def test_functions_with_locals_in_pdb(kernel):
"""
Test that functions with locals work in Pdb.
This is a regression test for spyder-ide/spyder-kernels#345
"""
pdb_obj = SpyderPdb()
Frame = namedtuple("Frame", ["f_globals"])
pdb_obj.curframe = Frame(f_globals=kernel.shell.user_ns)
pdb_obj.curframe_locals = kernel.shell.user_ns
kernel.shell.pdb_session = pdb_obj
# Create a local function.
kernel.shell.pdb_session.default(
'def fun_a(): return [i for i in range(1)]')
kernel.shell.pdb_session.default('zz = fun_a()')
assert kernel.get_value('zz') == [0]
kernel.shell.pdb_session.default('a = 1')
kernel.shell.pdb_session.default('def fun_a(): return a')
kernel.shell.pdb_session.default('zz = fun_a()')
assert kernel.get_value('zz') == 1
pdb_obj.curframe = None
pdb_obj.curframe_locals = None
def test_comprehensions_with_locals_in_pdb(kernel):
"""
Test that evaluating comprehensions with locals works in Pdb.
Also test that we use the right frame globals, in case the user
wants to work with them.
This is a regression test for spyder-ide/spyder#13909.
"""
pdb_obj = SpyderPdb()
pdb_obj.curframe = inspect.currentframe()
pdb_obj.curframe_locals = pdb_obj.curframe.f_locals
kernel.shell.pdb_session = pdb_obj
# Create a local variable.
kernel.shell.pdb_session.default('zz = 10')
assert kernel.get_value('zz') == 10
# Run a list comprehension with this variable.
kernel.shell.pdb_session.default("compr = [zz * i for i in [1, 2, 3]]")
assert kernel.get_value('compr') == [10, 20, 30]
# Check that the variable is not reported as being part of globals.
kernel.shell.pdb_session.default("in_globals = 'zz' in globals()")
assert kernel.get_value('in_globals') == False
pdb_obj.curframe = None
pdb_obj.curframe_locals = None
def test_locals_globals_in_pdb(kernel):
"""
Test thal locals and globals work properly in Pdb.
"""
a = 1
pdb_obj = SpyderPdb()
pdb_obj.curframe = inspect.currentframe()
pdb_obj.curframe_locals = pdb_obj.curframe.f_locals
kernel.shell.pdb_session = pdb_obj
assert kernel.get_value('a') == 1
kernel.shell.pdb_session.default('test = "a" in globals()')
assert kernel.get_value('test') == False
kernel.shell.pdb_session.default('test = "a" in locals()')
assert kernel.get_value('test') == True
kernel.shell.pdb_session.default('def f(): return a')
kernel.shell.pdb_session.default('test = f()')
assert kernel.get_value('test') == 1
kernel.shell.pdb_session.default('a = 2')
assert kernel.get_value('a') == 2
kernel.shell.pdb_session.default('test = "a" in globals()')
assert kernel.get_value('test') == False
kernel.shell.pdb_session.default('test = "a" in locals()')
assert kernel.get_value('test') == True
pdb_obj.curframe = None
pdb_obj.curframe_locals = None
def test_functions_with_locals_in_pdb_2(kernel):
"""
Test that functions with locals work in Pdb.
This is another regression test for spyder-ide/spyder-kernels#345
"""
baba = 1
pdb_obj = SpyderPdb()
pdb_obj.curframe = inspect.currentframe()
pdb_obj.curframe_locals = pdb_obj.curframe.f_locals
kernel.shell.pdb_session = pdb_obj
# Create a local function.
kernel.shell.pdb_session.default(
'def fun_a(): return [i for i in range(1)]')
kernel.shell.pdb_session.default('zz = fun_a()')
assert kernel.get_value('zz') == [0]
kernel.shell.pdb_session.default('a = 1')
kernel.shell.pdb_session.default('def fun_a(): return a')
kernel.shell.pdb_session.default('zz = fun_a()')
assert kernel.get_value('zz') == 1
# Check baba is in locals and not globals
kernel.shell.pdb_session.default('ll = locals().keys()')
assert "baba" in kernel.get_value('ll')
kernel.shell.pdb_session.default('gg = globals().keys()')
assert "baba" not in kernel.get_value('gg')
pdb_obj.curframe = None
pdb_obj.curframe_locals = None
def test_namespaces_in_pdb(kernel):
"""
Test namespaces in pdb
"""
# Define get_ipython for timeit
get_ipython = lambda: kernel.shell
kernel.shell.user_ns["test"] = 0
pdb_obj = SpyderPdb()
pdb_obj.curframe = inspect.currentframe()
pdb_obj.curframe_locals = pdb_obj.curframe.f_locals
kernel.shell.pdb_session = pdb_obj
# Check adding something to globals works
pdb_obj.default("globals()['test2'] = 0")
assert pdb_obj.curframe.f_globals["test2"] == 0
if PY2:
# no error method in py2
pdb_obj.curframe = None
pdb_obj.curframe_locals = None
return
# Create wrapper to check for errors
old_error = pdb_obj.error
pdb_obj._error_occured = False
def error_wrapper(*args, **kwargs):
print(args, kwargs)
pdb_obj._error_occured = True
return old_error(*args, **kwargs)
pdb_obj.error = error_wrapper
# Test globals are visible
pdb_obj.curframe.f_globals["test3"] = 0
pdb_obj.default("%timeit test3")
assert not pdb_obj._error_occured
# Test locals are visible
pdb_obj.curframe_locals["test4"] = 0
pdb_obj.default("%timeit test4")
assert not pdb_obj._error_occured
# Test user namespace is not visible
pdb_obj.default("%timeit test")
assert pdb_obj._error_occured
pdb_obj.curframe = None
pdb_obj.curframe_locals = None
def test_comprehensions_with_locals_in_pdb_2(kernel):
"""
Test that evaluating comprehensions with locals works in Pdb.
This is a regression test for spyder-ide/spyder#16790.
"""
pdb_obj = SpyderPdb()
pdb_obj.curframe = inspect.currentframe()
pdb_obj.curframe_locals = pdb_obj.curframe.f_locals
kernel.shell.pdb_session = pdb_obj
# Create a local variable.
kernel.shell.pdb_session.default('aa = [1, 2]')
kernel.shell.pdb_session.default('bb = [3, 4]')
kernel.shell.pdb_session.default('res = []')
# Run a list comprehension with this variable.
kernel.shell.pdb_session.default(
"for c0 in aa: res.append([(c0, c1) for c1 in bb])")
assert kernel.get_value('res') == [[(1, 3), (1, 4)], [(2, 3), (2, 4)]]
pdb_obj.curframe = None
pdb_obj.curframe_locals = None