// SocketTest1.cpp : 定义控制台应用程序的入口点。
//
#include "stdafx.h"
#include <iostream>
#include <fstream>
#include <Windows.h>
#include <wininet.h>
using namespace std;
typedef unsigned char byte;
#define MAXBLOCKSIZE 1024
#pragma comment (lib, "wininet.lib")
void download(const wchar_t*);
int _tmain(int argc, _TCHAR* argv[])
{
download(_T("http://zhidao.baidu.com"));
return 0 ;
//if(argc > 1){
// download((const char*)argv[1]);
//}else{
// cout<<"Usage: auto-Update url";
//}
//return 0;
}
void download(const wchar_t *Url)
{
HINTERNET hSession = InternetOpen(_T("RookIE/1.0"), INTERNET_OPEN_TYPE_PRECONFIG, NULL, NULL, 0);
if (hSession != NULL)
{
HINTERNET handle2 = InternetOpenUrl(hSession, Url, NULL, 0, INTERNET_FLAG_DONT_CACHE, 0);
if (handle2 != NULL)
{
wcout<<Url<<endl;
byte Temp[MAXBLOCKSIZE];
ULONG Number = 1;
ofstream ofs(_T("D:\\baidu.txt"));
if(ofs)
{
while (Number > 0)
{
InternetReadFile(handle2, Temp, MAXBLOCKSIZE - 1, &Number);
ofs<<Temp;
}
ofs.close();
}
InternetCloseHandle(handle2);
handle2 = NULL;
}
InternetCloseHandle(hSession);
hSession = NULL;
}
}

[P0]
Type=Normal
Direction=RIGHT
Pin_Def=BATT
Pin_Nb=Ae
Pdt_65Pin=61
FP_CON1=56
FP_CON2=0
OS_Num=4,3
OS_PtType1=Internal,0
OS_PtType2=Internal,0
OS_PtType3=Internal,0
OS_1=Short_Hat,0
OS_2=GND_MODEL,2.4k,1%
OS_3=Switch,0
OS_4=External,0
OS1_Num=4,0
OS1_1=Circle_Pin,157
OS1_2=Current_PCB,in3,out3
OS1_3=Circle_Pin,158
OS1_4=Circle_Pin,159
OS2_Num=4,0
OS2_1=Circle_Pin,157
OS2_2=Current_PCB,in3,out3
OS2_3=Circle_Pin,158
OS2_4=Circle_Pin,159
OS3_Num=4,0
OS3_1=Circle_Pin,157
OS3_2=Current_PCB,in3,out3
OS3_3=Circle_Pin,158
OS3_4=Circle_Pin,159
[Part_Path]
part_path=C:\Users\Administrator\Desktop\CC_PANEL\PART\
d=(arxload "C:\\Users\\Administrator\\Desktop\\CC_Panel\\x64\\Debug\\GCC_PANEL.arx")
e=(arxunload "C:\\Users\\Administrator\\Desktop\\CC_Panel\\x64\\Debug\\GCC_PANEL.arx")
[P1]
Type=Normal
Direction=RIGHT
Pin_Def=Ign
Pin_Nb=Ad
Pdt_65Pin=64
FP_CON1=0
FP_CON2=55
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=GND_MODEL,2.4k,1%
OS_3=Switch,0
OS_4=External,0
[P2]
Type=Normal
Direction=RIGHT
Pin_Def=5V
Pin_Nb=Pb
Pdt_65Pin=42
FP_CON1=22
FP_CON2=0
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=GND_MODEL,2.4k,1%
OS_4=External,1
[P3]
Type=Normal
Direction=RIGHT
Pin_Def=SOLAR_L
Pin_Nb=Pr
Pdt_65Pin=18
FP_CON1=9
FP_CON2=0
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=V_Resistor,100k
OS_4=External,1
[P4]
Type=Normal
Direction=RIGHT
Pin_Def=SOLAR_L
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=V_Resistor,100k
OS_4=External,1

[P0]
Type=Normal
Direction=RIGHT
Pin_Def=BATT
Pin_Nb=Ae
Pdt_65Pin=61
FP_CON1=56
FP_CON2=0
OS_Num=4,3
OS_PtType1=Internal,0
OS_PtType2=Internal,0
OS_PtType3=Internal,0
OS_1=Short_Hat,0
OS_2=GND_MODEL,2.4k,1%
OS_3=Switch,0
OS_4=External,0
OS1_Num=4,0
OS1_1=Circle_Pin,157
OS1_2=Current_PCB,in3,out3
OS1_3=Circle_Pin,158
OS1_4=Circle_Pin,159
OS2_Num=4,0
OS2_1=Circle_Pin,157
OS2_2=Current_PCB,in3,out3
OS2_3=Circle_Pin,158
OS2_4=Circle_Pin,159
OS3_Num=4,0
OS3_1=Circle_Pin,157
OS3_2=Current_PCB,in3,out3
OS3_3=Circle_Pin,158
OS3_4=Circle_Pin,159
[Part_Path]
part_path=C:\Users\Administrator\Desktop\CC_PANEL\PART\
(arxload "C:\\Users\\Administrator\\Desktop\\CC_Panel\\x64\\Debug\\GCC_PANEL.arx")
(arxunload "C:\\Users\\Administrator\\Desktop\\CC_Panel\\x64\\Debug\\GCC_PANEL.arx")
[P1]
Type=Normal
Direction=RIGHT
Pin_Def=Ign
Pin_Nb=Ad
Pdt_65Pin=64
FP_CON1=0
FP_CON2=55
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=GND_MODEL,2.4k,1%
OS_3=Switch,0
OS_4=External,0
[P2]
Type=Normal
Direction=RIGHT
Pin_Def=5V
Pin_Nb=Pb
Pdt_65Pin=42
FP_CON1=22
FP_CON2=0
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=GND_MODEL,2.4k,1%
OS_4=External,1
[P3]
Type=Normal
Direction=RIGHT
Pin_Def=M1
Pin_Nb=Pr
Pdt_65Pin=18
FP_CON1=9
FP_CON2=0
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=GND_MODEL,2.4k,1%
OS_4=5Pin_Motor,motor1$1,12345
[P4]
Type=Normal
Direction=RIGHT
Pin_Def=M2
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=GND_MODEL,2.4k,1%
OS_4=5Pin_Motor,motor1$2,12345
[P5]
Type=Normal
Direction=RIGHT
Pin_Def=M2
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
OS_Num=3,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=5Pin_Motor,motor1$3,12345
[P6]
Type=Normal
Direction=RIGHT
Pin_Def=M3
Pin_Nb=Pr
Pdt_65Pin=18
FP_CON1=9
FP_CON2=0
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=GND_MODEL,2.4k,1%
OS_4=5Pin_Motor,motor2$1,12345
[P7]
Type=Normal
Direction=RIGHT
Pin_Def=M4
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=GND_MODEL,2.4k,1%
OS_4=5Pin_Motor,motor2$2,12345
[P8]
Type=Normal
Direction=RIGHT
Pin_Def=M2M2
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
OS_Num=3,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=5Pin_Motor,motor2$3,12345
[P9]
Type=Normal
Direction=RIGHT
Pin_Def=5V
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=GND_MODEL,2.4k,1%
OS_4=External,1
[P10]
Type=Normal
Direction=RIGHT
Pin_Def=sensor
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=V_Resistor,100k,1%
OS_4=External,1
[P11]
Type=Normal
Direction=RIGHT
Pin_Def=sensor2
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=V_Resistor,100k,1%
OS_4=External,1

思路：
excel输出时自动计算其面板模块，下拉带电阻，下拉不带电阻，上拉带电阻，上拉不带电阻。特殊模块另外计算，lsah,lsbh,sh等，考虑出现的情况。
模块导出后作为属性并入，后期读取时可以直接判断并加载对应模块。
每个LSSH模块需要对label增加定位，增加初始化导入，加枚举，加blkname，Createpart加静态创造函数，留意文本坐标。

[P0]
Type=Normal
Direction=RIGHT
Pin_Def=BATT
Pin_Nb=Ae
Pdt_65Pin=61
FP_CON1=56
FP_CON2=0
PanelType=LSSH
OS_Num=4,3
OS_PtType1=Internal,0
OS_PtType2=Internal,0
OS_PtType3=Internal,0
OS_1=Short_Hat,0
OS_2=GND_MODEL,2.4k,1%
OS_3=Switch,0
OS_4=External,0
OS1_Num=4,0
OS1_1=Circle_Pin,157
OS1_2=Current_PCB,in3,out3
OS1_3=Circle_Pin,158
OS1_4=Circle_Pin,159
OS2_Num=4,0
OS2_1=Circle_Pin,157
OS2_2=Current_PCB,in3,out3
OS2_3=Circle_Pin,158
OS2_4=Circle_Pin,159
OS3_Num=4,0
OS3_1=Circle_Pin,157
OS3_2=Current_PCB,in3,out3
OS3_3=Circle_Pin,158
OS3_4=Circle_Pin,159
[Part_Path]
part_path=C:\Users\Administrator\Desktop\CC_PANEL\PART\
(arxload "C:\\Users\\Administrator\\Desktop\\CC_Panel\\x64\\Debug\\GCC_PANEL.arx")
(arxunload "C:\\Users\\Administrator\\Desktop\\CC_Panel\\x64\\Debug\\GCC_PANEL.arx")
[P1]
Type=Normal
Direction=RIGHT
Pin_Def=Ign
Pin_Nb=Ad
Pdt_65Pin=64
FP_CON1=0
FP_CON2=55
PanelType=LSSH
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=GND_MODEL,2.4k,1%
OS_3=Switch,0
OS_4=External,0
[P2]
Type=Normal
Direction=RIGHT
Pin_Def=ET
Pin_Nb=Pb
Pdt_65Pin=42
PanelType=LSSH
FP_CON1=22
FP_CON2=0
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=GND_MODEL,2.4k,1%
OS_4=External,0
[P3]
Type=Normal
Direction=RIGHT
Pin_Def=M1
Pin_Nb=Pr
Pdt_65Pin=18
FP_CON1=9
FP_CON2=0
PanelType=LSSH
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=GND_MODEL,2.4k,1%
OS_4=5Pin_Motor,motor1$1,12345
[P4]
Type=Normal
Direction=RIGHT
Pin_Def=M2
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
PanelType=LSSH
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=GND_MODEL,2.4k,1%
OS_4=5Pin_Motor,motor1$2,12345
[P5]
Type=Normal
Direction=RIGHT
Pin_Def=M2
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
PanelType=SH
OS_Num=3,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=5Pin_Motor,motor1$3,12345
[P6]
Type=Normal
Direction=RIGHT
Pin_Def=M3
Pin_Nb=Pr
Pdt_65Pin=18
FP_CON1=9
FP_CON2=0
PanelType=LSSH
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=GND_MODEL,2.4k,1%
OS_4=5Pin_Motor,motor2$1,12345
[P7]
Type=Normal
Direction=RIGHT
Pin_Def=M4
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
PanelType=LSSH
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=GND_MODEL,2.4k,1%
OS_4=5Pin_Motor,motor2$2,12345
[P8]
Type=Normal
Direction=RIGHT
Pin_Def=M2M2
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
PanelType=SH
OS_Num=3,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=5Pin_Motor,motor2$3,12345
[P9]
Type=Normal
Direction=RIGHT
Pin_Def=5V
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
PanelType=LSSH
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=GND_MODEL,2.4k,1%
OS_4=External,1
[P10]
Type=Normal
Direction=RIGHT
Pin_Def=sensor
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
PanelType=PTTM
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=V_Resistor,100k,1%
OS_4=External,1
[P11]
Type=Normal
Direction=RIGHT
Pin_Def=sensor2
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
PanelType=PTTM
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=V_Resistor,100k,1%
OS_4=External,1

[L0]
Type=Normal
Direction=LEFT
Pin_Def=BATT
Pin_Nb=Ae
Pdt_65Pin=61
FP_CON1=56
FP_CON2=0
PanelType=LSSH
OS_Num=3,0
OS_PtType1=Internal,0
OS_PtType2=Internal,0
OS_PtType3=Internal,0
OS_1=Short_Hat,0
OS_2=GND_MODEL,2.4k,1%
OS_3=Switch,0
[L1]
Type=Normal
Direction=LEFT
Pin_Def=BATT2
Pin_Nb=Ae
Pdt_65Pin=61
FP_CON1=56
FP_CON2=0
PanelType=LSSH
OS_Num=3,0
OS_PtType1=Internal,0
OS_PtType2=Internal,0
OS_PtType3=Internal,0
OS_1=Short_Hat,0
OS_2=GND_MODEL,2.4k,1%
OS_3=Switch,0
[L2]
Type=Normal
Direction=LEFT
Pin_Def=BATT3
Pin_Nb=Ae
Pdt_65Pin=61
FP_CON1=56
FP_CON2=0
PanelType=LSSH
OS_Num=3,0
OS_PtType1=Internal,0
OS_PtType2=Internal,0
OS_PtType3=Internal,0
OS_1=Short_Hat,0
OS_2=GND_MODEL,2.4k,1%
OS_3=Switch,0
[L3]
Type=Normal
Direction=LEFT
Pin_Def=BATT4
Pin_Nb=Ae
Pdt_65Pin=61
FP_CON1=56
FP_CON2=0
PanelType=LSSH
OS_Num=3,0
OS_PtType1=Internal,0
OS_PtType2=Internal,0
OS_PtType3=Internal,0
OS_1=Short_Hat,0
OS_2=GND_MODEL,2.4k,1%
OS_3=Switch,0
[L4]
Type=Normal
Direction=LEFT
Pin_Def=BATT2
Pin_Nb=Ae
Pdt_65Pin=61
FP_CON1=56
FP_CON2=0
PanelType=LSSH
OS_Num=3,0
OS_PtType1=Internal,0
OS_PtType2=Internal,0
OS_PtType3=Internal,0
OS_1=Short_Hat,0
OS_2=GND_MODEL,2.4k,1%
OS_3=Switch,0
[L5]
Type=Normal
Direction=LEFT
Pin_Def=BATT2
Pin_Nb=Ae
Pdt_65Pin=61
FP_CON1=56
FP_CON2=0
PanelType=LSSH
OS_Num=3,0
OS_PtType1=Internal,0
OS_PtType2=Internal,0
OS_PtType3=Internal,0
OS_1=Short_Hat,0
OS_2=GND_MODEL,2.4k,1%
OS_3=Switch,0
[L6]
Type=Normal
Direction=LEFT
Pin_Def=BATT2
Pin_Nb=Ae
Pdt_65Pin=61
FP_CON1=56
FP_CON2=0
PanelType=LSSH
OS_Num=3,0
OS_PtType1=Internal,0
OS_PtType2=Internal,0
OS_PtType3=Internal,0
OS_1=Short_Hat,0
OS_2=GND_MODEL,2.4k,1%
OS_3=Switch,0
[L7]
Type=Normal
Direction=LEFT
Pin_Def=BATT21
Pin_Nb=Ae
Pdt_65Pin=61
FP_CON1=56
FP_CON2=0
PanelType=LSSH
OS_Num=3,0
OS_PtType1=Internal,0
OS_PtType2=Internal,0
OS_PtType3=Internal,0
OS_1=Short_Hat,0
OS_2=GND_MODEL,2.4k,1%
OS_3=Switch,0
[L8]
Type=Normal
Direction=LEFT
Pin_Def=BATT22
Pin_Nb=Ae
Pdt_65Pin=61
FP_CON1=56
FP_CON2=0
PanelType=LSSH
OS_Num=3,0
OS_PtType1=Internal,0
OS_PtType2=Internal,0
OS_PtType3=Internal,0
OS_1=Short_Hat,0
OS_2=GND_MODEL,2.4k,1%
OS_3=Switch,0
[L9]
Type=Normal
Direction=LEFT
Pin_Def=BATT23
Pin_Nb=Ae
Pdt_65Pin=61
FP_CON1=56
FP_CON2=0
PanelType=LSSH
OS_Num=3,0
OS_PtType1=Internal,0
OS_PtType2=Internal,0
OS_PtType3=Internal,0
OS_1=Short_Hat,0
OS_2=GND_MODEL,2.4k,1%
OS_3=Switch,0
[L10]
Type=Normal
Direction=LEFT
Pin_Def=BATT24
Pin_Nb=Ae
Pdt_65Pin=61
FP_CON1=56
FP_CON2=0
PanelType=LSSH
OS_Num=3,0
OS_PtType1=Internal,0
OS_PtType2=Internal,0
OS_PtType3=Internal,0
OS_1=Short_Hat,0
OS_2=GND_MODEL,2.4k,1%
OS_3=Switch,0
[Part_Path]
part_path=C:\Users\Administrator\Desktop\CC_PANEL\PART\
(arxload "C:\\Users\\Administrator\\Desktop\\CC_Panel\\x64\\Debug\\GCC_PANEL.arx")
(arxunload "C:\\Users\\Administrator\\Desktop\\CC_Panel\\x64\\Debug\\GCC_PANEL.arx")
OS_4=External,3
OS1_Num=4,0
OS1_1=Circle_Pin,157
OS1_2=Current_PCB,in3,out3
OS1_3=Circle_Pin,158
OS1_4=Circle_Pin,159
OS2_Num=4,0
OS2_1=Circle_Pin,157
OS2_2=Current_PCB,in3,out3
OS2_3=Circle_Pin,158
OS2_4=Circle_Pin,159
OS3_Num=4,0
OS3_1=Circle_Pin,157
OS3_2=Current_PCB,in3,out3
OS3_3=Circle_Pin,158
OS3_4=Circle_Pin,159
[R0]
Type=Normal
Direction=RIGHT
Pin_Def=Ign1
Pin_Nb=Ad
Pdt_65Pin=64
FP_CON1=0
FP_CON2=55
PanelType=LSSH
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=GND_MODEL,2.4k,1%
OS_3=Switch,0
OS_4=External,0
[R1]
Type=Normal
Direction=RIGHT
Pin_Def=Ign2
Pin_Nb=Ad
Pdt_65Pin=64
FP_CON1=0
FP_CON2=55
PanelType=LSSH
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=GND_MODEL,2.4k,1%
OS_3=Switch,0
OS_4=External,0
[R2]
Type=Normal
Direction=RIGHT
Pin_Def=ET3
Pin_Nb=Pb
Pdt_65Pin=42
PanelType=LSSH
FP_CON1=22
FP_CON2=0
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=GND_MODEL,2.4k,1%
OS_4=External,0
[R3]
Type=motor
Direction=RIGHT
Pin_Def=M1
Pin_Nb=Pr
Pdt_65Pin=18
FP_CON1=9
FP_CON2=0
PanelType=LSSH
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=GND_MODEL,2.4k,1%
OS_4=5Pin_Motor,motor1$1,12345
[R4]
Type=motor
Direction=RIGHT
Pin_Def=M2
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
PanelType=LSSH
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=GND_MODEL,2.4k,1%
OS_4=5Pin_Motor,motor1$2,12345
[R5]
Type=motor
Direction=RIGHT
Pin_Def=M22
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
PanelType=SH
OS_Num=3,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=5Pin_Motor,motor1$3,12345
[R6]
Type=motor
Direction=RIGHT
Pin_Def=M3
Pin_Nb=Pr
Pdt_65Pin=18
FP_CON1=9
FP_CON2=0
PanelType=LSSH
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=GND_MODEL,2.4k,1%
OS_4=5Pin_Motor,motor2$1,12345
[R7]
Type=motor
Direction=RIGHT
Pin_Def=M4
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
PanelType=LSSH
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=GND_MODEL,2.4k,1%
OS_4=5Pin_Motor,motor2$2,12345
[R8]
Type=motor
Direction=RIGHT
Pin_Def=M2M2
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
PanelType=SH
OS_Num=3,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=5Pin_Motor,motor2$3,12345
[R9]
Type=Normal
Direction=RIGHT
Pin_Def=5V
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
PanelType=LSSH
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=GND_MODEL,2.4k,1%
OS_4=External,1
[R10]
Type=Normal
Direction=RIGHT
Pin_Def=sensor
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
PanelType=PTTM
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=V_Resistor,100k,1%
OS_4=External,1
[R11]
Type=Normal
Direction=RIGHT
Pin_Def=sensor2
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
PanelType=PTTM
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=V_Resistor,100k,1%
OS_4=External,1
[R12]
Type=Normal
Direction=RIGHT
Pin_Def=sensor3
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
PanelType=PTTM
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=V_Resistor,100k,1%
OS_4=External,1
[R13]
Type=Normal
Direction=RIGHT
Pin_Def=sensor4
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
PanelType=PTTM
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=V_Resistor,100k,1%
OS_4=External,1
[R14]
Type=Normal
Direction=RIGHT
Pin_Def=sensor
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
PanelType=PTTM
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=V_Resistor,100k,1%
OS_4=External,1
[R15]
Type=Normal
Direction=RIGHT
Pin_Def=sensor2
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
PanelType=PTTM
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=V_Resistor,100k,1%
OS_4=External,1
[R16]
Type=Normal
Direction=RIGHT
Pin_Def=sensor3
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
PanelType=PTTM
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=V_Resistor,100k,1%
OS_4=External,1
[R17]
Type=Normal
Direction=RIGHT
Pin_Def=sensor4
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
PanelType=PTTM
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=V_Resistor,100k,1%
OS_4=External,1
[R18]
Type=Normal
Direction=RIGHT
Pin_Def=sensor
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
PanelType=PTTM
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=V_Resistor,100k,1%
OS_4=External,1
[R19]
Type=Normal
Direction=RIGHT
Pin_Def=sensor2
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
PanelType=PTTM
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=V_Resistor,100k,1%
OS_4=External,1
[R20]
Type=Normal
Direction=RIGHT
Pin_Def=sensor3
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
PanelType=PTTM
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=V_Resistor,100k,1%
OS_4=External,1
[R21]
Type=Normal
Direction=RIGHT
Pin_Def=sensor4
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
PanelType=PTTM
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=V_Resistor,100k,1%
OS_4=External,

[R22]
Type=Normal
Direction=RIGHT
Pin_Def=sensor3
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
PanelType=PTTM
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=V_Resistor,100k,1%
OS_4=External,1
[R23]
Type=Normal
Direction=RIGHT
Pin_Def=sensor4
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
PanelType=PTTM
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=V_Resistor,100k,1%
OS_4=External,1
[R24]
Type=Normal
Direction=RIGHT
Pin_Def=sensor3
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
PanelType=MOTER
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=V_Resistor,100k,1%
OS_4=External,1
[R25]
Type=Normal
Direction=RIGHT
Pin_Def=sensor4
Pin_Nb=Ps
Pdt_65Pin=19
FP_CON1=10
FP_CON2=0
PanelType=MOTER
OS_Num=4,0
OS_1=Short_Hat,0
OS_2=Switch,0
OS_3=V_Resistor,100k,1%
OS_4=External,1
[motor0]
width=71
length=84
hole_x=34
hole_y=50
PinNum=3
P1=R3
P2=R4
P3=R5
[motor1]
width=71
length=84
hole_x=34
hole_y=50
PinNum=3
P1=R6
P2=R7
P3=R8

// TCPIP_CLASS_TEST_1.cpp : 定义控制台应用程序的入口点。
//
#include "stdafx.h"
#include "TCPIP_CLASS_TEST_1.h"
#include <iostream>
#include <afxsock.h>
#ifdef _DEBUG
#define new DEBUG_NEW
#endif
using std::endl;
using std::cout;
using std::cin;
// 唯一的应用程序对象
CWinApp theApp;
using namespace std;
int socket_test(void);
int _tmain(int argc, TCHAR* argv[], TCHAR* envp[])
{
int nRetCode = 0;
// 初始化 MFC 并在失败时显示错误
if (!AfxWinInit(::GetModuleHandle(NULL), NULL, ::GetCommandLine(), 0))
{
// TODO: 更改错误代码以符合您的需要
_tprintf(_T("错误: MFC 初始化失败\n"));
nRetCode = 1;
}
else
{
// TODO: 在此处为应用程序的行为编写代码。
socket_test();
}
return nRetCode;
}
int socket_test(void){
CSocket CS,cserver;
int iPort=1024;
LPCTSTR addrs=_T("127.0.0.1");
::AfxSocketInit();
if(!CS.Socket()){
cout<<"Error on socket"<<endl;
return -1;
}
bool optval=true;
int optvallen=sizeof(bool);
/*if(!CS.SetSockOpt(SO_REUSEADDR,(void*)optval,optvallen,65535)){
cout<<"setsocket error"<<endl;
return -2;
}*/
SOCKADDR_IN saddr_in,server_addr;
saddr_in.sin_addr.s_addr=inet_addr("127.0.0.1");
saddr_in.sin_family=AF_INET;
saddr_in.sin_port=htons(iPort);
if(!CS.Bind((SOCKADDR*)&saddr_in,sizeof(SOCKADDR))){
cout<<"bind fail"<<endl;
return -3;
}
if(!CS.Listen(5)){
cout<<"listen fail, errorcode = "<<WSAGetLastError()<<endl;
return -4;
}
int client_addrlen;
if(!CS.Accept(cserver,(SOCKADDR*)&server_addr,&client_addrlen)){
cout<<"accept fail, errorcode = "<<WSAGetLastError()<<endl;
return -5;
}
cout<<"client addr = "<<server_addr.sin_addr.s_addr<<endl;
char asend[15]="abc";
CS.Send((void*)asend,15);
CS.Close();
return 0;
}

// TCP_IP_TESE_1_VC2005.cpp : 定义控制台应用程序的入口点。
//
#include "stdafx.h"
#include <WinSock2.h>
#include <ws2tcpip.h>
#include <iostream>
#pragma comment(lib,"ws2_32.lib")
using std::cout;
using std::endl;
int InitTCP(LPWSADATA lpWSAData);
int ExitTCP(void);
int _tmain(int argc, _TCHAR* argv[])
{
LPWSADATA lpWSAData=new WSADATA();
if(InitTCP(lpWSAData)!=0){
return 1;
}
SOCKET sk;
sk=socket(AF_INET,SOCK_STREAM,0);
if(sk==SOCKET_ERROR){
cout<<"SK ERR: "<<sk<<endl;
return 2;
}
struct sockaddr_in sock;
sock.sin_family=AF_INET;
sock.sin_port=htons(800);
//sock.sin_addr.s_addr=inet_addr("127.0.0.1");
sock.sin_addr.s_addr=inet_addr("0.0.0.0");
//if(connect(sk,(struct sockaddr*)&sock,sizeof(sock))==SOCKET_ERROR){
//cout<<"connect fail, error code = "<<WSAGetLastError()<<endl;
//return SOCKET_ERROR;
//}
//cout<<"connect ok"<<endl;
int ret;
if((ret=bind(sk,(struct sockaddr *)&sock,sizeof(sock)))==SOCKET_ERROR){
cout<<"bind fail, error code = "<<WSAGetLastError()<<endl;
return 4;
}
cout<<"bind ok, ret = "<<ret<<endl;
if((ret=listen(sk,1))==SOCKET_ERROR){
cout<<"listen fail, error code = "<<WSAGetLastError()<<endl;
return 5;
}
cout<<"listen OK, ret = "<<ret<<endl;
sockaddr_in sock_c;
int *addr_len= new int();
*addr_len=(int)sizeof(sock_c);
SOCKET sk2;
sk2=accept(sk,(struct sockaddr *)&sock_c,addr_len);
//cout<<"accept error, error code = "<<WSAGetLastError()<<endl;
//return 6;
cout<<"accept OK"<<endl;
cout<<"address is: "<<sock_c.sin_addr.s_addr<<endl
<<"port is: "<<sock_c.sin_port<<endl;
::Sleep(1000);
char buff[] = "hahaha";
if((ret = send(sk2,buff,10,0))<0){
cout<<"send fail, error code = "<<WSAGetLastError()<<endl
<<"ret = "<<ret<<endl;
return 7;
}
closesocket(sk);
ExitTCP();
delete lpWSAData;
return 0;
}
int InitTCP(LPWSADATA lpWSAData){
WORD wVersionRequested;
wVersionRequested = MAKEWORD(2, 2);//winsock 2.2
int err;
if (err=WSAStartup(wVersionRequested,lpWSAData)!=0)
{
cout<<"startup fail"<<endl;
return err;
}
cout<<"start up ok"<<endl
<<"version is: "<<lpWSAData->wVersion<<endl
<<"iMaxsockets: " <<lpWSAData->iMaxSockets<<endl
<<"iMaxUdpdg: "<<lpWSAData->iMaxUdpDg<<endl
//<<"vendorinfo: "<<lpWSAData->lpVendorInfo<<endl
<<"szdescription: "<<lpWSAData->szDescription<<endl
<<"systemstatus: "<<lpWSAData->szSystemStatus<<endl
<<"High Version: "<<lpWSAData->wHighVersion<<endl;
if (LOBYTE(lpWSAData->wVersion) != 2 || HIBYTE(lpWSAData->wVersion) != 2){
cout<<"Could not find a usable version of Winsock.dll"<<endl;
WSACleanup();
return 1;
}
else{
cout<<"The Winsock 2.2 dll was found okay"<<endl;
}
return 0;
}
int ExitTCP(void){
WSACleanup();
return 0;
}