def format_all_branch_data(data):
tmp=copy.deepcopy(feature_collection)
for i in get_all_data():
all_data[i['No']-1]=i
for item in branch_data:
tmp3=format_Branch_data(item[0],item[1],item[2],all_data[item[1]-1],all_data[item[2]-1])
BRANCH[item[0]-1]=tmp3["properties"]
if item[0]==1:
tmp3["properties"]['status']=0
tmp3["properties"]['powerLevel']=random.randrange(1,4)
tmp['features'].append(tmp3)
return tmp
def format_all_branch_data(data):
tmp = copy.deepcopy(feature_collection)
for i in get_all_data():
all_data[i['No'] - 1] = i
for item in branch_data:
tmp3 = format_Branch_data(item[0], item[1], item[2],
all_data[item[1] - 1], all_data[item[2] - 1])
BRANCH[item[0] - 1] = tmp3["properties"]
if item[0] == 1:
tmp3["properties"]['status'] = 0
tmp3["properties"]['powerLevel'] = random.randrange(1, 4)
tmp['features'].append(tmp3)
return tmp
def get_all_branch(request):
tmp=format_all_branch_data(get_all_data())
return HttpResponse(json.dumps(tmp))
s.connect((ip,6399+_id))
x=struct.pack('3i',_id,type,0)
s.send(x)
s.close()
if(type==2):
op='shutdown bus'
else:
op='start bus'
ty=1
elif type==3 or type==4:
print _id,type,branch_data[_id]
bus1=socket.socket()
bus1.connect((ip,6399+branch_data[_id][1]))
x=struct.pack('3i',branch_data[_id][1],type,_id,)
bus1.send(x)
bus1.close()
if(type==3):
op='shutdown branch'
else:
op='start branch'
ty=2
return HttpResponse("success")
def get_load_history():
return [[float('%.4f'%(120+random.random()*30)) for i in range(7)] for k in range(4)]
def get_gen_history():
return [[float('%.4f'%(120+random.random()*30)) for i in range(7)] for k in range(4)]
def get_branch_history():
return [[float('%.4f'%(120+random.random()*30)) for i in range(7)] for k in range(4)]
import cPickle
format_all_bus_data(get_all_data())
def get_all_bus(request):
tmp=format_all_bus_data(get_all_data())
#print tmp
return HttpResponse(json.dumps(tmp))
def get_all_bus(request):
tmp = format_all_bus_data(get_all_data())
#print tmp
return HttpResponse(json.dumps(tmp))
