def parse(self, scope):
""" Parse Node
args:
scope (Scope): Scope object
raises:
SyntaxError
returns:
str
"""
assert(len(self.tokens) == 3)
expr = self.process(self.tokens, scope)
expr = [self.neg(t, scope) for t in expr]
A, O, B = [e[0]
if isinstance(e, tuple)
else e
for e in expr
if str(e).strip()]
try:
a, ua = utility.analyze_number(A, 'Illegal element in expression')
b, ub = utility.analyze_number(B, 'Illegal element in expression')
except SyntaxError:
return ' '.join([str(A), str(O), str(B)])
if(a is False or b is False):
return ' '.join([str(A), str(O), str(B)])
if ua == 'color' or ub == 'color':
return color.Color().process((A, O, B))
if a == 0 and O == '/':
# NOTE(saschpe): The ugliest but valid CSS since sliced bread: 'font: 0/1 a;'
return ''.join([str(A), str(O), str(B), ' '])
out = self.operate(a, b, O)
if isinstance(out, bool):
return out
return self.with_units(out, ua, ub)
def parse(self, scope):
""" Parse Node
args:
scope (Scope): Scope object
raises:
SyntaxError
returns:
str
"""
assert(len(self.tokens) == 3)
expr = self.process(self.tokens, scope)
expr = [self.neg(t, scope) for t in expr]
A, O, B = [e[0]
if type(e) is tuple
else e
for e in expr
if str(e).strip()]
try:
a, ua = utility.analyze_number(A, 'Illegal element in expression')
b, ub = utility.analyze_number(B, 'Illegal element in expression')
except SyntaxError:
return ' '.join([str(A), str(O), str(B)])
if(a is False or b is False):
return ' '.join([str(A), str(O), str(B)])
if ua == 'color' or ub == 'color':
return color.Color().process((A, O, B))
out = self.operate(a, b, O)
if type(out) is bool:
return out
return self.with_units(out, ua, ub)
def floor(self, value, *args):
""" Floor number
args:
value (str): target
returns:
str
"""
n, u = utility.analyze_number(value)
return utility.with_unit(int(math.floor(n)), u)
def ceil(self, value, *args):
""" Ceil number
args:
value (str): target
returns:
str
"""
n, u = utility.analyze_number(value)
return utility.with_unit(int(math.ceil(n)), u)
def round(self, value, *args):
""" Round number
args:
value (str): target
returns:
str
"""
n, u = utility.analyze_number(value)
return utility.with_unit(int(utility.away_from_zero_round(float(n))), u)
def decrement(self, value, *args):
""" Decrement function
args:
value (str): target
returns:
str
"""
n, u = utility.analyze_number(value)
return utility.with_unit(n - 1, u)
def floor(self, value, *args):
""" Floor number
args:
value (str): target
returns:
str
"""
n, u = utility.analyze_number(value)
return utility.with_unit(int(math.floor(n)), u)
def ceil(self, value, *args):
""" Ceil number
args:
value (str): target
returns:
str
"""
n, u = utility.analyze_number(value)
return utility.with_unit(int(math.ceil(n)), u)
def decrement(self, value, *args):
""" Decrement function
args:
value (str): target
returns:
str
"""
n, u = utility.analyze_number(value)
return utility.with_unit(n - 1, u)
def round(self, value, *args):
""" Round number
args:
value (str): target
returns:
str
"""
n, u = utility.analyze_number(value)
return utility.with_unit(int(utility.away_from_zero_round(float(n))),
u)
def percentage(self, value, *args):
""" Return percentage value
args:
value (str): target
returns:
str
"""
n, u = utility.analyze_number(value)
n = int(n * 100.0)
u = '%'
return utility.with_unit(n, u)
def percentage(self, value, *args):
""" Return percentage value
args:
value (str): target
returns:
str
"""
n, u = utility.analyze_number(value)
n = int(n * 100.0)
u = '%'
return utility.with_unit(n, u)
def isnumber(self, string, *args):
"""Is number
args:
string (str): match
returns:
bool
"""
try:
n, u = utility.analyze_number(string)
except SyntaxError:
return False
return True
def isnumber(self, string, *args):
"""Is number
args:
string (str): match
returns:
bool
"""
try:
n, u = utility.analyze_number(string)
except SyntaxError:
return False
return True
