Searching for Rtti Support In C information? Find all needed info by using official links provided below.
https://en.cppreference.com/w/cpp/types
Type traits (since C++11) Type traits defines a compile-time template-based interface to query or modify the properties of types. Attempting to specialize a template defined in the <type_traits> header results in undefined behavior, except that std::common_type may be specialized as described in its description.. A template defined in the <type_traits> header may be …NULL: implementation-defined null pointer …
https://stackoverflow.com/questions/26963937/rtti-support-for-c11-cpprtti-and-gnug
Some compilers allow you to disable support for RTTI at compile-time. For example, see Visual C++'s /GR-and GCC's -fno-rtti. If you don't use RTTI in your program (typeid, dynamic_cast, etc.) then disabling RTTI at compile-time may substantially reduce the size of the final binary.
https://en.wikibooks.org/wiki/C%2B%2B_Programming/RTTI
Run-Time Type Information (RTTI) [] RTTI refers to the ability of the system to report on the dynamic type of an object and to provide information about that type at runtime (as opposed to at compile time), and when utilized consistently can be a powerful tool to ease the work of the programmer in managing resources.
https://stackoverflow.com/questions/2635123/activate-rtti-in-c
Options to enable/disable RTTI will be compiler specific - what compiler are you using? RTTI support is on by default in GCC, the option -fno-rtti turns off support (in case you're using GCC and maybe someone's turned off RTTI in a makefile or something).
https://docs.microsoft.com/en-us/cpp/cpp/run-time-type-information
RTTI was added to the C++ language because many vendors of class libraries were implementing this functionality themselves. This caused incompatibilities between libraries. Thus, it became obvious that support for run-time type information was needed at the language level.
https://github.com/espressif/esp-idf/commit/499d087c91141834bc41a282a592ba1d61f7b2c8
Ref. #1684 This change allows RTTI to be enabled in menuconfig. For full RTTI support, libstdc++.a in the toolchain should be built without -fno-rtti, as it is done now. Generally if libstdc++.a is built with RTTI, applications which do not use RTTI (and build with -fno-rtti) could still include typeinfo structures referenced from STL classes’ vtables.
http://processors.wiki.ti.com/index.php/C%2B%2B_Support_in_TI_Compilers
Functions declared extern "C" are not subject to name mangling. They are converted to assembly names by using the C compiler convention of prepending an underscore. For example, func1 becomes _func1. Note, however, even the C compiler convention for how C variable and function names are converted to assembly names is different under EABI.
https://devtalk.nvidia.com/default/topic/541787/nvcc-compiler-dynamic_cast-and-rtti-support-in-c-/
Nvcc compiler, dynamic_cast and rtti support in c++. Reply. Follow. Hi all, I am currently trying to use object oriented architecture in my application and nvcc ouputs the following error: error: identifier "Typeinfo for nameOfMyMotherClass" is undefined in device code error: identifier "Typeinfo for nameOfMyDaughterClass" is undefined in ...
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