demo（读写器测试工具）

#include "stdio.h" #include "mwic_ux.h" main() { int icdev,st,icReadLen,icWriteLen,icSCLen,icESCLen,icSCct,icESCct,number; unsigned char CardType[20],icState[20],icSC[20],icESC[20]; unsigned char ricSCct[20],ricESCct[20],dvsc[10]; unsigned char icRead[2000],icWrite[2000]; long baud; ic_encrypt("1234567812345678","abcdefghijklmnopqrst",16,(char *)icRead); printf("ic_encrypt: %s\n",(char *)icRead); ic_decrypt("1234567812345678",(char *)icRead,16,(char *)icWrite); printf("ic_decrypt: %s\n",(char *)icWrite); if((icdev=ic_init("star500x",9600))<0) { printf("ic_init ERR %d\n",icdev); return; } dv_beep(icdev,30); memcpy(dvsc,"\xff\xff\xff",3); if(cmp_dvsc(icdev,3,dvsc)!=0) { printf("cmp_dvsc ERR\n"); ic_exit(icdev); return; } printf("cmp_dvsc OK\n"); if(srd_dvsc(icdev,3,dvsc)!=0) { printf("srd_dvsc ERR\n"); ic_exit(icdev); return; } printf("dvsc(HEX) = %2X%2X%2X\n",dvsc[0],dvsc[1],dvsc[2]); printf("1---AT24C01A\n"); printf("2---AT24C02 \n"); printf("3---AT24C04 \n"); printf("4---AT24C16 \n"); printf("5---AT24C64 \n"); printf("6---AT45D041\n"); printf("7---SLE4442 \n"); printf("8---SLE4428 \n"); printf("9---AT1604 \n"); scanf("%d",&number); switch(number) { case 1: printf("CARD_24C01A\n"); icReadLen=128; icWriteLen=128; memset(icWrite,'1',icWriteLen); if(swr_24c01a(icdev,0, icReadLen, icWrite)!=0) { printf("swr_24c01a ERR\n"); break; } printf("swr_24c01a OK\n"); if(srd_24c01a(icdev,0, icReadLen, icRead)!=0) { printf("swr_24c01a ERR\n"); break; } icRead[128]=0x0; printf("Read data: %s\n",icRead); break; case 2: printf("CARD_24C02\n"); icReadLen=256; icWriteLen=256; memset(icWrite,'2',icWriteLen); if(swr_24c02(icdev,0, icReadLen, icWrite)!=0) { printf("swr_24c02 ERR\n"); break; } printf("swr_24c02 OK\n"); if(srd_24c02(icdev,0, icReadLen, icRead)!=0) { printf("swr_24c02 ERR\n"); break; } printf("Read data: %s\n",icRead); break; case 3: printf("CARD_24C04\n"); icReadLen=512; icWriteLen=512; memset(icWrite,'4',icWriteLen); if(swr_24c04(icdev,0, icReadLen, icWrite)!=0) { printf("swr_24c04 ERR\n"); break; } printf("swr_24c04 OK\n"); if(srd_24c04(icdev,0, icReadLen, icRead)!=0) { printf("srd_24c04 ERR\n"); break; } printf("Read data: %s\n",icRead); break; case 4: printf("CARD_24C16\n"); icReadLen=180; icWriteLen=180; memset(icWrite,'A',icWriteLen); if(swr_24c16(icdev,0, icReadLen, icWrite)!=0) { printf("swr_24c16 ERR\n"); break; } printf("swr_24c16 OK\n"); if(srd_24c16(icdev,0, icReadLen, icRead)!=0) { printf("srd_24c16 ERR\n"); break; } printf("Read data: %s\n",icRead); break; case 5: printf("CARD_24C64\n"); icReadLen=180; icWriteLen=180; memset(icWrite,'C',icWriteLen); if((st=swr_24c64(icdev,0, icReadLen, icWrite))!=0) { printf("swr_24c64 ERR=%d\n",st); break; } printf("swr_24c64 OK\n"); if(srd_24c64(icdev,0, icReadLen, icRead)!=0) { printf("srd_24c64 ERR\n"); break; } icRead[icReadLen]='\x0'; printf("Read data: %s\n",icRead); break; case 6: printf("CARD_45D041\n"); icReadLen=180; icWriteLen=180; memset(icWrite,'5',icWriteLen); if(swr_45d041(icdev,0,0,icReadLen, icWrite)!=0) { printf("swr_45d041 ERR\n"); break; } printf("swr_45d041 OK\n"); if(srd_45d041(icdev,0,0,icReadLen, icRead)!=0) { printf("srd_45d041 ERR\n"); break; } icRead[180]='\x0'; printf("Read data: %s\n",icRead); break; case 7: printf("CARD_4442\n"); icReadLen=256-32; icWriteLen=256-32; memcpy(icSC,"\xFF\xFF\xFF",3); if(csc_4442(icdev,3, icSC)!=0) { printf("csc_4442 ERR\n"); break; } else printf("csc_4442 OK\n"); if(rsct_4442(icdev,&icSCct)!=0) { printf("rec_4442 ERR\n"); break; } else printf("rsct_4442 OK\n"); printf("The counter is: %d\n",icSCct); memset(icWrite,'2',icWriteLen); if(swr_4442(icdev,32,icWriteLen,icWrite)!=0) { printf("swr_4442 ERR\n"); break; } printf("swr_4442 OK\n"); if(srd_4442(icdev,32,icReadLen,icRead)!=0) { printf("srd_4442 ERR\n"); break; } icRead[icReadLen]=0x0; printf("Read data: %s\n",icRead); if(srd_4442(icdev,20,2,icRead)!=0) { printf("Read protected data ERR\n"); break; } if(pwr_4442(icdev,20,2,icRead)!=0) { printf("pwr_4442 ERR\n"); break; } printf("pwr_4442 OK\n"); if(prd_4442(icdev,4,icRead)!=0) { printf("prd_4442 ERR\n"); break; } printf("The protected flag is:"); printf("%2X",icRead[0]); printf("%2X",icRead[1]); printf("%2X",icRead[2]); printf("%2X\n",icRead[3]); break; case 8: printf("CARD_4428\n"); icReadLen=256; icWriteLen=256; icSC[0] = 0xFF; icSC[1] = 0xFF; if(csc_4428(icdev,2, icSC)!=0) { printf("csc_4428 ERR\n"); break; } else printf("csc_4428 OK\n"); if(rsct_4428(icdev,&icSCct)!=0) { printf("rec_4428 ERR\n"); break; } else printf("rsct_4428 OK\n"); printf("The counter is: %d\n",icSCct); if(srd_4428(icdev,0,icReadLen,icRead)!=0) { printf("srd_4428 ERR\n"); break; } printf("Read data: "); for(st=0;st<icReadLen;st++) { printf("%2x",icRead[st]); } printf("\n"); memset(icWrite,'2',icWriteLen); if(rdwpb_4428(icdev,55,1,icRead)!=0) { printf("rdwpb_4428 ERR\n"); break; } printf("rdwpb_4428 OK, "); printf("The data is:%2X ,",icRead[0]); printf("The proctected flag is:%2X\n",icRead[1]); if(swr_4428(icdev,55,1,icWrite)!=0) { if(icRead[1]!=0) { printf("swr_4428 ERR\n"); break; } printf("The data has been protected\n"); } else printf("swr_4428 OK\n"); if(rdwpb_4428(icdev,65,2,icRead)!=0) //icRead[0] is the data in card. //icData[1] identify icData[1] protect flag //icRead[2] is the data in card. //icData[3] identify icData[3] protect flag { printf("rdwpb_4428 ERR\n"); break; } if(wrwpb_4428(icdev,65,1,icWrite)!=0) { if(icRead[1]!=0) { printf("wrwpb_4428 ERR\n"); break; } printf("The data has been protected\n"); } else printf("wrwpb_4428 OK\n"); if(rdwpb_4428(icdev,75,1,icRead)!=0) { printf("rdwpb_4428 ERR\n"); break; } if(pwr_4428(icdev,75,1,icRead)!=0) { printf("pwr_4428 ERR\n"); break; } printf("pwr_4428 OK\n"); break; case 9: printf("CARD_1604\n"); icSC[0]=0xf0; icSC[1]=0xf0; if(csc_1604(icdev,0,2,icSC)!=0) { printf("csc_1604 ERR in sector 0\n"); break; } else printf("csc_1604 OK in sector 0\n"); if(rsct_1604(icdev,0,&icSCct)!=0) { printf("rsct_1604 ERR in sector 0\n"); break; } printf("The Sector 0 SC counter is: %d\n",icSCct); icSC[0]=0xff;icSC[1]=0xff; if(csc_1604(icdev,1