def test_HumdrumLine_data():
line = HumdrumLine('4f]\t.\t2D\t(1cc\t.')
line.createTokensFromLine()
CheckHumdrumLine(line, expectedLine = '4f]\t.\t2D\t(1cc\t.',
expectedLineNumber = 0,
expectedType = LINETYPE_DATA,
expectedTokenCount = 5,
expectedIsExclusiveInterpretation = False,
expectedIsManipulator = False,
expectedTokens = ['4f]', '.', '2D', '(1cc', '.'])
def test_HumdrumLine_manipulators():
line = HumdrumLine('*\t*^\t*-\t*')
line.createTokensFromLine()
CheckHumdrumLine(line, expectedLine = '*\t*^\t*-\t*',
expectedLineNumber = 0,
expectedType = LINETYPE_INTERPRETATION,
expectedTokenCount = 4,
expectedIsExclusiveInterpretation = False,
expectedIsManipulator = True,
expectedTokens = ['*', '*^', '*-', '*'])
def test_HumdrumLine_barline():
line = HumdrumLine('=1\t=1\t=1')
line.createTokensFromLine()
CheckHumdrumLine(line, expectedLine = '=1\t=1\t=1',
expectedLineNumber = 0,
expectedType = LINETYPE_BARLINE,
expectedTokenCount = 3,
expectedIsExclusiveInterpretation = False,
expectedIsManipulator = False,
expectedTokens = ['=1', '=1', '=1'])
def test_HumdrumLine_single_exinterp():
line = HumdrumLine('**kern')
line.createTokensFromLine()
CheckHumdrumLine(line, expectedLine = '**kern',
expectedLineNumber = 0,
expectedType = LINETYPE_INTERPRETATION,
expectedTokenCount = 1,
expectedIsExclusiveInterpretation = True,
expectedIsManipulator = True,
expectedTokens = ['**kern'])
def test_HumdrumLine_default_init():
line = HumdrumLine()
line.createTokensFromLine()
CheckHumdrumLine(line)