK
 
__S_IFSOCK


	)

60 

	#S_ISUID
 
__S_ISUID


	)

61 

	#S_ISGID
 
__S_ISGID


	)

63 #i�
def�ed
 
__USE_BSD
 || def�ed 
__USE_MISC
 || def�ed 
__USE_XOPEN


65 

	#S_ISVTX
 
__S_ISVTX


	)

68 

	#S_IRUSR
 
__S_IREAD


	)

69 

	#S_IWUSR
 
__S_IWRITE


	)

70 

	#S_IXUSR
 
__S_IEXEC


	)

72 

	#S_IRWXU
 (
__S_IREAD
|
__S_IWRITE
|
__S_IEXEC
)

	)

74 

	#S_IRGRP
 (
S_IRUSR
 >> 3�

	)

75 

	#S_IWGRP
 (
S_IWUSR
 >> 3�

	)

76 

	#S_IXGRP
 (
S_IXUSR
 >> 3�

	)

78 

	#S_IRWXG
 (
S_IRWXU
 >> 3)

	)

80 

	#S_IROTH
 (
S_IRGRP
 >> 3�

	)

81 

	#S_IWOTH
 (
S_IWGRP
 >> 3�

	)

82 

	#S_IXOTH
 (
S_IXGRP
 >> 3�

	)

84 

	#S_IRWXO
 (
S_IRWXG
 >> 3)

	)

87 #ifdef 
__USE_MISC


88 #i�de�
R_OK


91 

	#R_OK
 4

	)

92 

	#W_OK
 2

	)

93 

	#X_OK
 1

	)

94 

	#F_OK
 0

	)

99 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_XOPEN2K8


100 

	#SEEK_SET
 0

	)

101 

	#SEEK_CUR
 1

	)

102 

	#SEEK_END
 2

	)

110 

f��
 (
__fd
, 
__cmd
, ...);

118 #i�de�
__USE_FILE_OFFSET64


119 

	$ݒ
 (
__cڡ
 *
__f�e
, 
__o�ag
, ...�
	`__n�nu�
 ((1));

121 #ifde�
__REDIRECT


122 

	`__REDIRECT
 (
ݒ
, (
__cڡ
 *
__f�e
, 
__o�ag
, ...), 
ݒ64
)

123 
	`__n�nu�
 ((1));

125 

	#ݒ
 
ݒ64


	)

128 #ifde�
__USE_LARGEFILE64


129 

	$ݒ64
 (
__cڡ
 *
__f�e
, 
__o�ag
, ...�
	`__n�nu�
 ((1));

132 #ifde�
__USE_ATFILE


142 #i�de�
__USE_FILE_OFFSET64


143 

	$ݒ�
 (
__fd
, 
__cڡ
 *
__f�e
, 
__o�ag
, ...)

144 
	`__n�nu�
 ((2));

146 #ifde�
__REDIRECT


147 

	`__REDIRECT
 (
ݒ�
, (
__fd
, 
__cڡ
 *
__f�e
, 
__o�ag
,

148 ...), 
ݒ�64
�
	`__n�nu�
 ((2));

150 

	#ݒ�
 
ݒ�64


	)

153 #ifde�
__USE_LARGEFILE64


154 

	$ݒ�64
 (
__fd
, 
__cڡ
 *
__f�e
, 
__o�ag
, ...)

155 
	`__n�nu�
 ((2));

164 #i�de�
__USE_FILE_OFFSET64


165 

	$��t
 (
__cڡ
 *
__f�e
, 
__mode_t
 
__mode
�
	`__n�nu�
 ((1));

167 #ifde�
__REDIRECT


168 

	`__REDIRECT
 (
��t
, (
__cڡ
 *
__f�e
, 
__mode_t
 
__mode
),

169 
��t64
�
	`__n�nu�
 ((1));

171 

	#��t
 
��t64


	)

174 #ifde�
__USE_LARGEFILE64


175 

	$��t64
 (
__cڡ
 *
__f�e
, 
__mode_t
 
__mode
�
	`__n�nu�
 ((1));

178 #i�!
def�ed
 
F_LOCK
 && (def�ed 
__USE_MISC
 || (def�ed 
__USE_XOPEN_EXTENDED
 \

179 && !
def�ed
 
__USE_POSIX
))

188 

	#F_ULOCK
 0

	)

189 

	#F_LOCK
 1

	)

190 

	#F_TLOCK
 2

	)

191 

	#F_TEST
 3

	)

193 #i�de�
__USE_FILE_OFFSET64


194 

	`lockf
 (
__fd
, 
__cmd
, 
__off_t
 
__�n
);

196 #ifde�
__REDIRECT


197 

	`__REDIRECT
 (
lockf
, (
__fd
, 
__cmd
, 
__off64_t
 
__�n
), 
lockf64
);

199 

	#lockf
 
lockf64


	)

202 #ifde�
__USE_LARGEFILE64


203 

	`lockf64
 (
__fd
, 
__cmd
, 
__off64_t
 
__�n
);

207 #ifde�
__USE_XOPEN2K


210 #i�de�
__USE_FILE_OFFSET64


211 

	$posix_�dvi�
 (
__fd
, 
__off_t
 
__off�t
, __off_�
__�n
,

212 
__advi�
�
__THROW
;

214 #ifde�
__REDIRECT_NTH


215 

	`__REDIRECT_NTH
 (
posix_�dvi�
, (
__fd
, 
__off64_t
 
__off�t
,

216 
__off64_t
 
__�n
, 
__advi�
),

217 
posix_�dvi�64
);

219 

	#posix_�dvi�
 
posix_�dvi�64


	)

222 #ifde�
__USE_LARGEFILE64


223 

	$posix_�dvi�64
 (
__fd
, 
__off64_t
 
__off�t
, __off64_�
__�n
,

224 
__advi�
�
__THROW
;

232 #i�de�
__USE_FILE_OFFSET64


233 

	`posix_��o��
 (
__fd
, 
__off_t
 
__off�t
, __off_�
__�n
);

235 #ifde�
__REDIRECT


236 

	`__REDIRECT
 (
posix_��o��
, (
__fd
, 
__off64_t
 
__off�t
,

237 
__off64_t
 
__�n
),

238 
posix_��o��64
);

240 

	#posix_��o��
 
posix_��o��64


	)

243 #ifde�
__USE_LARGEFILE64


244 

	`posix_��o��64
 (
__fd
, 
__off64_t
 
__off�t
, __off64_�
__�n
);

250 #i�
__USE_FORTIFY_LEVEL
 > 0 && 
def�ed
 
__ex��_�ways_�l�e
 \

251 && 
def�ed
 
__va_�g_�ck_�n


252 
	~<b�s/f��2.h
>

255 
__END_DECLS


	@/usr/include/inttypes.h

23 #i�de�
_INTTYPES_H


24 

	#_INTTYPES_H
 1

	)

26 
	~<�u�s.h
>

28 
	~<�d�t.h
>

31 #i�de�
____gwch�_t_def�ed


32 #ifde�
__�lu�lus


33 

	#__gwch�_t
 
wch�_t


	)

34 #�i�
def�ed
 
__WCHAR_TYPE__


35 
__WCHAR_TYPE__
 
	t__gwch�_t
;

37 

	#__�ed_wch�_t


	)

38 
	~<�ddef.h
>

39 
wch�_t
 
	t__gwch�_t
;

41 

	#____gwch�_t_def�ed
 1

	)

47 #i�!
def�ed
 
__�lu�lus
 || def�ed 
__STDC_FORMAT_MACROS


49 #i�
__WORDSIZE
 == 64

50 

	#__PRI64_PREFIX
 "l"

	)

51 

	#__PRIPTR_PREFIX
 "l"

	)

53 

	#__PRI64_PREFIX
 "�"

	)

54 

	#__PRIPTR_PREFIX


	)

60 

	#PRId8
 "d"

	)

61 

	#PRId16
 "d"

	)

62 

	#PRId32
 "d"

	)

63 

	#PRId64
 
__PRI64_PREFIX
 "d"

	)

65 

	#PRIdLEAST8
 "d"

	)

66 

	#PRIdLEAST16
 "d"

	)

67 

	#PRIdLEAST32
 "d"

	)

68 

	#PRIdLEAST64
 
__PRI64_PREFIX
 "d"

	)

70 

	#PRIdFAST8
 "d"

	)

71 

	#PRIdFAST16
 
__PRIPTR_PREFIX
 "d"

	)

72 

	#PRIdFAST32
 
__PRIPTR_PREFIX
 "d"

	)

73 

	#PRIdFAST64
 
__PRI64_PREFIX
 "d"

	)

76 

	#PRIi8
 "i"

	)

77 

	#PRIi16
 "i"

	)

78 

	#PRIi32
 "i"

	)

79 

	#PRIi64
 
__PRI64_PREFIX
 "i"

	)

81 

	#PRIiLEAST8
 "i"

	)

82 

	#PRIiLEAST16
 "i"

	)

83 

	#PRIiLEAST32
 "i"

	)

84 

	#PRIiLEAST64
 
__PRI64_PREFIX
 "i"

	)

86 

	#PRIiFAST8
 "i"

	)

87 

	#PRIiFAST16
 
__PRIPTR_PREFIX
 "i"

	)

88 

	#PRIiFAST32
 
__PRIPTR_PREFIX
 "i"

	)

89 

	#PRIiFAST64
 
__PRI64_PREFIX
 "i"

	)

92 

	#PRIo8
 "o"

	)

93 

	#PRIo16
 "o"

	)

94 

	#PRIo32
 "o"

	)

95 

	#PRIo64
 
__PRI64_PREFIX
 "o"

	)

97 

	#PRIoLEAST8
 "o"

	)

98 

	#PRIoLEAST16
 "o"

	)

99 

	#PRIoLEAST32
 "o"

	)

100 

	#PRIoLEAST64
 
__PRI64_PREFIX
 "o"

	)

102 

	#PRIoFAST8
 "o"

	)

103 

	#PRIoFAST16
 
__PRIPTR_PREFIX
 "o"

	)

104 

	#PRIoFAST32
 
__PRIPTR_PREFIX
 "o"

	)

105 

	#PRIoFAST64
 
__PRI64_PREFIX
 "o"

	)

108 

	#PRIu8
 "u"

	)

109 

	#PRIu16
 "u"

	)

110 

	#PRIu32
 "u"

	)

111 

	#PRIu64
 
__PRI64_PREFIX
 "u"

	)

113 

	#PRIuLEAST8
 "u"

	)

114 

	#PRIuLEAST16
 "u"

	)

115 

	#PRIuLEAST32
 "u"

	)

116 

	#PRIuLEAST64
 
__PRI64_PREFIX
 "u"

	)

118 

	#PRIuFAST8
 "u"

	)

119 

	#PRIuFAST16
 
__PRIPTR_PREFIX
 "u"

	)

120 

	#PRIuFAST32
 
__PRIPTR_PREFIX
 "u"

	)

121 

	#PRIuFAST64
 
__PRI64_PREFIX
 "u"

	)

124 

	#PRIx8
 "x"

	)

125 

	#PRIx16
 "x"

	)

126 

	#PRIx32
 "x"

	)

127 

	#PRIx64
 
__PRI64_PREFIX
 "x"

	)

129 

	#PRIxLEAST8
 "x"

	)

130 

	#PRIxLEAST16
 "x"

	)

131 

	#PRIxLEAST32
 "x"

	)

132 

	#PRIxLEAST64
 
__PRI64_PREFIX
 "x"

	)

134 

	#PRIxFAST8
 "x"

	)

135 

	#PRIxFAST16
 
__PRIPTR_PREFIX
 "x"

	)

136 

	#PRIxFAST32
 
__PRIPTR_PREFIX
 "x"

	)

137 

	#PRIxFAST64
 
__PRI64_PREFIX
 "x"

	)

140 

	#PRIX8
 "X"

	)

141 

	#PRIX16
 "X"

	)

142 

	#PRIX32
 "X"

	)

143 

	#PRIX64
 
__PRI64_PREFIX
 "X"

	)

145 

	#PRIXLEAST8
 "X"

	)

146 

	#PRIXLEAST16
 "X"

	)

147 

	#PRIXLEAST32
 "X"

	)

148 

	#PRIXLEAST64
 
__PRI64_PREFIX
 "X"

	)

150 

	#PRIXFAST8
 "X"

	)

151 

	#PRIXFAST16
 
__PRIPTR_PREFIX
 "X"

	)

152 

	#PRIXFAST32
 
__PRIPTR_PREFIX
 "X"

	)

153 

	#PRIXFAST64
 
__PRI64_PREFIX
 "X"

	)

157 

	#PRIdMAX
 
__PRI64_PREFIX
 "d"

	)

158 

	#PRIiMAX
 
__PRI64_PREFIX
 "i"

	)

159 

	#PRIoMAX
 
__PRI64_PREFIX
 "o"

	)

160 

	#PRIuMAX
 
__PRI64_PREFIX
 "u"

	)

161 

	#PRIxMAX
 
__PRI64_PREFIX
 "x"

	)

162 

	#PRIXMAX
 
__PRI64_PREFIX
 "X"

	)

166 

	#PRIdPTR
 
__PRIPTR_PREFIX
 "d"

	)

167 

	#PRIiPTR
 
__PRIPTR_PREFIX
 "i"

	)

168 

	#PRIoPTR
 
__PRIPTR_PREFIX
 "o"

	)

169 

	#PRIuPTR
 
__PRIPTR_PREFIX
 "u"

	)

170 

	#PRIxPTR
 
__PRIPTR_PREFIX
 "x"

	)

171 

	#PRIXPTR
 
__PRIPTR_PREFIX
 "X"

	)

177 

	#SCNd8
 "hhd"

	)

178 

	#SCNd16
 "hd"

	)

179 

	#SCNd32
 "d"

	)

180 

	#SCNd64
 
__PRI64_PREFIX
 "d"

	)

182 

	#SCNdLEAST8
 "hhd"

	)

183 

	#SCNdLEAST16
 "hd"

	)

184 

	#SCNdLEAST32
 "d"

	)

185 

	#SCNdLEAST64
 
__PRI64_PREFIX
 "d"

	)

187 

	#SCNdFAST8
 "hhd"

	)

188 

	#SCNdFAST16
 
__PRIPTR_PREFIX
 "d"

	)

189 

	#SCNdFAST32
 
__PRIPTR_PREFIX
 "d"

	)

190 

	#SCNdFAST64
 
__PRI64_PREFIX
 "d"

	)

193 

	#SCNi8
 "hhi"

	)

194 

	#SCNi16
 "hi"

	)

195 

	#SCNi32
 "i"

	)

196 

	#SCNi64
 
__PRI64_PREFIX
 "i"

	)

198 

	#SCNiLEAST8
 "hhi"

	)

199 

	#SCNiLEAST16
 "hi"

	)

200 

	#SCNiLEAST32
 "i"

	)

201 

	#SCNiLEAST64
 
__PRI64_PREFIX
 "i"

	)

203 

	#SCNiFAST8
 "hhi"

	)

204 

	#SCNiFAST16
 
__PRIPTR_PREFIX
 "i"

	)

205 

	#SCNiFAST32
 
__PRIPTR_PREFIX
 "i"

	)

206 

	#SCNiFAST64
 
__PRI64_PREFIX
 "i"

	)

209 

	#SCNu8
 "hhu"

	)

210 

	#SCNu16
 "hu"

	)

211 

	#SCNu32
 "u"

	)

212 

	#SCNu64
 
__PRI64_PREFIX
 "u"

	)

214 

	#SCNuLEAST8
 "hhu"

	)

215 

	#SCNuLEAST16
 "hu"

	)

216 

	#SCNuLEAST32
 "u"

	)

217 

	#SCNuLEAST64
 
__PRI64_PREFIX
 "u"

	)

219 

	#SCNuFAST8
 "hhu"

	)

220 

	#SCNuFAST16
 
__PRIPTR_PREFIX
 "u"

	)

221 

	#SCNuFAST32
 
__PRIPTR_PREFIX
 "u"

	)

222 

	#SCNuFAST64
 
__PRI64_PREFIX
 "u"

	)

225 

	#SCNo8
 "hho"

	)

226 

	#SCNo16
 "ho"

	)

227 

	#SCNo32
 "o"

	)

228 

	#SCNo64
 
__PRI64_PREFIX
 "o"

	)

230 

	#SCNoLEAST8
 "hho"

	)

231 

	#SCNoLEAST16
 "ho"

	)

232 

	#SCNoLEAST32
 "o"

	)

233 

	#SCNoLEAST64
 
__PRI64_PREFIX
 "o"

	)

235 

	#SCNoFAST8
 "hho"

	)

236 

	#SCNoFAST16
 
__PRIPTR_PREFIX
 "o"

	)

237 

	#SCNoFAST32
 
__PRIPTR_PREFIX
 "o"

	)

238 

	#SCNoFAST64
 
__PRI64_PREFIX
 "o"

	)

241 

	#SCNx8
 "hhx"

	)

242 

	#SCNx16
 "hx"

	)

243 

	#SCNx32
 "x"

	)

244 

	#SCNx64
 
__PRI64_PREFIX
 "x"

	)

246 

	#SCNxLEAST8
 "hhx"

	)

247 

	#SCNxLEAST16
 "hx"

	)

248 

	#SCNxLEAST32
 "x"

	)

249 

	#SCNxLEAST64
 
__PRI64_PREFIX
 "x"

	)

251 

	#SCNxFAST8
 "hhx"

	)

252 

	#SCNxFAST16
 
__PRIPTR_PREFIX
 "x"

	)

253 

	#SCNxFAST32
 
__PRIPTR_PREFIX
 "x"

	)

254 

	#SCNxFAST64
 
__PRI64_PREFIX
 "x"

	)

258 

	#SCNdMAX
 
__PRI64_PREFIX
 "d"

	)

259 

	#SCNiMAX
 
__PRI64_PREFIX
 "i"

	)

260 

	#SCNoMAX
 
__PRI64_PREFIX
 "o"

	)

261 

	#SCNuMAX
 
__PRI64_PREFIX
 "u"

	)

262 

	#SCNxMAX
 
__PRI64_PREFIX
 "x"

	)

265 

	#SCNdPTR
 
__PRIPTR_PREFIX
 "d"

	)

266 

	#SCNiPTR
 
__PRIPTR_PREFIX
 "i"

	)

267 

	#SCNoPTR
 
__PRIPTR_PREFIX
 "o"

	)

268 

	#SCNuPTR
 
__PRIPTR_PREFIX
 "u"

	)

269 

	#SCNxPTR
 
__PRIPTR_PREFIX
 "x"

	)

274 
	g__BEGIN_DECLS


276 #i�
__WORDSIZE
 == 64

281 
	mqu�
;

282 
	m�m
;

283 } 
	timaxdiv_t
;

290 
	mqu�
;

291 
	m�m
;

292 } 
	timaxdiv_t
;

298 
�tmax_t
 
	$imaxabs
 (
�tmax_t
 
__n
�
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

301 
imaxdiv_t
 
	$imaxdiv
 (
�tmax_t
 
__num�
, i�max_�
__d�om
)

302 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

305 
�tmax_t
 
	$��oimax
 (
__cڡ
 *
__��ri�
 
__Ō
,

306 **
__��ri�
 
__�d�r
, 
__ba�
�
__THROW
;

309 
u�tmax_t
 
	$��oumax
 (
__cڡ
 *
__��ri�
 
__Ō
,

310 ** 
__��ri�
 
__�d�r
, 
__ba�
�
__THROW
;

313 
�tmax_t
 
	$wc�oimax
 (
__cڡ
 
__gwch�_t
 *
__��ri�
 
__Ō
,

314 
__gwch�_t
 **
__��ri�
 
__�d�r
, 
__ba�
)

315 
__THROW
;

318 
u�tmax_t
 
	$wc�oumax
 (
__cڡ
 
__gwch�_t
 *
__��ri�
 
__Ō
,

319 
__gwch�_t
 ** 
__��ri�
 
__�d�r
, 
__ba�
)

320 
__THROW
;

322 #ifde�
__USE_EXTERN_INLINES


324 #i�
__WORDSIZE
 == 64

326 

	$__���_����
 (
__cڡ
 *
__��ri�
 
__Ō
,

327 **
__��ri�
 
__�d�r
,

328 
__ba�
, 
__group
)

329 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

331 
__ex��_�l�e
 
�tmax_t


332 
	`__NTH
 (
	$��oimax
 (
__cڡ
 *
__��ri�
 
Ō
, **__��ri� 
�d�r
,

333 
ba�
))

335  
	`__���_����
 (
Ō
, 
�d�r
, 
ba�
, 0);

336 
	}
}

338 

	$__��oul_����
 (
__cڡ
 *

339 
__��ri�
 
__Ō
,

340 ** 
__��ri�
 
__�d�r
,

341 
__ba�
, 
__group
)

342 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

344 
__ex��_�l�e
 
u�tmax_t


345 
	`__NTH
 (
	$��oumax
 (
__cڡ
 *
__��ri�
 
Ō
, **__��ri� 
�d�r
,

346 
ba�
))

348  
	`__��oul_����
 (
Ō
, 
�d�r
, 
ba�
, 0);

349 
	}
}

351 

	$__wc��_����
 (
__cڡ
 
__gwch�_t
 * 
__��ri�
 
__Ō
,

352 
__gwch�_t
 **
__��ri�
 
__�d�r
,

353 
__ba�
, 
__group
)

354 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

356 
__ex��_�l�e
 
�tmax_t


357 
	`__NTH
 (
	$wc�oimax
 (
__cڡ
 
__gwch�_t
 *
__��ri�
 
Ō
,

358 
__gwch�_t
 **
__��ri�
 
�d�r
, 
ba�
))

360  
	`__wc��_����
 (
Ō
, 
�d�r
, 
ba�
, 0);

361 
	}
}

363 

	$__wc�oul_����
 (
__cڡ
 
__gwch�_t
 *

364 
__��ri�
 
__Ō
,

365 
__gwch�_t
 **

366 
__��ri�
 
__�d�r
,

367 
__ba�
, 
__group
)

368 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

370 
__ex��_�l�e
 
u�tmax_t


371 
	`__NTH
 (
	$wc�oumax
 (
__cڡ
 
__gwch�_t
 *
__��ri�
 
Ō
,

372 
__gwch�_t
 **
__��ri�
 
�d�r
, 
ba�
))

374  
	`__wc�oul_����
 (
Ō
, 
�d�r
, 
ba�
, 0);

375 
	}
}

379 
__ex�nsi�__


380 

	$__���l_����
 (
__cڡ
 *
__��ri�
 
__Ō
,

381 **
__��ri�
 
__�d�r
,

382 
__ba�
, 
__group
)

383 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

385 
__ex��_�l�e
 
�tmax_t


386 
	`__NTH
 (
	$��oimax
 (
__cڡ
 *
__��ri�
 
Ō
, **__��ri� 
�d�r
,

387 
ba�
))

389  
	`__���l_����
 (
Ō
, 
�d�r
, 
ba�
, 0);

390 
	}
}

392 
__ex�nsi�__


393 

	$__��ou�_����
 (
__cڡ
 *

394 
__��ri�
 
__Ō
,

396 
__��ri�
 
__�d�r
,

397 
__ba�
,

398 
__group
)

399 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

401 
__ex��_�l�e
 
u�tmax_t


402 
	`__NTH
 (
	$��oumax
 (
__cڡ
 *
__��ri�
 
Ō
, **__��ri� 
�d�r
,

403 
ba�
))

405  
	`__��ou�_����
 (
Ō
, 
�d�r
, 
ba�
, 0);

406 
	}
}

408 
__ex�nsi�__


409 

	$__wc��l_����
 (
__cڡ
 
__gwch�_t
 *

410 
__��ri�
 
__Ō
,

411 
__gwch�_t
 **
__��ri�
 
__�d�r
,

412 
__ba�
, 
__group
)

413 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

415 
__ex��_�l�e
 
�tmax_t


416 
	`__NTH
 (
	$wc�oimax
 (
__cڡ
 
__gwch�_t
 *
__��ri�
 
Ō
,

417 
__gwch�_t
 **
__��ri�
 
�d�r
, 
ba�
))

419  
	`__wc��l_����
 (
Ō
, 
�d�r
, 
ba�
, 0);

420 
	}
}

423 
__ex�nsi�__


424 

	$__wc�ou�_����
 (
__cڡ
 
__gwch�_t
 *

425 
__��ri�
 
__Ō
,

426 
__gwch�_t
 **

427 
__��ri�
 
__�d�r
,

428 
__ba�
,

429 
__group
)

430 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

432 
__ex��_�l�e
 
u�tmax_t


433 
	`__NTH
 (
	$wc�oumax
 (
__cڡ
 
__gwch�_t
 *
__��ri�
 
Ō
,

434 
__gwch�_t
 **
__��ri�
 
�d�r
, 
ba�
))

436  
	`__wc�ou�_����
 (
Ō
, 
�d�r
, 
ba�
, 0);

437 
	}
}

442 
	g__END_DECLS


	@/usr/include/stdint.h

23 #i�de�
_STDINT_H


24 

	#_STDINT_H
 1

	)

26 
	~<�u�s.h
>

27 
	~<b�s/wch�.h
>

28 
	~<b�s/w�dsize.h
>

35 #i�de�
__�t8_t_def�ed


36 

	#__�t8_t_def�ed


	)

37 sig�d 
	t�t8_t
;

38 
	t�t16_t
;

39 
	t�t32_t
;

40 #i�
__WORDSIZE
 == 64

41 
	t�t64_t
;

43 
__ex�nsi�__


44 
	t�t64_t
;

49 
	tu�t8_t
;

50 
	tu�t16_t
;

51 #i�de�
__u�t32_t_def�ed


52 
	tu�t32_t
;

53 

	#__u�t32_t_def�ed


	)

55 #i�
__WORDSIZE
 == 64

56 
	tu�t64_t
;

58 
__ex�nsi�__


59 
	tu�t64_t
;

66 sig�d 
	t�t_�a�8_t
;

67 
	t�t_�a�16_t
;

68 
	t�t_�a�32_t
;

69 #i�
__WORDSIZE
 == 64

70 
	t�t_�a�64_t
;

72 
__ex�nsi�__


73 
	t�t_�a�64_t
;

77 
	tu�t_�a�8_t
;

78 
	tu�t_�a�16_t
;

79 
	tu�t_�a�32_t
;

80 #i�
__WORDSIZE
 == 64

81 
	tu�t_�a�64_t
;

83 
__ex�nsi�__


84 
	tu�t_�a�64_t
;

91 sig�d 
	t�t_�8_t
;

92 #i�
__WORDSIZE
 == 64

93 
	t�t_�16_t
;

94 
	t�t_�32_t
;

95 
	t�t_�64_t
;

97 
	t�t_�16_t
;

98 
	t�t_�32_t
;

99 
__ex�nsi�__


100 
	t�t_�64_t
;

104 
	tu�t_�8_t
;

105 #i�
__WORDSIZE
 == 64

106 
	tu�t_�16_t
;

107 
	tu�t_�32_t
;

108 
	tu�t_�64_t
;

110 
	tu�t_�16_t
;

111 
	tu�t_�32_t
;

112 
__ex�nsi�__


113 
	tu�t_�64_t
;

118 #i�
__WORDSIZE
 == 64

119 #i�de�
__���_t_def�ed


120 
	t���_t
;

121 

	#__���_t_def�ed


	)

123 
	tu���_t
;

125 #i�de�
__���_t_def�ed


126 
	t���_t
;

127 

	#__���_t_def�ed


	)

129 
	tu���_t
;

134 #i�
__WORDSIZE
 == 64

135 
	t�tmax_t
;

136 
	tu�tmax_t
;

138 
__ex�nsi�__


139 
	t�tmax_t
;

140 
__ex�nsi�__


141 
	tu�tmax_t
;

147 #i�!
def�ed
 
__�lu�lus
 || def�ed 
__STDC_LIMIT_MACROS


149 #i�
__WORDSIZE
 == 64

150 

	#__INT64_C
(
c
��## 
L


	)

151 

	#__UINT64_C
(
c
��## 
UL


	)

153 

	#__INT64_C
(
c
��## 
LL


	)

154 

	#__UINT64_C
(
c
��## 
ULL


	)

160 

	#INT8_MIN
 (-128)

	)

161 

	#INT16_MIN
 (-32767-1)

	)

162 

	#INT32_MIN
 (-2147483647-1)

	)

163 

	#INT64_MIN
 (-
	`__INT64_C
(9223372036854775807)-1)

	)

165 

	#INT8_MAX
 (127)

	)

166 

	#INT16_MAX
 (32767)

	)

167 

	#INT32_MAX
 (2147483647)

	)

168 

	#INT64_MAX
 (
	`__INT64_C
(9223372036854775807))

	)

171 

	#UINT8_MAX
 (255)

	)

172 

	#UINT16_MAX
 (65535)

	)

173 

	#UINT32_MAX
 (4294967295U)

	)

174 

	#UINT64_MAX
 (
	`__UINT64_C
(18446744073709551615))

	)

178 

	#INT_LEAST8_MIN
 (-128)

	)

179 

	#INT_LEAST16_MIN
 (-32767-1)

	)

180 

	#INT_LEAST32_MIN
 (-2147483647-1)

	)

181 

	#INT_LEAST64_MIN
 (-
	`__INT64_C
(9223372036854775807)-1)

	)

183 

	#INT_LEAST8_MAX
 (127)

	)

184 

	#INT_LEAST16_MAX
 (32767)

	)

185 

	#INT_LEAST32_MAX
 (2147483647)

	)

186 

	#INT_LEAST64_MAX
 (
	`__INT64_C
(9223372036854775807))

	)

189 

	#UINT_LEAST8_MAX
 (255)

	)

190 

	#UINT_LEAST16_MAX
 (65535)

	)

191 

	#UINT_LEAST32_MAX
 (4294967295U)

	)

192 

	#UINT_LEAST64_MAX
 (
	`__UINT64_C
(18446744073709551615))

	)

196 

	#INT_FAST8_MIN
 (-128)

	)

197 #i�
__WORDSIZE
 == 64

198 

	#INT_FAST16_MIN
 (-9223372036854775807L-1)

	)

199 

	#INT_FAST32_MIN
 (-9223372036854775807L-1)

	)

201 

	#INT_FAST16_MIN
 (-2147483647-1)

	)

202 

	#INT_FAST32_MIN
 (-2147483647-1)

	)

204 

	#INT_FAST64_MIN
 (-
	`__INT64_C
(9223372036854775807)-1)

	)

206 

	#INT_FAST8_MAX
 (127)

	)

207 #i�
__WORDSIZE
 == 64

208 

	#INT_FAST16_MAX
 (9223372036854775807L)

	)

209 

	#INT_FAST32_MAX
 (9223372036854775807L)

	)

211 

	#INT_FAST16_MAX
 (2147483647)

	)

212 

	#INT_FAST32_MAX
 (2147483647)

	)

214 

	#INT_FAST64_MAX
 (
	`__INT64_C
(9223372036854775807))

	)

217 

	#UINT_FAST8_MAX
 (255)

	)

218 #i�
__WORDSIZE
 == 64

219 

	#UINT_FAST16_MAX
 (18446744073709551615UL)

	)

220 

	#UINT_FAST32_MAX
 (18446744073709551615UL)

	)

222 

	#UINT_FAST16_MAX
 (4294967295U)

	)

223 

	#UINT_FAST32_MAX
 (4294967295U)

	)

225 

	#UINT_FAST64_MAX
 (
	`__UINT64_C
(18446744073709551615))

	)

229 #i�
__WORDSIZE
 == 64

230 

	#INTPTR_MIN
 (-9223372036854775807L-1)

	)

231 

	#INTPTR_MAX
 (9223372036854775807L)

	)

232 

	#UINTPTR_MAX
 (18446744073709551615UL)

	)

234 

	#INTPTR_MIN
 (-2147483647-1)

	)

235 

	#INTPTR_MAX
 (2147483647)

	)

236 

	#UINTPTR_MAX
 (4294967295U)

	)

241 

	#INTMAX_MIN
 (-
	`__INT64_C
(9223372036854775807)-1)

	)

243 

	#INTMAX_MAX
 (
	`__INT64_C
(9223372036854775807))

	)

246 

	#UINTMAX_MAX
 (
	`__UINT64_C
(18446744073709551615))

	)

252 #i�
__WORDSIZE
 == 64

253 

	#PTRDIFF_MIN
 (-9223372036854775807L-1)

	)

254 

	#PTRDIFF_MAX
 (9223372036854775807L)

	)

256 

	#PTRDIFF_MIN
 (-2147483647-1)

	)

257 

	#PTRDIFF_MAX
 (2147483647)

	)

261 

	#SIG_ATOMIC_MIN
 (-2147483647-1)

	)

262 

	#SIG_ATOMIC_MAX
 (2147483647)

	)

265 #i�
__WORDSIZE
 == 64

266 

	#SIZE_MAX
 (18446744073709551615UL)

	)

268 

	#SIZE_MAX
 (4294967295U)

	)

272 #i�de�
WCHAR_MIN


274 

	#WCHAR_MIN
 
__WCHAR_MIN


	)

275 

	#WCHAR_MAX
 
__WCHAR_MAX


	)

279 

	#WINT_MIN
 (0u)

	)

280 

	#WINT_MAX
 (4294967295u)

	)

287 #i�!
def�ed
 
__�lu�lus
 || def�ed 
__STDC_CONSTANT_MACROS


290 

	#INT8_C
(
c
�
	)
c

291 

	#INT16_C
(
c
�
	)
c

292 

	#INT32_C
(
c
�
	)
c

293 #i�
__WORDSIZE
 == 64

294 

	#INT64_C
(
c
��## 
L


	)

296 

	#INT64_C
(
c
��## 
LL


	)

300 

	#UINT8_C
(
c
�
	)
c

301 

	#UINT16_C
(
c
�
	)
c

302 

	#UINT32_C
(
c
��## 
U


	)

303 #i�
__WORDSIZE
 == 64

304 

	#UINT64_C
(
c
��## 
UL


	)

306 

	#UINT64_C
(
c
��## 
ULL


	)

310 #i�
__WORDSIZE
 == 64

311 

	#INTMAX_C
(
c
��## 
L


	)

312 

	#UINTMAX_C
(
c
��## 
UL


	)

314 

	#INTMAX_C
(
c
��## 
LL


	)

315 

	#UINTMAX_C
(
c
��## 
ULL


	)

	@/usr/include/stdio.h

24 #i�de�
_STDIO_H


26 #i�!
def�ed
 
__�ed_FILE
 && !def�ed 
__�ed___FILE


27 

	#_STDIO_H
 1

	)

28 
	~<�u�s.h
>

30 
	g__BEGIN_DECLS


32 

	#__�ed_size_t


	)

33 

	#__�ed_NULL


	)

34 
	~<�ddef.h
>

36 
	~<b�s/ty�s.h
>

37 

	#__�ed_FILE


	)

38 

	#__�ed___FILE


	)

42 #i�!
def�ed
 
__FILE_def�ed
 && def�ed 
__�ed_FILE


45 
	g_IO_FILE
;

47 
__BEGIN_NAMESPACE_STD


49 
_IO_FILE
 
	tFILE
;

50 
	g__END_NAMESPACE_STD


51 #i�
def�ed
 
__USE_LARGEFILE64
 || def�ed 
__USE_SVID
 || def�ed 
__USE_POSIX
 \

52 || 
def�ed
 
	g__USE_BSD
 || def�ed 
	g__USE_ISOC99
 || def�ed 
	g__USE_XOPEN
 \

53 || 
def�ed
 
__USE_POSIX2


54 
	$__USING_NAMESPACE_STD
(
FILE
)

57 

	#__FILE_def�ed
 1

	)

59 #unde�
__�ed_FILE


62 #i�!
def�ed
 
____FILE_def�ed
 && def�ed 
__�ed___FILE


65 
_IO_FILE
 
	t__FILE
;

67 

	#____FILE_def�ed
 1

	)

69 #unde�
__�ed___FILE


72 #ifdef 
_STDIO_H


73 

	#_STDIO_USES_IOSTREAM


	)

75 
	~<libio.h
>

77 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_XOPEN2K8


78 #ifde�
__GNUC__


79 #i�de�
_VA_LIST_DEFINED


80 
_G_va_li�
 
	tva_li�
;

81 

	#_VA_LIST_DEFINED


	)

84 
	~<�d�g.h
>

88 #ifde�
__USE_XOPEN2K8


89 #i�de�
__off_t_def�ed


90 #i�de�
__USE_FILE_OFFSET64


91 
__off_t
 
	toff_t
;

93 
__off64_t
 
	toff_t
;

95 

	#__off_t_def�ed


	)

97 #i�
def�ed
 
__USE_LARGEFILE64
 && !def�ed 
__off64_t_def�ed


98 
__off64_t
 
	toff64_t
;

99 

	#__off64_t_def�ed


	)

102 #i�de�
__ssize_t_def�ed


103 
__ssize_t
 
	tssize_t
;

104 

	#__ssize_t_def�ed


	)

109 
__BEGIN_NAMESPACE_STD


110 #i�de�
__USE_FILE_OFFSET64


111 
_G_�os_t
 
	t�os_t
;

113 
_G_�os64_t
 
	t�os_t
;

115 
__END_NAMESPACE_STD


116 #ifde�
__USE_LARGEFILE64


117 
_G_�os64_t
 
	t�os64_t
;

121 

	#_IOFBF
 0

	)

122 

	#_IOLBF
 1

	)

123 

	#_IONBF
 2

	)

127 #i�de�
BUFSIZ


128 

	#BUFSIZ
 
_IO_BUFSIZ


	)

134 #i�de�
EOF


135 

	#EOF
 (-1)

	)

141 

	#SEEK_SET
 0

	)

142 

	#SEEK_CUR
 1

	)

143 

	#SEEK_END
 2

	)

146 #i�
def�ed
 
__USE_SVID
 || def�ed 
__USE_XOPEN


148 

	#P_tmpd�
 "/tmp"

	)

161 
	~<b�s/�dio_lim.h
>

165 

_IO_FILE
 *
�d�
;

166 

_IO_FILE
 *
�dout
;

167 

_IO_FILE
 *
�d�r
;

169 

	#�d�
 
�d�


	)

170 

	#�dout
 
�dout


	)

171 

	#�d�r
 
�d�r


	)

173 
__BEGIN_NAMESPACE_STD


175 

	$�move
 (
__cڡ
 *
__f��ame
�
__THROW
;

177 

	$��me
 (
__cڡ
 *
__�d
, __cڡ *
__�w
�
__THROW
;

178 
__END_NAMESPACE_STD


180 #ifde�
__USE_ATFILE


182 

	$��m�t
 (
__�dfd
, 
__cڡ
 *
__�d
, 
__�wfd
,

183 
__cڡ
 *
__�w
�
__THROW
;

186 
__BEGIN_NAMESPACE_STD


191 #i�de�
__USE_FILE_OFFSET64


192 
FILE
 *
	$tmpf�e
 (�
__wur
;

194 #ifde�
__REDIRECT


195 
FILE
 *
	`__REDIRECT
 (
tmpf�e
, (), 
tmpf�e64
�
__wur
;

197 

	#tmpf�e
 
tmpf�e64


	)

201 #ifde�
__USE_LARGEFILE64


202 
FILE
 *
	$tmpf�e64
 (�
__wur
;

206 
*
	$tm�am
 (*
__s
�
__THROW
 
__wur
;

207 
__END_NAMESPACE_STD


209 #ifde�
__USE_MISC


212 
*
	$tm�am_r
 (*
__s
�
__THROW
 
__wur
;

216 #i�
def�ed
 
__USE_SVID
 || def�ed 
__USE_XOPEN


224 
*
	$�m�am
 (
__cڡ
 *
__d�
, __cڡ *
__pfx
)

225 
__THROW
 
__��ibu�_m�loc__
 
__wur
;

229 
__BEGIN_NAMESPACE_STD


234 

	`f�o�
 (
FILE
 *
__��am
);

239 

	`f�ush
 (
FILE
 *
__��am
);

240 
__END_NAMESPACE_STD


242 #ifde�
__USE_MISC


249 

	`f�ush_u�ocked
 (
FILE
 *
__��am
);

252 #ifde�
__USE_GNU


259 

	`f�o��l
 ();

263 
__BEGIN_NAMESPACE_STD


264 #i�de�
__USE_FILE_OFFSET64


269 
FILE
 *
	$fݒ
 (
__cڡ
 *
__��ri�
 
__f��ame
,

270 
__cڡ
 *
__��ri�
 
__modes
�
__wur
;

275 
FILE
 *
	$�eݒ
 (
__cڡ
 *
__��ri�
 
__f��ame
,

276 
__cڡ
 *
__��ri�
 
__modes
,

277 
FILE
 *
__��ri�
 
__��am
�
__wur
;

279 #ifde�
__REDIRECT


280 
FILE
 *
	`__REDIRECT
 (
fݒ
, (
__cڡ
 *
__��ri�
 
__f��ame
,

281 
__cڡ
 *
__��ri�
 
__modes
), 
fݒ64
)

282 
__wur
;

283 
FILE
 *
	`__REDIRECT
 (
�eݒ
, (
__cڡ
 *
__��ri�
 
__f��ame
,

284 
__cڡ
 *
__��ri�
 
__modes
,

285 
FILE
 *
__��ri�
 
__��am
), 
�eݒ64
)

286 
__wur
;

288 

	#fݒ
 
fݒ64


	)

289 

	#�eݒ
 
�eݒ64


	)

292 
__END_NAMESPACE_STD


293 #ifde�
__USE_LARGEFILE64


294 
FILE
 *
	$fݒ64
 (
__cڡ
 *
__��ri�
 
__f��ame
,

295 
__cڡ
 *
__��ri�
 
__modes
�
__wur
;

296 
FILE
 *
	$�eݒ64
 (
__cڡ
 *
__��ri�
 
__f��ame
,

297 
__cڡ
 *
__��ri�
 
__modes
,

298 
FILE
 *
__��ri�
 
__��am
�
__wur
;

301 #ifdef 
__USE_POSIX


303 
FILE
 *
	$fdݒ
 (
__fd
, 
__cڡ
 *
__modes
�
__THROW
 
__wur
;

306 #ifdef 
__USE_GNU


309 
FILE
 *
	$fݒcook�
 (*
__��ri�
 
__magic_cook�
,

310 
__cڡ
 *
__��ri�
 
__modes
,

311 
_IO_cook�_io_fun�i�s_t
 
__io_funcs
�
__THROW
 
__wur
;

314 #ifde�
__USE_XOPEN2K8


316 
FILE
 *
	$fmemݒ
 (*
__s
, 
size_t
 
__�n
, 
__cڡ
 *
__modes
)

317 
__THROW
 
__wur
;

322 
FILE
 *
	$ݒ_mem��am
 (**
__bu�oc
, 
size_t
 *
__siz�oc
�
__THROW
 
__wur
;

326 
__BEGIN_NAMESPACE_STD


329 

	$�tbuf
 (
FILE
 *
__��ri�
 
__��am
, *__��ri� 
__buf
�
__THROW
;

333 

	$�tvbuf
 (
FILE
 *
__��ri�
 
__��am
, *__��ri� 
__buf
,

334 
__modes
, 
size_t
 
__n
�
__THROW
;

335 
__END_NAMESPACE_STD


337 #ifdef 
__USE_BSD


340 

	$�tbuf�r
 (
FILE
 *
__��ri�
 
__��am
, *__��ri� 
__buf
,

341 
size_t
 
__size
�
__THROW
;

344 

	$���ebuf
 (
FILE
 *
__��am
�
__THROW
;

348 
__BEGIN_NAMESPACE_STD


353 

	`�r�tf
 (
FILE
 *
__��ri�
 
__��am
,

354 
__cڡ
 *
__��ri�
 
__f�m�
, ...);

359 

	`��tf
 (
__cڡ
 *
__��ri�
 
__f�m�
, ...);

361 

	$�r�tf
 (*
__��ri�
 
__s
,

362 
__cڡ
 *
__��ri�
 
__f�m�
, ...�
__THROW
;

368 

	`v�r�tf
 (
FILE
 *
__��ri�
 
__s
, 
__cڡ
 *__��ri� 
__f�m�
,

369 
_G_va_li�
 
__�g
);

374 

	`v��tf
 (
__cڡ
 *
__��ri�
 
__f�m�
, 
_G_va_li�
 
__�g
);

376 

	$v�r�tf
 (*
__��ri�
 
__s
, 
__cڡ
 *__��ri� 
__f�m�
,

377 
_G_va_li�
 
__�g
�
__THROW
;

378 
__END_NAMESPACE_STD


380 #i�
def�ed
 
__USE_BSD
 || def�ed 
__USE_ISOC99
 || def�ed 
__USE_UNIX98


381 
__BEGIN_NAMESPACE_C99


383 

	$���tf
 (*
__��ri�
 
__s
, 
size_t
 
__max�n
,

384 
__cڡ
 *
__��ri�
 
__f�m�
, ...)

385 
__THROW
 
	`__��ibu�__
 ((
	`__f�m�__
 (
__��tf__
, 3, 4)));

387 

	$v���tf
 (*
__��ri�
 
__s
, 
size_t
 
__max�n
,

388 
__cڡ
 *
__��ri�
 
__f�m�
, 
_G_va_li�
 
__�g
)

389 
__THROW
 
	`__��ibu�__
 ((
	`__f�m�__
 (
__��tf__
, 3, 0)));

390 
__END_NAMESPACE_C99


393 #ifde�
__USE_GNU


396 

	$va�r�tf
 (**
__��ri�
 
__�r
, 
__cڡ
 *__��ri� 
__f
,

397 
_G_va_li�
 
__�g
)

398 
__THROW
 
	`__��ibu�__
 ((
	$__f�m�__
 (
__��tf__
, 2, 0))�
__wur
;

399 

	$__a�r�tf
 (**
__��ri�
 
__�r
,

400 
__cڡ
 *
__��ri�
 
__fmt
, ...)

401 
__THROW
 
	`__��ibu�__
 ((
	$__f�m�__
 (
__��tf__
, 2, 3))�
__wur
;

402 

	$a�r�tf
 (**
__��ri�
 
__�r
,

403 
__cڡ
 *
__��ri�
 
__fmt
, ...)

404 
__THROW
 
	`__��ibu�__
 ((
	$__f�m�__
 (
__��tf__
, 2, 3))�
__wur
;

407 #ifde�
__USE_XOPEN2K8


414 

	$vd��tf
 (
__fd
, 
__cڡ
 *
__��ri�
 
__fmt
,

415 
_G_va_li�
 
__�g
)

416 
	`__��ibu�__
 ((
	`__f�m�__
 (
__��tf__
, 2, 0)));

417 

	$d��tf
 (
__fd
, 
__cڡ
 *
__��ri�
 
__fmt
, ...)

418 
	`__��ibu�__
 ((
	`__f�m�__
 (
__��tf__
, 2, 3)));

422 
__BEGIN_NAMESPACE_STD


427 

	$fs�nf
 (
FILE
 *
__��ri�
 
__��am
,

428 
__cڡ
 *
__��ri�
 
__f�m�
, ...�
__wur
;

433 

	$s�nf
 (
__cڡ
 *
__��ri�
 
__f�m�
, ...�
__wur
;

435 

	$ss�nf
 (
__cڡ
 *
__��ri�
 
__s
,

436 
__cڡ
 *
__��ri�
 
__f�m�
, ...�
__THROW
;

438 #i�
def�ed
 
__USE_ISOC99
 && !def�ed 
__USE_GNU
 \

439 && (!
def�ed
 
__LDBL_COMPAT
 || !def�ed 
__REDIRECT
) \

440 && (
def�ed
 
__STRICT_ANSI__
 || def�ed 
__USE_XOPEN2K
)

441 #ifde�
__REDIRECT


445 

	`__REDIRECT
 (
fs�nf
, (
FILE
 *
__��ri�
 
__��am
,

446 
__cڡ
 *
__��ri�
 
__f�m�
, ...),

447 
__isoc99_fs�nf
�
__wur
;

448 

	`__REDIRECT
 (
s�nf
, (
__cڡ
 *
__��ri�
 
__f�m�
, ...),

449 
__isoc99_s�nf
�
__wur
;

450 

	`__REDIRECT_NTH
 (
ss�nf
, (
__cڡ
 *
__��ri�
 
__s
,

451 
__cڡ
 *
__��ri�
 
__f�m�
, ...),

452 
__isoc99_ss�nf
);

454 

	$__isoc99_fs�nf
 (
FILE
 *
__��ri�
 
__��am
,

455 
__cڡ
 *
__��ri�
 
__f�m�
, ...�
__wur
;

456 

	$__isoc99_s�nf
 (
__cڡ
 *
__��ri�
 
__f�m�
, ...�
__wur
;

457 

	$__isoc99_ss�nf
 (
__cڡ
 *
__��ri�
 
__s
,

458 
__cڡ
 *
__��ri�
 
__f�m�
, ...�
__THROW
;

459 

	#fs�nf
 
__isoc99_fs�nf


	)

460 

	#s�nf
 
__isoc99_s�nf


	)

461 

	#ss�nf
 
__isoc99_ss�nf


	)

465 
__END_NAMESPACE_STD


467 #ifdef 
__USE_ISOC99


468 
__BEGIN_NAMESPACE_C99


473 

	$vfs�nf
 (
FILE
 *
__��ri�
 
__s
, 
__cڡ
 *__��ri� 
__f�m�
,

474 
_G_va_li�
 
__�g
)

475 
	`__��ibu�__
 ((
	$__f�m�__
 (
__s�nf__
, 2, 0))�
__wur
;

481 

	$vs�nf
 (
__cڡ
 *
__��ri�
 
__f�m�
, 
_G_va_li�
 
__�g
)

482 
	`__��ibu�__
 ((
	$__f�m�__
 (
__s�nf__
, 1, 0))�
__wur
;

485 

	$vss�nf
 (
__cڡ
 *
__��ri�
 
__s
,

486 
__cڡ
 *
__��ri�
 
__f�m�
, 
_G_va_li�
 
__�g
)

487 
__THROW
 
	`__��ibu�__
 ((
	`__f�m�__
 (
__s�nf__
, 2, 0)));

489 #i�!
def�ed
 
__USE_GNU
 \

490 && (!
def�ed
 
__LDBL_COMPAT
 || !def�ed 
__REDIRECT
) \

491 && (
def�ed
 
__STRICT_ANSI__
 || def�ed 
__USE_XOPEN2K
)

492 #ifde�
__REDIRECT


496 

	`__REDIRECT
 (
vfs�nf
,

497 (
FILE
 *
__��ri�
 
__s
,

498 
__cڡ
 *
__��ri�
 
__f�m�
, 
_G_va_li�
 
__�g
),

499 
__isoc99_vfs�nf
)

500 
	`__��ibu�__
 ((
	$__f�m�__
 (
__s�nf__
, 2, 0))�
__wur
;

501 

	`__REDIRECT
 (
vs�nf
, (
__cڡ
 *
__��ri�
 
__f�m�
,

502 
_G_va_li�
 
__�g
), 
__isoc99_vs�nf
)

503 
	`__��ibu�__
 ((
	$__f�m�__
 (
__s�nf__
, 1, 0))�
__wur
;

504 

	`__REDIRECT_NTH
 (
vss�nf
,

505 (
__cڡ
 *
__��ri�
 
__s
,

506 
__cڡ
 *
__��ri�
 
__f�m�
,

507 
_G_va_li�
 
__�g
), 
__isoc99_vss�nf
)

508 
	`__��ibu�__
 ((
	`__f�m�__
 (
__s�nf__
, 2, 0)));

510 

	$__isoc99_vfs�nf
 (
FILE
 *
__��ri�
 
__s
,

511 
__cڡ
 *
__��ri�
 
__f�m�
,

512 
_G_va_li�
 
__�g
�
__wur
;

513 

	$__isoc99_vs�nf
 (
__cڡ
 *
__��ri�
 
__f�m�
,

514 
_G_va_li�
 
__�g
�
__wur
;

515 

	$__isoc99_vss�nf
 (
__cڡ
 *
__��ri�
 
__s
,

516 
__cڡ
 *
__��ri�
 
__f�m�
,

517 
_G_va_li�
 
__�g
�
__THROW
;

518 

	#vfs�nf
 
__isoc99_vfs�nf


	)

519 

	#vs�nf
 
__isoc99_vs�nf


	)

520 

	#vss�nf
 
__isoc99_vss�nf


	)

524 
__END_NAMESPACE_C99


528 
__BEGIN_NAMESPACE_STD


533 

	`fg�c
 (
FILE
 *
__��am
);

534 

	`g�c
 (
FILE
 *
__��am
);

540 

	`g�ch�
 ();

541 
__END_NAMESPACE_STD


545 

	#g�c
(
_�
�
	`_IO_g�c
 (_�)

	)

547 #i�
def�ed
 
__USE_POSIX
 || def�ed 
__USE_MISC


552 

	`g�c_u�ocked
 (
FILE
 *
__��am
);

553 

	`g�ch�_u�ocked
 ();

556 #ifde�
__USE_MISC


563 

	`fg�c_u�ocked
 (
FILE
 *
__��am
);

567 
__BEGIN_NAMESPACE_STD


575 

	`�utc
 (
__c
, 
FILE
 *
__��am
);

576 

	`putc
 (
__c
, 
FILE
 *
__��am
);

582 

	`putch�
 (
__c
);

583 
__END_NAMESPACE_STD


587 

	#putc
(
_ch
, 
_�
�
	`_IO_putc
 (_ch, _�)

	)

589 #ifde�
__USE_MISC


596 

	`�utc_u�ocked
 (
__c
, 
FILE
 *
__��am
);

599 #i�
def�ed
 
__USE_POSIX
 || def�ed 
__USE_MISC


604 

	`putc_u�ocked
 (
__c
, 
FILE
 *
__��am
);

605 

	`putch�_u�ocked
 (
__c
);

609 #i�
def�ed
 
__USE_SVID
 || def�ed 
__USE_MISC
 \

610 || (
def�ed
 
__USE_XOPEN
 && !def�ed 
__USE_XOPEN2K
)

612 

	`g�w
 (
FILE
 *
__��am
);

615 

	`putw
 (
__w
, 
FILE
 *
__��am
);

619 
__BEGIN_NAMESPACE_STD


624 
*
	$fg�s
 (*
__��ri�
 
__s
, 
__n
, 
FILE
 *__��ri� 
__��am
)

625 
__wur
;

632 
*
	$g�s
 (*
__s
�
__wur
;

633 
__END_NAMESPACE_STD


635 #ifde�
__USE_GNU


642 
*
	$fg�s_u�ocked
 (*
__��ri�
 
__s
, 
__n
,

643 
FILE
 *
__��ri�
 
__��am
�
__wur
;

647 #ifdef 
__USE_XOPEN2K8


658 
_IO_ssize_t
 
	$__g�d�im
 (**
__��ri�
 
__l���
,

659 
size_t
 *
__��ri�
 
__n
, 
__d�im��
,

660 
FILE
 *
__��ri�
 
__��am
�
__wur
;

661 
_IO_ssize_t
 
	$g�d�im
 (**
__��ri�
 
__l���
,

662 
size_t
 *
__��ri�
 
__n
, 
__d�im��
,

663 
FILE
 *
__��ri�
 
__��am
�
__wur
;

671 
_IO_ssize_t
 
	$g�l�e
 (**
__��ri�
 
__l���
,

672 
size_t
 *
__��ri�
 
__n
,

673 
FILE
 *
__��ri�
 
__��am
�
__wur
;

677 
__BEGIN_NAMESPACE_STD


682 

	`�uts
 (
__cڡ
 *
__��ri�
 
__s
, 
FILE
 *__��ri� 
__��am
);

688 

	`puts
 (
__cڡ
 *
__s
);

695 

	`ung�c
 (
__c
, 
FILE
 *
__��am
);

702 
size_t
 
	$�d
 (*
__��ri�
 
__�r
, 
size_t
 
__size
,

703 
size_t
 
__n
, 
FILE
 *
__��ri�
 
__��am
�
__wur
;

708 
size_t
 
	`fwr�e
 (
__cڡ
 *
__��ri�
 
__�r
, size_�
__size
,

709 
size_t
 
__n
, 
FILE
 *
__��ri�
 
__s
);

710 
__END_NAMESPACE_STD


712 #ifde�
__USE_GNU


719 

	`�uts_u�ocked
 (
__cڡ
 *
__��ri�
 
__s
,

720 
FILE
 *
__��ri�
 
__��am
);

723 #ifde�
__USE_MISC


730 
size_t
 
	$�d_u�ocked
 (*
__��ri�
 
__�r
, 
size_t
 
__size
,

731 
size_t
 
__n
, 
FILE
 *
__��ri�
 
__��am
�
__wur
;

732 
size_t
 
	`fwr�e_u�ocked
 (
__cڡ
 *
__��ri�
 
__�r
, size_�
__size
,

733 
size_t
 
__n
, 
FILE
 *
__��ri�
 
__��am
);

737 
__BEGIN_NAMESPACE_STD


742 

	`f�ek
 (
FILE
 *
__��am
, 
__off
, 
__wh��
);

747 

	$�l
 (
FILE
 *
__��am
�
__wur
;

752 

	`�w�d
 (
FILE
 *
__��am
);

753 
__END_NAMESPACE_STD


760 #i�
def�ed
 
__USE_LARGEFILE
 || def�ed 
__USE_XOPEN2K


761 #i�de�
__USE_FILE_OFFSET64


766 

	`f�eko
 (
FILE
 *
__��am
, 
__off_t
 
__off
, 
__wh��
);

771 
__off_t
 
	$�lo
 (
FILE
 *
__��am
�
__wur
;

773 #ifde�
__REDIRECT


774 

	`__REDIRECT
 (
f�eko
,

775 (
FILE
 *
__��am
, 
__off64_t
 
__off
, 
__wh��
),

776 
f�eko64
);

777 
__off64_t
 
	`__REDIRECT
 (
�lo
, (
FILE
 *
__��am
), 
�lo64
);

779 

	#f�eko
 
f�eko64


	)

780 

	#�lo
 
�lo64


	)

785 
__BEGIN_NAMESPACE_STD


786 #i�de�
__USE_FILE_OFFSET64


791 

	`fg�pos
 (
FILE
 *
__��ri�
 
__��am
, 
�os_t
 *__��ri� 
__pos
);

796 

	`f��os
 (
FILE
 *
__��am
, 
__cڡ
 
�os_t
 *
__pos
);

798 #ifde�
__REDIRECT


799 

	`__REDIRECT
 (
fg�pos
, (
FILE
 *
__��ri�
 
__��am
,

800 
�os_t
 *
__��ri�
 
__pos
), 
fg�pos64
);

801 

	`__REDIRECT
 (
f��os
,

802 (
FILE
 *
__��am
, 
__cڡ
 
�os_t
 *
__pos
), 
f��os64
);

804 

	#fg�pos
 
fg�pos64


	)

805 

	#f��os
 
f��os64


	)

808 
__END_NAMESPACE_STD


810 #ifde�
__USE_LARGEFILE64


811 

	`f�eko64
 (
FILE
 *
__��am
, 
__off64_t
 
__off
, 
__wh��
);

812 
__off64_t
 
	$�lo64
 (
FILE
 *
__��am
�
__wur
;

813 

	`fg�pos64
 (
FILE
 *
__��ri�
 
__��am
, 
�os64_t
 *__��ri� 
__pos
);

814 

	`f��os64
 (
FILE
 *
__��am
, 
__cڡ
 
�os64_t
 *
__pos
);

817 
__BEGIN_NAMESPACE_STD


819 

	$����
 (
FILE
 *
__��am
�
__THROW
;

821 

	$�of
 (
FILE
 *
__��am
�
__THROW
 
__wur
;

823 

	$��
 (
FILE
 *
__��am
�
__THROW
 
__wur
;

824 
__END_NAMESPACE_STD


826 #ifde�
__USE_MISC


828 

	$����_u�ocked
 (
FILE
 *
__��am
�
__THROW
;

829 

	$�of_u�ocked
 (
FILE
 *
__��am
�
__THROW
 
__wur
;

830 

	$��_u�ocked
 (
FILE
 *
__��am
�
__THROW
 
__wur
;

834 
__BEGIN_NAMESPACE_STD


839 

	`���
 (
__cڡ
 *
__s
);

840 
__END_NAMESPACE_STD


846 
	~<b�s/sys_��i�.h
>

849 #ifdef 
__USE_POSIX


851 

	$f��o
 (
FILE
 *
__��am
�
__THROW
 
__wur
;

854 #ifde�
__USE_MISC


856 

	$f��o_u�ocked
 (
FILE
 *
__��am
�
__THROW
 
__wur
;

860 #i�(
def�ed
 
__USE_POSIX2
 || def�ed 
__USE_SVID
 || def�ed 
__USE_BSD
 || \

861 
def�ed
 
__USE_MISC
)

866 
FILE
 *
	$pݒ
 (
__cڡ
 *
__comm�d
, __cڡ *
__modes
�
__wur
;

872 

	`p�o�
 (
FILE
 *
__��am
);

876 #ifdef 
__USE_POSIX


878 
*
	$��mid
 (*
__s
�
__THROW
;

882 #ifde�
__USE_XOPEN


884 
*
	`cu�rid
 (*
__s
);

888 #ifdef 
__USE_GNU


889 
ob�ack
;

892 

	$ob�ack_��tf
 (
ob�ack
 *
__��ri�
 
__ob�ack
,

893 
__cڡ
 *
__��ri�
 
__f�m�
, ...)

894 
__THROW
 
	`__��ibu�__
 ((
	`__f�m�__
 (
__��tf__
, 2, 3)));

895 

	$ob�ack_v��tf
 (
ob�ack
 *
__��ri�
 
__ob�ack
,

896 
__cڡ
 *
__��ri�
 
__f�m�
,

897 
_G_va_li�
 
__�gs
)

898 
__THROW
 
	`__��ibu�__
 ((
	`__f�m�__
 (
__��tf__
, 2, 0)));

902 #i�
def�ed
 
__USE_POSIX
 || def�ed 
__USE_MISC


906 

	$�ockf�e
 (
FILE
 *
__��am
�
__THROW
;

910 

	$�rylockf�e
 (
FILE
 *
__��am
�
__THROW
 
__wur
;

913 

	$fu�ockf�e
 (
FILE
 *
__��am
�
__THROW
;

916 #i�
def�ed
 
__USE_XOPEN
 && !def�ed 
__USE_XOPEN2K
 && !def�ed 
__USE_GNU


920 

	#__�ed_g��t


	)

921 
	~<g��t.h
>

926 #ifde�
__USE_EXTERN_INLINES


927 
	~<b�s/�dio.h
>

929 #i�
__USE_FORTIFY_LEVEL
 > 0 && 
def�ed
 
__ex��_�ways_�l�e


930 
	~<b�s/�dio2.h
>

932 #ifde�
__LDBL_COMPAT


933 
	~<b�s/�dio-ldbl.h
>

936 
__END_DECLS


	@/usr/include/stdlib.h

23 #i�def 
_STDLIB_H


25 
	~<�u�s.h
>

28 

	#__�ed_size_t


	)

29 #i�de�
__�ed_m�loc_�d_��oc


30 

	#__�ed_wch�_t


	)

31 

	#__�ed_NULL


	)

33 
	~<�ddef.h
>

35 
	g__BEGIN_DECLS


37 #i�de�
__�ed_m�loc_�d_��oc


38 

	#_STDLIB_H
 1

	)

40 #i�(
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_XOPEN2K8
�&& !def�ed 
_SYS_WAIT_H


42 
	~<b�s/wa��ags.h
>

43 
	~<b�s/wa���us.h
>

45 #ifde�
__USE_BSD


50 #i�
def�ed
 
__GNUC__
 && !def�ed 
__�lu�lus


51 

	#__WAIT_INT
(
��us
) \

52 (
	`__ex�nsi�__
 (((uni� { 
	`__ty�of
(
��us
�
__�
; 
__i
; }) \

53 { .
__�
 = (
��us
�}).
__i
))

	)

55 

	#__WAIT_INT
(
��us
�(*(*�&(��us))

	)

63 #i�!
def�ed
 
__GNUC__
 || __GNUC__ < 2 || def�ed 
__�lu�lus


64 

	#__WAIT_STATUS
 *

	)

65 

	#__WAIT_STATUS_DEFN
 *

	)

70 
wa�
 *
	m__u�r
;

71 *
	m__��
;

72 } 
	t__WAIT_STATUS
 
	t__��ibu�__
 ((
	t__�����t_uni�__
));

73 

	#__WAIT_STATUS_DEFN
 *

	)

78 

	#__WAIT_INT
(
��us
�(��us)

	)

79 

	#__WAIT_STATUS
 *

	)

80 

	#__WAIT_STATUS_DEFN
 *

	)

85 

	#WEXITSTATUS
(
��us
�
	`__WEXITSTATUS
 (
	`__WAIT_INT
 (��us))

	)

86 

	#WTERMSIG
(
��us
�
	`__WTERMSIG
 (
	`__WAIT_INT
 (��us))

	)

87 

	#WSTOPSIG
(
��us
�
	`__WSTOPSIG
 (
	`__WAIT_INT
 (��us))

	)

88 

	#WIFEXITED
(
��us
�
	`__WIFEXITED
 (
	`__WAIT_INT
 (��us))

	)

89 

	#WIFSIGNALED
(
��us
�
	`__WIFSIGNALED
 (
	`__WAIT_INT
 (��us))

	)

90 

	#WIFSTOPPED
(
��us
�
	`__WIFSTOPPED
 (
	`__WAIT_INT
 (��us))

	)

91 #ifde�
__WIFCONTINUED


92 

	#WIFCONTINUED
(
��us
�
	`__WIFCONTINUED
 (
	`__WAIT_INT
 (��us))

	)

96 
__BEGIN_NAMESPACE_STD


100 
	mqu�
;

101 
	m�m
;

102 } 
	tdiv_t
;

105 #i�de�
__ldiv_t_def�ed


108 
	mqu�
;

109 
	m�m
;

110 } 
	tldiv_t
;

111 

	#__ldiv_t_def�ed
 1

	)

113 
	g__END_NAMESPACE_STD


115 #i�
def�ed
 
__USE_ISOC99
 && !def�ed 
__�div_t_def�ed


116 
__BEGIN_NAMESPACE_C99


118 
__ex�nsi�__
 struct

120 
	mqu�
;

121 
	m�m
;

122 } 
	t�div_t
;

123 

	#__�div_t_def�ed
 1

	)

124 
	g__END_NAMESPACE_C99


129 

	#RAND_MAX
 2147483647

	)

134 

	#EXIT_FAILURE
 1

	)

135 

	#EXIT_SUCCESS
 0

	)

139 

	#MB_CUR_MAX
 (
	`__�y�_g�_mb_cur_max
 ())

	)

140 
size_t
 
	$__�y�_g�_mb_cur_max
 (�
__THROW
 
__wur
;

143 
__BEGIN_NAMESPACE_STD


145 

	$�of
 (
__cڡ
 *
__Ō
)

146 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1)�
__wur
;

148 

	$�oi
 (
__cڡ
 *
__Ō
)

149 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1)�
__wur
;

151 

	$��
 (
__cڡ
 *
__Ō
)

152 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1)�
__wur
;

153 
__END_NAMESPACE_STD


155 #i�
def�ed
 
__USE_ISOC99
 || (def�ed 
__GLIBC_HAVE_LONG_LONG
 && def�ed 
__USE_MISC
)

156 
__BEGIN_NAMESPACE_C99


158 
__ex�nsi�__
 

	$��l
 (
__cڡ
 *
__Ō
)

159 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1)�
__wur
;

160 
__END_NAMESPACE_C99


163 
__BEGIN_NAMESPACE_STD


165 

	$��od
 (
__cڡ
 *
__��ri�
 
__Ō
,

166 **
__��ri�
 
__�d�r
)

167 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

168 
__END_NAMESPACE_STD


170 #ifdef 
__USE_ISOC99


171 
__BEGIN_NAMESPACE_C99


173 

	$��of
 (
__cڡ
 *
__��ri�
 
__Ō
,

174 **
__��ri�
 
__�d�r
�
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

176 

	$���d
 (
__cڡ
 *
__��ri�
 
__Ō
,

177 **
__��ri�
 
__�d�r
)

178 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

179 
__END_NAMESPACE_C99


182 
__BEGIN_NAMESPACE_STD


184 

	$���
 (
__cڡ
 *
__��ri�
 
__Ō
,

185 **
__��ri�
 
__�d�r
, 
__ba�
)

186 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

188 

	$��oul
 (
__cڡ
 *
__��ri�
 
__Ō
,

189 **
__��ri�
 
__�d�r
, 
__ba�
)

190 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

191 
__END_NAMESPACE_STD


193 #i�
def�ed
 
__GLIBC_HAVE_LONG_LONG
 && def�ed 
__USE_BSD


195 
__ex�nsi�__


196 

	$��oq
 (
__cڡ
 *
__��ri�
 
__Ō
,

197 **
__��ri�
 
__�d�r
, 
__ba�
)

198 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

200 
__ex�nsi�__


201 

	$��ouq
 (
__cڡ
 *
__��ri�
 
__Ō
,

202 **
__��ri�
 
__�d�r
, 
__ba�
)

203 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

206 #i�
def�ed
 
__USE_ISOC99
 || (def�ed 
__GLIBC_HAVE_LONG_LONG
 && def�ed 
__USE_MISC
)

207 
__BEGIN_NAMESPACE_C99


209 
__ex�nsi�__


210 

	$���l
 (
__cڡ
 *
__��ri�
 
__Ō
,

211 **
__��ri�
 
__�d�r
, 
__ba�
)

212 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

214 
__ex�nsi�__


215 

	$��ou�
 (
__cڡ
 *
__��ri�
 
__Ō
,

216 **
__��ri�
 
__�d�r
, 
__ba�
)

217 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

218 
__END_NAMESPACE_C99


222 #ifde�
__USE_GNU


236 
	~<xlo��.h
>

240 

	$���_l
 (
__cڡ
 *
__��ri�
 
__Ō
,

241 **
__��ri�
 
__�d�r
, 
__ba�
,

242 
__lo��_t
 
__loc
�
__THROW
 
	`__n�nu�
 ((1, 4)�
__wur
;

244 

	$��oul_l
 (
__cڡ
 *
__��ri�
 
__Ō
,

245 **
__��ri�
 
__�d�r
,

246 
__ba�
, 
__lo��_t
 
__loc
)

247 
__THROW
 
	`__n�nu�
 ((1, 4)�
__wur
;

249 
__ex�nsi�__


250 

	$���l_l
 (
__cڡ
 *
__��ri�
 
__Ō
,

251 **
__��ri�
 
__�d�r
, 
__ba�
,

252 
__lo��_t
 
__loc
)

253 
__THROW
 
	`__n�nu�
 ((1, 4)�
__wur
;

255 
__ex�nsi�__


256 

	$��ou�_l
 (
__cڡ
 *
__��ri�
 
__Ō
,

257 **
__��ri�
 
__�d�r
,

258 
__ba�
, 
__lo��_t
 
__loc
)

259 
__THROW
 
	`__n�nu�
 ((1, 4)�
__wur
;

261 

	$��od_l
 (
__cڡ
 *
__��ri�
 
__Ō
,

262 **
__��ri�
 
__�d�r
, 
__lo��_t
 
__loc
)

263 
__THROW
 
	`__n�nu�
 ((1, 3)�
__wur
;

265 

	$��of_l
 (
__cڡ
 *
__��ri�
 
__Ō
,

266 **
__��ri�
 
__�d�r
, 
__lo��_t
 
__loc
)

267 
__THROW
 
	`__n�nu�
 ((1, 3)�
__wur
;

269 

	$���d_l
 (
__cڡ
 *
__��ri�
 
__Ō
,

270 **
__��ri�
 
__�d�r
,

271 
__lo��_t
 
__loc
)

272 
__THROW
 
	`__n�nu�
 ((1, 3)�
__wur
;

276 #ifde�
__USE_EXTERN_INLINES


277 
__BEGIN_NAMESPACE_STD


278 
__ex��_�l�e
 

279 
	`__NTH
 (
	$�of
 (
__cڡ
 *
__Ō
))

281  
	`��od
 (
__Ō
, (**�
NULL
);

282 
	}
}

283 
__ex��_�l�e
 

284 
__NTH
 (
	$�oi
 (
__cڡ
 *
__Ō
))

286  (�
	`���
 (
__Ō
, (**�
NULL
, 10);

287 
	}
}

288 
__ex��_�l�e
 

289 
__NTH
 (
	$��
 (
__cڡ
 *
__Ō
))

291  
	`���
 (
__Ō
, (**�
NULL
, 10);

292 
	}
}

293 
	g__END_NAMESPACE_STD


295 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_ISOC99


296 
__BEGIN_NAMESPACE_C99


297 
__ex�nsi�__
 
__ex��_�l�e
 

298 
__NTH
 (
	$��l
 (
__cڡ
 *
__Ō
))

300  
	`���l
 (
__Ō
, (**�
NULL
, 10);

301 
	}
}

302 
	g__END_NAMESPACE_C99


307 #i�
def�ed
 
__USE_SVID
 || def�ed 
__USE_XOPEN_EXTENDED


311 
*
	$l64a
 (
__n
�
__THROW
 
__wur
;

314 

	$a64l
 (
__cڡ
 *
__s
)

315 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1)�
__wur
;

319 #i�
def�ed
 
__USE_SVID
 || def�ed 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_BSD


320 
	~<sys/ty�s.h
>

327 

	$�ndom
 (�
__THROW
;

330 

	$��dom
 (
__�ed
�
__THROW
;

336 
*
	$����e
 (
__�ed
, *
__��ebuf
,

337 
size_t
 
__����
�
__THROW
 
	`__n�nu�
 ((2));

341 
*
	$�t��e
 (*
__��ebuf
�
__THROW
 
	`__n�nu�
 ((1));

344 #ifde�
__USE_MISC


349 
	s�ndom_d�a


351 
�t32_t
 *
�
;

352 
�t32_t
 *
��
;

353 
�t32_t
 *
��e
;

354 
�nd_ty�
;

355 
�nd_deg
;

356 
�nd_�p
;

357 
�t32_t
 *
�d_�r
;

360 

	$�ndom_r
 (
�ndom_d�a
 *
__��ri�
 
__buf
,

361 
�t32_t
 *
__��ri�
 
__�su�
�
__THROW
 
	`__n�nu�
 ((1, 2));

363 

	$��dom_r
 (
__�ed
, 
�ndom_d�a
 *
__buf
)

364 
__THROW
 
	`__n�nu�
 ((2));

366 

	$����e_r
 (
__�ed
, *
__��ri�
 
__��ebuf
,

367 
size_t
 
__����
,

368 
�ndom_d�a
 *
__��ri�
 
__buf
)

369 
__THROW
 
	`__n�nu�
 ((2, 4));

371 

	$�t��e_r
 (*
__��ri�
 
__��ebuf
,

372 
�ndom_d�a
 *
__��ri�
 
__buf
)

373 
__THROW
 
	`__n�nu�
 ((1, 2));

378 
__BEGIN_NAMESPACE_STD


380 

	$�nd
 (�
__THROW
;

382 

	$��d
 (
__�ed
�
__THROW
;

383 
__END_NAMESPACE_STD


385 #ifde�
__USE_POSIX


387 

	$�nd_r
 (*
__�ed
�
__THROW
;

391 #i�
def�ed
 
__USE_SVID
 || def�ed 
__USE_XOPEN


395 

	$d�nd48
 (�
__THROW
;

396 

	$��d48
 (
__xsubi
[3]�
__THROW
 
	`__n�nu�
 ((1));

399 

	$̪d48
 (�
__THROW
;

400 

	$Īd48
 (
__xsubi
[3])

401 
__THROW
 
	`__n�nu�
 ((1));

404 

	$m�nd48
 (�
__THROW
;

405 

	$j�nd48
 (
__xsubi
[3])

406 
__THROW
 
	`__n�nu�
 ((1));

409 

	$��d48
 (
__�edv�
�
__THROW
;

410 
*
	$�ed48
 (
__�ed16v
[3])

411 
__THROW
 
	`__n�nu�
 ((1));

412 

	$lc�g48
 (
__��m
[7]�
__THROW
 
	`__n�nu�
 ((1));

414 #ifde�
__USE_MISC


418 
	sd�nd48_d�a


420 
__x
[3];

421 
__�d_x
[3];

422 
__c
;

423 
__��
;

424 
__a
;

428 

	$d�nd48_r
 (
d�nd48_d�a
 *
__��ri�
 
__buf�r
,

429 *
__��ri�
 
__�su�
�
__THROW
 
	`__n�nu�
 ((1, 2));

430 

	$��d48_r
 (
__xsubi
[3],

431 
d�nd48_d�a
 *
__��ri�
 
__buf�r
,

432 *
__��ri�
 
__�su�
�
__THROW
 
	`__n�nu�
 ((1, 2));

435 

	$̪d48_r
 (
d�nd48_d�a
 *
__��ri�
 
__buf�r
,

436 *
__��ri�
 
__�su�
)

437 
__THROW
 
	`__n�nu�
 ((1, 2));

438 

	$Īd48_r
 (
__xsubi
[3],

439 
d�nd48_d�a
 *
__��ri�
 
__buf�r
,

440 *
__��ri�
 
__�su�
)

441 
__THROW
 
	`__n�nu�
 ((1, 2));

444 

	$m�nd48_r
 (
d�nd48_d�a
 *
__��ri�
 
__buf�r
,

445 *
__��ri�
 
__�su�
)

446 
__THROW
 
	`__n�nu�
 ((1, 2));

447 

	$j�nd48_r
 (
__xsubi
[3],

448 
d�nd48_d�a
 *
__��ri�
 
__buf�r
,

449 *
__��ri�
 
__�su�
)

450 
__THROW
 
	`__n�nu�
 ((1, 2));

453 

	$��d48_r
 (
__�edv�
, 
d�nd48_d�a
 *
__buf�r
)

454 
__THROW
 
	`__n�nu�
 ((2));

456 

	$�ed48_r
 (
__�ed16v
[3],

457 
d�nd48_d�a
 *
__buf�r
�
__THROW
 
	`__n�nu�
 ((1, 2));

459 

	$lc�g48_r
 (
__��m
[7],

460 
d�nd48_d�a
 *
__buf�r
)

461 
__THROW
 
	`__n�nu�
 ((1, 2));

467 #i�de�
__m�loc_�d_��oc_def�ed


468 

	#__m�loc_�d_��oc_def�ed


	)

469 
__BEGIN_NAMESPACE_STD


471 
*
	$m�loc
 (
size_t
 
__size
�
__THROW
 
__��ibu�_m�loc__
 
__wur
;

473 
*
	$��oc
 (
size_t
 
__nmemb
, size_�
__size
)

474 
__THROW
 
__��ibu�_m�loc__
 
__wur
;

475 
__END_NAMESPACE_STD


478 #i�de�
__�ed_m�loc_�d_��oc


479 
__BEGIN_NAMESPACE_STD


485 
*
	$��loc
 (*
__�r
, 
size_t
 
__size
)

486 
__THROW
 
__��ibu�_w�n_unu�d_�su�__
;

488 

	$�
 (*
__�r
�
__THROW
;

489 
__END_NAMESPACE_STD


491 #ifdef 
__USE_MISC


493 

	$c�
 (*
__�r
�
__THROW
;

496 #i�
def�ed
 
__USE_GNU
 || def�ed 
__USE_BSD
 || def�ed 
__USE_MISC


497 
	~<�lo�.h
>

500 #i�(
def�ed
 
__USE_XOPEN_EXTENDED
 && !def�ed 
__USE_XOPEN2K
) \

501 || 
def�ed
 
__USE_BSD


503 
*
	$v�loc
 (
size_t
 
__size
�
__THROW
 
__��ibu�_m�loc__
 
__wur
;

506 #ifde�
__USE_XOPEN2K


508 

	$posix_mem�ign
 (**
__mem�r
, 
size_t
 
__�ignm�t
, size_�
__size
)

509 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

512 
__BEGIN_NAMESPACE_STD


514 

	$ab�t
 (�
__THROW
 
	`__��ibu�__
 ((
__nܑu�__
));

518 

	`�ex�
 ((*
__func
�()�
__THROW
 
	`__n�nu�
 ((1));

520 #ifde�
__USE_GNU


524 #ifde�
__�lu�lus


525 
"C++" 
	`�_quick_ex�
 ((*
__func
) ())

526 
__THROW
 
	`__asm
 ("�_quick_ex�"�
	`__n�nu�
 ((1));

528 

	`�_quick_ex�
 ((*
__func
�()�
__THROW
 
	`__n�nu�
 ((1));

531 
__END_NAMESPACE_STD


533 #ifdef 
__USE_MISC


536 

	`�_ex�
 ((*
__func
�(
__��us
, *
__�g
), *__arg)

537 
__THROW
 
	`__n�nu�
 ((1));

540 
__BEGIN_NAMESPACE_STD


544 

	$ex�
 (
__��us
�
__THROW
 
	`__��ibu�__
 ((
__nܑu�__
));

546 #ifde�
__USE_GNU


552 

	$quick_ex�
 (
__��us
�
__THROW
 
	`__��ibu�__
 ((
__nܑu�__
));

554 
__END_NAMESPACE_STD


556 #ifde�
__USE_ISOC99


557 
__BEGIN_NAMESPACE_C99


560 

	$_Ex�
 (
__��us
�
__THROW
 
	`__��ibu�__
 ((
__nܑu�__
));

561 
__END_NAMESPACE_C99


565 
__BEGIN_NAMESPACE_STD


567 
*
	$g��v
 (
__cڡ
 *
__�me
�
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

568 
__END_NAMESPACE_STD


572 
*
	$__�cu�_g��v
 (
__cڡ
 *
__�me
)

573 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

575 #i�
def�ed
 
__USE_SVID
 || def�ed 
__USE_XOPEN


579 

	$pu�nv
 (*
__�r�g
�
__THROW
 
	`__n�nu�
 ((1));

582 #i�
def�ed
 
__USE_BSD
 || def�ed 
__USE_XOPEN2K


585 

	$��nv
 (
__cڡ
 *
__�me
, __cڡ *
__v�ue
, 
__��a�
)

586 
__THROW
 
	`__n�nu�
 ((2));

589 

	$un��nv
 (
__cڡ
 *
__�me
�
__THROW
 
	`__n�nu�
 ((1));

592 #ifdef 
__USE_MISC


596 

	$���nv
 (�
__THROW
;

600 #i�
def�ed
 
__USE_MISC
 \

601 || (
def�ed
 
__USE_XOPEN_EXTENDED
 && !def�ed 
__USE_XOPEN2K
)

606 
*
	$mk�mp
 (*
__�m��e
�
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

609 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN_EXTENDED
 \

610 || 
def�ed
 
__USE_XOPEN2K8


619 #i�de�
__USE_FILE_OFFSET64


620 

	$mk�emp
 (*
__�m��e
�
	`__n�nu�
 ((1)�
__wur
;

622 #ifde�
__REDIRECT


623 

	`__REDIRECT
 (
mk�emp
, (*
__�m��e
), 
mk�emp64
)

624 
	`__n�nu�
 ((1)�
__wur
;

626 

	#mk�emp
 
mk�emp64


	)

629 #ifde�
__USE_LARGEFILE64


630 

	$mk�emp64
 (*
__�m��e
�
	`__n�nu�
 ((1)�
__wur
;

634 #ifde�
__USE_MISC


641 #i�de�
__USE_FILE_OFFSET64


642 

	$mk�emps
 (*
__�m��e
, 
__suffix�n
�
	`__n�nu�
 ((1)�
__wur
;

644 #ifde�
__REDIRECT


645 

	`__REDIRECT
 (
mk�emps
, (*
__�m��e
, 
__suffix�n
),

646 
mk�emps64
�
	`__n�nu�
 ((1)�
__wur
;

648 

	#mk�emps
 
mk�emps64


	)

651 #ifde�
__USE_LARGEFILE64


652 

	$mk�emps64
 (*
__�m��e
, 
__suffix�n
)

653 
	`__n�nu�
 ((1)�
__wur
;

657 #i�
def�ed
 
__USE_BSD
 || def�ed 
__USE_XOPEN2K8


663 
*
	$mkd�mp
 (*
__�m��e
�
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

666 #ifde�
__USE_GNU


673 #i�de�
__USE_FILE_OFFSET64


674 

	$mko�emp
 (*
__�m��e
, 
__�ags
�
	`__n�nu�
 ((1)�
__wur
;

676 #ifde�
__REDIRECT


677 

	`__REDIRECT
 (
mko�emp
, (*
__�m��e
, 
__�ags
), 
mko�emp64
)

678 
	`__n�nu�
 ((1)�
__wur
;

680 

	#mko�emp
 
mko�emp64


	)

683 #ifde�
__USE_LARGEFILE64


684 

	$mko�emp64
 (*
__�m��e
, 
__�ags
�
	`__n�nu�
 ((1)�
__wur
;

693 #i�de�
__USE_FILE_OFFSET64


694 

	$mko�emps
 (*
__�m��e
, 
__suffix�n
, 
__�ags
)

695 
	`__n�nu�
 ((1)�
__wur
;

697 #ifde�
__REDIRECT


698 

	`__REDIRECT
 (
mko�emps
, (*
__�m��e
, 
__suffix�n
,

699 
__�ags
), 
mko�emps64
)

700 
	`__n�nu�
 ((1)�
__wur
;

702 

	#mko�emps
 
mko�emps64


	)

705 #ifde�
__USE_LARGEFILE64


706 

	$mko�emps64
 (*
__�m��e
, 
__suffix�n
, 
__�ags
)

707 
	`__n�nu�
 ((1)�
__wur
;

712 
__BEGIN_NAMESPACE_STD


717 

	$sy�em
 (
__cڡ
 *
__comm�d
�
__wur
;

718 
__END_NAMESPACE_STD


721 #ifdef 
__USE_GNU


724 
*
	$�n�i�lize_f�e_�me
 (
__cڡ
 *
__�me
)

725 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

728 #i�
def�ed
 
__USE_BSD
 || def�ed 
__USE_XOPEN_EXTENDED


734 
*
	$���th
 (
__cڡ
 *
__��ri�
 
__�me
,

735 *
__��ri�
 
__�s�ved
�
__THROW
 
__wur
;

740 #i�de�
__COMPAR_FN_T


741 

	#__COMPAR_FN_T


	)

742 (*
	t__com�r_�_t
�(
	t__cڡ
 *, __const *);

744 #ifdef 
__USE_GNU


745 
__com�r_�_t
 
	tcom�ris�_�_t
;

748 #ifde�
__USE_GNU


749 (*
	t__com�r_d_�_t
�(
	t__cڡ
 *, __const *, *);

752 
__BEGIN_NAMESPACE_STD


755 
*
	$b��ch
 (
__cڡ
 *
__key
, __cڡ *
__ba�
,

756 
size_t
 
__nmemb
, size_�
__size
, 
__com�r_�_t
 
__com�r
)

757 
	`__n�nu�
 ((1, 2, 5)�
__wur
;

761 

	$qs�t
 (*
__ba�
, 
size_t
 
__nmemb
, size_�
__size
,

762 
__com�r_�_t
 
__com�r
�
	`__n�nu�
 ((1, 4));

763 #ifde�
__USE_GNU


764 

	$qs�t_r
 (*
__ba�
, 
size_t
 
__nmemb
, size_�
__size
,

765 
__com�r_d_�_t
 
__com�r
, *
__�g
)

766 
	`__n�nu�
 ((1, 4));

771 

	$abs
 (
__x
�
__THROW
 
	`__��ibu�__
 ((
__cڡ__
)�
__wur
;

772 

	$�bs
 (
__x
�
__THROW
 
	`__��ibu�__
 ((
__cڡ__
)�
__wur
;

773 
__END_NAMESPACE_STD


775 #ifde�
__USE_ISOC99


776 
__ex�nsi�__
 

	$�abs
 (
__x
)

777 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
)�
__wur
;

781 
__BEGIN_NAMESPACE_STD


785 
div_t
 
	$div
 (
__num�
, 
__d�om
)

786 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
)�
__wur
;

787 
ldiv_t
 
	$ldiv
 (
__num�
, 
__d�om
)

788 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
)�
__wur
;

789 
__END_NAMESPACE_STD


791 #ifde�
__USE_ISOC99


792 
__BEGIN_NAMESPACE_C99


793 
__ex�nsi�__
 
�div_t
 
	$�div
 (
__num�
,

794 
__d�om
)

795 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
)�
__wur
;

796 
__END_NAMESPACE_C99


800 #i�(
def�ed
 
__USE_XOPEN_EXTENDED
 && !def�ed 
__USE_XOPEN2K
) \

801 || 
def�ed
 
__USE_SVID


808 
*
	$ecvt
 (
__v�ue
, 
__ndig�
, *
__��ri�
 
__de�t
,

809 *
__��ri�
 
__sign
�
__THROW
 
	`__n�nu�
 ((3, 4)�
__wur
;

814 
*
	$fcvt
 (
__v�ue
, 
__ndig�
, *
__��ri�
 
__de�t
,

815 *
__��ri�
 
__sign
�
__THROW
 
	`__n�nu�
 ((3, 4)�
__wur
;

820 
*
	$gcvt
 (
__v�ue
, 
__ndig�
, *
__buf
)

821 
__THROW
 
	`__n�nu�
 ((3)�
__wur
;

824 #ifde�
__USE_MISC


826 
*
	$qecvt
 (
__v�ue
, 
__ndig�
,

827 *
__��ri�
 
__de�t
, *__��ri� 
__sign
)

828 
__THROW
 
	`__n�nu�
 ((3, 4)�
__wur
;

829 
*
	$qfcvt
 (
__v�ue
, 
__ndig�
,

830 *
__��ri�
 
__de�t
, *__��ri� 
__sign
)

831 
__THROW
 
	`__n�nu�
 ((3, 4)�
__wur
;

832 
*
	$qgcvt
 (
__v�ue
, 
__ndig�
, *
__buf
)

833 
__THROW
 
	`__n�nu�
 ((3)�
__wur
;

838 

	$ecvt_r
 (
__v�ue
, 
__ndig�
, *
__��ri�
 
__de�t
,

839 *
__��ri�
 
__sign
, *__��ri� 
__buf
,

840 
size_t
 
__�n
�
__THROW
 
	`__n�nu�
 ((3, 4, 5));

841 

	$fcvt_r
 (
__v�ue
, 
__ndig�
, *
__��ri�
 
__de�t
,

842 *
__��ri�
 
__sign
, *__��ri� 
__buf
,

843 
size_t
 
__�n
�
__THROW
 
	`__n�nu�
 ((3, 4, 5));

845 

	$qecvt_r
 (
__v�ue
, 
__ndig�
,

846 *
__��ri�
 
__de�t
, *__��ri� 
__sign
,

847 *
__��ri�
 
__buf
, 
size_t
 
__�n
)

848 
__THROW
 
	`__n�nu�
 ((3, 4, 5));

849 

	$qfcvt_r
 (
__v�ue
, 
__ndig�
,

850 *
__��ri�
 
__de�t
, *__��ri� 
__sign
,

851 *
__��ri�
 
__buf
, 
size_t
 
__�n
)

852 
__THROW
 
	`__n�nu�
 ((3, 4, 5));

857 
__BEGIN_NAMESPACE_STD


860 

	$mb�n
 (
__cڡ
 *
__s
, 
size_t
 
__n
�
__THROW
 
__wur
;

863 

	$mbtowc
 (
wch�_t
 *
__��ri�
 
__pwc
,

864 
__cڡ
 *
__��ri�
 
__s
, 
size_t
 
__n
�
__THROW
 
__wur
;

867 

	$w�omb
 (*
__s
, 
wch�_t
 
__wch�
�
__THROW
 
__wur
;

871 
size_t
 
	$mb�owcs
 (
wch�_t
 *
__��ri�
 
__pwcs
,

872 
__cڡ
 *
__��ri�
 
__s
, 
size_t
 
__n
�
__THROW
;

874 
size_t
 
	$wc�ombs
 (*
__��ri�
 
__s
,

875 
__cڡ
 
wch�_t
 *
__��ri�
 
__pwcs
, 
size_t
 
__n
)

876 
__THROW
;

877 
__END_NAMESPACE_STD


880 #ifde�
__USE_SVID


885 

	$�m�ch
 (
__cڡ
 *
__��ڣ
�
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

889 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8


896 

	$g�sub�t
 (**
__��ri�
 
__�ti�p
,

897 *
__cڡ
 *
__��ri�
 
__tok�s
,

898 **
__��ri�
 
__v�u�
)

899 
__THROW
 
	`__n�nu�
 ((1, 2, 3)�
__wur
;

903 #ifde�
__USE_XOPEN


905 

	$�tkey
 (
__cڡ
 *
__key
�
__THROW
 
	`__n�nu�
 ((1));

911 #ifde�
__USE_XOPEN2KXSI


913 

	$posix_ݒ�
 (
__o�ag
�
__wur
;

916 #ifde�
__USE_XOPEN


921 

	$g���
 (
__fd
�
__THROW
;

925 

	$u�ock�
 (
__fd
�
__THROW
;

930 
*
	$��ame
 (
__fd
�
__THROW
 
__wur
;

933 #ifde�
__USE_GNU


937 

	$��ame_r
 (
__fd
, *
__buf
, 
size_t
 
__bu�
)

938 
__THROW
 
	`__n�nu�
 ((2));

941 

	`g��
 ();

944 #ifde�
__USE_BSD


948 

	$g�l�davg
 (
__l�davg
[], 
__��m
)

949 
__THROW
 
	`__n�nu�
 ((1));

954 #i�
__USE_FORTIFY_LEVEL
 > 0 && 
def�ed
 
__ex��_�ways_�l�e


955 
	~<b�s/�dlib.h
>

957 #ifde�
__LDBL_COMPAT


958 
	~<b�s/�dlib-ldbl.h
>

962 #unde�
__�ed_m�loc_�d_��oc


964 
__END_DECLS


	@/usr/include/string.h

24 #i�def 
_STRING_H


25 

	#_STRING_H
 1

	)

27 
	~<�u�s.h
>

29 
	g__BEGIN_DECLS


32 

	#__�ed_size_t


	)

33 

	#__�ed_NULL


	)

34 
	~<�ddef.h
>

37 #i�
def�ed
 
__�lu�lus
 && 
__GNUC_PREREQ
 (4, 4)

38 

	#__CORRECT_ISO_CPP_STRING_H_PROTO


	)

42 
__BEGIN_NAMESPACE_STD


44 
*
	$mem�y
 (*
__��ri�
 
__de�
,

45 
__cڡ
 *
__��ri�
 
__�c
, 
size_t
 
__n
)

46 
__THROW
 
	`__n�nu�
 ((1, 2));

49 
*
	$memmove
 (*
__de�
, 
__cڡ
 *
__�c
, 
size_t
 
__n
)

50 
__THROW
 
	`__n�nu�
 ((1, 2));

51 
__END_NAMESPACE_STD


56 #i�
def�ed
 
__USE_SVID
 || def�ed 
__USE_BSD
 || def�ed 
__USE_XOPEN


57 
*
	$memc�y
 (*
__��ri�
 
__de�
, 
__cڡ
 *__��ri� 
__�c
,

58 
__c
, 
size_t
 
__n
)

59 
__THROW
 
	`__n�nu�
 ((1, 2));

63 
__BEGIN_NAMESPACE_STD


65 
*
	$mem�t
 (*
__s
, 
__c
, 
size_t
 
__n
�
__THROW
 
	`__n�nu�
 ((1));

68 

	$memcmp
 (
__cڡ
 *
__s1
, __cڡ *
__s2
, 
size_t
 
__n
)

69 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

72 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


75 
*
	`memchr
 (*
__s
, 
__c
, 
size_t
 
__n
)

76 
__THROW
 
	`__asm
 ("memchr"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

77 
__cڡ
 *
	`memchr
 (__cڡ *
__s
, 
__c
, 
size_t
 
__n
)

78 
__THROW
 
	`__asm
 ("memchr"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

80 #ifde�
__OPTIMIZE__


81 
__ex��_�ways_�l�e
 *

82 
	`memchr
 (*
__s
, 
__c
, 
size_t
 
__n
�
__THROW


84  
	`__bu�t�_memchr
 (
__s
, 
__c
, 
__n
);

87 
__ex��_�ways_�l�e
 
__cڡ
 *

88 
	`memchr
 (
__cڡ
 *
__s
, 
__c
, 
size_t
 
__n
�
__THROW


90  
	`__bu�t�_memchr
 (
__s
, 
__c
, 
__n
);

93 
	}
}

95 
*
	$memchr
 (
__cڡ
 *
__s
, 
__c
, 
size_t
 
__n
)

96 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

98 
__END_NAMESPACE_STD


100 #ifde�
__USE_GNU


103 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


104 
"C++" *
	$�wmemchr
 (*
__s
, 
__c
)

105 
__THROW
 
	`__asm
 ("�wmemchr"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

106 
"C++" 
__cڡ
 *
	$�wmemchr
 (
__cڡ
 *
__s
, 
__c
)

107 
__THROW
 
	`__asm
 ("�wmemchr"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

109 
*
	$�wmemchr
 (
__cڡ
 *
__s
, 
__c
)

110 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

114 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


115 
"C++" *
	$memrchr
 (*
__s
, 
__c
, 
size_t
 
__n
)

116 
__THROW
 
	`__asm
 ("memrchr"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

117 
"C++" 
__cڡ
 *
	$memrchr
 (
__cڡ
 *
__s
, 
__c
, 
size_t
 
__n
)

118 
__THROW
 
	`__asm
 ("memrchr"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

120 
*
	$memrchr
 (
__cڡ
 *
__s
, 
__c
, 
size_t
 
__n
)

121 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

126 
__BEGIN_NAMESPACE_STD


128 
*
	$�r�y
 (*
__��ri�
 
__de�
, 
__cڡ
 *__��ri� 
__�c
)

129 
__THROW
 
	`__n�nu�
 ((1, 2));

131 
*
	$���y
 (*
__��ri�
 
__de�
,

132 
__cڡ
 *
__��ri�
 
__�c
, 
size_t
 
__n
)

133 
__THROW
 
	`__n�nu�
 ((1, 2));

136 
*
	$�r�t
 (*
__��ri�
 
__de�
, 
__cڡ
 *__��ri� 
__�c
)

137 
__THROW
 
	`__n�nu�
 ((1, 2));

139 
*
	$���t
 (*
__��ri�
 
__de�
, 
__cڡ
 *__��ri� 
__�c
,

140 
size_t
 
__n
�
__THROW
 
	`__n�nu�
 ((1, 2));

143 

	$�rcmp
 (
__cڡ
 *
__s1
, __cڡ *
__s2
)

144 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

146 

	$��cmp
 (
__cڡ
 *
__s1
, __cڡ *
__s2
, 
size_t
 
__n
)

147 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

150 

	$�rc�l
 (
__cڡ
 *
__s1
, __cڡ *
__s2
)

151 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

153 
size_t
 
	$�rx�m
 (*
__��ri�
 
__de�
,

154 
__cڡ
 *
__��ri�
 
__�c
, 
size_t
 
__n
)

155 
__THROW
 
	`__n�nu�
 ((2));

156 
__END_NAMESPACE_STD


158 #ifde�
__USE_XOPEN2K8


162 
	~<xlo��.h
>

165 

	$�rc�l_l
 (
__cڡ
 *
__s1
, __cڡ *
__s2
, 
__lo��_t
 
__l
)

166 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2, 3));

168 
size_t
 
	$�rx�m_l
 (*
__de�
, 
__cڡ
 *
__�c
, 
size_t
 
__n
,

169 
__lo��_t
 
__l
�
__THROW
 
	`__n�nu�
 ((2, 4));

172 #i�
def�ed
 
__USE_SVID
 || def�ed 
__USE_BSD
 || def�ed 
__USE_XOPEN_EXTENDED
 \

173 || 
def�ed
 
__USE_XOPEN2K8


175 
*
	$�rdup
 (
__cڡ
 *
__s
)

176 
__THROW
 
__��ibu�_m�loc__
 
	`__n�nu�
 ((1));

182 #i�
def�ed
 
__USE_XOPEN2K8


183 
*
	$��dup
 (
__cڡ
 *
__�r�g
, 
size_t
 
__n
)

184 
__THROW
 
__��ibu�_m�loc__
 
	`__n�nu�
 ((1));

187 #i�
def�ed
 
__USE_GNU
 && def�ed 
__GNUC__


189 

	#�rdu�
(
s
) \

190 (
__ex�nsi�__
 \

192 
__cڡ
 *
__�d
 = (
s
); \

193 
size_t
 
__�n
 = 
	`���
 (
__�d
) + 1; \

194 *
__�w
 = (*�
	`__bu�t�_�lo�
 (
__�n
); \

195 (*�
	`mem�y
 (
__�w
, 
__�d
, 
__�n
); \

196 
	}
}))

	)

199 

	#��du�
(
s
, 
n
) \

200 (
__ex�nsi�__
 \

202 
__cڡ
 *
__�d
 = (
s
); \

203 
size_t
 
__�n
 = 
	`���n
 (
__�d
, (
n
)); \

204 *
__�w
 = (*�
	`__bu�t�_�lo�
 (
__�n
 + 1); \

205 
__�w
[
__�n
] = '\0'; \

206 (*�
	`mem�y
 (
__�w
, 
__�d
, 
__�n
); \

207 }))

	)

210 
	g__BEGIN_NAMESPACE_STD


212 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


215 
*
�rchr
 (*
__s
, 
__c
)

216 
__THROW
 
__asm
 ("�rchr"�
__��ibu�_pu�__
 
__n�nu�
 ((1));

217 
__cڡ
 *
�rchr
 (__cڡ *
__s
, 
__c
)

218 
__THROW
 
__asm
 ("�rchr"�
__��ibu�_pu�__
 
__n�nu�
 ((1));

220 #ifde�
__OPTIMIZE__


221 
__ex��_�ways_�l�e
 *

222 
�rchr
 (*
__s
, 
__c
�
	g__THROW


224  
__bu�t�_�rchr
 (
__s
, 
__c
);

227 
__ex��_�ways_�l�e
 
__cڡ
 *

228 
�rchr
 (
__cڡ
 *
__s
, 
__c
�
	g__THROW


230  
__bu�t�_�rchr
 (
__s
, 
__c
);

235 
*
	$�rchr
 (
__cڡ
 *
__s
, 
__c
)

236 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

239 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


242 
*
	`��chr
 (*
__s
, 
__c
)

243 
__THROW
 
	`__asm
 ("��chr"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

244 
__cڡ
 *
	`��chr
 (__cڡ *
__s
, 
__c
)

245 
__THROW
 
	`__asm
 ("��chr"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

247 #ifde�
__OPTIMIZE__


248 
__ex��_�ways_�l�e
 *

249 
	`��chr
 (*
__s
, 
__c
�
__THROW


251  
	`__bu�t�_��chr
 (
__s
, 
__c
);

254 
__ex��_�ways_�l�e
 
__cڡ
 *

255 
	`��chr
 (
__cڡ
 *
__s
, 
__c
�
__THROW


257  
	`__bu�t�_��chr
 (
__s
, 
__c
);

260 
	}
}

262 
*
	$��chr
 (
__cڡ
 *
__s
, 
__c
)

263 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

265 
__END_NAMESPACE_STD


267 #ifde�
__USE_GNU


270 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


271 
"C++" *
	$�rch�ul
 (*
__s
, 
__c
)

272 
__THROW
 
	`__asm
 ("�rch�ul"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

273 
"C++" 
__cڡ
 *
	$�rch�ul
 (
__cڡ
 *
__s
, 
__c
)

274 
__THROW
 
	`__asm
 ("�rch�ul"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

276 
*
	$�rch�ul
 (
__cڡ
 *
__s
, 
__c
)

277 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

281 
__BEGIN_NAMESPACE_STD


284 
size_t
 
	$�rc�n
 (
__cڡ
 *
__s
, __cڡ *
__�je�
)

285 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

288 
size_t
 
	$�r�n
 (
__cڡ
 *
__s
, __cڡ *
__ac��
)

289 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

291 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


294 
*
	`��brk
 (*
__s
, 
__cڡ
 *
__ac��
)

295 
__THROW
 
	`__asm
 ("��brk"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

296 
__cڡ
 *
	`��brk
 (__cڡ *
__s
, __cڡ *
__ac��
)

297 
__THROW
 
	`__asm
 ("��brk"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

299 #ifde�
__OPTIMIZE__


300 
__ex��_�ways_�l�e
 *

301 
	`��brk
 (*
__s
, 
__cڡ
 *
__ac��
�
__THROW


303  
	`__bu�t�_��brk
 (
__s
, 
__ac��
);

306 
__ex��_�ways_�l�e
 
__cڡ
 *

307 
	`��brk
 (
__cڡ
 *
__s
, __cڡ *
__ac��
�
__THROW


309  
	`__bu�t�_��brk
 (
__s
, 
__ac��
);

312 
	}
}

314 
*
	$��brk
 (
__cڡ
 *
__s
, __cڡ *
__ac��
)

315 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

318 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


321 
*
	`�r�r
 (*
__hay�ack
, 
__cڡ
 *
__�ed�
)

322 
__THROW
 
	`__asm
 ("�r�r"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

323 
__cڡ
 *
	`�r�r
 (__cڡ *
__hay�ack
,

324 
__cڡ
 *
__�ed�
)

325 
__THROW
 
	`__asm
 ("�r�r"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

327 #ifde�
__OPTIMIZE__


328 
__ex��_�ways_�l�e
 *

329 
	`�r�r
 (*
__hay�ack
, 
__cڡ
 *
__�ed�
�
__THROW


331  
	`__bu�t�_�r�r
 (
__hay�ack
, 
__�ed�
);

334 
__ex��_�ways_�l�e
 
__cڡ
 *

335 
	`�r�r
 (
__cڡ
 *
__hay�ack
, __cڡ *
__�ed�
�
__THROW


337  
	`__bu�t�_�r�r
 (
__hay�ack
, 
__�ed�
);

340 
	}
}

342 
*
	$�r�r
 (
__cڡ
 *
__hay�ack
, __cڡ *
__�ed�
)

343 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

348 
*
	$��ok
 (*
__��ri�
 
__s
, 
__cڡ
 *__��ri� 
__d�im
)

349 
__THROW
 
	`__n�nu�
 ((2));

350 
__END_NAMESPACE_STD


354 
*
	$__��ok_r
 (*
__��ri�
 
__s
,

355 
__cڡ
 *
__��ri�
 
__d�im
,

356 **
__��ri�
 
__�ve_�r
)

357 
__THROW
 
	`__n�nu�
 ((2, 3));

358 #i�
def�ed
 
__USE_POSIX
 || def�ed 
__USE_MISC


359 
*
	$��ok_r
 (*
__��ri�
 
__s
, 
__cڡ
 *__��ri� 
__d�im
,

360 **
__��ri�
 
__�ve_�r
)

361 
__THROW
 
	`__n�nu�
 ((2, 3));

364 #ifde�
__USE_GNU


366 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


367 
"C++" *
	$�r���r
 (*
__hay�ack
, 
__cڡ
 *
__�ed�
)

368 
__THROW
 
	`__asm
 ("�r���r"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

369 
"C++" 
__cڡ
 *
	$�r���r
 (
__cڡ
 *
__hay�ack
,

370 
__cڡ
 *
__�ed�
)

371 
__THROW
 
	`__asm
 ("�r���r"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

373 
*
	$�r���r
 (
__cڡ
 *
__hay�ack
, __cڡ *
__�ed�
)

374 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

378 #ifde�
__USE_GNU


382 
*
	$memmem
 (
__cڡ
 *
__hay�ack
, 
size_t
 
__hay�ack�n
,

383 
__cڡ
 *
__�ed�
, 
size_t
 
__�ed��n
)

384 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 3));

388 
*
	$__memp�y
 (*
__��ri�
 
__de�
,

389 
__cڡ
 *
__��ri�
 
__�c
, 
size_t
 
__n
)

390 
__THROW
 
	`__n�nu�
 ((1, 2));

391 
*
	$memp�y
 (*
__��ri�
 
__de�
,

392 
__cڡ
 *
__��ri�
 
__�c
, 
size_t
 
__n
)

393 
__THROW
 
	`__n�nu�
 ((1, 2));

397 
__BEGIN_NAMESPACE_STD


399 
size_t
 
	$���
 (
__cڡ
 *
__s
)

400 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

401 
__END_NAMESPACE_STD


403 #ifdef 
__USE_XOPEN2K8


406 
size_t
 
	$���n
 (
__cڡ
 *
__�r�g
, 
size_t
 
__max�n
)

407 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

411 
__BEGIN_NAMESPACE_STD


413 
*
	$����
 (
__��um
�
__THROW
;

414 
__END_NAMESPACE_STD


415 #i�
def�ed
 
__USE_XOPEN2K
 || def�ed 
__USE_MISC


423 #i�
def�ed
 
__USE_XOPEN2K
 && !def�ed 
__USE_GNU


426 #ifde�
__REDIRECT_NTH


427 

	`__REDIRECT_NTH
 (
����_r
,

428 (
__��um
, *
__buf
, 
size_t
 
__bu�
),

429 
__xpg_����_r
�
	`__n�nu�
 ((2));

431 

	$__xpg_����_r
 (
__��um
, *
__buf
, 
size_t
 
__bu�
)

432 
__THROW
 
	`__n�nu�
 ((2));

433 

	#����_r
 
__xpg_����_r


	)

438 
*
	$����_r
 (
__��um
, *
__buf
, 
size_t
 
__bu�
)

439 
__THROW
 
	`__n�nu�
 ((2));

443 #ifde�
__USE_XOPEN2K8


445 
*
	$����_l
 (
__��um
, 
__lo��_t
 
__l
�
__THROW
;

451 

	$__bz�o
 (*
__s
, 
size_t
 
__n
�
__THROW
 
	`__n�nu�
 ((1));

453 #ifde�
__USE_BSD


455 

	$bc�y
 (
__cڡ
 *
__�c
, *
__de�
, 
size_t
 
__n
)

456 
__THROW
 
	`__n�nu�
 ((1, 2));

459 

	$bz�o
 (*
__s
, 
size_t
 
__n
�
__THROW
 
	`__n�nu�
 ((1));

462 

	$bcmp
 (
__cڡ
 *
__s1
, __cڡ *
__s2
, 
size_t
 
__n
)

463 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

466 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


469 
*
	`�dex
 (*
__s
, 
__c
)

470 
__THROW
 
	`__asm
 ("�dex"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

471 
__cڡ
 *
	`�dex
 (__cڡ *
__s
, 
__c
)

472 
__THROW
 
	`__asm
 ("�dex"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

474 #i�
def�ed
 
__OPTIMIZE__
 && !def�ed 
__CORRECT_ISO_CPP_STRINGS_H_PROTO


475 
__ex��_�ways_�l�e
 *

476 
	`�dex
 (*
__s
, 
__c
�
__THROW


478  
	`__bu�t�_�dex
 (
__s
, 
__c
);

481 
__ex��_�ways_�l�e
 
__cڡ
 *

482 
	`�dex
 (
__cڡ
 *
__s
, 
__c
�
__THROW


484  
	`__bu�t�_�dex
 (
__s
, 
__c
);

487 
	}
}

489 
*
	$�dex
 (
__cڡ
 *
__s
, 
__c
)

490 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

494 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


497 
*
	`r�dex
 (*
__s
, 
__c
)

498 
__THROW
 
	`__asm
 ("r�dex"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

499 
__cڡ
 *
	`r�dex
 (__cڡ *
__s
, 
__c
)

500 
__THROW
 
	`__asm
 ("r�dex"�
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

502 #i�
def�ed
 
__OPTIMIZE__
 && !def�ed 
__CORRECT_ISO_CPP_STRINGS_H_PROTO


503 
__ex��_�ways_�l�e
 *

504 
	`r�dex
 (*
__s
, 
__c
�
__THROW


506  
	`__bu�t�_r�dex
 (
__s
, 
__c
);

509 
__ex��_�ways_�l�e
 
__cڡ
 *

510 
	`r�dex
 (
__cڡ
 *
__s
, 
__c
�
__THROW


512  
	`__bu�t�_r�dex
 (
__s
, 
__c
);

515 
	}
}

517 
*
	$r�dex
 (
__cڡ
 *
__s
, 
__c
)

518 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1));

523 

	$ffs
 (
__i
�
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

527 #ifdef 
__USE_GNU


528 

	$ff�
 (
__l
�
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

529 #ifde�
__GNUC__


530 
__ex�nsi�__
 

	$ff�l
 (
__�
)

531 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

536 

	$�r��cmp
 (
__cڡ
 *
__s1
, __cڡ *
__s2
)

537 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

540 

	$����cmp
 (
__cڡ
 *
__s1
, __cڡ *
__s2
, 
size_t
 
__n
)

541 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

544 #ifdef 
__USE_GNU


547 

	$�r��cmp_l
 (
__cڡ
 *
__s1
, __cڡ *
__s2
,

548 
__lo��_t
 
__loc
)

549 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2, 3));

551 

	$����cmp_l
 (
__cڡ
 *
__s1
, __cڡ *
__s2
,

552 
size_t
 
__n
, 
__lo��_t
 
__loc
)

553 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2, 4));

556 #ifdef 
__USE_BSD


559 
*
	$�r�p
 (**
__��ri�
 
__�r�gp
,

560 
__cڡ
 *
__��ri�
 
__d�im
)

561 
__THROW
 
	`__n�nu�
 ((1, 2));

564 #ifdef 
__USE_XOPEN2K8


566 
*
	$�rsig�l
 (
__sig
�
__THROW
;

569 
*
	$__�p�y
 (*
__��ri�
 
__de�
, 
__cڡ
 *__��ri� 
__�c
)

570 
__THROW
 
	`__n�nu�
 ((1, 2));

571 
*
	$�p�y
 (*
__��ri�
 
__de�
, 
__cڡ
 *__��ri� 
__�c
)

572 
__THROW
 
	`__n�nu�
 ((1, 2));

576 
*
	$__���y
 (*
__��ri�
 
__de�
,

577 
__cڡ
 *
__��ri�
 
__�c
, 
size_t
 
__n
)

578 
__THROW
 
	`__n�nu�
 ((1, 2));

579 
*
	$���y
 (*
__��ri�
 
__de�
,

580 
__cڡ
 *
__��ri�
 
__�c
, 
size_t
 
__n
)

581 
__THROW
 
	`__n�nu�
 ((1, 2));

584 #ifdef 
__USE_GNU


586 

	$�rv�scmp
 (
__cڡ
 *
__s1
, __cڡ *
__s2
)

587 
__THROW
 
__��ibu�_pu�__
 
	`__n�nu�
 ((1, 2));

590 
*
	$�r�y
 (*
__�r�g
�
__THROW
 
	`__n�nu�
 ((1));

593 
*
	$mem�ob
 (*
__s
, 
size_t
 
__n
�
__THROW
 
	`__n�nu�
 ((1));

595 #i�de�
ba��me


600 #ifde�
__CORRECT_ISO_CPP_STRING_H_PROTO


601 
"C++" *
	$ba��me
 (*
__f��ame
)

602 
__THROW
 
	`__asm
 ("ba��me"�
	`__n�nu�
 ((1));

603 
"C++" 
__cڡ
 *
	$ba��me
 (
__cڡ
 *
__f��ame
)

604 
__THROW
 
	`__asm
 ("ba��me"�
	`__n�nu�
 ((1));

606 
*
	$ba��me
 (
__cڡ
 *
__f��ame
�
__THROW
 
	`__n�nu�
 ((1));

612 #i�
def�ed
 
__GNUC__
 && __GNUC__ >= 2

613 #i�
def�ed
 
__OPTIMIZE__
 && !def�ed 
__OPTIMIZE_SIZE__
 \

614 && !
def�ed
 
__NO_INLINE__
 && !def�ed 
__�lu�lus


634 
	~<b�s/�r�g.h
>

637 
	~<b�s/�r�g2.h
>

640 #i�
__USE_FORTIFY_LEVEL
 > 0 && 
def�ed
 
__ex��_�ways_�l�e


642 
	~<b�s/�r�g3.h
>

646 
__END_DECLS


	@/usr/include/unistd.h

23 #i�def 
_UNISTD_H


24 

	#_UNISTD_H
 1

	)

26 
	~<�u�s.h
>

28 
	g__BEGIN_DECLS


33 #ifde�
__USE_XOPEN2K8


35 

	#_POSIX_VERSION
 200809L

	)

36 #�i�
def�ed
 
__USE_XOPEN2K


38 

	#_POSIX_VERSION
 200112L

	)

39 #�i�
def�ed
 
__USE_POSIX199506


41 

	#_POSIX_VERSION
 199506L

	)

42 #�i�
def�ed
 
__USE_POSIX199309


44 

	#_POSIX_VERSION
 199309L

	)

47 

	#_POSIX_VERSION
 199009L

	)

53 #ifde�
__USE_XOPEN2K8


54 

	#__POSIX2_THIS_VERSION
 200809L

	)

56 #�i�
def�ed
 
__USE_XOPEN2K


58 

	#__POSIX2_THIS_VERSION
 200112L

	)

59 #�i�
def�ed
 
__USE_POSIX199506


61 

	#__POSIX2_THIS_VERSION
 199506L

	)

64 

	#__POSIX2_THIS_VERSION
 199209L

	)

68 

	#_POSIX2_VERSION
 
__POSIX2_THIS_VERSION


	)

72 

	#_POSIX2_C_BIND
 
__POSIX2_THIS_VERSION


	)

76 

	#_POSIX2_C_DEV
 
__POSIX2_THIS_VERSION


	)

80 

	#_POSIX2_SW_DEV
 
__POSIX2_THIS_VERSION


	)

84 

	#_POSIX2_LOCALEDEF
 
__POSIX2_THIS_VERSION


	)

87 #ifde�
__USE_XOPEN2K8


88 

	#_XOPEN_VERSION
 700

	)

89 #�i�
def�ed
 
__USE_XOPEN2K


90 

	#_XOPEN_VERSION
 600

	)

91 #�i�
def�ed
 
__USE_UNIX98


92 

	#_XOPEN_VERSION
 500

	)

94 

	#_XOPEN_VERSION
 4

	)

98 

	#_XOPEN_XCU_VERSION
 4

	)

101 

	#_XOPEN_XPG2
 1

	)

102 

	#_XOPEN_XPG3
 1

	)

103 

	#_XOPEN_XPG4
 1

	)

106 

	#_XOPEN_UNIX
 1

	)

109 

	#_XOPEN_CRYPT
 1

	)

113 

	#_XOPEN_ENH_I18N
 1

	)

116 

	#_XOPEN_LEGACY
 1

	)

203 
	~<b�s/posix_�t.h
>

206 #i�
def�ed
 
__USE_UNIX98
 || def�ed 
__USE_XOPEN2K


207 
	~<b�s/�v��m�ts.h
>

211 

	#STDIN_FILENO
 0

	)

212 

	#STDOUT_FILENO
 1

	)

213 

	#STDERR_FILENO
 2

	)

218 
	~<b�s/ty�s.h
>

220 #i�def 
__ssize_t_def�ed


221 
__ssize_t
 
	tssize_t
;

222 

	#__ssize_t_def�ed


	)

225 

	#__�ed_size_t


	)

226 

	#__�ed_NULL


	)

227 
	~<�ddef.h
>

229 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_XOPEN2K


232 #i�de�
__gid_t_def�ed


233 
__gid_t
 
	tgid_t
;

234 

	#__gid_t_def�ed


	)

237 #i�de�
__uid_t_def�ed


238 
__uid_t
 
	tuid_t
;

239 

	#__uid_t_def�ed


	)

242 #i�de�
__off_t_def�ed


243 #i�de�
__USE_FILE_OFFSET64


244 
__off_t
 
	toff_t
;

246 
__off64_t
 
	toff_t
;

248 

	#__off_t_def�ed


	)

250 #i�
def�ed
 
__USE_LARGEFILE64
 && !def�ed 
__off64_t_def�ed


251 
__off64_t
 
	toff64_t
;

252 

	#__off64_t_def�ed


	)

255 #i�de�
__u�c�ds_t_def�ed


256 
__u�c�ds_t
 
	tu�c�ds_t
;

257 

	#__u�c�ds_t_def�ed


	)

260 #i�de�
__pid_t_def�ed


261 
__pid_t
 
	tpid_t
;

262 

	#__pid_t_def�ed


	)

266 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K


267 #i�de�
__���_t_def�ed


268 
__���_t
 
	t���_t
;

269 

	#__���_t_def�ed


	)

273 #i�
def�ed
 
__USE_BSD
 || def�ed 
__USE_XOPEN


274 #i�de�
__sock�n_t_def�ed


275 
__sock�n_t
 
	tsock�n_t
;

276 

	#__sock�n_t_def�ed


	)

282 

	#R_OK
 4

	)

283 

	#W_OK
 2

	)

284 

	#X_OK
 1

	)

285 

	#F_OK
 0

	)

288 

	$ac�ss
 (
__cڡ
 *
__�me
, 
__ty�
�
__THROW
 
	`__n�nu�
 ((1));

290 #ifde�
__USE_GNU


293 

	$euidac�ss
 (
__cڡ
 *
__�me
, 
__ty�
)

294 
__THROW
 
	`__n�nu�
 ((1));

297 

	$�c�ss
 (
__cڡ
 *
__�me
, 
__ty�
)

298 
__THROW
 
	`__n�nu�
 ((1));

301 #ifde�
__USE_ATFILE


305 

	$�c�s�t
 (
__fd
, 
__cڡ
 *
__f�e
, 
__ty�
, 
__�ag
)

306 
__THROW
 
	`__n�nu�
 ((2)�
__wur
;

311 #i�def 
_STDIO_H


312 

	#SEEK_SET
 0

	)

313 

	#SEEK_CUR
 1

	)

314 

	#SEEK_END
 2

	)

317 #i�
def�ed
 
__USE_BSD
 && !def�ed 
L_SET


319 

	#L_SET
 
SEEK_SET


	)

320 

	#L_INCR
 
SEEK_CUR


	)

321 

	#L_XTND
 
SEEK_END


	)

330 #i�de�
__USE_FILE_OFFSET64


331 
__off_t
 
	$l�ek
 (
__fd
, 
__off_t
 
__off�t
, 
__wh��
�
__THROW
;

333 #ifde�
__REDIRECT_NTH


334 
__off64_t
 
	`__REDIRECT_NTH
 (
l�ek
,

335 (
__fd
, 
__off64_t
 
__off�t
, 
__wh��
),

336 
l�ek64
);

338 

	#l�ek
 
l�ek64


	)

341 #ifde�
__USE_LARGEFILE64


342 
__off64_t
 
	$l�ek64
 (
__fd
, 
__off64_t
 
__off�t
, 
__wh��
)

343 
__THROW
;

350 

	`�o�
 (
__fd
);

357 
ssize_t
 
	$�ad
 (
__fd
, *
__buf
, 
size_t
 
__nby�s
�
__wur
;

363 
ssize_t
 
	$wr�e
 (
__fd
, 
__cڡ
 *
__buf
, 
size_t
 
__n
�
__wur
;

365 #i�
def�ed
 
__USE_UNIX98
 || def�ed 
__USE_XOPEN2K8


366 #i�de�
__USE_FILE_OFFSET64


373 
ssize_t
 
	$��d
 (
__fd
, *
__buf
, 
size_t
 
__nby�s
,

374 
__off_t
 
__off�t
�
__wur
;

381 
ssize_t
 
	$pwr�e
 (
__fd
, 
__cڡ
 *
__buf
, 
size_t
 
__n
,

382 
__off_t
 
__off�t
�
__wur
;

384 #ifde�
__REDIRECT


385 
ssize_t
 
	`__REDIRECT
 (
��d
, (
__fd
, *
__buf
, 
size_t
 
__nby�s
,

386 
__off64_t
 
__off�t
),

387 
��d64
�
__wur
;

388 
ssize_t
 
	`__REDIRECT
 (
pwr�e
, (
__fd
, 
__cڡ
 *
__buf
,

389 
size_t
 
__nby�s
, 
__off64_t
 
__off�t
),

390 
pwr�e64
�
__wur
;

392 

	#��d
 
��d64


	)

393 

	#pwr�e
 
pwr�e64


	)

397 #ifde�
__USE_LARGEFILE64


401 
ssize_t
 
	$��d64
 (
__fd
, *
__buf
, 
size_t
 
__nby�s
,

402 
__off64_t
 
__off�t
�
__wur
;

405 
ssize_t
 
	$pwr�e64
 (
__fd
, 
__cڡ
 *
__buf
, 
size_t
 
__n
,

406 
__off64_t
 
__off�t
�
__wur
;

414 

	$p�e
 (
__p�edes
[2]�
__THROW
 
__wur
;

416 #ifde�
__USE_GNU


419 

	$p�e2
 (
__p�edes
[2], 
__�ags
�
__THROW
 
__wur
;

429 

	$��m
 (
__�c�ds
�
__THROW
;

441 

	`��p
 (
__�c�ds
);

443 #i�(
def�ed
 
__USE_XOPEN_EXTENDED
 && !def�ed 
__USE_XOPEN2K8
) \

444 || 
def�ed
 
__USE_BSD


449 
__u�c�ds_t
 
	$u��m
 (
__u�c�ds_t
 
__v�ue
, __u�c�ds_�
__��rv�
)

450 
__THROW
;

457 

	`u��p
 (
__u�c�ds_t
 
__u�c�ds
);

466 

	`�u�
 ();

470 

	$chown
 (
__cڡ
 *
__f�e
, 
__uid_t
 
__ow�r
, 
__gid_t
 
__group
)

471 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

473 #i�
def�ed
 
__USE_BSD
 || def�ed 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8


475 

	$fchown
 (
__fd
, 
__uid_t
 
__ow�r
, 
__gid_t
 
__group
�
__THROW
 
__wur
;

480 

	$lchown
 (
__cڡ
 *
__f�e
, 
__uid_t
 
__ow�r
, 
__gid_t
 
__group
)

481 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

485 #ifde�
__USE_ATFILE


488 

	$fchow�t
 (
__fd
, 
__cڡ
 *
__f�e
, 
__uid_t
 
__ow�r
,

489 
__gid_t
 
__group
, 
__�ag
)

490 
__THROW
 
	`__n�nu�
 ((2)�
__wur
;

494 

	$chd�
 (
__cڡ
 *
__�th
�
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

496 #i�
def�ed
 
__USE_BSD
 || def�ed 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8


498 

	$fchd�
 (
__fd
�
__THROW
 
__wur
;

508 
*
	$g�cwd
 (*
__buf
, 
size_t
 
__size
�
__THROW
 
__wur
;

510 #ifdef 
__USE_GNU


514 
*
	$g�_cu��t_d�_�me
 (�
__THROW
;

517 #i�(
def�ed
 
__USE_XOPEN_EXTENDED
 && !def�ed 
__USE_XOPEN2K8
) \

518 || 
def�ed
 
__USE_BSD


522 
*
	$g�wd
 (*
__buf
)

523 
__THROW
 
	`__n�nu�
 ((1)�
__��ibu�_d����d__
 
__wur
;

528 

	$dup
 (
__fd
�
__THROW
 
__wur
;

531 

	$dup2
 (
__fd
, 
__fd2
�
__THROW
;

533 #ifde�
__USE_GNU


536 

	$dup3
 (
__fd
, 
__fd2
, 
__�ags
�
__THROW
;

540 
**
__�v��
;

541 #ifde�
__USE_GNU


542 
**
�v��
;

548 

	$execve
 (
__cڡ
 *
__�th
, *__cڡ 
__�gv
[],

549 *
__cڡ
 
__�vp
[]�
__THROW
 
	`__n�nu�
 ((1, 2));

551 #ifde�
__USE_XOPEN2K8


554 

	$�xecve
 (
__fd
, *
__cڡ
 
__�gv
[], *__cڡ 
__�vp
[])

555 
__THROW
 
	`__n�nu�
 ((2));

560 

	$execv
 (
__cڡ
 *
__�th
, *__cڡ 
__�gv
[])

561 
__THROW
 
	`__n�nu�
 ((1, 2));

565 

	$exe�e
 (
__cڡ
 *
__�th
, __cڡ *
__�g
, ...)

566 
__THROW
 
	`__n�nu�
 ((1, 2));

570 

	$exe�
 (
__cڡ
 *
__�th
, __cڡ *
__�g
, ...)

571 
__THROW
 
	`__n�nu�
 ((1, 2));

575 

	$execvp
 (
__cڡ
 *
__f�e
, *__cڡ 
__�gv
[])

576 
__THROW
 
	`__n�nu�
 ((1, 2));

581 

	$exe�p
 (
__cڡ
 *
__f�e
, __cڡ *
__�g
, ...)

582 
__THROW
 
	`__n�nu�
 ((1, 2));

584 #ifde�
__USE_GNU


587 

	$execv�
 (
__cڡ
 *
__f�e
, *__cڡ 
__�gv
[],

588 *
__cڡ
 
__�vp
[])

589 
__THROW
 
	`__n�nu�
 ((1, 2));

593 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN


595 

	$ni�
 (
__�c
�
__THROW
 
__wur
;

600 

	$_ex�
 (
__��us
�
	`__��ibu�__
 ((
__nܑu�__
));

606 
	~<b�s/c��ame.h
>

609 

	$�thc�f
 (
__cڡ
 *
__�th
, 
__�me
)

610 
__THROW
 
	`__n�nu�
 ((1));

613 

	$�hc�f
 (
__fd
, 
__�me
�
__THROW
;

616 

	$sysc�f
 (
__�me
�
__THROW
;

618 #ifdef 
__USE_POSIX2


620 
size_t
 
	$c�f�r
 (
__�me
, *
__buf
, 
size_t
 
__�n
�
__THROW
;

625 
__pid_t
 
	$g�pid
 (�
__THROW
;

628 
__pid_t
 
	$g��id
 (�
__THROW
;

632 #i�de�
__FAVOR_BSD


633 
__pid_t
 
	$g�pg�
 (�
__THROW
;

635 #ifde�
__REDIRECT_NTH


636 
__pid_t
 
	`__REDIRECT_NTH
 (
g�pg�
, (__pid_�
__pid
), 
__g�pgid
);

638 

	#g�pg�
 
__g�pgid


	)

643 
__pid_t
 
	$__g�pgid
 (
__pid_t
 
__pid
�
__THROW
;

644 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8


645 
__pid_t
 
	$g�pgid
 (
__pid_t
 
__pid
�
__THROW
;

652 

	$��gid
 (
__pid_t
 
__pid
, __pid_�
__pgid
�
__THROW
;

654 #i�
def�ed
 
__USE_SVID
 || def�ed 
__USE_BSD
 || def�ed 
__USE_XOPEN_EXTENDED


665 #i�de�
__FAVOR_BSD


669 

	$��g�
 (�
__THROW
;

674 #ifde�
__REDIRECT_NTH


675 

	`__REDIRECT_NTH
 (
��g�
, (
__pid_t
 
__pid
, __pid_�
__pg�
), 
��gid
);

677 

	#��g�
 
��gid


	)

686 
__pid_t
 
	$�tsid
 (�
__THROW
;

688 #i�
def�ed
 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8


690 
__pid_t
 
	$g�sid
 (
__pid_t
 
__pid
�
__THROW
;

694 
__uid_t
 
	$g�uid
 (�
__THROW
;

697 
__uid_t
 
	$g�euid
 (�
__THROW
;

700 
__gid_t
 
	$g�gid
 (�
__THROW
;

703 
__gid_t
 
	$g�egid
 (�
__THROW
;

708 

	$g�groups
 (
__size
, 
__gid_t
 
__li�
[]�
__THROW
 
__wur
;

710 #ifdef 
__USE_GNU


712 

	$group_memb�
 (
__gid_t
 
__gid
�
__THROW
;

719 

	$�tuid
 (
__uid_t
 
__uid
�
__THROW
;

721 #i�
def�ed
 
__USE_BSD
 || def�ed 
__USE_XOPEN_EXTENDED


724 

	$��euid
 (
__uid_t
 
__ruid
, __uid_�
__euid
�
__THROW
;

727 #i�
def�ed
 
__USE_BSD
 || def�ed 
__USE_XOPEN2K


729 

	$��uid
 (
__uid_t
 
__uid
�
__THROW
;

736 

	$�tgid
 (
__gid_t
 
__gid
�
__THROW
;

738 #i�
def�ed
 
__USE_BSD
 || def�ed 
__USE_XOPEN_EXTENDED


741 

	$��egid
 (
__gid_t
 
__rgid
, __gid_�
__egid
�
__THROW
;

744 #i�
def�ed
 
__USE_BSD
 || def�ed 
__USE_XOPEN2K


746 

	$��gid
 (
__gid_t
 
__gid
�
__THROW
;

749 #ifde�
__USE_GNU


752 

	$g��suid
 (
__uid_t
 *
__ruid
, __uid_�*
__euid
, __uid_�*
__suid
)

753 
__THROW
;

757 

	$g��sgid
 (
__gid_t
 *
__rgid
, __gid_�*
__egid
, __gid_�*
__sgid
)

758 
__THROW
;

762 

	$��esuid
 (
__uid_t
 
__ruid
, __uid_�
__euid
, __uid_�
__suid
)

763 
__THROW
;

767 

	$��esgid
 (
__gid_t
 
__rgid
, __gid_�
__egid
, __gid_�
__sgid
)

768 
__THROW
;

775 
__pid_t
 
	$f�k
 (�
__THROW
;

777 #i�(
def�ed
 
__USE_XOPEN_EXTENDED
 && !def�ed 
__USE_XOPEN2K8
) \

778 || 
def�ed
 
__USE_BSD


783 
__pid_t
 
	$vf�k
 (�
__THROW
;

789 
*
	$�y�me
 (
__fd
�
__THROW
;

793 

	$�y�me_r
 (
__fd
, *
__buf
, 
size_t
 
__bu�
)

794 
__THROW
 
	`__n�nu�
 ((2)�
__wur
;

798 

	$i��y
 (
__fd
�
__THROW
;

800 #i�
def�ed
 
__USE_BSD
 \

801 || (
def�ed
 
__USE_XOPEN_EXTENDED
 && !def�ed 
__USE_UNIX98
)

804 

	$�y��
 (�
__THROW
;

809 

	$l�k
 (
__cڡ
 *
__�om
, __cڡ *
__to
)

810 
__THROW
 
	`__n�nu�
 ((1, 2)�
__wur
;

812 #ifde�
__USE_ATFILE


815 

	$l�k�
 (
__�omfd
, 
__cڡ
 *
__�om
, 
__tofd
,

816 
__cڡ
 *
__to
, 
__�ags
)

817 
__THROW
 
	`__n�nu�
 ((2, 4)�
__wur
;

820 #i�
def�ed
 
__USE_BSD
 || def�ed 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K


822 

	$syml�k
 (
__cڡ
 *
__�om
, __cڡ *
__to
)

823 
__THROW
 
	`__n�nu�
 ((1, 2)�
__wur
;

828 
ssize_t
 
	$�adl�k
 (
__cڡ
 *
__��ri�
 
__�th
,

829 *
__��ri�
 
__buf
, 
size_t
 
__�n
)

830 
__THROW
 
	`__n�nu�
 ((1, 2)�
__wur
;

833 #ifde�
__USE_ATFILE


835 

	$syml�k�
 (
__cڡ
 *
__�om
, 
__tofd
,

836 
__cڡ
 *
__to
�
__THROW
 
	`__n�nu�
 ((1, 3)�
__wur
;

839 
ssize_t
 
	$�adl�k�
 (
__fd
, 
__cڡ
 *
__��ri�
 
__�th
,

840 *
__��ri�
 
__buf
, 
size_t
 
__�n
)

841 
__THROW
 
	`__n�nu�
 ((2, 3)�
__wur
;

845 

	$uƚk
 (
__cڡ
 *
__�me
�
__THROW
 
	`__n�nu�
 ((1));

847 #ifde�
__USE_ATFILE


849 

	$uƚk�
 (
__fd
, 
__cڡ
 *
__�me
, 
__�ag
)

850 
__THROW
 
	`__n�nu�
 ((2));

854 

	$rmd�
 (
__cڡ
 *
__�th
�
__THROW
 
	`__n�nu�
 ((1));

858 
__pid_t
 
	$tcg�pg�
 (
__fd
�
__THROW
;

861 

	$tc��g�
 (
__fd
, 
__pid_t
 
__pg�_id
�
__THROW
;

868 
*
	`g�log�
 ();

869 #i�
def�ed
 
__USE_REENTRANT
 || def�ed 
__USE_POSIX199506


876 

	$g�log�_r
 (*
__�me
, 
size_t
 
__�me_�n
�
	`__n�nu�
 ((1));

879 #ifdef 
__USE_BSD


881 

	$��og�
 (
__cڡ
 *
__�me
�
__THROW
 
	`__n�nu�
 ((1));

885 #ifdef 
__USE_POSIX2


889 

	#__�ed_g��t


	)

890 
	~<g��t.h
>

894 #i�
def�ed
 
__USE_BSD
 || def�ed 
__USE_UNIX98
 || def�ed 
__USE_XOPEN2K


898 

	$g�ho��me
 (*
__�me
, 
size_t
 
__�n
�
__THROW
 
	`__n�nu�
 ((1));

902 #i�
def�ed
 
__USE_BSD
 || (def�ed 
__USE_XOPEN
 && !def�ed 
__USE_UNIX98
)

905 

	$�tho��me
 (
__cڡ
 *
__�me
, 
size_t
 
__�n
)

906 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

910 

	$�tho�id
 (
__id
�
__THROW
 
__wur
;

916 

	$g�doma��me
 (*
__�me
, 
size_t
 
__�n
)

917 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

918 

	$�tdoma��me
 (
__cڡ
 *
__�me
, 
size_t
 
__�n
)

919 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

925 

	$vh�gup
 (�
__THROW
;

928 

	$�voke
 (
__cڡ
 *
__f�e
�
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

936 

	$�of�
 (*
__�m�e_buf�r
, 
size_t
 
__size
,

937 
size_t
 
__off�t
, 
__s��
)

938 
__THROW
 
	`__n�nu�
 ((1));

944 

	$ac�
 (
__cڡ
 *
__�me
�
__THROW
;

948 
*
	$g�u�rsh�l
 (�
__THROW
;

949 

	$�du�rsh�l
 (�
__THROW
;

950 

	$�tu�rsh�l
 (�
__THROW
;

956 

	$d�m�
 (
__nochd�
, 
__no�o�
�
__THROW
 
__wur
;

960 #i�
def�ed
 
__USE_BSD
 || (def�ed 
__USE_XOPEN
 && !def�ed 
__USE_XOPEN2K
)

963 

	$chro�
 (
__cڡ
 *
__�th
�
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

967 
*
	$g��ss
 (
__cڡ
 *
__�om�
�
	`__n�nu�
 ((1));

971 #i�
def�ed
 
__USE_BSD
 || def�ed 
__USE_XOPEN
 || def�ed 
__USE_XOPEN2K


976 

	`fsync
 (
__fd
);

980 #i�
def�ed
 
__USE_BSD
 || def�ed 
__USE_XOPEN_EXTENDED


983 

	`g�ho�id
 ();

986 

	$sync
 (�
__THROW
;

989 #i�
def�ed
 
__USE_BSD
 || !def�ed 
__USE_XOPEN2K


992 

	$g��gesize
 (�
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

997 

	$g�d�b�size
 (�
__THROW
;

1003 #i�
def�ed
 
__USE_BSD
 || def�ed 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K8


1006 #i�de�
__USE_FILE_OFFSET64


1007 

	$�un��
 (
__cڡ
 *
__f�e
, 
__off_t
 
__�ngth
)

1008 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

1010 #ifde�
__REDIRECT_NTH


1011 

	`__REDIRECT_NTH
 (
�un��
,

1012 (
__cڡ
 *
__f�e
, 
__off64_t
 
__�ngth
),

1013 
�un��64
�
	`__n�nu�
 ((1)�
__wur
;

1015 

	#�un��
 
�un��64


	)

1018 #ifde�
__USE_LARGEFILE64


1019 

	$�un��64
 (
__cڡ
 *
__f�e
, 
__off64_t
 
__�ngth
)

1020 
__THROW
 
	`__n�nu�
 ((1)�
__wur
;

1025 #i�
def�ed
 
__USE_BSD
 || def�ed 
__USE_XOPEN_EXTENDED
 || def�ed 
__USE_XOPEN2K


1028 #i�de�
__USE_FILE_OFFSET64


1029 

	$�run��
 (
__fd
, 
__off_t
 
__�ngth
�
__THROW
 
__wur
;

1031 #ifde�
__REDIRECT_NTH


1032 

	`__REDIRECT_NTH
 (
�run��
, (
__fd
, 
__off64_t
 
__�ngth
),

1033 
�run��64
�
__wur
;

1035 

	#�run��
 
�run��64


	)

1038 #ifde�
__USE_LARGEFILE64


1039 

	$�run��64
 (
__fd
, 
__off64_t
 
__�ngth
�
__THROW
 
__wur
;

1045 #i�(
def�ed
 
__USE_XOPEN_EXTENDED
 && !def�ed 
__USE_XOPEN2K
) \

1046 || 
def�ed
 
__USE_MISC


1050 

	$brk
 (*
__addr
�
__THROW
 
__wur
;

1056 
*
	$sbrk
 (
���_t
 
__d��
�
__THROW
;

1060 #ifde�
__USE_MISC


1071 

	$sys��
 (
__sy�o
, ...�
__THROW
;

1076 #i�(
def�ed
 
__USE_MISC
 || def�ed 
__USE_XOPEN_EXTENDED
�&& !def�ed 
F_LOCK


1088 

	#F_ULOCK
 0

	)

1089 

	#F_LOCK
 1

	)

1090 

	#F_TLOCK
 2

	)

1091 

	#F_TEST
 3

	)

1093 #i�de�
__USE_FILE_OFFSET64


1094 

	$lockf
 (
__fd
, 
__cmd
, 
__off_t
 
__�n
�
__wur
;

1096 #ifde�
__REDIRECT


1097 

	`__REDIRECT
 (
lockf
, (
__fd
, 
__cmd
, 
__off64_t
 
__�n
),

1098 
lockf64
�
__wur
;

1100 

	#lockf
 
lockf64


	)

1103 #ifde�
__USE_LARGEFILE64


1104 

	$lockf64
 (
__fd
, 
__cmd
, 
__off64_t
 
__�n
�
__wur
;

1109 #ifde�
__USE_GNU


1114 

	#TEMP_FAILURE_RETRY
(
ex�essi�
) \

1115 (
__ex�nsi�__
 \

1116 ({ 
__�su�
; \

1117 d�
__�su�
 = (�(
ex�essi�
); \

1118 
__�su�
 =�-1L && 
��o
 =�
EINTR
); \

1119 
__�su�
; 
	}
}))

	)

1122 #i�
def�ed
 
__USE_POSIX199309
 || def�ed 
__USE_UNIX98


1125 

fd�async
 (
__f�des
);

1131 #ifdef 
__USE_XOPEN


1133 
*
	$�y�
 (
__cڡ
 *
__key
, __cڡ *
__��
)

1134 
__THROW
 
	`__n�nu�
 ((1, 2));

1138 

	$��y�
 (*
__libc_block
, 
__ed�ag
�
__THROW
 
	`__n�nu�
 ((1));

1145 

	$swab
 (
__cڡ
 *
__��ri�
 
__�om
, *__��ri� 
__to
,

1146 
ssize_t
 
__n
�
__THROW
 
	`__n�nu�
 ((1, 2));

1152 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_XOPEN2K8


1154 
*
	$��mid
 (*
__s
�
__THROW
;

1159 #i�
__USE_FORTIFY_LEVEL
 > 0 && 
def�ed
 
__ex��_�ways_�l�e


1160 
	~<b�s/uni�d.h
>

1163 
__END_DECLS


	@/usr/include/alloca.h

19 #i�def 
_ALLOCA_H


20 

	#_ALLOCA_H
 1

	)

22 
	~<�u�s.h
>

24 

	#__�ed_size_t


	)

25 
	~<�ddef.h
>

27 
	g__BEGIN_DECLS


30 #unde�
�lo�


33 
*
	$�lo�
 (
size_t
 
__size
�
__THROW
;

35 #ifdef 
__GNUC__


36 

	#�lo�
(
size
�
	`__bu�t�_�lo�
 (size)

	)

39 
__END_DECLS


	@/usr/include/endian.h

19 #i�def 
_ENDIAN_H


20 

	#_ENDIAN_H
 1

	)

22 
	~<�u�s.h
>

32 

	#__LITTLE_ENDIAN
 1234

	)

33 

	#__BIG_ENDIAN
 4321

	)

34 

	#__PDP_ENDIAN
 3412

	)

37 
	~<b�s/�d�n.h
>

41 #i�de�
__FLOAT_WORD_ORDER


42 

	#__FLOAT_WORD_ORDER
 
__BYTE_ORDER


	)

45 #ifdef 
__USE_BSD


46 

	#LITTLE_ENDIAN
 
__LITTLE_ENDIAN


	)

47 

	#BIG_ENDIAN
 
__BIG_ENDIAN


	)

48 

	#PDP_ENDIAN
 
__PDP_ENDIAN


	)

49 

	#BYTE_ORDER
 
__BYTE_ORDER


	)

52 #i�
__BYTE_ORDER
 =�
__LITTLE_ENDIAN


53 

	#__LONG_LONG_PAIR
(
HI
, 
LO
�LO, 
	)
HI

54 #�i�
__BYTE_ORDER
 =�
__BIG_ENDIAN


55 

	#__LONG_LONG_PAIR
(
HI
, 
LO
�HI, 
	)
LO

59 #ifde�
__USE_BSD


61 
	~<b�s/by�sw�.h
>

63 #i�
__BYTE_ORDER
 =�
__LITTLE_ENDIAN


64 

	#htobe16
(
x
�
	`__bsw�_16
 (x)

	)

65 

	#ht�e16
(
x
�(x)

	)

66 

	#be16toh
(
x
�
	`__bsw�_16
 (x)

	)

67 

	#�16toh
(
x
�(x)

	)

69 

	#htobe32
(
x
�
	`__bsw�_32
 (x)

	)

70 

	#ht�e32
(
x
�(x)

	)

71 

	#be32toh
(
x
�
	`__bsw�_32
 (x)

	)

72 

	#�32toh
(
x
�(x)

	)

74 

	#htobe64
(
x
�
	`__bsw�_64
 (x)

	)

75 

	#ht�e64
(
x
�(x)

	)

76 

	#be64toh
(
x
�
	`__bsw�_64
 (x)

	)

77 

	#�64toh
(
x
�(x)

	)

79 

	#htobe16
(
x
�(x)

	)

80 

	#ht�e16
(
x
�
	`__bsw�_16
 (x)

	)

81 

	#be16toh
(
x
�(x)

	)

82 

	#�16toh
(
x
�
	`__bsw�_16
 (x)

	)

84 

	#htobe32
(
x
�(x)

	)

85 

	#ht�e32
(
x
�
	`__bsw�_32
 (x)

	)

86 

	#be32toh
(
x
�(x)

	)

87 

	#�32toh
(
x
�
	`__bsw�_32
 (x)

	)

89 

	#htobe64
(
x
�(x)

	)

90 

	#ht�e64
(
x
�
	`__bsw�_64
 (x)

	)

91 

	#be64toh
(
x
�(x)

	)

92 

	#�64toh
(
x
�
	`__bsw�_64
 (x)

	)

	@/usr/include/event2/buffer.h

26 #i�de�
_EVENT2_BUFFER_H_


27 

	#_EVENT2_BUFFER_H_


	)

75 #ifde�
__�lu�lus


79 
	~<ev�t2/ev�t-c�fig.h
>

80 
	~<�d�g.h
>

81 #ifde�
_EVENT_HAVE_SYS_TYPES_H


82 
	~<sys/ty�s.h
>

84 #ifde�
_EVENT_HAVE_SYS_UIO_H


85 
	~<sys/uio.h
>

87 
	~<ev�t2/ut�.h
>

95 
evbuf�r


96 #ifde�
_EVENT_IN_DOXYGEN


109 
	sevbuf�r_�r
 {

110 
ev_ssize_t
 
pos
;

114 *
cha�
;

115 
size_t
 
pos_�_cha�
;

116 } 
_����
;

124 #ifde�
_EVENT_HAVE_SYS_UIO_H


125 

	#evbuf�r_iovec
 
iovec


	)

127 

	#_EVBUFFER_IOVEC_IS_NATIVE


	)

129 
	sevbuf�r_iovec
 {

131 *
iov_ba�
;

133 
size_t
 
iov_�n
;

143 
evbuf�r
 *
evbuf�r_�w
();

149 
evbuf�r_�
(
evbuf�r
 *
buf
);

163 
evbuf�r_�ab�_lock�g
(
evbuf�r
 *
buf
, *
lock
);

169 
evbuf�r_lock
(
evbuf�r
 *
buf
);

175 
evbuf�r_u�ock
(
evbuf�r
 *
buf
);

193 

	#EVBUFFER_FLAG_DRAINS_TO_FD
 1

	)

202 
evbuf�r_�t_�ags
(
evbuf�r
 *
buf
, 
ev_u�t64_t
 
�ags
);

210 
evbuf�r_��r_�ags
(
evbuf�r
 *
buf
, 
ev_u�t64_t
 
�ags
);

218 
size_t
 
evbuf�r_g�_�ngth
(cڡ 
evbuf�r
 *
buf
);

232 
size_t
 
evbuf�r_g�_c�tiguous_�a�
(cڡ 
evbuf�r
 *
buf
);

244 
evbuf�r_ex�nd
(
evbuf�r
 *
buf
, 
size_t
 
d��n
);

280 
evbuf�r_��rve_�a�
(
evbuf�r
 *
buf
, 
ev_ssize_t
 
size
,

281 
evbuf�r_iovec
 *
vec
, 
n_vec
);

304 
evbuf�r_comm�_�a�
(
evbuf�r
 *
buf
,

305 
evbuf�r_iovec
 *
vec
, 
n_vecs
);

315 
evbuf�r_add
(
evbuf�r
 *
buf
, cڡ *
d�a
, 
size_t
 
d��n
);

329 
evbuf�r_�move
(
evbuf�r
 *
buf
, *
d�a
, 
size_t
 
d��n
);

342 
ev_ssize_t
 
evbuf�r_c�yout
(
evbuf�r
 *
buf
, *
d�a_out
, 
size_t
 
d��n
);

357 
evbuf�r_�move_buf�r
(
evbuf�r
 *
�c
, evbuf�*
d�
,

358 
size_t
 
d��n
);

362 
	eevbuf�r_e�_�y�
 {

372 
EVBUFFER_EOL_ANY
,

375 
EVBUFFER_EOL_CRLF
,

377 
EVBUFFER_EOL_CRLF_STRICT
,

379 
EVBUFFER_EOL_LF


396 *
evbuf�r_�ad�
(
evbuf�r
 *
buf�r
, 
size_t
 *
n_�ad_out
,

397 
evbuf�r_e�_�y�
 
e�_�y�
);

411 
evbuf�r_add_buf�r
(
evbuf�r
 *
outbuf
, evbuf�*
�buf
);

419 (*
evbuf�r_�f_��nup_cb
)(cڡ *
	td�a
,

420 
	tsize_t
 
	td���
, *
	tex�a
);

437 
evbuf�r_add_��n�
(
evbuf�r
 *
outbuf
,

438 cڡ *
d�a
, 
size_t
 
d��n
,

439 
evbuf�r_�f_��nup_cb
 
��nup�
, *
��nup�_�g
);

462 
evbuf�r_add_f�e
(
evbuf�r
 *
outbuf
, 
fd
, 
ev_off_t
 
off�t
,

463 
ev_off_t
 
�ngth
);

477 
evbuf�r_add_��tf
(
evbuf�r
 *
buf
, cڡ *
fmt
, ...)

478 #ifde�
__GNUC__


479 
__��ibu�__
((
f�m�
(
��tf
, 2, 3)))

491 
evbuf�r_add_v��tf
(
evbuf�r
 *
buf
, cڡ *
fmt
, 
va_li�
 
�
);

501 
evbuf�r_d��
(
evbuf�r
 *
buf
, 
size_t
 
�n
);

514 
evbuf�r_wr�e
(
evbuf�r
 *
buf�r
, 
evut�_sock�_t
 
fd
);

528 
evbuf�r_wr�e_�mo�
(
evbuf�r
 *
buf�r
, 
evut�_sock�_t
 
fd
,

529 
ev_ssize_t
 
howmuch
);

540 
evbuf�r_�ad
(
evbuf�r
 *
buf�r
, 
evut�_sock�_t
 
fd
, 
howmuch
);

553 
evbuf�r_�r
 
evbuf�r_��ch
(
evbuf�r
 *
buf�r
, cڡ *
wh�
, 
size_t
 
�n
, cڡ evbuf�r_��*
��t
);

569 
evbuf�r_�r
 
evbuf�r_��ch_�nge
(
evbuf�r
 *
buf�r
, cڡ *
wh�
, 
size_t
 
�n
, cڡ evbuf�r_��*
��t
, cڡ evbuf�r_��*
�d
);

575 
	eevbuf�r_�r_how
 {

578 
EVBUFFER_PTR_SET
,

580 
EVBUFFER_PTR_ADD


596 
evbuf�r_�r_�t
(
evbuf�r
 *
buf�r
, 
evbuf�r_�r
 *
�r
,

597 
size_t
 
pos�i�
, 
evbuf�r_�r_how
 
how
);

613 
evbuf�r_�r
 
evbuf�r_��ch_e�
(
evbuf�r
 *
buf�r
,

614 
evbuf�r_�r
 *
��t
, 
size_t
 *
e�_�n_out
,

615 
evbuf�r_e�_�y�
 
e�_�y�
);

643 
evbuf�r_�ek
(
evbuf�r
 *
buf�r
, 
ev_ssize_t
 
�n
,

644 
evbuf�r_�r
 *
��t_�
,

645 
evbuf�r_iovec
 *
vec_out
, 
n_vec
);

652 
	sevbuf�r_cb_�fo
 {

655 
size_t
 
�ig_size
;

657 
size_t
 
n_added
;

659 
size_t
 
n_d��ed
;

681 (*
evbuf�r_cb_func
)(
	tevbuf�r
 *
	tbuf�r
, cڡ 
	tevbuf�r_cb_�fo
 *
	t�fo
, *
	t�g
);

683 
evbuf�r_cb_��y
;

695 
evbuf�r_cb_��y
 *
evbuf�r_add_cb
(
evbuf�r
 *
buf�r
, 
evbuf�r_cb_func
 
cb
, *
cb�g
);

705 
evbuf�r_�move_cb_��y
(
evbuf�r
 *
buf�r
,

706 
evbuf�r_cb_��y
 *
�t
);

714 
evbuf�r_�move_cb
(
evbuf�r
 *
buf�r
, 
evbuf�r_cb_func
 
cb
, *
cb�g
);

721 

	#EVBUFFER_CB_ENABLED
 1

	)

730 
evbuf�r_cb_�t_�ags
(
evbuf�r
 *
buf�r
,

731 
evbuf�r_cb_��y
 *
cb
, 
ev_u�t32_t
 
�ags
);

740 
evbuf�r_cb_��r_�ags
(
evbuf�r
 *
buf�r
,

741 
evbuf�r_cb_��y
 *
cb
, 
ev_u�t32_t
 
�ags
);

753 
evbuf�r_cb_su��d
(
evbuf�r
 *
buf�r
, 
evbuf�r_cb_��y
 *
cb
);

762 
evbuf�r_cb_unsu��d
(
evbuf�r
 *
buf�r
, 
evbuf�r_cb_��y
 *
cb
);

774 *
evbuf�r_pu�up
(
evbuf�r
 *
buf
, 
ev_ssize_t
 
size
);

785 
evbuf�r_���d
(
evbuf�r
 *
buf
, cڡ *
d�a
, 
size_t
 
size
);

795 
evbuf�r_���d_buf�r
(
evbuf�r
 *
d�
, evbuf�r* 
�c
);

811 
evbuf�r_�ze
(
evbuf�r
 *
buf
, 
�_��t
);

820 
evbuf�r_un�ze
(
evbuf�r
 *
buf
, 
�_��t
);

822 
ev�t_ba�
;

830 
evbuf�r_de�r_��backs
(
evbuf�r
 *
buf�r
, 
ev�t_ba�
 *
ba�
);

832 #ifde�
__�lu�lus


	@/usr/include/event2/buffer_compat.h

27 #i�de�
_EVENT2_BUFFER_COMPAT_H_


28 

	#_EVENT2_BUFFER_COMPAT_H_


	)

48 *
evbuf�r_�adl�e
(
evbuf�r
 *
buf�r
);

70 (*
	tevbuf�r_cb
)(
	tevbuf�r
 *
	tbuf�r
, 
	tsize_t
 
	t�d_�n
, size_�
	t�w_�n
, *
	t�g
);

91 
	`evbuf�r_�tcb
(
evbuf�r
 *
buf�r
, 
evbuf�r_cb
 
cb
, *
cb�g
);

102 *
	`evbuf�r_f�d
(
evbuf�r
 *
buf�r
, cڡ *
wh�
, 
size_t
 
�n
);

105 

	#EVBUFFER_LENGTH
(
x
�
	`evbuf�r_g�_�ngth
(x)

	)

107 

	#EVBUFFER_DATA
(
x
�
	`evbuf�r_pu�up
((x), -1)

	)

	@/usr/include/event2/bufferevent.h

27 #i�de�
_EVENT2_BUFFEREVENT_H_


28 

	#_EVENT2_BUFFEREVENT_H_


	)

77 #ifde�
__�lu�lus


81 
	~<ev�t2/ev�t-c�fig.h
>

82 #ifde�
_EVENT_HAVE_SYS_TYPES_H


83 
	~<sys/ty�s.h
>

85 #ifde�
_EVENT_HAVE_SYS_TIME_H


86 
	~<sys/time.h
>

90 
	~<ev�t2/ut�.h
>

98 

	#BEV_EVENT_READING
 0x01

	)

99 

	#BEV_EVENT_WRITING
 0x02

	)

100 

	#BEV_EVENT_EOF
 0x10

	)

101 

	#BEV_EVENT_ERROR
 0x20

	)

102 

	#BEV_EVENT_TIMEOUT
 0x40

	)

103 

	#BEV_EVENT_CONNECTED
 0x80

	)

111 
buf�v�t


112 #ifde�
_EVENT_IN_DOXYGEN


116 
ev�t_ba�
;

117 
evbuf�r
;

118 
sockaddr
;

133 (*
buf�v�t_d�a_cb
)(
	tbuf�v�t
 *
	tbev
, *
	t�x
);

149 (*
buf�v�t_ev�t_cb
)(
	tbuf�v�t
 *
	tbev
, 
	twh�
, *
	t�x
);

152 
	ebuf�v�t_�ti�s
 {

155 
BEV_OPT_CLOSE_ON_FREE
 = (1<<0),

159 
BEV_OPT_THREADSAFE
 = (1<<1),

162 
BEV_OPT_DEFER_CALLBACKS
 = (1<<2),

168 
BEV_OPT_UNLOCK_CALLBACKS
 = (1<<3)

184 
buf�v�t
 *
buf�v�t_sock�_�w
(
ev�t_ba�
 *
ba�
, 
evut�_sock�_t
 
fd
, 
�ti�s
);

205 
buf�v�t_sock�_c���
(
buf�v�t
 *, 
sockaddr
 *, );

207 
evdns_ba�
;

234 
buf�v�t_sock�_c���_ho��me
(
buf�v�t
 *,

235 
evdns_ba�
 *, , const *, );

245 
buf�v�t_sock�_g�_dns_�r�
(
buf�v�t
 *
bev
);

258 
buf�v�t_ba�_�t
(
ev�t_ba�
 *
ba�
, 
buf�v�t
 *
bu�v
);

263 
ev�t_ba�
 *
buf�v�t_g�_ba�
(
buf�v�t
 *
bev
);

274 
buf�v�t_�iܙy_�t
(
buf�v�t
 *
bu�v
, 
�i
);

282 
buf�v�t_�
(
buf�v�t
 *
bu�v
);

299 
buf�v�t_�tcb
(
buf�v�t
 *
bu�v
,

300 
buf�v�t_d�a_cb
 
�adcb
, buf�v�t_d�a_cb 
wr�ecb
,

301 
buf�v�t_ev�t_cb
 
ev�tcb
, *
cb�g
);

310 
buf�v�t_�tfd
(
buf�v�t
 *
bu�v
, 
evut�_sock�_t
 
fd
);

316 
evut�_sock�_t
 
buf�v�t_g�fd
(
buf�v�t
 *
bu�v
);

322 
buf�v�t
 *
buf�v�t_g�_und�ly�g
(buf�v��*
bu�v
);

337 
buf�v�t_wr�e
(
buf�v�t
 *
bu�v
,

338 cڡ *
d�a
, 
size_t
 
size
);

350 
buf�v�t_wr�e_buf�r
(
buf�v�t
 *
bu�v
, 
evbuf�r
 *
buf
);

363 
size_t
 
buf�v�t_�ad
(
buf�v�t
 *
bu�v
, *
d�a
, size_�
size
);

373 
buf�v�t_�ad_buf�r
(
buf�v�t
 *
bu�v
, 
evbuf�r
 *
buf
);

384 
evbuf�r
 *
buf�v�t_g�_�put
(
buf�v�t
 *
bu�v
);

398 
evbuf�r
 *
buf�v�t_g�_ou�ut
(
buf�v�t
 *
bu�v
);

408 
buf�v�t_�ab�
(
buf�v�t
 *
bu�v
, 
ev�t
);

418 
buf�v�t_di�b�
(
buf�v�t
 *
bu�v
, 
ev�t
);

426 
buf�v�t_g�_�ab�d
(
buf�v�t
 *
bu�v
);

454 
buf�v�t_�t_timeouts
(
buf�v�t
 *
bu�v
,

455 cڡ 
timev�
 *
timeout_�ad
, cڡ timev� *
timeout_wr�e
);

475 
buf�v�t_�tw��m�k
(
buf�v�t
 *
bu�v
, 
ev�ts
,

476 
size_t
 
lowm�k
, size_�
highm�k
);

482 
buf�v�t_lock
(
buf�v�t
 *
bu�v
);

488 
buf�v�t_u�ock
(
buf�v�t
 *
bu�v
);

494 
	ebuf�v�t_�ush_mode
 {

496 
BEV_NORMAL
 = 0,

499 
BEV_FLUSH
 = 1,

502 
BEV_FINISHED
 = 2

513 
buf�v�t_�ush
(
buf�v�t
 *
bu�v
,

514 
i�y�
,

515 
buf�v�t_�ush_mode
 
mode
);

525 
	ebuf�v�t_f��r_�su�
 {

527 
BEV_OK
 = 0,

530 
BEV_NEED_MORE
 = 1,

534 
BEV_ERROR
 = 2

555 
buf�v�t_f��r_�su�
 (*
	tbuf�v�t_f��r_cb
)(

556 
	tevbuf�r
 *
	t�c
, evbuf�*
	td�
, 
	tev_ssize_t
 
	td�_lim�
,

557 
	tbuf�v�t_�ush_mode
 
	tmode
, *
	t�x
);

572 
buf�v�t
 *

573 
buf�v�t_f��r_�w
(
buf�v�t
 *
und�ly�g
,

574 
buf�v�t_f��r_cb
 
�put_f��r
,

575 
buf�v�t_f��r_cb
 
ou�ut_f��r
,

576 
�ti�s
,

577 (*
�_cڋxt
)(*),

578 *
�x
);

591 
buf�v�t_��_�w
(
ev�t_ba�
 *
ba�
, 
�ti�s
,

592 
buf�v�t
 *
��
[2]);

598 
buf�v�t
 *
buf�v�t_��_g�_���r
(buf�v��*
bev
);

604 
ev_tok�_buck�_cfg
;

610 
buf�v�t_��_lim�_group
;

613 

	#EV_RATE_LIMIT_MAX
 
EV_SSIZE_MAX


	)

631 
ev_tok�_buck�_cfg
 *
ev_tok�_buck�_cfg_�w
(

632 
size_t
 
�ad_��
, size_�
�ad_bur�
,

633 
size_t
 
wr�e_��
, size_�
wr�e_bur�
,

634 cڡ 
timev�
 *
tick_�n
);

641 
ev_tok�_buck�_cfg_�
(
ev_tok�_buck�_cfg
 *
cfg
);

654 
buf�v�t_�t_��_lim�
(
buf�v�t
 *
bev
,

655 
ev_tok�_buck�_cfg
 *
cfg
);

674 
buf�v�t_��_lim�_group
 *
buf�v�t_��_lim�_group_�w
(

675 
ev�t_ba�
 *
ba�
,

676 cڡ 
ev_tok�_buck�_cfg
 *
cfg
);

682 
buf�v�t_��_lim�_group_�t_cfg
(

683 
buf�v�t_��_lim�_group
 *,

684 cڡ 
ev_tok�_buck�_cfg
 *);

702 
buf�v�t_��_lim�_group_�t_m�_sh�e
(

703 
buf�v�t_��_lim�_group
 *, 
size_t
);

709 
buf�v�t_��_lim�_group_�
(
buf�v�t_��_lim�_group
 *);

721 
buf�v�t_add_to_��_lim�_group
(
buf�v�t
 *
bev
,

722 
buf�v�t_��_lim�_group
 *
g
);

725 
buf�v�t_�move_�om_��_lim�_group
(
buf�v�t
 *
bev
);

738 
ev_ssize_t
 
buf�v�t_g�_�ad_lim�
(
buf�v�t
 *
bev
);

739 
ev_ssize_t
 
buf�v�t_g�_wr�e_lim�
(
buf�v�t
 *
bev
);

742 
ev_ssize_t
 
buf�v�t_g�_max_to_�ad
(
buf�v�t
 *
bev
);

743 
ev_ssize_t
 
buf�v�t_g�_max_to_wr�e
(
buf�v�t
 *
bev
);

754 
ev_ssize_t
 
buf�v�t_��_lim�_group_g�_�ad_lim�
(

755 
buf�v�t_��_lim�_group
 *);

756 
ev_ssize_t
 
buf�v�t_��_lim�_group_g�_wr�e_lim�
(

757 
buf�v�t_��_lim�_group
 *);

774 
buf�v�t_de�em�t_�ad_lim�
(
buf�v�t
 *
bev
, 
ev_ssize_t
 
de�
);

775 
buf�v�t_de�em�t_wr�e_lim�
(
buf�v�t
 *
bev
, 
ev_ssize_t
 
de�
);

791 
buf�v�t_��_lim�_group_de�em�t_�ad
(

792 
buf�v�t_��_lim�_group
 *, 
ev_ssize_t
);

793 
buf�v�t_��_lim�_group_de�em�t_wr�e
(

794 
buf�v�t_��_lim�_group
 *, 
ev_ssize_t
);

804 
buf�v�t_��_lim�_group_g�_tٮs
(

805 
buf�v�t_��_lim�_group
 *
g�
,

806 
ev_u�t64_t
 *
tٮ_�ad_out
,�v_u�t64_�*
tٮ_wr��n_out
);

814 
buf�v�t_��_lim�_group_��t_tٮs
(

815 
buf�v�t_��_lim�_group
 *
g�
);

817 #ifde�
__�lu�lus


	@/usr/include/event2/bufferevent_compat.h

28 #i�de�
_EVENT2_BUFFEREVENT_COMPAT_H_


29 

	#_EVENT2_BUFFEREVENT_COMPAT_H_


	)

31 

	#evbuf�rcb
 
buf�v�t_d�a_cb


	)

32 

	#ev�r�cb
 
buf�v�t_ev�t_cb


	)

75 
buf�v�t
 *
buf�v�t_�w
(
evut�_sock�_t
 
fd
,

76 
evbuf�rcb
 
�adcb
,�vbuf�rcb 
wr�ecb
, 
ev�r�cb
 
�r�cb
, *
cb�g
);

86 
buf�v�t_��imeout
(
buf�v�t
 *
bu�v
,

87 
timeout_�ad
, 
timeout_wr�e
);

89 

	#EVBUFFER_READ
 
BEV_EVENT_READING


	)

90 

	#EVBUFFER_WRITE
 
BEV_EVENT_WRITING


	)

91 

	#EVBUFFER_EOF
 
BEV_EVENT_EOF


	)

92 

	#EVBUFFER_ERROR
 
BEV_EVENT_ERROR


	)

93 

	#EVBUFFER_TIMEOUT
 
BEV_EVENT_TIMEOUT


	)

96 

	#EVBUFFER_INPUT
(
x
�
	`buf�v�t_g�_�put
(x)

	)

98 

	#EVBUFFER_OUTPUT
(
x
�
	`buf�v�t_g�_ou�ut
(x)

	)

	@/usr/include/event2/bufferevent_struct.h

27 #i�de�
_EVENT2_BUFFEREVENT_STRUCT_H_


28 

	#_EVENT2_BUFFEREVENT_STRUCT_H_


	)

40 #ifde�
__�lu�lus


44 
	~<ev�t2/ev�t-c�fig.h
>

45 #ifde�
_EVENT_HAVE_SYS_TYPES_H


46 
	~<sys/ty�s.h
>

48 #ifde�
_EVENT_HAVE_SYS_TIME_H


49 
	~<sys/time.h
>

53 
	~<ev�t2/ut�.h
>

55 
	~<ev�t2/ev�t_�ru�.h
>

57 
	sev�t_w��m�k
 {

58 
size_t
 
low
;

59 
size_t
 
high
;

70 
	sbuf�v�t
 {

72 
ev�t_ba�
 *
ev_ba�
;

75 cڡ 
buf�v�t_�s
 *
be_�s
;

80 
ev�t
 
ev_�ad
;

84 
ev�t
 
ev_wr�e
;

88 
evbuf�r
 *
�put
;

92 
evbuf�r
 *
ou�ut
;

94 
ev�t_w��m�k
 
wm_�ad
;

95 
ev�t_w��m�k
 
wm_wr�e
;

97 
buf�v�t_d�a_cb
 
�adcb
;

98 
buf�v�t_d�a_cb
 
wr�ecb
;

101 
buf�v�t_ev�t_cb
 
�r�cb
;

102 *
cb�g
;

104 
timev�
 
timeout_�ad
;

105 
timev�
 
timeout_wr�e
;

109 
�ab�d
;

112 #ifde�
__�lu�lus


	@/usr/include/event2/event-config.h

10 #i�de�
_EVENT2_EVENT_CONFIG_H_


11 

	#_EVENT2_EVENT_CONFIG_H_


	)

31 

	#_EVENT_HAVE_ARPA_INET_H
 1

	)

34 

	#_EVENT_HAVE_CLOCK_GETTIME
 1

	)

38 

	#_EVENT_HAVE_DECL_CTL_KERN
 1

	)

42 

	#_EVENT_HAVE_DECL_KERN_ARND
 0

	)

46 

	#_EVENT_HAVE_DECL_KERN_RANDOM
 1

	)

50 

	#_EVENT_HAVE_DECL_RANDOM_UUID
 1

	)

56 

	#_EVENT_HAVE_DLFCN_H
 1

	)

59 

	#_EVENT_HAVE_EPOLL
 1

	)

62 

	#_EVENT_HAVE_EPOLL_CTL
 1

	)

65 

	#_EVENT_HAVE_EVENTFD
 1

	)

71 

	#_EVENT_HAVE_FCNTL
 1

	)

74 

	#_EVENT_HAVE_FCNTL_H
 1

	)

77 

	#_EVENT_HAVE_FD_MASK
 1

	)

80 

	#_EVENT_HAVE_GETADDRINFO
 1

	)

83 

	#_EVENT_HAVE_GETEGID
 1

	)

86 

	#_EVENT_HAVE_GETEUID
 1

	)

101 

	#_EVENT_HAVE_GETNAMEINFO
 1

	)

104 

	#_EVENT_HAVE_GETPROTOBYNUMBER
 1

	)

110 

	#_EVENT_HAVE_GETTIMEOFDAY
 1

	)

113 

	#_EVENT_HAVE_INET_ATON
 1

	)

116 

	#_EVENT_HAVE_INET_NTOP
 1

	)

119 

	#_EVENT_HAVE_INET_PTON
 1

	)

122 

	#_EVENT_HAVE_INTTYPES_H
 1

	)

131 

	#_EVENT_HAVE_LIBZ
 1

	)

134 

	#_EVENT_HAVE_MEMORY_H
 1

	)

137 

	#_EVENT_HAVE_MMAP
 1

	)

140 

	#_EVENT_HAVE_NETDB_H
 1

	)

146 

	#_EVENT_HAVE_NETINET_IN_H
 1

	)

149 

	#_EVENT_HAVE_OPENSSL
 1

	)

152 

	#_EVENT_HAVE_OPENSSL_BIO_H
 1

	)

155 

	#_EVENT_HAVE_PIPE
 1

	)

158 

	#_EVENT_HAVE_POLL
 1

	)

161 

	#_EVENT_HAVE_POLL_H
 1

	)

173 

	#_EVENT_HAVE_PTHREADS
 1

	)

176 

	#_EVENT_HAVE_PUTENV
 1

	)

179 

	#_EVENT_HAVE_SA_FAMILY_T
 1

	)

182 

	#_EVENT_HAVE_SELECT
 1

	)

185 

	#_EVENT_HAVE_SENDFILE
 1

	)

188 

	#_EVENT_HAVE_SETENV
 1

	)

191 

	#_EVENT_HAVE_SETFD
 1

	)

194 

	#_EVENT_HAVE_SIGACTION
 1

	)

197 

	#_EVENT_HAVE_SIGNAL
 1

	)

200 

	#_EVENT_HAVE_SPLICE
 1

	)

203 

	#_EVENT_HAVE_STDARG_H
 1

	)

206 

	#_EVENT_HAVE_STDDEF_H
 1

	)

209 

	#_EVENT_HAVE_STDINT_H
 1

	)

212 

	#_EVENT_HAVE_STDLIB_H
 1

	)

215 

	#_EVENT_HAVE_STRINGS_H
 1

	)

218 

	#_EVENT_HAVE_STRING_H
 1

	)

224 

	#_EVENT_HAVE_STRSEP
 1

	)

227 

	#_EVENT_HAVE_STRTOK_R
 1

	)

230 

	#_EVENT_HAVE_STRTOLL
 1

	)

233 

	#_EVENT_HAVE_STRUCT_ADDRINFO
 1

	)

236 

	#_EVENT_HAVE_STRUCT_IN6_ADDR
 1

	)

239 

	#_EVENT_HAVE_STRUCT_IN6_ADDR_S6_ADDR16
 1

	)

242 

	#_EVENT_HAVE_STRUCT_IN6_ADDR_S6_ADDR32
 1

	)

245 

	#_EVENT_HAVE_STRUCT_SOCKADDR_IN6
 1

	)

254 

	#_EVENT_HAVE_STRUCT_SOCKADDR_STORAGE
 1

	)

257 

	#_EVENT_HAVE_STRUCT_SOCKADDR_STORAGE_SS_FAMILY
 1

	)

266 

	#_EVENT_HAVE_SYS_EPOLL_H
 1

	)

269 

	#_EVENT_HAVE_SYS_EVENTFD_H
 1

	)

275 

	#_EVENT_HAVE_SYS_IOCTL_H
 1

	)

278 

	#_EVENT_HAVE_SYS_MMAN_H
 1

	)

281 

	#_EVENT_HAVE_SYS_PARAM_H
 1

	)

284 

	#_EVENT_HAVE_SYS_QUEUE_H
 1

	)

287 

	#_EVENT_HAVE_SYS_SELECT_H
 1

	)

290 

	#_EVENT_HAVE_SYS_SENDFILE_H
 1

	)

293 

	#_EVENT_HAVE_SYS_SOCKET_H
 1

	)

296 

	#_EVENT_HAVE_SYS_STAT_H
 1

	)

299 

	#_EVENT_HAVE_SYS_SYSCTL_H
 1

	)

302 

	#_EVENT_HAVE_SYS_TIME_H
 1

	)

305 

	#_EVENT_HAVE_SYS_TYPES_H
 1

	)

308 

	#_EVENT_HAVE_SYS_UIO_H
 1

	)

311 

	#_EVENT_HAVE_SYS_WAIT_H
 1

	)

314 

	#_EVENT_HAVE_TAILQFOREACH
 1

	)

317 

	#_EVENT_HAVE_TIMERADD
 1

	)

320 

	#_EVENT_HAVE_TIMERCLEAR
 1

	)

323 

	#_EVENT_HAVE_TIMERCMP
 1

	)

326 

	#_EVENT_HAVE_TIMERISSET
 1

	)

329 

	#_EVENT_HAVE_UINT16_T
 1

	)

332 

	#_EVENT_HAVE_UINT32_T
 1

	)

335 

	#_EVENT_HAVE_UINT64_T
 1

	)

338 

	#_EVENT_HAVE_UINT8_T
 1

	)

341 

	#_EVENT_HAVE_UINTPTR_T
 1

	)

344 

	#_EVENT_HAVE_UNISTD_H
 1

	)

347 

	#_EVENT_HAVE_UNSETENV
 1

	)

350 

	#_EVENT_HAVE_VASPRINTF
 1

	)

356 

	#_EVENT_HAVE_ZLIB_H
 1

	)

360 

	#_EVENT_LT_OBJDIR
 ".libs/"

	)

366 

	#_EVENT_NUMERIC_VERSION
 0x02001000

	)

369 

	#_EVENT_PACKAGE
 "libev�t"

	)

372 

	#_EVENT_PACKAGE_BUGREPORT
 ""

	)

375 

	#_EVENT_PACKAGE_NAME
 ""

	)

378 

	#_EVENT_PACKAGE_STRING
 ""

	)

381 

	#_EVENT_PACKAGE_TARNAME
 ""

	)

384 

	#_EVENT_PACKAGE_URL
 ""

	)

387 

	#_EVENT_PACKAGE_VERSION
 ""

	)

394 

	#_EVENT_SIZEOF_INT
 4

	)

397 

	#_EVENT_SIZEOF_LONG
 8

	)

400 

	#_EVENT_SIZEOF_LONG_LONG
 8

	)

403 

	#_EVENT_SIZEOF_PTHREAD_T
 8

	)

406 

	#_EVENT_SIZEOF_SHORT
 2

	)

409 

	#_EVENT_SIZEOF_SIZE_T
 8

	)

412 

	#_EVENT_SIZEOF_VOID_P
 8

	)

415 

	#_EVENT_STDC_HEADERS
 1

	)

418 

	#_EVENT_TIME_WITH_SYS_TIME
 1

	)

421 

	#_EVENT_VERSION
 "2.0.16-�ab�"

	)

431 #i�de�
_EVENT___�lu�lus


	@/usr/include/event2/event.h

27 #i�de�
_EVENT2_EVENT_H_


28 

	#_EVENT2_EVENT_H_


	)

183 #ifde�
__�lu�lus


187 
	~<ev�t2/ev�t-c�fig.h
>

188 #ifde�
_EVENT_HAVE_SYS_TYPES_H


189 
	~<sys/ty�s.h
>

191 #ifde�
_EVENT_HAVE_SYS_TIME_H


192 
	~<sys/time.h
>

195 
	~<�dio.h
>

198 
	~<ev�t2/ut�.h
>

213 
ev�t_ba�


214 #ifde�
_EVENT_IN_DOXYGEN


272 
ev�t


273 #ifde�
_EVENT_IN_DOXYGEN


291 
ev�t_c�fig


292 #ifde�
_EVENT_IN_DOXYGEN


317 
ev�t_�ab�_debug_mode
();

328 
ev�t_debug_u�ssign
(
ev�t
 *);

337 
ev�t_ba�
 *
ev�t_ba�_�w
();

349 
ev�t_���
(
ev�t_ba�
 *
ba�
);

364 
ev�t_ba�_di��ch
(
ev�t_ba�
 *);

372 cڡ *
ev�t_ba�_g�_m�hod
(cڡ 
ev�t_ba�
 *);

386 cڡ **
ev�t_g�_su�܋d_m�hods
();

398 
ev�t_c�fig
 *
ev�t_c�fig_�w
();

405 
ev�t_c�fig_�
(
ev�t_c�fig
 *
cfg
);

419 
ev�t_c�fig_avoid_m�hod
(
ev�t_c�fig
 *
cfg
, cڡ *
m�hod
);

430 
	eev�t_m�hod_�u�
 {

432 
EV_FEATURE_ET
 = 0x01,

437 
EV_FEATURE_O1
 = 0x02,

440 
EV_FEATURE_FDS
 = 0x04

451 
	eev�t_ba�_c�fig_�ag
 {

454 
EVENT_BASE_FLAG_NOLOCK
 = 0x01,

457 
EVENT_BASE_FLAG_IGNORE_ENV
 = 0x02,

464 
EVENT_BASE_FLAG_STARTUP_IOCP
 = 0x04,

468 
EVENT_BASE_FLAG_NO_CACHE_TIME
 = 0x08,

484 
EVENT_BASE_FLAG_EPOLL_USE_CHANGELIST
 = 0x10

494 
ev�t_ba�_g�_�u�s
(cڡ 
ev�t_ba�
 *
ba�
);

518 
ev�t_c�fig_�qu�e_�u�s
(
ev�t_c�fig
 *
cfg
, 
�u�
);

526 
ev�t_c�fig_�t_�ag
(
ev�t_c�fig
 *
cfg
, 
�ag
);

537 
ev�t_c�fig_�t_num_�us_h�t
(
ev�t_c�fig
 *
cfg
, 
�us
);

551 
ev�t_ba�
 *
ev�t_ba�_�w_w�h_c�fig
(cڡ 
ev�t_c�fig
 *);

561 
ev�t_ba�_�
(
ev�t_ba�
 *);

566 

	#_EVENT_LOG_DEBUG
 0

	)

567 

	#_EVENT_LOG_MSG
 1

	)

568 

	#_EVENT_LOG_WARN
 2

	)

569 

	#_EVENT_LOG_ERR
 3

	)

577 (*
ev�t_log_cb
)(
	t�v��y
, cڡ *
	tmsg
);

588 
ev�t_�t_log_��back
(
ev�t_log_cb
 
cb
);

595 (*
ev�t_�l_cb
)(
	t�r
);

609 
ev�t_�t_�l_��back
(
ev�t_�l_cb
 
cb
);

620 
ev�t_ba�_�t
(
ev�t_ba�
 *, 
ev�t
 *);

629 

	#EVLOOP_ONCE
 0x01

	)

632 

	#EVLOOP_NONBLOCK
 0x02

	)

653 
ev�t_ba�_lo�
(
ev�t_ba�
 *, );

670 
ev�t_ba�_lo�ex�
(
ev�t_ba�
 *, cڡ 
timev�
 *);

685 
ev�t_ba�_lo�b�ak
(
ev�t_ba�
 *);

699 
ev�t_ba�_g�_ex�
(
ev�t_ba�
 *);

713 
ev�t_ba�_g�_b�ak
(
ev�t_ba�
 *);

724 

	#EV_TIMEOUT
 0x01

	)

726 

	#EV_READ
 0x02

	)

728 

	#EV_WRITE
 0x04

	)

730 

	#EV_SIGNAL
 0x08

	)

737 

	#EV_PERSIST
 0x10

	)

739 

	#EV_ET
 0x20

	)

747 

	#evtim�_assign
(
ev
, 
b
, 
cb
, 
�g
) \

748 
	`ev�t_assign
((
ev
), (
b
), -1, 0, (
cb
), (
�g
))

	)

749 

	#evtim�_�w
(
b
, 
cb
, 
�g
�
	`ev�t_�w
((b), -1, 0, (cb), (�g))

	)

750 

	#evtim�_add
(
ev
, 
tv
�
	`ev�t_add
(�v), (tv))

	)

751 

	#evtim�_d�
(
ev
�
	`ev�t_d�
�v)

	)

752 

	#evtim�_�nd�g
(
ev
, 
tv
�
	`ev�t_�nd�g
(�v), 
EV_TIMEOUT
, (tv))

	)

753 

	#evtim�_���lized
(
ev
�
	`ev�t_���lized
�v)

	)

762 

	#evsig�l_add
(
ev
, 
tv
�
	`ev�t_add
(�v), (tv))

	)

763 

	#evsig�l_assign
(
ev
, 
b
, 
x
, 
cb
, 
�g
) \

764 
	`ev�t_assign
((
ev
), (
b
), (
x
), 
EV_SIGNAL
|
EV_PERSIST
, 
cb
, (
�g
))

	)

765 

	#evsig�l_�w
(
b
, 
x
, 
cb
, 
�g
) \

766 
	`ev�t_�w
((
b
), (
x
), 
EV_SIGNAL
|
EV_PERSIST
, (
cb
), (
�g
))

	)

767 

	#evsig�l_d�
(
ev
�
	`ev�t_d�
�v)

	)

768 

	#evsig�l_�nd�g
(
ev
, 
tv
�
	`ev�t_�nd�g
(�v), 
EV_SIGNAL
, (tv))

	)

769 

	#evsig�l_���lized
(
ev
�
	`ev�t_���lized
�v)

	)

783 (*
ev�t_��back_�
)(
	tevut�_sock�_t
, , *);

833 
ev�t
 *
ev�t_�w
(
ev�t_ba�
 *, 
evut�_sock�_t
, , 
ev�t_��back_�
, *);

874 
ev�t_assign
(
ev�t
 *, 
ev�t_ba�
 *, 
evut�_sock�_t
, , 
ev�t_��back_�
, *);

882 
ev�t_�
(
ev�t
 *);

906 
ev�t_ba�_��
(
ev�t_ba�
 *, 
evut�_sock�_t
, , 
ev�t_��back_�
, *, cڡ 
timev�
 *);

930 
ev�t_add
(
ev�t
 *
ev
, cڡ 
timev�
 *
timeout
);

943 
ev�t_d�
(
ev�t
 *);

960 
ev�t_a�ive
(
ev�t
 *
ev
, 
�s
, 
n��s
);

975 
ev�t_�nd�g
(cڡ 
ev�t
 *
ev
, 
ev�ts
, 
timev�
 *
tv
);

993 
ev�t_���lized
(cڡ 
ev�t
 *
ev
);

998 

	#ev�t_g�_sig�l
(
ev
�(()
	`ev�t_g�_fd
�v))

	)

1004 
evut�_sock�_t
 
ev�t_g�_fd
(cڡ 
ev�t
 *
ev
);

1009 
ev�t_ba�
 *
ev�t_g�_ba�
(cڡ 
ev�t
 *
ev
);

1014 
ev�t_g�_ev�ts
(cڡ 
ev�t
 *
ev
);

1019 
ev�t_��back_�
 
ev�t_g�_��back
(cڡ 
ev�t
 *
ev
);

1024 *
ev�t_g�_��back_�g
(cڡ 
ev�t
 *
ev
);

1033 
ev�t_g�_assignm�t
(cڡ 
ev�t
 *event,

1034 
ev�t_ba�
 **
ba�_out
, 
evut�_sock�_t
 *
fd_out
, *
ev�ts_out
,

1035 
ev�t_��back_�
 *
��back_out
, **
�g_out
);

1050 
size_t
 
ev�t_g�_�ru�_ev�t_size
();

1061 cڡ *
ev�t_g�_v�si�
();

1074 
ev_u�t32_t
 
ev�t_g�_v�si�_numb�
();

1077 

	#LIBEVENT_VERSION
 
_EVENT_VERSION


	)

1080 

	#LIBEVENT_VERSION_NUMBER
 
_EVENT_NUMERIC_VERSION


	)

1083 

	#EVENT_MAX_PRIORITIES
 256

	)

1111 
ev�t_ba�_�iܙy_��
(
ev�t_ba�
 *, );

1121 
ev�t_�iܙy_�t
(
ev�t
 *, );

1142 cڡ 
timev�
 *
ev�t_ba�_��_comm�_timeout
(
ev�t_ba�
 *
ba�
,

1143 cڡ 
timev�
 *
du�ti�
);

1145 #i�!
def�ed
(
_EVENT_DISABLE_MM_REPLACEMENT
�|| def�ed(
_EVENT_IN_DOXYGEN
)

1168 
ev�t_�t_mem_fun�i�s
(

1169 *(*
m�loc_�
)(
size_t
 
sz
),

1170 *(*
��loc_�
)(*
�r
, 
size_t
 
sz
),

1171 (*
�_�
)(*
�r
));

1174 

	#EVENT_SET_MEM_FUNCTIONS_IMPLEMENTED


	)

1177 
ev�t_ba�_dump_ev�ts
(
ev�t_ba�
 *, 
FILE
 *);

1190 
ev�t_ba�_g�timeofday_�ched
(
ev�t_ba�
 *
ba�
,

1191 
timev�
 *
tv
);

1193 #ifde�
__�lu�lus


	@/usr/include/event2/event_compat.h

27 #i�de�
_EVENT2_EVENT_COMPAT_H_


28 

	#_EVENT2_EVENT_COMPAT_H_


	)

45 #ifde�
__�lu�lus


49 
	~<ev�t2/ev�t-c�fig.h
>

50 #ifde�
_EVENT_HAVE_SYS_TYPES_H


51 
	~<sys/ty�s.h
>

53 #ifde�
_EVENT_HAVE_SYS_TIME_H


54 
	~<sys/time.h
>

58 
	~<ev�t2/ut�.h
>

73 
ev�t_ba�
 *
ev�t_��
();

86 
ev�t_di��ch
();

99 
ev�t_lo�
();

114 
ev�t_lo�ex�
(cڡ 
timev�
 *);

129 
ev�t_lo�b�ak
();

140 
ev�t_��
(
evut�_sock�_t
 , ,

141 (*)(
evut�_sock�_t
, , *), *, cڡ 
timev�
 *);

153 cڡ *
ev�t_g�_m�hod
();

165 
ev�t_�iܙy_��
();

174 
ev�t_�t
(
ev�t
 *, 
evut�_sock�_t
, , (*)(evutil_socket_t, , *), *);

176 

	#evtim�_�t
(
ev
, 
cb
, 
�g
�
	`ev�t_�t
(�v), -1, 0, (cb), (�g))

	)

177 

	#evsig�l_�t
(
ev
, 
x
, 
cb
, 
�g
) \

178 
	`ev�t_�t
((
ev
), (
x
), 
EV_SIGNAL
|
EV_PERSIST
, (
cb
), (
�g
))

	)

188 

	#timeout_add
(
ev
, 
tv
�
	`ev�t_add
(�v), (tv))

	)

189 

	#timeout_�t
(
ev
, 
cb
, 
�g
�
	`ev�t_�t
(�v), -1, 0, (cb), (�g))

	)

190 

	#timeout_d�
(
ev
�
	`ev�t_d�
�v)

	)

191 

	#timeout_�nd�g
(
ev
, 
tv
�
	`ev�t_�nd�g
(�v), 
EV_TIMEOUT
, (tv))

	)

192 

	#timeout_���lized
(
ev
�
	`ev�t_���lized
�v)

	)

202 

	#sig�l_add
(
ev
, 
tv
�
	`ev�t_add
(�v), (tv))

	)

203 

	#sig�l_�t
(
ev
, 
x
, 
cb
, 
�g
) \

204 
	`ev�t_�t
((
ev
), (
x
), 
EV_SIGNAL
|
EV_PERSIST
, (
cb
), (
�g
))

	)

205 

	#sig�l_d�
(
ev
�
	`ev�t_d�
�v)

	)

206 

	#sig�l_�nd�g
(
ev
, 
tv
�
	`ev�t_�nd�g
(�v), 
EV_SIGNAL
, (tv))

	)

207 

	#sig�l_���lized
(
ev
�
	`ev�t_���lized
�v)

	)

210 #i�de�
EVENT_FD


212 

	#EVENT_FD
(
ev
�(()
	`ev�t_g�_fd
�v))

	)

213 

	#EVENT_SIGNAL
(
ev
�
	`ev�t_g�_sig�l
�v)

	)

216 #ifde�
__�lu�lus


	@/usr/include/event2/event_struct.h

27 #i�de�
_EVENT2_EVENT_STRUCT_H_


28 

	#_EVENT2_EVENT_STRUCT_H_


	)

39 #ifde�
__�lu�lus


43 
	~<ev�t2/ev�t-c�fig.h
>

44 #ifde�
_EVENT_HAVE_SYS_TYPES_H


45 
	~<sys/ty�s.h
>

47 #ifde�
_EVENT_HAVE_SYS_TIME_H


48 
	~<sys/time.h
>

52 
	~<ev�t2/ut�.h
>

55 
	~<ev�t2/keyv�q_�ru�.h
>

57 

	#EVLIST_TIMEOUT
 0x01

	)

58 

	#EVLIST_INSERTED
 0x02

	)

59 

	#EVLIST_SIGNAL
 0x04

	)

60 

	#EVLIST_ACTIVE
 0x08

	)

61 

	#EVLIST_INTERNAL
 0x10

	)

62 

	#EVLIST_INIT
 0x80

	)

65 

	#EVLIST_ALL
 (0xf000 | 0x9f)

	)

68 #i�de�
TAILQ_ENTRY


69 

	#_EVENT_DEFINED_TQENTRY


	)

70 

	#TAILQ_ENTRY
(
ty�
) \

72 
ty�
 *
tqe_�xt
; \

73 
ty�
 **
tqe_�ev
; \

74 }

	)

77 #i�de�
TAILQ_HEAD


78 

	#_EVENT_DEFINED_TQHEAD


	)

79 

	#TAILQ_HEAD
(
�me
, 
ty�
) \

80 
	s�me
 { \

81 
ty�
 *
tqh_f��
; \

82 
ty�
 **
tqh_ϡ
; \

83 }

	)

86 
ev�t_ba�
;

87 
	sev�t
 {

88 
TAILQ_ENTRY
(
ev�t
�
ev_a�ive_�xt
;

89 
TAILQ_ENTRY
(
ev�t
�
ev_�xt
;

92 
TAILQ_ENTRY
(
ev�t
�
ev_�xt_w�h_comm�_timeout
;

93 
m�_h�p_idx
;

94 } 
ev_timeout_pos
;

95 
evut�_sock�_t
 
ev_fd
;

97 
ev�t_ba�
 *
ev_ba�
;

102 
TAILQ_ENTRY
(
ev�t
�
ev_io_�xt
;

103 
timev�
 
ev_timeout
;

104 } 
ev_io
;

108 
TAILQ_ENTRY
(
ev�t
�
ev_sig�l_�xt
;

109 
ev_n��s
;

111 *
ev_���s
;

112 } 
ev_sig�l
;

113 } 
_ev
;

115 
ev_ev�ts
;

116 
ev_�s
;

117 
ev_�ags
;

118 
ev_u�t8_t
 
ev_�i
;

119 
ev_u�t8_t
 
ev_�osu�
;

120 
timev�
 
ev_timeout
;

123 (*
ev_��back
)(
evut�_sock�_t
, , *
�g
);

124 *
ev_�g
;

127 
TAILQ_HEAD
 (
ev�t_li�
, 
ev�t
);

129 #ifde�
_EVENT_DEFINED_TQENTRY


130 #unde�
TAILQ_ENTRY


133 #ifde�
_EVENT_DEFINED_TQHEAD


134 #unde�
TAILQ_HEAD


137 #ifde�
__�lu�lus


	@/usr/include/event2/tag.h

27 #i�de�
_EVENT2_TAG_H_


28 

	#_EVENT2_TAG_H_


	)

36 #ifde�
__�lu�lus


40 
	~<ev�t2/ev�t-c�fig.h
>

41 #ifde�
_EVENT_HAVE_SYS_TYPES_H


42 
	~<sys/ty�s.h
>

44 #ifde�
_EVENT_HAVE_SYS_TIME_H


45 
	~<sys/time.h
>

49 
	~<ev�t2/ut�.h
>

51 
evbuf�r
;

59 
ev�g_��
();

68 
ev�g_unm�sh�_h�d�
(
evbuf�r
 *
evbuf
, 
ev_u�t32_t
 *
�ag
);

70 
ev�g_m�sh�
(
evbuf�r
 *
evbuf
, 
ev_u�t32_t
 
�g
, cڡ *
d�a
,

71 
ev_u�t32_t
 
�n
);

72 
ev�g_m�sh�_buf�r
(
evbuf�r
 *
evbuf
, 
ev_u�t32_t
 
�g
,

73 
evbuf�r
 *
d�a
);

85 
ev�g_�code_�t
(
evbuf�r
 *
evbuf
, 
ev_u�t32_t
 
numb�
);

86 
ev�g_�code_�t64
(
evbuf�r
 *
evbuf
, 
ev_u�t64_t
 
numb�
);

88 
ev�g_m�sh�_�t
(
evbuf�r
 *
evbuf
, 
ev_u�t32_t
 
�g
,

89 
ev_u�t32_t
 
��g�
);

90 
ev�g_m�sh�_�t64
(
evbuf�r
 *
evbuf
, 
ev_u�t32_t
 
�g
,

91 
ev_u�t64_t
 
��g�
);

93 
ev�g_m�sh�_�r�g
(
evbuf�r
 *
buf
, 
ev_u�t32_t
 
�g
,

94 cڡ *
�r�g
);

96 
ev�g_m�sh�_timev�
(
evbuf�r
 *
evbuf
, 
ev_u�t32_t
 
�g
,

97 
timev�
 *
tv
);

99 
ev�g_unm�sh�
(
evbuf�r
 *
�c
, 
ev_u�t32_t
 *
�ag
,

100 
evbuf�r
 *
d�
);

101 
ev�g_�ek
(
evbuf�r
 *
evbuf
, 
ev_u�t32_t
 *
�ag
);

102 
ev�g_�ek_�ngth
(
evbuf�r
 *
evbuf
, 
ev_u�t32_t
 *
��gth
);

103 
ev�g_�yl�d_�ngth
(
evbuf�r
 *
evbuf
, 
ev_u�t32_t
 *
��gth
);

104 
ev�g_c�sume
(
evbuf�r
 *
evbuf
);

106 
ev�g_unm�sh�_�t
(
evbuf�r
 *
evbuf
, 
ev_u�t32_t
 
�ed_�g
,

107 
ev_u�t32_t
 *
p��g�
);

108 
ev�g_unm�sh�_�t64
(
evbuf�r
 *
evbuf
, 
ev_u�t32_t
 
�ed_�g
,

109 
ev_u�t64_t
 *
p��g�
);

111 
ev�g_unm�sh�_fixed
(
evbuf�r
 *
�c
, 
ev_u�t32_t
 
�ed_�g
,

112 *
d�a
, 
size_t
 
�n
);

114 
ev�g_unm�sh�_�r�g
(
evbuf�r
 *
evbuf
, 
ev_u�t32_t
 
�ed_�g
,

115 **
p�r�g
);

117 
ev�g_unm�sh�_timev�
(
evbuf�r
 *
evbuf
, 
ev_u�t32_t
 
�ed_�g
,

118 
timev�
 *
�v
);

120 #ifde�
__�lu�lus


	@/usr/include/event2/tag_compat.h

27 #i�de�
_EVENT2_TAG_COMPAT_H_


28 

	#_EVENT2_TAG_COMPAT_H_


	)

45 

	#�code_�t
(
evbuf
, 
numb�
�
	`ev�g_�code_�t
(�vbuf), (numb�))

	)

46 

	#�code_�t64
(
evbuf
, 
numb�
�
	`ev�g_�code_�t64
(�vbuf), (numb�))

	)

	@/usr/include/evutil.h

26 #i�de�
_EVUTIL_H_


27 

	#_EVUTIL_H_


	)

37 
	~<ev�t2/ut�.h
>

	@/usr/include/features.h

20 #i�def 
_FEATURES_H


21 

	#_FEATURES_H
 1

	)

97 #unde�
__USE_ISOC99


98 #unde�
__USE_ISOC95


99 #unde�
__USE_POSIX


100 #unde�
__USE_POSIX2


101 #unde�
__USE_POSIX199309


102 #unde�
__USE_POSIX199506


103 #unde�
__USE_XOPEN


104 #unde�
__USE_XOPEN_EXTENDED


105 #unde�
__USE_UNIX98


106 #unde�
__USE_XOPEN2K


107 #unde�
__USE_XOPEN2KXSI


108 #unde�
__USE_XOPEN2K8


109 #unde�
__USE_XOPEN2K8XSI


110 #unde�
__USE_LARGEFILE


111 #unde�
__USE_LARGEFILE64


112 #unde�
__USE_FILE_OFFSET64


113 #unde�
__USE_BSD


114 #unde�
__USE_SVID


115 #unde�
__USE_MISC


116 #unde�
__USE_ATFILE


117 #unde�
__USE_GNU


118 #unde�
__USE_REENTRANT


119 #unde�
__USE_FORTIFY_LEVEL


120 #unde�
__FAVOR_BSD


121 #unde�
__KERNEL_STRICT_NAMES


125 #i�de�
_LOOSE_KERNEL_NAMES


126 

	#__KERNEL_STRICT_NAMES


	)

130 

	#__USE_ANSI
 1

	)

139 #i�
def�ed
 
__GNUC__
 && def�ed 
__GNUC_MINOR__


140 

	#__GNUC_PREREQ
(
maj
, 
m�
) \

141 ((
__GNUC__
 << 16�+ 
__GNUC_MINOR__
 >�((
maj
�<< 16�+ (
m�
))

	)

143 

	#__GNUC_PREREQ
(
maj
, 
m�
�0

	)

148 #i�
def�ed
 
_BSD_SOURCE
 && \

149 !(
def�ed
 
	g_POSIX_SOURCE
 || def�ed 
	g_POSIX_C_SOURCE
 || \

150 
def�ed
 
	g_XOPEN_SOURCE
 || def�ed 
	g_GNU_SOURCE
 || def�ed 
	g_SVID_SOURCE
)

151 

	#__FAVOR_BSD
 1

	)

155 #ifde�
_GNU_SOURCE


156 #unde�
_ISOC95_SOURCE


157 

	#_ISOC95_SOURCE
 1

	)

158 #unde�
_ISOC99_SOURCE


159 

	#_ISOC99_SOURCE
 1

	)

160 #unde�
_POSIX_SOURCE


161 

	#_POSIX_SOURCE
 1

	)

162 #unde�
_POSIX_C_SOURCE


163 

	#_POSIX_C_SOURCE
 200809L

	)

164 #unde�
_XOPEN_SOURCE


165 

	#_XOPEN_SOURCE
 700

	)

166 #unde�
_XOPEN_SOURCE_EXTENDED


167 

	#_XOPEN_SOURCE_EXTENDED
 1

	)

168 #unde�
_LARGEFILE64_SOURCE


169 

	#_LARGEFILE64_SOURCE
 1

	)

170 #unde�
_BSD_SOURCE


171 

	#_BSD_SOURCE
 1

	)

172 #unde�
_SVID_SOURCE


173 

	#_SVID_SOURCE
 1

	)

174 #unde�
_ATFILE_SOURCE


175 

	#_ATFILE_SOURCE
 1

	)

180 #i�(!
def�ed
 
__STRICT_ANSI__
 && !def�ed 
_ISOC99_SOURCE
 && \

181 !
def�ed
 
	g_POSIX_SOURCE
 && !def�ed 
	g_POSIX_C_SOURCE
 && \

182 !
def�ed
 
	g_XOPEN_SOURCE
 && !def�ed 
	g_BSD_SOURCE
 && !def�ed 
	g_SVID_SOURCE
)

183 

	#_BSD_SOURCE
 1

	)

184 

	#_SVID_SOURCE
 1

	)

191 #i�(
def�ed
 
_ISOC99_SOURCE
 || def�ed 
_ISOC9X_SOURCE
 \

192 || (
def�ed
 
	g__STDC_VERSION__
 && __STDC_VERSION__ >= 199901L))

193 

	#__USE_ISOC99
 1

	)

197 #i�(
def�ed
 
_ISOC99_SOURCE
 || def�ed 
_ISOC9X_SOURCE
 \

198 || (
def�ed
 
__STDC_VERSION__
 && __STDC_VERSION__ >= 199409L))

199 

	#__USE_ISOC95
 1

	)

204 #i�((!
def�ed
 
__STRICT_ANSI__
 || (
_XOPEN_SOURCE
 - 0) >= 500) && \

205 !
def�ed
 
_POSIX_SOURCE
 && !def�ed 
_POSIX_C_SOURCE
)

206 

	#_POSIX_SOURCE
 1

	)

207 #i�
def�ed
 
_XOPEN_SOURCE
 && (_XOPEN_SOURCE - 0) < 500

208 

	#_POSIX_C_SOURCE
 2

	)

209 #�i�
def�ed
 
_XOPEN_SOURCE
 && (_XOPEN_SOURCE - 0) < 600

210 

	#_POSIX_C_SOURCE
 199506L

	)

211 #�i�
def�ed
 
_XOPEN_SOURCE
 && (_XOPEN_SOURCE - 0) < 700

212 

	#_POSIX_C_SOURCE
 200112L

	)

214 

	#_POSIX_C_SOURCE
 200809L

	)

216 

	#__USE_POSIX_IMPLICITLY
 1

	)

219 #i�
def�ed
 
_POSIX_SOURCE
 || 
_POSIX_C_SOURCE
 >�1 || def�ed 
_XOPEN_SOURCE


220 

	#__USE_POSIX
 1

	)

223 #i�
def�ed
 
_POSIX_C_SOURCE
 && _POSIX_C_SOURCE >�2 || def�ed 
_XOPEN_SOURCE


224 

	#__USE_POSIX2
 1

	)

227 #i�(
_POSIX_C_SOURCE
 - 0) >= 199309L

228 

	#__USE_POSIX199309
 1

	)

231 #i�(
_POSIX_C_SOURCE
 - 0) >= 199506L

232 

	#__USE_POSIX199506
 1

	)

235 #i�(
_POSIX_C_SOURCE
 - 0) >= 200112L

236 

	#__USE_XOPEN2K
 1

	)

237 #unde�
__USE_ISOC95


238 

	#__USE_ISOC95
 1

	)

239 #unde�
__USE_ISOC99


240 

	#__USE_ISOC99
 1

	)

243 #i�(
_POSIX_C_SOURCE
 - 0) >= 200809L

244 

	#__USE_XOPEN2K8
 1

	)

245 #unde�
_ATFILE_SOURCE


246 

	#_ATFILE_SOURCE
 1

	)

249 #ifdef 
_XOPEN_SOURCE


250 

	#__USE_XOPEN
 1

	)

251 #i�(
_XOPEN_SOURCE
 - 0) >= 500

252 

	#__USE_XOPEN_EXTENDED
 1

	)

253 

	#__USE_UNIX98
 1

	)

254 #unde�
_LARGEFILE_SOURCE


255 

	#_LARGEFILE_SOURCE
 1

	)

256 #i�(
_XOPEN_SOURCE
 - 0) >= 600

257 #i�(
_XOPEN_SOURCE
 - 0) >= 700

258 

	#__USE_XOPEN2K8
 1

	)

259 

	#__USE_XOPEN2K8XSI
 1

	)

261 

	#__USE_XOPEN2K
 1

	)

262 

	#__USE_XOPEN2KXSI
 1

	)

263 #unde�
__USE_ISOC95


264 

	#__USE_ISOC95
 1

	)

265 #unde�
__USE_ISOC99


266 

	#__USE_ISOC99
 1

	)

269 #ifde�
_XOPEN_SOURCE_EXTENDED


270 

	#__USE_XOPEN_EXTENDED
 1

	)

275 #ifde�
_LARGEFILE_SOURCE


276 

	#__USE_LARGEFILE
 1

	)

279 #ifde�
_LARGEFILE64_SOURCE


280 

	#__USE_LARGEFILE64
 1

	)

283 #i�
def�ed
 
_FILE_OFFSET_BITS
 && _FILE_OFFSET_BITS == 64

284 

	#__USE_FILE_OFFSET64
 1

	)

287 #i�
def�ed
 
_BSD_SOURCE
 || def�ed 
_SVID_SOURCE


288 

	#__USE_MISC
 1

	)

291 #ifdef 
_BSD_SOURCE


292 

	#__USE_BSD
 1

	)

295 #ifdef 
_SVID_SOURCE


296 

	#__USE_SVID
 1

	)

299 #ifdef 
_ATFILE_SOURCE


300 

	#__USE_ATFILE
 1

	)

303 #ifdef 
_GNU_SOURCE


304 

	#__USE_GNU
 1

	)

307 #i�
def�ed
 
_REENTRANT
 || def�ed 
_THREAD_SAFE


308 

	#__USE_REENTRANT
 1

	)

311 #i�
def�ed
 
_FORTIFY_SOURCE
 && _FORTIFY_SOURCE > 0 \

312 && 
__GNUC_PREREQ
 (4, 1�&& 
def�ed
 
	g__OPTIMIZE__
 && __OPTIMIZE__ > 0

313 #i�
_FORTIFY_SOURCE
 > 1

314 

	#__USE_FORTIFY_LEVEL
 2

	)

316 

	#__USE_FORTIFY_LEVEL
 1

	)

319 

	#__USE_FORTIFY_LEVEL
 0

	)

323 
	~<b�s/�edefs.h
>

326 

	#__STDC_ISO_10646__
 200009L

	)

334 #unde�
__GNU_LIBRARY__


335 

	#__GNU_LIBRARY__
 6

	)

339 

	#__GLIBC__
 2

	)

340 

	#__GLIBC_MINOR__
 13

	)

342 

	#__GLIBC_PREREQ
(
maj
, 
m�
) \

343 ((
__GLIBC__
 << 16�+ 
__GLIBC_MINOR__
 >�((
maj
�<< 16�+ (
m�
))

	)

346 #i�
def�ed
 
__GNUC__
 \

347 || (
def�ed
 
	g__PGI
 && def�ed 
	g__i386__
 ) \

348 || (
def�ed
 
	g__INTEL_COMPILER
 && (def�ed 
	g__i386__
 || def�ed 
	g__�64__
)) \

349 || (
def�ed
 
	g__STDC_VERSION__
 && __STDC_VERSION__ >= 199901L)

350 

	#__GLIBC_HAVE_LONG_LONG
 1

	)

354 #i�de�
__ASSEMBLER__


355 #i�de�
_SYS_CDEFS_H


356 
	~<sys/cdefs.h
>

361 #i�
def�ed
 
__USE_FILE_OFFSET64
 && !def�ed 
__REDIRECT


362 

	#__USE_LARGEFILE
 1

	)

363 

	#__USE_LARGEFILE64
 1

	)

369 #i�
__GNUC_PREREQ
 (2, 7�&& 
def�ed
 
__OPTIMIZE__
 \

370 && !
def�ed
 
	g__OPTIMIZE_SIZE__
 && !def�ed 
	g__NO_INLINE__
 \

371 && 
def�ed
 
	g__ex��_�l�e


372 

	#__USE_EXTERN_INLINES
 1

	)

377 #i�
__GNUC_PREREQ
 (2, 7�&& 
def�ed
 
__OPTIMIZE__
 \

378 && (
def�ed
 
	g_LIBC
 || !def�ed 
	g__OPTIMIZE_SIZE__
�&& !def�ed 
	g__NO_INLINE__
 \

379 && 
def�ed
 
	g__ex��_�l�e


380 

	#__USE_EXTERN_INLINES_IN_LIBC
 1

	)

388 
	~<gnu/�ubs.h
>

	@/usr/include/getopt.h

21 #i�de�
_GETOPT_H


23 #i�de�
__�ed_g��t


24 

	#_GETOPT_H
 1

	)

34 #i�!
def�ed
 
__GNU_LIBRARY__


35 
	~<�y�.h
>

38 #i�de�
__THROW


39 #i�de�
__GNUC_PREREQ


40 

	#__GNUC_PREREQ
(
maj
, 
m�
�(0)

	)

42 #i�
def�ed
 
__�lu�lus
 && 
__GNUC_PREREQ
 (2,8)

43 

	#__THROW
 
	`throw
 ()

	)

45 

	#__THROW


	)

49 #ifdef 
__�lu�lus


59 
*
ݏrg
;

73 

�t�d
;

78 

݋�
;

82 

�t�t
;

84 #i�de�
__�ed_g��t


106 
	s�ti�


108 cڡ *
	g�me
;

111 
	ghas_�g
;

112 *
	g�ag
;

113 
	gv�
;

118 

	#no_�gum�t
 0

	)

119 

	#�qu�ed_�gum�t
 1

	)

120 

	#�tiڮ_�gum�t
 2

	)

148 #ifde�
__GNU_LIBRARY__


152 

g��t
 (
___�gc
, *cڡ *
___�gv
, cڡ *
__sh�t�ts
)

153 
__THROW
;

155 #i�
def�ed
 
__�ed_g��t
 && def�ed 
__USE_POSIX2
 \

156 && !
def�ed
 
	g__USE_POSIX_IMPLICITLY
 && !def�ed 
	g__USE_GNU


160 #ifde�
__REDIRECT


161 

__REDIRECT_NTH
 (
g��t
, (
___�gc
, *cڡ *
___�gv
,

162 cڡ *
__sh�t�ts
),

163 
__posix_g��t
);

165 

__posix_g��t
 (
___�gc
, *cڡ *
___�gv
,

166 cڡ *
__sh�t�ts
�
__THROW
;

167 

	#g��t
 
__posix_g��t


	)

171 

g��t
 ();

174 #i�de�
__�ed_g��t


175 

g��t_l�g
 (
___�gc
, *cڡ *
___�gv
,

176 cڡ *
__sh�t�ts
,

177 cڡ 
�ti�
 *
__l�g�ts
, *
__l�g�d
)

178 
__THROW
;

179 

g��t_l�g_�ly
 (
___�gc
, *cڡ *
___�gv
,

180 cڡ *
__sh�t�ts
,

181 cڡ 
�ti�
 *
__l�g�ts
, *
__l�g�d
)

182 
__THROW
;

186 #ifdef 
__�lu�lus


191 #unde�
__�ed_g��t


	@/usr/include/libio.h

29 #i�de�
_IO_STDIO_H


30 

	#_IO_STDIO_H


	)

32 
	~<_G_c�fig.h
>

34 

	#_IO_pos_t
 
_G_�os_t


	)

35 

	#_IO_�os_t
 
_G_�os_t


	)

36 

	#_IO_�os64_t
 
_G_�os64_t


	)

37 

	#_IO_size_t
 
_G_size_t


	)

38 

	#_IO_ssize_t
 
_G_ssize_t


	)

39 

	#_IO_off_t
 
_G_off_t


	)

40 

	#_IO_off64_t
 
_G_off64_t


	)

41 

	#_IO_pid_t
 
_G_pid_t


	)

42 

	#_IO_uid_t
 
_G_uid_t


	)

43 

	#_IO_ic�v_t
 
_G_ic�v_t


	)

44 

	#_IO_HAVE_SYS_WAIT
 
_G_HAVE_SYS_WAIT


	)

45 

	#_IO_HAVE_ST_BLKSIZE
 
_G_HAVE_ST_BLKSIZE


	)

46 

	#_IO_BUFSIZ
 
_G_BUFSIZ


	)

47 

	#_IO_va_li�
 
_G_va_li�


	)

48 

	#_IO_w�t_t
 
_G_w�t_t


	)

50 #ifde�
_G_NEED_STDARG_H


52 

	#__�ed___va_li�


	)

53 
	~<�d�g.h
>

54 #ifde�
__GNUC_VA_LIST


55 #unde�
_IO_va_li�


56 

	#_IO_va_li�
 
__gnuc_va_li�


	)

60 #i�de�
__P


61 #i�
_G_HAVE_SYS_CDEFS


62 
	~<sys/cdefs.h
>

64 #ifde�
__STDC__


65 

	#__P
(
p
�
	)
p

66 

	#__PMT
(
p
�
	)
p

68 

	#__P
(
p
�()

	)

69 

	#__PMT
(
p
�()

	)

75 #i�de�
_PARAMS


76 

	#_PARAMS
(
��os
�
	`__P
�r�os)

	)

79 #i�de�
__STDC__


81 
cڡ

	)

84 

	#_IO_UNIFIED_JUMPTABLES
 1

	)

85 #i�de�
_G_HAVE_PRINTF_FP


86 

	#_IO_USE_DTOA
 1

	)

89 #i�de�
EOF


90 

	#EOF
 (-1)

	)

92 #i�de�
NULL


93 #i�
def�ed
 
__GNUG__
 && \

94 (
	g__GNUC__
 > 2 || (__GNUC__ =�2 && 
__GNUC_MINOR__
 >= 8))

95 

	#NULL
 (
__nu�
)

	)

97 #i�!
def�ed
(
__�lu�lus
)

98 

	#NULL
 ((*)0)

	)

100 

	#NULL
 (0)

	)

105 

	#_IOS_INPUT
 1

	)

106 

	#_IOS_OUTPUT
 2

	)

107 

	#_IOS_ATEND
 4

	)

108 

	#_IOS_APPEND
 8

	)

109 

	#_IOS_TRUNC
 16

	)

110 

	#_IOS_NOCREATE
 32

	)

111 

	#_IOS_NOREPLACE
 64

	)

112 

	#_IOS_BIN
 128

	)

120 

	#_IO_MAGIC
 0xFBAD0000

	)

121 

	#_OLD_STDIO_MAGIC
 0xFABC0000

	)

122 

	#_IO_MAGIC_MASK
 0xFFFF0000

	)

123 

	#_IO_USER_BUF
 1

	)

124 

	#_IO_UNBUFFERED
 2

	)

125 

	#_IO_NO_READS
 4

	)

126 

	#_IO_NO_WRITES
 8

	)

127 

	#_IO_EOF_SEEN
 0x10

	)

128 

	#_IO_ERR_SEEN
 0x20

	)

129 

	#_IO_DELETE_DONT_CLOSE
 0x40

	)

130 

	#_IO_LINKED
 0x80

	)

131 

	#_IO_IN_BACKUP
 0x100

	)

132 

	#_IO_LINE_BUF
 0x200

	)

133 

	#_IO_TIED_PUT_GET
 0x400

	)

134 

	#_IO_CURRENTLY_PUTTING
 0x800

	)

135 

	#_IO_IS_APPENDING
 0x1000

	)

136 

	#_IO_IS_FILEBUF
 0x2000

	)

137 

	#_IO_BAD_SEEN
 0x4000

	)

138 

	#_IO_USER_LOCK
 0x8000

	)

140 

	#_IO_FLAGS2_MMAP
 1

	)

141 

	#_IO_FLAGS2_NOTCANCEL
 2

	)

142 #ifde�
_LIBC


143 

	#_IO_FLAGS2_FORTIFY
 4

	)

145 

	#_IO_FLAGS2_USER_WBUF
 8

	)

146 #ifde�
_LIBC


147 

	#_IO_FLAGS2_SCANF_STD
 16

	)

151 

	#_IO_SKIPWS
 01

	)

152 

	#_IO_LEFT
 02

	)

153 

	#_IO_RIGHT
 04

	)

154 

	#_IO_INTERNAL
 010

	)

155 

	#_IO_DEC
 020

	)

156 

	#_IO_OCT
 040

	)

157 

	#_IO_HEX
 0100

	)

158 

	#_IO_SHOWBASE
 0200

	)

159 

	#_IO_SHOWPOINT
 0400

	)

160 

	#_IO_UPPERCASE
 01000

	)

161 

	#_IO_SHOWPOS
 02000

	)

162 

	#_IO_SCIENTIFIC
 04000

	)

163 

	#_IO_FIXED
 010000

	)

164 

	#_IO_UNITBUF
 020000

	)

165 

	#_IO_STDIO
 040000

	)

166 

	#_IO_DONT_CLOSE
 0100000

	)

167 

	#_IO_BOOLALPHA
 0200000

	)

170 
_IO_jump_t
; 
	g_IO_FILE
;

173 #ifde�
_IO_MTSAFE_IO


174 #i�
def�ed
 
__GLIBC__
 && __GLIBC__ >= 2

175 
	~<b�s/�dio-lock.h
>

180 
	t_IO_lock_t
;

186 
	s_IO_m�k�
 {

187 
_IO_m�k�
 *
	m_�xt
;

188 
_IO_FILE
 *
	m_sbuf
;

192 
	m_pos
;

194 
�t_��ampos
(
��ampos
 
�
�{ 
	m_�os
 = sp; }

195 
�t_off�t
(
off�t
�{ 
	m_pos
 = off�t; 
	m_�os
 = (
��ampos
)(-2); }

196 
	mpublic
:

197 
��amm�k�
(
��ambuf
 *
sb
);

198 ~
��amm�k�
();

199 
�v�g
(�{  
	m_�os
 == -2; }

200 
d��
(
��amm�k�
&);

201 
d��
();

206 
	e__codecvt_�su�


208 
	m__codecvt_ok
,

209 
	m__codecvt_���l
,

210 
	m__codecvt_�r�
,

211 
	m__codecvt_noc�v


214 #i�
def�ed
 
_LIBC
 || def�ed 
_GLIBCPP_USE_WCHAR_T


217 
	s_IO_codecvt


219 (*
	m__codecvt_de�r
�(
	m_IO_codecvt
 *);

220 
__codecvt_�su�
 (*
__codecvt_do_out
�(
	m_IO_codecvt
 *,

221 
	m__mb��e_t
 *,

222 cڡ 
	mwch�_t
 *,

223 cڡ 
	mwch�_t
 *,

224 cڡ 
	mwch�_t
 **, *,

226 
__codecvt_�su�
 (*
__codecvt_do_unshi�
�(
	m_IO_codecvt
 *,

227 
	m__mb��e_t
 *, *,

229 
__codecvt_�su�
 (*
__codecvt_do_�
�(
	m_IO_codecvt
 *,

230 
	m__mb��e_t
 *,

232 cڡ **, 
	mwch�_t
 *,

233 
	mwch�_t
 *, wchar_t **);

234 (*
	m__codecvt_do_�cod�g
�(
	m_IO_codecvt
 *);

235 (*
	m__codecvt_do_�ways_noc�v
�(
	m_IO_codecvt
 *);

236 (*
	m__codecvt_do_�ngth
�(
	m_IO_codecvt
 *, 
	m__mb��e_t
 *,

237 cڡ *, cڡ *, 
	m_IO_size_t
);

238 (*
	m__codecvt_do_max_�ngth
�(
	m_IO_codecvt
 *);

240 
_IO_ic�v_t
 
	m__cd_�
;

241 
_IO_ic�v_t
 
	m__cd_out
;

245 
	s_IO_wide_d�a


247 
wch�_t
 *
	m_IO_�ad_�r
;

248 
wch�_t
 *
	m_IO_�ad_�d
;

249 
wch�_t
 *
	m_IO_�ad_ba�
;

250 
wch�_t
 *
	m_IO_wr�e_ba�
;

251 
wch�_t
 *
	m_IO_wr�e_�r
;

252 
wch�_t
 *
	m_IO_wr�e_�d
;

253 
wch�_t
 *
	m_IO_buf_ba�
;

254 
wch�_t
 *
	m_IO_buf_�d
;

256 
wch�_t
 *
	m_IO_�ve_ba�
;

257 
wch�_t
 *
	m_IO_backup_ba�
;

259 
wch�_t
 *
	m_IO_�ve_�d
;

261 
__mb��e_t
 
	m_IO_��e
;

262 
__mb��e_t
 
	m_IO_ϡ_��e
;

263 
_IO_codecvt
 
	m_codecvt
;

265 
wch�_t
 
	m_sh�tbuf
[1];

267 cڡ 
_IO_jump_t
 *
	m_wide_v�b�
;

271 
	s_IO_FILE
 {

272 
	m_�ags
;

273 

	#_IO_f�e_�ags
 
_�ags


	)

277 * 
	m_IO_�ad_�r
;

278 * 
	m_IO_�ad_�d
;

279 * 
	m_IO_�ad_ba�
;

280 * 
	m_IO_wr�e_ba�
;

281 * 
	m_IO_wr�e_�r
;

282 * 
	m_IO_wr�e_�d
;

283 * 
	m_IO_buf_ba�
;

284 * 
	m_IO_buf_�d
;

286 *
	m_IO_�ve_ba�
;

287 *
	m_IO_backup_ba�
;

288 *
	m_IO_�ve_�d
;

290 
_IO_m�k�
 *
	m_m�k�s
;

292 
_IO_FILE
 *
	m_cha�
;

294 
	m_f��o
;

296 
	m_blksize
;

298 
	m_�ags2
;

300 
_IO_off_t
 
	m_�d_off�t
;

302 

	#__HAVE_COLUMN


	)

304 
	m_cur_c�umn
;

305 sig�d 
	m_v�b�_off�t
;

306 
	m_sh�tbuf
[1];

310 
_IO_lock_t
 *
	m_lock
;

311 #ifde�
_IO_USE_OLD_IO_FILE


314 
	s_IO_FILE_com��e


316 
_IO_FILE
 
	m_f�e
;

318 #i�
def�ed
 
_G_IO_IO_FILE_VERSION
 && _G_IO_IO_FILE_VERSION == 0x20001

319 
_IO_off64_t
 
	m_off�t
;

320 #i�
def�ed
 
_LIBC
 || def�ed 
_GLIBCPP_USE_WCHAR_T


322 
_IO_codecvt
 *
	m_codecvt
;

323 
_IO_wide_d�a
 *
	m_wide_d�a
;

324 
_IO_FILE
 *
	m_䓻s_li�
;

325 *
	m_䓻s_buf
;

326 
size_t
 
	m_䓻s_size
;

328 *
	m__�d1
;

329 *
	m__�d2
;

330 *
	m__�d3
;

331 *
	m__�d4
;

332 
size_t
 
	m__�d5
;

334 
	m_mode
;

336 
	m_unu�d2
[15 *  (�- 4 *  (*�-  (
size_t
)];

340 #i�de�
__�lu�lus


341 
_IO_FILE
 
	t_IO_FILE
;

344 
	g_IO_FILE_�us
;

346 

_IO_FILE_�us
 
_IO_2_1_�d�_
;

347 

_IO_FILE_�us
 
_IO_2_1_�dout_
;

348 

_IO_FILE_�us
 
_IO_2_1_�d�r_
;

349 #i�de�
_LIBC


350 

	#_IO_�d�
 ((
_IO_FILE
*)(&
_IO_2_1_�d�_
))

	)

351 

	#_IO_�dout
 ((
_IO_FILE
*)(&
_IO_2_1_�dout_
))

	)

352 

	#_IO_�d�r
 ((
_IO_FILE
*)(&
_IO_2_1_�d�r_
))

	)

354 
_IO_FILE
 *
_IO_�d�
 
��ibu�_hidd�
;

355 
_IO_FILE
 *
_IO_�dout
 
��ibu�_hidd�
;

356 
_IO_FILE
 *
_IO_�d�r
 
��ibu�_hidd�
;

364 
__ssize_t
 
	t__io_�ad_�
 (*
	t__cook�
, *
	t__buf
, 
	tsize_t
 
	t__nby�s
);

372 
__ssize_t
 
	t__io_wr�e_�
 (*
	t__cook�
, 
	t__cڡ
 *
	t__buf
,

373 
	tsize_t
 
	t__n
);

381 
	t__io_�ek_�
 (*
	t__cook�
, 
	t_IO_off64_t
 *
	t__pos
, 
	t__w
);

384 
	t__io_�o�_�
 (*
	t__cook�
);

387 #ifde�
_GNU_SOURCE


389 
__io_�ad_�
 
	tcook�_�ad_fun�i�_t
;

390 
__io_wr�e_�
 
	tcook�_wr�e_fun�i�_t
;

391 
__io_�ek_�
 
	tcook�_�ek_fun�i�_t
;

392 
__io_�o�_�
 
	tcook�_�o�_fun�i�_t
;

397 
__io_�ad_�
 *
	m�ad
;

398 
__io_wr�e_�
 *
	mwr�e
;

399 
__io_�ek_�
 *
	m�ek
;

400 
__io_�o�_�
 *
	m�o�
;

401 } 
	t_IO_cook�_io_fun�i�s_t
;

402 
_IO_cook�_io_fun�i�s_t
 
	tcook�_io_fun�i�s_t
;

404 
	g_IO_cook�_f�e
;

407 

_IO_cook�_��
 (
_IO_cook�_f�e
 *
__cf�e
, 
__�ad_wr�e
,

408 *
__cook�
, 
_IO_cook�_io_fun�i�s_t
 
__�s
);

412 #ifde�
__�lu�lus


416 

__und��ow
 (
_IO_FILE
 *);

417 

__u�ow
 (
_IO_FILE
 *);

418 

__ov��ow
 (
_IO_FILE
 *, );

419 #i�
def�ed
 
_LIBC
 || def�ed 
_GLIBCPP_USE_WCHAR_T


420 
_IO_w�t_t
 
__wund��ow
 (
_IO_FILE
 *);

421 
_IO_w�t_t
 
__wu�ow
 (
_IO_FILE
 *);

422 
_IO_w�t_t
 
__wov��ow
 (
_IO_FILE
 *, _IO_wint_t);

425 #i� 
__GNUC__
 >= 3

426 

	#_IO_BE
(
ex�
, 
�s
�
	`__bu�t�_ex��
 (�x�),�es)

	)

428 

	#_IO_BE
(
ex�
, 
�s
��x�)

	)

431 

	#_IO_g�c_u�ocked
(
_�
) \

432 (
	`_IO_BE
 ((
_�
)->
_IO_�ad_�r
 >�(_�)->
_IO_�ad_�d
, 0) \

433 ? 
	`__u�ow
 (
_�
�: *(*�(_�)->
_IO_�ad_�r
++)

	)

434 

	#_IO_�ekc_u�ocked
(
_�
) \

435 (
	`_IO_BE
 ((
_�
)->
_IO_�ad_�r
 >�(_�)->
_IO_�ad_�d
, 0) \

436 && 
	`__und��ow
 (
_�
�=�
EOF
 ? EOF \

437 : *(*�(
_�
)->
_IO_�ad_�r
)

	)

438 

	#_IO_putc_u�ocked
(
_ch
, 
_�
) \

439 (
	`_IO_BE
 ((
_�
)->
_IO_wr�e_�r
 >�(_�)->
_IO_wr�e_�d
, 0) \

440 ? 
	`__ov��ow
 (
_�
, (�(
_ch
)) \

441 : (�(*(
_�
)->
_IO_wr�e_�r
++ = (
_ch
)))

	)

443 #i�
def�ed
 
_LIBC
 || def�ed 
_GLIBCPP_USE_WCHAR_T


444 

	#_IO_g�wc_u�ocked
(
_�
) \

445 (
	`_IO_BE
 ((
_�
)->
_wide_d�a
 =�
NULL
 \

446 || ((
_�
)->
_wide_d�a
->
_IO_�ad_�r
 \

447 >�(
_�
)->
_wide_d�a
->
_IO_�ad_�d
), 0) \

448 ? 
	`__wu�ow
 (
_�
�: (
_IO_w�t_t
�*(_�)->
_wide_d�a
->
_IO_�ad_�r
++)

	)

449 

	#_IO_putwc_u�ocked
(
_wch
, 
_�
) \

450 (
	`_IO_BE
 ((
_�
)->
_wide_d�a
 =�
NULL
 \

451 || ((
_�
)->
_wide_d�a
->
_IO_wr�e_�r
 \

452 >�(
_�
)->
_wide_d�a
->
_IO_wr�e_�d
), 0) \

453 ? 
	`__wov��ow
 (
_�
, 
_wch
) \

454 : (
_IO_w�t_t
�(*(
_�
)->
_wide_d�a
->
_IO_wr�e_�r
++ = (
_wch
)))

	)

457 

	#_IO_�of_u�ocked
(
__�
�(((__�)->
_�ags
 & 
_IO_EOF_SEEN
�!�0)

	)

458 

	#_IO_��_u�ocked
(
__�
�(((__�)->
_�ags
 & 
_IO_ERR_SEEN
�!�0)

	)

460 

_IO_g�c
 (
_IO_FILE
 *
__�
);

461 

_IO_putc
 (
__c
, 
_IO_FILE
 *
__�
);

462 

_IO_�of
 (
_IO_FILE
 *
__�
�
__THROW
;

463 

_IO_��
 (
_IO_FILE
 *
__�
�
__THROW
;

465 

_IO_�ekc_locked
 (
_IO_FILE
 *
__�
);

468 

	#_IO_PENDING_OUTPUT_COUNT
(
_�
) \

469 ((
_�
)->
_IO_wr�e_�r
 - (_�)->
_IO_wr�e_ba�
)

	)

471 

_IO_�ockf�e
 (
_IO_FILE
 *�
__THROW
;

472 

_IO_fu�ockf�e
 (
_IO_FILE
 *�
__THROW
;

473 

_IO_�rylockf�e
 (
_IO_FILE
 *�
__THROW
;

475 #ifde�
_IO_MTSAFE_IO


476 

	#_IO_�ekc
(
_�
�
	`_IO_�ekc_locked
 (_�)

	)

477 

	#_IO_�ockf�e
(
_�
) \

478 i�(((
_�
)->
_�ags
 & 
_IO_USER_LOCK
�=�0�
	`_IO_�ockf�e
 (_�)

	)

479 

	#_IO_fu�ockf�e
(
_�
) \

480 i�(((
_�
)->
_�ags
 & 
_IO_USER_LOCK
�=�0�
	`_IO_fu�ockf�e
 (_�)

	)

482 

	#_IO_�ekc
(
_�
�
	`_IO_�ekc_u�ocked
 (_�)

	)

483 

	#_IO_�ockf�e
(
_�
�

	)

484 

	#_IO_fu�ockf�e
(
_�
�

	)

485 

	#_IO_�rylockf�e
(
_�
�

	)

486 

	#_IO_��nup_�gi�_��t
(
_f�
, 
_�
�

	)

487 

	#_IO_��nup_�gi�_�d
(
_Do�
�

	)

490 

_IO_vfs�nf
 (
_IO_FILE
 * 
__��ri�
, const * __restrict,

491 
_IO_va_li�
, *
__��ri�
);

492 

_IO_v�r�tf
 (
_IO_FILE
 *
__��ri�
, const *__restrict,

493 
_IO_va_li�
);

494 
_IO_ssize_t
 
_IO_�dn
 (
_IO_FILE
 *, , _IO_ssize_t);

495 
_IO_size_t
 
_IO_sg�n
 (
_IO_FILE
 *, *, _IO_size_t);

497 
_IO_off64_t
 
_IO_�ekoff
 (
_IO_FILE
 *, _IO_off64_t, , );

498 
_IO_off64_t
 
_IO_�ekpos
 (
_IO_FILE
 *, _IO_off64_t, );

500 

_IO_�_backup_��
 (
_IO_FILE
 *�
__THROW
;

502 #i�
def�ed
 
_LIBC
 || def�ed 
_GLIBCPP_USE_WCHAR_T


503 
_IO_w�t_t
 
_IO_g�wc
 (
_IO_FILE
 *
__�
);

504 
_IO_w�t_t
 
_IO_putwc
 (
wch�_t
 
__wc
, 
_IO_FILE
 *
__�
);

505 

_IO_fwide
 (
_IO_FILE
 *
__�
, 
__mode
�
__THROW
;

506 #i�
__GNUC__
 >= 2

509 #i�
def�ed
 
_LIBC
 && def�ed 
SHARED


510 
	~<shlib-com�t.h
>

511 #i�
SHLIB_COMPAT
 (
libc
, 
GLIBC_2_0
, 
GLIBC_2_1
)

512 

	#_IO_fwide_maybe_�com�tib�
 \

513 (
	`__bu�t�_ex��
 (&
_IO_�d�_u�d
 =�
NULL
, 0))

	)

514 
cڡ 
_IO_�d�_u�d
;

515 
w�k_ex��
 (
_IO_�d�_u�d
);

518 #i�de�
_IO_fwide_maybe_�com�tib�


519 

	#_IO_fwide_maybe_�com�tib�
 (0)

	)

523 

	#_IO_fwide
(
__�
, 
__mode
) \

524 ({ 
__�su�
 = (
__mode
); \

525 i�(
__�su�
 < 0 && ! 
_IO_fwide_maybe_�com�tib�
) \

527 i�((
__�
)->
_mode
 == 0) \

529 (
__�
)->
_mode
 = -1; \

530 
__�su�
 = (
__�
)->
_mode
; \

532 i�(
	`__bu�t�_cڡ�t_p
 (
__mode
) && (__mode) == 0) \

533 
__�su�
 = 
_IO_fwide_maybe_�com�tib�
 ? -1 : (
__�
)->
_mode
; \

535 
__�su�
 = 
	`_IO_fwide
 (
__�
, __result); \

536 
__�su�
; })

	)

539 

_IO_vfws�nf
 (
_IO_FILE
 * 
__��ri�
, cڡ 
wch�_t
 * __restrict,

540 
_IO_va_li�
, *
__��ri�
);

541 

_IO_vfw��tf
 (
_IO_FILE
 *
__��ri�
, cڡ 
wch�_t
 *__restrict,

542 
_IO_va_li�
);

543 
_IO_ssize_t
 
_IO_w�dn
 (
_IO_FILE
 *, 
w�t_t
, _IO_ssize_t);

544 

_IO_�_wbackup_��
 (
_IO_FILE
 *�
__THROW
;

547 #ifde�
__LDBL_COMPAT


548 
	~<b�s/libio-ldbl.h
>

551 #ifde�
__�lu�lus


	@/usr/include/netinet/in.h

20 #i�def 
_NETINET_IN_H


21 

	#_NETINET_IN_H
 1

	)

23 
	~<�u�s.h
>

24 
	~<�d�t.h
>

25 
	~<sys/sock�.h
>

26 
	~<b�s/ty�s.h
>

29 
__BEGIN_DECLS


34 
	mIPPROTO_IP
 = 0,

35 

	#IPPROTO_IP
 
IPPROTO_IP


	)

36 
	mIPPROTO_HOPOPTS
 = 0,

37 

	#IPPROTO_HOPOPTS
 
IPPROTO_HOPOPTS


	)

38 
	mIPPROTO_ICMP
 = 1,

39 

	#IPPROTO_ICMP
 
IPPROTO_ICMP


	)

40 
	mIPPROTO_IGMP
 = 2,

41 

	#IPPROTO_IGMP
 
IPPROTO_IGMP


	)

42 
	mIPPROTO_IPIP
 = 4,

43 

	#IPPROTO_IPIP
 
IPPROTO_IPIP


	)

44 
	mIPPROTO_TCP
 = 6,

45 

	#IPPROTO_TCP
 
IPPROTO_TCP


	)

46 
	mIPPROTO_EGP
 = 8,

47 

	#IPPROTO_EGP
 
IPPROTO_EGP


	)

48 
	mIPPROTO_PUP
 = 12,

49 

	#IPPROTO_PUP
 
IPPROTO_PUP


	)

50 
	mIPPROTO_UDP
 = 17,

51 

	#IPPROTO_UDP
 
IPPROTO_UDP


	)

52 
	mIPPROTO_IDP
 = 22,

53 

	#IPPROTO_IDP
 
IPPROTO_IDP


	)

54 
	mIPPROTO_TP
 = 29,

55 

	#IPPROTO_TP
 
IPPROTO_TP


	)

56 
	mIPPROTO_DCCP
 = 33,

57 

	#IPPROTO_DCCP
 
IPPROTO_DCCP


	)

58 
	mIPPROTO_IPV6
 = 41,

59 

	#IPPROTO_IPV6
 
IPPROTO_IPV6


	)

60 
	mIPPROTO_ROUTING
 = 43,

61 

	#IPPROTO_ROUTING
 
IPPROTO_ROUTING


	)

62 
	mIPPROTO_FRAGMENT
 = 44,

63 

	#IPPROTO_FRAGMENT
 
IPPROTO_FRAGMENT


	)

64 
	mIPPROTO_RSVP
 = 46,

65 

	#IPPROTO_RSVP
 
IPPROTO_RSVP


	)

66 
	mIPPROTO_GRE
 = 47,

67 

	#IPPROTO_GRE
 
IPPROTO_GRE


	)

68 
	mIPPROTO_ESP
 = 50,

69 

	#IPPROTO_ESP
 
IPPROTO_ESP


	)

70 
	mIPPROTO_AH
 = 51,

71 

	#IPPROTO_AH
 
IPPROTO_AH


	)

72 
	mIPPROTO_ICMPV6
 = 58,

73 

	#IPPROTO_ICMPV6
 
IPPROTO_ICMPV6


	)

74 
	mIPPROTO_NONE
 = 59,

75 

	#IPPROTO_NONE
 
IPPROTO_NONE


	)

76 
	mIPPROTO_DSTOPTS
 = 60,

77 

	#IPPROTO_DSTOPTS
 
IPPROTO_DSTOPTS


	)

78 
	mIPPROTO_MTP
 = 92,

79 

	#IPPROTO_MTP
 
IPPROTO_MTP


	)

80 
	mIPPROTO_ENCAP
 = 98,

81 

	#IPPROTO_ENCAP
 
IPPROTO_ENCAP


	)

82 
	mIPPROTO_PIM
 = 103,

83 

	#IPPROTO_PIM
 
IPPROTO_PIM


	)

84 
	mIPPROTO_COMP
 = 108,

85 

	#IPPROTO_COMP
 
IPPROTO_COMP


	)

86 
	mIPPROTO_SCTP
 = 132,

87 

	#IPPROTO_SCTP
 
IPPROTO_SCTP


	)

88 
	mIPPROTO_UDPLITE
 = 136,

89 

	#IPPROTO_UDPLITE
 
IPPROTO_UDPLITE


	)

90 
	mIPPROTO_RAW
 = 255,

91 

	#IPPROTO_RAW
 
IPPROTO_RAW


	)

92 
	mIPPROTO_MAX


97 
u�t16_t
 
	t�_p�t_t
;

102 
	mIPPORT_ECHO
 = 7,

103 
	mIPPORT_DISCARD
 = 9,

104 
	mIPPORT_SYSTAT
 = 11,

105 
	mIPPORT_DAYTIME
 = 13,

106 
	mIPPORT_NETSTAT
 = 15,

107 
	mIPPORT_FTP
 = 21,

108 
	mIPPORT_TELNET
 = 23,

109 
	mIPPORT_SMTP
 = 25,

110 
	mIPPORT_TIMESERVER
 = 37,

111 
	mIPPORT_NAMESERVER
 = 42,

112 
	mIPPORT_WHOIS
 = 43,

113 
	mIPPORT_MTP
 = 57,

115 
	mIPPORT_TFTP
 = 69,

116 
	mIPPORT_RJE
 = 77,

117 
	mIPPORT_FINGER
 = 79,

118 
	mIPPORT_TTYLINK
 = 87,

119 
	mIPPORT_SUPDUP
 = 95,

122 
	mIPPORT_EXECSERVER
 = 512,

123 
	mIPPORT_LOGINSERVER
 = 513,

124 
	mIPPORT_CMDSERVER
 = 514,

125 
	mIPPORT_EFSSERVER
 = 520,

128 
	mIPPORT_BIFFUDP
 = 512,

129 
	mIPPORT_WHOSERVER
 = 513,

130 
	mIPPORT_ROUTESERVER
 = 520,

133 
	mIPPORT_RESERVED
 = 1024,

136 
	mIPPORT_USERRESERVED
 = 5000

141 
u�t32_t
 
	t�_addr_t
;

142 
	s�_addr


144 
�_addr_t
 
	ms_addr
;

153 

	#IN_CLASSA
(
a
�((((
�_addr_t
)�)�& 0x80000000�=�0)

	)

154 

	#IN_CLASSA_NET
 0xff000000

	)

155 

	#IN_CLASSA_NSHIFT
 24

	)

156 

	#IN_CLASSA_HOST
 (0xfffffff�& ~
IN_CLASSA_NET
)

	)

157 

	#IN_CLASSA_MAX
 128

	)

159 

	#IN_CLASSB
(
a
�((((
�_addr_t
)�)�& 0xc0000000�=�0x80000000)

	)

160 

	#IN_CLASSB_NET
 0xffff0000

	)

161 

	#IN_CLASSB_NSHIFT
 16

	)

162 

	#IN_CLASSB_HOST
 (0xfffffff�& ~
IN_CLASSB_NET
)

	)

163 

	#IN_CLASSB_MAX
 65536

	)

165 

	#IN_CLASSC
(
a
�((((
�_addr_t
)�)�& 0xe0000000�=�0xc0000000)

	)

166 

	#IN_CLASSC_NET
 0xffffff00

	)

167 

	#IN_CLASSC_NSHIFT
 8

	)

168 

	#IN_CLASSC_HOST
 (0xfffffff�& ~
IN_CLASSC_NET
)

	)

170 

	#IN_CLASSD
(
a
�((((
�_addr_t
)�)�& 0xf0000000�=�0xe0000000)

	)

171 

	#IN_MULTICAST
(
a
�
	`IN_CLASSD
�)

	)

173 

	#IN_EXPERIMENTAL
(
a
�((((
�_addr_t
)�)�& 0xe0000000�=�0xe0000000)

	)

174 

	#IN_BADCLASS
(
a
�((((
�_addr_t
)�)�& 0xf0000000�=�0xf0000000)

	)

177 

	#INADDR_ANY
 ((
�_addr_t
�0x00000000)

	)

179 

	#INADDR_BROADCAST
 ((
�_addr_t
�0xffffffff)

	)

181 

	#INADDR_NONE
 ((
�_addr_t
�0xffffffff)

	)

184 

	#IN_LOOPBACKNET
 127

	)

186 #i�de�
INADDR_LOOPBACK


187 

	#INADDR_LOOPBACK
 ((
�_addr_t
�0x7f000001�

	)

191 

	#INADDR_UNSPEC_GROUP
 ((
�_addr_t
�0xe0000000�

	)

192 

	#INADDR_ALLHOSTS_GROUP
 ((
�_addr_t
�0xe0000001�

	)

193 

	#INADDR_ALLRTRS_GROUP
 ((
�_addr_t
�0xe0000002�

	)

194 

	#INADDR_MAX_LOCAL_GROUP
 ((
�_addr_t
�0xe00000ff�

	)

198 
	s�6_addr


202 
u�t8_t
 
	m__u6_addr8
[16];

203 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_GNU


204 
u�t16_t
 
	m__u6_addr16
[8];

205 
u�t32_t
 
	m__u6_addr32
[4];

207 } 
	m__�6_u
;

208 

	#s6_addr
 
__�6_u
.
__u6_addr8


	)

209 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_GNU


210 

	#s6_addr16
 
__�6_u
.
__u6_addr16


	)

211 

	#s6_addr32
 
__�6_u
.
__u6_addr32


	)

215 
cڡ 
�6_addr
 
�6addr_�y
;

216 
cڡ 
�6_addr
 
�6addr_lo�back
;

217 

	#IN6ADDR_ANY_INIT
 { { { 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0 } } }

	)

218 

	#IN6ADDR_LOOPBACK_INIT
 { { { 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1 } } }

	)

220 

	#INET_ADDRSTRLEN
 16

	)

221 

	#INET6_ADDRSTRLEN
 46

	)

225 
	ssockaddr_�


227 
__SOCKADDR_COMMON
 (
s�_
);

228 
�_p�t_t
 
	ms�_p�t
;

229 
�_addr
 
	ms�_addr
;

232 
	ms�_z�o
[ (
sockaddr
) -

233 
__SOCKADDR_COMMON_SIZE
 -

234  (
�_p�t_t
) -

235  (
�_addr
)];

239 
	ssockaddr_�6


241 
__SOCKADDR_COMMON
 (
s�6_
);

242 
�_p�t_t
 
	ms�6_p�t
;

243 
u�t32_t
 
	ms�6_�ow�fo
;

244 
�6_addr
 
	ms�6_addr
;

245 
u�t32_t
 
	ms�6_sc�e_id
;

249 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_GNU


251 
	s�_m�q


254 
�_addr
 
	mimr_muɟddr
;

257 
�_addr
 
	mimr_��r��
;

260 
	s�_m�q_sour�


263 
�_addr
 
	mimr_muɟddr
;

266 
�_addr
 
	mimr_��r��
;

269 
�_addr
 
	mimr_sour�addr
;

275 
	s�v6_m�q


278 
�6_addr
 
	m�v6mr_muɟddr
;

281 
	m�v6mr_��r��
;

285 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_GNU


287 
	sgroup_�q


290 
u�t32_t
 
	mgr_��r��
;

293 
sockaddr_��age
 
	mgr_group
;

296 
	sgroup_sour�_�q


299 
u�t32_t
 
	mg�_��r��
;

302 
sockaddr_��age
 
	mg�_group
;

305 
sockaddr_��age
 
	mg�_sour�
;

310 
	s�_msf��r


313 
�_addr
 
	mimsf_muɟddr
;

316 
�_addr
 
	mimsf_��r��
;

319 
u�t32_t
 
	mimsf_fmode
;

322 
u�t32_t
 
	mimsf_num�c
;

324 
�_addr
 
	mimsf_�i�
[1];

327 

	#IP_MSFILTER_SIZE
(
num�c
�( (
�_msf��r
) \

328 -  (
�_addr
) \

329 + (
num�c
�*  (
�_addr
))

	)

331 
	sgroup_f��r


334 
u�t32_t
 
	mgf_��r��
;

337 
sockaddr_��age
 
	mgf_group
;

340 
u�t32_t
 
	mgf_fmode
;

343 
u�t32_t
 
	mgf_num�c
;

345 
sockaddr_��age
 
	mgf_�i�
[1];

348 

	#GROUP_FILTER_SIZE
(
num�c
�( (
group_f��r
) \

349 -  (
sockaddr_��age
) \

350 + ((
num�c
) \

351 *  (
sockaddr_��age
)))

	)

356 
	~<b�s/�.h
>

365 
u�t32_t
 
	$�ohl
 (
u�t32_t
 
__�g
�
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

366 
u�t16_t
 
	$�ohs
 (
u�t16_t
 
__�tsh�t
)

367 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

368 
u�t32_t
 
	$ht�l
 (
u�t32_t
 
__ho�l�g
)

369 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

370 
u�t16_t
 
	$ht�s
 (
u�t16_t
 
__ho�sh�t
)

371 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

373 
	~<�d�n.h
>

376 
	~<b�s/by�sw�.h
>

378 #ifde�
__OPTIMIZE__


382 #i�
__BYTE_ORDER
 =�
__BIG_ENDIAN


385 

	#�ohl
(
x
�(x)

	)

386 

	#�ohs
(
x
�(x)

	)

387 

	#ht�l
(
x
�(x)

	)

388 

	#ht�s
(
x
�(x)

	)

390 #i�
__BYTE_ORDER
 =�
__LITTLE_ENDIAN


391 

	#�ohl
(
x
�
	`__bsw�_32
 (x)

	)

392 

	#�ohs
(
x
�
	`__bsw�_16
 (x)

	)

393 

	#ht�l
(
x
�
	`__bsw�_32
 (x)

	)

394 

	#ht�s
(
x
�
	`__bsw�_16
 (x)

	)

399 

	#IN6_IS_ADDR_UNSPECIFIED
(
a
) \

400 (((
__cڡ
 
u�t32_t
 *�(
a
))[0] == 0 \

401 && ((
__cڡ
 
u�t32_t
 *�(
a
))[1] == 0 \

402 && ((
__cڡ
 
u�t32_t
 *�(
a
))[2] == 0 \

403 && ((
__cڡ
 
u�t32_t
 *�(
a
))[3] =�0)

	)

405 

	#IN6_IS_ADDR_LOOPBACK
(
a
) \

406 (((
__cڡ
 
u�t32_t
 *�(
a
))[0] == 0 \

407 && ((
__cڡ
 
u�t32_t
 *�(
a
))[1] == 0 \

408 && ((
__cڡ
 
u�t32_t
 *�(
a
))[2] == 0 \

409 && ((
__cڡ
 
u�t32_t
 *�(
a
))[3] =�
	`ht�l
 (1))

	)

411 

	#IN6_IS_ADDR_MULTICAST
(
a
�(((
__cڡ
 
u�t8_t
 *��))[0] =�0xff)

	)

413 

	#IN6_IS_ADDR_LINKLOCAL
(
a
) \

414 ((((
__cڡ
 
u�t32_t
 *�(
a
))[0] & 
	`ht�l
 (0xffc00000)) \

415 =�
	`ht�l
 (0x�800000))

	)

417 

	#IN6_IS_ADDR_SITELOCAL
(
a
) \

418 ((((
__cڡ
 
u�t32_t
 *�(
a
))[0] & 
	`ht�l
 (0xffc00000)) \

419 =�
	`ht�l
 (0x�c00000))

	)

421 

	#IN6_IS_ADDR_V4MAPPED
(
a
) \

422 ((((
__cڡ
 
u�t32_t
 *�(
a
))[0] == 0) \

423 && (((
__cڡ
 
u�t32_t
 *�(
a
))[1] == 0) \

424 && (((
__cڡ
 
u�t32_t
 *�(
a
))[2] =�
	`ht�l
 (0xffff)))

	)

426 

	#IN6_IS_ADDR_V4COMPAT
(
a
) \

427 ((((
__cڡ
 
u�t32_t
 *�(
a
))[0] == 0) \

428 && (((
__cڡ
 
u�t32_t
 *�(
a
))[1] == 0) \

429 && (((
__cڡ
 
u�t32_t
 *�(
a
))[2] == 0) \

430 && (
	`�ohl
 (((
__cڡ
 
u�t32_t
 *�(
a
))[3]�> 1))

	)

432 

	#IN6_ARE_ADDR_EQUAL
(
a
,
b
) \

433 ((((
__cڡ
 
u�t32_t
 *�(
a
))[0] =�((__cڡ u�t32_�*�(
b
))[0]) \

434 && (((
__cڡ
 
u�t32_t
 *�(
a
))[1] =�((__cڡ u�t32_�*�(
b
))[1]) \

435 && (((
__cڡ
 
u�t32_t
 *�(
a
))[2] =�((__cڡ u�t32_�*�(
b
))[2]) \

436 && (((
__cڡ
 
u�t32_t
 *�(
a
))[3] =�((__cڡ u�t32_�*�(
b
))[3]))

	)

438 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_GNU


440 

	$b�d�svp�t
 (
__sockfd
, 
sockaddr_�
 *
__sock_�
�
__THROW
;

443 

	$b�d�svp�t6
 (
__sockfd
, 
sockaddr_�6
 *
__sock_�
)

444 
__THROW
;

448 

	#IN6_IS_ADDR_MC_NODELOCAL
(
a
) \

449 (
	`IN6_IS_ADDR_MULTICAST
(
a
) \

450 && ((((
__cڡ
 
u�t8_t
 *�(
a
))[1] & 0xf�=�0x1))

	)

452 

	#IN6_IS_ADDR_MC_LINKLOCAL
(
a
) \

453 (
	`IN6_IS_ADDR_MULTICAST
(
a
) \

454 && ((((
__cڡ
 
u�t8_t
 *�(
a
))[1] & 0xf�=�0x2))

	)

456 

	#IN6_IS_ADDR_MC_SITELOCAL
(
a
) \

457 (
	`IN6_IS_ADDR_MULTICAST
(
a
) \

458 && ((((
__cڡ
 
u�t8_t
 *�(
a
))[1] & 0xf�=�0x5))

	)

460 

	#IN6_IS_ADDR_MC_ORGLOCAL
(
a
) \

461 (
	`IN6_IS_ADDR_MULTICAST
(
a
) \

462 && ((((
__cڡ
 
u�t8_t
 *�(
a
))[1] & 0xf�=�0x8))

	)

464 

	#IN6_IS_ADDR_MC_GLOBAL
(
a
) \

465 (
	`IN6_IS_ADDR_MULTICAST
(
a
) \

466 && ((((
__cڡ
 
u�t8_t
 *�(
a
))[1] & 0xf�=�0xe))

	)

469 #ifde�
__USE_GNU


471 
	s�6_pkt�fo


473 
�6_addr
 
�i6_addr
;

474 
�i6_if�dex
;

478 
	s�6_mtu�fo


480 
sockaddr_�6
 
�6m_addr
;

481 
u�t32_t
 
�6m_mtu
;

486 

	$��6_�ti�_�a�
 (
__nby�s
)

487 
__THROW
 
__��ibu�_d����d__
;

488 

	$��6_�ti�_��
 (*
__bp
, 
cmsghdr
 **
__cmsgp
,

489 
__ty�
�
__THROW
 
__��ibu�_d����d__
;

490 

	$��6_�ti�_��nd
 (
cmsghdr
 *
__cmsg
,

491 
__cڡ
 
u�t8_t
 *
__ty�p
, 
__mu�x
,

492 
__�usy
�
__THROW
 
__��ibu�_d����d__
;

493 
u�t8_t
 *
	$��6_�ti�_�loc
 (
cmsghdr
 *
__cmsg
, 
__d���
,

494 
__mu�x
, 
__�usy
)

495 
__THROW
 
__��ibu�_d����d__
;

496 

	$��6_�ti�_�xt
 (
__cڡ
 
cmsghdr
 *
__cmsg
,

497 
u�t8_t
 **
__��p
)

498 
__THROW
 
__��ibu�_d����d__
;

499 

	$��6_�ti�_f�d
 (
__cڡ
 
cmsghdr
 *
__cmsg
,

500 
u�t8_t
 **
__��p
, 
__ty�
)

501 
__THROW
 
__��ibu�_d����d__
;

505 

	$��6_�t_��
 (*
__extbuf
, 
sock�n_t
 
__ex��
�
__THROW
;

506 

	$��6_�t_��nd
 (*
__extbuf
, 
sock�n_t
 
__ex��
, 
__off�t
,

507 
u�t8_t
 
__ty�
, 
sock�n_t
 
__�n
, u�t8_�
__�ign
,

508 **
__d�abu�
�
__THROW
;

509 

	$��6_�t_f�ish
 (*
__extbuf
, 
sock�n_t
 
__ex��
, 
__off�t
)

510 
__THROW
;

511 

	$��6_�t_�t_v�
 (*
__d�abuf
, 
__off�t
, *
__v�
,

512 
sock�n_t
 
__v��n
�
__THROW
;

513 

	$��6_�t_�xt
 (*
__extbuf
, 
sock�n_t
 
__ex��
, 
__off�t
,

514 
u�t8_t
 *
__ty�p
, 
sock�n_t
 *
__��
,

515 **
__d�abu�
�
__THROW
;

516 

	$��6_�t_f�d
 (*
__extbuf
, 
sock�n_t
 
__ex��
, 
__off�t
,

517 
u�t8_t
 
__ty�
, 
sock�n_t
 *
__��
,

518 **
__d�abu�
�
__THROW
;

519 

	$��6_�t_g�_v�
 (*
__d�abuf
, 
__off�t
, *
__v�
,

520 
sock�n_t
 
__v��n
�
__THROW
;

524 
sock�n_t
 
	$��6_�h_�a�
 (
__ty�
, 
__�gm�ts
�
__THROW
;

525 
*
	$��6_�h_��
 (*
__bp
, 
sock�n_t
 
__bp_�n
, 
__ty�
,

526 
__�gm�ts
�
__THROW
;

527 

	$��6_�h_add
 (*
__bp
, 
__cڡ
 
�6_addr
 *
__addr
�
__THROW
;

528 

	$��6_�h_�v��
 (
__cڡ
 *
__�
, *
__out
�
__THROW
;

529 

	$��6_�h_�gm�ts
 (
__cڡ
 *
__bp
�
__THROW
;

530 

�6_addr
 *
	$��6_�h_g�addr
 (
__cڡ
 *
__bp
, 
__�dex
)

531 
__THROW
;

537 

	$g��v4sour�f��r
 (
__s
, 
�_addr
 
__��r��_addr
,

538 
�_addr
 
__group
, 
u�t32_t
 *
__fmode
,

539 
u�t32_t
 *
__num�c
, 
�_addr
 *
__�i�
)

540 
__THROW
;

543 

	$�t�v4sour�f��r
 (
__s
, 
�_addr
 
__��r��_addr
,

544 
�_addr
 
__group
, 
u�t32_t
 
__fmode
,

545 
u�t32_t
 
__num�c
,

546 
__cڡ
 
�_addr
 *
__�i�
)

547 
__THROW
;

551 

	$g�sour�f��r
 (
__s
, 
u�t32_t
 
__��r��_addr
,

552 
__cڡ
 
sockaddr
 *
__group
,

553 
sock�n_t
 
__grou��
, 
u�t32_t
 *
__fmode
,

554 
u�t32_t
 *
__num�c
,

555 
sockaddr_��age
 *
__�i�
�
__THROW
;

558 

	$�tsour�f��r
 (
__s
, 
u�t32_t
 
__��r��_addr
,

559 
__cڡ
 
sockaddr
 *
__group
,

560 
sock�n_t
 
__grou��
, 
u�t32_t
 
__fmode
,

561 
u�t32_t
 
__num�c
,

562 
__cڡ
 
sockaddr_��age
 *
__�i�
�
__THROW
;

565 
__END_DECLS


	@/usr/include/time.h

23 #i�def 
_TIME_H


25 #i�(! 
def�ed
 
__�ed_time_t
 && !def�ed 
__�ed_�ock_t
 && \

26 ! 
def�ed
 
	g__�ed_time�ec
)

27 

	#_TIME_H
 1

	)

28 
	~<�u�s.h
>

30 
	g__BEGIN_DECLS


34 #ifdef 
_TIME_H


36 

	#__�ed_size_t


	)

37 

	#__�ed_NULL


	)

38 
	~<�ddef.h
>

42 
	~<b�s/time.h
>

45 #i�!
def�ed
 
__STRICT_ANSI__
 && !def�ed 
__USE_XOPEN2K


46 #i�de�
CLK_TCK


47 

	#CLK_TCK
 
CLOCKS_PER_SEC


	)

53 #i�!
def�ed
 
__�ock_t_def�ed
 && (def�ed 
_TIME_H
 || def�ed 
__�ed_�ock_t
)

54 

	#__�ock_t_def�ed
 1

	)

56 
	~<b�s/ty�s.h
>

58 
__BEGIN_NAMESPACE_STD


60 
__�ock_t
 
	t�ock_t
;

61 
	g__END_NAMESPACE_STD


62 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_POSIX
 || def�ed 
__USE_MISC


63 
	$__USING_NAMESPACE_STD
(
�ock_t
)

67 #unde�
__�ed_�ock_t


69 #i�!
def�ed
 
__time_t_def�ed
 && (def�ed 
_TIME_H
 || def�ed 
__�ed_time_t
)

70 

	#__time_t_def�ed
 1

	)

72 
	~<b�s/ty�s.h
>

74 
__BEGIN_NAMESPACE_STD


76 
__time_t
 
	ttime_t
;

77 
__END_NAMESPACE_STD


78 #i�
def�ed
 
__USE_POSIX
 || def�ed 
__USE_MISC
 || def�ed 
__USE_SVID


79 
	$__USING_NAMESPACE_STD
(
time_t
)

83 #unde�
__�ed_time_t


85 #i�!
def�ed
 
__�ockid_t_def�ed
 && \

86 ((
def�ed
 
_TIME_H
 && def�ed 
__USE_POSIX199309
�|| def�ed 
__�ed_�ockid_t
)

87 

	#__�ockid_t_def�ed
 1

	)

89 
	~<b�s/ty�s.h
>

92 
__�ockid_t
 
	t�ockid_t
;

95 #unde�
__�ockid_time_t


97 #i�!
def�ed
 
__tim�_t_def�ed
 && \

98 ((
def�ed
 
_TIME_H
 && def�ed 
__USE_POSIX199309
�|| def�ed 
__�ed_tim�_t
)

99 

	#__tim�_t_def�ed
 1

	)

101 
	~<b�s/ty�s.h
>

104 
__tim�_t
 
	ttim�_t
;

107 #unde�
__�ed_tim�_t


110 #i�!
def�ed
 
__time�ec_def�ed
 && \

111 ((
def�ed
 
_TIME_H
 && \

112 (
def�ed
 
__USE_POSIX199309
 || def�ed 
__USE_MISC
)) || \

113 
def�ed
 
__�ed_time�ec
)

114 

	#__time�ec_def�ed
 1

	)

116 
	~<b�s/ty�s.h
>

120 
	stime�ec


122 
__time_t
 
tv_�c
;

123 
tv_n�c
;

127 #unde�
__�ed_time�ec


130 #ifdef 
_TIME_H


131 
__BEGIN_NAMESPACE_STD


133 
	stm


135 
tm_�c
;

136 
tm_m�
;

137 
tm_hour
;

138 
tm_mday
;

139 
tm_m�
;

140 
tm_y�r
;

141 
tm_wday
;

142 
tm_yday
;

143 
tm_isd�
;

145 #ifdef 
__USE_BSD


146 
tm_gmtoff
;

147 
__cڡ
 *
tm_z�e
;

149 
__tm_gmtoff
;

150 
__cڡ
 *
__tm_z�e
;

153 
__END_NAMESPACE_STD


154 #i�
def�ed
 
__USE_XOPEN
 || def�ed 
__USE_POSIX
 || def�ed 
__USE_MISC


155 
	$__USING_NAMESPACE_STD
(
tm
)

159 #ifde�
__USE_POSIX199309


161 
	s�im��ec


163 
time�ec
 
�_��rv�
;

164 
time�ec
 
�_v�ue
;

168 
sigev�t
;

172 #ifde�
__USE_XOPEN2K


173 #i�de�
__pid_t_def�ed


174 
__pid_t
 
	tpid_t
;

175 

	#__pid_t_def�ed


	)

180 
__BEGIN_NAMESPACE_STD


183 
�ock_t
 
	$�ock
 (�
__THROW
;

186 
time_t
 
	$time
 (
time_t
 *
__tim�
�
__THROW
;

189 

	$dif�ime
 (
time_t
 
__time1
,�ime_�
__time0
)

190 
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

193 
time_t
 
	$mktime
 (
tm
 *
__�
�
__THROW
;

199 
size_t
 
	$�r�ime
 (*
__��ri�
 
__s
, 
size_t
 
__maxsize
,

200 
__cڡ
 *
__��ri�
 
__f�m�
,

201 
__cڡ
 
tm
 *
__��ri�
 
__�
�
__THROW
;

202 
__END_NAMESPACE_STD


204 #ifde�
__USE_XOPEN


207 
*
	$��time
 (
__cڡ
 *
__��ri�
 
__s
,

208 
__cڡ
 *
__��ri�
 
__fmt
, 
tm
 *
__�
)

209 
__THROW
;

212 #ifde�
__USE_XOPEN2K8


215 
	~<xlo��.h
>

217 
size_t
 
	$�r�ime_l
 (*
__��ri�
 
__s
, 
size_t
 
__maxsize
,

218 
__cڡ
 *
__��ri�
 
__f�m�
,

219 
__cڡ
 
tm
 *
__��ri�
 
__�
,

220 
__lo��_t
 
__loc
�
__THROW
;

223 #ifde�
__USE_GNU


224 
*
	$��time_l
 (
__cڡ
 *
__��ri�
 
__s
,

225 
__cڡ
 *
__��ri�
 
__fmt
, 
tm
 *
__�
,

226 
__lo��_t
 
__loc
�
__THROW
;

230 
__BEGIN_NAMESPACE_STD


233 

tm
 *
	$gmtime
 (
__cڡ
 
time_t
 *
__tim�
�
__THROW
;

237 

tm
 *
	$lo��ime
 (
__cڡ
 
time_t
 *
__tim�
�
__THROW
;

238 
__END_NAMESPACE_STD


240 #i�
def�ed
 
__USE_POSIX
 || def�ed 
__USE_MISC


243 

tm
 *
	$gmtime_r
 (
__cڡ
 
time_t
 *
__��ri�
 
__tim�
,

244 
tm
 *
__��ri�
 
__�
�
__THROW
;

248 

tm
 *
	$lo��ime_r
 (
__cڡ
 
time_t
 *
__��ri�
 
__tim�
,

249 
tm
 *
__��ri�
 
__�
�
__THROW
;

252 
__BEGIN_NAMESPACE_STD


255 
*
	$as�ime
 (
__cڡ
 
tm
 *
__�
�
__THROW
;

258 
*
	$�ime
 (
__cڡ
 
time_t
 *
__tim�
�
__THROW
;

259 
__END_NAMESPACE_STD


261 #i�
def�ed
 
__USE_POSIX
 || def�ed 
__USE_MISC


266 
*
	$as�ime_r
 (
__cڡ
 
tm
 *
__��ri�
 
__�
,

267 *
__��ri�
 
__buf
�
__THROW
;

270 
*
	$�ime_r
 (
__cڡ
 
time_t
 *
__��ri�
 
__tim�
,

271 *
__��ri�
 
__buf
�
__THROW
;

276 
*
__tz�me
[2];

277 

__daylight
;

278 

__timez�e
;

281 #ifdef 
__USE_POSIX


283 
*
tz�me
[2];

287 

	$tz�t
 (�
__THROW
;

290 #i�
def�ed
 
__USE_SVID
 || def�ed 
__USE_XOPEN


291 

daylight
;

292 

timez�e
;

295 #ifde�
__USE_SVID


298 

	$�ime
 (
__cڡ
 
time_t
 *
__wh�
�
__THROW
;

304 

	#__i��p
(
y�r
) \

305 ((
y�r
�% 4 =�0 && ((y�r�% 100 !�0 || (y�r�% 400 =�0))

	)

308 #ifde�
__USE_MISC


313 
time_t
 
	$timegm
 (
tm
 *
__�
�
__THROW
;

316 
time_t
 
	$tim�o�l
 (
tm
 *
__�
�
__THROW
;

319 

	$dysize
 (
__y�r
�
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

323 #ifde�
__USE_POSIX199309


328 

	`�no��p
 (
__cڡ
 
time�ec
 *
__�que�ed_time
,

329 
time�ec
 *
__�ma��g
);

333 

	$�ock_g��s
 (
�ockid_t
 
__�ock_id
, 
time�ec
 *
__�s
�
__THROW
;

336 

	$�ock_g�time
 (
�ockid_t
 
__�ock_id
, 
time�ec
 *
__�
�
__THROW
;

339 

	$�ock_��ime
 (
�ockid_t
 
__�ock_id
, 
__cڡ
 
time�ec
 *
__�
)

340 
__THROW
;

342 #ifde�
__USE_XOPEN2K


347 

	`�ock_�no��p
 (
�ockid_t
 
__�ock_id
, 
__�ags
,

348 
__cڡ
 
time�ec
 *
__�q
,

349 
time�ec
 *
__�m
);

352 

	$�ock_g��u�ockid
 (
pid_t
 
__pid
, 
�ockid_t
 *
__�ock_id
�
__THROW
;

357 

	$tim�_���
 (
�ockid_t
 
__�ock_id
,

358 
sigev�t
 *
__��ri�
 
__evp
,

359 
tim�_t
 *
__��ri�
 
__tim�id
�
__THROW
;

362 

	$tim�_d��e
 (
tim�_t
 
__tim�id
�
__THROW
;

365 

	$tim�_��ime
 (
tim�_t
 
__tim�id
, 
__�ags
,

366 
__cڡ
 
�im��ec
 *
__��ri�
 
__v�ue
,

367 
�im��ec
 *
__��ri�
 
__ov�ue
�
__THROW
;

370 

	$tim�_g�time
 (
tim�_t
 
__tim�id
, 
�im��ec
 *
__v�ue
)

371 
__THROW
;

374 

	$tim�_g�ov�run
 (
tim�_t
 
__tim�id
�
__THROW
;

378 #ifde�
__USE_XOPEN_EXTENDED


390 

g�d�e_�r
;

399 

tm
 *
	`g�d�e
 (
__cڡ
 *
__�r�g
);

402 #ifde�
__USE_GNU


413 

	`g�d�e_r
 (
__cڡ
 *
__��ri�
 
__�r�g
,

414 
tm
 *
__��ri�
 
__�sbu�
);

417 
__END_DECLS


	@/usr/include/xlocale.h

21 #i�de�
_XLOCALE_H


22 

	#_XLOCALE_H
 1

	)

28 
	s__lo��_�ru�


31 
__lo��_d�a
 *
	m__lo��s
[13];

34 cڡ *
	m__�y�_b
;

35 cڡ *
	m__�y�_t�ow�
;

36 cڡ *
	m__�y�_tou��
;

39 cڡ *
	m__�mes
[13];

40 } *
	t__lo��_t
;

43 
__lo��_t
 
	tlo��_t
;

	@/usr/include/_G_config.h

4 #i�de�
_G_c�fig_h


5 

	#_G_c�fig_h
 1

	)

9 
	~<b�s/ty�s.h
>

10 

	#__�ed_size_t


	)

11 #i�
def�ed
 
_LIBC
 || def�ed 
_GLIBCPP_USE_WCHAR_T


12 

	#__�ed_wch�_t


	)

14 

	#__�ed_NULL


	)

15 
	~<�ddef.h
>

16 

	#__�ed_mb��e_t


	)

17 #i�
def�ed
 
_LIBC
 || def�ed 
_GLIBCPP_USE_WCHAR_T


18 

	#__�ed_w�t_t


	)

20 
	~<wch�.h
>

21 

	#_G_size_t
 
size_t


	)

24 
__off_t
 
	m__pos
;

25 
__mb��e_t
 
	m__��e
;

26 } 
	t_G_�os_t
;

29 
__off64_t
 
	m__pos
;

30 
__mb��e_t
 
	m__��e
;

31 } 
	t_G_�os64_t
;

32 

	#_G_ssize_t
 
__ssize_t


	)

33 

	#_G_off_t
 
__off_t


	)

34 

	#_G_off64_t
 
__off64_t


	)

35 

	#_G_pid_t
 
__pid_t


	)

36 

	#_G_uid_t
 
__uid_t


	)

37 

	#_G_wch�_t
 
wch�_t


	)

38 

	#_G_w�t_t
 
w�t_t


	)

39 

	#_G_��64
 
��64


	)

40 #i�
def�ed
 
_LIBC
 || def�ed 
_GLIBCPP_USE_WCHAR_T


41 
	~<gc�v.h
>

44 
__gc�v_�fo
 
	m__cd
;

47 
__gc�v_�fo
 
	m__cd
;

48 
__gc�v_��_d�a
 
	m__d�a
;

49 } 
	m__comb�ed
;

50 } 
	t_G_ic�v_t
;

53 
	t_G_�t16_t
 
	t__��ibu�__
 ((
	t__mode__
 (
	t__HI__
)));

54 
	t_G_�t32_t
 
	t__��ibu�__
 ((
	t__mode__
 (
	t__SI__
)));

55 
	t_G_u�t16_t
 
	t__��ibu�__
 ((
	t__mode__
 (
	t__HI__
)));

56 
	t_G_u�t32_t
 
	t__��ibu�__
 ((
	t__mode__
 (
	t__SI__
)));

58 

	#_G_HAVE_BOOL
 1

	)

62 

	#_G_HAVE_ATEXIT
 1

	)

63 

	#_G_HAVE_SYS_CDEFS
 1

	)

64 

	#_G_HAVE_SYS_WAIT
 1

	)

65 

	#_G_NEED_STDARG_H
 1

	)

66 

	#_G_va_li�
 
__gnuc_va_li�


	)

68 

	#_G_HAVE_PRINTF_FP
 1

	)

69 

	#_G_HAVE_MMAP
 1

	)

70 

	#_G_HAVE_MREMAP
 1

	)

71 

	#_G_HAVE_LONG_DOUBLE_IO
 1

	)

72 

	#_G_HAVE_IO_FILE_OPEN
 1

	)

73 

	#_G_HAVE_IO_GETLINE_INFO
 1

	)

75 

	#_G_IO_IO_FILE_VERSION
 0x20001

	)

77 

	#_G_OPEN64
 
__ݒ64


	)

78 

	#_G_LSEEK64
 
__l�ek64


	)

79 

	#_G_MMAP64
 
__mm�64


	)

80 

	#_G_FSTAT64
(
fd
,
buf
�
	`__fx��64
 (
_STAT_VER
, fd, buf)

	)

83 

	#_G_HAVE_ST_BLKSIZE
 
	`def�ed
 (
_STATBUF_ST_BLKSIZE
)

	)

85 

	#_G_BUFSIZ
 8192

	)

88 

	#_G_NAMES_HAVE_UNDERSCORE
 0

	)

89 

	#_G_VTABLE_LABEL_HAS_LENGTH
 1

	)

90 

	#_G_USING_THUNKS
 1

	)

91 

	#_G_VTABLE_LABEL_PREFIX
 "__vt_"

	)

92 

	#_G_VTABLE_LABEL_PREFIX_ID
 
__vt_


	)

95 #i�
def�ed
 
__�lu�lus
 || def�ed 
__STDC__


96 

	#_G_ARGS
(
ARGLIST
�
	)
ARGLIST

98 

	#_G_ARGS
(
ARGLIST
�()

	)

	@/usr/include/event2/keyvalq_struct.h

27 #i�de�
_EVENT2_EVENT_KEYVALQ_STRUCT_H_


28 

	#_EVENT2_EVENT_KEYVALQ_STRUCT_H_


	)

30 #ifde�
__�lu�lus


36 #i�de�
TAILQ_ENTRY


37 

	#_EVENT_DEFINED_TQENTRY


	)

38 

	#TAILQ_ENTRY
(
ty�
) \

40 
ty�
 *
tqe_�xt
; \

41 
ty�
 **
tqe_�ev
; \

42 }

	)

45 #i�de�
TAILQ_HEAD


46 

	#_EVENT_DEFINED_TQHEAD


	)

47 

	#TAILQ_HEAD
(
�me
, 
ty�
) \

48 
	s�me
 { \

49 
ty�
 *
tqh_f��
; \

50 
ty�
 **
tqh_ϡ
; \

51 }

	)

58 
	sevkeyv�
 {

59 
TAILQ_ENTRY
(
evkeyv�
�
�xt
;

61 *
key
;

62 *
v�ue
;

65 
TAILQ_HEAD
 (
evkeyv�q
, 
evkeyv�
);

68 #ifde�
_EVENT_DEFINED_TQENTRY


69 #unde�
TAILQ_ENTRY


72 #ifde�
_EVENT_DEFINED_TQHEAD


73 #unde�
TAILQ_HEAD


76 #ifde�
__�lu�lus


	@/usr/include/event2/util.h

26 #i�de�
_EVENT2_UTIL_H_


27 

	#_EVENT2_UTIL_H_


	)

36 #ifde�
__�lu�lus


40 
	~<ev�t2/ev�t-c�fig.h
>

41 #ifde�
_EVENT_HAVE_SYS_TIME_H


42 
	~<sys/time.h
>

44 #ifde�
_EVENT_HAVE_STDINT_H


45 
	~<�d�t.h
>

46 #�i�
def�ed
(
_EVENT_HAVE_INTTYPES_H
)

47 
	~<��y�s.h
>

49 #ifde�
_EVENT_HAVE_SYS_TYPES_H


50 
	~<sys/ty�s.h
>

52 #ifde�
_EVENT_HAVE_STDDEF_H


53 
	~<�ddef.h
>

55 #ifde�
_MSC_VER


56 
	~<Ba�Tsd.h
>

58 
	~<�d�g.h
>

59 #ifde�
_EVENT_HAVE_NETDB_H


60 #i�!
def�ed
(
_GNU_SOURCE
)

61 

	#_GNU_SOURCE


	)

63 
	~<�tdb.h
>

66 #ifde�
WIN32


67 
	~<w�sock2.h
>

69 
	~<sys/sock�.h
>

73 #i�
def�ed
(
_EVENT_SIZEOF_VOID__
�&& !def�ed(
_EVENT_SIZEOF_VOID_P
)

74 

	#_EVENT_SIZEOF_VOID_P
 
_EVENT_SIZEOF_VOID__


	)

106 #ifde�
_EVENT_HAVE_UINT64_T


107 

	#ev_u�t64_t
 
u�t64_t


	)

108 

	#ev_�t64_t
 
�t64_t


	)

109 #�i�
def�ed
(
WIN32
)

110 

	#ev_u�t64_t
 
__�t64


	)

111 

	#ev_�t64_t
 sig�d 
__�t64


	)

112 #�i�
_EVENT_SIZEOF_LONG_LONG
 == 8

113 

	#ev_u�t64_t
 

	)

114 

	#ev_�t64_t
 

	)

115 #�i�
_EVENT_SIZEOF_LONG
 == 8

116 

	#ev_u�t64_t
 

	)

117 

	#ev_�t64_t
 

	)

118 #�i�
def�ed
(
_EVENT_IN_DOXYGEN
)

119 

	#ev_u�t64_t
 ...

	)

120 

	#ev_�t64_t
 ...

	)

125 #ifde�
_EVENT_HAVE_UINT32_T


126 

	#ev_u�t32_t
 
u�t32_t


	)

127 

	#ev_�t32_t
 
�t32_t


	)

128 #�i�
def�ed
(
WIN32
)

129 

	#ev_u�t32_t
 

	)

130 

	#ev_�t32_t
 sig�d 

	)

131 #�i�
_EVENT_SIZEOF_LONG
 == 4

132 

	#ev_u�t32_t
 

	)

133 

	#ev_�t32_t
 sig�d 

	)

134 #�i�
_EVENT_SIZEOF_INT
 == 4

135 

	#ev_u�t32_t
 

	)

136 

	#ev_�t32_t
 sig�d 

	)

137 #�i�
def�ed
(
_EVENT_IN_DOXYGEN
)

138 

	#ev_u�t32_t
 ...

	)

139 

	#ev_�t32_t
 ...

	)

144 #ifde�
_EVENT_HAVE_UINT16_T


145 

	#ev_u�t16_t
 
u�t16_t


	)

146 

	#ev_�t16_t
 
�t16_t


	)

147 #�i�
def�ed
(
WIN32
)

148 

	#ev_u�t16_t
 

	)

149 

	#ev_�t16_t
 sig�d 

	)

150 #�i�
_EVENT_SIZEOF_INT
 == 2

151 

	#ev_u�t16_t
 

	)

152 

	#ev_�t16_t
 sig�d 

	)

153 #�i�
_EVENT_SIZEOF_SHORT
 == 2

154 

	#ev_u�t16_t
 

	)

155 

	#ev_�t16_t
 sig�d 

	)

156 #�i�
def�ed
(
_EVENT_IN_DOXYGEN
)

157 

	#ev_u�t16_t
 ...

	)

158 

	#ev_�t16_t
 ...

	)

163 #ifde�
_EVENT_HAVE_UINT8_T


164 

	#ev_u�t8_t
 
u�t8_t


	)

165 

	#ev_�t8_t
 
�t8_t


	)

166 #�i�
def�ed
(
_EVENT_IN_DOXYGEN
)

167 

	#ev_u�t8_t
 ...

	)

168 

	#ev_�t8_t
 ...

	)

170 

	#ev_u�t8_t
 

	)

171 

	#ev_�t8_t
 sig�d 

	)

174 #ifde�
_EVENT_HAVE_UINTPTR_T


175 

	#ev_u���_t
 
u���_t


	)

176 

	#ev_���_t
 
���_t


	)

177 #�i�
_EVENT_SIZEOF_VOID_P
 <= 4

178 

	#ev_u���_t
 
ev_u�t32_t


	)

179 

	#ev_���_t
 
ev_�t32_t


	)

180 #�i�
_EVENT_SIZEOF_VOID_P
 <= 8

181 

	#ev_u���_t
 
ev_u�t64_t


	)

182 

	#ev_���_t
 
ev_�t64_t


	)

183 #�i�
def�ed
(
_EVENT_IN_DOXYGEN
)

184 

	#ev_u���_t
 ...

	)

185 

	#ev_���_t
 ...

	)

190 #ifde�
_EVENT_ssize_t


191 

	#ev_ssize_t
 
_EVENT_ssize_t


	)

193 

	#ev_ssize_t
 
ssize_t


	)

196 #ifde�
WIN32


197 

	#ev_off_t
 
ev_�t64_t


	)

199 

	#ev_off_t
 
off_t


	)

218 

	#EV_UINT64_MAX
 ((((
ev_u�t64_t
)0xffffffffUL�<< 32�| 0xffffffffUL)

	)

219 

	#EV_INT64_MAX
 ((((
ev_�t64_t
�0x7fffffffL�<< 32�| 0xffffffffL)

	)

220 

	#EV_INT64_MIN
 ((-
EV_INT64_MAX
�- 1)

	)

221 

	#EV_UINT32_MAX
 ((
ev_u�t32_t
)0xffffffffUL)

	)

222 

	#EV_INT32_MAX
 ((
ev_�t32_t
�0x7fffffffL)

	)

223 

	#EV_INT32_MIN
 ((-
EV_INT32_MAX
�- 1)

	)

224 

	#EV_UINT16_MAX
 ((
ev_u�t16_t
)0xffffUL)

	)

225 

	#EV_INT16_MAX
 ((
ev_�t16_t
�0x7fffL)

	)

226 

	#EV_INT16_MIN
 ((-
EV_INT16_MAX
�- 1)

	)

227 

	#EV_UINT8_MAX
 255

	)

228 

	#EV_INT8_MAX
 127

	)

229 

	#EV_INT8_MIN
 ((-
EV_INT8_MAX
�- 1)

	)

237 #i�
_EVENT_SIZEOF_SIZE_T
 == 8

238 

	#EV_SIZE_MAX
 
EV_UINT64_MAX


	)

239 

	#EV_SSIZE_MAX
 
EV_INT64_MAX


	)

240 #�i�
_EVENT_SIZEOF_SIZE_T
 == 4

241 

	#EV_SIZE_MAX
 
EV_UINT32_MAX


	)

242 

	#EV_SSIZE_MAX
 
EV_INT32_MAX


	)

243 #�i�
def�ed
(
_EVENT_IN_DOXYGEN
)

244 

	#EV_SIZE_MAX
 ...

	)

245 

	#EV_SSIZE_MAX
 ...

	)

250 

	#EV_SSIZE_MIN
 ((-
EV_SSIZE_MAX
�- 1)

	)

253 #ifde�
WIN32


254 

	#ev_sock�n_t
 

	)

255 #�i�
def�ed
(
_EVENT_sock�n_t
)

256 

	#ev_sock�n_t
 
_EVENT_sock�n_t


	)

258 

	#ev_sock�n_t
 
sock�n_t


	)

261 #ifde�
_EVENT_HAVE_STRUCT_SOCKADDR_STORAGE___SS_FAMILY


262 #i�!
def�ed
(
_EVENT_HAVE_STRUCT_SOCKADDR_STORAGE_SS_FAMILY
) \

263 && !
def�ed
(
ss_�m�y
)

264 

	#ss_�m�y
 
__ss_�m�y


	)

271 #ifde�
WIN32


272 

	#evut�_sock�_t
 
���_t


	)

274 

	#evut�_sock�_t
 

	)

288 
evut�_sock���
(
d
, 
ty�
, 
��oc�
, 
evut�_sock�_t
 
sv
[2]);

294 
evut�_make_sock�_n�block�g
(
evut�_sock�_t
 
sock
);

307 
evut�_make_li��_sock�_�u�ab�
(
evut�_sock�_t
 
sock
);

315 
evut�_make_sock�_�o��exec
(
evut�_sock�_t
 
sock
);

323 
evut�_�o�sock�
(
evut�_sock�_t
 
sock
);

324 

	#EVUTIL_CLOSESOCKET
(
s
�
	`evut�_�o�sock�
(s)

	)

327 #ifde�
WIN32


329 

	#EVUTIL_SOCKET_ERROR
(�
	`WSAG�La�E��
()

	)

331 

	#EVUTIL_SET_SOCKET_ERROR
(
�rcode
) \

332 d�{ 
	`WSAS�La�E��
(
�rcode
); } 0)

	)

334 
evut�_sock�_g��r�
(
evut�_sock�_t
 
sock
);

336 cڡ *
evut�_sock�_�r�_to_�r�g
(
�rcode
);

337 #�i�
def�ed
(
_EVENT_IN_DOXYGEN
)

353 

	#EVUTIL_SOCKET_ERROR
(�...

	)

355 

	#EVUTIL_SET_SOCKET_ERROR
(
�rcode
�...

	)

357 

	#evut�_sock�_g��r�
(
sock
�...

	)

359 

	#evut�_sock�_�r�_to_�r�g
(
�rcode
�...

	)

362 

	#EVUTIL_SOCKET_ERROR
(�(
��o
)

	)

363 

	#EVUTIL_SET_SOCKET_ERROR
(
�rcode
) \

364 d�{ 
��o
 = (
�rcode
); } 0)

	)

365 

	#evut�_sock�_g��r�
(
sock
�(
��o
)

	)

366 

	#evut�_sock�_�r�_to_�r�g
(
�rcode
�(
	`����
Ӽcode))

	)

378 #ifde�
_EVENT_HAVE_TIMERADD


379 

	#evut�_tim�add
(
tvp
, 
uvp
, 
vvp
�
	`tim�add
(�vp), (uvp), (vvp))

	)

380 

	#evut�_tim�sub
(
tvp
, 
uvp
, 
vvp
�
	`tim�sub
(�vp), (uvp), (vvp))

	)

382 

	#evut�_tim�add
(
tvp
, 
uvp
, 
vvp
) \

384 (
vvp
)->
tv_�c
 = (
tvp
)->tv_��+ (
uvp
)->tv_sec; \

385 (
vvp
)->
tv_u�c
 = (
tvp
)->tv_u��+ (
uvp
)->tv_usec; \

386 i�((
vvp
)->
tv_u�c
 >= 1000000) { \

387 (
vvp
)->
tv_�c
++; \

388 (
vvp
)->
tv_u�c
 -= 1000000; \

390 } 0)

	)

391 

	#evut�_tim�sub
(
tvp
, 
uvp
, 
vvp
) \

393 (
vvp
)->
tv_�c
 = (
tvp
)->tv_��- (
uvp
)->tv_sec; \

394 (
vvp
)->
tv_u�c
 = (
tvp
)->tv_u��- (
uvp
)->tv_usec; \

395 i�((
vvp
)->
tv_u�c
 < 0) { \

396 (
vvp
)->
tv_�c
--; \

397 (
vvp
)->
tv_u�c
 += 1000000; \

399 } 0)

	)

402 #ifde�
_EVENT_HAVE_TIMERCLEAR


403 

	#evut�_tim���r
(
tvp
�
	`tim���r
�vp)

	)

405 

	#evut�_tim���r
(
tvp
��vp)->
tv_�c
 = (tvp)->
tv_u�c
 = 0

	)

411 

	#evut�_tim�cmp
(
tvp
, 
uvp
, 
cmp
) \

412 (((
tvp
)->
tv_�c
 =�(
uvp
)->tv_sec) ? \

413 ((
tvp
)->
tv_u�c
 
	`cmp
 (
uvp
)->tv_usec) : \

414 ((
tvp
)->
tv_�c
 
	`cmp
 (
uvp
)->tv_�c))

	)

416 #ifde�
_EVENT_HAVE_TIMERISSET


417 

	#evut�_tim�is�t
(
tvp
�
	`tim�is�t
�vp)

	)

419 

	#evut�_tim�is�t
(
tvp
�(�vp)->
tv_�c
 || (tvp)->
tv_u�c
)

	)

423 #ifde�
off�tof


424 

	#evut�_off�tof
(
ty�
, 
f�ld
�
	`off�tof
�y�, f�ld)

	)

426 

	#evut�_off�tof
(
ty�
, 
f�ld
�((
off_t
)(&(�y� *)0)->f�ld))

	)

431 
ev_�t64_t
 
evut�_���l
(cڡ *
s
, **
�d�r
, 
ba�
);

434 #ifde�
_EVENT_HAVE_GETTIMEOFDAY


435 

	#evut�_g�timeofday
(
tv
, 
tz
�
	`g�timeofday
(�v), (tz))

	)

437 
timez�e
;

438 
evut�_g�timeofday
(
timev�
 *
tv
, 
timez�e
 *
tz
);

444 
evut�_���tf
(*
buf
, 
size_t
 
bu�
, cڡ *
f�m�
, ...)

445 #ifde�
__GNUC__


446 
__��ibu�__
((
f�m�
(
��tf
, 3, 4)))

452 
evut�_v���tf
(*
buf
, 
size_t
 
bu�
, cڡ *
f�m�
, 
va_li�
 
�
);

455 cڡ *
evut�_��_��
(
af
, cڡ *
�c
, *
d�
, 
size_t
 
�n
);

457 
evut�_��_��
(
af
, cڡ *
�c
, *
d�
);

458 
sockaddr
;

480 
evut�_�r�_sockaddr_p�t
(cڡ *
�r
, 
sockaddr
 *
out
, *
ou��
);

487 
evut�_sockaddr_cmp
(cڡ 
sockaddr
 *
�1
, cڡ sockadd�*
�2
,

488 
��ude_p�t
);

493 
evut�_ascii_�r��cmp
(cڡ *
�r1
, cڡ *
�r2
);

497 
evut�_ascii_����cmp
(cڡ *
�r1
, cڡ *
�r2
, 
size_t
 
n
);

501 #ifde�
_EVENT_HAVE_STRUCT_ADDRINFO


502 

	#evut�_addr�fo
 
addr�fo


	)

509 
	sevut�_addr�fo
 {

510 
ai_�ags
;

511 
ai_�m�y
;

512 
ai_sockty�
;

513 
ai_��oc�
;

514 
size_t
 
ai_add��
;

515 *
ai_�n��me
;

516 
sockaddr
 *
ai_addr
;

517 
evut�_addr�fo
 *
ai_�xt
;

527 #ifde�
EAI_ADDRFAMILY


528 

	#EVUTIL_EAI_ADDRFAMILY
 
EAI_ADDRFAMILY


	)

530 

	#EVUTIL_EAI_ADDRFAMILY
 -901

	)

532 #ifde�
EAI_AGAIN


533 

	#EVUTIL_EAI_AGAIN
 
EAI_AGAIN


	)

535 

	#EVUTIL_EAI_AGAIN
 -902

	)

537 #ifde�
EAI_BADFLAGS


538 

	#EVUTIL_EAI_BADFLAGS
 
EAI_BADFLAGS


	)

540 

	#EVUTIL_EAI_BADFLAGS
 -903

	)

542 #ifde�
EAI_FAIL


543 

	#EVUTIL_EAI_FAIL
 
EAI_FAIL


	)

545 

	#EVUTIL_EAI_FAIL
 -904

	)

547 #ifde�
EAI_FAMILY


548 

	#EVUTIL_EAI_FAMILY
 
EAI_FAMILY


	)

550 

	#EVUTIL_EAI_FAMILY
 -905

	)

552 #ifde�
EAI_MEMORY


553 

	#EVUTIL_EAI_MEMORY
 
EAI_MEMORY


	)

555 

	#EVUTIL_EAI_MEMORY
 -906

	)

560 #i�
def�ed
(
EAI_NODATA
�&& (!def�ed(
EAI_NONAME
) || EAI_NODATA != EAI_NONAME)

561 

	#EVUTIL_EAI_NODATA
 
EAI_NODATA


	)

563 

	#EVUTIL_EAI_NODATA
 -907

	)

565 #ifde�
EAI_NONAME


566 

	#EVUTIL_EAI_NONAME
 
EAI_NONAME


	)

568 

	#EVUTIL_EAI_NONAME
 -908

	)

570 #ifde�
EAI_SERVICE


571 

	#EVUTIL_EAI_SERVICE
 
EAI_SERVICE


	)

573 

	#EVUTIL_EAI_SERVICE
 -909

	)

575 #ifde�
EAI_SOCKTYPE


576 

	#EVUTIL_EAI_SOCKTYPE
 
EAI_SOCKTYPE


	)

578 

	#EVUTIL_EAI_SOCKTYPE
 -910

	)

580 #ifde�
EAI_SYSTEM


581 

	#EVUTIL_EAI_SYSTEM
 
EAI_SYSTEM


	)

583 

	#EVUTIL_EAI_SYSTEM
 -911

	)

586 

	#EVUTIL_EAI_CANCEL
 -90001

	)

588 #ifde�
AI_PASSIVE


589 

	#EVUTIL_AI_PASSIVE
 
AI_PASSIVE


	)

591 

	#EVUTIL_AI_PASSIVE
 0x1000

	)

593 #ifde�
AI_CANONNAME


594 

	#EVUTIL_AI_CANONNAME
 
AI_CANONNAME


	)

596 

	#EVUTIL_AI_CANONNAME
 0x2000

	)

598 #ifde�
AI_NUMERICHOST


599 

	#EVUTIL_AI_NUMERICHOST
 
AI_NUMERICHOST


	)

601 

	#EVUTIL_AI_NUMERICHOST
 0x4000

	)

603 #ifde�
AI_NUMERICSERV


604 

	#EVUTIL_AI_NUMERICSERV
 
AI_NUMERICSERV


	)

606 

	#EVUTIL_AI_NUMERICSERV
 0x8000

	)

608 #ifde�
AI_V4MAPPED


609 

	#EVUTIL_AI_V4MAPPED
 
AI_V4MAPPED


	)

611 

	#EVUTIL_AI_V4MAPPED
 0x10000

	)

613 #ifde�
AI_ALL


614 

	#EVUTIL_AI_ALL
 
AI_ALL


	)

616 

	#EVUTIL_AI_ALL
 0x20000

	)

618 #ifde�
AI_ADDRCONFIG


619 

	#EVUTIL_AI_ADDRCONFIG
 
AI_ADDRCONFIG


	)

621 

	#EVUTIL_AI_ADDRCONFIG
 0x40000

	)

625 
evut�_addr�fo
;

637 
evut�_g�addr�fo
(cڡ *
nod�ame
, cڡ *
�rv�me
,

638 cڡ 
evut�_addr�fo
 *
h�ts_�
, evut�_addr�f�**
�s
);

641 
evut�_�addr�fo
(
evut�_addr�fo
 *
ai
);

643 cڡ *
evut�_gai_����
(
�r
);

651 
evut�_�cu�_�g_g�_by�s
(*
buf
, 
size_t
 
n
);

669 
evut�_�cu�_�g_��
();

685 
evut�_�cu�_�g_add_by�s
(cڡ *
d�
, 
size_t
 
d��n
);

687 #ifde�
__�lu�lus


	@/usr/include/gconv.h

23 #i�de�
_GCONV_H


24 

	#_GCONV_H
 1

	)

26 
	~<�u�s.h
>

27 

	#__�ed_mb��e_t


	)

28 

	#__�ed_w�t_t


	)

29 
	~<wch�.h
>

30 

	#__�ed_size_t


	)

31 

	#__�ed_wch�_t


	)

32 
	~<�ddef.h
>

35 

	#__UNKNOWN_10646_CHAR
 ((
wch�_t
�0xfffd)

	)

40 
	m__GCONV_OK
 = 0,

41 
	m__GCONV_NOCONV
,

42 
	m__GCONV_NODB
,

43 
	m__GCONV_NOMEM
,

45 
	m__GCONV_EMPTY_INPUT
,

46 
	m__GCONV_FULL_OUTPUT
,

47 
	m__GCONV_ILLEGAL_INPUT
,

48 
	m__GCONV_INCOMPLETE_INPUT
,

50 
	m__GCONV_ILLEGAL_DESCRIPTOR
,

51 
	m__GCONV_INTERNAL_ERROR


58 
	m__GCONV_IS_LAST
 = 0x0001,

59 
	m__GCONV_IGNORE_ERRORS
 = 0x0002

64 
	g__gc�v_��
;

65 
	g__gc�v_��_d�a
;

66 
	g__gc�v_l�ded_obje�
;

67 
	g__gc�v_��s_d�a
;

71 (*
	t__gc�v_f�
�(
	t__gc�v_��
 *, 
	t__gc�v_��_d�a
 *,

72 
	t__cڡ
 **, __const *,

73 **, 
	tsize_t
 *, , );

76 
	$w�t_t
 (*
	t__gc�v_btowc_f�
�(
	t__gc�v_��
 *, );

79 (*
	t__gc�v_��_f�
�(
	t__gc�v_��
 *);

80 (*
	t__gc�v_�d_f�
�(
	t__gc�v_��
 *);

84 (*
	t__gc�v_��s_f�
�(
	t__gc�v_��
 *,

85 
	t__gc�v_��_d�a
 *, *,

86 
	t__cڡ
 *,

87 
	t__cڡ
 **,

88 
	t__cڡ
 *, **,

89 
	tsize_t
 *);

92 (*
	t__gc�v_��s_cڋxt_f�
�(*, 
	t__cڡ
 *,

93 
	t__cڡ
 *,

97 (*
	t__gc�v_��s_qu�y_f�
�(
	t__cڡ
 *, __const ***,

98 
	tsize_t
 *);

101 (*
	t__gc�v_��s_��_f�
) (**, const *);

102 (*
	t__gc�v_��s_�d_f�
) (*);

104 
	s__gc�v_��s_d�a


107 
__gc�v_��s_f�
 
__��s_f�
;

108 
__gc�v_��s_cڋxt_f�
 
__��s_cڋxt_f�
;

109 
__gc�v_��s_�d_f�
 
__��s_�d_f�
;

110 *
__d�a
;

111 
__gc�v_��s_d�a
 *
__�xt
;

116 
	s__gc�v_��


118 
__gc�v_l�ded_obje�
 *
__shlib_h�d�
;

119 
__cڡ
 *
__mod�me
;

121 
__cou��
;

123 *
__�om_�me
;

124 *
__to_�me
;

126 
__gc�v_f�
 
__f�
;

127 
__gc�v_btowc_f�
 
__btowc_f�
;

128 
__gc�v_��_f�
 
__��_f�
;

129 
__gc�v_�d_f�
 
__�d_f�
;

133 
__m�_�eded_�om
;

134 
__max_�eded_�om
;

135 
__m�_�eded_to
;

136 
__max_�eded_to
;

139 
__��eful
;

141 *
__d�a
;

146 
	s__gc�v_��_d�a


148 *
__outbuf
;

149 *
__outbu�nd
;

153 
__�ags
;

157 
__�vo�ti�_cou��
;

161 
__����_u�
;

163 
__mb��e_t
 *
__���
;

164 
__mb��e_t
 
__��e
;

168 
__gc�v_��s_d�a
 *
__��s
;

173 
	s__gc�v_�fo


175 
size_t
 
__n��s
;

176 
__gc�v_��
 *
__��s
;

177 
__ex�nsi�__
 
__gc�v_��_d�a
 
__d�a
 
__�ex�r
;

178 } *
	t__gc�v_t
;

	@/usr/include/netdb.h

23 #i�def 
_NETDB_H


24 

	#_NETDB_H
 1

	)

26 
	~<�u�s.h
>

28 
	~<�t��/�.h
>

29 
	~<�d�t.h
>

30 #ifde�
__USE_MISC


33 
	~<�c/�tdb.h
>

36 #ifde�
__USE_GNU


37 

	#__�ed_sigev�t_t


	)

38 
	~<b�s/sig�fo.h
>

39 

	#__�ed_time�ec


	)

40 
	~<time.h
>

43 
	~<b�s/�tdb.h
>

46 

	#_PATH_HEQUIV
 "/�c/ho�s.equiv"

	)

47 

	#_PATH_HOSTS
 "/�c/ho�s"

	)

48 

	#_PATH_NETWORKS
 "/�c/�tw�ks"

	)

49 

	#_PATH_NSSWITCH_CONF
 "/�c/nssw�ch.c�f"

	)

50 

	#_PATH_PROTOCOLS
 "/�c/��oc�s"

	)

51 

	#_PATH_SERVICES
 "/�c/�rvi�s"

	)

54 
	g__BEGIN_DECLS


56 #i�
def�ed
 
__USE_MISC
 || !def�ed 
__USE_XOPEN2K8


59 

	#h_��o
 (*
	`__h_��o_lo�ti�
 ())

	)

62 
*
	$__h_��o_lo�ti�
 (�
__THROW
 
	`__��ibu�__
 ((
__cڡ__
));

66 

	#HOST_NOT_FOUND
 1

	)

67 

	#TRY_AGAIN
 2

	)

69 

	#NO_RECOVERY
 3

	)

71 

	#NO_DATA
 4

	)

74 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_GNU


75 

	#NETDB_INTERNAL
 -1

	)

76 

	#NETDB_SUCCESS
 0

	)

77 

	#NO_ADDRESS
 
NO_DATA


	)

80 #ifde�
__USE_XOPEN2K


82 

	#IPPORT_RESERVED
 1024

	)

85 #ifde�
__USE_GNU


87 

	#SCOPE_DELIMITER
 '%'

	)

90 #ifde�
__USE_MISC


93 

	$h�r�
 (
__cڡ
 *
__�r
�
__THROW
;

96 
__cڡ
 *
	$h����
 (
__�r_num
�
__THROW
;

101 
	sho��t


103 *
h_�me
;

104 **
h_���s
;

105 
h_add�y�
;

106 
h_�ngth
;

107 **
h_addr_li�
;

108 #i�
def�ed
 
__USE_MISC
 || def�ed 
__USE_GNU


109 

	#h_addr
 
h_addr_li�
[0]

	)

118 

	`�tho��t
 (
__�ay_ݒ
);

124 

	`�dho��t
 ();

131 

ho��t
 *
	`g�ho��t
 ();

138 

ho��t
 *
	`g�ho�byaddr
 (
__cڡ
 *
__addr
, 
__sock�n_t
 
__�n
,

139 
__ty�
);

145 

ho��t
 *
	`g�ho�by�me
 (
__cڡ
 *
__�me
);

147 #ifde�
__USE_MISC


156 

ho��t
 *
	`g�ho�by�me2
 (
__cڡ
 *
__�me
, 
__af
);

168 

	`g�ho��t_r
 (
ho��t
 *
__��ri�
 
__�su�_buf
,

169 *
__��ri�
 
__buf
, 
size_t
 
__bu�
,

170 
ho��t
 **
__��ri�
 
__�su�
,

171 *
__��ri�
 
__h_���
);

173 

	`g�ho�byaddr_r
 (
__cڡ
 *
__��ri�
 
__addr
, 
__sock�n_t
 
__�n
,

174 
__ty�
,

175 
ho��t
 *
__��ri�
 
__�su�_buf
,

176 *
__��ri�
 
__buf
, 
size_t
 
__bu�
,

177 
ho��t
 **
__��ri�
 
__�su�
,

178 *
__��ri�
 
__h_���
);

180 

	`g�ho�by�me_r
 (
__cڡ
 *
__��ri�
 
__�me
,

181 
ho��t
 *
__��ri�
 
__�su�_buf
,

182 *
__��ri�
 
__buf
, 
size_t
 
__bu�
,

183 
ho��t
 **
__��ri�
 
__�su�
,

184 *
__��ri�
 
__h_���
);

186 

	`g�ho�by�me2_r
 (
__cڡ
 *
__��ri�
 
__�me
, 
__af
,

187 
ho��t
 *
__��ri�
 
__�su�_buf
,

188 *
__��ri�
 
__buf
, 
size_t
 
__bu�
,

189 
ho��t
 **
__��ri�
 
__�su�
,

190 *
__��ri�
 
__h_���
);

199 

	`����t
 (
__�ay_ݒ
);

205 

	`�d�
 ();

212 

�
 *
	`g��
 ();

219 

�
 *
	`g��tbyaddr
 (
u�t32_t
 
__�t
, 
__ty�
);

225 

�
 *
	`g��tby�me
 (
__cڡ
 *
__�me
);

227 #ifdef 
__USE_MISC


238 

	`g��_r
 (
�
 *
__��ri�
 
__�su�_buf
,

239 *
__��ri�
 
__buf
, 
size_t
 
__bu�
,

240 
�
 **
__��ri�
 
__�su�
,

241 *
__��ri�
 
__h_���
);

243 

	`g��tbyaddr_r
 (
u�t32_t
 
__�t
, 
__ty�
,

244 
�
 *
__��ri�
 
__�su�_buf
,

245 *
__��ri�
 
__buf
, 
size_t
 
__bu�
,

246 
�
 **
__��ri�
 
__�su�
,

247 *
__��ri�
 
__h_���
);

249 

	`g��tby�me_r
 (
__cڡ
 *
__��ri�
 
__�me
,

250 
�
 *
__��ri�
 
__�su�_buf
,

251 *
__��ri�
 
__buf
, 
size_t
 
__bu�
,

252 
�
 **
__��ri�
 
__�su�
,

253 *
__��ri�
 
__h_���
);

258 
	s�rv�t


260 *
s_�me
;

261 **
s_���s
;

262 
s_p�t
;

263 *
s_��o
;

271 

	`�t�rv�t
 (
__�ay_ݒ
);

277 

	`�d�rv�t
 ();

284 

�rv�t
 *
	`g��rv�t
 ();

291 

�rv�t
 *
	`g��rvby�me
 (
__cڡ
 *
__�me
,

292 
__cڡ
 *
__��o
);

299 

�rv�t
 *
	`g��rvbyp�t
 (
__p�t
, 
__cڡ
 *
__��o
);

302 #ifdef 
__USE_MISC


310 

	`g��rv�t_r
 (
�rv�t
 *
__��ri�
 
__�su�_buf
,

311 *
__��ri�
 
__buf
, 
size_t
 
__bu�
,

312 
�rv�t
 **
__��ri�
 
__�su�
);

314 

	`g��rvby�me_r
 (
__cڡ
 *
__��ri�
 
__�me
,

315 
__cڡ
 *
__��ri�
 
__��o
,

316 
�rv�t
 *
__��ri�
 
__�su�_buf
,

317 *
__��ri�
 
__buf
, 
size_t
 
__bu�
,

318 
�rv�t
 **
__��ri�
 
__�su�
);

320 

	`g��rvbyp�t_r
 (
__p�t
, 
__cڡ
 *
__��ri�
 
__��o
,

321 
�rv�t
 *
__��ri�
 
__�su�_buf
,

322 *
__��ri�
 
__buf
, 
size_t
 
__bu�
,

323 
�rv�t
 **
__��ri�
 
__�su�
);

328 
	s����


330 *
p_�me
;

331 **
p_���s
;

332 
p_��o
;

340 

	`��r���
 (
__�ay_ݒ
);

346 

	`�d����
 ();

353 

����
 *
	`g�����
 ();

359 

����
 *
	`g���oby�me
 (
__cڡ
 *
__�me
);

365 

����
 *
	`g���obynumb�
 (
__��o
);

368 #ifdef 
__USE_MISC


376 

	`g�����_r
 (
����
 *
__��ri�
 
__�su�_buf
,

377 *
__��ri�
 
__buf
, 
size_t
 
__bu�
,

378 
����
 **
__��ri�
 
__�su�
);

380 

	`g���oby�me_r
 (
__cڡ
 *
__��ri�
 
__�me
,

381 
����
 *
__��ri�
 
__�su�_buf
,

382 *
__��ri�
 
__buf
, 
size_t
 
__bu�
,

383 
����
 **
__��ri�
 
__�su�
);

385 

	`g���obynumb�_r
 (
__��o
,

386 
����
 *
__��ri�
 
__�su�_buf
,

387 *
__��ri�
 
__buf
, 
size_t
 
__bu�
,

388 
����
 **
__��ri�
 
__�su�
);

397 

	`���g��
 (
__cڡ
 *
__�tgroup
);

405 

	`�d�tg��
 ();

414 

	`g��tg��
 (**
__��ri�
 
__ho�p
,

415 **
__��ri�
 
__u��
,

416 **
__��ri�
 
__doma�p
);

425 

	`��tgr
 (
__cڡ
 *
__�tgroup
, __cڡ *
__ho�
,

426 
__cڡ
 *
__u�r
, __cڡ *
__doma�
);

434 

	`g��tg��_r
 (**
__��ri�
 
__ho�p
,

435 **
__��ri�
 
__u��
,

436 **
__��ri�
 
__doma�p
,

437 *
__��ri�
 
__buf�r
, 
size_t
 
__bu�
);

441 #ifde�
__USE_BSD


453 

	`rcmd
 (**
__��ri�
 
__aho�
, 
__��t
,

454 
__cڡ
 *
__��ri�
 
__locu�r
,

455 
__cڡ
 *
__��ri�
 
__�mu�r
,

456 
__cڡ
 *
__��ri�
 
__cmd
, *__��ri� 
__fd2p
);

465 

	`rcmd_af
 (**
__��ri�
 
__aho�
, 
__��t
,

466 
__cڡ
 *
__��ri�
 
__locu�r
,

467 
__cڡ
 *
__��ri�
 
__�mu�r
,

468 
__cڡ
 *
__��ri�
 
__cmd
, *__��ri� 
__fd2p
,

469 
�_�m�y_t
 
__af
);

481 

	`�xec
 (**
__��ri�
 
__aho�
, 
__��t
,

482 
__cڡ
 *
__��ri�
 
__�me
,

483 
__cڡ
 *
__��ri�
 
__�ss
,

484 
__cڡ
 *
__��ri�
 
__cmd
, *__��ri� 
__fd2p
);

493 

	`�xec_af
 (**
__��ri�
 
__aho�
, 
__��t
,

494 
__cڡ
 *
__��ri�
 
__�me
,

495 
__cڡ
 *
__��ri�
 
__�ss
,

496 
__cڡ
 *
__��ri�
 
__cmd
, *__��ri� 
__fd2p
,

497 
�_�m�y_t
 
__af
);

507 

	`ru�rok
 (
__cڡ
 *
__rho�
, 
__su�r
,

508 
__cڡ
 *
__�mu�r
, __cڡ *
__locu�r
);

517 

	`ru�rok_af
 (
__cڡ
 *
__rho�
, 
__su�r
,

518 
__cڡ
 *
__�mu�r
, __cڡ *
__locu�r
,

519 
�_�m�y_t
 
__af
);

530 

	`�u�rok
 (
u�t32_t
 
__�ddr
, 
__su�r
,

531 
__cڡ
 *
__�mu�r
, __cڡ *
__locu�r
);

541 

	`�u�rok_af
 (
__cڡ
 *
__�ddr
, 
__su�r
,

542 
__cڡ
 *
__�mu�r
, __cڡ *
__locu�r
,

543 
�_�m�y_t
 
__af
);

553 

	`�esvp�t
 (*
__�p�t
);

562 

	`�esvp�t_af
 (*
__�p�t
, 
�_�m�y_t
 
__af
);

567 #ifdef 
__USE_POSIX


569 
	saddr�fo


571 
ai_�ags
;

572 
ai_�m�y
;

573 
ai_sockty�
;

574 
ai_��oc�
;

575 
sock�n_t
 
ai_add��
;

576 
sockaddr
 *
ai_addr
;

577 *
ai_�n��me
;

578 
addr�fo
 *
ai_�xt
;

581 #ifde�
__USE_GNU


583 
	sgaicb


585 cڡ *
�_�me
;

586 cڡ *
�_�rvi�
;

587 cڡ 
addr�fo
 *
�_�que�
;

588 
addr�fo
 *
�_�su�
;

590 
__�tu�
;

591 
__unu�d
[5];

595 

	#GAI_WAIT
 0

	)

596 

	#GAI_NOWAIT
 1

	)

600 

	#AI_PASSIVE
 0x0001

	)

601 

	#AI_CANONNAME
 0x0002

	)

602 

	#AI_NUMERICHOST
 0x0004

	)

603 

	#AI_V4MAPPED
 0x0008

	)

604 

	#AI_ALL
 0x0010

	)

605 

	#AI_ADDRCONFIG
 0x0020

	)

607 #ifde�
__USE_GNU


608 

	#AI_IDN
 0x0040

	)

611 

	#AI_CANONIDN
 0x0080

	)

612 

	#AI_IDN_ALLOW_UNASSIGNED
 0x0100

	)

614 

	#AI_IDN_USE_STD3_ASCII_RULES
 0x0200

	)

617 

	#AI_NUMERICSERV
 0x0400

	)

620 

	#EAI_BADFLAGS
 -1

	)

621 

	#EAI_NONAME
 -2

	)

622 

	#EAI_AGAIN
 -3

	)

623 

	#EAI_FAIL
 -4

	)

624 

	#EAI_FAMILY
 -6

	)

625 

	#EAI_SOCKTYPE
 -7

	)

626 

	#EAI_SERVICE
 -8

	)

627 

	#EAI_MEMORY
 -10

	)

628 

	#EAI_SYSTEM
 -11

	)

629 

	#EAI_OVERFLOW
 -12

	)

630 #ifde�
__USE_GNU


631 

	#EAI_NODATA
 -5

	)

632 

	#EAI_ADDRFAMILY
 -9

	)

633 

	#EAI_INPROGRESS
 -100

	)

634 

	#EAI_CANCELED
 -101

	)

635 

	#EAI_NOTCANCELED
 -102

	)

636 

	#EAI_ALLDONE
 -103

	)

637 

	#EAI_INTR
 -104

	)

638 

	#EAI_IDN_ENCODE
 -105

	)

641 #ifde�
__USE_MISC


642 

	#NI_MAXHOST
 1025

	)

643 

	#NI_MAXSERV
 32

	)

646 

	#NI_NUMERICHOST
 1

	)

647 

	#NI_NUMERICSERV
 2

	)

648 

	#NI_NOFQDN
 4

	)

649 

	#NI_NAMEREQD
 8

	)

650 

	#NI_DGRAM
 16

	)

651 #ifde�
__USE_GNU


652 

	#NI_IDN
 32

	)

653 

	#NI_IDN_ALLOW_UNASSIGNED
 64

	)

655 

	#NI_IDN_USE_STD3_ASCII_RULES
 128

	)

664 

	`g�addr�fo
 (
__cڡ
 *
__��ri�
 
__�me
,

665 
__cڡ
 *
__��ri�
 
__�rvi�
,

666 
__cڡ
 
addr�fo
 *
__��ri�
 
__�q
,

667 
addr�fo
 **
__��ri�
 
__�i
);

670 

	$�addr�fo
 (
addr�fo
 *
__ai
�
__THROW
;

673 
__cڡ
 *
	$gai_����
 (
__ecode
�
__THROW
;

679 

	`g��me�fo
 (
__cڡ
 
sockaddr
 *
__��ri�
 
__�
,

680 
sock�n_t
 
__��n
, *
__��ri�
 
__ho�
,

681 
sock�n_t
 
__ho��n
, *
__��ri�
 
__�rv
,

682 
sock�n_t
 
__�rv�n
, 
__�ags
);

685 #ifde�
__USE_GNU


694 

	`g�addr�fo_a
 (
__mode
, 
gaicb
 *
__li�
[
__��ri�_�r
],

695 
__�t
, 
sigev�t
 *
__��ri�
 
__sig
);

705 

	`gai_su��d
 (
__cڡ
 
gaicb
 *__cڡ 
__li�
[], 
__�t
,

706 
__cڡ
 
time�ec
 *
__timeout
);

709 

	$gai_�r�
 (
gaicb
 *
__�q
�
__THROW
;

712 

	$gai_�n�l
 (
gaicb
 *
__gaicbp
�
__THROW
;

715 
__END_DECLS


	@/usr/include/wchar.h

24 #i�de�
_WCHAR_H


26 #i�!
def�ed
 
__�ed_mb��e_t
 && !def�ed 
__�ed_w�t_t


27 

	#_WCHAR_H
 1

	)

28 
	~<�u�s.h
>

31 #ifde�
_WCHAR_H


33 

	#__�ed___FILE


	)

34 #i�
def�ed
 
__USE_UNIX98
 || def�ed 
__USE_XOPEN2K


35 

	#__�ed_FILE


	)

37 
	~<�dio.h
>

39 

	#__�ed___va_li�


	)

40 
	~<�d�g.h
>

42 
	~<b�s/wch�.h
>

45 

	#__�ed_size_t


	)

46 

	#__�ed_wch�_t


	)

47 

	#__�ed_NULL


	)

49 #i�
def�ed
 
_WCHAR_H
 || def�ed 
__�ed_w�t_t
 || !def�ed 
__WINT_TYPE__


50 #unde�
__�ed_w�t_t


51 

	#__�ed_w�t_t


	)

52 
	~<�ddef.h
>

56 #i�de�
_WINT_T


61 

	#_WINT_T


	)

62 
	tw�t_t
;

66 #i�
def�ed
 
__�lu�lus
 && def�ed 
_GLIBCPP_USE_NAMESPACES
 \

67 && 
def�ed
 
__WINT_TYPE__


68 
__BEGIN_NAMESPACE_STD


69 
__WINT_TYPE__
 
	tw�t_t
;

70 
	g__END_NAMESPACE_STD


75 #i�
def�ed
 
__�lu�lus
 && 
__GNUC_PREREQ
 (4, 4)

76 

	#__CORRECT_ISO_CPP_WCHAR_H_PROTO


	)

80 #i�(
def�ed
 
_WCHAR_H
 || def�ed 
__�ed_mb��e_t
�&& !def�ed 
__mb��e_t_def�ed


81 

	#__mb��e_t_def�ed
 1

	)

85 
	m__cou�
;

88 #ifde�
__WINT_TYPE__


89 
__WINT_TYPE__
 
	m__wch
;

91 
w�t_t
 
	m__wch
;

93 
	m__wchb
[4];

94 } 
	m__v�ue
;

95 } 
	t__mb��e_t
;

97 #unde�
__�ed_mb��e_t


102 #ifde�
_WCHAR_H


104 
__BEGIN_NAMESPACE_C99


106 
__mb��e_t
 
	tmb��e_t
;

107 
	g__END_NAMESPACE_C99


108 #ifde�
__USE_GNU


109 
	$__USING_NAMESPACE_C99
(
mb��e_t
)

112 #i�de�
WCHAR_MIN


114 

	#WCHAR_MIN
 
__WCHAR_MIN


	)

115 

	#WCHAR_MAX
 
__WCHAR_MAX


	)

118 #i�de�
WEOF


119 

	#WEOF
 (0xffffffffu)

	)

124 #i�
def�ed
 
__USE_XOPEN
 && !def�ed 
__USE_UNIX98


125 
	~<w�y�.h
>

129 
__BEGIN_DECLS


131 
__BEGIN_NAMESPACE_STD


134 
tm
;

135 
__END_NAMESPACE_STD


139 
	$__USING_NAMESPACE_STD
(
tm
)

142 
__BEGIN_NAMESPACE_STD


144 
wch�_t
 *
	$wcs�y
 (
wch�_t
 *
__��ri�
 
__de�
,

145 
__cڡ
 
wch�_t
 *
__��ri�
 
__�c
�
__THROW
;

147 
wch�_t
 *
	$wc��y
 (
wch�_t
 *
__��ri�
 
__de�
,

148 
__cڡ
 
wch�_t
 *
__��ri�
 
__�c
, 
size_t
 
__n
)

149 
__THROW
;

152 
wch�_t
 *
	$wcs�t
 (
wch�_t
 *
__��ri�
 
__de�
,

153 
__cڡ
 
wch�_t
 *
__��ri�
 
__�c
�
__THROW
;

155 
wch�_t
 *
	$wc��t
 (
wch�_t
 *
__��ri�
 
__de�
,

156 
__cڡ
 
wch�_t
 *
__��ri�
 
__�c
, 
size_t
 
__n
)

157 
__THROW
;

160 

	$wcscmp
 (
__cڡ
 
wch�_t
 *
__s1
, __cڡ wch�_�*
__s2
)

161 
__THROW
 
__��ibu�_pu�__
;

163 

	$wc�cmp
 (
__cڡ
 
wch�_t
 *
__s1
, __cڡ wch�_�*
__s2
, 
size_t
 
__n
)

164 
__THROW
 
__��ibu�_pu�__
;

165 
__END_NAMESPACE_STD


167 #ifde�
__USE_XOPEN2K8


169 

	$wcs��cmp
 (
__cڡ
 
wch�_t
 *
__s1
, __cڡ wch�_�*
__s2
�
__THROW
;

172 

	$wc���cmp
 (
__cڡ
 
wch�_t
 *
__s1
, __cڡ wch�_�*
__s2
,

173 
size_t
 
__n
�
__THROW
;

177 
	~<xlo��.h
>

179 

	$wcs��cmp_l
 (
__cڡ
 
wch�_t
 *
__s1
, __cڡ wch�_�*
__s2
,

180 
__lo��_t
 
__loc
�
__THROW
;

182 

	$wc���cmp_l
 (
__cڡ
 
wch�_t
 *
__s1
, __cڡ wch�_�*
__s2
,

183 
size_t
 
__n
, 
__lo��_t
 
__loc
�
__THROW
;

186 
__BEGIN_NAMESPACE_STD


189 

	$wcsc�l
 (
__cڡ
 
wch�_t
 *
__s1
, __cڡ wch�_�*
__s2
�
__THROW
;

193 
size_t
 
	$wcsx�m
 (
wch�_t
 *
__��ri�
 
__s1
,

194 
__cڡ
 
wch�_t
 *
__��ri�
 
__s2
, 
size_t
 
__n
�
__THROW
;

195 
__END_NAMESPACE_STD


197 #ifde�
__USE_XOPEN2K8


203 

	$wcsc�l_l
 (
__cڡ
 
wch�_t
 *
__s1
, __cڡ wch�_�*
__s2
,

204 
__lo��_t
 
__loc
�
__THROW
;

209 
size_t
 
	$wcsx�m_l
 (
wch�_t
 *
__s1
, 
__cڡ
 wch�_�*
__s2
,

210 
size_t
 
__n
, 
__lo��_t
 
__loc
�
__THROW
;

213 
wch�_t
 *
	$wcsdup
 (
__cڡ
 
wch�_t
 *
__s
�
__THROW
 
__��ibu�_m�loc__
;

216 
__BEGIN_NAMESPACE_STD


218 #ifde�
__CORRECT_ISO_CPP_WCHAR_H_PROTO


219 
"C++" 
wch�_t
 *
	$wcschr
 (
wch�_t
 *
__wcs
, wch�_�
__wc
)

220 
__THROW
 
	`__asm
 ("wcschr"�
__��ibu�_pu�__
;

221 
"C++" 
__cڡ
 
wch�_t
 *
	$wcschr
 (
__cڡ
 
wch�_t
 *
__wcs
, wch�_�
__wc
)

222 
__THROW
 
	`__asm
 ("wcschr"�
__��ibu�_pu�__
;

224 
wch�_t
 *
	$wcschr
 (
__cڡ
 
wch�_t
 *
__wcs
, wch�_�
__wc
)

225 
__THROW
 
__��ibu�_pu�__
;

228 #ifde�
__CORRECT_ISO_CPP_WCHAR_H_PROTO


229 
"C++" 
wch�_t
 *
	$wc�chr
 (
wch�_t
 *
__wcs
, wch�_�
__wc
)

230 
__THROW
 
	`__asm
 ("wc�chr"�
__��ibu�_pu�__
;

231 
"C++" 
__cڡ
 
wch�_t
 *
	$wc�chr
 (
__cڡ
 
wch�_t
 *
__wcs
, wch�_�
__wc
)

232 
__THROW
 
	`__asm
 ("wc�chr"�
__��ibu�_pu�__
;

234 
wch�_t
 *
	$wc�chr
 (
__cڡ
 
wch�_t
 *
__wcs
, wch�_�
__wc
)

235 
__THROW
 
__��ibu�_pu�__
;

237 
__END_NAMESPACE_STD


239 #ifde�
__USE_GNU


242 
wch�_t
 *
	$wcsch�ul
 (
__cڡ
 
wch�_t
 *
__s
, wch�_�
__wc
)

243 
__THROW
 
__��ibu�_pu�__
;

246 
__BEGIN_NAMESPACE_STD


249 
size_t
 
	$wcsc�n
 (
__cڡ
 
wch�_t
 *
__wcs
, __cڡ wch�_�*
__�je�
)

250 
__THROW
 
__��ibu�_pu�__
;

253 
size_t
 
	$wcs�n
 (
__cڡ
 
wch�_t
 *
__wcs
, __cڡ wch�_�*
__ac��
)

254 
__THROW
 
__��ibu�_pu�__
;

256 #ifde�
__CORRECT_ISO_CPP_WCHAR_H_PROTO


257 
"C++" 
wch�_t
 *
	$wc�brk
 (
wch�_t
 *
__wcs
, 
__cڡ
 wch�_�*
__ac��
)

258 
__THROW
 
	`__asm
 ("wc�brk"�
__��ibu�_pu�__
;

259 
"C++" 
__cڡ
 
wch�_t
 *
	$wc�brk
 (
__cڡ
 
wch�_t
 *
__wcs
,

260 
__cڡ
 
wch�_t
 *
__ac��
)

261 
__THROW
 
	`__asm
 ("wc�brk"�
__��ibu�_pu�__
;

263 
wch�_t
 *
	$wc�brk
 (
__cڡ
 
wch�_t
 *
__wcs
, __cڡ wch�_�*
__ac��
)

264 
__THROW
 
__��ibu�_pu�__
;

267 #ifde�
__CORRECT_ISO_CPP_WCHAR_H_PROTO


268 
"C++" 
wch�_t
 *
	$wcs�r
 (
wch�_t
 *
__hay�ack
, 
__cڡ
 wch�_�*
__�ed�
)

269 
__THROW
 
	`__asm
 ("wcs�r"�
__��ibu�_pu�__
;

270 
"C++" 
__cڡ
 
wch�_t
 *
	$wcs�r
 (
__cڡ
 
wch�_t
 *
__hay�ack
,

271 
__cڡ
 
wch�_t
 *
__�ed�
)

272 
__THROW
 
	`__asm
 ("wcs�r"�
__��ibu�_pu�__
;

274 
wch�_t
 *
	$wcs�r
 (
__cڡ
 
wch�_t
 *
__hay�ack
, __cڡ wch�_�*
__�ed�
)

275 
__THROW
 
__��ibu�_pu�__
;

279 
wch�_t
 *
	$wc�ok
 (
wch�_t
 *
__��ri�
 
__s
,

280 
__cڡ
 
wch�_t
 *
__��ri�
 
__d�im
,

281 
wch�_t
 **
__��ri�
 
__�r
�
__THROW
;

284 
size_t
 
	$wc��
 (
__cڡ
 
wch�_t
 *
__s
�
__THROW
 
__��ibu�_pu�__
;

285 
__END_NAMESPACE_STD


287 #ifde�
__USE_XOPEN


289 #ifde�
__CORRECT_ISO_CPP_WCHAR_H_PROTO


290 
"C++" 
wch�_t
 *
	$wcswcs
 (
wch�_t
 *
__hay�ack
, 
__cڡ
 wch�_�*
__�ed�
)

291 
__THROW
 
	`__asm
 ("wcswcs"�
__��ibu�_pu�__
;

292 
"C++" 
__cڡ
 
wch�_t
 *
	$wcswcs
 (
__cڡ
 
wch�_t
 *
__hay�ack
,

293 
__cڡ
 
wch�_t
 *
__�ed�
)

294 
__THROW
 
	`__asm
 ("wcswcs"�
__��ibu�_pu�__
;

296 
wch�_t
 *
	$wcswcs
 (
__cڡ
 
wch�_t
 *
__hay�ack
, __cڡ wch�_�*
__�ed�
)

297 
__THROW
 
__��ibu�_pu�__
;

301 #ifde�
__USE_XOPEN2K8


303 
size_t
 
	$wc��n
 (
__cڡ
 
wch�_t
 *
__s
, 
size_t
 
__max�n
)

304 
__THROW
 
__��ibu�_pu�__
;

308 
__BEGIN_NAMESPACE_STD


310 #ifde�
__CORRECT_ISO_CPP_WCHAR_H_PROTO


311 
"C++" 
wch�_t
 *
	$wmemchr
 (
wch�_t
 *
__s
, wch�_�
__c
, 
size_t
 
__n
)

312 
__THROW
 
	`__asm
 ("wmemchr"�
__��ibu�_pu�__
;

313 
"C++" 
__cڡ
 
wch�_t
 *
	$wmemchr
 (
__cڡ
 
wch�_t
 *
__s
, wch�_�
__c
,

314 
size_t
 
__n
)

315 
__THROW
 
	`__asm
 ("wmemchr"�
__��ibu�_pu�__
;

317 
wch�_t
 *
	$wmemchr
 (
__cڡ
 
wch�_t
 *
__s
, wch�_�
__c
, 
size_t
 
__n
)

318 
__THROW
 
__��ibu�_pu�__
;

322 

	$wmemcmp
 (
__cڡ
 
wch�_t
 *
__��ri�
 
__s1
,

323 
__cڡ
 
wch�_t
 *
__��ri�
 
__s2
, 
size_t
 
__n
)

324 
__THROW
 
__��ibu�_pu�__
;

327 
wch�_t
 *
	$wmem�y
 (
wch�_t
 *
__��ri�
 
__s1
,

328 
__cڡ
 
wch�_t
 *
__��ri�
 
__s2
, 
size_t
 
__n
�
__THROW
;

332 
wch�_t
 *
	$wmemmove
 (
wch�_t
 *
__s1
, 
__cڡ
 wch�_�*
__s2
, 
size_t
 
__n
)

333 
__THROW
;

336 
wch�_t
 *
	$wmem�t
 (
wch�_t
 *
__s
, wch�_�
__c
, 
size_t
 
__n
�
__THROW
;

337 
__END_NAMESPACE_STD


339 #ifde�
__USE_GNU


342 
wch�_t
 *
	$wmemp�y
 (
wch�_t
 *
__��ri�
 
__s1
,

343 
__cڡ
 
wch�_t
 *
__��ri�
 
__s2
, 
size_t
 
__n
)

344 
__THROW
;

348 
__BEGIN_NAMESPACE_STD


351 
w�t_t
 
	$btowc
 (
__c
�
__THROW
;

355 

	$w�ob
 (
w�t_t
 
__c
�
__THROW
;

359 

	$mbs��
 (
__cڡ
 
mb��e_t
 *
__ps
�
__THROW
 
__��ibu�_pu�__
;

363 
size_t
 
	$mb�owc
 (
wch�_t
 *
__��ri�
 
__pwc
,

364 
__cڡ
 *
__��ri�
 
__s
, 
size_t
 
__n
,

365 
mb��e_t
 *
__p
�
__THROW
;

368 
size_t
 
	$w�tomb
 (*
__��ri�
 
__s
, 
wch�_t
 
__wc
,

369 
mb��e_t
 *
__��ri�
 
__ps
�
__THROW
;

372 
size_t
 
	$__mb��
 (
__cڡ
 *
__��ri�
 
__s
, 
size_t
 
__n
,

373 
mb��e_t
 *
__��ri�
 
__ps
�
__THROW
;

374 
size_t
 
	$mb��
 (
__cڡ
 *
__��ri�
 
__s
, 
size_t
 
__n
,

375 
mb��e_t
 *
__��ri�
 
__ps
�
__THROW
;

376 
__END_NAMESPACE_STD


378 #ifde�
__USE_EXTERN_INLINES


384 
w�t_t
 
	$__btowc_��s
 (
__c
�
	`__asm
 ("btowc");

385 
__ex��_�l�e
 
w�t_t


386 
	`__NTH
 (
	$btowc
 (
__c
))

387 {  (
	`__bu�t�_cڡ�t_p
 (
__c
) && __c >= '\0' && __c <= '\x7f'

388 ? (
w�t_t
�
__c
 : 
	`__btowc_��s
 (__c)); 
	}
}

390 

	$__w�ob_��s
 (
w�t_t
 
__c
�
	`__asm
 ("wctob");

391 
__ex��_�l�e
 

392 
	`__NTH
 (
	$w�ob
 (
w�t_t
 
__wc
))

393 {  (
	`__bu�t�_cڡ�t_p
 (
__wc
�&& __w�>�
L
'\0' && __wc <= L'\x7f'

394 ? (�
__wc
 : 
	`__w�ob_��s
 (__wc)); 
	}
}

396 
__ex��_�l�e
 
size_t


397 
__NTH
 (
	$mb��
 (
__cڡ
 *
__��ri�
 
__s
, 
size_t
 
__n
,

398 
mb��e_t
 *
__��ri�
 
__ps
))

399 {  (
__ps
 !�
NULL


400 ? 
	`mb�owc
 (
NULL
, 
__s
, 
__n
, 
__ps
�: 
	`__mb��
 (__s, __n, NULL)); 
	}
}

403 
__BEGIN_NAMESPACE_STD


406 
size_t
 
	$mb�towcs
 (
wch�_t
 *
__��ri�
 
__d�
,

407 
__cڡ
 **
__��ri�
 
__�c
, 
size_t
 
__�n
,

408 
mb��e_t
 *
__��ri�
 
__ps
�
__THROW
;

412 
size_t
 
	$wc�tombs
 (*
__��ri�
 
__d�
,

413 
__cڡ
 
wch�_t
 **
__��ri�
 
__�c
, 
size_t
 
__�n
,

414 
mb��e_t
 *
__��ri�
 
__ps
�
__THROW
;

415 
__END_NAMESPACE_STD


418 #ifdef 
__USE_XOPEN2K8


421 
size_t
 
	$mb��owcs
 (
wch�_t
 *
__��ri�
 
__d�
,

422 
__cڡ
 **
__��ri�
 
__�c
, 
size_t
 
__nmc
,

423 
size_t
 
__�n
, 
mb��e_t
 *
__��ri�
 
__ps
�
__THROW
;

427 
size_t
 
	$wc��ombs
 (*
__��ri�
 
__d�
,

428 
__cڡ
 
wch�_t
 **
__��ri�
 
__�c
,

429 
size_t
 
__nwc
, size_�
__�n
,

430 
mb��e_t
 *
__��ri�
 
__ps
�
__THROW
;

435 #ifde�
__USE_XOPEN


437 

	$wcwidth
 (
wch�_t
 
__c
�
__THROW
;

441 

	$wcswidth
 (
__cڡ
 
wch�_t
 *
__s
, 
size_t
 
__n
�
__THROW
;

445 
__BEGIN_NAMESPACE_STD


448 

	$wc�od
 (
__cڡ
 
wch�_t
 *
__��ri�
 
__Ō
,

449 
wch�_t
 **
__��ri�
 
__�d�r
�
__THROW
;

450 
__END_NAMESPACE_STD


452 #ifde�
__USE_ISOC99


453 
__BEGIN_NAMESPACE_C99


455 

	$wc�of
 (
__cڡ
 
wch�_t
 *
__��ri�
 
__Ō
,

456 
wch�_t
 **
__��ri�
 
__�d�r
�
__THROW
;

457 

	$wc��d
 (
__cڡ
 
wch�_t
 *
__��ri�
 
__Ō
,

458 
wch�_t
 **
__��ri�
 
__�d�r
�
__THROW
;

459 
__END_NAMESPACE_C99


463 
__BEGIN_NAMESPACE_STD


466 

	$wc��
 (
__cڡ
 
wch�_t
 *
__��ri�
 
__Ō
,

467 
wch�_t
 **
__��ri�
 
__�d�r
, 
__ba�
�
__THROW
;

471 

	$wc�oul
 (
__cڡ
 
wch�_t
 *
__��ri�
 
__Ō
,

472 
wch�_t
 **
__��ri�
 
__�d�r
, 
__ba�
)

473 
__THROW
;

474 
__END_NAMESPACE_STD


476 #i�
def�ed
 
__USE_ISOC99
 || (def�ed 
__GNUC__
 && def�ed 
__USE_GNU
)

477 
__BEGIN_NAMESPACE_C99


480 
__ex�nsi�__


481 

	$wc��l
 (
__cڡ
 
wch�_t
 *
__��ri�
 
__Ō
,

482 
wch�_t
 **
__��ri�
 
__�d�r
, 
__ba�
)

483 
__THROW
;

487 
__ex�nsi�__


488 

	$wc�ou�
 (
__cڡ
 
wch�_t
 *
__��ri�
 
__Ō
,

489 
wch�_t
 **
__��ri�
 
__�d�r
,

490 
__ba�
�
__THROW
;

491 
__END_NAMESPACE_C99


494 #i�
def�ed
 
__GNUC__
 && def�ed 
__USE_GNU


497 
__ex�nsi�__


498 

	$wc�oq
 (
__cڡ
 
wch�_t
 *
__��ri�
 
__Ō
,

499 
wch�_t
 **
__��ri�
 
__�d�r
, 
__ba�
)

500 
__THROW
;

504 
__ex�nsi�__


505 

	$wc�ouq
 (
__cڡ
 
wch�_t
 *
__��ri�
 
__Ō
,

506 
wch�_t
 **
__��ri�
 
__�d�r
,

507 
__ba�
�
__THROW
;

510 #ifde�
__USE_GNU


524 
	~<xlo��.h
>

528 

	$wc��_l
 (
__cڡ
 
wch�_t
 *
__��ri�
 
__Ō
,

529 
wch�_t
 **
__��ri�
 
__�d�r
, 
__ba�
,

530 
__lo��_t
 
__loc
�
__THROW
;

532 

	$wc�oul_l
 (
__cڡ
 
wch�_t
 *
__��ri�
 
__Ō
,

533 
wch�_t
 **
__��ri�
 
__�d�r
,

534 
__ba�
, 
__lo��_t
 
__loc
�
__THROW
;

536 
__ex�nsi�__


537 

	$wc��l_l
 (
__cڡ
 
wch�_t
 *
__��ri�
 
__Ō
,

538 
wch�_t
 **
__��ri�
 
__�d�r
,

539 
__ba�
, 
__lo��_t
 
__loc
�
__THROW
;

541 
__ex�nsi�__


542 

	$wc�ou�_l
 (
__cڡ
 
wch�_t
 *
__��ri�
 
__Ō
,

543 
wch�_t
 **
__��ri�
 
__�d�r
,

544 
__ba�
, 
__lo��_t
 
__loc
)

545 
__THROW
;

547 

	$wc�od_l
 (
__cڡ
 
wch�_t
 *
__��ri�
 
__Ō
,

548 
wch�_t
 **
__��ri�
 
__�d�r
, 
__lo��_t
 
__loc
)

549 
__THROW
;

551 

	$wc�of_l
 (
__cڡ
 
wch�_t
 *
__��ri�
 
__Ō
,

552 
wch�_t
 **
__��ri�
 
__�d�r
, 
__lo��_t
 
__loc
)

553 
__THROW
;

555 

	$wc��d_l
 (
__cڡ
 
wch�_t
 *
__��ri�
 
__Ō
,

556 
wch�_t
 **
__��ri�
 
__�d�r
,

557 
__lo��_t
 
__loc
�
__THROW
;

562 
wch�_t
 *
	$w��y
 (
wch�_t
 *
__��ri�
 
__de�
,

563 
__cڡ
 
wch�_t
 *
__��ri�
 
__�c
�
__THROW
;

567 
wch�_t
 *
	$w�n�y
 (
wch�_t
 *
__��ri�
 
__de�
,

568 
__cڡ
 
wch�_t
 *
__��ri�
 
__�c
, 
size_t
 
__n
)

569 
__THROW
;

575 #ifdef 
__USE_XOPEN2K8


578 
__FILE
 *
	$ݒ_wmem��am
 (
wch�_t
 **
__bu�oc
, 
size_t
 *
__siz�oc
�
__THROW
;

581 #i�
def�ed
 
__USE_ISOC95
 || def�ed 
__USE_UNIX98


582 
__BEGIN_NAMESPACE_STD


585 

	$fwide
 (
__FILE
 *
__�
, 
__mode
�
__THROW
;

592 

	`fw��tf
 (
__FILE
 *
__��ri�
 
__��am
,

593 
__cڡ
 
wch�_t
 *
__��ri�
 
__f�m�
, ...)

599 

	`w��tf
 (
__cڡ
 
wch�_t
 *
__��ri�
 
__f�m�
, ...)

602 

	$sw��tf
 (
wch�_t
 *
__��ri�
 
__s
, 
size_t
 
__n
,

603 
__cڡ
 
wch�_t
 *
__��ri�
 
__f�m�
, ...)

604 
__THROW
 ;

610 

	`vfw��tf
 (
__FILE
 *
__��ri�
 
__s
,

611 
__cڡ
 
wch�_t
 *
__��ri�
 
__f�m�
,

612 
__gnuc_va_li�
 
__�g
)

618 

	`vw��tf
 (
__cڡ
 
wch�_t
 *
__��ri�
 
__f�m�
,

619 
__gnuc_va_li�
 
__�g
)

623 

	$vsw��tf
 (
wch�_t
 *
__��ri�
 
__s
, 
size_t
 
__n
,

624 
__cڡ
 
wch�_t
 *
__��ri�
 
__f�m�
,

625 
__gnuc_va_li�
 
__�g
)

626 
__THROW
 ;

633 

	`fws�nf
 (
__FILE
 *
__��ri�
 
__��am
,

634 
__cڡ
 
wch�_t
 *
__��ri�
 
__f�m�
, ...)

640 

	`ws�nf
 (
__cڡ
 
wch�_t
 *
__��ri�
 
__f�m�
, ...)

643 

	$sws�nf
 (
__cڡ
 
wch�_t
 *
__��ri�
 
__s
,

644 
__cڡ
 
wch�_t
 *
__��ri�
 
__f�m�
, ...)

645 
__THROW
 ;

647 #i�
def�ed
 
__USE_ISOC99
 && !def�ed 
__USE_GNU
 \

648 && (!
def�ed
 
__LDBL_COMPAT
 || !def�ed 
__REDIRECT
) \

649 && (
def�ed
 
__STRICT_ANSI__
 || def�ed 
__USE_XOPEN2K
)

650 #ifde�
__REDIRECT


654 

	`__REDIRECT
 (
fws�nf
, (
__FILE
 *
__��ri�
 
__��am
,

655 
__cڡ
 
wch�_t
 *
__��ri�
 
__f�m�
, ...),

656 
__isoc99_fws�nf
)

658 

	`__REDIRECT
 (
ws�nf
, (
__cڡ
 
wch�_t
 *
__��ri�
 
__f�m�
, ...),

659 
__isoc99_ws�nf
)

661 

	`__REDIRECT_NTH
 (
sws�nf
, (
__cڡ
 
wch�_t
 *
__��ri�
 
__s
,

662 
__cڡ
 
wch�_t
 *
__��ri�
 
__f�m�
,

663 ...), 
__isoc99_sws�nf
)

666 

	`__isoc99_fws�nf
 (
__FILE
 *
__��ri�
 
__��am
,

667 
__cڡ
 
wch�_t
 *
__��ri�
 
__f�m�
, ...);

668 

	`__isoc99_ws�nf
 (
__cڡ
 
wch�_t
 *
__��ri�
 
__f�m�
, ...);

669 

	$__isoc99_sws�nf
 (
__cڡ
 
wch�_t
 *
__��ri�
 
__s
,

670 
__cڡ
 
wch�_t
 *
__��ri�
 
__f�m�
, ...)

671 
__THROW
;

672 

	#fws�nf
 
__isoc99_fws�nf


	)

673 

	#ws�nf
 
__isoc99_ws�nf


	)

674 

	#sws�nf
 
__isoc99_sws�nf


	)

678 
__END_NAMESPACE_STD


681 #ifde�
__USE_ISOC99


682 
__BEGIN_NAMESPACE_C99


687 

	`vfws�nf
 (
__FILE
 *
__��ri�
 
__s
,

688 
__cڡ
 
wch�_t
 *
__��ri�
 
__f�m�
,

689 
__gnuc_va_li�
 
__�g
)

695 

	`vws�nf
 (
__cڡ
 
wch�_t
 *
__��ri�
 
__f�m�
,

696 
__gnuc_va_li�
 
__�g
)

699 

	$vsws�nf
 (
__cڡ
 
wch�_t
 *
__��ri�
 
__s
,

700 
__cڡ
 
wch�_t
 *
__��ri�
 
__f�m�
,

701 
__gnuc_va_li�
 
__�g
)

702 
__THROW
 ;

704 #i�!
def�ed
 
__USE_GNU
 \

705 && (!
def�ed
 
__LDBL_COMPAT
 || !def�ed 
__REDIRECT
) \

706 && (
def�ed
 
__STRICT_ANSI__
 || def�ed 
__USE_XOPEN2K
)

707 #ifde�
__REDIRECT


708 

	`__REDIRECT
 (
vfws�nf
, (
__FILE
 *
__��ri�
 
__s
,

709 
__cڡ
 
wch�_t
 *
__��ri�
 
__f�m�
,

710 
__gnuc_va_li�
 
__�g
), 
__isoc99_vfws�nf
)

712 

	`__REDIRECT
 (
vws�nf
, (
__cڡ
 
wch�_t
 *
__��ri�
 
__f�m�
,

713 
__gnuc_va_li�
 
__�g
), 
__isoc99_vws�nf
)

715 

	`__REDIRECT_NTH
 (
vsws�nf
, (
__cڡ
 
wch�_t
 *
__��ri�
 
__s
,

716 
__cڡ
 
wch�_t
 *
__��ri�
 
__f�m�
,

717 
__gnuc_va_li�
 
__�g
), 
__isoc99_vsws�nf
)

720 

	`__isoc99_vfws�nf
 (
__FILE
 *
__��ri�
 
__s
,

721 
__cڡ
 
wch�_t
 *
__��ri�
 
__f�m�
,

722 
__gnuc_va_li�
 
__�g
);

723 

	`__isoc99_vws�nf
 (
__cڡ
 
wch�_t
 *
__��ri�
 
__f�m�
,

724 
__gnuc_va_li�
 
__�g
);

725 

	$__isoc99_vsws�nf
 (
__cڡ
 
wch�_t
 *
__��ri�
 
__s
,

726 
__cڡ
 
wch�_t
 *
__��ri�
 
__f�m�
,

727 
__gnuc_va_li�
 
__�g
�
__THROW
;

728 

	#vfws�nf
 
__isoc99_vfws�nf


	)

729 

	#vws�nf
 
__isoc99_vws�nf


	)

730 

	#vsws�nf
 
__isoc99_vsws�nf


	)

734 
__END_NAMESPACE_C99


738 
__BEGIN_NAMESPACE_STD


743 
w�t_t
 
	`fg�wc
 (
__FILE
 *
__��am
);

744 
w�t_t
 
	`g�wc
 (
__FILE
 *
__��am
);

750 
w�t_t
 
	`g�wch�
 ();

757 
w�t_t
 
	`�utwc
 (
wch�_t
 
__wc
, 
__FILE
 *
__��am
);

758 
w�t_t
 
	`putwc
 (
wch�_t
 
__wc
, 
__FILE
 *
__��am
);

764 
w�t_t
 
	`putwch�
 (
wch�_t
 
__wc
);

772 
wch�_t
 *
	`fg�ws
 (wch�_�*
__��ri�
 
__ws
, 
__n
,

773 
__FILE
 *
__��ri�
 
__��am
);

779 

	`�utws
 (
__cڡ
 
wch�_t
 *
__��ri�
 
__ws
,

780 
__FILE
 *
__��ri�
 
__��am
);

787 
w�t_t
 
	`ung�wc
 (w�t_�
__wc
, 
__FILE
 *
__��am
);

788 
__END_NAMESPACE_STD


791 #ifde�
__USE_GNU


799 
w�t_t
 
	`g�wc_u�ocked
 (
__FILE
 *
__��am
);

800 
w�t_t
 
	`g�wch�_u�ocked
 ();

808 
w�t_t
 
	`fg�wc_u�ocked
 (
__FILE
 *
__��am
);

816 
w�t_t
 
	`�utwc_u�ocked
 (
wch�_t
 
__wc
, 
__FILE
 *
__��am
);

825 
w�t_t
 
	`putwc_u�ocked
 (
wch�_t
 
__wc
, 
__FILE
 *
__��am
);

826 
w�t_t
 
	`putwch�_u�ocked
 (
wch�_t
 
__wc
);

835 
wch�_t
 *
	`fg�ws_u�ocked
 (wch�_�*
__��ri�
 
__ws
, 
__n
,

836 
__FILE
 *
__��ri�
 
__��am
);

844 

	`�utws_u�ocked
 (
__cڡ
 
wch�_t
 *
__��ri�
 
__ws
,

845 
__FILE
 *
__��ri�
 
__��am
);

849 
__BEGIN_NAMESPACE_C99


853 
size_t
 
	$wcs�ime
 (
wch�_t
 *
__��ri�
 
__s
, 
size_t
 
__maxsize
,

854 
__cڡ
 
wch�_t
 *
__��ri�
 
__f�m�
,

855 
__cڡ
 
tm
 *
__��ri�
 
__�
�
__THROW
;

856 
__END_NAMESPACE_C99


858 #ifde�
__USE_GNU


859 
	~<xlo��.h
>

863 
size_t
 
	$wcs�ime_l
 (
wch�_t
 *
__��ri�
 
__s
, 
size_t
 
__maxsize
,

864 
__cڡ
 
wch�_t
 *
__��ri�
 
__f�m�
,

865 
__cڡ
 
tm
 *
__��ri�
 
__�
,

866 
__lo��_t
 
__loc
�
__THROW
;

875 #i�
def�ed
 
__USE_UNIX98
 && !def�ed 
__USE_GNU


876 

	#__�ed_iswxxx


	)

877 
	~<w�y�.h
>

881 #i�
__USE_FORTIFY_LEVEL
 > 0 && 
def�ed
 
__ex��_�ways_�l�e


882 
	~<b�s/wch�2.h
>

885 #ifde�
__LDBL_COMPAT


886 
	~<b�s/wch�-ldbl.h
>

889 
__END_DECLS


897 #unde�
__�ed_mb��e_t


898 #unde�
__�ed_w�t_t


	@/usr/include/rpc/netdb.h

36 #i�de�
_RPC_NETDB_H


37 

	#_RPC_NETDB_H
 1

	)

39 
	~<�u�s.h
>

41 

	#__�ed_size_t


	)

42 
	~<�ddef.h
>

44 
__BEGIN_DECLS


46 
	s���


48 *
	mr_�me
;

49 **
	mr_���s
;

50 
	mr_numb�
;

53 

	$��p��
 (
__�ayݒ
�
__THROW
;

54 

	$�d���
 (�
__THROW
;

55 

���
 *
	$g��cby�me
 (
__cڡ
 *
__�me
�
__THROW
;

56 

���
 *
	$g��cbynumb�
 (
__numb�
�
__THROW
;

57 

���
 *
	$g����
 (�
__THROW
;

59 #ifde�
__USE_MISC


60 

	$g��cby�me_r
 (
__cڡ
 *
__�me
, 
���
 *
__�su�_buf
,

61 *
__buf�r
, 
size_t
 
__bu�
,

62 
���
 **
__�su�
�
__THROW
;

64 

	$g��cbynumb�_r
 (
__numb�
, 
���
 *
__�su�_buf
,

65 *
__buf�r
, 
size_t
 
__bu�
,

66 
���
 **
__�su�
�
__THROW
;

68 

	$g����_r
 (
���
 *
__�su�_buf
, *
__buf�r
,

69 
size_t
 
__bu�
, 
���
 **
__�su�
�
__THROW
;

72 
__END_DECLS


	@/usr/include/wctype.h

24 #i�de�
_WCTYPE_H


26 
	~<�u�s.h
>

27 
	~<b�s/ty�s.h
>

29 #i�de�
__�ed_iswxxx


30 

	#_WCTYPE_H
 1

	)

33 

	#__�ed_w�t_t


	)

34 
	~<wch�.h
>

38 #i�de�
WEOF


39 

	#WEOF
 (0xffffffffu)

	)

42 #unde�
__�ed_iswxxx


47 #i�de�
__iswxxx_def�ed


48 

	#__iswxxx_def�ed
 1

	)

50 
__BEGIN_NAMESPACE_C99


53 
	tw�y�_t
;

54 
	g__END_NAMESPACE_C99


56 #i�de�
_ISwb�


61 
	~<�d�n.h
>

62 #i�
__BYTE_ORDER
 =�
__BIG_ENDIAN


63 

	#_ISwb�
(
b�
�(1 << (b�))

	)

65 

	#_ISwb�
(
b�
) \

66 ((
b�
) < 8 ? () ((1UL << (bit)) << 24) \

67 : ((
b�
) < 16 ? () ((1UL << (bit)) << 8) \

68 : ((
b�
) < 24 ? () ((1UL << (bit)) >> 8) \

69 : (�((1UL << (
b�
)�>> 24))))

	)

74 
	m__ISwu��
 = 0,

75 
	m__ISwlow�
 = 1,

76 
	m__ISw�pha
 = 2,

77 
	m__ISwdig�
 = 3,

78 
	m__ISwxdig�
 = 4,

79 
	m__ISw�a�
 = 5,

80 
	m__ISw��t
 = 6,

81 
	m__ISwg�ph
 = 7,

82 
	m__ISwb�nk
 = 8,

83 
	m__ISw��l
 = 9,

84 
	m__ISwpun�
 = 10,

85 
	m__ISw�num
 = 11,

87 
	m_ISwu��
 = 
_ISwb�
 (
__ISwu��
),

88 
	m_ISwlow�
 = 
_ISwb�
 (
__ISwlow�
),

89 
	m_ISw�pha
 = 
_ISwb�
 (
__ISw�pha
),

90 
	m_ISwdig�
 = 
_ISwb�
 (
__ISwdig�
),

91 
	m_ISwxdig�
 = 
_ISwb�
 (
__ISwxdig�
),

92 
	m_ISw�a�
 = 
_ISwb�
 (
__ISw�a�
),

93 
	m_ISw��t
 = 
_ISwb�
 (
__ISw��t
),

94 
	m_ISwg�ph
 = 
_ISwb�
 (
__ISwg�ph
),

95 
	m_ISwb�nk
 = 
_ISwb�
 (
__ISwb�nk
),

96 
	m_ISw��l
 = 
_ISwb�
 (
__ISw��l
),

97 
	m_ISwpun�
 = 
_ISwb�
 (
__ISwpun�
),

98 
	m_ISw�num
 = 
_ISwb�
 (
__ISw�num
)

103 
__BEGIN_DECLS


105 
__BEGIN_NAMESPACE_C99


112 

	$isw�num
 (
w�t_t
 
__wc
�
__THROW
;

118 

	$isw�pha
 (
w�t_t
 
__wc
�
__THROW
;

121 

	$isw��l
 (
w�t_t
 
__wc
�
__THROW
;

125 

	$iswdig�
 (
w�t_t
 
__wc
�
__THROW
;

129 

	$iswg�ph
 (
w�t_t
 
__wc
�
__THROW
;

134 

	$iswlow�
 (
w�t_t
 
__wc
�
__THROW
;

137 

	$isw��t
 (
w�t_t
 
__wc
�
__THROW
;

142 

	$iswpun�
 (
w�t_t
 
__wc
�
__THROW
;

147 

	$isw�a�
 (
w�t_t
 
__wc
�
__THROW
;

152 

	$iswu��
 (
w�t_t
 
__wc
�
__THROW
;

157 

	$iswxdig�
 (
w�t_t
 
__wc
�
__THROW
;

162 #ifde�
__USE_ISOC99


163 

	$iswb�nk
 (
w�t_t
 
__wc
�
__THROW
;

172 
w�y�_t
 
	$w�y�
 (
__cڡ
 *
__�ݔty
�
__THROW
;

176 

	$isw�y�
 (
w�t_t
 
__wc
, 
w�y�_t
 
__desc
�
__THROW
;

177 
__END_NAMESPACE_C99


184 
__BEGIN_NAMESPACE_C99


187 
__cڡ
 
	t__�t32_t
 *
	tw��ns_t
;

188 
__END_NAMESPACE_C99


189 #ifde�
__USE_GNU


190 
	$__USING_NAMESPACE_C99
(
w��ns_t
)

193 
__BEGIN_NAMESPACE_C99


195 
w�t_t
 
	$towlow�
 (
w�t_t
 
__wc
�
__THROW
;

198 
w�t_t
 
	$towu��
 (
w�t_t
 
__wc
�
__THROW
;

199 
__END_NAMESPACE_C99


201 
__END_DECLS


208 #ifde�
_WCTYPE_H


214 
__BEGIN_DECLS


216 
__BEGIN_NAMESPACE_C99


219 
w��ns_t
 
	$w��ns
 (
__cڡ
 *
__�ݔty
�
__THROW
;

222 
w�t_t
 
	$tow��ns
 (
w�t_t
 
__wc
, 
w��ns_t
 
__desc
�
__THROW
;

223 
__END_NAMESPACE_C99


225 #ifde�
__USE_XOPEN2K8


227 
	~<xlo��.h
>

231 

	$isw�num_l
 (
w�t_t
 
__wc
, 
__lo��_t
 
__lo��
�
__THROW
;

237 

	$isw�pha_l
 (
w�t_t
 
__wc
, 
__lo��_t
 
__lo��
�
__THROW
;

240 

	$isw��l_l
 (
w�t_t
 
__wc
, 
__lo��_t
 
__lo��
�
__THROW
;

244 

	$iswdig�_l
 (
w�t_t
 
__wc
, 
__lo��_t
 
__lo��
�
__THROW
;

248 

	$iswg�ph_l
 (
w�t_t
 
__wc
, 
__lo��_t
 
__lo��
�
__THROW
;

253 

	$iswlow�_l
 (
w�t_t
 
__wc
, 
__lo��_t
 
__lo��
�
__THROW
;

256 

	$isw��t_l
 (
w�t_t
 
__wc
, 
__lo��_t
 
__lo��
�
__THROW
;

261 

	$iswpun�_l
 (
w�t_t
 
__wc
, 
__lo��_t
 
__lo��
�
__THROW
;

266 

	$isw�a�_l
 (
w�t_t
 
__wc
, 
__lo��_t
 
__lo��
�
__THROW
;

271 

	$iswu��_l
 (
w�t_t
 
__wc
, 
__lo��_t
 
__lo��
�
__THROW
;

276 

	$iswxdig�_l
 (
w�t_t
 
__wc
, 
__lo��_t
 
__lo��
�
__THROW
;

281 

	$iswb�nk_l
 (
w�t_t
 
__wc
, 
__lo��_t
 
__lo��
�
__THROW
;

285 
w�y�_t
 
	$w�y�_l
 (
__cڡ
 *
__�ݔty
, 
__lo��_t
 
__lo��
)

286 
__THROW
;

290 

	$isw�y�_l
 (
w�t_t
 
__wc
, 
w�y�_t
 
__desc
, 
__lo��_t
 
__lo��
)

291 
__THROW
;

299 
w�t_t
 
	$towlow�_l
 (
w�t_t
 
__wc
, 
__lo��_t
 
__lo��
�
__THROW
;

302 
w�t_t
 
	$towu��_l
 (
w�t_t
 
__wc
, 
__lo��_t
 
__lo��
�
__THROW
;

306 
w��ns_t
 
	$w��ns_l
 (
__cڡ
 *
__�ݔty
, 
__lo��_t
 
__lo��
)

307 
__THROW
;

310 
w�t_t
 
	$tow��ns_l
 (
w�t_t
 
__wc
, 
w��ns_t
 
__desc
,

311 
__lo��_t
 
__lo��
�
__THROW
;

315 
__END_DECLS


	@
1
.
1
/usr/include
192
3451
Descriptors.c
Descriptors.h
DualVirtualSerial.c
DualVirtualSerial.h
autoconf.h
aversive.h
callout.c
callout.h
cirbuf.c
cirbuf.h
cirbuf_add_buf_head.c
cirbuf_add_buf_tail.c
cirbuf_add_head.c
cirbuf_add_tail.c
cirbuf_align.c
cirbuf_del_buf_head.c
cirbuf_del_buf_tail.c
cirbuf_del_head.c
cirbuf_del_tail.c
cirbuf_get_buf_head.c
cirbuf_get_buf_tail.c
cirbuf_get_head.c
cirbuf_get_tail.c
clock_time.h
cmdline.c
cmdline.h
commands.c
commands2.c
commands_gen.c
diag_host.c
diagnostic.h
diagnostic_config.h
error.c
error.h
error_config.h
general_errors.h
i2c_config.h
int_show.c
main.c
main.h
parse.c
parse.h
parse_atcmd.c
parse_atcmd.h
parse_monitor.c
parse_monitor.h
parse_neighbor.c
parse_neighbor.h
parse_num.c
parse_num.h
parse_string.c
parse_string.h
pid_config.h
rdline.c
rdline.h
rdline_config.h
scheduler.c
scheduler.h
scheduler_add.c
scheduler_config.h
scheduler_del.c
scheduler_dump.c
scheduler_host.c
scheduler_interrupt.c
scheduler_private.h
scheduler_stats.c
scheduler_stats.h
spi_config.h
stack_space.c
stackdump.c
stackdump.h
time.c
time_config.h
timer.h
timer0_getset.c
timer0_prescaler.c
timer0_register_OC_at_tics.c
timer0_register_OC_in_us.c
timer0_register_OV.c
timer0_startstop.c
timer1_getset.c
timer1_prescaler.c
timer1_register_OC_at_tics.c
timer1_register_OC_in_us.c
timer1_register_OV.c
timer1_startstop.c
timer2_getset.c
timer2_prescaler.c
timer2_register_OC_at_tics.c
timer2_register_OC_in_us.c
timer2_register_OV.c
timer2_startstop.c
timer3_getset.c
timer3_prescaler.c
timer3_register_OC_at_tics.c
timer3_register_OC_in_us.c
timer3_register_OV.c
timer3_startstop.c
timer4_getset.c
timer4_prescaler.c
timer4_register_OC_at_tics.c
timer4_register_OC_in_us.c
timer4_register_OV.c
timer4_startstop.c
timer5_getset.c
timer5_prescaler.c
timer5_register_OC_at_tics.c
timer5_register_OC_in_us.c
timer5_register_OV.c
timer5_startstop.c
timer_conf_check.c
timer_config.h
timer_declarations.h
timer_definitions.h
timer_host.c
timer_init.c
timer_intr.c
timer_intr.h
timer_prescaler.h
uart.c
uart.h
uart_config.h
uart_defs.h
uart_dev_io.c
uart_errors.h
uart_events.c
uart_getconf.c
uart_host.c
uart_host.h
uart_private.h
uart_recv.c
uart_recv9.c
uart_recv9_nowait.c
uart_recv_nowait.c
uart_send.c
uart_send9.c
uart_send9_nowait.c
uart_send_nowait.c
uart_setconf.c
vt100.c
vt100.h
xbee.c
xbee.h
xbee_atcmd.c
xbee_atcmd.h
xbee_buf.c
xbee_buf.h
xbee_neighbor.c
xbee_neighbor.h
xbee_proto.c
xbee_proto.h
xbee_stats.c
xbee_stats.h
/usr/include/arpa/inet.h
/usr/include/ctype.h
/usr/include/errno.h
/usr/include/event.h
/usr/include/fcntl.h
/usr/include/inttypes.h
/usr/include/stdint.h
/usr/include/stdio.h
/usr/include/stdlib.h
/usr/include/string.h
/usr/include/unistd.h
/usr/include/alloca.h
/usr/include/endian.h
/usr/include/event2/buffer.h
/usr/include/event2/buffer_compat.h
/usr/include/event2/bufferevent.h
/usr/include/event2/bufferevent_compat.h
/usr/include/event2/bufferevent_struct.h
/usr/include/event2/event-config.h
/usr/include/event2/event.h
/usr/include/event2/event_compat.h
/usr/include/event2/event_struct.h
/usr/include/event2/tag.h
/usr/include/event2/tag_compat.h
/usr/include/evutil.h
/usr/include/features.h
/usr/include/getopt.h
/usr/include/libio.h
/usr/include/netinet/in.h
/usr/include/time.h
/usr/include/xlocale.h
/usr/include/_G_config.h
/usr/include/event2/keyvalq_struct.h
/usr/include/event2/util.h
/usr/include/gconv.h
/usr/include/netdb.h
/usr/include/wchar.h
/usr/include/rpc/netdb.h
/usr/include/wctype.h