""" Classes for representing outcomes on master and slavenode sides """ # WARNING! is_critical is debugging flag which means something # wrong went on a different level. Usually that means # internal bug. import sys import py class Outcome(object): def __init__(self, setupfailure=False, excinfo=None, skipped=None, is_critical=False): self.passed = not excinfo and not skipped self.skipped = skipped self.setupfailure = setupfailure self.excinfo = excinfo self.is_critical = is_critical self.signal = 0 self.stdout = "" # XXX temporary self.stderr = "" assert bool(self.passed) + bool(excinfo) + bool(skipped) == 1 def make_excinfo_repr(self, tbstyle): if self.excinfo is None: return None excinfo = self.excinfo tb_info = [self.traceback_entry_repr(x, tbstyle) for x in excinfo.traceback] rec_index = excinfo.traceback.recursionindex() if hasattr(excinfo, 'type'): etype = excinfo.type if hasattr(etype, '__name__'): etype = etype.__name__ else: etype = excinfo.typename val = getattr(excinfo, 'value', None) if not val: val = excinfo.exconly() val = str(val) return (etype, val, (tb_info, rec_index)) def traceback_entry_repr(self, tb_entry, tb_style): lineno = tb_entry.lineno relline = lineno - tb_entry.frame.code.firstlineno path = str(tb_entry.path) #try: try: if tb_style == 'long': source = str(tb_entry.getsource()) else: source = str(tb_entry.getsource()).split("\n")[relline] except py.error.ENOENT: source = "[cannot get source]" name = str(tb_entry.frame.code.name) # XXX: Bare except. What can getsource() raise anyway? # SyntaxError, AttributeError, IndentationError for sure, check it #except: # source = "" return (relline, lineno, source, path, name) def make_repr(self, tbstyle="long"): return (self.passed, self.setupfailure, self.make_excinfo_repr(tbstyle), self.skipped, self.is_critical, 0, self.stdout, self.stderr) class TracebackEntryRepr(object): def __init__(self, tbentry): relline, lineno, self.source, self.path, self.name = tbentry self.relline = int(relline) self.path = py.path.local(self.path) self.lineno = int(lineno) self.locals = {} def __repr__(self): return "line %s in %s\n %s" %(self.lineno, self.path, self.source[100:]) def getsource(self): return py.code.Source(self.source).strip() def getfirstlinesource(self): return self.lineno - self.relline class TracebackRepr(list): def recursionindex(self): return self.recursion_index class ExcInfoRepr(object): def __init__(self, excinfo): self.typename, self.value, tb_i = excinfo tb, rec_index = tb_i self.traceback = TracebackRepr([TracebackEntryRepr(x) for x in tb]) self.traceback.recursion_index = rec_index def __repr__(self): l = ["%s=%s" %(x, getattr(self, x)) for x in "typename value traceback".split()] return "" %(" ".join(l),) def exconly(self, tryshort=False): """ Somehow crippled version of original one """ return "%s: %s" % (self.typename, self.value) def errisinstance(self, exc_t): if not isinstance(exc_t, tuple): exc_t = (exc_t,) for exc in exc_t: if self.typename == str(exc).split('.')[-1]: return True return False class ReprOutcome(object): def __init__(self, repr_tuple): (self.passed, self.setupfailure, excinfo, self.skipped, self.is_critical, self.signal, self.stdout, self.stderr) = repr_tuple if excinfo is None: self.excinfo = None else: self.excinfo = ExcInfoRepr(excinfo) def __repr__(self): l = ["%s=%s" %(x, getattr(self, x)) for x in "signal passed skipped setupfailure excinfo stdout stderr".split()] return "" %(" ".join(l),)