What are the different aspects to consider when porting code from a single threaded environment to a multi threaded environment or vice versa?
I want to provide some library functionality and a reference application, which will run on a fully-featured, POSIX-compliant platform. The app and library will need bi-directional serial port communication, user input from keyboard, user display to text console, and probably timers.
What are the different aspects to consider when porting code from a single threaded environment to a multi threaded environment or vice versa?
I want to provide some library functionality and a reference application, which will run on a fully-featured, POSIX-compliant platform. The app and library will need bi-directional serial port communication, user input from keyboard, user display to text console, and probably timers.
What are the different aspects to consider when porting code from a single threaded environment to a multi threaded environment or vice versa?
I want to provide some library functionality and a reference application, which will run on a fully-featured, POSIX-compliant platform. The app and library will need bi-directional serial port communication, user input from keyboard, user display to text console, and probably timers.
Processor architectures for testing C/C++ portability
Currently I’m working on a C/C++ code-base which is fairly portable, it can compile on most Unix like systems as well as MS-Windows (MSVC), using various popular compilers.
Can concurrent code (threads, distributed computing, etc.) be directly ported to single-threaded/non-networked platforms?
Take an arbitrary “perfect” multi-threaded program, on an arbitrary multi-threaded platform, using an arbitrary programming language.
Asp.net Web Form for Local Use [closed]
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Asp.net Web Form for Local Use [closed]
Closed 9 years ago.
Ensuring reliability of cross-compilation
Provided that my code is fully standards compliant with no undefined behaviour, how can I best assure that it will be possible to cross-compile my software for any architecture?
Ensuring reliability of cross-compilation
Provided that my code is fully standards compliant with no undefined behaviour, how can I best assure that it will be possible to cross-compile my software for any architecture?
Ensuring reliability of cross-compilation
Provided that my code is fully standards compliant with no undefined behaviour, how can I best assure that it will be possible to cross-compile my software for any architecture?