def monitor(n, timeout):
allStarted=True
for i in range(0,n):
allStarted=True
getSpotRequests()
#getRunningInstances()
for n in GF.requests:
if n.status=="open":
allStarted=False
if allStarted is True:
break
time.sleep(timeout)
if allStarted is False:
print "All instances did not start during designated time."
if GF.confirmQuestion("Would you like to continue?") is True:
monitor(n, timeout)
else:
sys.exit()
else:
for i in range(0,n):
allStarted=True
getRunningInstances()
for n in GF.nodes:
if n.status=="pending":
allStarted=False
if allStarted is True:
break
if allStarted is False:
print "All instances did not start during designated time."
if GF.confirmQuestion("Would you like to continue?") is True:
monitor(n, timeout)
else:
sys.exit()
else:
#launch?!
print "stuff"
for node in GF.reqests:
if node.status == "active":
runcnt+=1
if node.status == "open":
ocnt+=1
node.desc()
GF.log("There are a total of "+str(runcnt)+" active and "+str(ocnt)+" waiting to launch",0)
saveState()
sys.exit()
elif o in ("--master"):
withlaunch=False
for o2, a2 in opts:
if o2 in ("--launch"):
withlaunch=True
if withlaunch is False:
if GF.confirmQuestion("This will create a master node of size "+a2+" \nAre you sure you want to continue?") is False:
sys.exit()
launchMaster(ami,a,key)
saveState()
elif o in ("--launch"):
for o2, a2 in opts:
if o2 in ("--master"):
if GF.confirmQuestion("This will create a master node of size "+a2+" \nAre you sure you want to continue?") is False:
sys.exit()
launchMaster(ami,a2,key)
saveState() #save incase something fails ami-1aad5273
if len(a.split(',')) == 2:
cnt=a.split(',')[0]
size=a.split(',')[1]
maxPrice=curSpotCost(size)
elif len(a.split(',')) == 3:
