def createSharedIpGroup():
"""
Creates a shared IP group with entered name and single server id.
Shows:
how to poll while waiting for a server to be created.
"""
print "Shared IP Group Name to Create: "
name = stdin.readline().strip()
print "Id of first server in group: "
server = None
found = False
id = 0
while not found and id != -1:
id = getServerId()
server = serverManager.find(id)
found = (server != None)
if found:
ipg = SharedIpGroup(name, server.id )
# Create doesn't return anything, but fills in the ipgroup with info
sharedIpGroupManager.create(ipg)
print "IP group is now:"
pprint(ipg)
def resizeServer():
"""
Resizes a server and asks you to confirm the resize.
"""
id = getServerId()
# Find is guaranteed not to throw a not-found exception
server = serverManager.find(id)
if server:
print "Server: ", server
else:
print "Server not found"
flavorId = 2
if server.flavorId == 2:
flavorId = 1
print "Resizing to Flavor ID ", flavorId
serverManager.resize(server, flavorId)
serverManager.wait(server)
print "Done! Ready to confirm or revert?\
Type confirm or revert or press enter to do nothing:"
action = stdin.readline().strip()
if action == 'confirm':
serverManager.confirmResize(server)
serverManager.wait(server)
elif action == 'revert':
serverManager.revertResize(server)
serverManager.wait(server)
print "Done!"
print "Server: ", server
def rebootServer():
"""
Reboot a server, prompting for `id`
"""
id = getServerId()
serverToReboot = serverManager.find(id)
if not serverToReboot: # find() returns None on failure to find server
print "Server not found %s" % id
return
print "Hard or Soft (h/S): "
hard_soft = stdin.readline().strip()
if hard_soft in "Hh":
rType = rebootType.hard
else:
rType = rebootType.soft
sleepTime = getSleepTime() # Get sleep time to avoid overlimit fault
serverManager.reboot(serverToReboot, rType)
status = serverToReboot.status
while status != u"ACTIVE":
status = serverToReboot.status
print "Status : ", serverToReboot.status
print "Progress : ", serverToReboot.progress
print "Sleeping : ", sleepTime
sleep(sleepTime) # pacing to avoid overlimit fault
print "Rebooted!"
def addServerToIpGroup():
"""
Add server to IP Group by id
"""
serverId = getServerId()
server = serverManager.find(serverId)
print "server: ", server
sharedIpGroupId = getSharedIpGroupId()
sharedIpGroup = sharedIpGroupManager.find(sharedIpGroupId)
print "shared ip group: ", sharedIpGroup
ipAddress = getIpAddress()
serverManager.shareIp(server, ipAddress, sharedIpGroupId, True)
pass
def deleteServer():
"""
Get user input of server ID and delete it
"""
id = getServerId()
serverToDelete = serverManager.find(id)
if not serverToDelete: # find() returns None on failure to find server
print "Server not found %s" % id
else:
pprint(serverToDelete)
status = serverManager.remove(serverToDelete)
pprint(status)
def showDetails():
"""
Get user input of server ID just show raw status object for that id
Shows:
Catching the 404 error by hand instead of using find()
"""
id = getServerId()
try:
server = serverManager.find(id)
except CloudServersFault, cf:
if cf.code == 404:
print "Server not found"
return
def showBackupSchedule():
"""
Show server's backup schedule.
"""
id = getServerId()
# Find is guaranteed not to throw a not-found exception
server = serverManager.find(id)
if server:
schedule = serverManager.getSchedule(server)
print "Backup schedule of server: ", id
print schedule
else:
print "Server not found"
def showStatus():
"""
Get user input of server ID just show raw status object for that id
Shows:
Using find() to check an ID since it will just return None and not
raise an exception.
"""
id = getServerId()
# Find is guaranteed not to throw a not-found exception
server = serverManager.find(id)
if server:
status = serverManager.status(id)
print "Status of server: ", id
pprint(status)
else:
print "Server not found"
def setBackupSchedule():
"""
Set server's backup schedule
"""
id = getServerId()
# Find is guaranteed not to throw a not-found exception
server = serverManager.find(id)
if server:
backupSchedule = serverManager.getSchedule(server)
print "Backup schedule of server: ", id
print backupSchedule
newbs = BackupSchedule(True, daily="H_0000_0200", weekly="SUNDAY")
serverManager.setSchedule(server, newbs)
backupSchedule = serverManager.getSchedule(server)
print "Backup schedule of server: ", id
print backupSchedule
else:
print "Server not found"