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Common C++ compilation errors ... but rather due to a bug in the compiler itself. ... Mobile view; Search.
Boot – build automation and dependency management tool; written in Clojure; Boost boost.build – For C++ projects, cross-platform, based on Perforce Jam; Buck – Build system developed and used by Meta Platforms; written in Rust, using Starlark (BUILD file syntax) as Bazel
Most compilers will not catch this at compile time, and instead compile this to executable code that will crash: int main ( void ) { char * s = "hello world" ; * s = 'H' ; } When the program containing this code is compiled, the string "hello world" is placed in the rodata section of the program executable file : the read-only section of the ...
Plugins Plugins extend the GCC compiler directly. [69] Plugins allow a stock compiler to be tailored to specific needs by external code loaded as plugins. For example, plugins can add, replace, or even remove middle-end passes operating on Gimple representations. [70] Several GCC plugins have already been published, notably:
Here, attempting to use a non-class type in a qualified name (T::foo) results in a deduction failure for f<int> because int has no nested type named foo, but the program is well-formed because a valid function remains in the set of candidate functions.
Code::Blocks supports multiple compilers, including GCC, MinGW, Mingw-w64, Digital Mars, Microsoft Visual C++, Borland C++, LLVM Clang, Watcom, LCC and the Intel C++ compiler. Although the IDE was designed for the C++ language, there is some support for other languages, including Fortran and D. A plug-in system is included to support other ...
Das U-Boot (subtitled "the Universal Boot Loader" and often shortened to U-Boot; see History for more about the name) is an open-source boot loader used in embedded devices to perform various low-level hardware initialization tasks and boot the device's operating system kernel.
The GCC for SPARC Systems (GCCFSS) compiler uses GNU Compiler Collection's (GCC) front end with the Oracle Developer Studio compiler's code-generating back end. Thus, GCCFSS is able to handle GCC-specific compiler directives, while it is also able to take advantage of the compiler optimizations in the compiler's back end.