def send_http(clsDat):
clsDat= datModel.datModelClass()
if( clsDat.recvCount() ==0):
print("# Nothing, data")
return
#else:
#debug
clsDat.debug_printDat()
print("# http-start")
sReq=""
sV1=clsDat.get_datByName("device1" , 1)
if (len(sV1 ) > 0 ):
sReq +="&field1=" + str(sV1)
sV2=clsDat.get_datByName("device2" , 1)
if (len(sV2 ) > 0 ):
sReq +="&field2=" + str(sV2)
sV2b=clsDat.get_datByName("device2" , 2 )
if (len(sV2b ) > 0 ):
sReq +="&field3=" + str(sV2b )
sV3=clsDat.get_datByName("device3" , 1 )
if (len(sV3 ) > 0 ):
sReq +="&field4=" + str(sV3 )
sV4=clsDat.get_datByName("device4" , 1 )
if (len(sV4 ) > 0 ):
sReq +="&field5=" + str(sV4 )
th=threading.Thread(target=execute_httpSend ,args=(sReq, ) )
th.start()
def load_config(self, fname):
clsDat = datModel.datModelClass()
sDir = os.path.dirname(os.path.abspath(__file__))
sPath = sDir + "/" + fname
print("sPath=" + sPath)
file = open(sPath, 'r')
json_dict = json.load(file)
iCt = 0
for item in json_dict:
# print (item)
print json_dict[item]
# clsDat.set_addr(iCt, json_dict[item ] )
clsDat.set_device(iCt, json_dict[item], item)
iCt = iCt + 1
def send_http(clsDat):
clsDat = datModel.datModelClass()
#cHttp = http_func.http_funcClass()
if (clsDat.recvCount() == 0):
print("# Nothing, data")
return
#else:
print("# http-start")
#debug
clsDat.debug_printDat()
sReq = ""
sV1 = clsDat.get_datByAdvname(mAdv_name11, 1)
if (len(sV1) > 0):
sReq += "&field3=" + str(sV1)
sV2 = clsDat.get_datByAdvname(mAdv_name12, 1)
if (len(sV2) > 0):
sReq += "&field4=" + str(sV2)
sV3 = clsDat.get_datByAdvname(mAdv_name13, 1)
if (len(sV3) > 0):
sReq += "&field5=" + str(sV3)
th = threading.Thread(target=execute_httpSend, args=(sReq, ))
th.start()
th = threading.Thread(target=execute_httpSend, args=(sReq, ))
th.start()
def Is_valid_desc(desc):
ret = mNG_CODE
clsConst = appConst.appConstClass()
if (desc == clsConst.mDesc_Localname):
ret = mOK_CODE
if (desc == clsConst.mDesc_mafact):
ret = mOK_CODE
return ret
if __name__ == "__main__":
clsDat = datModel.datModelClass()
clsConst = appConst.appConstClass()
init_param(clsDat)
scanner = Scanner().withDelegate(ScanDelegate())
from datetime import datetime
tmBef = datetime.now()
while True:
tmNow = datetime.now()
tmSpan = tmNow - tmBef
iSpan = tmSpan.total_seconds()
sTime = datetime.now().strftime("%Y-%m-%d %H:%M:%S")
print("time=" + sTime)
# BLE
devices = scanner.scan(2.0)
for dev in devices:
for (adtype, desc, value) in dev.getScanData():