'''configuration''' adbwrapper1=adbwrapper() tcpwrapper1=Tcpwrapper() devicelist=adbwrapper1.adbdevice() dut=[] for device in devicelist: dut.append(Androiddevicebt2(deviceid=device,bt=True,btle=True,sequence=(devicelist.index(device)+1),commandfile=androiddevicebt2.commandfile,objectpath=androiddevicebt2.objectpath)) '''start test''' '''start initialization''' # adbwrapper1.initialization() # dut[0].initialize(androiddevicebt2.commandfile) # dut[0].startstop(androiddevicebt2.commandfile) # adbwrapper1.adbpush(dut[0].deviceid,dut[0].commandfile,androiddevicebt2.objectpath) result=tcpwrapper1.serverreceive(1,utils.enums.noticeevent.advertising.value,'',utils.enums.Tcpport.port3.value) if result: dut[0].scanforname1(1,androiddevicebt2.advname,addrflag=1) time.sleep(5) if dut[0].remoteaddr: print(len(dut[0].remoteaddr)) dut[0].removecommandfile(dut[0].commandfile) dut[0].createcommandfile2(dut[0].commandfile) dut[0].turnonLE() command1=dut[0].scanandconnect(1,dut[0].remoteaddr,androiddevicebt2.datalength) dut[0].startstop(androiddevicebt2.commandfile) adbwrapper1.adbpush(dut[0].deviceid,dut[0].commandfile,androiddevicebt2.objectpath) result1=dut[0].verifycommands(androiddevicebt2.objectpath,androiddevicebt2.commandfile,androiddevicebt2.resultfile,androiddevicebt2.outputfile) if result1[0]: tcpwrapper1.sendverify(utils.enums.Hostname.BTTESTWS2.value,utils.enums.noticeevent.notificaitoninterval.value,utils.enums.Tcpport.port4.value)
bt=True,
btle=True,
sequence=(devicelist.index(device) + 1),
commandfile=androiddevicebt2.commandfile,
objectpath=androiddevicebt2.objectpath,
)
)
"""start initialization"""
# adbwrapper1.initialization()
# dut[0].initialize(androiddevicebt2.commandfile)
# numberlist=1
# for i in range(numberlist):
# dut[0].advertising(serial=1,instance=i+1,advmode=utils.enums.Advertisingmode.lowlatency.value,advpower=utils.enums.Advertisingpower.highpower.value,connectable=utils.enums.Connectable.connectable.value,timeout=0,datalength=251,name=androiddevicebt2.advname,remotehost='WCONNECT-BT-39')
# dut[0].startstop(androiddevicebt2.commandfile)
# adbwrapper1.adbpush(dut[0].deviceid,dut[0].commandfile,androiddevicebt2.objectpath)
# result=dut[0].verifycommands(androiddevicebt2.objectpath,androiddevicebt2.commandfile,androiddevicebt2.resultfile,androiddevicebt2.outputfile)
# if dut[0].verifycommandpass(result[1]):
# tcpwrapper1.connect1(utils.enums.Hostname.WCONNECTBT39.value,utils.enums.Tcpport.port3.value)
# tcpwrapper1.senddata(utils.enums.noticeevent.advertising.value)
tcpwrapper1.connect1(utils.enums.Hostname.WCONNECTBT39.value, utils.enums.Tcpport.port3.value)
tcpwrapper1.senddata(utils.enums.noticeevent.advertising.value)
time.sleep(1)
result = tcpwrapper1.serverreceive(
1, utils.enums.noticeevent.notificaitoninterval.value, "", utils.enums.Tcpport.port4.value
)
if result:
print("going to execute the change inteval")
#!/usr/bin env python 3.4 import os import subprocess import androiddevicebt2 from utils.tcpwrapper import Tcpwrapper from androiddevicebt2 import Androiddevicebt2 from utils.adbwrapper import adbwrapper import sendcommand,subprocess import test,time,datetime import utils.enums import androiddevicebt from Basetest import Basetest import loggingv1,sys adbwrapper1=adbwrapper() tcpwrapper1=Tcpwrapper() devicelist=adbwrapper1.adbdevice() dut=[] for device in devicelist: dut.append(Androiddevicebt2(deviceid=device,bt=True,btle=True,sequence=(devicelist.index(device)+1),commandfile=androiddevicebt2.commandfile,objectpath=androiddevicebt2.objectpath)) tcpwrapper1.serverreceive(1,enums.noticeevent.advertising.value,'',enums.Tcpport.port3.value) if(dut[0].scanforname1(1,androiddevicebt2.advname)): dut[0].createcommandfile2(dut[0].commandfile) command1=dut[0].scanandconnect(1,dut[0].remoteaddr,androiddevicebt2.datalength) tcpwrapper1.sendverify(utils.enums.BTTESTWS2.value,enums.noticeevent.notificaitoninterval.value,enums.Tcpport.port4.value) dut[0].writedescriptor(1,enums.UUID16bit.UUID0.value,enums.Characteristic.CID0.value,enums.Descriptor.DES0.value,enums.readwriteoperation.operationwrite.value,writedata=enums.writedata.notification.value)
