One last thing I had to do was exclude the linker script from compilation, otherwise the build fails. I had to add these manually to project settings in the Linker flags text box under Toolchain, AVR32/GNU Linker, Miscellaneous. The same thing happened with the flag -Wl,-e that is used specify the entry point. The linker flag -T used to specify the linker script was not migrated over. My project uses a linker script to place code and data in flash and SRAM. I did find one minor issue after migration. I had to eliminate the compiler option -march=ucr1 to proceed with the build - GCC compiler with the newer toolchain refuses to compile with message Conflicting architectures implied by -mpart and -march. The tool creates a solution file in the workspace folder, and a project file with the extension cproj under each project. It shouldn’t mess anything up but you never know. The wizard does in-place migration, so backup your work before running the wizard. You can specify the location of your AVR32 Studio workspace, tell the import wizard to find/list projects under the workspace, and select all projects you want to migrate. Luckily, migration is made painless in Atmel Studio 6 due to the import option under the File menu. I am studying migrating from AVR32 Studio to Atmel Studio 6. Project maintained by tewarid Hosted on GitHub Pages - Theme by mattgraham Migrating an AVR32 Studio project to Atmel Studio 6Ī cross-platform, Eclipse based, AVR32 Studio.Ī Windows only, Visual Studio Isolated Shell based, Atmel Studio 6.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |