def get_packages(package_id=None):
"""
Return a list of packages to the client
:param package_id:
:return:
"""
booleans = ('rollback', )
if package_id: # Simple, just fetch one package
if not is_uuid(package_id):
raise InvalidUsage("Package ID given is not a valid UUID")
query = queries.get_package(package_id)
elif len([x for x in request.args.keys()]) == 0:
raise InvalidUsage("Please specify a filter. See "
"http://orlo.readthedocs.org/en/latest/rest.html"
"#get--packages for more info")
else: # Bit more complex
# Flatten args, as the ImmutableDict puts some values in a list when
# expanded
args = {}
for k in request.args.keys():
if k in booleans:
args[k] = str_to_bool(request.args.get(k))
else:
args[k] = request.args.get(k)
query = queries.packages(**args)
# Execute eagerly to avoid confusing stack traces within the Response on
# error
db.session.execute(query)
return Response(stream_json_list('packages', query),
content_type='application/json')
def get_packages(package_id=None):
"""
Return a list of packages to the client
:param package_id:
:return:
"""
booleans = ('rollback', )
if package_id: # Simple, just fetch one package
if not is_uuid(package_id):
raise InvalidUsage("Package ID given is not a valid UUID")
query = queries.get_package(package_id)
else: # Bit more complex
# Flatten args, as the ImmutableDict puts some values in a list when
# expanded
args = {'limit': 100}
for k in request.args.keys():
if k in booleans:
args[k] = str_to_bool(request.args.get(k))
else:
args[k] = request.args.get(k)
query = queries.build_query(Package, **args)
# Execute eagerly to avoid confusing stack traces within the Response on
# error
db.session.execute(query)
if query.count() == 0:
response = jsonify(message="No packages found", packages=[])
return response, 404
return Response(stream_json_list('packages', query),
content_type='application/json')
def get_releases(release_id=None):
"""
Return a list of releases to the client, filters optional
:param string release_id: Optionally specify a single release UUID to
fetch. This does not disable filters.
:query bool asc: Normally results are returned ordered by stime
descending, setting asc to true will reverse this and sort by stime
ascending
:query int limit: Limit the results by int (default 100)
:query int offset: Offset the results by int
:query string user: Filter releases by user the that performed the release
:query string platform: Filter releases by platform
:query string stime_before: Only include releases that started before \
timestamp given
:query string stime_after: Only include releases that started after \
timestamp given
:query string ftime_before: Only include releases that finished before \
timestamp given
:query string ftime_after: Only include releases that finished after \
timestamp given
:query string team: Filter releases by team
:query string status: Filter by release status. This field is calculated \
from the package status, see special note below.
:query int duration_lt: Only include releases that took less than (int) \
seconds
:query int duration_gt: Only include releases that took more than (int) \
seconds
:query boolean package_rollback: Filter on whether or not the releases \
contain a rollback
:query string package_name: Filter by package name
:query string package_version: Filter by package version
:query int package_duration_gt: Filter by packages of duration greater than
:query int package_duration_lt: Filter by packages of duration less than
:query string package_status: Filter by package status. Valid statuses are:\
"NOT_STARTED", "IN_PROGRESS", "SUCCESSFUL", "FAILED"
**Note for time arguments**:
The timestamp format you must use is specified in /etc/orlo/orlo.ini.
All times are UTC.
**Note on status**:
The release status is calculated from the packages it contains. The
possible values are the same as a package. For a release to be
considered "SUCCESSFUL" or "NOT_STARTED", all packages must have this
value. If any one package has the value "IN_PROGRESS" or "FAILED",
that status applies to the whole release, with "FAILED" overriding
"IN_PROGRESS".
"""
booleans = ('rollback', 'package_rollback',)
if release_id: # Simple, just fetch one release
if not is_uuid(release_id):
raise InvalidUsage("Release ID given is not a valid UUID")
query = queries.get_release(release_id)
else: # Bit more complex
# Defaults
args = {
'limit': 100
}
# Flatten args, as the ImmutableDict puts some values in a list when
# expanded
for k in request.args.keys():
if k in booleans:
args[k] = str_to_bool(request.args.get(k))
else:
args[k] = request.args.get(k)
query = queries.build_query(Release, **args)
# Execute eagerly to avoid confusing stack traces within the Response on
# error
db.session.execute(query)
if query.count() == 0:
response = jsonify(message="No releases found", releases=[])
return response, 404
return Response(stream_json_list('releases', query),
content_type='application/json')
def get_releases(release_id=None):
"""
Return a list of releases to the client, filters optional
:param string release_id: Optionally specify a single release UUID to
fetch. This does not disable filters.
:query bool desc: Normally results are returned ordered by stime
ascending, setting desc to true will reverse this and sort by stime
descending
:query int limit: Limit the results by int
:query int offset: Offset the results by int
:query string package_name: Filter releases by package name
:query string user: Filter releases by user the that performed the release
:query string platform: Filter releases by platform
:query string stime_before: Only include releases that started before \
timestamp given
:query string stime_after: Only include releases that started after \
timestamp given
:query string ftime_before: Only include releases that finished before \
timestamp given
:query string ftime_after: Only include releases that finished after \
timestamp given
:query string team: Filter releases by team
:query string status: Filter by release status. This field is calculated \
from the package status, see special note below.
:query int duration_lt: Only include releases that took less than (int) \
seconds
:query int duration_gt: Only include releases that took more than (int) \
seconds
:query boolean package_rollback: Filter on whether or not the releases \
contain a rollback
:query string package_name: Filter by package name
:query string package_version: Filter by package version
:query int package_duration_gt: Filter by packages of duration greater than
:query int package_duration_lt: Filter by packages of duration less than
:query string package_status: Filter by package status. Valid statuses are:\
"NOT_STARTED", "IN_PROGRESS", "SUCCESSFUL", "FAILED"
**Note for time arguments**:
The timestamp format you must use is specified in /etc/orlo/orlo.ini.
All times are UTC.
**Note on status**:
The release status is calculated from the packages it contains. The
possible values are the same as a package. For a release to be
considered "SUCCESSFUL" or "NOT_STARTED", all packages must have this
value. If any one package has the value "IN_PROGRESS" or "FAILED",
that status applies to the whole release, with "FAILED" overriding
"IN_PROGRESS".
"""
booleans = ('rollback', 'package_rollback',)
if release_id: # Simple, just fetch one release
if not is_uuid(release_id):
raise InvalidUsage("Release ID given is not a valid UUID")
query = queries.get_release(release_id)
elif len([x for x in request.args.keys()]) == 0:
raise InvalidUsage("Please specify a filter. See "
"http://orlo.readthedocs.org/en/latest/rest.html"
"#get--releases for more info")
else: # Bit more complex
# Flatten args, as the ImmutableDict puts some values in a list when
# expanded
args = {}
for k in request.args.keys():
if k in booleans:
args[k] = str_to_bool(request.args.get(k))
else:
args[k] = request.args.get(k)
query = queries.releases(**args)
# Execute eagerly to avoid confusing stack traces within the Response on
# error
db.session.execute(query)
return Response(stream_json_list('releases', query),
content_type='application/json')