乌班图（ubuntu ）Linux系统身份证阅读器开发包（含libwlt2bmp.so身份证相片解码）
Ubuntu（友帮拓、优般图、乌班图）是一个以桌面应用为主的开源GNU/Linux操作系统，Ubuntu 是基于Debian GNU/Linux，支持x86、amd64（即x64）和ppc架构，由全球化的专业开发团队（Canonical Ltd）打造的。
注意：
此Linux版本是我公司最新的采用USB接口通讯的开发包，更新了最新的libwlt2bmp.so相片解码库，完美支持Linux系统，涵盖了身份证、M1、CPU、IC等多种卡片的Linux系统应用示例，包括了身份证相片解码。
best365英国在线体育官网身份证阅读器模组模块，支持身份证、社保卡、CPU卡、M1卡、IC卡、医保卡、磁条卡、银行卡等多种卡片识别读取，提供完善的接口SDK二次开发技术支持，可提供Linux、单片机、ARM的通讯协议以及Android、Windows等系统二次开发包，可以适用于市场上的闸机、门禁、人脸识别考勤机、机器人终端、通道闸等产品使用。
版本：V2018.09.25（USB版本）
应用产品：门禁系统、道闸、考勤系统以及人脸识别系统、自助终端、机器人系统等。
Linux身份证阅读器部分开发代码：
#include "../inc/est100.h"
#include
#include
static long handle;
//print a line of characters
static void printchar(char ch, int len)
{
while(len--)
{
printf("%c", ch);
}
printf("\n");
}
static void printchar_txt(char ch, char *pText)
{
printf("%c\t%s\n", ch, pText);
}
static void printByteArray(char *Tag, unsigned char *pSrc, int ilen)
{
inti = 0;
printf( "%s", Tag );
while( i { printf( "%02X ", pSrc[i] ); i++; } printf( "\n" ); } static void ShowToEdit(const char* tag, const char* msg) { printf( "%s\t%s\n", tag, msg ); } static void CertCard_Test() { intnRt, i; char pName[70]={0}; char pSex[10]={0}; char pNation[10]={0}; char pBirth[50]={0}; char pAddress[100]={0}; char pCertNo[50]={0}; char pDepartment[100]={0}; char pEffectData[50]={0}; char pExpire[20]={0}; char pErrMsg[50]={0}; char pEnName[150] = { 0 }; char pEnNation[50] = { 0 }; char pAuthorCode[150] = { 0 }; char pCardVersion[150] = { 0 }; char pTXZHM[50] = { 0 }; char pTXZQFCS[10] = { 0 }; nRt = PICC_ReadIDCard(handle); if ( nRt != 0 ) { printf( "ReadCertCard fail! nRet=%d\n", nRt ); return; } if(GetCardType() == 0) { GetName(pName); GetSex(pSex); GetNation(pNation); GetBirth(pBirth); GetAddress(pAddress); GetCertNo(pCertNo); GetDepartemt(pDepartment); GetEffectDate(pEffectData); GetExpireDate(pExpire); ShowToEdit( "姓名：", (pName)); ShowToEdit( "性别：", (pSex)); ShowToEdit( "民族：", (pNation)); ShowToEdit( "出生日期：", (pBirth)); ShowToEdit( "地址：", (pAddress)); ShowToEdit( "身份证号：", (pCertNo)); ShowToEdit( "签发机关：", (pDepartment)); ShowToEdit( "有效起始日期：", (pEffectData)); ShowToEdit( "有效截止日期：", (pExpire)); } if(GetCardType() == 1) { GetName(pName); GetEnName(pEnName); GetSex(pSex); GetNationalityCode(pEnNation); GetBirth(pBirth); GetCertNo(pCertNo); GetEffectDate(pEffectData); GetExpireDate(pExpire); GetCardVersion(pCardVersion); ShowToEdit( "中文姓名：", (pName)); ShowToEdit( "英文姓名：", (pEnName)); ShowToEdit( "性别：", (pSex)); ShowToEdit( "国籍代码：", (pEnNation)); ShowToEdit( "永久居留证号码：", (pCertNo)); ShowToEdit( "出生日期：", (pBirth)); ShowToEdit( "证件签发日期：", (pEffectData)); ShowToEdit( "证件终止日期：", (pExpire)); ShowToEdit( "证件版本：", (pCardVersion)); } if(GetCardType() == 2) { GetName(pName); GetSex(pSex); GetBirth(pBirth); GetAddress(pAddress); GetCertNo(pCertNo); GetDepartemt(pDepartment); GetEffectDate(pEffectData); GetExpireDate(pExpire); GetTXZHM(pTXZHM); GetTXZQFCS(pTXZQFCS); ShowToEdit( "姓名：", (pName)); ShowToEdit( "性别：", (pSex)); ShowToEdit( "出生日期：", (pBirth)); ShowToEdit( "地址：", (pAddress)); ShowToEdit( "身份证号：", (pCertNo)); ShowToEdit( "签发机关：", (pDepartment)); ShowToEdit( "有效起始日期：", (pEffectData)); ShowToEdit( "有效截止日期：", (pExpire)); ShowToEdit( "通行证号码：", (pTXZHM)); ShowToEdit( "通行证签发次数：", (pTXZQFCS)); } char szPhotoPath[255] = { 0 }; sprintf(szPhotoPath, "../list/%s.bmp", pCertNo); GetBmpFile("../lib/libwltdecode.so", szPhotoPath); } static void ICC_CPUCard_Test() { intnRt, i; unsigned char slot = 0x01; unsigned char cmd[255] = { 0 }; unsigned charresp[255]= { 0 }; unsigned charATR[60] = { 0 }; intlenth_of_cmd; // Get 8 byte Random cmd[0] = 0x00; cmd[1] = 0x84; cmd[2] = 0x00; cmd[3] = 0x00; cmd[4] = 0x08; lenth_of_cmd = 5; //CPU Card PowerOn nRt = ICC_Reader_pre_PowerOn( handle, slot, resp ); if( nRt < 0 ) { printf( "CPU Card PowerOn fail! ret=%d\n", nRt ); return; } printByteArray( "ATR: ", resp, nRt ); printByteArray( "CMD: ", cmd, lenth_of_cmd ); //Send APDU CMD memset( resp, 0, 250 ); nRt = ICC_Reader_Application( handle, slot, lenth_of_cmd, cmd, resp ); if( nRt < 0 ) { printf( "send APDU CMD fail! ret=%d\n", nRt ); return; } printByteArray( "Resp: ", resp, nRt ); } static void PICC_CPUCard_Test() { int nRt, i; unsigned char uid[15] = { 0 }; unsigned char cmd[255] = { 0 }; unsigned char resp[255]= { 0 }; unsigned char ATR[60] = { 0 }; int lenth_of_cmd; // Get 8 byte Random cmd[0] = 0x00; cmd[1] = 0x84; cmd[2] = 0x00; cmd[3] = 0x00; cmd[4] = 0x08; lenth_of_cmd = 5; //CPU Card PowerOn if( PICC_Reader_SetTypeA( handle ) != 0 ) { printf( "PICC_Reader_SetTypeA fail! ret=%d\n", nRt ); return; } if( PICC_Reader_Request( handle ) != 0 ) { printf( "PICC_Reader_Request fail! ret=%d\n", nRt ); return; } if( PICC_Reader_anticoll( handle, uid ) != 0 ) { printf( "PICC_Reader_anticoll fail! ret=%d\n", nRt ); return; } if( PICC_Reader_Select( handle, 0x41 ) != 0 ) { printf( "PICC_Reader_Select fail! ret=%d\n", nRt ); return; } nRt = PICC_Reader_PowerOnTypeA( handle, resp ); if( nRt < 0 ) { printf( "TypeA CPU Card PowerOn fail! ret=%d\n", nRt ); return; } printByteArray( "ATR: ", resp, nRt ); printByteArray( "CMD: ", cmd, lenth_of_cmd ); memset( resp, 0, 250 ); nRt = PICC_Reader_Application( handle, lenth_of_cmd, cmd, resp ); if( nRt < 0 ) { printf( "send APDU CMD fail! ret=%d\n", nRt ); return; } printByteArray( "Resp: ", resp, nRt ); } static void M1Card_Test() { int nRt, i; unsigned char uid[15]= { 0 }; unsigned char password[7] = { 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0x00 }; unsigned char resp[255]= { 0 }; unsigned charaddr= 0x04; unsigned charsncr= 0x01; unsigned charmode= 0x61; //CPU Card PowerOn if( PICC_Reader_SetTypeA( handle ) != 0 ) { printf( "PICC_Reader_SetTypeA fail! ret=%d\n", nRt ); return; } if( PICC_Reader_Request( handle ) != 0 ) { printf( "PICC_Reader_Request fail! ret=%d\n", nRt ); return; } if( PICC_Reader_anticoll( handle, uid ) != 0 ) { printf( "PICC_Reader_anticoll fail! ret=%d\n", nRt ); return; } if( PICC_Reader_Select( handle, 0x41 ) != 0 ) { printf( "PICC_Reader_Select fail! ret=%d\n", nRt ); return; } printByteArray( "UID: ", uid, 4 ); nRt = PICC_Reader_Authentication_Pass( handle, mode, sncr, password ); if ( nRt != 0 ) { printf( "PICC_Reader_Authentication_Pass fail! ret=%d\n", nRt ); return; } nRt = PICC_Reader_Read( handle, addr, resp ); if( nRt != 0 ) { printf( "PICC_Reader_Read fail! ret=%d\n", nRt ); return; } printByteArray( "Data: ", resp, 16 ); } int main(void) { long nRt; intnval; handle = ICC_Reader_Open( "USB1" ); if( handle < 0 ) { printf( "open fail! \n" ); return 0; } printchar( '#', 80 ); printchar_txt( '#', "please choose the action you want:" ); printchar_txt( '#', "1.Select ICC CPU Card." ); printchar_txt( '#', "2.Select PICC CPU(A) Card." ); printchar_txt( '#', "3.Select M1 Card." ); printchar_txt( '#', "4.Select CertCard." ); printchar( '#', 80 ); scanf( "%d", &nval ); switch( nval ) { case 1: { printf( "\tICC_CPU_CARD.\n" ); ICC_CPUCard_Test(); } break; case 2: { printf( "\tPICC_CPU(A)_CARD.\n" ); PICC_CPUCard_Test(); } break; case 3: { printf( "\tM1_CARD.\n" ); M1Card_Test(); } break; case 4: { printf( "\tCertCard.\n" ); CertCard_Test(); } break; default: printf( "enter err!\n" ); break; } ICC_PosBeep( handle, 10 ); ICC_Reader_Close(handle); return 0; }
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