#!/usr/bin/env python """ @author: Vladan S @version: 2.0.1.5 (build) (lib:4.8.0) """ import MySQLdb as mdb import os import sys import cgi import threading import time import traceback import requests import urllib2,urllib from platform import platform from urlparse import urlparse, parse_qs from BaseHTTPServer import BaseHTTPRequestHandler,HTTPServer from ctypes import * from socket import * from constants import * from dl_status import * from ais_readers_list import * import device_list HND_LIST = [] devCount = c_long() DEV_HND = device_list .S_DEVICE() log_t = device_list .S_LOG() def GetPlatformLib(): if sys.platform.startswith("win32"): return windll.LoadLibrary(os.getcwd() + LIB_PATH + WIN_PATH + LIB_WIN32) elif sys.platform.startswith("linux"): return cdll.LoadLibrary(os.getcwd() + LIB_PATH + LINUX_PATH + LIB_LINUX) #ARMHF_PATH + LIB_ARMHF (for BeagleBoneBlack) elif platform().lower().find('armv7l-with-debian') > -1: return cdll.LoadLibrary(os.getcwd() + LIB_PATH + LINUX_PATH + LIB_ARM) #ARM def AISGetVersion(): hardware_type = c_int() firmware_version = c_int() dev = DEV_HND DL_STATUS = mySO.AIS_GetVersion(dev.hnd,byref(hardware_type),byref(firmware_version)) res = "AIS_GetVersion() hw = %d | fw = %d\n" % (hardware_type.value,firmware_version.value) return res def AISUpdateAndGetCount(): return mySO.AIS_List_UpdateAndGetCount() def AISGetTime(): dev = DEV_HND currTime = c_uint64() timezone = c_int() DST = c_int() offset = c_int() dev.status = mySO.AIS_GetTime(dev.hnd,byref(currTime),byref(timezone),byref(DST),byref(offset)) res = "AIS_GetTime()> {%d(%s):%s} = (tz= %d | dst= %d | offset= %d) %d | %s\n" % (dev.status,hex(dev.status),E_ERROR_CODES[dev.status],timezone.value,DST.value,offset.value,currTime.value, time.ctime(currTime.value)) return res def AISSetTime(): currTime = c_uint64 timez = c_int DST = c_int offset = c_int dev = DEV_HND currTime = int(time.time()) timez = time.timezone DST = time.daylight offset = -3600 ais_set_time = mySO.AIS_SetTime ais_set_time.argtypes = (c_void_p,c_char_p,c_uint64,c_int,c_int,c_int) ais_set_time.restype = c_int result = ais_set_time(dev.hnd,PASS,currTime,timez,DST,offset) res = "AIS_SetTime(pass:%s)> timezone=%d | DST=%d |offset=%d {%d(%s)%s}|%s\n" % \ (PASS,timez,DST,offset,result,hex(result),E_ERROR_CODES[result],time.ctime(currTime)) return res def AISGetDevicesForCheck(): myStr = mySO.AIS_List_GetDevicesForCheck myStr.restype = c_char_p print 'GetDevicesForCheck: %s' % myStr() return myStr() def AISEraseAllDevicesForCheck(): mySO.AIS_List_EraseAllDevicesForCheck() def AISAddDeviceForCheck(devType,devId): return mySO.AIS_List_AddDeviceForCheck(devType,devId) def blacklist_write(black_list_write): dev = DEV_HND dev.status = mySO.AIS_Blacklist_Write(dev.hnd,PASS,black_list_write) res = 'AIS_Blacklist_Write(pass:%s):b_list= %s > %s\n' % (PASS,black_list_write,dl_status2str(dev.status)) return res def whitelist_write(white_list_write): dev = DEV_HND dev.status = mySO.AIS_Whitelist_Write(dev.hnd,PASS,white_list_write) res = '\nAIS_Whitelist_Write(pass:%s):w_list= %s > %s\n' % (PASS,white_list_write,dl_status2str(dev.status)) return res def print_percent_hdr(): i = c_int sys.stdout.write("%") for i in range(0,101): sys.stdout.write(str(i % 10)) sys.stdout.write("\n%=") def AISOpen(): dev = DEV_HND for hnd in HND_LIST: aop = mySO.AIS_Open(hnd) dev.hnd = HND_LIST[0] #default print "DEFAULT DEVICE:dev[%d] | hnd[0x%X] \n" % ((HND_LIST.index(dev.hnd) + 1),dev.hnd) def dev_list(): list_init = c_bool list_init = False if not list_init: ListDevices() #prepare device list list_init = True devCount = AISUpdateAndGetCount() res = "AIS_List_UpdateAndGetCount()= [%d]\n" % devCount if devCount: GetListInformation() AISOpen() else: res = "NO DEVICE FOUND" print res return res def http_request(path, post_attrib): try: req = urllib2.Request(path, post_attrib) req.add_header("Content-type", "application/x-www-form-urlencoded") page = urllib2.urlopen(req).read() except Exception as e: print e def AIS_GetLog_Set(): dev = DEV_HND DL_STATUS = mySO.AIS_GetLog_Set(dev.hnd, PASS) res = DL_STATUS,hex( DL_STATUS),E_ERROR_CODES[ DL_STATUS] return res def GetInfoAndDeviceCount(): print AISUpdateAndGetCount() def GetTime(): print AISGetTime() def ListDevices(): deviceType = E_KNOWN_DEVICE_TYPES['DL_BASE_HD'] AISEraseAllDevicesForCheck() deviceId = 1 DL_STATUS = AISAddDeviceForCheck(deviceType, deviceId) deviceId = 3 DL_STATUS = AISAddDeviceForCheck(deviceType, deviceId) def GetListInformation(): hnd = c_void_p() devSerial = c_char_p() devType = c_int() devID = c_int() devFW_VER = c_int() devCommSpeed = c_int() devFTDI_Serial = c_char_p() devOpened = c_int() devStatus = c_int() systemStatus = c_int() dev = DEV_HND print format_grid[0],'\n',format_grid[1],'\n',format_grid[2] devCount = AISUpdateAndGetCount() for i in range(0,devCount): DL_STATUS = mySO.AIS_List_GetInformation(byref(hnd), byref(devSerial), byref(devType), byref(devID), byref(devFW_VER), byref(devCommSpeed), byref(devFTDI_Serial), byref(devOpened), byref(devStatus), byref(systemStatus) ) HND_LIST.append(hnd.value) print(mojFormat.format(i+1, hnd.value, devSerial.value.decode("utf-8"), devType.value, devID.value, devFW_VER.value, devCommSpeed.value, devFTDI_Serial.value.decode("utf-8"), devOpened.value, devStatus.value, systemStatus.value ) ) print format_grid[0],'\n' def TestLights(choise): green_master = False red_master = False green_slave = False red_slave = False dev = DEV_HND if choise == 'g': green_master = not green_master elif choise == 'r': red_master = not red_master elif choise == 'G': green_slave = not green_slave elif choise == 'R': red_slave = not red_slave DL_STATUS = mySO.AIS_LightControl(dev.hnd,green_master,red_master,green_slave,red_slave) res = "AIS_LightControl(green= %d | red= %d || slave:green= %d | red= %d) > %s\n" % (green_master,red_master,green_slave,red_slave,E_ERROR_CODES[ DL_STATUS]) return res class GetHandler(BaseHTTPRequestHandler): def GetListDevices(self): hnd = c_void_p() devSerial = c_char_p() devType = c_int() devID = c_int() devFW_VER = c_int() devCommSpeed = c_int() devFTDI_Serial = c_char_p() devOpened = c_int() devStatus = c_int() systemStatus = c_int() dev = DEV_HND devCount = AISUpdateAndGetCount() self.wfile.write("AISUpdateAndGetCount()= %d\n" % devCount) self.wfile.write(format_grid[0] + '\n') self.wfile.write(format_grid[1] + '\n') self.wfile.write(format_grid[2] + '\n') del HND_LIST[:] for i in range(0,devCount): DL_STATUS = mySO.AIS_List_GetInformation(byref(hnd), byref(devSerial), byref(devType), byref(devID), byref(devFW_VER), byref(devCommSpeed), byref(devFTDI_Serial), byref(devOpened), byref(devStatus), byref(systemStatus) ) HND_LIST.append(hnd.value) self.wfile.write(mojFormat.format(i+1, hnd.value, devSerial.value.decode("utf-8"), devType.value, devID.value, devFW_VER.value, devCommSpeed.value, devFTDI_Serial.value.decode("utf-8"), devOpened.value, devStatus.value, systemStatus.value ) ) self.wfile.write('\n' + format_grid[0] + '\n') def AISOpen(self): dev = DEV_HND for hnd in HND_LIST: aop = mySO.AIS_Open(hnd) dev.hnd = hnd self.wfile.write("AIS_Open(dev[%d] | hnd:0x%X):{ %d(%s):%s} hnd[0x%X]\n" % ((HND_LIST.index(dev.hnd) + 1),dev.hnd,aop,hex(aop),E_ERROR_CODES[aop],hnd)) if aop == 0: self.wfile.write(AISGetTime()) self.wfile.write(sys_get_timezone_info()+ "\n") dev.hnd = HND_LIST[0] self.wfile.write("\nActive device >> dev[%d] : hnd= 0x%X\n" % ((HND_LIST.index(dev.hnd) + 1),dev.hnd)) def AISClose(self): dev = DEV_HND for hnd in HND_LIST: dev.hnd = hnd acl = mySO.AIS_Close(dev.hnd) res = "AIS_Close():{ %d(%s):%s}\n" % (acl,hex(acl),E_ERROR_CODES[acl]) self.wfile.write(res) def log_get(self): dev = DEV_HND dev.status = mySO.AIS_GetLog_Set(dev.hnd, PASS) self.wfile.write(wr_status('AIS_GetLog_Set()',dev.status)) if dev.status != 0: return self.DoCmd() self.PrintLOG() def log_by_index(self,start_index,end_index): dev = DEV_HND dev.status = mySO.AIS_GetLogByIndex(dev.hnd,PASS,start_index,end_index) self.wfile.write('AIS_GetLogByIndex:(pass: %s [ %d - %d ] >> %s\n)' % (PASS,start_index,end_index,E_ERROR_CODES[dev.status])) if dev.status != 0: return self.DoCmd() self.PrintLOG() def log_by_time(self,start_time,end_time): start_time = c_uint64(start_time) end_time = c_uint64(end_time) dev = DEV_HND dev.status = mySO.AIS_GetLogByTime(dev.hnd,PASS,start_time,end_time) self.wfile.write('AIS_GetLogByTime:(pass: %s [ %10d - %10d ] >> %s)\n' % (PASS,start_time.value,end_time.value,E_ERROR_CODES[dev.status])) if dev.status !=0: return self.DoCmd() self.PrintLOG() def whitelist_read(self): white_list_size = c_int() white_list = c_char_p() dev = DEV_HND dev.status = mySO.AIS_Whitelist_Read(dev.hnd,PASS,byref(white_list)) if white_list.value: white_list_size = len(white_list.value) else: white_list_size = 0 self.wfile.write ("AIS_Whitelist_Read(pass:%s): size= %d >%s\n" % (PASS,white_list_size,dl_status2str(dev.status)) ) self.wfile.write(white_list.value) def blacklist_read(self): black_list_size = c_int() dev = DEV_HND dev.status = mySO.AIS_Blacklist_GetSize(dev.hnd,PASS, byref(black_list_size)) black_list = (c_char * black_list_size.value)() res = "AIS_Blacklist_GetSize(pass:%s): size= %d > %s\n" % (PASS,black_list_size.value,dl_status2str(dev.status)) if dev.status and black_list_size.value <= 0: self.wfile.write(res) dev.status = mySO.AIS_Blacklist_Read(dev.hnd, black_list); l = list(black_list) self.wfile.write(res) self.wfile.write(''.join(l)) def change_password(self,new_pass): self.wfile.write("=- Change password -=\n") global PASS dev = DEV_HND if len(new_pass) == 0: self.wfile.write("Patch - new pass = default pass") new_pass = PASS self.wfile.write("old pass = %s\nnew pass = %s\n" % (PASS,new_pass)) dev.status = mySO. AIS_ChangePassword(dev.hnd,PASS,new_pass) self.wfile.write("AIS_ChangePassword (old pass= %s new pass= %s |%s\n"%(PASS,new_pass,dl_status2str(dev.status))) if dev.status == 0: PASS = new_pass self.wfile.write("New default application password = %s\n" % PASS) def set_default_password(self,default_app_pass): global PASS self.wfile.write("=- Set default password -=\n") self.wfile.write("Actual application password is :%s\n" % PASS) if len(default_app_pass) == 0: self.wfile.write("Patch - new pass = default pass") default_app_pass = PASS PASS = default_app_pass self.wfile.write("New default application password = %s\n" % PASS) def RTEListen(self): global seconds stop_time = c_uint64() stop_time = time.time() + int(seconds) #10 dev = DEV_HND self.wfile.write("Wait for RTE for %d...\n" % int(seconds )) while (time.ctime(time.time()) < time.ctime(stop_time)) : for hnd in HND_LIST: dev.hnd = hnd self.MainLoop() time.sleep(THD_SLEEP) self.wfile.write("\nEnd RTE listen" ) def DoCmd(self): dev = DEV_HND dev.print_percent_hdr = True while True: if not self.MainLoop(): break if dev.cmdResponses !=0: break def PrintRTE(self): logIndex = c_int() logAction = c_int() logReaderId = c_int() logCardId = c_int() logSystemId = c_int() nfcUid = (c_uint8 * NFC_UID_MAX_LEN)() nfcUidLen = c_int() timeStamp = c_uint64() nfcUid = str() rteCount = c_int dev = DEV_HND rte_count = mySO.AIS_ReadRTE_Count(dev.hnd) self.wfile.write("AIS_ReadRTE_Count = %d\n" % rte_count) self.wfile.write("= RTE Real Time Events = \n") self.wfile.write(rte_list_header[0] + "\n") self.wfile.write(rte_list_header[1] + "\n") self.wfile.write(rte_list_header[2] + "\n") while True: DL_STATUS = mySO.AIS_ReadRTE(dev.hnd, byref(logIndex), byref(logAction), byref(logReaderId), byref(logCardId), byref(logSystemId), nfcUid, byref(nfcUidLen), byref(timeStamp) ) dev.log.log_index = logIndex.value dev.log.log_action = logAction.value dev.log.log_reader_id = logReaderId.value dev.log.log_card_id = logCardId.value dev.log.log_system_id = logSystemId.value dev.log.log_nfc_uid = nfcUid dev.log.log_nfc_uid_len = nfcUidLen.value dev.log.log_timestamp = timeStamp.value if DL_STATUS != 0: break nfcuid = '' for i in range(0,dev.log.log_nfc_uid_len): nfcuid += ":%02X" % dev.log.log_nfc_uid[i] uid_uid_len = '[' + str(dev.log.log_nfc_uid_len) + '] | ' + nfcuid self.wfile.write(rte_format.format (dev.log.log_index, dbg_action2str(dev.log.log_action), dev.log.log_reader_id, dev.log.log_card_id, dev.log.log_system_id, uid_uid_len,#nfc_uid + nfc_uid_len dev.log.log_timestamp, time.ctime(dev.log.log_timestamp) ) ) self.wfile.write("\n" + rte_list_header[2] + "\n") self.wfile.write(wr_status('AIS_ReadRTE()', DL_STATUS)) def MainLoop(self): pass real_time_events = c_int() log_available = c_int() cmd_responses = c_int() unread_log = c_int() cmd_percent = c_int() device_status = c_int() time_out_occurred = c_int() _status = c_int() dev = DEV_HND dev.status = mySO.AIS_MainLoop(dev.hnd, byref(real_time_events), byref(log_available), byref(unread_log), byref(cmd_responses), byref(cmd_percent), byref(device_status), byref(time_out_occurred), byref(_status) ) dev.RealTimeEvents = real_time_events.value dev.LogAvailable = log_available.value dev.UnreadLog = unread_log.value dev.cmdResponses = cmd_responses.value dev.cmdPercent = cmd_percent.value dev.DeviceStatus = device_status.value dev.TimeoutOccurred = time_out_occurred.value dev.Status = _status.value if dev.status: return False if dev.RealTimeEvents: self.PrintRTE() if dev.LogAvailable: self.wfile.write ("LOG= %d\n" % dev.LogAvailable) self.PrintLOG() if dev.UnreadLog_last != dev.UnreadLog: dev.UnreadLog_last = dev.UnreadLog if dev.TimeoutOccurred: self.wfile.write("TimeoutOccurred= %d\n" % dev.TimeoutOccurred) if dev.cmdPercent: if dev.print_percent_hdr: #print_percent_hdr() dev.percent_old = -1 dev.print_percent_hdr = False while (dev.percent_old != dev.cmdPercent): if dev.percent_old < 100: #sys.stdout.write(".") dev.percent_old +=1 if dev.cmdResponses: self.wfile.write("\n-- COMMAND FINISH !\n") return True def u_log_info(self): log_available = c_uint32() r_log = c_int dev = DEV_HND r_log = mySO.AIS_ReadLog_Count(dev.hnd) if r_log: self.wfile.write("AIS_ReadLog_Count() %d\n" % r_log) r_log = mySO.AIS_ReadRTE_Count(dev.hnd) if r_log: self.wfile.write("AIS_ReadRTE_Count() %d\n" % r_log) def u_log_count(self): dev = DEV_HND self.MainLoop() self.wfile.write("LOG unread (incremental) = %d\n" % dev.UnreadLog) self.u_log_info() return dev.UnreadLog def u_log_get(self): dev = DEV_HND logIndex = c_int() logAction = c_int() logReaderId = c_int() logCardId = c_int() logSystemId = c_int() nfcUid = (c_uint8 * NFC_UID_MAX_LEN)() nfcUidLen = c_int() timeStamp = c_uint64() nfcUid = str() self.wfile.write(rte_list_header[0] + '\n') self.wfile.write(rte_list_header[1] + '\n') self.wfile.write(rte_list_header[2] + '\n') dev.status = mySO.AIS_UnreadLOG_Get(dev.hnd, byref(logIndex), byref(logAction), byref(logReaderId), byref(logCardId), byref(logSystemId), nfcUid, byref(nfcUidLen), byref(timeStamp) ) if dev.status: return nfcuid = '' for i in range(0,nfcUidLen.value): nfcuid += ":%02X" % nfcUid[i] uid_uid_len = '[' + str(nfcUidLen.value) + '] | ' + nfcuid self.wfile.write(rte_format.format (logIndex.value, dbg_action2str(logAction.value), logReaderId.value, logCardId.value, logSystemId.value, #uidUidLen,#nfc_uid + nfc_uid_len uid_uid_len, timeStamp.value, time.ctime(timeStamp.value) ) ) self.wfile.write('\n' + rte_list_header[0] + '\n') self.wfile.write(wr_status("AIS_UnreadLOG_Get()",dev.status)) self.u_log_info() def u_log_ack(self): dev = DEV_HND rec_to_ack = c_uint32() rec_to_ack = RECORDS_TO_ACK dev.status = mySO.AIS_UnreadLOG_Ack(dev.hnd,rec_to_ack) self.wfile.write(wr_status("AIS_UnreadLOG_Ack()",dev.status)) if dev.status: return self.u_log_info() def PrintLOG(self): logIndex = c_int() logAction = c_int() logReaderId = c_int() logCardId = c_int() logSystemId = c_int() logNfcUid = (c_uint8 * NFC_UID_MAX_LEN)() logNfcUidLen = c_int() logTimeStamp = c_uint64() nfcuid = str() dev = DEV_HND self.wfile.write(rte_list_header[0] + '\n') self.wfile.write(rte_list_header[1] + '\n') self.wfile.write(rte_list_header[2] + '\n') while True: dev.status = mySO.AIS_ReadLog(dev.hnd,byref(logIndex), byref(logAction), byref(logReaderId), byref(logCardId), byref(logSystemId), logNfcUid, byref(logNfcUidLen), byref(logTimeStamp) ) dev.log.log_index = logIndex.value dev.log.log_action = logAction.value dev.log.log_reader_id = logReaderId.value dev.log.log_card_id = logCardId.value dev.log.log_system_id = logSystemId.value dev.log.log_nfc_uid = logNfcUid dev.log.log_nfc_uid_len = logNfcUidLen.value dev.log.log_timestamp = logTimeStamp.value if dev.status != 0: break nfcuid = '' for i in range(0,dev.log.log_nfc_uid_len): nfcuid += ":%02X" % (dev.log.log_nfc_uid[i]) uidNfcUidLen = '[' + str(dev.log.log_nfc_uid_len) + '] | ' + nfcuid self.wfile.write (log_format.format(dev.log.log_index, #string_at(mySO.dbg_action2str(dev.log.log_action)).decode('utf-8'), dbg_action2str(dev.log.log_action), dev.log.log_reader_id, dev.log.log_card_id, dev.log.log_system_id, uidNfcUidLen, dev.log.log_timestamp, time.ctime(dev.log.log_timestamp) ) ) self.wfile.write('\n' + rte_list_header[0] + '\n') self.wfile.write(wr_status('AIS_GetLog()', dev.status)) def do_GET(self): pass return def do_POST(self): pass global seconds dev = DEV_HND ctype, pdict = cgi.parse_header(self.headers['content-type']) if ctype == 'multipart/form-data': pq = cgi.parse_multipart(self.rfile, pdict) elif ctype == 'application/x-www-form-urlencoded': length = int(self.headers['content-length']) pq = cgi.parse_qs(self.rfile.read(length), keep_blank_values=1) else: pq = {} try: f = ''.join(pq[FUNCTION]) seconds = ''.join(pq[RTE]) device = ''.join(pq[DEVICE]) if device == None: device = dev.hnd else: dev.hnd = HND_LIST[int(device) - 1] ACTIVE_DEV_HEADLINE = "Device : index[%d] | hnd= 0x%X\n" % ((HND_LIST.index(dev.hnd) + 1),dev.hnd) if pq[START_INDEX] != None or pq[END_INDEX] != None: start_index = (''.join(pq[START_INDEX])) end_index = (''.join(pq[END_INDEX])) if pq[START_TIME] != None or pq[END_TIME] != None: start_time = (''.join(pq[START_TIME])) end_time = (''.join(pq[END_TIME])) if pq[WHITE_LIST_WRITE] != None: white_list_write = ''.join(pq[WHITE_LIST_WRITE]) if pq[BLACK_LIST_WRITE]!= None: black_list_write = ''.join(pq[BLACK_LIST_WRITE]) if pq[DEFAULT_APP_PASS] != None: set_def_pass = ''.join(pq[DEFAULT_APP_PASS]) if pq[NEW_PASS] != None: new_pass = ''.join(pq[NEW_PASS]) if pq[UNREAD_LOG] != None: get_unread_log = (''.join(pq[UNREAD_LOG])) if f == 'q': self.GetListDevices() elif f == 'o': self.AISOpen() #self.wfile.write("

" + str(list_res([0][0])) + "

") elif f == 'c': self.AISClose() if f == 'd': self.wfile.write('GET DEVICES COUNT > %s\n' % AISUpdateAndGetCount()) elif f == 't': self.wfile.write(ACTIVE_DEV_HEADLINE) self.wfile.write(AISGetTime()) elif f == 'T': self.wfile.write(ACTIVE_DEV_HEADLINE) self.wfile.write(sys_get_timezone_info()+ "\n") self.wfile.write(AISSetTime()) elif f == 'E': self.RTEListen() elif f == 'l': self.wfile.write(ACTIVE_DEV_HEADLINE) self.wfile.write(self.log_get()) elif f == 'n': self.wfile.write(ACTIVE_DEV_HEADLINE) self.log_by_index(int(start_index),int(end_index)) elif f == 'N': self.wfile.write(ACTIVE_DEV_HEADLINE) self.log_by_time(int(start_time),int(end_time)) elif f == 'u': self.wfile.write(ACTIVE_DEV_HEADLINE) get_unread_log = int(get_unread_log) if get_unread_log == 1: self.u_log_count() if get_unread_log == 2: self.u_log_get() if get_unread_log == 3: self.u_log_ack() elif f == 'v': self.wfile.write("AIS_GetDLLVersion() >> %s\n" % GetDLLVersion()) elif f == 'w': self.wfile.write(ACTIVE_DEV_HEADLINE) self.wfile.write(self.whitelist_read()) elif f == 'b': self.wfile.write(ACTIVE_DEV_HEADLINE) self.wfile.write(self.blacklist_read()) elif f == 'W': self.wfile.write(ACTIVE_DEV_HEADLINE) self.wfile.write(whitelist_write(white_list_write)) elif f == 'B': #black_list_write self.wfile.write(ACTIVE_DEV_HEADLINE) self.wfile.write(blacklist_write(black_list_write)) elif f == 'r': self.wfile.write(ACTIVE_DEV_HEADLINE) self.wfile.write(TestLights(f)) elif f == 'g': self.wfile.write(ACTIVE_DEV_HEADLINE) self.wfile.write(TestLights(f)) elif f == 'G': self.wfile.write(ACTIVE_DEV_HEADLINE) self.wfile.write(TestLights(f)) elif f == 'R': self.wfile.write(ACTIVE_DEV_HEADLINE) self.wfile.write(TestLights(f)) elif f == 'P': self.wfile.write(ACTIVE_DEV_HEADLINE) self.wfile.write("input pass: %s\n" % set_def_pass) self.wfile.write(self.set_default_password(set_def_pass)) elif f == 'p': self.wfile.write(ACTIVE_DEV_HEADLINE) self.wfile.write("input pass: %s\n" % new_pass) self.wfile.write(self.change_password(new_pass)) elif f == 'd': self.wfile.write(AISGetDevicesForCheck()) elif f == 'f': self.wfile.write(ACTIVE_DEV_HEADLINE) self.wfile.write(AISGetVersion()) elif f == 'i': self.wfile.write(ACTIVE_DEV_HEADLINE) self.wfile.write(AISGetVersion()) self.wfile.write(AISGetTime()) self.wfile.write(sys_get_timezone_info()+ "\n") elif f == 'x': self.wfile.write("\nServer stopped !\nClose program !\n") shut_event.set() httpd.server_close() if sys.platform.startswith('linux'): os.system('pkill -9 python') elif sys.platform.startswith('win'): sys.exit(0) except (Exception) as error_mess: self.wfile.write(error_mess) self.wfile.write(traceback.print_exc()) """ self.send_response(200) # OK self.send_header('Content-type', 'text/html') self.end_headers() """ return def RunAll(): global serv serv = threading.Thread(target=handler_server) serv.start() while True: try: if serv.isAlive(): serv.join(timeout = SERV_JOIN) except (KeyboardInterrupt,SystemExit,Exception) as e: httpd.server_close() print '\nServer stopped\nProgram close',e shut_event.set() if sys.platform.startswith('linux'): os.system('pkill -9 python') elif sys.platform.startswith('win'): sys.exit(0) break def handler_server(): while not shut_event.is_set(): my_lock.acquire() httpd.handle_request() my_lock.release() time.sleep(THD_SLEEP) def init(): print GetDLLVersion() global httpd dev_list() httpd = HTTPServer((HTTP_SERVER_NAME,HTTP_SERVER_PORT),GetHandler) httpd.socket.setsockopt(SOL_SOCKET,SO_REUSEADDR,1) RunAll() def GetDLLVersion(): dll_ver = mySO.AIS_GetDLLVersion dll_ver.restype = c_char_p return dll_ver() #=========================== helper functions ======================= def wr_status(funct_name,dl_status): res = funct_name + ': {%d(%s): %s}\n' % (dl_status,hex(dl_status),E_ERROR_CODES[dl_status]) return res # def dbg_action2str(action_value): # res = '[%d(%s):%s]' % (action_value,hex(action_value),E_CARD_ACTION[action_value]) # return res # def dl_status2str(status): # res = '[%d(%s):%s]' % (status,hex(status),E_ERROR_CODES[status]) # return res def dbg_action2str(action_value): dbg_a = mySO.dbg_action2str dbg_a.argtype = c_int dbg_a.restype = c_char_p return dbg_a(action_value) def dl_status2str(status): dl_s = mySO.dl_status2str dl_s.argtype = DL_STATUS dl_s.restype = c_char_p return dl_s(status) def sys_get_timezone(): s_tz = mySO.sys_get_timezone s_tz.restype = c_long return s_tz() def sys_get_daylight(): s_dl = mySO.sys_get_daylight s_dl.restype = c_int return s_dl() def sys_get_dstbias(): s_dstb = mySO.sys_get_dstbias s_dstb.restype = c_long return s_dstb() def sys_get_timezone_info(): s_tzinfo = mySO.sys_get_timezone_info s_tzinfo.restype = c_char_p return s_tzinfo() #====================================================================== mojFormat = "| {0:3d} | {1:016X} | {2} | {3:7d} | {4:2d} | {5} | {6:7d} | {7:10s} | {8:5d} | {9:8d} | {10:9d} |" format_grid = ["--------------------------------------------------------------------------------------------------------------------", "| indx| Reader HANDLE | SerialNm | Type h/d | ID | FW | speed | FTDI: sn | opened | DevStatus | SysStatus |", "--------------------------------------------------------------------------------------------------------------------" ] rte_list_header=["-----------------------------------------------------------------------------------------------------------------------------------------", "| Idx | ACTION | RD ID | Card ID | JobNr | NFC [length] : UID | Time-stamp | Date - Time |", "----------------------------------------------------------------------------------------------------------------------------------------" ] rte_format = "| {0:5d} | {1:28s} | {2:5d} | {3:7d} | {4:5d} | {5:24s} | {6:10d} | {7:s} | " log_format = "| {0:5d} | {1:32s} | {2:5d} | {3:7d} | {4:5d} | {5:24s} | {6:#10d} | {7:s} | " my_lock = threading.Lock() shut_event = threading.Event() if __name__ == '__main__': global httpd global mySO mySO = GetPlatformLib() init()