def testLoad(self):
p = GafferCortex.ClassLoaderPath(IECore.ClassLoader.defaultOpLoader(),
"/mesh/normals")
op = p.load()()
self.failUnless(isinstance(op, IECore.Op))
def testLoad(self):
p = GafferCortex.ClassLoaderPath(IECore.ClassLoader.defaultOpLoader(),
"/files/sequenceRenumber")
op = p.load()()
self.failUnless(isinstance(op, IECore.Op))
def testRelative( self ) : p = GafferCortex.ClassLoaderPath( IECore.ClassLoader.defaultOpLoader(), "files" ) self.assertEqual( str( p ), "files" ) self.assertEqual( p.root(), "" ) self.assertTrue( "files/sequenceRenumber" in [ str( c ) for c in p.children() ] ) p2 = p.copy() self.assertEqual( str( p2 ), "files" ) self.assertEqual( p2.root(), "" ) self.assertTrue( "files/sequenceRenumber" in [ str( c ) for c in p2.children() ] )
def loadOP( self, path, newVersion=1 ) :
self.classType = '/'.join(path.split('/')[0:2])
app = GafferCortex.ClassLoaderPath( IECore.ClassLoader.defaultOpLoader(), "/asset/publish" ).load()()
# load the type op so we can run it
opNames = Asset.AssetParameter().classLoader.classNames( "*%s" % '/'.join(path.split('/')[:2]) )
app.parameters()['Asset']['type'].setClass(opNames[0],1)
try:
j = pipe.admin.job()
except:
j=None
if j:
try:
import maya.cmds as m
from maya.mel import eval as meval
# m.ls()
except:
m = None
data = Asset.AssetParameter(j.path('sam/')+str(path)).getData()
for each in data['assetClass'].keys():
if each in app.parameters()['Asset']['type'].keys():
if app.parameters()['Asset']['type'][each].getValue() == app.parameters()['Asset']['type'][each].defaultValue:
app.parameters()['Asset']['type'][each].setValue( data['assetClass'][each] )
for each in data['assetInfo'].keys():
if 'version' in each:
from glob import glob
versions = glob("%s/../??.??.??" % data['path'])
versions.sort()
# print versions
v = [ int(x) for x in versions[-1].split('/')[-1].split('.') ]
app.parameters()['Asset']['info'][each].setValue( IECore.V3i(v[0], v[1]+newVersion, v[2]) )
elif 'description' in each:
pass
# app.parameters()['Asset']['info'][each].setValue( "\n"+data['assetInfo'][each].value )
else:
app.parameters()['Asset']['info'][each].setValue( data['assetInfo'][each] )
# print "BUMM"
app.parameters()['Asset'].parameterChanged()
return app
def testProperties( self ) : p = GafferCortex.ClassLoaderPath( IECore.ClassLoader.defaultOpLoader(), "/files" ) self.assertEqual( p.propertyNames(), [ "name", "fullName", "classLoader:versions" ]) self.assertEqual( p.property( "name" ), "files" ) self.assertEqual( p.property( "fullName" ), "/files" ) self.assertEqual( p.property( "classLoader:versions" ), None ) p.append( "sequenceRenumber" ) self.assertEqual( p.propertyNames(), [ "name", "fullName", "classLoader:versions" ]) self.assertEqual( p.property( "name" ), "sequenceRenumber" ) self.assertEqual( p.property( "fullName" ), "/files/sequenceRenumber" ) self.assertTrue( isinstance( p.property( "classLoader:versions" ), IECore.IntVectorData ) )
def test(self):
p = GafferCortex.ClassLoaderPath(IECore.ClassLoader.defaultOpLoader(),
"/")
self.failUnless(p.isValid())
self.failIf(p.isLeaf())
p.append("files")
self.failUnless(p.isValid())
self.failIf(p.isLeaf())
p.append("iDontExist")
self.failIf(p.isValid())
self.failIf(p.isLeaf())
del p[-1]
self.failUnless(p.isValid())
self.failIf(p.isLeaf())
p.setFromString("/files/sequenceRenumber")
self.failUnless(p.isValid())
self.failUnless(p.isLeaf())
p.setFromString("/files")
children = p.children()
for child in children:
self.failUnless(isinstance(child, GafferCortex.ClassLoaderPath))
self.assertEqual(len(child), len(p) + 1)
self.failUnless(child.isLeaf())
children = [str(x) for x in children]
self.failUnless("/files/sequenceCopy" in children)
self.failUnless("/files/sequenceLs" in children)
self.failUnless("/files/sequenceMove" in children)
p.setFromString("/")
children = p.children()
for child in children:
self.failUnless(isinstance(child, GafferCortex.ClassLoaderPath))
self.assertEqual(len(child), len(p) + 1)
p.setFromString("/mesh/normals")
self.assertTrue(p.isLeaf())
versions = p.info()["classLoader:versions"]
self.failUnless(isinstance(versions, IECore.IntVectorData))
self.failUnless(len(versions))
def _initialPath(self):
return GafferCortex.ClassLoaderPath(self.__classLoader, "/")
m.scriptJob( kill=int(job[0]), force=True )
__scriptJob( runOnce=runOnce, idleEvent=idleEvent )
# print [ str(x).strip().split(':') for x in m.scriptJob(listJobs=True) if idleEvent.func_name in x ]
if event:
# print '====>',idleEvent.func_name
if _jobs:
jobs = [ str(x).strip().split(':') for x in _jobs if event[1].func_name in x and "'%s'" % event[0] in x ]
for job in jobs:
m.scriptJob( kill=int(job[0]), force=True )
__scriptJob( runOnce=runOnce, event=event )
# print [ str(x).strip().split(':') for x in m.scriptJob(listJobs=True) if event[1].func_name in x ]
__publishOP__ = GafferCortex.ClassLoaderPath( IECore.ClassLoader.defaultOpLoader(), "/asset/publish" ).load()
def loadAssetOP( path, newVersion=1, data=None ) :
classType = '/'.join(path.split('/')[0:2])
app = __publishOP__()
# load the type op so we can run it
opNames = Asset.AssetParameter().classLoader.classNames( "*%s" % '/'.join(path.split('/')[:2]) )
app.parameters()['Asset']['type'].setClass(opNames[0],0)
if j:
if not data:
data = Asset.AssetParameter(path).getData()
if data:
app.parameters()['Asset']['info'].setValue( data['assetInfo'] )
app.parameters()['Asset']['type'].setValue( data['assetClass'] )