If you just want to disable logging methods, use the logging module. If the log level is set to exclude, say, debug statements, then logging.debug will be very close to a no-op (it just checks the log level and returns without interpolating the log string). If you want to actually remove chunks of code at … Read more
You can use debug_assertions as the appropriate configuration flag. It works with both #[cfg(…)] attributes and the cfg! macro: #[cfg(debug_assertions)] fn example() { println!(“Debugging enabled”); } #[cfg(not(debug_assertions))] fn example() { println!(“Debugging disabled”); } fn main() { if cfg!(debug_assertions) { println!(“Debugging enabled”); } else { println!(“Debugging disabled”); } #[cfg(debug_assertions)] println!(“Debugging enabled”); #[cfg(not(debug_assertions))] println!(“Debugging disabled”); example(); } … Read more
Does this answer your question? The second import does the trick. Mod_1.py def test_function(): print “Test Function — Mod 1” Mod_2.py def test_function(): print “Test Function — Mod 2” Test.py #!/usr/bin/python import sys import Mod_1 Mod_1.test_function() del sys.modules[‘Mod_1’] sys.modules[‘Mod_1’] = __import__(‘Mod_2’) import Mod_1 Mod_1.test_function()
I’ve done a screenshot to show where it is in Xcode, because it’s easier 🙂 Select project file Select the target you want Go to Build Settings Search for ‘preprocessor’ Add your preprocessor macro either for Debug, Release, or both.
For people that absolutely need performance, boxing and unboxing and generified collections and whatnot are big no-no’s. The same problem happens in performance computing where you need the same complex to work both for float and double (say some of the method shown in Goldberd’s “What every computer scientist should know about floating-point numbers“ paper). … Read more
Simply because you might have wanted the compiler to load that file twice. Remember, that #include simply loads a file and puts its contents in the place of the directive. This file might be a header file, but may be useful and frequently used piece of source code as well. Most modern compilers react to … Read more
Within the eclipse config file (%ECLIPSE_HOME%\configuration\config.ini) make sure the following line exists. osgi.framework.extensions=net.rim.eide.preprocessing.hook With the current BlackBerry plugin (1.0.0.67) config line is added for you. I’m not sure about older versions of the plugin. Also, checkout this Stack Overflow question for more information on the BlackBerry preprocessor. Preprocessor directives supported by the RIM compiler
It seems you might be conflating two things – how to differentiate between the host and device compilation trajectories when nvcc is processing CUDA code, and how to differentiate between CUDA and non-CUDA code. There is a subtle difference between the two. __CUDA_ARCH__ answers the first question, and __CUDACC__ answers the second. Consider the following … Read more
There’s __debug__, which is a special value that the compiler does preprocess. if __debug__: print “If this prints, you’re not running python -O.” else: print “If this prints, you are running python -O!” __debug__ will be replaced with a constant 0 or 1 by the compiler, and the optimizer will remove any if 0: lines … Read more
Apple included full support for Swift preprocessor flags as of Xcode 8, so it’s no longer necessary to set these values in “Other Swift Flags”. The new setting is called “Active Compilation Conditions”, which provides top-level support for the Swift equivalent of preprocessor flags. You use it in exactly the same way as you would … Read more