def aggregatedlistmachinetypes(projectid, authorization):
machine_types = _get_machinetypes(authorization)
zonelist = zones.get_zone_names(authorization)
items = {}
for zone in zonelist:
zone_machine_types = []
if machine_types['listserviceofferingsresponse']:
for machineType in machine_types['listserviceofferingsresponse']['serviceoffering']:
zone_machine_types.append(
_cloudstack_machinetype_to_gce(
cloudstack_response=machineType,
projectid=projectid,
zone=zone
)
)
else:
zone_machine_types.append(errors.no_results_found(zone))
items['zone/' + zone] = {}
items['zone/' + zone]['zone'] = zone
items['zone/' + zone]['machineTypes'] = zone_machine_types
populated_response = {
'kind': 'compute#machineTypeAggregatedList',
'id': 'projects/' + projectid + '/aggregated/machineTypes',
'selfLink': urllib.unquote_plus(request.base_url),
'items': items
}
return helper.create_response(data=populated_response)
def deleteinstance(projectid, authorization, zone, instance):
deletion_result = _destroy_virtual_machine(authorization, instance)
populated_response = operations.create_response(
projectid=projectid,
operationid=deletion_result['destroyvirtualmachineresponse']['jobid'],
authorization=authorization
)
return helper.create_response(data=populated_response)
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 deletenetwork(projectid, authorization, network):
_delete_network(authorization, projectid, network)
populated_response = {
'kind': 'compute#operation',
'operationType': 'delete',
'targetLink': '',
'status': 'DONE',
'progress': 100
}
return helper.create_response(data=populated_response)
def getimage(projectid, authorization, image):
response = get_template_by_name(
authorization=authorization,
image=image
)
if response:
return helper.create_response(
data=_cloudstack_template_to_gce(response)
)
else:
func_route = url_for('getimage', projectid=projectid, image=image)
return errors.resource_not_found(func_route)
def listimages(projectid, authorization):
image_list = _get_templates(
authorization=authorization
)
images = []
if image_list['listtemplatesresponse']:
for image in image_list['listtemplatesresponse']['template']:
images.append(_cloudstack_template_to_gce(
cloudstack_response=image,
selfLink=request.base_url + '/' + image['name']))
populated_response = _create_populated_image_response(projectid, images)
return helper.create_response(data=populated_response)
def aggregatedlistdisks(projectid, authorization):
disk_list = _get_disks(authorization=authorization)
zone_list = zones.get_zone_names(authorization=authorization)
disk = None
filter = helper.get_filter(request.args)
if 'name' in filter:
disk = filter['name']
items = {}
for zone in zone_list:
zone_disks = []
if disk:
disk = get_disk_by_name(
authorization=authorization,
disk=disk
)
if disk:
zone_disks.append(
_cloudstack_volume_to_gce(
cloudstack_response=disk,
projectid=projectid,
zone=zone,
)
)
elif disk_list['listvolumesresponse']:
for disk in disk_list['listvolumesresponse']['volume']:
zone_disks.append(
_cloudstack_volume_to_gce(
cloudstack_response=disk,
projectid=projectid,
zone=zone,
)
)
items['zone/' + zone] = {}
items['zone/' + zone]['disks'] = zone_disks
populated_response = {
'kind': 'compute#diskAggregatedList',
'selfLink': urllib.unquote_plus(request.base_url),
'id': 'projects/' + projectid + '/global/images',
'items': items
}
return helper.create_response(data=populated_response)
def listmachinetype(projectid, authorization, zone):
machinetype = None
filter = helper.get_filter(request.args)
if 'name' in filter:
machinetype = filter['name']
items = []
if machinetype:
machinetype_list = _get_machinetypes(
authorization=authorization,
args={'keyword': machinetype}
)
if machinetype_list['listvolumesresponse']:
machinetype = helper.filter_by_name(
data=machinetype_list['listserviceofferingsresponse'][
'serviceoffering'],
name=machinetype
)
if machinetype:
items.append(
_cloudstack_machinetype_to_gce(
cloudstack_response=machinetype,
projectid=projectid,
zone=zone
)
)
else:
machinetype_list = _get_machinetypes(authorization=authorization)
if machinetype_list['listserviceofferingsresponse']:
for machinetype in machinetype_list['listserviceofferingsresponse']['serviceoffering']:
items.append(
_cloudstack_machinetype_to_gce(
cloudstack_response=machinetype,
projectid=projectid,
zone=zone
)
)
populated_response = {
'kind': 'compute#imageList',
'selfLink': urllib.unquote_plus(request.base_url),
'id': 'projects/' + projectid + '/global/images',
'items': items
}
return helper.create_response(data=populated_response)
def getnetwork(projectid, authorization, network):
response = get_network_by_name(
authorization=authorization,
securitygroup=network
)
if response:
return helper.create_response(
data=_cloudstack_network_to_gce(response)
)
else:
func_route = url_for(
'getnetwork',
projectid=projectid,
network=network)
return errors.resource_not_found(func_route)
def listzones(projectid, authorization):
zone_list = _get_zones(authorization)
items = []
if zone_list['listzonesresponse']:
for zone in zone_list['listzonesresponse']['zone']:
items.append(_cloudstack_zone_to_gce(zone))
populated_response = {
'kind': 'compute#zoneList',
'id': 'projects/' + projectid + '/zones',
'selfLink': request.base_url,
'items': items
}
return helper.create_response(data=populated_response)
def listdisks(projectid, authorization, zone):
disk = None
filter = helper.get_filter(request.args)
if 'name' in filter:
disk = filter['name']
items = []
if disk:
disk_list = _get_disks(
authorization=authorization,
args={'keyword': disk}
)
if disk_list['listvolumesresponse']:
disk = helper.filter_by_name(
data=disk_list['listvolumesresponse']['volume'],
name=disk
)
if disk:
items.append(
_cloudstack_volume_to_gce(
cloudstack_response=disk,
projectid=projectid,
zone=zone
)
)
else:
disk_list = _get_disks(authorization=authorization)
if disk_list['listvolumesresponse']:
for disk in disk_list['listvolumesresponse']['volume']:
items.append(
_cloudstack_volume_to_gce(
cloudstack_response=disk,
projectid=projectid,
zone=zone
)
)
populated_response = {
'kind': 'compute#imageList',
'selfLink': urllib.unquote_plus(request.base_url),
'id': 'projects/' + projectid + '/global/images',
'items': items
}
return helper.create_response(data=populated_response)
def aggregatedlistinstances(authorization, projectid):
zone_list = zones.get_zone_names(authorization=authorization)
virtual_machine_list = _get_virtual_machines(authorization=authorization)
instance = None
filter = helper.get_filter(request.args)
if 'name' in filter:
instance = filter['name']
items = {}
for zone in zone_list:
zone_instances = []
if instance:
virtual_machine = _get_virtual_machine_by_name(
authorization=authorization,
instance=instance
)
if virtual_machine:
zone_instances.append(
_cloudstack_virtual_machine_to_gce(
cloudstack_response=virtual_machine,
projectid=projectid,
zone=zone
)
)
elif virtual_machine_list['listvirtualmachinesresponse']:
for instance in virtual_machine_list['listvirtualmachinesresponse']['virtualmachine']:
zone_instances.append(
_cloudstack_virtual_machine_to_gce(
cloudstack_response=instance,
projectid=projectid,
zone=zone
)
)
items['zone/' + zone] = {}
items['zone/' + zone]['instances'] = zone_instances
populated_response = {
'kind': 'compute#instanceAggregatedList',
'id': 'projects/' + projectid + '/instances',
'selfLink': request.base_url,
'items': items
}
return helper.create_response(data=populated_response)
def listnetworks(projectid, authorization):
securitygroup_list = _get_networks(
authorization=authorization
)
networks = []
if securitygroup_list['listsecuritygroupsresponse']:
for network in securitygroup_list['listsecuritygroupsresponse']['securitygroup']:
networks.append(_cloudstack_network_to_gce(
cloudstack_response=network,
selfLink=request.base_url + '/' + network['name']))
populated_response = _create_populated_network_response(
projectid,
networks
)
return helper.create_response(data=populated_response)
def getinstance(projectid, authorization, zone, instance):
response = _get_virtual_machine_by_name(
authorization=authorization,
instance=instance
)
if response:
return helper.create_response(
data=_cloudstack_virtual_machine_to_gce(
cloudstack_response=response,
projectid=projectid,
zone=zone
)
)
else:
function_route = url_for(
'getinstance',
projectid=projectid,
instance=instance)
return errors.resource_not_found(function_route)
def getdisk(projectid, authorization, zone, disk):
response = get_disk_by_name(
authorization=authorization,
disk=disk
)
if response:
return helper.create_response(
data=_cloudstack_volume_to_gce(
cloudstack_response=response,
projectid=projectid,
zone=zone
)
)
else:
func_route = url_for(
'getdisk',
projectid=projectid,
disk=disk
)
return errors.resource_not_found(func_route)
def getmachinetype(projectid, authorization, zone, machinetype):
response = get_machinetype_by_name(
authorization=authorization,
machinetype=machinetype
)
if response:
return helper.create_response(
data=_cloudstack_machinetype_to_gce(
cloudstack_response=response,
projectid=projectid,
zone=zone
)
)
else:
func_route = url_for(
'getmachinetype',
projectid=projectid,
machinetype=machinetype,
zone=zone)
return errors.resource_not_found(func_route)
def addinstance(authorization, projectid, zone):
data = json.loads(request.data)
print data
args = {}
args['name'] = data['name']
args['serviceoffering'] = data['machineType'].rsplit('/', 1)[1]
args['template'] = data['disks'][0]['initializeParams']['sourceImage'].rsplit('/', 1)[1]
args['zone'] = zone
network = data['networkInterfaces'][0]['network'].rsplit('/', 1)[1]
if network is not 'default':
args['network'] = network
deployment_result = _deploy_virtual_machine(authorization, args, projectid)
if 'errortext' in deployment_result['deployvirtualmachineresponse']:
populated_response = {
'kind': 'compute#operation',
'operationType': 'insert',
'targetLink': '',
'status': 'DONE',
'progress': 100,
'error': {
'errors': [{
'code': 'RESOURCE_ALREADY_EXISTS',
'message': 'the resource \'projects/\'' + projectid +
'/zones/' + zone + '/instances/' + args['name']
}]
}
}
else:
populated_response = operations.create_response(
projectid=projectid,
operationid=deployment_result[
'deployvirtualmachineresponse']['jobid'],
authorization=authorization
)
return helper.create_response(data=populated_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 getoperations(authorization, operationid, projectid):
return helper.create_response(create_response(
authorization=authorization,
operationid=operationid,
projectid=projectid
))
def listnocentoscloudimages(authorization):
populated_response = _create_populated_image_response('centos-cloud')
return helper.create_response(data=populated_response)
def listnodebiancloudimages(authorization):
populated_response = _create_populated_image_response('debian-cloud')
return helper.create_response(data=populated_response)