![]()
#Nucleo f401re led fail code#Indicates what code should be placed where in memor # Extra platform specific object files to link into file binary. LD_FLAGS := -mcpu=cortex-m4 -mthumb -mfpu=fpv4-sp-d16 -mfloat-abi=softfp GCC_DEFINES += -D_CORTEX_M4 -DARM_MATH_CM4 -D_FPU_PRESENT=1Ĭ_FLAGS := -mcpu=cortex-m4 -mthumb -mthumb-interwork -mfpu=fpv4-sp-d16 -mfloatĪSM_FLAGS := -mcpu=cortex-m4 -mthumb -mfpu=fpv4-sp-d16 -mfloat-abi=softfp GCC_DEFINES := $(patsubst %,-D%,$(TARGETS_FOR_DEVICE)) TARGETS_FOR_DEVICE += TARGET_FF_ARDUINO TARGET_FF_MORPHO TARGETS_FOR_DEVICE := TARGET_NUCLEO_F401RE TARGET_M4 TARGET_CORTEX_M TARGET_STM # Compiler flags which are specifc to this device. ![]() # Vendor/device for which the library should be built. After submitting them, It turns out I missed one more, but I think we have it fixed now. A coupe weeks of reading forums and Google searches, I made some changes, verified lots of code and thought it was ready again. He asked me to rerun some of the tests on my boards to verify his changes.Įverything stopped working. #Nucleo f401re led fail update#About the same time, the author of gcc4mbed decided to update it to the newer rev. Then it became obvious that I missed something in the special board -device-mk makefile. Until I decided to try the RTOS real-time extensions. I managed to modify the main makefile for the NUCLEOF401RE board ( as in this post). It did not support any of the STM32 boards at first though. #Nucleo f401re led fail how to#I was having a lot of issues then and some may have been self induced.Īnyway I learned how to get the gcc4mbed setup to work directly. Everything would be fine one day,then the next it could no longer find the libraries to compile the last copy of the file from the day before. But when I got a little more comlplex it seemed to get unstable and not repeatable. While I was trying simple programs in single files, it seemed OK. I really should give the eclipse CDT another shot. When the internet access is fast, it is easy to exercise demo code there. The code is there, but I can't select a non-'mbed platform' for the compiler when i start a new program. Also, does not support the DISCOVERY boards on-line. I have had access as long as the cell company keeps the towers working, but not always. I use the Project, App_test and Funct_test directories to further divide the namespace.įor 2 months I have been switching back and forth between using online, eclipse with gcc4mbed, gcc4mbed with geany and just gcc4mbed in a terminal with the makefile and vi. The symbolic links line up with the directories that the makefiles expect so they compile OK, but keep my stuff separate. It also allows a complete removal and re-write of the GCC4MBED without affecting my projects. This makes it much easier to use minute by minute during development, so less time is wasted trying to remember recent changes. This should make it easy to manage individual subsets of projects for revision management. Therefore I made a project directory tree for my stuff that separates it out of GCC4MBED's tree structure. ![]() It is possible to configure your way around this, but then using the versioning system for your code gets cumbersome. ![]() However, they take the entire repo directory and process it. If you want to contribute your enhancements back to the original author, there are commands to do that. Gcc4mbed is written such that you use one of its sub-directories, gcc4mbed/samples/ / as the source of your project. Now you have local copy to use/modify/enhance or whatever. This makes a directory named after the repository in the current directory and downloads all the code from the repo there. #Nucleo f401re led fail software#To start you git clone the software of interest. The gcc4mbed is at so it seems the thing to do. It is the "hot new revision manager of the day". I too have had a learning curve with git. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |