def __eq__(self, other): """Equality test. other -- ISeq or something that implements the seq protocol ASeq.__eq__ is actually used.""" return (self is other or (RT.isSeqable(other) and not isinstance(other, (IPersistentSet, IPersistentMap)) and self.seq() == RT.seq(other)))
def __eq__(self, other): """Equality test. other -- ISeq or something that implements the seq protocol ASeq.__eq__ is actually used.""" if self is other: return True if not RT.isSeqable(other) or isinstance(other, IPersistentSet): return False s = self.seq() o = RT.seq(other) return s == o
def __eq__(self, other): if self is other: return True if not RT.isSeqable(other) or (isinstance(other, IPersistentSet)): return False se = RT.seq(other) if isinstance(se, RT.NotSeq): print other, type(other) return False ms = self.seq() while se is not None: if ms is None or not se.first() == ms.first(): return False ms = ms.next() se = se.next() return ms is None
def __eq__(self, other): if self is other: return True if not RT.isSeqable(other) or isinstance(other, IPersistentSet): return False se = RT.seq(other) # XXX: don't think this is used # if isinstance(se, RT.NotSeq): # print other, type(other) # return False ms = self.seq() while se is not None: if ms is None or not se.first() == ms.first(): return False ms = ms.next() se = se.next() return ms is None
def __eq__(self, other): s = self.seq() if not RT.isSeqable(other) or isinstance(other, IPersistentSet): return False o = RT.seq(other) return s == o
def __eq__(self, other): s = self.seq() if not RT.isSeqable(other): return False o = RT.seq(other) return s == o