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Name mangling - Wikipedia, the free encyclopedia
In software compiler engineering, name mangling (sometimes called name decoration ) is a technique used to solve various problems caused by the need to resolve unique names for programming entitie...
en.wikipedia.org/wiki/Name_mangling |
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So names should be mangled by compiler before reaching the linker. Linker also needs a great deal of information on each program entity. For example, to correctly link a function it needs its name, ... Mangled name contains a lot of elements have to be discussed. ... C++ Mangled name (so starting with ? again)
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Apr 30, 2002 ... The name mangling scheme seems to be based on the one in the C++ Reference Manual, and is partly documented at ...
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Technical Support for InetOrgPerson; inetOrgPerson Kit Files; Exchange Collision Issue; Mangled Name Issue ... This file fixes the mangled name problem, described later, that may occur when defining inetOrgPerson in a forest that has Exchange 2000 installed. For more information, see Mangled Name Issue later in this document.
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mangled name: n. ... A name, appearing in a C++ object file, that is a coded representation of the object declaration as it appears in the source. Mangled names are used because C++ allows multiple objects to have the same name, as long as they are distinguishable in some other way, such as by having different parameter types.
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yes i want to retrieve the address from the mangled name in the DLL only. ... Now coming to the main problem I could somethow access the pvt method using function pointer and then assigning the address but it would be better if i dynamically retrieve the address from the mangled name so generated.
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Note On some platforms, including Microsoft Windows NT, support for C++ shared libraries is limited and the C++ mangled function names must be exported. Refer to your vendor-supplied documentation for details on creating C++ shared libraries.
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When a global function is overloaded, the generated mangled name for each overloaded version is unique. Name mangling is also applied to variables. Thus, a local variable and a global variable with the same user-given name still get distinct mangled names.
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The mangled name of foo might look like foo@4%6^, for example. Or it might not even contain the word "foo". ... One of the problems with name mangling is that the C++ standard (currently [ISO14882]) does not define how names have to be mangled; thus every compiler mangles names in its own way.
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