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|
# mode: run
def call_cdt_private_cdef(CDefTest o):
return o._CDefTest__private_cdef()
cdef __c_func():
return "cdef function"
cdef __c_var = "Shouldn't see this"
cdef class CDefTest:
"""
>>> cd = CDefTest()
>>> '_CDefTest__private' in dir(cd)
True
>>> cd._CDefTest__private()
8
>>> call_cdt_private_cdef(cd)
8
>>> '__private' in dir(cd)
False
>>> '_CDefTest__x' in dir(cd)
True
>>> '__x' in dir(cd)
False
>>> cd._CDefTest__y
2
"""
__x = 1
cdef public int __y
def __init__(self):
self.__y = 2
def __private(self): return 8
cdef __private_cdef(self): return 8
def get(self):
"""
>>> CDefTest().get()
(1, 1, 8)
"""
return self._CDefTest__x, self.__x, self.__private()
def get_inner(self):
"""
>>> CDefTest().get_inner()
(1, 1, 8)
"""
def get(o):
return o._CDefTest__x, o.__x, o.__private()
return get(self)
def get_c_func(self):
"""
Should still be able to access C function with __names
>>> CDefTest().get_c_func()
'cdef function'
"""
return __c_func()
def get_c_func2(self):
"""
Should find mangled name before C __name
>>> CDefTest().get_c_func2()
'lambda'
"""
_CDefTest__c_func = lambda: "lambda"
return __c_func()
def get_c_var(self):
"""
>>> CDefTest().get_c_var()
'c var'
"""
global __c_var
__c_var = "c var"
return __c_var
def call_inpdx_private_cdef(InPxd o):
return o._InPxd__private_cdef()
cdef class InPxd:
"""
>>> InPxd()._InPxd__y
2
>>> call_inpdx_private_cdef(InPxd())
8
"""
def __init__(self):
self.__y = 2
cdef int __private_cdef(self): return 8
|
