![]() ![]() ![]() Because the object files will be placed in the ‘debug’ folder, this is part of the name: # Then I define a macro for the final executable I want to make: # In the makefile I define variables for deleting files, the compiler and the linker: # ‘clean’ is used to delete all temporary files, and ‘all’ is used to build the application. There are two special targets named all an clean. □ Note that there needs to be a character in front of each command! A generic make file looks like this: all: hello.axfĮach entry in the make file has the following syntax: : The next step is to implement the make file content. *.c) and generates the make files automatically:Įxtended project Structure Make File Syntax With the managed make system, Eclipse detects the files present in the project (e.g. Check the link to the GitHub project in the Links section at the end of this article. □ I have put the sources of this project on GitHub. I recommend to start with an ’empty’ main first.Ī good way to get the necessary files and options is to look at an existing example project which usually is using ‘manged make’. Here again you can borrow from an existing example project. Use the options from an existing example project. Compiler and linker settings for your target device.Usually this comes with a bundled Eclipse IDE or you can use a DIY toolchain. Installed GNU toolchain with make utility.I’m using the NXP MCUXpresso IDE v10.0.2 (Neon based), but any other Eclipse distribution would do it too. To use make files in Eclipse, I need the following: ![]() The make file approach requires understanding the build process, and for this it is helpful to understand what is used with the managed make, so I can use it as a base or inspiration.
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January 2023
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