Search results
Results from the WOW.Com Content Network
Silverfrost FTN95: Fortran for Windows is a compiler for the Fortran programming language for computers running Microsoft Windows. It generates executable programs from human-written source code for native IA-32 Win32, x86-64 (from version 8.00 [1]) and for Microsoft's .NET platform. There is a free-of-charge Personal edition, which generates ...
Intel Fortran Compiler 16.0, part of Intel Parallel Studio XE 2016: August 25, 2015: Submodules from Fortran 2008, enhanced interoperability of Fortran with C from draft Fortran 2018, OpenMP 4.1 extensions Intel Fortran Compiler 17.0: March 4, 2016: OpenMP 4.5 extensions Intel Fortran Compiler 18.0: January 17, 2017: Full Fortran 2008 support
Version 1.2.0 has support for (no longer current) Unicode 12.1.0 (while still having full UTF-8 support, [7] more conformant/strict than glibc), and version 1.2.1 "features the new 'mallocng' malloc implementation, replacing musl's original dlmalloc-like allocator that suffered from fundamental design problems." [2]
The library supports x86 CPUs and Intel GPUs [2] and is available for Windows and Linux operating systems. [ 5 ] [ 6 ] [ 7 ] Intel oneAPI Math Kernel Library is not to be confused with oneMKL Interfaces, an open-source wrapper library that allows DPC++ applications to call oneMKL routines that can be offloaded to multiple hardware architectures ...
C struct data types may end with a flexible array member [1] with no specified size: struct vectord { short len ; // there must be at least one other data member double arr []; // the flexible array member must be last // The compiler may reserve extra padding space here, like it can between struct members };
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 ...
Many Unix-like systems as well as Microsoft Windows implement a function called alloca for dynamically allocating stack memory in a way similar to the heap-based malloc. A compiler typically translates it to inlined instructions manipulating the stack pointer, similar to how variable-length arrays are handled. [4]
The very advanced compiler from Tilera, for its 64-core TILE64 chip, is based on Blackbird. Open64 exists in many forks , each of which has different features and limitations. The "classic" Open64 branch is the Open Research Compiler (ORC), which produces code only for the Itanium (IA-64), and was funded by Intel .