?? wetctl.c
字號(hào):
} else { cmd.wBSSType = INFRA; } cmd.ssid[0] = SSID_ID; if ((cmd.ssid[1] = strlen(argv[4])) <= 32 ) { if (strcmp(argv[4], "any") == 0 ) { cmd.ssid[1] = 0; cmd.ssid[2] = 0; } else { memcpy( &(cmd.ssid[2]), argv[4], cmd.ssid[1]); } } else { printf("warning: ssid longer than 32 chars set to 'any ssid'"); cmd.ssid[1] = 0; cmd.ssid[2] = 0; } cmd.uChannel = atoi(argv[5]); if (strcmp(argv[6], "yes") == 0) { cmd.bPSEnable = TRUE; } else { cmd.bPSEnable= FALSE; } if (strcmp(argv[7], "share") == 0) { cmd.bShareKeyAuth = TRUE; } else { cmd.bShareKeyAuth = FALSE; } result = ioctl( skfd, IOCTL_CMD_SET, &sReq); if ( sReq.wResult ) { printf("%s: Fail in Join a wireless network command !\n", AppName); result = 1; } } return result;}/*+ * * Description: * * Called when set 'apstart' command at the * command line to start ESS * * Parameters: * In: * skfd, argc, argv * Out: * none * * Return Value: '0' if success *-*/int s_cmdAPStart(int skfd, int argc, char **argv) { int result = 0; SCmdRequest sReq; SCmdStartAP cmd; if ( argc < 6 ) { printf("%s: not enough arguments for the 'startap' command;\n ", AppName); vCmdUsage(); result = 1; } else { strcpy((char *)sReq.name, argv[1]); sReq.wResult = 0; sReq.data = &cmd; sReq.wCmdCode = WLAN_CMD_AP_START; if (strcmp(argv[3], "ap") == 0) { cmd.wBSSType = AP; } else { cmd.wBSSType =INFRA; } cmd.ssid[0] = SSID_ID; if ((cmd.ssid[1] = strlen(argv[4])) <= 32 ) { if (strcmp(argv[4], "any") == 0 ) { cmd.ssid[1] = 0; cmd.ssid[2] = 0; } else { memcpy( &(cmd.ssid[2]), argv[4], cmd.ssid[1]); } } else { printf("warning: ssid longer than 32 chars set to 'any ssid'"); cmd.ssid[1] = 0; cmd.ssid[2] = 0; } cmd.uChannel = atoi(argv[5]); cmd.uBeaconInt = atoi(argv[6]); if (strcmp(argv[7], "share") == 0) { cmd.bShareKeyAuth = TRUE; } else { cmd.bShareKeyAuth = FALSE; } cmd.byBasicRate = atoi(argv[8]); cmd.wBBPType = atoi(argv[9]); result = ioctl( skfd, IOCTL_CMD_SET, &sReq); if ( sReq.wResult ) { printf("%s: Fail in start a wireless network command !\n", AppName); result = 1; } } return result;}/*+ * * Description: * * Called when the user has requested the 'privacy' command at the * command line to set WEP key. * * Parameters: * In: * skfd, argc, argv * Out: * none * * Return Value: '0' if success *-*/int s_cmdSetWEP(int skfd, int argc, char **argv) { int result, ii; SCmdRequest sReq; SCmdSetWEP cmd; int StrLen; result = 0; if ( argc < 4 ) { printf("%s: not enough arguments for the privacy command;\n ", AppName); vCmdUsage(); result = 1; return result; } if (strcmp(argv[3], "off") == 0) { cmd.bEnableWep = FALSE; } else { cmd.bEnableWep = TRUE; if ( argc < 5 ) { printf("%s: not enough arguments for the privacy command;\n ", AppName); vCmdUsage(); result = 1; return result; } else { memset(&cmd.abyWepKey, 0, (WEP_NKEYS * WEP_KEYMAXLEN)); cmd.byKeyIndex = atoi(argv[3]); for(ii = 4; ii < argc ; ii++) { if (strcmp(argv[ii], "key0") == 0) { if (strcmp(argv[ii+1], "no") != 0) { StrLen = strlen(argv[ii+1]); if (StrLen <= 14) { if (StrLen == 14) { cmd.auWepKeyLength[0] = WEP_40BIT_LEN; }else { printf("%s: WEP_KEY0 40bit format error!\n", AppName); break; } } //38 = 26 + 12 else if (StrLen <= 38) { if (StrLen == 38) { cmd.auWepKeyLength[0] = WEP_104BIT_LEN; }else { printf("%s: WEP_KEY0 104bit format error!\n", AppName); break; } } //86 = 29x2 + 28 else if (StrLen <= 86) { if (StrLen == 86) { cmd.auWepKeyLength[0] = WEP_232BIT_LEN; }else { printf("%s: WEP_KEY0 232bit format error!\n", AppName); break; } } vByteToWEP232(&(cmd.abyWepKey[0][0]), argv[ii+1]); cmd.bWepKeyAvailable[0] = TRUE; } else { cmd.bWepKeyAvailable[0] = FALSE; } } if (strcmp(argv[ii], "key1") == 0) { if (strcmp(argv[ii+1], "no") != 0) { StrLen = strlen(argv[ii+1]); if (StrLen <= 14) { if (StrLen == 14) { cmd.auWepKeyLength[1] = WEP_40BIT_LEN; }else { printf("%s: WEP_KEY1 40bit format error!\n", AppName); break; } } //38 = 26 + 12 else if (StrLen <= 38) { if (StrLen == 38) { cmd.auWepKeyLength[1] = WEP_104BIT_LEN; }else { printf("%s: WEP_KEY1 104bit format error!\n", AppName); break; } } //47 = 32 + 15 else if (StrLen <= 86) { if (StrLen == 86) { cmd.auWepKeyLength[1] = WEP_232BIT_LEN; }else { printf("%s: WEP_KEY1 232bit format error!\n", AppName); break; } } vByteToWEP232(&(cmd.abyWepKey[1][0]), argv[ii+1]); cmd.bWepKeyAvailable[1] = TRUE; } else { cmd.bWepKeyAvailable[1] = FALSE; } } if (strcmp(argv[ii], "key2") == 0) { if (strcmp(argv[ii+1], "no") != 0) { StrLen = strlen(argv[ii+1]); if (StrLen <= 14) { if (StrLen == 14) { cmd.auWepKeyLength[2] = WEP_40BIT_LEN; }else { printf("%s: WEP_KEY2 40bit format error!\n", AppName); break; } } //38 = 26 + 12 else if (StrLen <= 38) { if (StrLen == 38) { cmd.auWepKeyLength[2] = WEP_104BIT_LEN; }else { printf("%s: WEP_KEY2 104bit format error!\n", AppName); break; } } //47 = 32 + 15 else if (StrLen <= 86) { if (StrLen == 86) { cmd.auWepKeyLength[2] = WEP_232BIT_LEN; }else { printf("%s: WEP_KEY2 232bit format error!\n", AppName); break; } } vByteToWEP232(&(cmd.abyWepKey[2][0]), argv[ii+1]); cmd.bWepKeyAvailable[2] = TRUE; } else { cmd.bWepKeyAvailable[2] = FALSE; } } if (strcmp(argv[ii], "key3") == 0) { if (strcmp(argv[ii+1], "no") != 0) { StrLen = strlen(argv[ii+1]); if (StrLen <= 14) { if (StrLen == 14) { cmd.auWepKeyLength[3] = WEP_40BIT_LEN; }else { printf("%s: WEP_KEY3 40bit format error!\n", AppName); break; } } //38 = 26 + 12 else if (StrLen <= 38) { if (StrLen == 38) { cmd.auWepKeyLength[3] = WEP_104BIT_LEN; }else { printf("%s: WEP_KEY3 104bit format error!\n", AppName); break; } } //47 = 32 + 15 else if (StrLen <= 86) { if (StrLen == 86) { cmd.auWepKeyLength[3] = WEP_232BIT_LEN; }else { printf("%s: WEP_KEY3 232bit format error!\n", AppName); break; } } vByteToWEP232(&(cmd.abyWepKey[3][0]), argv[ii+1]); cmd.bWepKeyAvailable[3] = TRUE; } else { cmd.bWepKeyAvailable[3] = FALSE; } } } } } strcpy((char *)sReq.name, argv[1]); sReq.wResult = 0; sReq.data = &cmd; sReq.wCmdCode = WLAN_CMD_SET_WEP; result = ioctl( skfd, IOCTL_CMD_SET, &sReq); if (sReq.wResult) { printf("%s: Either the wep key was invalid or mac function didn't work.\n", AppName); result = 1; } return result;}/*+ * * Description: * * Called when the user has requested the 'list' command at the * command line. * This function prints all the BSS's in the current list of BSS's * generated from the last scan. * * Parameters: * In: * skfd, argc, argv * Out: * none * * Return Value: '0' if success *-*/int s_cmdGetList(int skfd, int argc, char **argv){ int result; SCmdRequest sReq; SBSSIDList sList; PSBSSIDList pList; result = 0; memset(&sList, 0, sizeof(SBSSIDList)); strcpy((char *)sReq.name, argv[1]); sReq.wResult = 0; sReq.data = &sList; sReq.wCmdCode = WLAN_CMD_GET_LISTLEN; result = ioctl( skfd, IOCTL_CMD_SET, &sReq); if (result || sReq.wResult) { printf( "%s: failed in get bssid list command.\n", AppName); result = 1; } else { if (sList.uItem == 0) return result; pList = malloc( sizeof(SBSSIDList) + (sList.uItem * sizeof(SBSSIDItem))); pList->uItem = sList.uItem; sReq.wResult = 0; sReq.data = pList; sReq.wCmdCode = WLAN_CMD_GET_LIST; result = ioctl( skfd, IOCTL_CMD_SET, &sReq); if (result || sReq.wResult) { printf( "%s: failed get bssid list command\n", AppName); result = 1; } else { vShowList(pList); } free(pList); } return result;}/*+ * * Description: * * * Show basic service sets list * * Parameters: * In: * pList * Out: * none * * Return Value: none *-*/VOID vShowList(PSBSSIDList pList){ int ii; BYTE buf[80]; printf("CH BSSID BCN TYPE WEP RSSI SSID\n"); for (ii = 0; ii < pList->uItem; ii++) {// printf("CH BSSID BCN TYPE WEP RSSI SSID\n"); printf("%03d ", (int)pList->sBSSIDList[ii].uChannel); vAddrToStr(pList->sBSSIDList[ii].abyBSSID, buf); printf("%s ", buf); printf("%04d ", pList->sBSSIDList[ii].wBeaconInterval); if(pList->sBSSIDList[ii].byNetType == ADHOC) { printf("Adhoc "); } else { printf("Infra ");?? 快捷鍵說(shuō)明
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