def session(self):
# Set the session, building it from a generic Shotgun if nothing was
# given. This requires a `shotgun_api3_registry.connect()` function.
if not self._shotgun and not self._session:
import shotgun_api3_registry
self._shotgun = shotgun_api3_registry.connect(auto_name_stack_depth=1)
return self._session or Session(self._shotgun)
def shotgun_api3_connect(*args, **kwargs):
eps = []
for ep in pkg_resources.iter_entry_points('shotgun_api3_connect'):
eps.append((ep, True))
for ep in pkg_resources.iter_entry_points('shotgun_api3_kwargs'):
eps.append((ep, False))
eps.sort(key=lambda (ep, _): ep.name)
for ep, is_direct in eps:
func = ep.load()
res = func(*args, **kwargs)
if not res:
continue
if is_direct:
return res
import shotgun_api3
return shotgun_api3.Shotgun(**res)
# Fall back onto the shotgun_api3_registry module.
try:
import shotgun_api3_registry as m
except ImportError:
pass
else:
return m.connect(*args, **kwargs)
raise ValueError(
"No shotgun_api3_connect/shotgun_api3_kwargs entry point or shotgun_api3_registry module found."
)
def session(self):
# Set the session, building it from a generic Shotgun if nothing was
# given. This requires a `shotgun_api3_registry.connect()` function.
if not self._shotgun and not self._session:
import shotgun_api3_registry
self._shotgun = shotgun_api3_registry.connect(
auto_name_stack_depth=1)
return self._session or Session(self._shotgun)
def shotgun(self):
# Automatically generate Shotgun when we need one.
# We use False to track that there should be nothing set here.
if self._shotgun is None:
import shotgun_api3_registry
self._shotgun = ShotgunPool.wrap(shotgun_api3_registry.connect(
*self._shotgun_args, **self._shotgun_kwargs
))
return self._shotgun or None
def shotgun(self):
# Automatically generate Shotgun when we need one.
# We use False to track that there should be nothing set here.
if self._shotgun is None:
import shotgun_api3_registry
self._shotgun = ShotgunPool.wrap(
shotgun_api3_registry.connect(*self._shotgun_args,
**self._shotgun_kwargs))
return self._shotgun or None
def __init__(self, shotgun=None, *args, **kwargs):
# Lookup strings in the script registry.
if isinstance(shotgun, basestring):
import shotgun_api3_registry
shotgun = shotgun_api3_registry.connect(shotgun, *args, **kwargs)
# Wrap basic shotgun instances in our threader.
if isinstance(shotgun, _BaseShotgun):
shotgun = ShotgunPool(shotgun)
self.shotgun = shotgun
self._cache = {}
def __init__(self, shotgun=None, schema=None, *args, **kwargs):
# Lookup strings in the script registry.
if isinstance(shotgun, basestring):
import shotgun_api3_registry
shotgun = shotgun_api3_registry.connect(shotgun, *args, **kwargs)
# Wrap basic shotgun instances in our threader.
self._shotgun = ShotgunPool.wrap(shotgun)
self._shotgun_args = None if shotgun else args
self._shotgun_kwargs = None if shotgun else kwargs
self._schema = schema
self._cache = {}
self._thread_pool = None
def __init__(self, shotgun=None, schema=None, *args, **kwargs):
# Lookup strings in the script registry.
if isinstance(shotgun, basestring):
import shotgun_api3_registry
shotgun = shotgun_api3_registry.connect(shotgun, *args, **kwargs)
# Wrap basic shotgun instances in our threader.
self._shotgun = ShotgunPool.wrap(shotgun)
self._shotgun_args = None if shotgun else args
self._shotgun_kwargs = None if shotgun else kwargs
self._schema = schema
self._cache = {}
self._thread_pool = None
def get_shotgun(*args, **kwargs):
if ('SHOTGUN_SERVER' in os.environ and
'SHOTGUN_SCRIPT_NAME' in os.environ and
'SHOTGUN_SCRIPT_KEY' in os.environ):
return shotgun_api3.Shotgun(
os.environ['SHOTGUN_SERVER'],
os.environ['SHOTGUN_SCRIPT_NAME'],
os.environ['SHOTGUN_SCRIPT_KEY'],
)
try:
import shotgun_api3_registry
except ImportError:
raise RuntimeError("Set $SHOTGUN_{SERVER,SCRIPT_NAME,SCRIPT_KEY} or provide shotgun_api3_registry.connect()")
else:
return shotgun_api3_registry.connect(*args, **kwargs)
def get_shotgun(*args, **kwargs):
if ('SHOTGUN_SERVER' in os.environ and
'SHOTGUN_SCRIPT_NAME' in os.environ and
'SHOTGUN_SCRIPT_KEY' in os.environ):
return shotgun_api3.Shotgun(
os.environ['SHOTGUN_SERVER'],
os.environ['SHOTGUN_SCRIPT_NAME'],
os.environ['SHOTGUN_SCRIPT_KEY'],
)
try:
import shotgun_api3_registry
except ImportError:
raise RuntimeError("Set $SHOTGUN_API3_ARGS or provide shotgun_api3_registry.connect()")
else:
return shotgun_api3_registry.connect(*args, **kwargs)
def callback(event):
# Must be setting it to a non-zero version.
# NOTE: We MUST check the meta for this, otherwise we are liable to
# schedule this job multiple times as the `entity` field is always
# up to date.
version = event.meta.get('new_value')
if not version:
log.info('Publish is still being created; skipping')
return
sg = Session(connect())
entity = sg.merge(event)['entity']
if not entity:
log.info('Publish appeares to have been retired; skipping')
return
entity.fetch(('sg_link', 'sg_link.Task.step.Step.short_name', 'sg_type'))
# For now, we only run for the Testing Sandbox.
#if event['project']['id'] != 66:
# log.info('Project %r in not Testing Sandbox; skipping' % (event['project'].get('name') or event['project']['id']))
# return
# Our first job, is to create camera and geocache publishes from generic maya scenes.
pub_type = entity.get('sg_type')
if pub_type != 'maya_scene':
log.info('sg_type %r is not maya_scene; skipping' % pub_type)
return
step_code = entity.get('sg_link.Task.step.Step.short_name')
if step_code not in ('Anim', 'Roto', 'Rotomation'):
log.info('sg_link.step.short_code %s is not Anim or Roto; skipping' %
step_code)
return
# TODO: Make sure they don't already exist.
log.info('Delegating to sgactions')
call_in_subprocess('%s:republish' % __file__, [entity['id']])
def callback(event):
# Must be setting it to a non-zero version.
# NOTE: We MUST check the meta for this, otherwise we are liable to
# schedule this job multiple times as the `entity` field is always
# up to date.
version = event.meta.get('new_value')
if not version:
log.info('Publish is still being created; skipping')
return
sg = Session(connect())
entity = sg.merge(event)['entity']
if not entity:
log.info('Publish appeares to have been retired; skipping')
return
entity.fetch(('sg_link', 'sg_link.Task.step.Step.short_name', 'sg_type'))
# For now, we only run for the Testing Sandbox.
#if event['project']['id'] != 66:
# log.info('Project %r in not Testing Sandbox; skipping' % (event['project'].get('name') or event['project']['id']))
# return
# Our first job, is to create camera and geocache publishes from generic maya scenes.
pub_type = entity.get('sg_type')
if pub_type != 'maya_scene':
log.info('sg_type %r is not maya_scene; skipping' % pub_type)
return
step_code = entity.get('sg_link.Task.step.Step.short_name')
if step_code not in ('Anim', 'Roto', 'Rotomation'):
log.info('sg_link.step.short_code %s is not Anim or Roto; skipping' % step_code)
return
# TODO: Make sure they don't already exist.
log.info('Delegating to sgactions')
call_in_subprocess('%s:republish' % __file__, [entity['id']])
def Shotgun():
return Session(shotgun_api3_registry.connect("sgviewer"))
def shotgun_api(request_type):
sg = shotgun_api3_registry.connect()
func = getattr(sg, request_type)
print request.content_type
return func(**request.json)
def Shotgun():
return shotgun_api3_registry.connect('sgsession.tests',
server=_shotgun_server)
def Shotgun():
return shotgun_api3_registry.connect('sgsession.tests', server=_shotgun_server)
def shotgun_api(request_type):
sg = shotgun_api3_registry.connect()
func = getattr(sg, request_type)
print request.content_type
return func(**request.json)
from shotgun_api3_registry import get_args, get_kwargs, connect sg = connect()
if __name__ == '__main__':
import time
from shotgun_api3_registry import connect
sg = connect(use_cache=False)
schema = Schema()
if False:
schema.read(sg)
schema.dump('sandbox/raw.json', raw=True)
else:
schema.load_raw('sandbox/raw.json')
schema.dump('sandbox/reduced.json')
schema.dump('/tmp/reduced.json')
t = time.time()
schema = Schema()
schema.load('/tmp/reduced.json')
def Shotgun():
return Session(shotgun_api3_registry.connect('sgviewer'))
import sgschema
parser = argparse.ArgumentParser()
parser.add_argument('-n', '--name')
parser.add_argument('-r', '--registry-name')
parser.add_argument('base_url', nargs='?')
parser.add_argument('script_name', nargs='?')
parser.add_argument('api_key', nargs='?')
args = parser.parse_args()
if args.registry_name or not (args.base_url or args.script_name or args.api_key):
import shotgun_api3_registry
shotgun = shotgun_api3_registry.connect(args.registry_name)
else:
shotgun = shotgun_api3.Shotgun(args.base_url, args.script_name, args.api_key)
schema = sgschema.Schema()
schema.read(shotgun)
if not args.name:
parsed = urlparse.urlparse(shotgun.base_url)
args.name = parsed.netloc.split('.')[0]
here = os.path.dirname(__file__)
schema._dump_raw(os.path.join(here, args.name + '.'))
schema.dump(os.path.join(here, args.name + '.json'))
new[field] = value
else:
for k, v in x.iteritems():
new[k] = self.resolve_structure(v, None, _memo, **kwargs)
return new
else:
return x
if __name__ == '__main__':
import time
from shotgun_api3_registry import connect
sg = connect(use_cache=False)
schema = Schema()
if False:
schema.read(sg)
schema.dump('sandbox/raw.json', raw=True)
else:
schema.load_raw('sandbox/raw.json')
schema.dump('sandbox/reduced.json')
schema.dump('/tmp/reduced.json')
t = time.time()
schema = Schema()
schema.load('/tmp/reduced.json')
