def delete_vm(profile, vm_id):
gw = Gateway(**{'profile': profile})
try:
if vm_id in [vm['VmId'] for vm in gw.ReadVms()['Vms']]:
gw.DeleteVms(VmIds=[vm_id])
return True
except:
return False
def create_vm(profile, vmtype, storage, omi):
gw = Gateway(**{'profile': profile})
with open('/Users/benjaminlaplane/.oapi_credentials') as creds:
credentials = json.load(creds)
region = credentials[profile]['region']
with open('config/omi.json') as omis:
omi_list = json.load(omis)
image = omi_list[region][omi]
try:
if 'db_manager_key' not in [key['KeypairName'] for key in gw.ReadKeypairs()['Keypairs']] :
new_keypair = gw.CreateKeypair(KeypairName='db_manager_key')
with open('../db_manager_key.rsa', 'w') as newkey:
newkey.write(new_keypair['Keypair']['PrivateKey'])
new_vm = gw.CreateVms(ImageId=image, VmType=vmtype, KeypairName='db_manager_key')['Vms'][0]
new_vol = gw.CreateVolume(Size=storage['size'], VolumeType=storage['type'], SubregionName=region + 'a')
gw.LinkVolume(VmId=new_vm['VmId'], VolumeId=new_vol['Volume']['VolumeId'], DeviceName='/dev/xvdb')
except Exception as errorExcept:
return False, None, errorExcept
new_vm = gw.ReadVms(Filters={'VmIds': [new_vm['VmId']]})['Vms'][0]
if waitforit(gw=gw, vms=[new_vm], state='running'):
return True, new_vm, None
return False, new_vm, None
async def get_all_security_groups(session: Gateway):
response = session.ReadSecurityGroups()
security_groups = []
if 'SecurityGroups' in response:
for security_group in response['SecurityGroups']:
security_groups.append(security_group)
return security_groups
async def get_all_snapshots(session: Gateway):
response = session.ReadSnapshots()
snapshots = []
if 'Snapshots' in response:
for snapshot in response['Snapshots']:
snapshots.append(snapshot)
return snapshots
async def get_all_volumes(session: Gateway):
response = session.ReadVolumes()
volumes = []
if 'Volumes' in response:
for volume in response['Volumes']:
volumes.append(volume)
return volumes
def __call__(self):
try:
main.GATEWAY = Gateway(**{"profile": self.name})
res = main.GATEWAY.ReadClientGateways()
if "Errors" not in res:
mainForm.MODE = 'INSTANCES'
self.form.parentApp.addForm("Cockpit",
mainForm.MainForm,
name="osc-tui")
self.form.parentApp.switchForm("Cockpit")
else:
should_destroy_profile = npyscreen.notify_yes_no(
"Credentials are not valids.\nDo you want do delete this profile?",
"ERROR",
)
if should_destroy_profile:
global OAPI_CREDENTIALS
del OAPI_CREDENTIALS[self.name]
save_credentials(self.form)
except requests.ConnectionError:
npyscreen.notify_confirm("Please check your internet connection.",
"ERROR")
def authenticate(self, profile=None, access=None, **kwargs):
if profile:
try:
session = Gateway(**{"profile": profile})
session.ReadAccounts()
except Exception as e:
raise AuthenticationException(e)
elif access:
session = Gateway({
"custom": {
"access_key": access[0],
"secret_key": access[1],
"region": "eu-west-2"
}
})
else:
try:
session = Gateway()
except Exception as e:
raise AuthenticationException(e)
return session
import sys
sys.path.append("..")
from osc_sdk_python import Gateway
gw = Gateway()
res = gw.CreateNet(IpRange='142.42.42.42/32')
error = [error for error in res['Errors'] if error.get('Code') == '4014' and error.get('Details') == 'invalid-block-size']
assert len(error) == 1
from osc_sdk_python import Gateway
import json
if __name__ == '__main__':
gw = Gateway(**{'profile': 'default'})
#for vm in gw.ReadVms()['Vms']:
# print(json.dumps(vm["SecurityGroups"]))
vms = ((gw.ReadVms()['Vms']))
VMs = dict()
for vm in vms:
VMs.update({vm['VmId']: vm})
#print(json.dumps(VMs))
#print (VMs)
#print(json.dumps(gw.ReadSecurityGroups()))
#print("\nyour volumes:")
#for volume in gw.ReadVolumes()["Volumes"]:
#print(volume["VolumeId"])
#ssgw1 = Gateway()
#print(gw1.ReadSecurityGroups( Filters = { "SecurityGroupIds": [ "sg-c387f0b7" ]})['SecurityGroups'][0]['InboundRules'])
#imgs = gw.ReadImages()["Images"]
#for img in imgs:
# account = img["AccountAlias"] if "AccountAlias" in img else "Unknow User"
# img_str = "creator: " + account + " id: " + img["ImageId"] + " name: " + img["ImageName"]
# print(img_str)
#print(json.dumps(gw.ReadSecurityGroups(
# Filters={"SecurityGroupIds": ['sg-c387f0b7']}
# )["SecurityGroups"][0]["InboundRules"]))
print(json.dumps(vms))
from requests import get
import json
from osc_sdk_python import Gateway
if __name__ == '__main__':
gw = Gateway(**{'profile': 'open-source'})
# for vm in gw.ReadVms()['Vms']:
# print(json.dumps(vm["SecurityGroups"]))
vms = ((gw.ReadVms()['Vms']))
VMs = dict()
for vm in vms:
VMs.update({vm['VmId']: vm})
# print(json.dumps(VMs))
#print (VMs)
# print(json.dumps(gw.ReadSecurityGroups()))
#print("\nyour volumes:")
# for volume in gw.ReadVolumes()["Volumes"]:
# print(volume["VolumeId"])
#ssgw1 = Gateway()
#print(gw1.ReadSecurityGroups( Filters = { "SecurityGroupIds": [ "sg-c387f0b7" ]})['SecurityGroups'][0]['InboundRules'])
#imgs = gw.ReadImages()["Images"]
# for img in imgs:
# account = img["AccountAlias"] if "AccountAlias" in img else "Unknow User"
# img_str = "creator: " + account + " id: " + img["ImageId"] + " name: " + img["ImageName"]
# print(img_str)
# print(json.dumps(gw.ReadSecurityGroups(
# Filters={"SecurityGroupIds": ['sg-c387f0b7']}
# )["SecurityGroups"][0]["InboundRules"]))
print(
import sys
sys.path.append("..")
from osc_sdk_python import Gateway
gw = Gateway()
vms = gw.ReadVms()
assert isinstance(vms, dict)
assert isinstance(vms["Vms"], list)
vols = gw.ReadVolumes()
assert isinstance(vols, dict)
assert isinstance(vols["Volumes"], list)
def __call__(self):
try:
global res
main.GATEWAY = Gateway(**{"profile": self.name})
# The following code is a little bit completely tricky :)
# Here is the idea:
# I want to hook all calls to the main.GATEWAY modules to automatically display the pending animation.
# (So it's a decorator)
# However, for doing such things I need to add a form parameter.
# However 2, when performing one call, it will do some "inner calls" so we must not trigger the animation all the time.
# One way would be to decorate only the "main functions" but I wanna do it automatically!
# Another one is the following one:
# If we have the form parameter, we remove it form kwargs and start the pending animation.
# So the pending animation won't be started again during "inner
# calls".
def decorator(func):
def wrapped(*args, **kwargs):
form = kwargs.get('form')
global result
result = None
if form:
kwargs.pop('form')
def cb():
global result
result = func(*args, **kwargs)
popup.startLoading(form, cb)
else:
result = func(*args, **kwargs)
return result
return wrapped
# So now we iterate over all methods of the GATEWAY that are not prefixed by "__"
# and basically we decorate them.
for method_name in dir(main.GATEWAY):
if not method_name.startswith("__"):
attr = getattr(main.GATEWAY, method_name)
if (callable(attr)):
wrapped = decorator(attr)
setattr(main.GATEWAY, method_name, wrapped)
# now let's check if the profile worked:
res = main.GATEWAY.ReadClientGateways(form=self.form)
if "Errors" not in res:
preloader.Preloader.load_async()
mainForm.MODE = 'INSTANCES'
self.form.parentApp.addForm("Cockpit",
mainForm.MainForm,
name="osc-tui")
self.form.parentApp.switchForm("Cockpit")
else:
should_destroy_profile = npyscreen.notify_yes_no(
"Credentials are not valids.\nDo you want do delete this profile?",
"ERROR",
)
if should_destroy_profile:
global OAPI_CREDENTIALS
del OAPI_CREDENTIALS[self.name]
save_credentials(self.form)
except requests.ConnectionError:
npyscreen.notify_confirm("Please check your internet connection.",
"ERROR")
from osc_sdk_python import Gateway
import json
if __name__ == '__main__':
gw = Gateway(**{'profile': 'fne'})
def decorator(func):
def wrapped(*args, **kwargs):
print("TEST")
return func(*args, **kwargs)
return wrapped
for method_name in dir(gw):
if not method_name.startswith("__"):
attr = getattr(gw, method_name)
if (callable(attr)):
wrapped = decorator(attr)
setattr(gw, method_name, wrapped)
# for vm in gw.ReadVms()['Vms']:
# print(json.dumps(vm["SecurityGroups"]))
vms = ((gw.ReadVms()['Vms']))
VMs = dict()
for vm in vms:
VMs.update({vm['VmId']: vm})
# print(json.dumps(VMs))
#print (VMs)
# print(json.dumps(gw.ReadSecurityGroups()))
#print("\nyour volumes:")
# for volume in gw.ReadVolumes()["Volumes"]:
# print(volume["VolumeId"])