d0254b1c79
libs/libc/stdio/lib_libvsprintf.c: Resolves the integer field width problem if Issue 35 for the cases of long and long long integer types. libs/libc/stdio/lib_libvsprintf.c: Resolves the integer field width problem if Issue 35 for the case of integer types. libs/libc/stdio: Remove CONFIG_NOPRINTF_FIELDWIDTH. That option does, indeed, make the printf family of functions much smaller. But it also adds a lot of complexity and makes the functions non-standard. Removing this might break some of the tinier platforms but it is the best thing to do for long term maintanance for for OpenGroup.org compliance. |
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.. | ||
.gitignore | ||
defconfig | ||
nsh.zfpproj | ||
README.txt |
README.txt ========== Contents -------- o NSH Project o Loading and Executing Code o Console Output o STATUS NSH Project ----------- nsh.zfpproj is a simple ZDS II - ZNEO 5.0.1 project that will allow you to use the ZDS-II debugger. Before using, copy the following files from the toplevel directory: nuttx.hex, nuttx.map, nuttx.lod to this directory as: nsh.hex, nsh.map, nsh.lod Loading and Executing Code -------------------------- 1. Copy the files to this directory as described above 2. Connect the ZiLOG XTools USB debugger. 3. Install the USB driver from the ZDS-II device_drivers directory 4. Start ZDS-II and load the nsh.zfpproj project 5. In the debug tab, connect to the debugger 6. In the debug tab, load code, reset, and go Console Output -------------- Interaction with NSH is via the serial console at 57600 8N1 baud. STATUS ------ 1. Note that you must apply the ZNEO patch if you are using ZDS-II 5.0.1. See the README.txt file in the parent directory for more information. This configuration does run correctly with the path applied. 2. I bet that this code, like ostest, will not run if started by a hardware reset. It may only run when started via the debugger.