def setUp(self):
self.item = MeasureNode()
note = Note.Note()
note.pitch = Note.Pitch()
self.item.addNote(note)
self.item.AddBarline(BarlinesAndMarkers.Barline(repeat="forward"),
location="left")
self.item.AddBarline(BarlinesAndMarkers.Barline(repeat="backward"),
location="right")
self.lilystring = " \\repeat volta 2 {c' }"
def DoBarlineChecks(self):
measure_indexes = self.GetChildrenIndexes()
if hasattr(self, "backward_repeats"):
if len(self.backward_repeats) > 0:
measure = self.GetChild(measure_indexes[0])
for repeat in self.backward_repeats:
measure.AddBarline(BarlinesAndMarkers.Barline(
repeat="forward", repeatNum=repeat),
location="left-1")
if hasattr(self, "forward_repeats"):
if len(self.forward_repeats) > 0:
measure = self.GetChild(measure_indexes[-1])
for repeat in self.forward_repeats:
measure.AddBarline(BarlinesAndMarkers.Barline(
repeat="backward", repeatNum=repeat),
location="right-1")
def setUp(self):
self.item = MeasureNode()
note = Note.Note()
note.pitch = Note.Pitch()
self.item.addNote(note)
self.item.AddBarline(
BarlinesAndMarkers.Barline(repeat="backward-barline"),
location="right")
self.lilystring = "c' \\bar \":|.\""
def testRepeatVal(self):
self.tags.append("repeat")
self.attrs["barline"] = {"location": "left"}
self.attrs["repeat"] = {"direction": "backward"}
MxmlParser.last_barline = BarlinesAndMarkers.Barline(repeat="forward")
self.handler(self.tags, self.attrs, self.chars, self.piece, self.data)
self.assertEqual("backward", self.measure.GetBarline("left").repeat)
def setUp(self):
self.item = BarlinesAndMarkers.EndingMark(number=2)
self.lilystring = "{"
def setUp(self):
self.item = BarlinesAndMarkers.EndingMark()
self.lilystring = "\\alternative {{"
def setUp(self):
self.item = BarlinesAndMarkers.Barline(style="light-heavy",
repeat="backward")
self.lilystring = "}"
def setUp(self):
self.item = BarlinesAndMarkers.Barline(style="heavy-light",
repeat="forward")
self.lilystring = " \\repeat volta 2 {"
def setUp(self):
self.item = BarlinesAndMarkers.Barline(style="heavy-heavy")
self.lilystring = " \\bar \"..\""
def testCalcOctaveShift(self):
self.item.transpose = BarlinesAndMarkers.Transposition(octave=1)
expected = "\\transpose c' c'' {"
self.assertEqual(self.item.CalculateTransposition(), expected)
def setUp(self):
self.item = BarlinesAndMarkers.Barline(
style="heavy-light", ending=BarlinesAndMarkers.EndingMark())
self.lilystring = "\\alternative {{"
def testFOrwardFlagValueAfterBackwardAdded(self):
self.item.AddBarline(
item=BarlinesAndMarkers.Barline(repeat="backward"),
location="right",
measure_id=1)
self.assertEqual(len(self.item.forward_repeats), 0)
def testBackwardFlag(self):
self.item.AddBarline(
item=BarlinesAndMarkers.Barline(repeat="backward"),
location="right",
measure_id=1)
self.assertTrue(hasattr(self.item, "forward_repeats"))
def setUp(self):
self.item = StaffNode()
self.item.AddBarline(item=BarlinesAndMarkers.Barline(repeat="forward"),
location="left",
measure_id=1)
def setUp(self):
self.item = BarlinesAndMarkers.Barline(style="normal")
self.lilystring = " \\bar \"|\""
def setUp(self):
self.item = BarlinesAndMarkers.EndingMark(type="stop")
self.lilystring = "}"
def setUp(self):
self.item = BarlinesAndMarkers.EndingMark(type="discontinue")
self.lilystring = "}\n}"
def setUp(self):
self.item = BarlinesAndMarkers.Barline(style="dashed")
self.lilystring = " \\bar \"!\""
def setUp(self):
self.item = BarlinesAndMarkers.Barline(style="light-light")
self.lilystring = " \\bar \"||\""
def testCalcUpWithDiatonic(self):
self.item.transpose = BarlinesAndMarkers.Transposition(diatonic=1)
expected = "\\transpose c' d' {"
self.assertEqual(self.item.CalculateTransposition(), expected)