def testSpecializingPass():
coralApp.init()
collapsed0 = coralApp.createNode("CollapsedNode", "collapsed0", coralApp.rootNode())
in0 = coralApp.createAttribute("PassThroughAttribute", "in0", collapsed0, input = True)
out0 = coralApp.createAttribute("PassThroughAttribute", "out0", collapsed0, output = True)
collapsed = coralApp.createNode("CollapsedNode", "collapsed", collapsed0)
in1 = coralApp.createAttribute("PassThroughAttribute", "in", collapsed, input = True)
out1 = coralApp.createAttribute("PassThroughAttribute", "out", collapsed, output = True)
add = coralApp.createNode("Add", "addNode", collapsed)
_coral.NetworkManager.connect(in1, add.inputAttributeAt(0))
_coral.NetworkManager.connect(add.outputAttributeAt(0), out1)
_coral.NetworkManager.connect(in0, in1)
_coral.NetworkManager.connect(out1, out0)
float1 = coralApp.createNode("Float", "float1", coralApp.rootNode())
floats = coralApp.createNode("Vec3", "floats", coralApp.rootNode())
_coral.NetworkManager.connect(out0, floats.inputAttributeAt(0))
_coral.NetworkManager.connect(float1.outputAttributeAt(0), in0)
assert add.inputAttributeAt(0).specialization() == ["Float"]
assert add.outputAttributeAt(0).specialization() == ["Float"]
assert in0.specialization() == ["Float"]
assert in1.specialization() == ["Float"]
assert out1.specialization() == ["Float"]
coralApp.finalize()
def testCollapsingBug1():
coralApp.init()
collapsed = coralApp.createNode("CollapsedNode", "collapsed",
coralApp.rootNode())
in1 = coralApp.createAttribute("PassThroughAttribute",
"in",
collapsed,
input=True)
add = coralApp.createNode("Add", "addNode", collapsed)
_coral.NetworkManager.connect(in1, add.inputAttributeAt(0))
float1 = coralApp.createNode("Float", "float1", coralApp.rootNode())
_coral.NetworkManager.connect(float1.outputAttributeAt(0), in1)
newCollapsed = coralApp.collapseNodes([collapsed])
print "testing collapsing operation won't add erroneous output attributes"
assert newCollapsed.outputAttributes() == []
print "testing collapsing operation won't disconnect erroneous attributes"
assert in1.isConnectedTo(add.inputAttributeAt(0))
coralApp.finalize()
def testNesting():
coralApp.init()
root = coralApp.findNode("root")
n1 = coralApp.createNode("CollapsedNode", "n1", root)
n2 = coralApp.createNode("CollapsedNode", "n2", n1)
coralApp.finalize()
def testNesting():
coralApp.init()
root = coralApp.findNode("root")
n1 = coralApp.createNode("CollapsedNode", "n1", root)
n2 = coralApp.createNode("CollapsedNode", "n2", n1)
coralApp.finalize()
def testNodeDeletion():
coralApp.init()
coralApp.createNode("Float", "test", coralApp.findNode("root"))
coralApp.deleteNodes([coralApp.findNode("root.test")])
assert _coral.NetworkManager.objectCount() == 1
coralApp.finalize()
def testNodeDeletion():
coralApp.init()
coralApp.createNode("Float", "test", coralApp.findNode("root"))
coralApp.deleteNodes([coralApp.findNode("root.test")])
assert _coral.NetworkManager.objectCount() == 1
coralApp.finalize()
def testFindObject():
coralApp.init()
root = coralApp.findNode("root")
n1 = coralApp.createNode("CollapsedNode", "n1", root)
n2 = coralApp.createNode("CollapsedNode", "n2", n1)
assert coralApp.findObject(n2.fullName()) is n2
coralApp.finalize()
def testFindObject():
coralApp.init()
root = coralApp.findNode("root")
n1 = coralApp.createNode("CollapsedNode", "n1", root)
n2 = coralApp.createNode("CollapsedNode", "n2", n1)
assert coralApp.findObject(n2.fullName()) is n2
coralApp.finalize()
def testSaveScript():
coralApp.init()
root = coralApp.findNode("root")
n1 = coralApp.createNode("Float", "n1", root)
n2 = coralApp.createNode("Float", "n2", root)
n3 = coralApp.createNode("Add", "n3", root)
n1.outputAttributeAt(0).outValue().setFloatValueAt(0, 5.0)
_coral.NetworkManager.connect(n1.outputAttributeAt(0),
n3.inputAttributeAt(0))
saveScript = root.contentAsScript()
coralApp.finalize()
coralApp.init()
coralApp.setShouldLogInfos(False)
coralApp._executeNetworkScript(saveScript)
n1 = coralApp.findNode("root.n1")
n2 = coralApp.findNode("root.n2")
n3 = coralApp.findNode("root.n3")
assert n1 is not None
assert n2 is not None
assert n3 is not None
n1Floats = n1.outputAttributeAt(0).outValue().getFloat()
assert n1Floats[0] == 5.0
assert n3.inputAttributeAt(0).input() is n1.outputAttributeAt(0)
collapsedNode = coralApp.collapseNodes([n3])
root = coralApp.findNode("root")
saveScript = root.contentAsScript()
coralApp.finalize()
coralApp.init()
coralApp._executeNetworkScript(saveScript)
collapseNode = coralApp.findNode("root.CollapsedNode")
assert collapseNode is not None
assert len(collapseNode.attributes()) > 0
coralApp.finalize()
def testSaveScript():
coralApp.init()
root = coralApp.findNode("root")
n1 = coralApp.createNode("Float", "n1", root)
n2 = coralApp.createNode("Float", "n2", root)
n3 = coralApp.createNode("Add", "n3", root)
n1.outputAttributeAt(0).outValue().setFloatValueAt(0, 5.0)
_coral.NetworkManager.connect(n1.outputAttributeAt(0), n3.inputAttributeAt(0))
saveScript = root.contentAsScript()
coralApp.finalize()
coralApp.init()
coralApp.setShouldLogInfos(False)
coralApp._executeNetworkScript(saveScript)
n1 = coralApp.findNode("root.n1")
n2 = coralApp.findNode("root.n2")
n3 = coralApp.findNode("root.n3")
assert n1 is not None
assert n2 is not None
assert n3 is not None
n1Floats = n1.outputAttributeAt(0).outValue().getFloat()
assert n1Floats[0] == 5.0
assert n3.inputAttributeAt(0).input() is n1.outputAttributeAt(0)
collapsedNode = coralApp.collapseNodes([n3])
root = coralApp.findNode("root")
saveScript = root.contentAsScript()
coralApp.finalize()
coralApp.init()
coralApp._executeNetworkScript(saveScript)
collapseNode = coralApp.findNode("root.CollapsedNode")
assert collapseNode is not None
assert len(collapseNode.attributes()) > 0
coralApp.finalize()
def testCollapsedNode():
coralApp.init()
root = coralApp.findNode("root")
n1 = coralApp.createNode("Float", "n1", root)
n2 = coralApp.createNode("Float", "n2", root)
n3 = coralApp.createNode("Add", "n3", root)
_coral.NetworkManager.connect(n1.outputAttributeAt(0), n3.inputAttributeAt(0))
collapsedNode = coralApp.collapseNodes([n3])
assert collapsedNode in root.nodes()
coralApp.finalize()
def testCollapsedNode():
coralApp.init()
root = coralApp.findNode("root")
n1 = coralApp.createNode("Float", "n1", root)
n2 = coralApp.createNode("Float", "n2", root)
n3 = coralApp.createNode("Add", "n3", root)
_coral.NetworkManager.connect(n1.outputAttributeAt(0),
n3.inputAttributeAt(0))
collapsedNode = coralApp.collapseNodes([n3])
assert collapsedNode in root.nodes()
coralApp.finalize()
def testSpecializingPass():
coralApp.init()
collapsed0 = coralApp.createNode("CollapsedNode", "collapsed0",
coralApp.rootNode())
in0 = coralApp.createAttribute("PassThroughAttribute",
"in0",
collapsed0,
input=True)
out0 = coralApp.createAttribute("PassThroughAttribute",
"out0",
collapsed0,
output=True)
collapsed = coralApp.createNode("CollapsedNode", "collapsed", collapsed0)
in1 = coralApp.createAttribute("PassThroughAttribute",
"in",
collapsed,
input=True)
out1 = coralApp.createAttribute("PassThroughAttribute",
"out",
collapsed,
output=True)
add = coralApp.createNode("Add", "addNode", collapsed)
_coral.NetworkManager.connect(in1, add.inputAttributeAt(0))
_coral.NetworkManager.connect(add.outputAttributeAt(0), out1)
_coral.NetworkManager.connect(in0, in1)
_coral.NetworkManager.connect(out1, out0)
float1 = coralApp.createNode("Float", "float1", coralApp.rootNode())
floats = coralApp.createNode("Vec3", "floats", coralApp.rootNode())
_coral.NetworkManager.connect(out0, floats.inputAttributeAt(0))
_coral.NetworkManager.connect(float1.outputAttributeAt(0), in0)
assert add.inputAttributeAt(0).specialization() == ["Float"]
assert add.outputAttributeAt(0).specialization() == ["Float"]
assert in0.specialization() == ["Float"]
assert in1.specialization() == ["Float"]
assert out1.specialization() == ["Float"]
coralApp.finalize()
def testCollapsingBug1():
coralApp.init()
collapsed = coralApp.createNode("CollapsedNode", "collapsed", coralApp.rootNode())
in1 = coralApp.createAttribute("PassThroughAttribute", "in", collapsed, input = True)
add = coralApp.createNode("Add", "addNode", collapsed)
_coral.NetworkManager.connect(in1, add.inputAttributeAt(0))
float1 = coralApp.createNode("Float", "float1", coralApp.rootNode())
_coral.NetworkManager.connect(float1.outputAttributeAt(0), in1)
newCollapsed = coralApp.collapseNodes([collapsed])
print "testing collapsing operation won't add erroneous output attributes"
assert newCollapsed.outputAttributes() == []
print "testing collapsing operation won't disconnect erroneous attributes"
assert in1.isConnectedTo(add.inputAttributeAt(0))
coralApp.finalize()
def testDeletingAttributes():
coralApp.init()
root = coralApp.findNode("root")
n1 = coralApp.createNode("Float", "n1", root)
n2 = coralApp.createNode("Float", "n2", root)
n3 = coralApp.createNode("Add", "n3", root)
n4 = coralApp.createNode("Add", "n4", root)
n5 = coralApp.createNode("Float", "n5", root)
n6 = coralApp.createNode("Add", "n6", root)
_coral.NetworkManager.connect(n1.outputAttributeAt(0),
n3.inputAttributeAt(0))
_coral.NetworkManager.connect(n2.outputAttributeAt(0),
n3.inputAttributeAt(1))
_coral.NetworkManager.connect(n3.outputAttributeAt(0),
n4.inputAttributeAt(0))
_coral.NetworkManager.connect(n5.outputAttributeAt(0),
n4.inputAttributeAt(1))
_coral.NetworkManager.connect(n3.outputAttributeAt(0),
n6.inputAttributeAt(1))
coralApp.deleteNodes([n3, n5, n6])
coralApp.finalize()
def testDeletingAttributes():
coralApp.init()
root = coralApp.findNode("root")
n1 = coralApp.createNode("Float", "n1", root)
n2 = coralApp.createNode("Float", "n2", root)
n3 = coralApp.createNode("Add", "n3", root)
n4 = coralApp.createNode("Add", "n4", root)
n5 = coralApp.createNode("Float", "n5", root)
n6 = coralApp.createNode("Add", "n6", root)
_coral.NetworkManager.connect(n1.outputAttributeAt(0), n3.inputAttributeAt(0))
_coral.NetworkManager.connect(n2.outputAttributeAt(0), n3.inputAttributeAt(1))
_coral.NetworkManager.connect(n3.outputAttributeAt(0), n4.inputAttributeAt(0))
_coral.NetworkManager.connect(n5.outputAttributeAt(0), n4.inputAttributeAt(1))
_coral.NetworkManager.connect(n3.outputAttributeAt(0), n6.inputAttributeAt(1))
coralApp.deleteNodes([n3, n5, n6])
coralApp.finalize()