def run(self):
# Print the maximum thread count
print "MAX_THREAD_COUNT: " + str(self.MAX_THREAD_COUNT)
# Create threads
number = self.MAX_THREAD_COUNT - len(self.threads)
print "Creating " + str(number) + " active threads"
for i in xrange(number):
# Start thread and add to list
th = HTTPClient()
th.start()
self.threads.append(th)
# Loop until interrupted by Ctrl + C
while not self.kill_received:
# Print current date and time and current thread count
now = datetime.datetime.now()
print "[Client:run] Current date and time:" + str(now)
print "[Client:run] Current concurrent thread count:" + str(len(self.threads))
# Get & reset counters
getsPerMinute = 0
postsPerMinute = 0
for th in self.threads:
getsPerMinute += th.getReqs
th.getReqs = 0
postsPerMinute += th.postReqs
th.postReqs = 0
getsPerMinute = getsPerMinute / len(self.threads)
postsPerMinute = postsPerMinute / len(self.threads)
print "[Client:run] Operating at " + str(getsPerMinute) + " GET/m and " + str(postsPerMinute) + " POST/m"
# Repeat for bandwidth
rxBytes = 0
txBytes = 0
for th in self.threads:
rxBytes += th.rxBytes
th.rxBytes = 0
txBytes += th.txBytes
th.txBytes = 0
rxBytes = rxBytes / len(self.threads)
txBytes = txBytes / len(self.threads)
# rxBytes = rxBytes / 1000000
# txBytes = txBytes / 1000000
print "[Client:run] Downloading at " + str(rxBytes) + " B/m and Uploading at " + str(txBytes) + " B/m"
# Have a snooze...
time.sleep(60)
