def __init__(self, arg, val, operator): self.tb = traceback.extract_stack() ValueError.__init__( self, get_error( "Outside range: {v} needs to be {o} {v2}".format( v=format_repr(arg), o=operator, v2=format_repr(val)), tb=self.tb, ), )
def __init__(self, arg, val, operator): self.tb = traceback.extract_stack() ValueError.__init__( self, get_error( "Outside range: {v} needs to be {o} {v2}".format( v=format_repr(arg), o=operator, v2=format_repr(val) ), tb=self.tb, ), )
def __init__(self, shape, dim, shape_names): self.tb = traceback.extract_stack() shape = format_repr(shape) dim = format_repr(dim) ValueError.__init__( self, get_error( "Shape mismatch: input {s} not compatible with {d}.".format( s=shape, d=dim), tb=self.tb, ), )
def __init__(self, shape, dim, shape_names): self.tb = traceback.extract_stack() shape = format_repr(shape) dim = format_repr(dim) ValueError.__init__( self, get_error( "Shape mismatch: input {s} not compatible with {d}.".format( s=shape, d=dim ), tb=self.tb, ), )
def __init__(self, bad_type, expected): if isinstance(expected, str): expected = [expected] self.tb = traceback.extract_stack() TypeError.__init__( self, get_error( "Expected type {e}, but got: {v} ({t})".format( e="/".join(expected), v=format_repr(bad_type), t=type(bad_type) ), tb=self.tb, highlight=format_repr(bad_type), ), )
def __init__(self, bad_type, expected): if isinstance(expected, str): expected = [expected] self.tb = traceback.extract_stack() TypeError.__init__( self, get_error( "Expected type {e}, but got: {v} ({t})".format( e="/".join(expected), v=format_repr(bad_type), t=type(bad_type)), tb=self.tb, highlight=format_repr(bad_type), ), )
def __init__(self, lengths, arg): self.tb = traceback.extract_stack() ValueError.__init__( self, get_error( "Values need to be equal length: {v}".format(v=format_repr(lengths)), tb=self.tb, ), )
def __init__(self, shape, axis): self.tb = traceback.extract_stack() ValueError.__init__( self, get_error( "Shape mismatch: input {s} has too short for axis {d}.".format( s=format_repr(shape), d=axis), tb=self.tb, ), )
def __init__(self, lengths, arg): self.tb = traceback.extract_stack() ValueError.__init__( self, get_error( "Values need to be equal length: {v}".format( v=format_repr(lengths)), tb=self.tb, ), )
def __init__(self, shape, axis): self.tb = traceback.extract_stack() ValueError.__init__( self, get_error( "Shape mismatch: input {s} has too short for axis {d}.".format( s=format_repr(shape), d=axis ), tb=self.tb, ), )