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Allow decorator frames to be marked as skippable....
Allow decorator frames to be marked as skippable. When done so, by default pdb will step over those frames and directly into the decorated functions. >>> def helper_1(): ... print("don't step in me") ... ... ... def helper_2(): ... print("in me neither") ... One can define a decorator that wrap a function between the two helpers: >>> def pdb_skipped_decorator(function): ... ... ... def wrapped_fn(*args, **kwargs): ... __debuggerskip__ = True ... helper_1() ... __debuggerskip__ = False ... result = function(*args, **kwargs) ... __debuggerskip__ = True ... helper_2() ... return result ... ... return wrapped_fn When decorating a function, ipdb will directly step into ``bar()`` by default: >>> @foo_decorator ... def bar(x, y): ... return x * y You can toggle the behavior with ipdb> skip_predicates debuggerskip False or configure it in your ``.pdbrc``

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test_magic_arguments.py
135 lines | 4.5 KiB | text/x-python | PythonLexer
/ IPython / core / tests / test_magic_arguments.py
#-----------------------------------------------------------------------------
# Copyright (C) 2010-2011, IPython Development Team.
#
# Distributed under the terms of the Modified BSD License.
#
# The full license is in the file COPYING.txt, distributed with this software.
#-----------------------------------------------------------------------------
import argparse
import pytest
from IPython.core.magic_arguments import (argument, argument_group, kwds,
magic_arguments, parse_argstring, real_name)
@magic_arguments()
@argument('-f', '--foo', help="an argument")
def magic_foo1(self, args):
""" A docstring.
"""
return parse_argstring(magic_foo1, args)
@magic_arguments()
def magic_foo2(self, args):
""" A docstring.
"""
return parse_argstring(magic_foo2, args)
@magic_arguments()
@argument('-f', '--foo', help="an argument")
@argument_group('Group')
@argument('-b', '--bar', help="a grouped argument")
@argument_group('Second Group')
@argument('-z', '--baz', help="another grouped argument")
def magic_foo3(self, args):
""" A docstring.
"""
return parse_argstring(magic_foo3, args)
@magic_arguments()
@kwds(argument_default=argparse.SUPPRESS)
@argument('-f', '--foo', help="an argument")
def magic_foo4(self, args):
""" A docstring.
"""
return parse_argstring(magic_foo4, args)
@magic_arguments('frobnicate')
@argument('-f', '--foo', help="an argument")
def magic_foo5(self, args):
""" A docstring.
"""
return parse_argstring(magic_foo5, args)
@magic_arguments()
@argument('-f', '--foo', help="an argument")
def magic_magic_foo(self, args):
""" A docstring.
"""
return parse_argstring(magic_magic_foo, args)
@magic_arguments()
@argument('-f', '--foo', help="an argument")
def foo(self, args):
""" A docstring.
"""
return parse_argstring(foo, args)
def test_magic_arguments():
assert (
magic_foo1.__doc__
== "::\n\n %foo1 [-f FOO]\n\n A docstring.\n\noptional arguments:\n -f FOO, --foo FOO an argument\n"
)
assert getattr(magic_foo1, "argcmd_name", None) == None
assert real_name(magic_foo1) == "foo1"
assert magic_foo1(None, "") == argparse.Namespace(foo=None)
assert hasattr(magic_foo1, "has_arguments")
assert magic_foo2.__doc__ == "::\n\n %foo2\n\n A docstring.\n"
assert getattr(magic_foo2, "argcmd_name", None) == None
assert real_name(magic_foo2) == "foo2"
assert magic_foo2(None, "") == argparse.Namespace()
assert hasattr(magic_foo2, "has_arguments")
assert (
magic_foo3.__doc__
== "::\n\n %foo3 [-f FOO] [-b BAR] [-z BAZ]\n\n A docstring.\n\noptional arguments:\n -f FOO, --foo FOO an argument\n\nGroup:\n -b BAR, --bar BAR a grouped argument\n\nSecond Group:\n -z BAZ, --baz BAZ another grouped argument\n"
)
assert getattr(magic_foo3, "argcmd_name", None) == None
assert real_name(magic_foo3) == "foo3"
assert magic_foo3(None, "") == argparse.Namespace(bar=None, baz=None, foo=None)
assert hasattr(magic_foo3, "has_arguments")
assert (
magic_foo4.__doc__
== "::\n\n %foo4 [-f FOO]\n\n A docstring.\n\noptional arguments:\n -f FOO, --foo FOO an argument\n"
)
assert getattr(magic_foo4, "argcmd_name", None) == None
assert real_name(magic_foo4) == "foo4"
assert magic_foo4(None, "") == argparse.Namespace()
assert hasattr(magic_foo4, "has_arguments")
assert (
magic_foo5.__doc__
== "::\n\n %frobnicate [-f FOO]\n\n A docstring.\n\noptional arguments:\n -f FOO, --foo FOO an argument\n"
)
assert getattr(magic_foo5, "argcmd_name", None) == "frobnicate"
assert real_name(magic_foo5) == "frobnicate"
assert magic_foo5(None, "") == argparse.Namespace(foo=None)
assert hasattr(magic_foo5, "has_arguments")
assert (
magic_magic_foo.__doc__
== "::\n\n %magic_foo [-f FOO]\n\n A docstring.\n\noptional arguments:\n -f FOO, --foo FOO an argument\n"
)
assert getattr(magic_magic_foo, "argcmd_name", None) == None
assert real_name(magic_magic_foo) == "magic_foo"
assert magic_magic_foo(None, "") == argparse.Namespace(foo=None)
assert hasattr(magic_magic_foo, "has_arguments")
assert (
foo.__doc__
== "::\n\n %foo [-f FOO]\n\n A docstring.\n\noptional arguments:\n -f FOO, --foo FOO an argument\n"
)
assert getattr(foo, "argcmd_name", None) == None
assert real_name(foo) == "foo"
assert foo(None, "") == argparse.Namespace(foo=None)
assert hasattr(foo, "has_arguments")