def testTokenArgument(self):
s = TeX()
s.input(r'\foo a ')
arg = s.readArgument(type='Tok')
assert arg == 'foo'
arg = s.readArgument(type='Tok')
assert arg == 'a'
def testTeXDimen2(self):
s = TeX()
s.input(r'''\newcount\mycount\mycount=120
\newdimen\mydimen\mydimen=12sp
\newskip\myglue\myglue=10sp plus1pt minus2pt''')
s.parse()
value = s.ownerDocument.context['mycount'].value
assert value == count(120), value
value = s.ownerDocument.context['mydimen'].value
assert value == dimen('12sp'), value
value = s.ownerDocument.context['myglue'].value
assert value == glue('10sp', plus='1pt', minus='2pt'), value
# Literal dimension
s.input(r'3.5pt')
arg = s.readArgument(type='Dimen')
assert arg == dimen('3.5pt'), arg
# Literal dimension, {...} aren't allowed
s.input(r'{3.5pt}')
arg = s.readArgument(type='Dimen')
assert arg == dimen(0), arg
# Set by other dimension
s.input(r'\mydimen')
arg = s.readArgument(type='Dimen')
assert arg == dimen('12sp'), arg
# Set by count
s.input(r'\mycount')
arg = s.readArgument(type='Dimen')
assert arg == dimen('120sp'), arg
assert ParameterCommand._enablelevel == 0
def testTeXDimen(self):
s = TeX()
s.input(r'''\newcount\mycount\mycount=120
\newdimen\mydimen\mydimen=12sp
\newskip\myglue\myglue=10sp plus1pt minus2pt''')
s.parse()
value = s.ownerDocument.context['mycount'].value
assert value == count(120), value
value = s.ownerDocument.context['mydimen'].value
assert value == dimen('12sp'), value
value = s.ownerDocument.context['myglue'].value
assert value == glue('10sp', plus='1pt', minus='2pt'), value
# Literal dimension
s.input(r'3.5pt')
arg = s.readArgument(type='Dimen')
assert arg == dimen('3.5pt'), arg
# Literal dimension, {...} aren't allowed
s.input(r'{3.5pt}')
arg = s.readArgument(type='Dimen')
assert arg == dimen(0), arg
# Set by other dimension
s.input(r'\mydimen')
arg = s.readArgument(type='Dimen')
assert arg == dimen('12sp'), arg
# Set by count
s.input(r'\mycount')
arg = s.readArgument(type='Dimen')
assert arg == dimen('120sp'), arg
assert ParameterCommand._enablelevel == 0
def testTokenArgument(self):
s = TeX()
s.input(r'\foo a ')
arg = s.readArgument(type='Tok')
assert arg == 'foo'
arg = s.readArgument(type='Tok')
assert arg == 'a'
def testTeXNumber(self):
s = TeX()
s.input(r'''\newcount\mycount\mycount=120
\newdimen\mydimen\mydimen=12sp
\newskip\myglue\myglue=10sp plus1pt minus2pt''')
s.parse()
value = s.ownerDocument.context['mycount'].value
assert value == count(120), value
value = s.ownerDocument.context['mydimen'].value
assert value == dimen('12sp'), value
value = s.ownerDocument.context['myglue'].value
assert value == glue('10sp', plus='1pt', minus='2pt'), value
# Literal number
s.input('100')
arg = s.readArgument(type='Number')
assert arg == count('100'), arg
# Set by other dimen
s.input(r'\mycount')
arg = s.readArgument(type='Number')
assert arg == count('120'), arg
# Multiply by other dimen
s.input(r'3\mycount')
arg = s.readArgument(type='Number')
assert arg == count('360'), arg
# No number
s.input('{0}')
arg = s.readArgument(type='Number')
assert arg == count(0), arg
assert ParameterCommand._enablelevel == 0
def testTeXNumber(self):
s = TeX()
s.input(r'''\newcount\mycount\mycount=120
\newdimen\mydimen\mydimen=12sp
\newskip\myglue\myglue=10sp plus1pt minus2pt''')
s.parse()
value = s.ownerDocument.context['mycount'].value
assert value == count(120), value
value = s.ownerDocument.context['mydimen'].value
assert value == dimen('12sp'), value
value = s.ownerDocument.context['myglue'].value
assert value == glue('10sp', plus='1pt', minus='2pt'), value
# Literal number
s.input('100')
arg = s.readArgument(type='Number')
assert arg == count('100'), arg
# Set by other dimen
s.input(r'\mycount')
arg = s.readArgument(type='Number')
assert arg == count('120'), arg
# Multiply by other dimen
s.input(r'3\mycount')
arg = s.readArgument(type='Number')
assert arg == count('360'), arg
# No number
s.input('{0}')
arg = s.readArgument(type='Number')
assert arg == count(0), arg
assert ParameterCommand._enablelevel == 0
def testXTokenArgument(self):
s = TeX()
s.input(r'\newcommand{\foo}{\it}')
[x for x in s]
s.input(r'\foo a ')
arg = s.readArgument(type='XTok')
assert arg.nodeName == 'it', arg.nodeName
arg = s.readArgument(type='XTok')
assert arg == 'a', arg
def testXTokenArgument(self):
s = TeX()
s.input(r'\newcommand{\foo}{\it}')
[x for x in s]
s.input(r'\foo a ')
arg = s.readArgument(type='XTok')
assert arg.nodeName == 'it', arg.nodeName
arg = s.readArgument(type='XTok')
assert arg == 'a', arg
def testStringSourceArgument(self):
s = TeX()
s.input(r'{With \$ and \%}')
arg = s.readArgument(type='str', subtype='source')
assert_that( arg, is_( 'With $ and %' ) )
s = TeX()
s.input(r'<With \$ and \%>')
arg = s.readArgument(spec="<>", expanded=True, delim=None, type='str', subtype='source')
assert_that( arg, is_( 'With $ and %' ) )
def testNumber(self):
s = TeX()
s.input(r'''\newcount\mycount\mycount=120
\newdimen\mydimen\mydimen=12sp
\newskip\myglue\myglue=10sp plus1pt minus2pt''')
s.parse()
value = s.ownerDocument.context['mycount'].value
assert value == count(120), value
value = s.ownerDocument.context['mydimen'].value
assert value == dimen('12sp'), value
value = s.ownerDocument.context['myglue'].value
assert value == glue('10sp', plus='1pt', minus='2pt'), value
# Literal number, this will only parse the `1`
s.input('100')
arg = s.readArgument(type='number')
assert arg == count(1), arg
# Literal number
s.input('{100}')
arg = s.readArgument(type='number')
assert arg == count(100), arg
# Set by other number
s.input(r'\mycount')
arg = s.readArgument(type='number')
assert arg == count(120), arg
# Set by other number
s.input(r'{\mycount}')
arg = s.readArgument(type='number')
assert arg == count(120), arg
# Multiply by other number
s.input(r'{5\mycount}')
arg = s.readArgument(type='number')
assert arg == count(600), arg
# No number
s.input('{a}')
arg = s.readArgument(type='number')
assert arg == count(0), arg
# No number
s.input('b')
arg = s.readArgument(type='number')
assert arg == count(0), arg
# Coerced dimen
s.input(r'{\mydimen}')
arg = s.readArgument(type='number')
assert arg == count(12), arg
# Coerced glue
s.input(r'{\myglue}')
arg = s.readArgument(type='number')
assert arg == count(10), arg
assert ParameterCommand._enablelevel == 0
def testNumber(self):
s = TeX()
s.input(r'''\newcount\mycount\mycount=120
\newdimen\mydimen\mydimen=12sp
\newskip\myglue\myglue=10sp plus1pt minus2pt''')
s.parse()
value = s.ownerDocument.context['mycount'].value
assert value == count(120), value
value = s.ownerDocument.context['mydimen'].value
assert value == dimen('12sp'), value
value = s.ownerDocument.context['myglue'].value
assert value == glue('10sp', plus='1pt', minus='2pt'), value
# Literal number, this will only parse the `1`
s.input('100')
arg = s.readArgument(type='number')
assert arg == count(1), arg
# Literal number
s.input('{100}')
arg = s.readArgument(type='number')
assert arg == count(100), arg
# Set by other number
s.input(r'\mycount')
arg = s.readArgument(type='number')
assert arg == count(120), arg
# Set by other number
s.input(r'{\mycount}')
arg = s.readArgument(type='number')
assert arg == count(120), arg
# Multiply by other number
s.input(r'{5\mycount}')
arg = s.readArgument(type='number')
assert arg == count(600), arg
# No number
s.input('{a}')
arg = s.readArgument(type='number')
assert arg == count(0), arg
# No number
s.input('b')
arg = s.readArgument(type='number')
assert arg == count(0), arg
# Coerced dimen
s.input(r'{\mydimen}')
arg = s.readArgument(type='number')
assert arg == count(12), arg
# Coerced glue
s.input(r'{\myglue}')
arg = s.readArgument(type='number')
assert arg == count(10), arg
assert ParameterCommand._enablelevel == 0
def testStringSourceArgument(self):
s = TeX()
s.input(r'{With \$ and \%}')
arg = s.readArgument(type='str', subtype='source')
assert_that(arg, is_('With $ and %'))
s = TeX()
s.input(r'<With \$ and \%>')
arg = s.readArgument(spec="<>",
expanded=True,
delim=None,
type='str',
subtype='source')
assert_that(arg, is_('With $ and %'))
def testDictArgument2(self):
s = TeX()
s.input(r'{one=1, two={\par}, three={$(x,y)$}, four=4}')
arg = s.readArgument(type='dict')
keys = list(arg.keys())
keys.sort()
expectkeys = ['four', 'one', 'three', 'two']
assert keys == expectkeys, '"%s" != "%s"' % (keys, expectkeys)
assert arg['one'] == '1'
assert arg['four'] == '4'
def testListTypes(self):
s = TeX()
s.input(r'''\newcount\mycount\mycount=120
\newdimen\mydimen\mydimen=12sp
\newskip\myglue\myglue=10sp plus1pt minus2pt''')
s.parse()
s.input(r'{1, \mycount, 3}')
arg = s.readArgument(type='list', subtype='int')
assert arg == [1, 120, 3], arg
def testListTypes(self):
s = TeX()
s.input(r'''\newcount\mycount\mycount=120
\newdimen\mydimen\mydimen=12sp
\newskip\myglue\myglue=10sp plus1pt minus2pt''')
s.parse()
s.input(r'{1, \mycount, 3}')
arg = s.readArgument(type='list', subtype='int')
assert arg == [1, 120, 3], arg
def testDictArgument2(self):
s = TeX()
s.input(r'{one=1, two={\par}, three={$(x,y)$}, four=4}')
arg = s.readArgument(type='dict')
keys = list(arg.keys())
keys.sort()
expectkeys = ['four','one','three','two']
assert keys == expectkeys, '"%s" != "%s"' % (keys, expectkeys)
assert arg['one'] == '1'
assert arg['four'] == '4'
def testDictTypes(self):
s = TeX()
s.input(r'''\newcount\mycount\mycount=120
\newdimen\mydimen\mydimen=12sp
\newskip\myglue\myglue=10sp plus1pt minus2pt''')
s.parse()
s.input(r'{one=1, two={\mycount} , three={3}}')
arg = s.readArgument(type='dict', expanded=True)
keys = list(arg.keys())
keys.sort()
assert keys == ['one', 'three', 'two']
def testDictTypes(self):
s = TeX()
s.input(r'''\newcount\mycount\mycount=120
\newdimen\mydimen\mydimen=12sp
\newskip\myglue\myglue=10sp plus1pt minus2pt''')
s.parse()
s.input(r'{one=1, two={\mycount} , three={3}}')
arg = s.readArgument(type='dict', expanded=True)
keys = list(arg.keys())
keys.sort()
assert keys == ['one', 'three', 'two']
def testIntegerArgument(self):
s = TeX()
s.input('{1{0}2}')
arg = s.readArgument(type='int')
output = 102
assert arg == output, '"%s" != "%s"' % (arg, output)
def testStringArgument(self):
s = TeX()
s.input('{foo {bar} one}')
arg = s.readArgument(type='str')
output = 'foo bar one'
assert arg == output, '"%s" != "%s"' % (arg, output)
def testIntegerArgument(self):
s = TeX()
s.input('{1{0}2}')
arg = s.readArgument(type='int')
output = 102
assert arg == output, '"%s" != "%s"' % (arg, output)
def testFloatArgument(self):
s = TeX()
s.input('{ -1{0}2.67 }')
arg = s.readArgument(type='float')
output = -102.67
assert (output - arg) < 0.000001, '"%s" != "%s"' % (arg, output)
def testListArgument2(self):
s = TeX()
s.input('{foo; {bar}; one}')
arg = s.readArgument(type='list', delim=';')
output = ['foo', 'bar', 'one']
assert arg == output, '"%s" != "%s"' % (arg, output)
def testDictArgument(self):
s = TeX()
s.input('{one=1, two={2}, three=3}')
arg = s.readArgument(type='dict')
output = {'one': '1', 'two': '2', 'three': '3'}
assert arg == output, '"%s" != "%s"' % (arg, output)
def testDictArgument(self):
s = TeX()
s.input('{one=1, two={2}, three=3}')
arg = s.readArgument(type='dict')
output = {'one':'1', 'two':'2', 'three':'3'}
assert arg == output, '"%s" != "%s"' % (arg, output)
def testListArgument2(self):
s = TeX()
s.input('{foo; {bar}; one}')
arg = s.readArgument(type='list', delim=';')
output = ['foo','bar','one']
assert arg == output, '"%s" != "%s"' % (arg, output)
def testIntegerArgument2(self):
s = TeX()
s.input('{ -1{0}2.67 }')
arg = s.readArgument(type='float')
output = -102.67
assert (output - arg) < 0.000001, '"%s" != "%s"' % (arg, output)
def testStringArgument(self):
s = TeX()
s.input('{foo {bar} one}')
arg = s.readArgument(type='str')
output = 'foo bar one'
assert arg == output, '"%s" != "%s"' % (arg, output)
