def test_1(self):
self.assertEquals((0, 1), find_possible_first_note("d e"))
self.assertEquals((1, 3), find_possible_first_note("<d'4 e>"))
self.assertEquals((11, 12), find_possible_first_note(r"\clef bass <3X d'4 e>"))
self.assertEquals((12, 14), find_possible_first_note(r"\clef bass <d'4 e>"))
self.assertEquals((10, 12), find_possible_first_note(r"\time 3/4 d'4 e "))
self.assertEquals((13, 15), find_possible_first_note(r"\times 3/4 { d'4 e }"))
self.assertEquals((1, 2), find_possible_first_note(r"[c8 d]"))
def test_findfirst(self):
for p1, p2, s, n in (
(0, 1, "c d e", "c"),
(1, 4, "<c'' e>", "c''"),
(2, 5, "< c'' e>", "c''"),
(2, 5, "\n\nERR", "ERR"),
(1, 4, " c,,16", "c,,"),
(3, 4, " \n c d e", "c"),
(11, 12, r"\clef bass c d e", "c"),
(23, 26, r"\clef violin \time 3/8 fis", "fis"),
(17, 18, r'\clef "violin_8" d', "d"),
(25, 27, "\\key g \\major \\time 2/4\n d'8 | [g g]", "d'"),
(1, 2, "\nc", "c"),
):
x = Rvoice(s)
self.assertEquals((p1, p2), mpdutils.find_possible_first_note(x.m_musicdata), "String failed: %s: %s" % (s, mpdutils.find_possible_first_note(x.m_musicdata)))
self.assertEquals(s[p1:p2], n)
