def compileResult(VMs):
parts = 0
ans = 0
msgs = []
arrays = {}
time.sleep(0.2)
while parts < VMs:
try:
print "Getting Query.."
string = socket_results.recv()
messagedata = string[2:]
resp = str(messagedata)
print "Appending:", modules.str2arr(resp)
msgs.append(resp)
parts += 1
except:
print("Waiting for Result in Queue qresult")
print("\nParts recieved: %d" % (len(msgs)))
print modules.str2arr(msgs[0])
print modules.str2arr(msgs[1])
print modules.str2arr(msgs[2])
print modules.str2arr(msgs[3])
for msg in msgs:
msg = modules.str2arr(msg)
arrays[msg[-1][0]] = msg[:-1]
print arrays
print combine(arrays)
def fetchMessage(queueName):
sqs = boto3.resource('sqs')
queue = sqs.get_queue_by_name(QueueName=queueName)
client = boto3.client('sqs')
# Get URL for SQS queue
response = client.receive_message(
QueueUrl=queue.url,
MaxNumberOfMessages=1,
)
# print response
try:
messages = response['Messages']
for msg in messages:
body = msg['Body']
print "Message Received: { %s } from Queue: { %s }" %(modules.str2arr(body), queueName)
rhandle = msg['ReceiptHandle']
del_response = client.delete_message(
QueueUrl=queue.url,
ReceiptHandle=rhandle
)
# print del_response
return body
except:
return ""
def processMessage(msg):
# print msg
msgArray = modules.str2arr(msg)
N = (len(msgArray) - 1)/2
elements = []
for i in range(0, (len(msgArray)-1), N/2):
elements.append(msgArray[i:i+N/2])
elements = np.array(elements)
answer = np.dot(elements[0],elements[1]) + np.dot(elements[2],elements[3])
answer = np.concatenate((answer,[msgArray[-1]]),axis=0)
print "ANS"*30
print answer
modules.sendToQueue('qresult', modules.arr2str(answer))
def processMessage(msg):
# print msg
msgArray = modules.str2arr(msg)
N = (len(msgArray) - 1) / 2
elements = []
for i in range(0, (len(msgArray) - 1), N / 2):
elements.append(msgArray[i:i + N / 2])
elements = np.array(elements)
answer = np.dot(elements[0], elements[1]) + np.dot(elements[2],
elements[3])
answer = np.concatenate((answer, [msgArray[-1]]), axis=0)
print "\nANS:"
print answer, "\n"
# print (9, modules.arr2str(answer))
socket_results.send("%d %s" % (9, modules.arr2str(answer)))
def compileResult(VMs):
parts = 0
ans = 0
msgs = []
arrays = {}
while parts < VMs:
try:
resp = str(slave.fetchMessage('qresult'))
print "Appending:", modules.str2arr(resp)
msgs.append(resp)
parts += 1
except:
print("Waiting for Result in Queue qresult")
print("\nParts recieved: %d" % (len(msgs)))
print modules.str2arr(msgs[0])
print modules.str2arr(msgs[1])
print modules.str2arr(msgs[2])
print modules.str2arr(msgs[3])
for msg in msgs:
msg = modules.str2arr(msg)
arrays[msg[-1][0]] = msg[:-1]
print arrays
print combine(arrays)
modules.purge_qr()