def relCROperator(s):
return a(Token('RelCROperator', s))
def bracket(s):
return a(Token('Bracket', s)) >> tokenValue
def colRowOperator(s):
return a(Token('ColRowOperator', s))
def operator(s):
return a(Token('Operator', s)) >> tokenValue
def parenthesis(s):
return a(Token('Parenthesis', s)) >> tokenValue
def relCROperator(s): return a(Token('RelCROperator', s))
pixelOperator = tokenType('PixelOperator')
return some(lambda x: x.type == t)
def operator(s):
return a(Token('Operator', s)) >> tokenValue
def parenthesis(s):
return a(Token('Parenthesis', s)) >> tokenValue
def bracket(s):
return a(Token('Bracket', s)) >> tokenValue
eol = a(Token('EndOfLine', ';'))
def maybeFlatten(items):
'''
Iterate through top-level lists
Flatten, only if the element is also a list
[[1,2],3,[[4,5]]] -> [1,2,3,[4,5]]
'''
new_list = []
for elem in items:
# Flatten only if a list
if isinstance(elem, list):
new_list.extend(elem)
else:
def colRowOperator(s): return a(Token('ColRowOperator', s))
def relCROperator(s): return a(Token('RelCROperator', s))
def bracket(s): return a(Token('Bracket', s)) >> tokenValue
eol = a(Token('EndOfLine', ';'))
def parenthesis(s): return a(Token('Parenthesis', s)) >> tokenValue
def bracket(s): return a(Token('Bracket', s)) >> tokenValue
def operator(s): return a(Token('Operator', s)) >> tokenValue
def parenthesis(s): return a(Token('Parenthesis', s)) >> tokenValue
@param t: Name of token type
@return: Token matching
'''
return some(lambda x: x.type == t)
def operator(s): return a(Token('Operator', s)) >> tokenValue
def parenthesis(s): return a(Token('Parenthesis', s)) >> tokenValue
def bracket(s): return a(Token('Bracket', s)) >> tokenValue
eol = a(Token('EndOfLine', ';'))
def maybeFlatten(items):
'''
Iterate through top-level lists
Flatten, only if the element is also a list
[[1,2],3,[[4,5]]] -> [1,2,3,[4,5]]
'''
new_list = []
for elem in items:
# Flatten only if a list
if isinstance(elem, list):
new_list.extend(elem)
else: