![]() ![]() Right click on “Linker files” and select the file r which you’ll find in the folder /opt/microchip/mplabc18/v3.36/bin/LKR (or something similar, depending on where you installed C18).And now, finally, we can add some actual code ?I used the Dwengo “blinking Leds” example, which you can find. After that MPLAB8.20a file will be downloaded. Now you will see a shell file with the same name as the installer has been created. Select the.lib file we downloaded earlier.Next we add the linker file, needed for successfully compiling your code. MPLAB IDE may be 32/64-bit, but it's installer is 32-bit only and won't run by default on a 64-bit Ubuntu installation. Click on MPLAB Zipped Installation and Download that on your PC. Here were going to see how to install this in an Ubuntu 16.04 64bit PC. We will start out by adding the Dwengo library by right clicking “Library Files” and selecting “Add existing file”. The nice thing about using this device with the MPLAB software is that we will be able to actually debug our code! That is breakpoints, step-by-step and other goodness instead of tediously writing variables to the LCD.Select C18 as the compiler toolchain:Finally, name your project:A project structure is created, shown on the left. So select this as the tool and click next. ![]() Select “Standalone Project” and click “Next”.The Dwengo board ships with a PIC18F4550, so select this as the device:The Dwengo programmer is compatible with PICkit2, a MicroChip programmer/debugger device. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |