def parse(input, interpreter=None, ctx=None, out=None, words=None): """\ Read non-blocking input, run through the tokenizer, pass to the parser. """ if ctx is None: ctx=Context if ctx is Context or "filename" not in ctx: ctx = ctx(filename=(input if isinstance(input,six.string_types) else u"‹stdin›")) if out is not None: ctx.out = out else: ctx.out = sys.stdout if "words" not in ctx: if words is None: words = global_words(ctx) ctx.words = words if interpreter is None: from moat.interpreter import Interpreter interpreter = Interpreter if isinstance(interpreter,type): interpreter = interpreter(ctx) if isinstance(input,six.string_types): input = open(input,"rU",encoding='utf-8') parser = Parser(interpreter=interpreter, input=input, ctx=ctx) parser.run()
def parse(input, interpreter=None, ctx=None, out=None, words=None):
"""\
Read non-blocking input, run through the tokenizer, pass to the
parser.
"""
if ctx is None: ctx = Context
if ctx is Context or "filename" not in ctx:
ctx = ctx(filename=(
input if isinstance(input, six.string_types) else u"‹stdin›"))
if out is not None:
ctx.out = out
else:
ctx.out = sys.stdout
if "words" not in ctx:
if words is None: words = global_words(ctx)
ctx.words = words
if interpreter is None:
from moat.interpreter import Interpreter
interpreter = Interpreter
if isinstance(interpreter, type):
interpreter = interpreter(ctx)
if isinstance(input, six.string_types):
input = open(input, "rU", encoding='utf-8')
parser = Parser(interpreter=interpreter, input=input, ctx=ctx)
parser.run()
def __init__(self, ctx=None): super(Interpreter,self).__init__(ctx) if "words" not in ctx: from moat.statement import global_words self.ctx = ctx(words=global_words(ctx=ctx)) else: self.ctx = ctx
def on_connect(self):
global conn_seq
conn_seq += 1
self.name = self.dest + ("n" + str(conn_seq), )
self.ctx = Context()
self.ctx.out = Reporter(self)
self.ctx.words = global_words(self.ctx)
self.workers = set()
simple_event("rpc", "connect", *self.name)
Collected.__init__(self)
def on_connect(self):
global conn_seq
conn_seq += 1
self.name = self.dest + ("n"+str(conn_seq),)
self.ctx = Context()
self.ctx.out = Reporter(self)
self.ctx.words = global_words(self.ctx)
self.workers = set()
simple_event("rpc","connect",*self.name)
Collected.__init__(self)
def _command(self, args=(), sub=(), **kwargs):
ctx = Context(**kwargs)
ctx.out = Reporter()
ctx.words = global_words() # self.ctx)
try:
if sub:
cmd = CommandProcessor(parent=self, ctx=ctx)
proc = cmd.complex_statement(args)
for s in sub:
proc.simple_statement(s)
proc.done()
cmd.run()
else:
CommandProcessor(parent=self, ctx=ctx).simple_statement(args)
except Exception as e:
fix_exception(e)
process_failure(e)
reraise(e)
return ctx.out.data
def _command(self, args=(), sub=(),**kwargs): ctx = Context(**kwargs) ctx.out = Reporter() ctx.words = global_words() # self.ctx) try: if sub: cmd = CommandProcessor(parent=self,ctx=ctx) proc = cmd.complex_statement(args) for s in sub: proc.simple_statement(s) proc.done() cmd.run() else: CommandProcessor(parent=self,ctx=ctx).simple_statement(args) except Exception as e: fix_exception(e) process_failure(e) reraise(e) return ctx.out.data
