#!/usr/bin/env python """ @author: Vladan S @version: 4.0.3.1 @copyright: D-Logic http://www.d-logic.net/nfc-rfid-reader-sdk/ """ 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 * import shutil import signal from shell.ais_shell import * from constants import * global edit_time def http_request(path, post_attrib): try: #req_header = ("Content-type", "application/x-www-form-urlencoded") #req = requests.get(path,params=post_attrib,headers=req_header) req = urllib2.Request(path, post_attrib) req.add_header("Content-type", "application/x-www-form-urlencoded") page = urllib2.urlopen(req).read() return page except urllib2.URLError as e: return e class GetHandler(BaseHTTPRequestHandler): global url_query def do_GET(self): try: f = open(os.curdir + os.sep + "ais_readers.html") self.send_response(200) self.send_header("Content-type","text/html") self.end_headers() self.wfile.write(f.read()) f.close() return except IOError: self.send_error(404,"File Not Found: %s" % self.path) return def do_POST(self): try: global url_query, edit_list_choise 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 = {} f = ''.join(pq[FUNCTION]) # if pq[RTE] != None: # seconds = int(''.join(pq[RTE])) device = ''.join(pq[DEVICE]) if GetBaseName() == AIS_MAIN: #log_dir = ''.join(pq[LOG_DIR]) log_dir = 'debug_log' read_deb_log = ''.join(pq[READ_DEBUG_LOG]) save_deb_log = ''.join(pq[SAVE_DEBUG_LOG]) if f == "SD": # c = open(os.path.join(os.curdir, os.sep, log_dir, save_deb_log)) c = open(os.getcwd() + os.sep + log_dir + os.sep + save_deb_log.strip()) self.send_response(200) self.send_header("Content-type","text/json") self.end_headers() self.wfile.write(c.read()) c.close() self.wfile.close() return elif f == "D": self.send_response(200) self.send_header("Content-type","text/html") self.end_headers() #c = open(os.curdir + os.sep + BBB_DEBUG_LOG) c = open(os.getcwd() + os.sep + log_dir + os.sep + read_deb_log.strip()) self.wfile.write("Read Debug Log") for line in c: l = line.encode("utf-8") self.wfile.write("

%s

" % l) c.close() self.wfile.write("") self.wfile.close() return if pq[DEVICE_TYPE] != None: device_type = ''.join(pq[DEVICE_TYPE]) if pq[DEVICE_ID] != None: device_id = ''.join(pq[DEVICE_ID]) if pq[EDIT_LIST] != None: edit_list_choise = ''.join(pq[EDIT_LIST]) if f == 'Q': if edit_list_choise == AVAILABLE_DEVICES : self.wfile.write(edit_device_list(1)) elif edit_list_choise == ACTUAL_LIST: self.wfile.write(edit_device_list(2)) elif edit_list_choise == CLEAR_LIST: self.wfile.write(edit_device_list(3)) elif edit_list_choise == ADD_DEVICE: self.wfile.write("AIS_List_AddDevicesForCheck() ...\n") self.wfile.write(edit_device_list(4,"AIS_List_AddDeviceForCheck",int(device_type),int(device_id))) elif edit_list_choise == ERASE_DEVICE: self.wfile.write("AIS_List_EraseDeviceForCheck()...\n") self.wfile.write(edit_device_list(5,"AIS_List_EraseDeviceForCheck",int(device_type),int(device_id))) else: self.wfile.write("") if f == 'R': import subprocess try: command = 'sudo reboot ' out = os.system(command) output = 'System Reboot NOW: %s' % out except Exception as exc_shut: output = 'System Reboot Error: %s ' % exc_shut finally: self.wfile.write(output) if len(HND_LIST) == 0: self.wfile.write("\n>> NO DEVICES FOUND \n" ) return if not device.isdigit(): dev.hnd = HND_LIST[0] elif int(device) > len(HND_LIST) or int(device) == 0: self.wfile.write("dev[%s] : NO DEVICE FOUND " % device) return else: dev.hnd = HND_LIST[int(device) -1] #dev.hnd = DDEV_HND[dev.hnd][DEVHND] 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 pq[LIGHTS] != None: lights_choise = ''.join(pq[LIGHTS]) if f == 'q': self.wfile.write(GetListInformation()) elif f == 'o': pass self.wfile.write(AISOpen()) elif f == 'c': self.wfile.write(AISClose()) if f == 'd': self.wfile.write('GET DEVICES COUNT > %s\n' % AISUpdateAndGetCount()) elif f == 't': self.wfile.write(active_device()) self.wfile.write(AISGetTime()) elif f == 'T': self.wfile.write(sys_get_timezone_info()+ "\n") self.wfile.write(AISSetTime()) elif f == 'r': pass rt = ''.join(pq[RTE]) if rt.strip() == '': self.wfile.write('Must enter value for seconds !') return else: try: seconds = int(rt) stop_time = c_uint64() stop_time = time.time() + seconds #10 dev = DEV_HND self.wfile.write("Wait for RTE for %d sec ...\n" % seconds) while (time.ctime(time.time()) < time.ctime(stop_time)) : for hnd in HND_LIST: dev.hnd = hnd r, rte = MainLoop() if rte != None: self.wfile.write(rte) time.sleep(THD_SLEEP) self.wfile.write ("End RTE listen") except Exception as vError: self.wfile.write(vError) return elif f == 'l': self.wfile.write(log_get(dev.hnd)) elif f == 'n': self.wfile.write(log_by_index(int(start_index), int(end_index), dev.hnd)) elif f == 'N': self.wfile.write(log_by_time(int(start_time), int(end_time), dev.hnd)) elif f == 'u': get_unread_log = int(get_unread_log) self.wfile.write(get_unread_log_one(get_unread_log)) elif f == 'v': self.wfile.write("AIS_GetDLLVersion() >> %s\n" % AISGetLibraryVersionStr()) elif f == 'w': self.wfile.write(whitelist_read()) elif f == 'b': self.wfile.write(blacklist_read()) elif f == 'W': self.wfile.write(whitelist_write(white_list_write)) elif f == 'B': self.wfile.write(blacklist_write(black_list_write)) elif f == 'L': self.wfile.write(TestLights(lights_choise)) elif f == 'g': self.wfile.write(get_io_state()) elif f == 'G': self.wfile.write(lock_open()) elif f == 'y': self.wfile.write(relay_toogle()) elif f == 'P': global PASS self.wfile.write("Actual application password is :%s\n" % PASS) if len(set_def_pass) == 0: self.wfile.write("Patch - new pass = default pass\n") set_def_pass = PASS PASS = set_def_pass self.wfile.write(password_set_default(set_def_pass)) elif f == 'p': global PASS self.wfile.write("Old password is actual application password: %s\n" % PASS) self.wfile.write("New password for units ( and application ): %s\n" % new_pass) if len(new_pass) == 0: self.wfile.write ("Patch - new pass = default pass\n") new_pass = PASS self.wfile.write("Try set new password for units= %s\n" % (new_pass)) self.wfile.write(password_change(new_pass)) elif f == 'd': self.wfile.write(AISGetDevicesForCheck()) elif f == 'f': self.wfile.write(AISGetVersion()) elif f == 'i': self.wfile.write(AISGetVersion()) self.wfile.write(AISGetTime()) self.wfile.write(sys_get_timezone_info() + "\n") elif f == 'E': self.wfile.write(ee_lock()) elif f == 'e': self.wfile.write(ee_unlock()) elif f == 'F': try: if pq[BIN_FIRMWARE_NAME] != None: firmw_name = ''.join(pq[BIN_FIRMWARE_NAME]) fwFile = ''.join(pq[BIN_FNAME]) with open(firmw_name, 'wb') as out: out.write(fwFile) self.wfile.write(fw_update(fw_name=firmw_name)) else: self.wfile.write('NO FILE') except Exception as exc: self.wfile.write("ERROR: %s" % exc) elif f == 's': try: if pq[CONFIG_FILE_READ] != None: conf_file_rd = ''.join(pq[CONFIG_FILE_READ]) self.wfile.write(config_file_rd(fname=conf_file_rd)) from socket import gethostname, gethostbyname ip = gethostbyname(gethostname()) with open(conf_file_rd + '.config' , 'wb') as out: http_request(ip + ":" + str(HTTP_SERVER_PORT), out.write(conf_file_rd + '.config')) #ip + ":" + str(HTTP_SERVER_PORT) except Exception as exc: self.wfile.write("ERROR: %s" % exc) elif f == 'S': try: if pq[CONFIG_FILE_WR_NAME] != None: confFileNameWR = ''.join(pq[CONFIG_FILE_WR_NAME]) confFileWR = ''.join(pq[CONFIG_FILE_WRITE]) with open(confFileNameWR, 'wb') as out: out.write(confFileWR) self.wfile.write(config_file_wr(fname=confFileNameWR)) else: self.wfile.write('NO FILE') except Exception as exc: self.wfile.write("ERROR: %s" % exc) 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') os.kill(os.getpid(), signal.SIGINT) elif sys.platform.startswith('win'): sys.exit(0) return except (Exception) as error_mess: #self.wfile.write("ERROR: NO DEVICE ???") self.wfile.write(error_mess) def RunAll(): 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(): global httpd while not shut_event.is_set(): my_lock.acquire() httpd.handle_request() my_lock.release() time.sleep(THD_SLEEP) def init(): print AISGetLibraryVersionStr() global httpd #dev_list() list_device() httpd = HTTPServer((HTTP_SERVER_NAME,HTTP_SERVER_PORT),GetHandler) httpd.socket.setsockopt(SOL_SOCKET,SO_REUSEADDR,1) RunAll() my_lock = threading.Lock() shut_event = threading.Event() if __name__ == '__main__': global httpd init()