def _evaluate_call(call, functions):
inner_function = _evaluate_entity(call.children[0].children[0].children[0], functions)
parameters = [_evaluate_entity(parameter, functions) for parameter in call.children[1].children]
return trampoline.closure_trampoline(inner_function(*parameters))
if __name__ == "__main__":
import read_code
import lexer
import preparser
import parser
FUNCTIONS = {
"ans": function_type.make_type([], handler=lambda: 42),
"~": function_type.make_type([1], handler=trampoline.make_closure_trampoline_wrapper(lambda x: -x)),
"+": function_type.make_type([2], handler=trampoline.make_closure_trampoline_wrapper(lambda x, y: x + y)),
"-": function_type.make_type([2], handler=trampoline.make_closure_trampoline_wrapper(lambda x, y: x - y)),
"*": function_type.make_type([2], handler=trampoline.make_closure_trampoline_wrapper(lambda x, y: x * y)),
"/": function_type.make_type([2], handler=trampoline.make_closure_trampoline_wrapper(lambda x, y: x / y)),
"%": function_type.make_type([2], handler=trampoline.make_closure_trampoline_wrapper(lambda x, y: x % y)),
}
code = read_code.read_code()
specific_lexer = lexer.Lexer()
specific_preparser = preparser.Preparser(specific_lexer)
preast = specific_preparser.preparse(code)
specific_parser = parser.Parser()
ast = specific_parser.parse(preast, FUNCTIONS)
print(ast)
result = evaluate(ast, FUNCTIONS)
