def diagnostics_to_dict(diagnostics):
"""
Extract api data from diagnostics QuerySet.
"""
entries = list()
for diagnostic in diagnostics:
# format source date if set
formatted_source_date = None
if diagnostic.source_date:
formatted_source_date = utils.isoformat(diagnostic.source_date)
entry = {
'source': diagnostic.source,
'created': utils.isoformat(diagnostic.created),
'message': diagnostic.message,
'details': diagnostic.details,
'level': diagnostic.level,
}
if formatted_source_date:
entry['source_date'] = formatted_source_date
entries.append(entry)
return entries
def diagnostics_to_dict(diagnostics):
"""
Extract api data from diagnostics QuerySet.
"""
entries = list()
for diagnostic in diagnostics:
# format source date if set
formatted_source_date = None
if diagnostic.source_date:
formatted_source_date = utils.isoformat(diagnostic.source_date)
entry = {
'source': diagnostic.source,
'created': utils.isoformat(diagnostic.created),
'message': diagnostic.message,
'details': diagnostic.details,
'level': diagnostic.level,
}
if formatted_source_date:
entry['source_date'] = formatted_source_date
entries.append(entry)
return entries
def vm_to_dict(vm, detail=False):
d = dict(id=vm.id, name=vm.name)
d['links'] = util.vm_to_links(vm.id)
if detail:
d['user_id'] = vm.userid
d['tenant_id'] = vm.project
d['shared_to_project'] = vm.shared_to_project
d['status'] = logic_utils.get_rsapi_state(vm)
d['SNF:task_state'] = logic_utils.get_task_state(vm)
d['progress'] = 100 if d['status'] == 'ACTIVE' else vm.buildpercentage
d['hostId'] = vm.hostid
d['updated'] = utils.isoformat(vm.updated)
d['created'] = utils.isoformat(vm.created)
d['flavor'] = {
"id": vm.flavor_id,
"links": util.flavor_to_links(vm.flavor_id)
}
d['image'] = {
"id": vm.imageid,
"links": util.image_to_links(vm.imageid)
}
d['suspended'] = vm.suspended
metadata = dict((m.meta_key, m.meta_value) for m in vm.metadata.all())
d['metadata'] = metadata
nics = vm.nics.all()
active_nics = filter(lambda nic: nic.state == "ACTIVE", nics)
active_nics.sort(key=lambda nic: nic.id)
attachments = map(nic_to_attachments, active_nics)
d['attachments'] = attachments
d['addresses'] = attachments_to_addresses(attachments)
d['volumes'] = [
v.id for v in vm.volumes.filter(deleted=False).order_by('id')
]
# include the latest vm diagnostic, if set
diagnostic = vm.get_last_diagnostic()
if diagnostic:
d['diagnostics'] = diagnostics_to_dict([diagnostic])
else:
d['diagnostics'] = []
# Fixed
d["security_groups"] = [{"name": "default"}]
key_names = json.loads(vm.key_names)
d["key_name"] = key_names[0] if len(key_names) > 0 else None
d["SNF:key_names"] = key_names
d["config_drive"] = ""
d["accessIPv4"] = ""
d["accessIPv6"] = ""
fqdn = get_server_fqdn(vm, active_nics)
d["SNF:fqdn"] = fqdn
d["SNF:port_forwarding"] = get_server_port_forwarding(
vm, active_nics, fqdn)
d['deleted'] = vm.deleted
d['SNF:rescue'] = vm.rescue
return d
def vm_to_dict(vm, detail=False):
d = dict(id=vm.id, name=vm.name)
d['links'] = util.vm_to_links(vm.id)
if detail:
d['user_id'] = vm.userid
d['tenant_id'] = vm.project
d['shared_to_project'] = vm.shared_to_project
d['status'] = logic_utils.get_rsapi_state(vm)
d['SNF:task_state'] = logic_utils.get_task_state(vm)
d['progress'] = 100 if d['status'] == 'ACTIVE' else vm.buildpercentage
d['hostId'] = vm.hostid
d['updated'] = utils.isoformat(vm.updated)
d['created'] = utils.isoformat(vm.created)
d['flavor'] = {"id": vm.flavor_id,
"links": util.flavor_to_links(vm.flavor_id)}
d['image'] = {"id": vm.imageid,
"links": util.image_to_links(vm.imageid)}
d['suspended'] = vm.suspended
metadata = dict((m.meta_key, m.meta_value) for m in vm.metadata.all())
d['metadata'] = metadata
nics = vm.nics.all()
active_nics = filter(lambda nic: nic.state == "ACTIVE", nics)
active_nics.sort(key=lambda nic: nic.id)
attachments = map(nic_to_attachments, active_nics)
d['attachments'] = attachments
d['addresses'] = attachments_to_addresses(attachments)
d['volumes'] = [v.id for v in vm.volumes.filter(deleted=False)
.order_by('id')]
# include the latest vm diagnostic, if set
diagnostic = vm.get_last_diagnostic()
if diagnostic:
d['diagnostics'] = diagnostics_to_dict([diagnostic])
else:
d['diagnostics'] = []
# Fixed
d["security_groups"] = [{"name": "default"}]
key_names = json.loads(vm.key_names)
d["key_name"] = key_names[0] if len(key_names) > 0 else None
d["SNF:key_names"] = key_names
d["config_drive"] = ""
d["accessIPv4"] = ""
d["accessIPv6"] = ""
fqdn = get_server_fqdn(vm, active_nics)
d["SNF:fqdn"] = fqdn
d["SNF:port_forwarding"] = get_server_port_forwarding(vm, active_nics,
fqdn)
d['deleted'] = vm.deleted
d['SNF:rescue'] = vm.rescue
return d
def image_to_dict(image, detail=True):
d = dict(id=image['id'], name=image['name'])
if detail:
d['updated'] = utils.isoformat(date_parse(image['updated_at']))
d['created'] = utils.isoformat(date_parse(image['created_at']))
d['status'] = 'DELETED' if image['deleted_at'] else 'ACTIVE'
d['progress'] = 100 if image['status'] == 'available' else 0
d['user_id'] = image['owner']
d['tenant_id'] = image['owner']
d['links'] = util.image_to_links(image["id"])
if image["properties"]:
d['metadata'] = image['properties']
else:
d['metadata'] = {}
return d
def image_to_dict(image, detail=True):
d = dict(id=image['id'], name=image['name'])
if detail:
d['updated'] = utils.isoformat(date_parse(image['updated_at']))
d['created'] = utils.isoformat(date_parse(image['created_at']))
d['status'] = 'DELETED' if image['deleted_at'] else 'ACTIVE'
d['progress'] = 100 if image['status'] == 'available' else 0
d['user_id'] = image['owner']
d['tenant_id'] = image['owner']
d['links'] = util.image_to_links(image["id"])
if image["properties"]:
d['metadata'] = image['properties']
else:
d['metadata'] = {}
return d
def image_to_dict(image, detail=True):
d = dict(id=image["id"], name=image["name"])
if detail:
d["updated"] = utils.isoformat(date_parse(image["updated_at"]))
d["created"] = utils.isoformat(date_parse(image["created_at"]))
d["status"] = "DELETED" if image["deleted_at"] else "ACTIVE"
d["progress"] = 100 if image["status"] == "available" else 0
d["user_id"] = image["owner"]
d["tenant_id"] = image["owner"]
d["links"] = util.image_to_links(image["id"])
if image["properties"]:
d["metadata"] = image["properties"]
else:
d["metadata"] = {}
return d
def volume_to_dict(volume, detail=True):
data = {
"id": str(volume.id),
"display_name": display_null_field(volume.name),
"links": util.volume_to_links(volume.id),
}
if detail:
details = {
"status": volume.status.lower(),
"size": volume.size,
"display_description": volume.description,
"created_at": utils.isoformat(volume.created),
"metadata": dict((m.key, m.value) for m in volume.metadata.all()),
"snapshot_id": display_null_field(volume.source_snapshot_id),
"source_volid": display_null_field(volume.source_volume_id),
"image_id": display_null_field(volume.source_image_id),
"attachments": get_volume_attachments(volume),
"volume_type": volume.volume_type_id,
"deleted": volume.deleted,
"delete_on_termination": volume.delete_on_termination,
"user_id": volume.userid,
"tenant_id": volume.project,
# "availabilit_zone": None,
# "bootable": None,
# "os-vol-tenant-attr:tenant_id": None,
# "os-vol-host-attr:host": None,
# "os-vol-mig-status-attr:name_id": None,
# "os-vol-mig-status-attr:migstat": None,
}
data.update(details)
return data
def volume_to_dict(volume, detail=True):
data = {
"id": str(volume.id),
"display_name": display_null_field(volume.name),
"links": util.volume_to_links(volume.id),
}
if detail:
details = {
"status": volume.status.lower(),
"size": volume.size,
"display_description": volume.description,
"created_at": utils.isoformat(volume.created),
"metadata": dict((m.key, m.value) for m in volume.metadata.all()),
"snapshot_id": display_null_field(volume.source_snapshot_id),
"source_volid": display_null_field(volume.source_volume_id),
"image_id": display_null_field(volume.source_image_id),
"attachments": get_volume_attachments(volume),
"volume_type": volume.volume_type_id,
"deleted": volume.deleted,
"delete_on_termination": volume.delete_on_termination,
"user_id": volume.userid,
"tenant_id": volume.project,
"shared_to_project": volume.shared_to_project,
# "availabilit_zone": None,
# "bootable": None,
# "os-vol-tenant-attr:tenant_id": None,
# "os-vol-host-attr:host": None,
# "os-vol-mig-status-attr:name_id": None,
# "os-vol-mig-status-attr:migstat": None,
}
data.update(details)
return data
def authenticate(request):
try:
content_length = get_content_length(request)
except faults.LengthRequired:
content_length = None
public_mode = True if not content_length else False
d = defaultdict(dict)
if not public_mode:
req = utils.get_json_body(request)
uuid = None
try:
token_id = req['auth']['token']['id']
except KeyError:
try:
token_id = req['auth']['passwordCredentials']['password']
uuid = req['auth']['passwordCredentials']['username']
except KeyError:
raise faults.BadRequest(
'Malformed request: missing credentials')
tenant = req['auth'].get('tenantName')
if token_id is None:
raise faults.BadRequest('Malformed request: missing token')
try:
user = AstakosUser.objects.get(auth_token=token_id)
except AstakosUser.DoesNotExist:
raise faults.Unauthorized('Invalid token')
validate_user(user)
if uuid is not None:
if user.uuid != uuid:
raise faults.Unauthorized('Invalid credentials')
if tenant:
if user.uuid != tenant:
raise faults.BadRequest('Not conforming tenantName')
d["access"]["token"] = {
"id": user.auth_token,
"expires": utils.isoformat(user.auth_token_expires),
"tenant": {"id": user.uuid, "name": user.realname}}
d["access"]["user"] = {
"id": user.uuid, 'name': user.realname,
"roles": [dict(id=str(g['id']), name=g['name']) for g in
user.groups.values('id', 'name')],
"roles_links": []}
d["access"]["serviceCatalog"] = get_endpoints()
if request.serialization == 'xml':
return xml_response({'d': d}, 'api/access.xml')
else:
return json_response(d)
def vm_to_dict(vm, detail=False):
d = dict(id=vm.id, name=vm.name)
d['links'] = util.vm_to_links(vm.id)
if detail:
d['user_id'] = vm.userid
d['tenant_id'] = vm.userid
d['status'] = get_rsapi_state(vm)
d['progress'] = 100 if get_rsapi_state(vm) == 'ACTIVE' \
else vm.buildpercentage
d['hostId'] = vm.hostid
d['updated'] = utils.isoformat(vm.updated)
d['created'] = utils.isoformat(vm.created)
d['flavor'] = {
"id": vm.flavor.id,
"links": util.flavor_to_links(vm.flavor.id)
}
d['image'] = {
"id": vm.imageid,
"links": util.image_to_links(vm.imageid)
}
d['suspended'] = vm.suspended
metadata = dict((m.meta_key, m.meta_value) for m in vm.metadata.all())
d['metadata'] = metadata
vm_nics = vm.nics.filter(state="ACTIVE").order_by("index")
attachments = map(nic_to_dict, vm_nics)
d['attachments'] = attachments
d['addresses'] = nics_to_addresses(vm_nics)
# include the latest vm diagnostic, if set
diagnostic = vm.get_last_diagnostic()
if diagnostic:
d['diagnostics'] = diagnostics_to_dict([diagnostic])
else:
d['diagnostics'] = []
# Fixed
d["security_groups"] = [{"name": "default"}]
d["key_name"] = None
d["config_drive"] = ""
d["accessIPv4"] = ""
d["accessIPv6"] = ""
return d
def image_to_dict(image, detail=True):
d = dict(id=image['id'], name=image['name'])
if detail:
d['updated'] = utils.isoformat(date_parse(image['updated_at']))
d['created'] = utils.isoformat(date_parse(image['created_at']))
img_status = image.get("status", "").upper()
status = API_STATUS_FROM_IMAGE_STATUS.get(img_status, "UNKNOWN")
d['status'] = status
d['progress'] = 100 if status == 'ACTIVE' else 0
d['user_id'] = image['owner']
d['tenant_id'] = image['owner']
d['public'] = image["is_public"]
d['links'] = util.image_to_links(image["id"])
if image["properties"]:
d['metadata'] = image['properties']
else:
d['metadata'] = {}
d["is_snapshot"] = image["is_snapshot"]
return d
def image_to_dict(image, detail=True):
d = dict(id=image['id'], name=image['name'])
if detail:
d['updated'] = utils.isoformat(date_parse(image['updated_at']))
d['created'] = utils.isoformat(date_parse(image['created_at']))
img_status = image.get("status", "").upper()
status = API_STATUS_FROM_IMAGE_STATUS.get(img_status, "UNKNOWN")
d['status'] = status
d['progress'] = 100 if status == 'ACTIVE' else 0
d['user_id'] = image['owner']
d['tenant_id'] = image['owner']
d['public'] = image["is_public"]
d['links'] = util.image_to_links(image["id"])
if image["properties"]:
d['metadata'] = image['properties']
else:
d['metadata'] = {}
d["is_snapshot"] = image["is_snapshot"]
return d
def printable_header_dict(d):
"""Format a meta dictionary for printing out json/xml.
Convert all keys to lower case and replace dashes with underscores.
Format 'last_modified' timestamp.
"""
if 'last_modified' in d and d['last_modified']:
d['last_modified'] = utils.isoformat(
datetime.fromtimestamp(d['last_modified']))
return dict([(k.lower().replace('-', '_'), v) for k, v in d.iteritems()])
def printable_header_dict(d):
"""Format a meta dictionary for printing out json/xml.
Convert all keys to lower case and replace dashes with underscores.
Format 'last_modified' timestamp.
"""
if 'last_modified' in d and d['last_modified']:
d['last_modified'] = utils.isoformat(
datetime.fromtimestamp(d['last_modified']))
return dict([(k.lower().replace('-', '_'), v) for k, v in d.iteritems()])
def printable_header_dict(d):
"""Format a meta dictionary for printing out json/xml.
Convert all keys to lower case and replace dashes with underscores.
Format 'last_modified' timestamp.
"""
timestamps = ("last_modified", "x_container_until_timestamp", "x_acount_until_timestamp")
for timestamp in timestamps:
if timestamp in d and d[timestamp]:
d[timestamp] = utils.isoformat(datetime.fromtimestamp(d[timestamp]))
return dict([(k.lower().replace("-", "_"), v) for k, v in d.iteritems()])
def vm_to_dict(vm, detail=False):
d = dict(id=vm.id, name=vm.name)
d['links'] = util.vm_to_links(vm.id)
if detail:
d['user_id'] = vm.userid
d['tenant_id'] = vm.userid
d['status'] = get_rsapi_state(vm)
d['progress'] = 100 if get_rsapi_state(vm) == 'ACTIVE' \
else vm.buildpercentage
d['hostId'] = vm.hostid
d['updated'] = utils.isoformat(vm.updated)
d['created'] = utils.isoformat(vm.created)
d['flavor'] = {"id": vm.flavor.id,
"links": util.flavor_to_links(vm.flavor.id)}
d['image'] = {"id": vm.imageid,
"links": util.image_to_links(vm.imageid)}
d['suspended'] = vm.suspended
metadata = dict((m.meta_key, m.meta_value) for m in vm.metadata.all())
d['metadata'] = metadata
vm_nics = vm.nics.filter(state="ACTIVE").order_by("index")
attachments = map(nic_to_dict, vm_nics)
d['attachments'] = attachments
d['addresses'] = nics_to_addresses(vm_nics)
# include the latest vm diagnostic, if set
diagnostic = vm.get_last_diagnostic()
if diagnostic:
d['diagnostics'] = diagnostics_to_dict([diagnostic])
else:
d['diagnostics'] = []
# Fixed
d["security_groups"] = [{"name": "default"}]
d["key_name"] = None
d["config_drive"] = ""
d["accessIPv4"] = ""
d["accessIPv6"] = ""
return d
def network_to_dict(network, user_id, detail=True):
d = {'id': str(network.id), 'name': network.name}
d['links'] = util.network_to_links(network.id)
if detail:
d['user_id'] = network.userid
d['tenant_id'] = network.userid
d['cidr'] = network.subnet
d['cidr6'] = network.subnet6
d['gateway'] = network.gateway
d['gateway6'] = network.gateway6
d['dhcp'] = network.dhcp
d['type'] = network.flavor
d['updated'] = utils.isoformat(network.updated)
d['created'] = utils.isoformat(network.created)
d['status'] = network.state
d['public'] = network.public
attachments = [util.construct_nic_id(nic)
for nic in network.nics.filter(machine__userid=user_id)
.filter(state="ACTIVE")
.order_by('machine')]
d['attachments'] = attachments
return d
def network_to_dict(network, user_id, detail=True):
d = {'id': str(network.id), 'name': network.name}
d['links'] = util.network_to_links(network.id)
if detail:
d['user_id'] = network.userid
d['tenant_id'] = network.userid
d['cidr'] = network.subnet
d['cidr6'] = network.subnet6
d['gateway'] = network.gateway
d['gateway6'] = network.gateway6
d['dhcp'] = network.dhcp
d['type'] = network.flavor
d['updated'] = utils.isoformat(network.updated)
d['created'] = utils.isoformat(network.created)
d['status'] = network.state
d['public'] = network.public
attachments = [util.construct_nic_id(nic)
for nic in network.nics.filter(machine__userid=user_id)
.filter(state="ACTIVE")
.order_by('machine')]
d['attachments'] = attachments
return d
def printable_header_dict(d):
"""Format a meta dictionary for printing out json/xml.
Convert all keys to lower case and replace dashes with underscores.
Format 'last_modified' timestamp.
"""
timestamps = ('last_modified', 'x_container_until_timestamp',
'x_acount_until_timestamp')
for timestamp in timestamps:
if timestamp in d and d[timestamp]:
d[timestamp] = utils.isoformat(
datetime.fromtimestamp(d[timestamp]))
return dict([(k.lower().replace('-', '_'), v) for k, v in d.iteritems()])
def snapshot_to_dict(snapshot, detail=True):
owner = snapshot['owner']
status = snapshot.get('status', "unknown").upper()
status = API_STATUS_FROM_IMAGE_STATUS.get(status, "UNKNOWN")
progress = "%s%%" % 100 if status == "AVAILABLE" else 0
data = {
"id": snapshot["id"],
"size": int(snapshot["size"]) >> 30, # gigabytes
"display_name": snapshot["name"],
"display_description": snapshot.get("description", ""),
"status": status,
"user_id": owner,
"tenant_id": owner,
"os-extended-snapshot-attribute:progress": progress,
# "os-extended-snapshot-attribute:project_id": project,
"created_at": utils.isoformat(date_parse(snapshot["created_at"])),
"metadata": snapshot.get("metadata", {}),
"volume_id": snapshot.get("volume_id"),
"links": util.snapshot_to_links(snapshot["id"])
}
return data
def snapshot_to_dict(snapshot, detail=True):
owner = snapshot['owner']
status = snapshot.get('status', "unknown").upper()
status = API_STATUS_FROM_IMAGE_STATUS.get(status, "UNKNOWN")
progress = "%s%%" % 100 if status == "AVAILABLE" else 0
data = {
"id": snapshot["id"],
"size": int(snapshot["size"]) >> 30, # gigabytes
"display_name": snapshot["name"],
"display_description": snapshot.get("description", ""),
"status": status,
"user_id": owner,
"tenant_id": owner,
"os-extended-snapshot-attribute:progress": progress,
# "os-extended-snapshot-attribute:project_id": project,
"created_at": utils.isoformat(date_parse(snapshot["created_at"])),
"metadata": snapshot.get("metadata", {}),
"volume_id": snapshot.get("volume_id"),
"links": util.snapshot_to_links(snapshot["id"])
}
return data
def _dthandler(obj):
if isinstance(obj, datetime.datetime):
return isoformat(obj)
else:
raise TypeError
def authenticate(request):
try:
content_length = get_content_length(request)
except faults.LengthRequired:
content_length = None
public_mode = True if not content_length else False
d = defaultdict(dict)
if not public_mode:
req = utils.get_json_body(request)
uuid = None
try:
token_id = req['auth']['token']['id']
except KeyError:
try:
token_id = req['auth']['passwordCredentials']['password']
uuid = req['auth']['passwordCredentials']['username']
except KeyError:
raise faults.BadRequest(
'Malformed request: missing credentials')
tenant = req['auth'].get('tenantName')
if token_id is None:
raise faults.BadRequest('Malformed request: missing token')
try:
user = AstakosUser.objects.get(auth_token=token_id)
except AstakosUser.DoesNotExist:
raise faults.Unauthorized('Invalid token')
validate_user(user)
if uuid is not None:
if user.uuid != uuid:
raise faults.Unauthorized('Invalid credentials')
if tenant:
if user.uuid != tenant:
raise faults.BadRequest('Not conforming tenantName')
user_projects = user.project_set.filter(projectmembership__state__in=\
ProjectMembership.ACCEPTED_STATES).values_list("uuid", flat=True)
d["access"]["token"] = {
"id": user.auth_token,
"expires": utils.isoformat(user.auth_token_expires),
"tenant": {
"id": user.uuid,
"name": user.realname
}
}
d["access"]["user"] = {
"id":
user.uuid,
'name':
user.realname,
"roles": [
dict(id=str(g['id']), name=g['name'])
for g in user.groups.values('id', 'name')
],
"roles_links": [],
"projects":
list(user_projects),
}
d["access"]["serviceCatalog"] = get_endpoints()
if request.serialization == 'xml':
return xml_response({'d': d}, 'api/access.xml')
else:
return json_response(d)
def authenticate(request):
try:
content_length = get_content_length(request)
except faults.LengthRequired:
content_length = None
public_mode = True if not content_length else False
d = defaultdict(dict)
if not public_mode:
req = utils.get_request_dict(request)
uuid = None
try:
token_id = req['auth']['token']['id']
except KeyError:
try:
token_id = req['auth']['passwordCredentials']['password']
uuid = req['auth']['passwordCredentials']['username']
except KeyError:
raise faults.BadRequest(
'Malformed request: missing credentials')
tenant = req['auth'].get('tenantName')
if token_id is None:
raise faults.BadRequest('Malformed request: missing token')
try:
user = AstakosUser.objects.get(auth_token=token_id)
except AstakosUser.DoesNotExist:
raise faults.Unauthorized('Invalid token')
validate_user(user)
if uuid is not None:
if user.uuid != uuid:
raise faults.Unauthorized('Invalid credentials')
if tenant:
if user.uuid != tenant:
raise faults.BadRequest('Not conforming tenantName')
d["access"]["token"] = {
"id": user.auth_token,
"expires": utils.isoformat(user.auth_token_expires),
"tenant": {"id": user.uuid, "name": user.realname}}
d["access"]["user"] = {
"id": user.uuid, 'name': user.realname,
"roles": list(user.groups.values("id", "name")),
"roles_links": []}
d["access"]["serviceCatalog"] = []
append = d["access"]["serviceCatalog"].append
for s in Service.objects.all().order_by("id"):
endpoints = []
for l in [e.data.values('key', 'value') for e in s.endpoints.all()]:
endpoint = dict((d['key'], d['value']) for d in l)
endpoint["SNF:uiURL"] = s.component.url
endpoint["region"] = "default"
if s.name == 'astakos_weblogin':
endpoint["SNF:webloginURL"] = endpoint["publicURL"]
endpoints.append(endpoint)
append({"name": s.name,
"type": s.type,
"endpoints": endpoints,
"endpoints_links": []})
if request.serialization == 'xml':
return xml_response({'d': d}, 'api/access.xml')
else:
return json_response(d)
def _dthandler(obj):
if isinstance(obj, datetime.datetime):
return isoformat(obj)
else:
raise TypeError
