What does compiling WITH_PIC (-DWITH_PIC, --with-pic) actually do? When compiling binaries from source, what are the real-world differences between generating PIC objects or not? At what point down the road would someone say, "I should have generated used PIC obje
c++ - GCC -fPIC option - Stack Overflow I have read about GCC's Options for Code Generation Conventions, but could not understand what "Generate position-independent code (PIC)" does Please give an example to explain me what does it mean
pic - Is this a safe way to disable interrupts on PIC24 . . . - Stack . . . Enable interrupt There are several ways to disable an ISR on this PIC Including: Use the DISI instruction, or clear the GIE bit, or alter interrupt priority levels But I have chosen to clear the interrupt to enable bit of the specific interrupt bit in IECx In this case, it is IEC1bits U2TXIE because I am using UART2
pic - MPLAB X IDE 6. 15 Assembly Toolchain - Stack Overflow For the PIC microcontroller's I prefer to work in assembly, however I am have issues setting it up I installed MPLAB X IDE 6 15 and read that it doesn't come with any toolchains pre-installed and I am trying to figure out how to install the assembly toolchain I downloaded a version of mpasm (from Microchip's website), however it doesn't work
LCD I2C Interfacing With PIC16f877A - Stack Overflow I am trying to interface an LCD using I2C but can't quite understand how to do it I found this example Here's the code: i2c h: * File: I2C_LCD h * #define _XTAL_FREQ 16000000 #define
How do you write and read to memory with PIC18? - Stack Overflow Use some external Flash or EEPROM and interface it to the External Memory Bus that's available on this PIC (see page 97 of the Family Datasheet) Remap the internal Flash to reserve a small portion that can be used for storing your data (so that it doesn't interfere with the memory area used exclusively for code) and write your data into this