def addInstance(self):
self.updateStatus("Add instance")
self.addedinstances += 1
newinstancename = "new Instance %d"%self.addedinstances
newinstance = IPETValue(newinstancename)
self.browser.addNewElementAsChildOfSelectedElement(newinstance)
def setUp(self):
self.ex = HelpExperiment()
ev = IPETEvaluation(defaultgroup="C1",
index="A C"
)
ev.addColumn(IPETEvaluationColumn(origcolname="D"))
fg = IPETFilterGroup("Test")
fi = IPETFilter(operator="keep", datakey="A")
fi.addChild(IPETValue("A1"))
fg.addFilter(fi)
fg2 = IPETFilterGroup("Test2")
fi2 = IPETFilter(operator="keep", datakey="A")
fi2.addChild(IPETValue("A2"))
fg2.addFilter(fi2)
ev.addFilterGroup(fg2)
ev.addFilterGroup(fg)
self.ev = ev
self.fg = fg
def setUp(self):
"""
create an evaluation around a helper experiment
"""
self.ex = HelpExperiment()
ev = IPETEvaluation(defaultgroup="C1",
index="A B C",
fillin=True,
indexsplit=3)
ev.addColumn(
IPETEvaluationColumn(origcolname="D", alternative="100",
maxval=15))
fg = IPETFilterGroup("Test")
fi = IPETFilter(operator="keep", datakey="A")
fi.addChild(IPETValue("A1"))
fg.addFilter(fi)
ev.addFilterGroup(fg)
self.ev = ev
self.fg = fg
def enableOrDisableActions(self):
for action, addclass in zip([self.addcolaction, self.addfiltergroupaction, self.addfilteraction, self.addaggregationaction, self.addinstancenaction],
[IPETEvaluationColumn(), IPETFilterGroup(), IPETFilter(), Aggregation(), IPETValue()]):
if self.browser.treewidget.currentItemAcceptsClassAsChild(addclass):
action.setEnabled(True)
else:
action.setEnabled(False)
def testValueLists(self):
valuelist1 = [[IPETValue("A"),
IPETValue("B"),
IPETValue("C")],
[IPETValue("A"),
IPETValue("B"),
IPETValue("C")], [
IPETValue("A"),
]]
valuelist2 = [[IPETValue("A"),
IPETValue("B"),
IPETValue("C")],
[IPETValue("A"),
IPETValue("B"),
IPETValue("C")],
[IPETValue("A"),
IPETValue("B"),
IPETValue("C")]]
operators1 = IPETFilter.valueoperators + IPETFilter.valueoperators[:1]
operator2 = "keep"
for op, v1list, v2list in zip(operators1, valuelist1, valuelist2):
f1 = IPETFilter(datakey="ABC", operator=op)
f2 = IPETFilter(datakey="ABC", operator=operator2)
for v1 in v1list:
f1.addChild(v1)
for v2 in v2list:
f2.addChild(v2)
eq = f1.equals(f2)
shouldbeequal = (op == operator2) and len(v1list) == len(v2list)
self.assertEqual(eq, shouldbeequal, self.assertionMessage(f1, f2))