def main():
# Wait for ipop-tincan process to start
while is_tincan_proc() is False:
print("Waiting on IPOP Tincan to start...")
time.sleep(10)
# Create CFX object that initializes internal data structure of all the controller modules
cfx = CFX()
cfx.initialize()
cfx.wait_for_shutdown_event()
cfx.terminate()
def main():
stime = time.time()
# Loop till Tincan not in running state
while is_tincan_proc() is False:
# Print warning message to the console that the Tincan process has not been started every 10 sec interval
if time.time() - stime > 10:
print("Waiting on IPOP Tincan to start...")
stime = time.time()
# Create CFX object that initializes internal datastructure of all the controller modules
cfx = CFX()
cfx.initialize()
cfx.wait_for_shutdown_event()
cfx.terminate()
def main():
stime = time.time()
# Loop till Tincan not in running state
while checkTincanState() == False:
if time.time() - stime > 10:
print("IPOP Tincan not started.!!")
stime = time.time()
time.sleep(10)
CFx = CFX()
CFx.initialize()
CFx.waitForShutdownEvent()
CFx.terminate()
def main():
# Wait for ipop-tincan process to start
while is_tincan_proc() is False:
print("Waiting on IPOP Tincan to start...")
time.sleep(10)
# Create CFX object that initializes internal data structure of all the controller modules
cfx = CFX()
cfx.initialize()
cfx.wait_for_shutdown_event()
cfx.terminate()
def main():
stime = time.time()
# Loop till Tincan not in running state
while checktincanstate() is False:
# Print warning message to the console that the Tincan process has not been started every 10 sec interval
if time.time()-stime > 10:
print("Waiting on IPOP Tincan to start...")
stime = time.time()
# Create CFX object that initializes internal datastructure of all the controller modules
cfx = CFX()
cfx.initialize()
cfx.waitForShutdownEvent()
cfx.terminate()
def main():
CFx = CFX()
CFx.initialize()
CFx.waitForShutdownEvent()
CFx.terminate()
def main():
CFx = CFX()
CFx.initialize()
CFx.waitForShutdownEvent()
CFx.terminate()