def convert_esh_machine(esh_driver, esh_machine, provider_id, user,
image_id=None):
"""
Takes as input an (rtwo) driver and machine, and a core provider id
Returns as output a core ProviderMachine
"""
if image_id and not esh_machine:
return _convert_from_instance(esh_driver, provider_id, image_id)
elif not esh_machine:
return None
push_metadata = False
if not esh_machine._image:
metadata = {}
else:
metadata = esh_machine._image.extra.get('metadata',{})
name = esh_machine.name
alias = esh_machine.alias
if metadata and False and has_app_data(metadata):
#USE CASE: Application data exists on the image
# and may exist on this DB
app = get_application(alias, metadata.get('application_uuid'))
if not app:
app_kwargs = get_app_data(metadata, provider_id)
logger.debug("Creating Application for Image %s "
"(Based on Application data: %s)"
% (alias, app_kwargs))
app = create_application(alias, provider_id, **app_kwargs)
else:
#USE CASE: Application data does NOT exist,
# This machine is assumed to be its own application, so run the
# machine alias to retrieve any existing application.
# otherwise create a new application with the same name as the machine
# App assumes all default values
#logger.info("Image %s missing Application data" % (alias, ))
push_metadata = True
#TODO: Get application 'name' instead?
app = get_application(alias)
if not app:
logger.debug("Creating Application for Image %s" % (alias, ))
app = create_application(alias, provider_id, name)
provider_machine = load_provider_machine(alias, name, provider_id,
app=app, metadata=metadata)
#If names conflict between OpenStack and Database, choose OpenStack.
if esh_machine._image and app.name != name:
logger.debug("Name Conflict! Machine %s named %s, Application named %s"
% (alias, name, app.name))
app.name = name
app.save()
_check_project(app, user)
#if push_metadata and hasattr(esh_driver._connection,
# 'ex_set_image_metadata'):
# logger.debug("Creating App data for Image %s:%s" % (alias, app.name))
# write_app_data(esh_driver, provider_machine)
provider_machine.esh = esh_machine
return provider_machine
def convert_esh_machine(esh_driver, esh_machine, provider_id, user, image_id=None):
"""
Takes as input an (rtwo) driver and machine, and a core provider id
Returns as output a core ProviderMachine
"""
if image_id and not esh_machine:
return _convert_from_instance(esh_driver, provider_id, image_id)
elif not esh_machine:
return None
push_metadata = False
if not esh_machine._image:
metadata = {}
else:
metadata = esh_machine._image.extra.get('metadata',{})
name = esh_machine.name
alias = esh_machine.alias
if metadata and False and has_app_data(metadata):
#USE CASE: Application data exists on the image
# and may exist on this DB
app = get_application(alias, metadata.get('application_uuid'))
if not app:
app_kwargs = get_app_data(metadata, provider_id)
logger.debug("Creating Application for Image %s "
"(Based on Application data: %s)"
% (alias, app_kwargs))
app = create_application(alias, provider_id, **app_kwargs)
else:
#USE CASE: Application data does NOT exist,
# This machine is assumed to be its own application, so run the
# machine alias to retrieve any existing application.
# otherwise create a new application with the same name as the machine
# App assumes all default values
#logger.info("Image %s missing Application data" % (alias, ))
push_metadata = True
#TODO: Get application 'name' instead?
app = get_application(alias)
if not app:
logger.debug("Creating Application for Image %s" % (alias, ))
app = create_application(alias, provider_id, name)
provider_machine = load_provider_machine(alias, name, provider_id,
app=app, metadata=metadata)
#If names conflict between OpenStack and Database, choose OpenStack.
if esh_machine._image and app.name != name:
logger.debug("Name Conflict! Machine %s named %s, Application named %s"
% (alias, name, app.name))
app.name = name
app.save()
_check_project(app, user)
#if push_metadata and hasattr(esh_driver._connection,
# 'ex_set_image_metadata'):
# logger.debug("Creating App data for Image %s:%s" % (alias, app.name))
# write_app_data(esh_driver, provider_machine)
provider_machine.esh = esh_machine
return provider_machine
def get_or_create_provider_machine(image_id, machine_name,
provider_uuid, app=None, version=None,
version_name="1.0"):
"""
Guaranteed Return of ProviderMachine.
1. Load provider machine from DB
2. If 'Miss':
* Lookup application based on PM uuid
If 'Miss':
* Create application based on PM uuid
3. Using application from 2. Create provider machine
"""
provider_machine = get_provider_machine(image_id, provider_uuid)
if provider_machine:
return provider_machine
if not app:
app = get_application(provider_uuid, image_id, machine_name)
# ASSERT: If no application here, this is a new image (Found on instance)
# that was created on a seperate server. We need to make a new one.
if not app:
app = create_application(provider_uuid, image_id, machine_name)
if not version:
version = get_version_for_machine(provider_uuid, image_id, fuzzy=True)
if not version:
version = create_app_version(app, version_name, provider_machine_id=image_id)
if type(version) in [models.QuerySet, list]:
version = version[0]
return create_provider_machine(
image_id,
provider_uuid,
app,
version=version)
def get_or_create_provider_machine(image_id, machine_name, provider_uuid, app=None, version=None):
"""
Guaranteed Return of ProviderMachine.
1. Load provider machine from DB
2. If 'Miss':
* Lookup application based on PM uuid
If 'Miss':
* Create application based on PM uuid
3. Using application from 2. Create provider machine
"""
provider_machine = get_provider_machine(image_id, provider_uuid)
if provider_machine:
return provider_machine
if not app:
app = get_application(provider_uuid, image_id, machine_name)
# ASSERT: If no application here, this is a new image (Found on instance)
# that was created on a seperate server. We need to make a new one.
if not app:
app = create_application(provider_uuid, image_id, machine_name)
if not version:
version = get_version_for_machine(provider_uuid, image_id, fuzzy=True)
if not version:
version = create_app_version(app, "1.0", provider_machine_id=image_id)
# TODO: fuzzy=True returns a list, but call comes through as a .get()?
# this line will cover that edge-case.
if type(version) in [models.QuerySet, list]:
version = version[0]
return create_provider_machine(image_id, provider_uuid, app, version=version)
def _apply_fix(accounts, provider, pm):
image_id = pm.identifier
uuid = _generate_app_uuid(image_id)
g_img = get_image(accounts, image_id)
name = g_img.name
apps = Application.objects.filter(uuid=uuid)
if not apps.count():
app = create_application(
provider.uuid,
image_id,
name,
private=(
not g_img.is_public),
uuid=uuid)
else:
app = apps[0]
pm.application = app
pm.save()
if NO_META:
print "Fixed: %s Now points to %s" % (pm.identifier, app)
return
app.update_images()
g_img = get_image(accounts, image_id)
print "Updated: %s Now points to %s" % (pm.identifier, app)
def get_or_create_provider_machine(image_id, machine_name,
provider_uuid, app=None, version=None):
"""
Guaranteed Return of ProviderMachine.
1. Load provider machine from DB
2. If 'Miss':
* Lookup application based on PM uuid
If 'Miss':
* Create application based on PM uuid
3. Using application from 2. Create provider machine
"""
provider_machine = get_provider_machine(image_id, provider_uuid)
if provider_machine:
return provider_machine
if not app:
app = get_application(provider_uuid, image_id, machine_name)
# ASSERT: If no application here, this is a new image (Found on instance)
# that was created on a seperate server. We need to make a new one.
if not app:
app = create_application(provider_uuid, image_id, machine_name)
if not version:
version = get_version_for_machine(provider_uuid, image_id)
if not version:
version = create_app_version(app, "1.0", provider_machine_id=image_id)
return create_provider_machine(
image_id,
provider_uuid,
app,
version=version)
def convert_glance_image(glance_image, provider_uuid, owner=None):
"""
Guaranteed Return of ProviderMachine.
1. Load provider machine from DB and return
2a. If 'Miss':
* Lookup application based on glance_machine metadata for application_uuid
If 'Miss':
* Create application based on available glance_machine metadata
2b. Using application from 2. Create provider machine
"""
from core.models import AtmosphereUser
image_id = glance_image.id
machine_name = glance_image.name
application_name = machine_name # Future: application_name will partition at the 'Application Version separator'.. and pass the version_name to create_version
provider_machine = get_provider_machine(image_id, provider_uuid)
if provider_machine:
return (provider_machine, False)
app_kwargs = collect_image_metadata(glance_image)
if owner and hasattr(owner,'name'):
owner_name = owner.name
else:
owner_name = glance_image.get('application_owner')
user = AtmosphereUser.objects.filter(username=owner_name).first()
if user:
identity = Identity.objects.filter(
provider__uuid=provider_uuid, created_by=user).first()
else:
identity = None
app_kwargs.update({
'created_by': user,
'created_by_identity': identity
})
app = create_application(
provider_uuid, image_id, application_name,
**app_kwargs)
version = get_version_for_machine(provider_uuid, image_id, fuzzy=True)
if not version:
version_kwargs = {
'version_str': glance_image.get('application_version', '1.0'),
'created_by': user,
'created_by_identity': identity,
'provider_machine_id': image_id
}
version = create_app_version(app, **version_kwargs)
#TODO: fuzzy=True returns a list, but call comes through as a .get()?
# this line will cover that edge-case.
if type(version) in [models.QuerySet, list]:
version = version[0]
machine_kwargs = {
'created_by_identity': identity,
'version': version
}
provider_machine = create_provider_machine(
image_id, provider_uuid,
app, **machine_kwargs)
return (provider_machine, True)
def _create_machine_and_app(esh_machine, provider_uuid):
app = get_application(esh_machine.alias)
if not app:
logger.debug("Creating Application for Image %s" % (esh_machine.alias, ))
app = create_application(esh_machine.alias, provider_uuid, esh_machine.name)
#Using what we know about our (possibly new) application
#and load (or possibly create) the provider machine
provider_machine = load_provider_machine(esh_machine.alias, esh_machine.name, provider_uuid,
app=app)
return provider_machine
def _load_machine(esh_machine, provider_uuid):
name = esh_machine.name
alias = esh_machine.id
app = get_application(provider_uuid, alias, name)
if not app:
logger.debug("Creating Application for Image %s" % (alias,))
app = create_application(provider_uuid, alias, name)
# Using what we know about our (possibly new) application
# and load (or possibly create) the provider machine
provider_machine = get_or_create_provider_machine(alias, name, provider_uuid, app=app)
return provider_machine
def convert_glance_image(
account_driver, glance_image, provider_uuid, owner=None
):
"""
Guaranteed Return of ProviderMachine.
1. Load provider machine from DB and return
2a. If 'Miss':
* Lookup application based on glance_machine metadata for application_uuid
If 'Miss':
* Create application based on available glance_machine metadata
2b. Using application from 2. Create provider machine
"""
if hasattr(glance_image, 'id'):
image_id = glance_image.id
elif type(glance_image) == dict:
image_id = glance_image.get('id')
else:
raise ValueError("Unexpected glance_image: %s" % glance_image)
provider_machine = get_provider_machine(image_id, provider_uuid)
if provider_machine:
if provider_machine.is_end_dated():
return (None, False)
update_instance_source_size(
provider_machine.instance_source, glance_image.get('size')
)
return (provider_machine, False)
(app_kwargs, version_kwargs
) = _application_and_version_from_metadata(account_driver, glance_image)
# TODO: use version_kwargs in method below?
version = get_version_for_machine(provider_uuid, image_id, fuzzy=True)
if version:
app = version.application
else:
app = create_application(**app_kwargs)
version = create_app_version(app=app, **version_kwargs)
#TODO: fuzzy=True returns a list, but call comes through as a .get()?
# this line will cover that edge-case.
if type(version) in [models.QuerySet, list]:
version = version[0]
machine_kwargs = {
'created_by_identity': version_kwargs.get('created_by_identity'),
'version': version
}
provider_machine = create_provider_machine(
image_id, provider_uuid, app, **machine_kwargs
)
update_instance_source_size(
provider_machine.instance_source, glance_image.get('size')
)
return (provider_machine, True)
def load_provider_machine(provider_alias, machine_name, provider_id,
app=None, metadata={}):
"""
Returns ProviderMachine
"""
provider_machine = get_provider_machine(provider_alias, provider_id)
if provider_machine:
return provider_machine
if not app:
app = get_application(provider_alias, app_uuid=metadata.get('uuid'))
if not app:
app = create_application(provider_alias, provider_id, machine_name)
return create_provider_machine(machine_name, provider_alias, provider_id, app=app, metadata=metadata)
def _load_machine(esh_machine, provider_uuid):
name = esh_machine.name
alias = esh_machine.id
app = get_application(provider_uuid, alias, name)
if not app:
logger.debug("Creating Application for Image %s" % (alias, ))
app = create_application(provider_uuid, alias, name)
# Using what we know about our (possibly new) application
# and load (or possibly create) the provider machine
provider_machine = get_or_create_provider_machine(
alias, name, provider_uuid, app=app)
return provider_machine
def convert_glance_image(account_driver,
glance_image,
provider_uuid,
owner=None):
"""
Guaranteed Return of ProviderMachine.
1. Load provider machine from DB and return
2a. If 'Miss':
* Lookup application based on glance_machine metadata for application_uuid
If 'Miss':
* Create application based on available glance_machine metadata
2b. Using application from 2. Create provider machine
"""
if hasattr(glance_image, 'id'):
image_id = glance_image.id
elif type(glance_image) == dict:
image_id = glance_image.get('id')
else:
raise ValueError("Unexpected glance_image: %s" % glance_image)
provider_machine = get_provider_machine(image_id, provider_uuid)
if provider_machine:
if provider_machine.is_end_dated():
return (None, False)
update_instance_source_size(provider_machine.instance_source,
glance_image.get('size'))
return (provider_machine, False)
(app_kwargs, version_kwargs) = _application_and_version_from_metadata(
account_driver, glance_image)
# TODO: use version_kwargs in method below?
version = get_version_for_machine(provider_uuid, image_id, fuzzy=True)
if version:
app = version.application
else:
app = create_application(**app_kwargs)
version = create_app_version(app=app, **version_kwargs)
#TODO: fuzzy=True returns a list, but call comes through as a .get()?
# this line will cover that edge-case.
if type(version) in [models.QuerySet, list]:
version = version[0]
machine_kwargs = {
'created_by_identity': version_kwargs.get('created_by_identity'),
'version': version
}
provider_machine = create_provider_machine(image_id, provider_uuid, app,
**machine_kwargs)
update_instance_source_size(provider_machine.instance_source,
glance_image.get('size'))
return (provider_machine, True)
def process_machine_request(machine_request, new_image_id, update_cloud=True):
"""
NOTE: Current process accepts instance with source of 'Image' ONLY!
VOLUMES CANNOT BE IMAGED until this function is updated!
"""
parent_mach = machine_request.instance.provider_machine
parent_app = machine_request.instance.provider_machine.application
new_provider = machine_request.new_machine_provider
new_owner = machine_request.new_machine_owner
owner_identity = _get_owner(new_provider, new_owner)
tags = _match_tags_to_names(machine_request.new_machine_tags)
if machine_request.new_machine_forked:
app = create_application(
new_image_id,
new_provider.uuid,
machine_request.new_machine_name,
created_by_identity=owner_identity,
description=machine_request.new_machine_description,
private=not machine_request.is_public(),
tags=tags)
else:
parent_app = machine_request.instance.source.providermachine.application
app = update_application(parent_app, machine_request.new_machine_name, machine_request.new_machine_description, tags)
#2. Create the new InstanceSource and appropriate Object, relations, Memberships..
if ProviderMachine.test_existence(new_provider, new_image_id):
pm = ProviderMachine.objects.get(identifier=new_image_id, provider=new_provider)
pm = update_provider_machine(pm, new_created_by_identity=owner_identity, new_created_by=machine_request.new_machine_owner, new_application=app, new_version=machine_request.new_machine_version, allow_imaging=machine_request.new_machine_allow_imaging)
else:
pm = create_provider_machine(new_image_id, new_provider.uuid, app, owner_identity, machine_request.new_machine_version, machine_request.new_machine_allow_imaging)
provider_machine_write_hook(pm)
#Must be set in order to ask for threshold information
machine_request.new_machine = pm
#3. Associate additional attributes to new application
if machine_request.has_threshold():
machine_request.update_threshold()
#3. Add new *Memberships For new ProviderMachine//Application
if not machine_request.is_public():
upload_privacy_data(machine_request, pm)
#5. Advance the state of machine request
machine_request.end_date = timezone.now()
#After processing, validate the image.
machine_request.status = 'validating'
machine_request.save()
return machine_request
def process_machine_request(machine_request, new_image_id, update_cloud=True):
"""
NOTE: Current process accepts instance with source of 'Image' ONLY!
VOLUMES CANNOT BE IMAGED until this function is updated!
"""
parent_mach = machine_request.instance.provider_machine
parent_app = machine_request.instance.provider_machine.application
new_provider = machine_request.new_machine_provider
new_owner = machine_request.new_machine_owner
owner_identity = _get_owner(new_provider, new_owner)
tags = _match_tags_to_names(machine_request.new_machine_tags)
if machine_request.new_machine_forked:
app = create_application(
new_image_id,
new_provider.uuid,
machine_request.new_machine_name,
created_by_identity=owner_identity,
description=machine_request.new_machine_description,
private=not machine_request.is_public(),
tags=tags)
else:
parent_app = machine_request.instance.source.providermachine.application
app = update_application(parent_app, machine_request.new_machine_name, machine_request.new_machine_description, tags)
#2. Create the new InstanceSource and appropriate Object, relations, Memberships..
if ProviderMachine.test_existence(new_provider, new_image_id):
pm = ProviderMachine.objects.get(identifier=new_image_id, provider=new_provider)
pm = update_provider_machine(pm, new_created_by_identity=owner_identity, new_created_by=machine_request.new_machine_owner, new_application=app, new_version=machine_request.new_machine_version)
else:
pm = create_provider_machine(new_image_id, new_provider.uuid, app, owner_identity, machine_request.new_machine_version)
provider_machine_write_hook(pm)
#Must be set in order to ask for threshold information
machine_request.new_machine = pm
#3. Associate additional attributes to new application
if machine_request.has_threshold():
machine_request.update_threshold()
#3. Add new *Memberships For new ProviderMachine//Application
if not machine_request.is_public():
upload_privacy_data(machine_request, pm)
#5. Advance the state of machine request
machine_request.end_date = timezone.now()
#After processing, validate the image.
machine_request.status = 'validating'
machine_request.save()
return machine_request
def _create_new_application(machine_request, new_image_id, tags=[]):
new_provider = machine_request.new_machine_provider
user = machine_request.new_machine_owner
owner_ident = Identity.objects.get(created_by=user, provider=new_provider)
# This is a brand new app and a brand new providermachine
new_app = create_application(
new_provider.id,
new_image_id,
machine_request.new_application_name,
owner_ident,
# new_app.Private = False when machine_request.is_public = True
not machine_request.is_public(),
machine_request.new_machine_version,
machine_request.new_machine_description,
tags)
return new_app
def _create_new_application(machine_request, new_image_id, tags=[]):
new_provider = machine_request.new_machine_provider
user = machine_request.new_machine_owner
owner_ident = Identity.objects.get(created_by=user, provider=new_provider)
# This is a brand new app and a brand new providermachine
new_app = create_application(
new_provider.id,
new_image_id,
machine_request.new_application_name,
owner_ident,
# new_app.Private = False when machine_request.is_public = True
not machine_request.is_public(),
machine_request.new_machine_version,
machine_request.new_machine_description,
tags)
return new_app
def _load_machine(esh_machine, provider_uuid):
name = esh_machine.name
alias = esh_machine.id
app = get_application(provider_uuid, alias, name)
if not app:
logger.debug("Creating Application for Image %s" % (alias, ))
app = create_application(provider_uuid, alias, name)
# Using what we know about our (possibly new) application
# and load (or possibly create) the provider machine
provider_machine = get_or_create_provider_machine(
alias, name, provider_uuid, app=app)
lc_machine = esh_machine._image
image_size = lc_machine.extra.get('image_size')
update_instance_source_size(provider_machine.instance_source, image_size)
return provider_machine
def _load_machine(esh_machine, provider_uuid):
name = esh_machine.name
alias = esh_machine.id
app = get_application(provider_uuid, alias, name)
if not app:
logger.debug("Creating Application for Image %s" % (alias, ))
app = create_application(provider_uuid, alias, name)
# Using what we know about our (possibly new) application
# and load (or possibly create) the provider machine
provider_machine = get_or_create_provider_machine(
alias, name, provider_uuid, app=app)
lc_machine = esh_machine._image
image_size = lc_machine.extra.get('image_size')
update_instance_source_size(provider_machine.instance_source, image_size)
return provider_machine
def _check_for_metadata_update(esh_machine, provider_uuid):
"""
In this method, we look for specific metadata on an 'esh_machine'
IF we find the data we are looking for (like application_uuid)
and we assume that OpenStack is 'the Authority' on this information,
We can use that to Update/Bootstrap our DB values about the specific
application and provider machine version.
"""
name = esh_machine.name
alias = esh_machine.alias
if not esh_machine._image:
metadata = {}
else:
metadata = esh_machine._image.extra.get('metadata',{})
#TODO: lookup the line below and find the 'real' test conditions.
if metadata and False and has_app_metadata(metadata):
#USE CASE: Application data exists on the image
# and may exist on this DB
app = get_application(alias, metadata.get('application_uuid'))
if not app:
app_kwargs = get_app_metadata(metadata, provider_uuid)
logger.debug("Creating Application for Image %s "
"(Based on Application data: %s)"
% (alias, app_kwargs))
app = create_application(alias, provider_uuid, **app_kwargs)
provider_machine = load_provider_machine(alias, name, provider_uuid,
app=app, metadata=metadata)
#If names conflict between OpenStack and Database, choose OpenStack.
if esh_machine._image and app.name != name:
logger.debug("Name Conflict! Machine %s named %s, Application named %s"
% (alias, name, app.name))
app.name = name
app.save()
else:
#USE CASE: Application data does NOT exist,
# This machine is assumed to be its own application, so run the
# machine alias to retrieve any existing application.
# otherwise create a new application with the same name as the machine
provider_machine = _create_machine_and_app(
esh_machine, provider_uuid)
#TODO: some test to verify when we should be 'pushing back' to cloud
#push_metadata = True
#if push_metadata and hasattr(esh_driver._connection,
# 'ex_set_image_metadata'):
# logger.debug("Writing App data for Image %s:%s" % (alias, app.name))
# write_app_to_metadata(esh_driver, provider_machine)
return provider_machine
def get_or_create_provider_machine(image_id,
machine_name,
provider_uuid,
app=None):
"""
Guaranteed Return of ProviderMachine.
1. Load provider machine from DB
2. If 'Miss':
* Lookup application based on PM uuid
If 'Miss':
* Create application based on PM uuid
3. Using application from 2. Create provider machine
"""
provider_machine = get_provider_machine(image_id, provider_uuid)
if provider_machine:
return provider_machine
if not app:
app = get_application(provider_uuid, image_id, machine_name)
#ASSERT: If no application here, this is a new image (Found on an instance)
# that was created on a seperate server. We need to make a new one.
if not app:
app = create_application(provider_uuid, image_id, machine_name)
return create_provider_machine(image_id, provider_uuid, app)
def process_machine_request(machine_request, new_image_id):
from core.models.machine import add_to_cache
from core.models.tag import Tag
from core.models import Identity, ProviderMachine
#Get all the data you can from the machine request
new_provider = machine_request.new_machine_provider
owner_ident = Identity.objects.get(created_by=machine_request.new_machine_owner, provider=new_provider)
parent_mach = machine_request.instance.provider_machine
parent_app = machine_request.instance.provider_machine.application
if machine_request.new_machine_tags:
tags = [Tag.objects.get(name__iexact=tag) for tag in
machine_request.new_machine_tags.split(',')]
else:
tags = []
#if machine_request.new_machine_forked:
#NOTE: Swap these lines when application forking/versioning is supported in the UI
if True:
# This is a brand new app and a brand new providermachine
new_app = create_application(
new_image_id,
new_provider.id,
machine_request.new_machine_name,
owner_ident,
#new_app.Private = False when machine_request.is_public = True
not machine_request.is_public(),
machine_request.new_machine_version,
machine_request.new_machine_description,
tags)
app_to_use = new_app
description = machine_request.new_machine_description
else:
#This is NOT a fork, the application to be used is that of your
# ancestor, and the app owner should not be changed.
app_to_use = parent_app
#Include your ancestors tags, description if necessary
tags.extend(parent_app.tags.all())
if not machine_request.new_machine_description:
description = parent_app.description
else:
description = machine_request.new_machine_description
app.private = not machine_request.is_public()
app.tags = tags
app.description = description
app.save()
#Set application data to an existing/new providermachine
try:
new_machine = ProviderMachine.objects.get(identifier=new_image_id)
new_machine.application = app_to_use
new_machine.version = machine_request.new_machine_version
new_machine.created_by = machine_request.new_machine_owner
new_machine.created_by_identity = owner_ident
new_machine.save()
except ProviderMachine.DoesNotExist:
new_machine = create_provider_machine(
machine_request.new_machine_name, new_image_id,
machine_request.new_machine_provider_id, app_to_use,
{'version' : machine_request.new_machine_version})
#Be sure to write all this data to openstack metadata
#So that it can continue to be the 'authoritative source'
if not machine_request.is_public():
upload_privacy_data(machine_request, new_machine)
save_app_data(new_machine.application)
add_to_cache(new_machine)
machine_request.new_machine = new_machine
machine_request.end_date = timezone.now()
machine_request.status = 'completed'
machine_request.save()
return machine_request
def process_machine_request(machine_request, new_image_id):
from core.models.machine import add_to_cache
from core.models.tag import Tag
from core.models import Identity, ProviderMachine
#Get all the data you can from the machine request
new_provider = machine_request.new_machine_provider
owner_ident = Identity.objects.get(
created_by=machine_request.new_machine_owner, provider=new_provider)
parent_mach = machine_request.instance.provider_machine
parent_app = machine_request.instance.provider_machine.application
if machine_request.new_machine_tags:
tags = [
Tag.objects.get(name__iexact=tag)
for tag in machine_request.new_machine_tags.split(',')
]
else:
tags = []
#if machine_request.new_machine_forked:
#NOTE: Swap these lines when application forking/versioning is supported in the UI
if True:
# This is a brand new app and a brand new providermachine
new_app = create_application(
new_image_id,
new_provider.id,
machine_request.new_machine_name,
owner_ident,
#new_app.Private = False when machine_request.is_public = True
not machine_request.is_public(),
machine_request.new_machine_version,
machine_request.new_machine_description,
tags)
app_to_use = new_app
description = machine_request.new_machine_description
else:
#This is NOT a fork, the application to be used is that of your
# ancestor, and the app owner should not be changed.
app_to_use = parent_app
#Include your ancestors tags, description if necessary
tags.extend(parent_app.tags.all())
if not machine_request.new_machine_description:
description = parent_app.description
else:
description = machine_request.new_machine_description
app.private = not machine_request.is_public()
app.tags = tags
app.description = description
app.save()
#Set application data to an existing/new providermachine
try:
new_machine = ProviderMachine.objects.get(identifier=new_image_id)
new_machine.application = app_to_use
new_machine.version = machine_request.new_machine_version
new_machine.created_by = machine_request.new_machine_owner
new_machine.created_by_identity = owner_ident
new_machine.save()
except ProviderMachine.DoesNotExist:
new_machine = create_provider_machine(
machine_request.new_machine_name, new_image_id,
machine_request.new_machine_provider_id, app_to_use,
{'version': machine_request.new_machine_version})
#Be sure to write all this data to openstack metadata
#So that it can continue to be the 'authoritative source'
if not machine_request.is_public():
upload_privacy_data(machine_request, new_machine)
save_app_data(new_machine.application)
add_to_cache(new_machine)
machine_request.new_machine = new_machine
machine_request.end_date = timezone.now()
machine_request.status = 'completed'
machine_request.save()
return machine_request
def process_machine_request(machine_request, new_image_id, update_cloud=True):
"""
NOTE: Current process accepts instance with source of 'Image' ONLY!
VOLUMES CANNOT BE IMAGED until this function is updated!
"""
# Based on original instance -- You'll need this:
parent_mach = machine_request.instance.provider_machine
parent_version = parent_mach.application_version
# Based on data provided in MR:
new_provider = machine_request.new_machine_provider
new_owner = machine_request.new_machine_owner
owner_identity = _get_owner(new_provider, new_owner)
tags = _match_tags_to_names(machine_request.new_version_tags)
# TODO: Use it or remove it
# membership = _match_membership_to_access(
# machine_request.access_list,
# machine_request.new_version_membership)
if machine_request.new_version_forked:
application = create_application(
new_provider.uuid,
new_image_id,
machine_request.new_application_name,
created_by_identity=owner_identity,
description=machine_request.new_application_description,
private=not machine_request.is_public(),
tags=tags)
else:
application = update_application(
parent_version.application, machine_request.new_application_name,
tags, machine_request.new_application_description)
#FIXME: Either *add* system_files here, or *remove* the entire field.
app_version = create_app_version(application,
machine_request.new_version_name,
new_owner,
owner_identity,
machine_request.new_version_change_log,
machine_request.new_version_allow_imaging,
provider_machine_id=new_image_id)
# 2. Create the new InstanceSource and appropriate Object, relations,
# Memberships..
if models.ProviderMachine.test_existence(new_provider, new_image_id):
pm = models.ProviderMachine.objects.get(
instance_source__identifier=new_image_id,
instance_source__provider=new_provider)
pm = update_provider_machine(
pm,
new_created_by_identity=owner_identity,
new_created_by=machine_request.new_machine_owner,
new_application_version=app_version)
else:
pm = create_provider_machine(new_image_id, new_provider.uuid,
application, owner_identity, app_version)
provider_machine_write_hook(pm)
# Must be set in order to ask for threshold information
machine_request.new_application_version = app_version
machine_request.new_machine = pm
machine_request.save()
# 3. Associate additional attributes to new application
if machine_request.has_threshold():
machine_request.update_threshold()
# 4a. Add new *Memberships For new ProviderMachine//Application
if not machine_request.is_public():
upload_privacy_data(machine_request, pm)
# 4b. If new boot scripts have been associated,
# add them to the new version.
if machine_request.new_version_scripts.count():
for script in machine_request.new_version_scripts.all():
app_version.boot_scripts.add(script)
# 4c. If new licenses have been associated, add them to the new version.
if machine_request.new_version_licenses.count():
for license in machine_request.new_version_licenses.all():
app_version.licenses.add(license)
return machine_request
def process_machine_request(machine_request, new_image_id):
from core.models.machine import add_to_cache
from core.models.tag import Tag
from core.models import Identity, ProviderMachine
#Get all the data you can from the machine request
owner_ident = Identity.objects.get(created_by=machine_request.new_machine_owner, provider=machine_request.new_machine_provider)
parent_mach = machine_request.instance.provider_machine
parent_app = machine_request.instance.provider_machine.application
if machine_request.new_machine_tags:
tags = [Tag.objects.get(name__iexact=tag) for tag in
machine_request.new_machine_tags.split(',')]
else:
tags = []
if machine_request.new_machine_forked:
# This is a brand new app and a brand new providermachine
new_app = create_application(
new_image_id,
new_machine_provider.id,
machine_request.new_machine_name,
owner_ident,
machine_request.new_machine_version,
machine_request.new_machine_description,
tags)
app_to_use = new_app
else:
#This is NOT a fork, the application to be used is that of your
# ancestor
app_to_use = parent_app
#Include your ancestors tags, description if necessary
tags.extend(parent_app.tags.all())
if not machine_request.new_machine_description:
description = parent_app.description
else:
description = machine_request.new_machine_description
try:
#Set application data to an existing/new providermachine
new_machine = ProviderMachine.objects.get(identifier=new_image_id)
new_machine.application = app_to_use
new_machine.save()
except ProviderMachine.DoesNotExist:
new_machine = create_provider_machine(
machine_request.new_machine_name, new_image_id,
machine_request.new_machine_provider_id, app_to_use)
app = new_machine.application
#app.created_by = machine_request.new_machine_owner
#app.created_by_identity = owner_ident
app.tags = tags
app.description = description
app.save()
new_machine.version = machine_request.new_machine_version
new_machine.created_by = machine_request.new_machine_owner
new_machine.created_by_identity = owner_ident
new_machine.save()
add_to_cache(new_machine)
machine_request.new_machine = new_machine
machine_request.end_date = timezone.now()
machine_request.status = 'completed'
machine_request.save()
return machine_request
def process_machine_request(machine_request, new_image_id, update_cloud=True):
"""
NOTE: Current process accepts instance with source of 'Image' ONLY!
VOLUMES CANNOT BE IMAGED until this function is updated!
"""
# Based on original instance -- You'll need this:
parent_mach = machine_request.instance.provider_machine
parent_version = parent_mach.application_version
# Based on data provided in MR:
new_provider = machine_request.new_machine_provider
new_owner = machine_request.new_machine_owner
owner_identity = _get_owner(new_provider, new_owner)
tags = _match_tags_to_names(machine_request.new_version_tags)
# TODO: Use it or remove it
# membership = _match_membership_to_access(
# machine_request.access_list,
# machine_request.new_version_membership)
if machine_request.new_version_forked:
application = create_application(
new_provider.uuid,
new_image_id,
machine_request.new_application_name,
created_by_identity=owner_identity,
description=machine_request.new_application_description,
private=not machine_request.is_public(),
tags=tags)
else:
application = update_application(
parent_version.application,
machine_request.new_application_name,
tags,
machine_request.new_application_description)
app_version = create_app_version(
application, machine_request.new_version_name,
new_owner, owner_identity, machine_request.new_version_change_log,
machine_request.new_version_allow_imaging, provider_machine_id=new_image_id)
# 2. Create the new InstanceSource and appropriate Object, relations,
# Memberships..
if ProviderMachine.test_existence(new_provider, new_image_id):
pm = ProviderMachine.objects.get(
instance_source__identifier=new_image_id,
instance_source__provider=new_provider)
pm = update_provider_machine(
pm,
new_created_by_identity=owner_identity,
new_created_by=machine_request.new_machine_owner,
new_application_version=app_version)
else:
pm = create_provider_machine(new_image_id, new_provider.uuid, application, owner_identity, app_version)
provider_machine_write_hook(pm)
# Must be set in order to ask for threshold information
machine_request.new_application_version = app_version
machine_request.new_machine = pm
machine_request.save()
# 3. Associate additional attributes to new application
if machine_request.has_threshold():
machine_request.update_threshold()
# 4a. Add new *Memberships For new ProviderMachine//Application
if not machine_request.is_public():
upload_privacy_data(machine_request, pm)
# 4b. If new boot scripts have been associated,
# add them to the new version.
if machine_request.new_version_scripts.count():
for script in machine_request.new_version_scripts.all():
app_version.boot_scripts.add(script)
# 4c. If new licenses have been associated, add them to the new version.
if machine_request.new_version_licenses.count():
for license in machine_request.new_version_licenses.all():
app_version.licenses.add(license)
# 5. Advance the state of machine request
# After processing, validate the image.
machine_request.status = 'validating'
machine_request.save()
return machine_request