def to_expression(expr):
"Transform text/expression/condition into Expression type"
if isinstance(expr, (ExpressionAST, ArithmeticExpression)):
return expr
else:
return ArithmeticExpression(parse_expression(expr))
def to_expression(expr):
"Transform text/expression/condition into Expression type"
if isinstance(expr, (ExpressionAST, ArithmeticExpression)):
return expr
else:
return ArithmeticExpression(parse_expression(expr))
def parse(code):
"""Parses the input string as Layout variety language.
Args:
code: Code which is valid under the Layout variety specifications.
Returns:
Dictionary of windows. Each window is of the Widget type.
If the first "window" of the code has no assignment into a name, the
default name "main_window" is assigned to it.
"""
global sub_programs, global_variables
sub_programs = {}
global_variables = {}
# Check that we have at least one sub_program here. If not, make the only
# program be "main_window"
if code.find("<-") == -1 or not re.match(tt_NAME,
code.split("<-", 1)[0].strip()):
code = "main_window <- " + code
return parser.parse(code.strip(), lexer=lexer)
if __name__ == '__main__':
test_code = """
main_window <- (label : 30x30)[a=5+xy9,b={(a) => (f(a)), otherwise (0)}] |
( (textbox)
--------------
())
"""
print parse_expression("5*a+9")
print parse(test_code)
"""Parses the input string as Layout variety language.
Args:
code: Code which is valid under the Layout variety specifications.
Returns:
Dictionary of windows. Each window is of the Widget type.
If the first "window" of the code has no assignment into a name, the
default name "main_window" is assigned to it.
"""
global sub_programs, global_variables
sub_programs = {}
global_variables = {}
# Check that we have at least one sub_program here. If not, make the only
# program be "main_window"
if code.find("<-") == -1 or not re.match(tt_NAME, code.split("<-", 1)[0].strip()):
code = "main_window <- " + code
return parser.parse(code.strip(), lexer=lexer)
if __name__ == '__main__':
test_code = """
main_window <- (label : 30x30)[a=5+xy9,b={(a) => (f(a)), otherwise (0)}] |
( (textbox)
--------------
())
"""
print parse_expression("5*a+9")
print parse(test_code)
