def testModelerAlgorithmHasDependencies(self):
# test hasDependencies from ModelerAlgorithm
m = ModelerAlgorithm()
a = Algorithm("qgis:clip")
m.addAlgorithm(a)
a2 = Algorithm("qgis:clip")
m.addAlgorithm(a2)
# test parent algorithm dependency
self.assertEqual(m.hasDependencies('QGISCLIP_1'), False)
a2.dependencies = ['QGISCLIP_1']
self.assertEqual(m.hasDependencies('QGISCLIP_1'), True)
# test output algorithm dependency
a2.dependencies = []
a.outputs['OUTPUT'] = ModelerOutput('out')
a2.params['INPUT'] = ValueFromOutput('QGISCLIP_1', 'OUTPUT')
self.assertEqual(m.hasDependencies('QGISCLIP_1'), True)
def testModelerAlgorithmHasDependencies(self):
# test hasDependencies from ModelerAlgorithm
m = ModelerAlgorithm()
a = Algorithm("qgis:clip")
m.addAlgorithm(a)
a2 = Algorithm("qgis:clip")
m.addAlgorithm(a2)
# test parent algorithm dependency
self.assertEqual(m.hasDependencies('QGISCLIP_1'), False)
a2.dependencies = ['QGISCLIP_1']
self.assertEqual(m.hasDependencies('QGISCLIP_1'), True)
# test output algorithm dependency
a2.dependencies = []
a.outputs['OUTPUT'] = ModelerOutput('out')
a2.params['INPUT'] = ValueFromOutput('QGISCLIP_1', 'OUTPUT')
self.assertEqual(m.hasDependencies('QGISCLIP_1'), True)
def testModelerAlgorithmHasDependencies(self):
# test hasDependencies from ModelerAlgorithm
m = ModelerAlgorithm()
a = Algorithm("qgis:clip")
m.addAlgorithm(a)
a2 = Algorithm("qgis:clip")
m.addAlgorithm(a2)
# test parent algorithm dependency
self.assertEqual(m.hasDependencies("QGISCLIP_1"), False)
a2.dependencies = ["QGISCLIP_1"]
self.assertEqual(m.hasDependencies("QGISCLIP_1"), True)
# test output algorithm dependency
a2.dependencies = []
a.outputs["OUTPUT"] = ModelerOutput("out")
a2.params["INPUT"] = ValueFromOutput("QGISCLIP_1", "OUTPUT")
self.assertEqual(m.hasDependencies("QGISCLIP_1"), True)
