def schedule_files(self):
for filename in self.flags.file:
source = open(filename, "rt").read()
tokens = token.tokenize(source)
module = ast.Module(filename)
parser.Parser(tokens, module).parse_program()
self.schedule_for_compile(module)
self.schedule_for_output(module)
def schedule_files(self):
files = self.flags.files or []
for filename in files:
source = open(filename, "rt").read()
tokens = token.tokenize(source)
module = ast.Module(filename)
nparser.Parser(tokens, module).parse_program()
self.schedule_for_compile(module)
self.schedule_for_output(module)
def run_parse_input(self, inputs, parse_thunk):
for expr in inputs:
tokens = token.tokenize(expr)
unit = parse_thunk(tokens)
# Implicitly import the core module into the oldest stage. There needs to
# better model for this but for now it helps make builtin methods slightly
# less magic.
unit.get_oldest_stage().add_import(data.Path(['core']))
self.schedule_for_compile(unit)
self.schedule_for_output(unit)
def run_parse_input(self, inputs, parse_thunk):
for expr in inputs:
tokens = token.tokenize(expr)
unit = parse_thunk(tokens)
# Implicitly import the core module into the oldest stage. There needs to
# better model for this but for now it helps make builtin methods slightly
# less magic.
unit.get_oldest_stage().add_import(data.Path(['core']))
self.schedule_for_compile(unit)
self.schedule_for_output(unit)
def answer_query(self, query):
"""Answer a query"""
tokens = token.tokenize(query)
if tokens[0][1] == 'Is' and tokens[-1][1] == '?':
return property(tokens[2:-1])
if len(tokens) == 7 and tokens[-3][1] == 'in':
return convert(tokens)
if len(tokens) == 13 and tokens[-3][1] == '=' and tokens[6][1] == '+':
return "x = " + str(solveSimple(tokens))
if len(tokens) == 13 and tokens[-3][1] == '=' and tokens[6][1] == '*':
return "x = " + str(solveMult(tokens))
try:
result = infix_parser.infix_eval(query)
return result
except:
return 85
if __name__ == '__main__':
default_examples = [
'뿡',
'뿍뿍',
'뽁뽁',
'~',
'뿌직',
'쀼직',
'뽀옹',
'뽀뽀옹',
'북',
'부북',
'부부북',
'부부부북',
'=3',
'==3',
'빵',
'빠아앙',
]
for idx, example in enumerate(examples):
print(f'##### Test [{idx}] - {example}')
result = tokenize(example)
print(f'-> {result}')
mix_example = '뿡뿍뿍뽁뽁~뿌직쀼직뽀옹뽀뽀옹북부북부부북부부부북=3==3빵빠아앙'
print(f'###### Final Test - {mix_example}')
result = tokenize(mix_example)
print(f'-> {result}')
def parse_source_file(self, name): source = open(name, "rt").read() tokens = token.tokenize(source) parser.Parser(tokens, self.module).parse_program()
def parse_manifest(self): source = open(self.manifest_file, "rt").read() tokens = token.tokenize(source) return parser.ModuleParser(tokens).parse_module_manifest()
def main(input_file: str, debug: bool = False):
with open(input_file, 'r') as bang_gwi_file:
code = bang_gwi_file.read()
thread = Interpreter(20, debug)
for op in tokenize(code):
thread.run(op)
def parse_source_file(self, name): source = open(name, "rt").read() tokens = token.tokenize(source) nparser.Parser(tokens, self.module, name).parse_program()
def parse_manifest(self): source = open(self.manifest_file, "rt").read() tokens = token.tokenize(source) return nparser.ModuleParser(tokens).parse_module_manifest()
