def discovery():
with open(app.config['DATA'] + '/v1.json') as template:
discovery_template = json.loads(template.read())
discovery_template[
'baseUrl'] = helper.get_root_url() + '/' + app.config['PATH']
discovery_template['basePath'] = '/' + app.config['PATH']
discovery_template['rootUrl'] = helper.get_root_url() + '/'
discovery_template['servicePath'] = app.config['PATH']
return helper.create_response(data=discovery_template)
def _create_instance_response(async_result, projectid, authorization):
populated_response = {
'kind': 'compute#operation',
'id': async_result['jobid'],
'operationType': 'insert',
'name': async_result['jobid'],
'user': async_result['userid'],
'insertTime': async_result['created'],
'startTime': async_result['created'],
'selfLink': urllib.unquote_plus(helper.get_root_url() + url_for(
'getoperations',
projectid=projectid,
operationid=async_result['jobid']
))
}
if async_result['jobstatus'] is 0:
# handle pending case
populated_response['targetLink'] = ''
populated_response['status'] = 'PENDING'
populated_response['progress'] = 0
elif async_result['jobstatus'] is 1:
# handle successful case
populated_response['status'] = 'DONE'
populated_response['id'] = async_result['jobid']
populated_response['zone'] = urllib.unquote_plus(
helper.get_root_url() +
url_for(
'getzone',
projectid=projectid,
zone=async_result['jobresult']['virtualmachine']['zonename'],
))
populated_response['targetLink'] = urllib.unquote_plus(
helper.get_root_url() +
url_for(
'getinstance',
projectid=projectid,
zone=async_result['jobresult']['virtualmachine']['zonename'],
instance=async_result['jobresult']['virtualmachine']['displayname']))
_add_sshkey_metadata(
authorization=authorization,
publickey=publickey_storage[projectid],
instanceid=async_result['jobresult']['virtualmachine']['id']
)
return populated_response
def _delete_instance_response(async_result, projectid):
populated_response = {
'kind': 'compute#operation',
'insertTime': async_result['created'],
'operationType': 'delete',
'name': async_result['jobid'],
'startTime': async_result['created'],
'selfLink': urllib.unquote_plus(helper.get_root_url() + url_for(
'getoperations',
projectid=projectid,
operationid=async_result['jobid']
))
}
if async_result['jobstatus'] is 0:
# handle pending case
populated_response['targetLink'] = ''
populated_response['status'] = 'PENDING'
populated_response['progress'] = 0
elif async_result['jobstatus'] is 1:
# handle successful case
populated_response['status'] = 'DONE'
populated_response['zone'] = urllib.unquote_plus(
helper.get_root_url() +
url_for(
'getzone',
projectid=projectid,
zone=async_result['jobresult']['virtualmachine']['zonename'],
))
populated_response['targetLink'] = urllib.unquote_plus(
helper.get_root_url() +
url_for(
'getinstance',
projectid=projectid,
zone=async_result['jobresult']['virtualmachine']['zonename'],
instance=async_result['jobresult']['virtualmachine']['displayname']))
# need to add a case here for error handling, its job status 2
return populated_response
def _cloudstack_machinetype_to_gce(cloudstack_response, projectid, zone):
response = {}
response['kind'] = 'compute#machineType'
response['name'] = cloudstack_response['name']
response['id'] = cloudstack_response['id']
response['description'] = cloudstack_response['displaytext']
response['creationTimestamp'] = cloudstack_response['created']
response['guestCpus'] = cloudstack_response['cpunumber']
response['memoryMb'] = cloudstack_response['memory']
response['selfLink'] = urllib.unquote_plus(helper.get_root_url() + url_for(
'getmachinetype',
projectid=projectid,
machinetype=cloudstack_response['name'],
zone=zone
))
response['zone'] = zone
return response
def setglobalmetadata(projectid, authorization):
data = json.loads(request.data)
publickey_storage[projectid] = data['items'][0]['value']
data = data['items'][0]['value'].split(':')[1]
command = 'deleteSSHKeyPair'
args = {
'name': projectid
}
requester.make_request(
command,
args,
authorization.client_id,
authorization.client_secret,
)
command = 'registerSSHKeyPair'
args = {
'name': projectid,
'publickey': data
}
requester.make_request(
command,
args,
authorization.client_id,
authorization.client_secret,
)
res = jsonify({
"kind": "compute#operation",
'operationType': 'setMetadata',
'targetLink': urllib.unquote_plus(helper.get_root_url() + url_for(
'getproject',
projectid=projectid
)),
'status': 'PENDING',
'progress': 0
})
res.status_code = 200
return res
def _cloudstack_virtual_machine_to_gce(cloudstack_response, zone, projectid):
response = {}
response['kind'] = 'compute#instance'
response['id'] = cloudstack_response['id']
response['creationTimestamp'] = cloudstack_response['created']
response['status'] = cloudstack_response['state'].upper()
response['name'] = cloudstack_response['name']
response['description'] = cloudstack_response['name']
response['machineType'] = cloudstack_response['serviceofferingname']
response['image'] = cloudstack_response['templatename']
response['canIpForward'] = 'true'
response['networkInterfaces'] = []
response['disks'] = []
networking = {}
if cloudstack_response['securitygroup']:
networking['network'] = cloudstack_response['securitygroup'][0]['name']
networking['networkIP'] = cloudstack_response['nic'][0]['ipaddress']
networking['name'] = cloudstack_response['nic'][0]['id']
networking['accessConfigs'] = []
accessconfig = {}
accessconfig['kind'] = 'compute#accessConfig'
accessconfig['type'] = 'ONE_TO_ONE_NAT'
accessconfig['name'] = 'External NAT'
accessconfig['natIP'] = cloudstack_response['nic'][0]['ipaddress']
networking['accessConfigs'] = accessconfig
response['networkInterfaces'].append(networking)
response['selfLink'] = urllib.unquote_plus(helper.get_root_url() + url_for(
'getinstance',
projectid=projectid,
instance=cloudstack_response['name'],
zone=zone
))
response['zone'] = zone
return response
def addnetwork(authorization, projectid):
data = json.loads(request.data)
args = {}
args['name'] = data['name']
args['description'] = data['description']
network_result = _get_network(authorization, args)
if 'errortext' in network_result['createsecuritygroupresponse']:
populated_response = {
'kind': 'compute#operation',
'operationType': 'insert',
'targetLink': '',
'status': 'DONE',
'progress': 100,
'error': {
'errors': [{
'code': 'RESOURCE_ALREADY_EXISTS',
'message': 'the resource \'projects/\'' + projectid + '/global/networks/' + args['name']
}]
}
}
else:
populated_response = {
'kind': 'compute#operation',
'operationType': 'insert',
'targetLink': urllib.unquote_plus(
helper.get_root_url() + url_for(
'getnetwork',
projectid=projectid,
network=data['name']
)
),
'status': 'DONE',
'progress': 100
}
return helper.create_response(data=populated_response)
def _cloudstack_volume_to_gce(cloudstack_response, projectid, zone):
response = {}
response['kind'] = 'compute#disk'
response['id'] = cloudstack_response['id']
response['creationTimestamp'] = cloudstack_response['created']
response['status'] = cloudstack_response['state'].upper()
response['name'] = cloudstack_response['name']
response['description'] = cloudstack_response['name']
response['sizeGb'] = cloudstack_response['size']
response['selfLink'] = urllib.unquote_plus(helper.get_root_url() + url_for(
'getmachinetype',
projectid=projectid,
machinetype=cloudstack_response['name'],
zone=zone
))
if not zone:
response['zone'] = cloudstack_response['zonename']
else:
response['zone'] = zone
return response