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Basictest_function.py
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Basictest_function.py
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#!/usr/bin/env python
# -*- coding: utf-8 -*-
# @Author: {liaoben}
# @Date: 2015-03-14 17:06:26
# @Last Modified by: liaoben
# @Last Modified time: 2015-07-17 15:27:27
import sys,os,ConfigParser
import serial
import time,threading
from multiprocessing import Process,Queue
import cmdgen
import random
from PyQt4.QtCore import *
def fileGen(confgfile='work.cfg'):
config=ConfigParser.ConfigParser()
with open(confgfile,"r") as cfgfile:
config.readfp(cfgfile)
work_directory = config.get('conf','work_directory')
channel =config.get('conf','channel')
date = time.strftime("%Y%m%d%H%M%S", time.localtime())
macfile=work_directory+'Macinfo.txt'
wfile=work_directory+date+'.txt'
result = [macfile,wfile,channel]
return result
def CheckSum(data,jz=16):
sum=0
for i in range(0,len(data),2):
sum+=int(data[i:i+2],jz)
result='{:004x}'.format(sum)
return result
def setZigbee(channel='15',panid='3125'):
tstr=''.join(['000000000000a103',str(channel),panid])
tstr=''.join(['F8e6',tstr,CheckSum(tstr)])
return tstr
def deviceAccess(tstr,id):
info=getDeviceInfo(tstr)
tstr='000000000000a20a'+info[0]+id+info[1]
csum=CheckSum(tstr)
result='f8e6'+tstr+csum
return result
def getDeviceInfo(tstr):
mac=tstr[20:36]
seq=tstr[36:38]
result=[mac,seq]
return result
class Dt(QThread):
textOut = pyqtSignal(str)
terminalOut = pyqtSignal(str)
writeExcel = pyqtSignal(dict)
def __init__(self,t,parent=None):
super(Dt,self).__init__(parent)
self.content = ''
self.timeout = 30
self.channel = '15'
self.defaultid = '77'
self.stopflag = False
self.t = t
self.iddict={}
self.resultdict={'login':'','status':'','control':'','result':'','starttime':'','endtime':''}
'''
self.q = q
self.p = p
'''
self.devicedict={
'01':'智能路由节点',
'04':'智能调光器',
'03':'智能门磁感应器',
'06':'智能全向红外网关',
'0d':'智能烟雾感应器',
'0c':'人体红外感应器',
'0e':'可燃气体感应器',
'14':'智能单开',
'15':'智能双开',
'16':'智能三开',
'11':'智能报警器',
'13':'红外水晶开关',
'17':'智能窗帘',
'18':'智能窗户',
'20':'情景面板'
}
self.testdict = {
'01':[self.login_test],
'04':[self.login_test,self.status_test,self.control_test],
'03':[self.login_test,self.status_test],
'06':[self.login_test],
'0d':[self.login_test,self.status_test],
'0c':[self.login_test,self.status_test],
'0e':[self.login_test,self.status_test],
'14':[self.login_test,self.status_test,self.control_test],
'15':[self.login_test,self.status_test,self.control_test],
'16':[self.login_test,self.status_test,self.control_test],
'11':[self.login_test,self.control_test],
'17':[self.login_test,self.status_test,self.control_test],
'18':[self.login_test,self.status_test,self.control_test],
'20':[self.login_test,self.status_test]
}
self.statusdict={
'03':[32,16,22],
"04":[28,16,24],
'0c':[32,16,22],
'0d':[32,16,22],
'0e':[56,20,24],
"11":[26,16,22],
'14':[26,16,22],
'15':[28,16,24],
'16':[30,16,26],
'17':[30,16,26],
'18':[30,16,26],
'20':[26,16,22]
}
self.status_testdict={
'03':[['F10401','F10400'],['请打开门磁','请关闭门磁']],
"04":[['F102010F','F102000F',[ 'f1020101', 'f1020102', 'f1020103', 'f1020104', 'f1020105', 'f1020106', 'f1020107', 'f1020108', 'f1020109', 'f102010a', 'f102010b', 'f102010c', 'f102010d', 'f102010e']],['请打开调光器','请关闭调光器','请进行调光']], #调光状态位存疑
'0c':[['F10401','F10400','F10402','F10400'],['请触发人体红外报警器','请等待人体红外报警器关闭','请触发拆除报警','请等待拆除报警结束']],
'0d':[['F10401','F10400','F10402'],['请触发烟雾报警','请等待烟雾报警结束','请触发拆除报警']],#防拆报警状态恢复时间过长，需2-3min，暂取消
'0e':[['0001','0000','0100'],['请触发可燃气体报警','请等待可燃气体报警结束','请触发拆除报警']],
'14':[['F10101','F10100'],['请打开全部开关','请关闭全部开关']],
'15':[['F1020101','F1020000'],['请打开全部开关','请关闭全部开关']],
'16':[['F103010101','F103000000'],['请打开全部开关','请关闭全部开关']],
'17':[['F103010000','F103000001','F103000100'],['请点击打开按钮','请点击关闭按钮','请点击暂停按钮']],
'18':[['F103010000','F103000001','F103000100'],['请点击打开按钮','请点击关闭按钮','请点击暂停按钮']],
'20':[['F10101','F10102','F10103','F10104'],['请执行情景1','请执行情景2','请执行情景3','请执行情景4']]
}
def set_content(self,content):
self.content = content
def emit_data(self,text):
self.textOut.emit(text)
def check_content(self):
if len(self.content)!=18 or not self.devicedict.has_key(self.content[-2:]):
print '条形码错误，请检查！'.decode('utf-8').encode('gbk')
return False
else:
print '设备mac: %s 设备类型: %s'.decode('utf-8').encode('gbk') % (self.content[:16],self.devicedict[self.content[-2:]].decode('utf-8').encode('gbk'))
return True
def clear_q(self,p):
while not p.empty():
try:
p.get(timeout=0.01)
except:
pass
def clear_whitelist(self,p):
while not p.empty():
try:
p.get(timeout=0.01)
except:
pass
p.put('null')
def set_whitelist(self,p):
while not p.empty():
try:
p.get(timeout=0.01)
except:
pass
tstr = self.content[:16]+self.defaultid
p.put(tstr)
#print 'put:',tstr
def check_online(self,q,p):
s_time = time.time()
t_info = self.content[:16]+'00'+self.defaultid
t_data=''
while True:
time_range = '{:.2f}'.format(time.time()-s_time)
if self.stopflag == True:
return False
if int(float(time_range)) == int(self.timeout):
emit_text = u'设备在规定时间内未能入网,'+u'入网测试结果：FAIL'
self.emit_data(emit_text)
self.resultdict['login'] = 'Fail'
return False
try:
t_data = q.get(timeout=0.01)
except:
pass
if t_data == self.content[:16]+'access':
emit_text = u'入网时间为:'+str(time_range)+u', 入网测试结果：PASS'
self.emit_data(emit_text)
self.resultdict['login'] = 'OK'
return True
time.sleep(0.01)
def login_test(self,q,p):
emit_text = u'入网测试启动，请将设备上电...'
self.emit_data(emit_text)
self.set_whitelist(p)
result = self.check_online(q,p)
self.clear_q(p)
self.iddict={}
return result
def status_test(self,q,p):
emit_text = u'状态上传测试启动，请根据提示进行对应操作...'
self.emit_data(emit_text)
result = 0
ttype = str(self.content[16:])
tlen = self.statusdict[ttype][0]
sid = self.statusdict[ttype][1]
did = self.statusdict[ttype][2]
status_list = self.status_testdict[ttype][0]
msg_list = self.status_testdict[ttype][1]
for i in range(len(status_list)):
self.clear_q(q)
s_time = time.time()
self.emit_data(msg_list[i].decode('utf-8'))
while True:
t_data = ''
time_range = time.time()-s_time
if self.stopflag == True:
break
try:
t_data = q.get(timeout=0.01)
print t_data
except:
pass
if len(t_data)!=0:
print len(t_data) , tlen ,t_data[sid:did] , status_list[i]
if type(status_list[i])!=list:
if len(t_data) == tlen and t_data[sid:did] == status_list[i].lower():
result = 1
emit_text = u'通过！'
self.emit_data(emit_text)
break
else:
if len(t_data) == tlen and t_data[sid:did] in status_list[i]:
result = 1
emit_text = u'通过！'
self.emit_data(emit_text)
break
if int(float(time_range)) == int(self.timeout):
emit_text = u'设备在规定时间内未收到状态信息,状态上传测试结果：FAIL'
self.emit_data(emit_text)
self.resultdict['status'] = 'Fail'
return False
time.sleep(0.01)
if result == 1:
emit_text = u'设备状态上传测试通过,状态上传测试结果：PASS'
self.emit_data(emit_text)
self.resultdict['status'] = 'OK'
return True
else:
emit_text = u'设备状态上传测试未通过,状态上传测试结果：BLOCK'
self.emit_data(emit_text)
self.resultdict['status'] = 'BLOCK'
return False
def control_test(self,q,p):
emit_text = u'控制测试启动...'
self.emit_data(emit_text)
result = 0
type = str(self.content[16:])
tlen = self.statusdict[type][0]
sid = self.statusdict[type][1]
did = self.statusdict[type][2]
id_type = '00'+self.defaultid+','+type
tlist = [id_type]
cmdlist,statuslist = cmdgen.CmdGenerate(tlist).CmdGen()
cmdlist=[x.decode('hex') for x in cmdlist]
statuslist = statuslist[0]
for i in range(len(cmdlist)):
self.clear_q(q)
self.t.write(cmdlist[i])
print cmdlist[i]
#print len(cmdlist),i,cmdlist[i],statuslist[i]
s_time = time.time()
while True:
t_data = ''
time_range = time.time()-s_time
if self.stopflag == True:
return False
try:
t_data = q.get(timeout=0.01)
print len(t_data),tlen,t_data[sid:did],statuslist[i]
except:
pass
if len(t_data) == tlen and t_data[sid:did].lower() == statuslist[i].lower():
result = 1
break
if int(float(time_range)) == int(self.timeout):
emit_text = u'设备在规定时间内未收到控制响应信息,控制测试结果：FAIL'
self.emit_data(emit_text)
self.resultdict['control'] = 'Fail'
return False
time.sleep(0.5)
if result == 1:
emit_text = u'设备控制测试通过,控制测试结果：PASS'
self.emit_data(emit_text)
self.resultdict['control'] = 'OK'
return True
else:
emit_text = u'设备控制测试未通过,控制测试结果：BLOCK'
self.emit_data(emit_text)
self.resultdict['control'] = 'BLOCK'
return False
#Diffrent test for diffrent device
def test(self,q,p):
device_type = self.content[16:]
test_way = self.testdict[device_type]
for i in test_way:
result = i(self.content,q,p)
if result != True:
return False
return True
def judge_result(self,final_result,p):
emit_text = u'测试结束，请将设备断电！'
self.emit_data(emit_text)
emit_text = u'================================================================'
self.emit_data(emit_text)
if final_result == True:
emit_text = u'设备mac:'+self.content[:16]+u' 设备类型:'+ self.devicedict[str(self.content[-2:])].decode('utf-8') +u' 的设备测试通过！'
self.resultdict['result'] = 'OK'
elif final_result == False:
emit_text = u'设备mac:'+self.content[:16]+u' 设备类型:'+ self.devicedict[str(self.content[-2:])].decode('utf-8') +u' 的设备测试失败！'
self.resultdict['result'] = 'Fail'
else:
emit_text = u'测试结果异常！'
self.resultdict['result'] = 'Block'
self.clear_whitelist(p)
self.emit_data(emit_text)
emit_text = u'================================================================'
self.emit_data(emit_text)
self.resultdict['endtime'] = time.strftime("%Y-%m-%d %H:%M:%S", time.localtime())
self.writeExcel.emit(self.resultdict)
print self.resultdict
self.terminalOut.emit('test')
def device_test(self,q,p):
self.stopflag = False
self.defaultid = str('{:02x}'.format(random.randint(1,255)))
print 'defaultid:',self.defaultid
test_list = self.testdict[str(self.content[-2:])]
result = ''
self.resultdict['starttime'] = time.strftime("%Y-%m-%d %H:%M:%S", time.localtime())
for i in test_list:
result = i(q,p)
if result != True:
self.judge_result(result,p)
return False
self.judge_result(result,p)
return True
def com_read(self,q,p,channel):
#set channel
print 'channel:',channel
fol = os.getcwd()+'/Log/'
if not os.path.exists(fol):
os.mkdir(fol)
file = fol+'Zigbeelog'+time.strftime("%Y%m%d%H%M%S", time.localtime())+'.txt'
with open(file,'w') as f:
print file
while True:
buffer=''
try:
rlength=self.t.inWaiting()
if rlength>=12:
buffer+=self.t.read(rlength).encode('hex')
while len(buffer) >= 24:
if (buffer[0:4] == 'f8e6'):
#init
if buffer=='f8e6000000000000a10000a1':
self.t.write(setZigbee(channel=channel).decode('hex'))
dlength=(int(buffer[18:20],16)+12)*2
if (len(buffer)<dlength):
break
#checksum
checksum=CheckSum(buffer[4:dlength-4])
if(checksum!=buffer[dlength-4:dlength]):
buffer=buffer[dlength:]
continue
#get correct data
cdata=buffer[:dlength]
q.put(cdata)
iddict_new=''
try:
iddict_new = p.get(timeout=0.01)
except:
pass
if iddict_new !='':
#print 'get',iddict_new
self.iddict = {str(iddict_new[:16]):str(iddict_new[16:])}
if iddict_new == 'null':
self.iddict = {}
#print self.iddict
#id mac generate
if dlength==42 and cdata[16:20]=='a209':
print self.iddict
mac=cdata[20:36]
#print self.iddict
if self.iddict.has_key(mac):
id=self.iddict[mac]
print id,mac
access_cmd=deviceAccess(cdata,id).decode('hex')
self.t.write(access_cmd)
q.put(mac+'access')
buffer=buffer[dlength:]
tstr=time.strftime("%Y-%m-%d %H:%M:%S", time.localtime())+" "+cdata+'\n'
#print tstr
f.write(tstr)
f.flush()
else:
buffer=buffer[1:]
except Exception as e:
pass
time.sleep(0.05)
if __name__ == '__main__':
q = Queue()
p = Queue()
t = serial.Serial(0,38400)
t2 = threading.Thread(target=Dt(t).device_test,args=(q,p,))
t2.start()
t1 = threading.Thread(target=Dt(t).com_read,args=(q,p,))
t1.start()