Make -f nbproject/Makefile-default.mk dist/default/production/Ewings_18F4550_GPS_Clean.X.production.hex Make: Entering directory 'C:/Users/t1dun/Desktop/GPS/PIC Clock/Ewings_18F4550_GPS_Clean.X' Make -f nbproject/Makefile-default.mk SUBPROJECTS=.
I flashed the resulting hex, but I still didn’t get any output displayed. The code did compile successfully, but with lots of warnings. c file directly to the fresh, new pages, clean/compile. c files having the exact same titles copy and paste the code from each header and. = Create a new project create blank header and. So, I used Ric’s trick to get a clean start on compiling the code, myself. I flashed the hex that was provided, but I did not get any output displayed. I will leave the remainder to activate in future GPS projects. I plan to get the code working and then comment out everything but the time and date information. (See file links on the web page for originals.)
I am using this tutorial to make my first attempt at making a GPS Clock.
It is a continuation of the same project’s development. This post looks similar to one I posted on the Microchip forum, but it is a completely different subject. My understanding is it should work with the code, but I just won’t get the extra two lines of output. I am using a 1602 LCD, instead of the 2004 LCD listed in the project. Windows 10/PIC18F4550/MPLAB X IDE v5.25/XC8 v2.10/C90/PICKit2 V2.61/PICCircuits programmer/ LCD is 1602 (HD44780 Clone) 8-Wired.īuilt on my custom "Lunch Break" board, which is a "Pinguino" type PCB with sockets for the pin connections/All pin placements confirmed and checked for continuity/Pin to Pin wiring for control lines/Breadboard for the power distribution and the Contrast Pot./DuPont wires and a few jumpers.
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