def _get_parameters(self, ctxt, image_format, image_loc, image_name,
assem, ports, osc, t_logger):
parameters = None
if image_format == 'docker':
glance_img_uuid = image_loc
LOG.debug("Image id:%s" % glance_img_uuid)
LOG.debug("Specified ports:%s" % ports)
LOG.debug("Picking first port..")
port_to_use = ports[0]
LOG.debug("Application port:%s" % port_to_use)
parameters = {'app_name': assem.name,
'image': glance_img_uuid,
'port': port_to_use}
parameters.update(heat_utils.get_network_parameters(osc))
elif image_format == 'vm':
parameters = {'name': str(assem.uuid),
'flavor': cfg.CONF.deployer.flavor,
'key_name': cfg.CONF.deployer.key_name,
'image': cfg.CONF.deployer.image}
ports_str = ''
for port in ports:
ports_str += ' -p {pt}:{pt}'.format(pt=port)
parameters['location'] = image_loc
parameters['du'] = image_name
parameters['publish_ports'] = ports_str.strip()
else:
LOG.debug("Image format %s is not supported." % image_format)
update_assembly(ctxt, assem.id, {'status': STATES.ERROR})
t_logger.log(logging.DEBUG, "Solum config error: Image format.")
t_logger.upload()
return parameters
def _get_parameters(self, ctxt, image_format, image_loc, image_name,
assem, ports, osc, t_logger):
parameters = None
if image_format == 'docker':
glance_img_uuid = image_loc
LOG.debug("Image id:%s" % glance_img_uuid)
LOG.debug("Specified ports:%s" % ports)
LOG.debug("Picking first port..")
port_to_use = ports[0]
LOG.debug("Application port:%s" % port_to_use)
parameters = {'app_name': assem.name,
'image': glance_img_uuid,
'port': port_to_use}
parameters.update(heat_utils.get_network_parameters(osc))
elif image_format == 'vm':
parameters = {'name': str(assem.uuid),
'flavor': cfg.CONF.deployer.flavor,
'key_name': cfg.CONF.deployer.key_name,
'image': cfg.CONF.deployer.image}
ports_str = ''
for port in ports:
ports_str += ' -p {pt}:{pt}'.format(pt=port)
parameters['location'] = image_loc
parameters['du'] = image_name
parameters['publish_ports'] = ports_str.strip()
else:
LOG.debug("Image format %s is not supported." % image_format)
update_assembly(ctxt, assem.id, {'status': STATES.ERROR})
t_logger.log(logging.DEBUG, "Solum config error: Image format.")
t_logger.upload()
return parameters
def _get_parameters(self, ctxt, image_format, image_loc, image_name, assem, ports, osc, t_logger):
parameters = None
if image_format == "docker":
glance_img_uuid = image_loc
LOG.debug("Image id:%s" % glance_img_uuid)
LOG.debug("Specified ports:%s" % ports)
LOG.debug("Picking first port..")
port_to_use = ports[0]
LOG.debug("Application port:%s" % port_to_use)
parameters = {"app_name": assem.name, "image": glance_img_uuid, "port": port_to_use}
parameters.update(heat_utils.get_network_parameters(osc))
elif image_format == "vm":
parameters = {"name": str(assem.uuid), "flavor": cfg.CONF.deployer.flavor, "image": cfg.CONF.deployer.image}
ports_str = ""
for port in ports:
ports_str += " -p {pt}:{pt}".format(pt=port)
parameters["location"] = image_loc
parameters["du"] = image_name
parameters["publish_ports"] = ports_str.strip()
else:
LOG.debug("Image format %s is not supported." % image_format)
update_assembly(ctxt, assem.id, {"status": STATES.ERROR})
t_logger.log(logging.DEBUG, "Solum config error: Image format.")
t_logger.upload()
return parameters
def deploy(self, ctxt, assembly_id, image_id):
osc = clients.OpenStackClients(ctxt)
assem = objects.registry.Assembly.get_by_id(ctxt,
assembly_id)
parameters = {'app_name': assem.name,
'image': image_id}
parameters.update(heat_utils.get_network_parameters(osc))
# TODO(asalkeld) support template flavors (maybe an autoscaling one)
# this could also be stored in glance.
template_flavor = 'basic'
try:
template = catalog.get('templates', template_flavor)
except exception.ObjectNotFound as onf_ex:
LOG.excepion(onf_ex)
assem.status = STATES.ERROR
assem.save(ctxt)
return
stack_name = self._get_stack_name(assem)
stack_id = self._find_id_if_stack_exists(osc, assem)
if stack_id is not None:
osc.heat().stacks.update(stack_id,
stack_name=stack_name,
template=template,
parameters=parameters)
else:
created_stack = osc.heat().stacks.create(stack_name=stack_name,
template=template,
parameters=parameters)
stack_id = created_stack['stack']['id']
comp_name = 'Heat_Stack_for_%s' % assem.name
comp_description = 'Heat Stack %s' % (
yaml.load(template).get('description'))
objects.registry.Component.assign_and_create(ctxt, assem,
comp_name,
'Heat Stack',
comp_description,
created_stack['stack']
['links'][0]['href'],
stack_id)
assem.status = STATES.DEPLOYING
assem.save(ctxt)
self._update_assembly_status(ctxt, assem, osc, stack_id)
def deploy(self, ctxt, assembly_id, image_id):
osc = clients.OpenStackClients(ctxt)
assem = objects.registry.Assembly.get_by_id(ctxt, assembly_id)
parameters = {'app_name': assem.name, 'image': image_id}
parameters.update(heat_utils.get_network_parameters(osc))
# TODO(asalkeld) support template flavors (maybe an autoscaling one)
# this could also be stored in glance.
template_flavor = 'basic'
try:
template = catalog.get('templates', template_flavor)
except exception.ObjectNotFound as onf_ex:
LOG.excepion(onf_ex)
assem.status = STATES.ERROR
assem.save(ctxt)
return
stack_name = self._get_stack_name(assem)
stack_id = self._find_id_if_stack_exists(osc, assem)
if stack_id is not None:
osc.heat().stacks.update(stack_id,
stack_name=stack_name,
template=template,
parameters=parameters)
else:
created_stack = osc.heat().stacks.create(stack_name=stack_name,
template=template,
parameters=parameters)
stack_id = created_stack['stack']['id']
comp_name = 'Heat_Stack_for_%s' % assem.name
comp_description = 'Heat Stack %s' % (
yaml.load(template).get('description'))
objects.registry.Component.assign_and_create(
ctxt, assem, comp_name, 'Heat Stack', comp_description,
created_stack['stack']['links'][0]['href'], stack_id)
assem.status = STATES.DEPLOYING
assem.save(ctxt)
self._update_assembly_status(ctxt, assem, osc, stack_id)
def _build_execution_context(self, pipeline):
# try and read the context from the previous execution
ctx = self._get_context_from_last_execution(pipeline)
if ctx is not None:
return ctx
ctx = {}
# service urls.
kc = self._clients.keystone()
ctx['heat_service_url'] = kc.client.service_catalog.url_for(
service_type='orchestration',
interface='publicURL')
ctx['build_service_url'] = kc.client.service_catalog.url_for(
service_type='image_builder',
interface='publicURL')
# extract context from the plan
# TODO(asalkeld) this should be versioned.
plan_obj = objects.registry.Plan.get_by_id(self.context,
pipeline.plan_id)
ctx['name'] = plan_obj.name
artifacts = plan_obj.raw_content.get('artifacts', [])
for arti in artifacts:
ctx['source_uri'] = arti['content']['href']
ctx['base_image_id'] = arti.get('language_pack', 'auto')
ctx['source_format'] = arti.get('artifact_type', 'heroku')
ctx['image_format'] = arti.get('image_format',
CONF.api.image_format)
ctx['template'] = catalog.get('templates', 'basic')
# TODO(asalkeld) add support to the plan to pass heat parameters.
ctx['parameters'] = {'app_name': pipeline.name}
ctx['parameters'].update(
heat_utils.get_network_parameters(self._clients))
ctx['stack_id'] = self._create_empty_stack(pipeline)
ctx['stack_name'] = pipeline.name
# TODO(asalkeld) integrate the Environment into the context.
return ctx
def _build_execution_context(self, pipeline):
# try and read the context from the previous execution
ctx = self._get_context_from_last_execution(pipeline)
if ctx is not None:
return ctx
ctx = {}
# service urls.
kc = self._clients.keystone()
ctx["heat_service_url"] = kc.client.service_catalog.url_for(
service_type="orchestration", endpoint_type="publicURL"
)
ctx["build_service_url"] = kc.client.service_catalog.url_for(
service_type="image_builder", endpoint_type="publicURL"
)
# extract context from the plan
# TODO(asalkeld) this should be versioned.
plan_obj = objects.registry.Plan.get_by_id(self.context, pipeline.plan_id)
ctx["name"] = plan_obj.name
artifacts = plan_obj.raw_content.get("artifacts", [])
for arti in artifacts:
ctx["source_uri"] = arti["content"]["href"]
ctx["base_image_id"] = arti.get("language_pack", "auto")
ctx["source_format"] = arti.get("artifact_type", "heroku")
ctx["image_format"] = arti.get("image_format", CONF.api.image_format)
ctx["template"] = catalog.get("templates", "basic")
# TODO(asalkeld) add support to the plan to pass heat parameters.
ctx["parameters"] = {"app_name": pipeline.name}
ctx["parameters"].update(heat_utils.get_network_parameters(self._clients))
ctx["stack_id"] = self._create_empty_stack(pipeline)
ctx["stack_name"] = pipeline.name
# TODO(asalkeld) integrate the Environment into the context.
return ctx
