def refresh(self):
groups = main.do_search(self.data.copy(),
["SubnetId", "IpRange", "NetId"])
values = list()
for g in groups:
values.append([g['SubnetId'], g['IpRange'], g['NetId']])
self.values = values
def refresh(self, name_filter=None):
groups = main.do_search(self.data.copy(),
['KeypairName', 'KeypairFingerprint'])
values = list()
for g in groups:
values.append([g['KeypairName'], g['KeypairFingerprint']])
self.values = values
def refresh(self):
groups = main.do_search(self.data.copy(), "NetAccessPointId", "NetId",
'ServiceName', "State")
values = list()
for g in groups:
values.append([
g['NetAccessPointId'], g['NetId'], g['ServiceName'], g['State']
])
self.values = values
def refresh(self):
groups = main.do_search(
self.data.copy(),
['FlexibleGpuId', 'Generation', 'ModelName', 'State'])
values = list()
for g in groups:
values.append([
g['FlexibleGpuId'], g['Generation'], g['ModelName'], g["State"]
])
self.values = values
def refresh(self):
groups = main.do_search(
self.data.copy(),
["SnapshotId", "Description", "VolumeId", "VolumeSize"])
values = list()
for g in groups:
vId = g['VolumeId'] if 'VolumeId' in g else "no volumes"
vSize = g['VolumeSize'] if 'VolumeSize' in g else "unknow"
values.append([g['SnapshotId'], g['Description'], vSize, vId])
self.values = values
def refresh(self):
id = main.VM["VmId"]
groups = main.do_search(
self.data.copy(),
['VolumeId', 'VolumeType', 'Size', 'SubregionName'])
values = list()
for g in groups:
values.append([
g["VolumeId"], g["VolumeType"], g["Size"], g['SubregionName']
])
self.values = values
def refresh(self):
groups = main.do_search(self.data.copy(), [
'ImageId', 'ImageType', 'Description', 'ImageName', 'AccountAlias'
])
values = list()
for g in groups:
values.append([
g['ImageName'], g['ImageId'], g['Description'], g['ImageType'],
g['AccountAlias'] if 'AccountAlias' in g else "Me"
])
self.values = values
def refresh(self):
groups = main.do_search(self.data.copy(), ['NetPeeringId'],
state_msg=True,
accepted_net=True)
values = list()
for g in groups:
AccepterNet = g["AccepterNet"]
AccepterNetId = AccepterNet[
"NetId"] if AccepterNet else "Not Accepted"
values.append(
[g['NetPeeringId'], AccepterNetId, g['State']['Message']])
self.values = values
def refresh(self):
groups = main.do_search(
self.data.copy(),
['VolumeId', 'VolumeType', 'Size', 'SubregionName'])
values = list()
for g in groups:
VolLink = g["LinkedVolumes"]
VmId = VolLink[0]["VmId"] if VolLink else "Unlinked"
DName = VolLink[0]["DeviceName"] if VolLink else "No Dev Today"
values.append([
g["VolumeId"], g["VolumeType"], g["Size"], g['SubregionName'],
VmId, DName
])
self.values = values
def refresh(self):
main.LBUs = list()
self.values = list()
groups = main.do_search(
self.data.copy(),
['LoadBalancerName', 'LoadBalancerType', 'DnsName'])
if groups is not None:
main.LBUs = groups
values = list()
for g in groups:
values.append([
g['LoadBalancerName'], g['LoadBalancerType'], g['DnsName']
])
self.values = values
def refresh(self):
if main.GATEWAY:
self.refreshing = True
self.vms = list()
main.VMs = dict()
data = main.do_search(self.data.copy(), [
"State", "VmId", "VmType", "PrivateIp", "PublicIp",
"KeypairName"
],
name_as_tag=True,
az=True)
for vm in data:
_vm = virtualMachine.VirtualMachine(vm)
if _vm.status == "running":
self.vms.append(_vm)
for vm in data:
_vm = virtualMachine.VirtualMachine(vm)
if _vm.status == "pending":
self.vms.append(_vm)
for vm in data:
_vm = virtualMachine.VirtualMachine(vm)
if _vm.status == "stopping":
self.vms.append(_vm)
for vm in data:
_vm = virtualMachine.VirtualMachine(vm)
if _vm.status == "stopped":
self.vms.append(_vm)
for vm in data:
_vm = virtualMachine.VirtualMachine(vm)
if _vm.status == "shutting-down":
self.vms.append(_vm)
for vm in data:
_vm = virtualMachine.VirtualMachine(vm)
if _vm.status == "terminated":
self.vms.append(_vm)
for vm in data:
main.VMs.update({vm["VmId"]: vm})
self.col_titles, self.values = self.summarise()
self.refreshing = False
def refresh(self):
groups = main.do_search(self.data.copy(), ["SecurityGroupId", "SecurityGroupName"])
values = list()
for g in groups:
values.append([g["SecurityGroupId"], g["SecurityGroupName"]])
self.values = values
