def get_gps_address(self):
# 注意，此方法需要使用get_img_exif()中的属性
# 该get_img_exif()方法要被执行后，属性才能被激活，然后下面被调用
self.get_img_exif()
# 原始图片获取的坐标：[103, 45, 54931/1000] <class 'exifread.classes.IfdTag'>
# 转换后坐标：103.765259, 29.206260
try:
lng = self.format_data(self.longitude_gps)
lat = self.format_data(self.latitude_gps)
# 经纬度信息完整才进行转换
if lng and lat:
# 坐标转换为火星系坐标
tr = transfer.Transfer()
location = tr.wg84_to_gcj02(lng, lat)
gps_address = f'{location[0]}, {location[1]}'
return gps_address # (103.76745380953696,29.20330918425425)
else:
print(f'图片的数据属性缺失')
return ''
# 上面已经打印过没有gps数据，此处跳过
except:
pass
def triger(self, files):
triger = transfer.Transfer()
for file_name in files:
file_name = '/root/script/20170531/' + file_name
file_size_start = os.path.getsize(file_name)
time.sleep(3)
file_size_finish = os.path.getsize(file_name)
if int(file_size_start) == int(file_size_finish):
triger.file_transfer('192.168.1.241', 'root', '123456',
'/data/sftp/mysftp/rec_data/20170531/',
file_name)
async def run(algorithm, params, db_objects):
result = []
params = json.loads(params)
### get the corresponding algorithm python module using algorithm name
module = get_package(algorithm)
algorithm_instance = module.Algorithm()
table_id = get_uniquetableid()
transfer_runner = transfer.Transfer(db_objects, table_id)
task_executor_instance = task_executor.Task(db_objects, table_id, params, transfer_runner, algorithm)
scheduler_instance = scheduler.Scheduler(task_executor_instance, algorithm_instance.algorithm)
result = await scheduler_instance.schedule()
return result
async def run(algorithm_instance, params, hash_value, step, schema, node_id,
db_objects, states):
### get the corresponding algorithm python module using algorithm name
table_id = hash_value
transfer_runner = transfer.Transfer(db_objects, table_id)
task_executor_instance = task_executor.Task(db_objects, table_id, params,
node_id, transfer_runner)
scheduler_instance = scheduler.Scheduler(task_executor_instance,
algorithm_instance.algorithm,
step, schema, states)
result = await scheduler_instance.schedule()
return result
def __init__(self):
self.config = peer_config.Config()
self.config.read_config('config.json')
self.flooding = flooding_query.FloodingQuery(self.config)
self.flooding.listen_command_port()
self.transfers = transfer.Transfer(self.config)
self.transfers.listen_data_port()
self.transfer_thread = Thread(
target=self.transfers.recv_download_file_request)
self.transfer_thread.start()
self.request_queue = Queue()
self.flooding_thread = Thread(target=self.flooding.recv_buffer,
args=(self.request_queue, ))
self.flooding_thread.start()
self.__menu()
return ip[:-1]
# Function to monitor core temperature
def coreTemp():
temp = os.popen('vcgencmd measure_temp').readline()
ftemp = float(temp.replace('temp=', '')[:-3])
if ftemp >= 80.0:
mdisp.errMsg(4321, "Overheating\r\nTemp=%.1f C" % (ftemp))
exit(1)
return ftemp
communityURL = 'http://mulenerva.bitwisehero.com:5001/'
datastoreURL = 'http://mulenerva.bitwisehero.com:5002/'
t = transfer.Transfer(communityURL, datastoreURL)
def onLocalConnect():
# 0: Upload catalog update
t.upCatalog()
# 1: Get server timestamp
t.syncTimestamp()
# 2: Upload content
for request in t.reqs:
if request['is_available']:
t.upContent(request)
# 3: Update request ledger
reqs = t.recvRequests()
t.setRequests(reqs)
return
def __init__(
self,
Facility_Name,
facility_type,
Distance_per_lift,
Distance_to_TransferStation,
Total_tonnes_collected,
Number_bin_per_hhold,
number_hhold,
Transfer_Station,
Processing_Facility,
Transfer_Distance,
):
self.Facility_Name = Facility_Name
self.facility_type = facility_type
self.Distance_per_lift = Distance_per_lift
self.Distance_to_TransferStation = Distance_to_TransferStation
self.Total_tonnes_collected = Total_tonnes_collected
self.Number_bin_per_hhold = Number_bin_per_hhold
self.number_hhold = number_hhold
self.Transfer_Station = Transfer_Station
self.Processing_Facility = Processing_Facility
self.Transfer_Distance = Transfer_Distance
###########################################################################################################
#processing facility
#grab composition
self.waste_composition_class = Co.Waste_Composition()
#grab mat diversion per facility
self.Material_Diversion_class = WF.Facility_Type()
self.WP = Prcss.Processing(self.Facility_Name,
self.waste_composition_class,
self.Material_Diversion_class)
self.WP.Material_Recovery(facility_type)
self.total_landfill_in_t = self.WP.total_for_landfill
self.total_processed = self.WP.total_processed
print("total landfill in t = ", self.WP.total_for_landfill,
" total processed = ", self.WP.total_processed)
###########################################################################################################
#waste stream
self.WasteCompo = self.waste_composition_class.Waste_Composition
self.WS = wststream.WasteStream(self.WasteCompo)
#self.WS.verification()
for compo in self.WS.Waste_Composition:
self.WS.landfill_emissions_per_t(compo)
print(compo, " total emissions per t = ",
self.WS.total_emission_per_t)
###########################################################################################################
#trip from households to transfer station
self.Trucks = TR.trucks()
for collection_truck in self.Trucks.collection_trucks:
self.TRP = Trp.Trip(collection_truck, self.Distance_per_lift,
self.Distance_to_TransferStation,
self.Total_tonnes_collected,
self.Number_bin_per_hhold, self.number_hhold)
self.TRP.total_emissions()
self.TRP.costs()
print("Collection truck = ", collection_truck,
" total emissions in t CO2 = ", self.TRP.tCO2,
" total liftcost = ", self.TRP.lift_costs)
###########################################################################################################
#transfert from transfert station to processing facility
for transfer_truck in self.Trucks.transfer_trucks:
self.TRANS = Trf.Transfer(transfer_truck, self.Transfer_Station,
self.Processing_Facility,
self.Transfer_Distance,
self.Total_tonnes_collected)
self.TRANS.total_emissions()
self.TRANS.costs()
print("transfer truck = ", transfer_truck,
" total emissions in t CO2 = ", self.TRANS.tCO2,
" total transfercost = ", self.TRANS.transfer_costs)
return