def run(self):
inicio=time.time()
while (time.time()-inicio < 30):
codigo_alarma = random.randint(0,10)
MergeSort.mergesort([random.randint(0,self.tamano) for i in range(self.tamano)])
tiempo = time.time()
self.obj.set_value(self.indice_lista, tiempo)
def process(clientsocket, data):
#sort the data
print "sorting data"
array = eval(data)
print 'Data received, sorting array of length ', len(array)
array = MergeSort.mergesort(array)
print 'Array sorted, sending data...'
data = repr(array)
clientsocket.sendall(data)
s.connect((HOST, PORT))
#Receives arraystring in chunks
arraystring = ''
print 'Receiving data...'
while 1:
data = s.recv(4096) #Receives data in chunks
#print data
arraystring += data #Adds data to array string
if ']' in data: #When end of data is received
break
array = eval(arraystring)
print 'Data received, sorting array... '
#Sorts the array which it is allocated
array = MergeSort.mergesort(array)
print 'Array sorted, sending data...'
#Converts array into string to be sent back to server
arraystring = repr(array)
s.sendall(arraystring) #Sends array string
print 'Data sent.'
s.close()
def run(self):
inicio=time.time()
while(time.time()-inicio < 5):
MergeSort.mergesort([random.randint(0,self.tamano) for i in range(self.tamano)])
self.lista[self.indice_lista]=time.time()
#Start and time distributed computing sorting process
start_time = time.time() #Records start time
sections = breakarray(array,
procno) #splits array into sections for every client
for i in range(procno - 1): #Converts array section into string to be sent
arraystring = repr(sections[i + 1])
c = conn_list[i]
#conn.sendto( arraystring , addr_list[i] ) #Sends array string
c.sendto(arraystring, addr_list[i]) #Sends array string
print 'Data sent, sorting array...'
array = MergeSort.mergesort(
sections[procID]) #Sorts section and stores it in array
print 'Array sorted.'
for i in range(procno - 1): #Receives sorted sections from each client
arraystring = ''
print 'Receiving data from clients...'
cc = conn_list[i]
while 1:
data = cc.recv(4096) #Receives data in chunks
arraystring += data #Adds data to array string
if ']' in data: #When end of data is received
break
print 'Data received, merging arrays...'
array = MergeSort.merge(
array,
conn, addr = s.accept() #Accepts connection from client
print 'Connected by', addr
addr_list.append(addr) #Adds address to address list
#Start and time distributed computing sorting process
start_time = time.time() #Records start time
sections = breakarray(array, procno) #splits array into sections for every client
for i in range(procno - 1): #Converts array section into string to be sent
arraystring = repr(sections[i+1])
conn.sendto( arraystring , addr_list[i] ) #Sends array string
print 'Data sent, sorting array...'
array = MergeSort.mergesort(sections[procID]) #Sorts section and stores it in array
print 'Array sorted.'
for i in range(procno - 1): #Receives sorted sections from each client
arraystring = ''
print 'Receiving data from clients...'
while 1:
data = conn.recv(4096) #Receives data in chunks
arraystring += data #Adds data to array string
if ']' in data: #When end of data is received
break
print 'Data received, merging arrays...'
array = MergeSort.merge(array, eval(arraystring)) #Merges current array with section from client
print 'Arrays merged.'
