def testNewProject():
node = MT.createNode("Math.Add")
node1 = MT.createNode("Values.Float Value")
node2 = MT.createNode("Values.Int Value")
MT.project.root.addNode(node)
MT.project.root.addNode(node1)
MT.project.root.addNode(node2)
MT.newProject()
return len(MT.project.root) == 0
def testNewProject():
node = MT.createNode("Math.Add")
node1 = MT.createNode("Values.Float Value")
node2 = MT.createNode("Values.Int Value")
MT.project.root.addNode(node)
MT.project.root.addNode(node1)
MT.project.root.addNode(node2)
MT.newProject()
return len(MT.project.root) == 0
def all():
print("testing all tests ...")
tests = [t for t in dir(__import__(__name__)) if t.startswith("test")]
numberOfTests = len(tests)
failedTests = []
exceptions = []
for t in tests:
MT.newProject()
print("\n_____________________________________")
print("running test: %s\n" % t)
success = False
try:
success = eval(t).__call__()
except:
exceptions.append(sys.exc_info())
if success:
print("%s passed" % t)
else:
failedTests.append(t)
print("%s failed" % t)
print("_____________________________________\n")
if len(failedTests) > 0:
print("%d out of %d tests failed" % (len(failedTests), numberOfTests))
print("\nfailed Tests:\n")
for t in failedTests:
print("\t" + t)
print("Error info:")
for e in exceptions:
traceback.print_exception(*e)
else:
print("All tests passed")
return not len(failedTests)
def testLoadProject():
MT.newProject()
node = MT.createNode("Math.Add")
node1 = MT.createNode("Values.Float Value")
node2 = MT.createNode("Values.Int Value")
node3 = MT.createNode("General.Container")
node.insockets[0].connected = node1.outsockets[0]
node.pos = (0, 0)
node1.pos = (0, 20)
node2.pos = (0, 40)
node3.pos = (0, 60)
node4 = MT.createNode("Values.String Value")
node5 = MT.createNode("Values.Vector3D")
node6 = MT.createNode("Values.Vector2D")
node7 = MT.createNode("Values.Color Value")
node8 = MT.createNode("Objects.Transform")
node9 = MT.createNode("Objects.Lights.Spot Light")
node4.pos = (0, 0)
node5.pos = (0, 20)
node6.pos = (0, 40)
node7.pos = (0, 60)
node8.pos = (0, 80)
node9.pos = (0, 100)
MT.project.root.addNode(node)
MT.project.root.addNode(node1)
MT.project.root.addNode(node2)
MT.project.root.addNode(node3)
node3.graph.addNode(node4)
node3.graph.addNode(node5)
node3.graph.addNode(node6)
node3.graph.addNode(node7)
node3.graph.addNode(node8)
node3.graph.addNode(node9)
graphsize = len(node3.graph)
node9.insockets[6].value = True
node1.insockets[0].value = 5.7
node2.insockets[0].value = 14
now = datetime.datetime.now()
filename = "projectTest.mt"
MT.project.filename = filename
print("saving project: " + filename)
MT.project.save()
print()
MT.newProject()
print("open project: " + filename)
MT.openProject(filename)
node = MT.project.root[0]
node1 = MT.project.root[1]
node2 = MT.project.root[2]
node3 = MT.project.root[3]
node4 = MT.project.root[3].graph[2]
node5 = MT.project.root[3].graph[3]
node6 = MT.project.root[3].graph[4]
node7 = MT.project.root[3].graph[5]
node8 = MT.project.root[3].graph[6]
node9 = MT.project.root[3].graph[7]
test = TestCase()
test.equal(len(MT.project.root), 4, "Project size")
test.contains("Add", node.name)
test.contains("Float Value", node1.name)
test.contains("Int Value", node2.name)
test.contains("Container", node3.name)
test.equal((0, 0), node.pos)
test.equal((0, 20), node1.pos)
test.equal((0, 40), node2.pos)
test.equal((0, 60), node3.pos)
test.equal((0, 0), node4.pos)
test.equal((0, 20), node5.pos)
test.equal((0, 40), node6.pos)
test.equal((0, 60), node7.pos)
test.equal((0, 80), node8.pos)
test.equal(node.insockets[0].connected, node1.outsockets[0], "add insocket and float value out")
test.equal(len(node3.graph), graphsize)
test.contains("String Value", node4.name)
test.contains("Vector3D", node5.name)
test.contains("Vector2D", node6.name)
test.contains("Color Value", node7.name)
test.contains("Transform", node8.name)
test.contains("Spot Light", node9.name)
test.equal(len(node8.insockets), 2, "number of insockets")
test.equal(node2.insockets[0].value, 14)
test.floatEqual(node1.insockets[0].value, 5.7, 0.00001)
test.equal(node9.insockets[5].value, False)
test.equal(node9.insockets[6].value, True)
test.equal(node9.insockets[7].value, 512)
return test.exit()
def testLoadProject():
MT.newProject()
node = MT.createNode("Math.Add")
node1 = MT.createNode("Values.Float Value")
node2 = MT.createNode("Values.Int Value")
node3 = MT.createNode("General.Container")
node.insockets[0].connected = node1.outsockets[0]
node.pos = (0, 0)
node1.pos = (0, 20)
node2.pos = (0, 40)
node3.pos = (0, 60)
node4 = MT.createNode("Values.String Value")
node5 = MT.createNode("Values.Vector3D")
node6 = MT.createNode("Values.Vector2D")
node7 = MT.createNode("Values.Color Value")
node8 = MT.createNode("Objects.Transform")
node9 = MT.createNode("Objects.Lights.Spot Light")
node4.pos = (0, 0)
node5.pos = (0, 20)
node6.pos = (0, 40)
node7.pos = (0, 60)
node8.pos = (0, 80)
node9.pos = (0, 100)
MT.project.root.addNode(node)
MT.project.root.addNode(node1)
MT.project.root.addNode(node2)
MT.project.root.addNode(node3)
node3.graph.addNode(node4)
node3.graph.addNode(node5)
node3.graph.addNode(node6)
node3.graph.addNode(node7)
node3.graph.addNode(node8)
node3.graph.addNode(node9)
graphsize = len(node3.graph)
node9.insockets[6].value = True
node1.insockets[0].value = 5.7
node2.insockets[0].value = 14
now = datetime.datetime.now()
filename = "projectTest.mt"
MT.project.filename = filename
print("saving project: " + filename)
MT.project.save()
print()
MT.newProject()
print("open project: " + filename)
MT.openProject(filename)
node = MT.project.root[0]
node1 = MT.project.root[1]
node2 = MT.project.root[2]
node3 = MT.project.root[3]
node4 = MT.project.root[3].graph[2]
node5 = MT.project.root[3].graph[3]
node6 = MT.project.root[3].graph[4]
node7 = MT.project.root[3].graph[5]
node8 = MT.project.root[3].graph[6]
node9 = MT.project.root[3].graph[7]
test = TestCase()
test.equal(len(MT.project.root), 4, "Project size")
test.contains("Add", node.name)
test.contains("Float Value", node1.name)
test.contains("Int Value", node2.name)
test.contains("Container", node3.name)
test.equal((0, 0), node.pos)
test.equal((0, 20), node1.pos)
test.equal((0, 40), node2.pos)
test.equal((0, 60), node3.pos)
test.equal((0, 0), node4.pos)
test.equal((0, 20), node5.pos)
test.equal((0, 40), node6.pos)
test.equal((0, 60), node7.pos)
test.equal((0, 80), node8.pos)
test.equal(node.insockets[0].connected, node1.outsockets[0],
"add insocket and float value out")
test.equal(len(node3.graph), graphsize)
test.contains("String Value", node4.name)
test.contains("Vector3D", node5.name)
test.contains("Vector2D", node6.name)
test.contains("Color Value", node7.name)
test.contains("Transform", node8.name)
test.contains("Spot Light", node9.name)
test.equal(len(node8.insockets), 2, "number of insockets")
test.equal(node2.insockets[0].value, 14)
test.floatEqual(node1.insockets[0].value, 5.7, 0.00001)
test.equal(node9.insockets[5].value, False)
test.equal(node9.insockets[6].value, True)
test.equal(node9.insockets[7].value, 512)
return test.exit()
