|
- SiliconLabs application_examples - GitHub
This repo contains example applications developed by Silicon Labs engineers for EFM32 and EFR32 devices These examples are categorized by technology All examples provide a sls file to easily import into Simplicity Studio
- Cross-compiling for embedded devices - AllThingsEmbedded
The C compiler in GCC is also called gcc (GNU C Compiler), whilst the C++ compiler is a binary named g++ The job of the compiler is to take source code and transform it into some object code that is able to run on the target platform This is done in a few separate steps: Preprocessing:
- AN0009. 1: Getting Started with EFM32 and EFR32 Series 1 - Silicon Labs
This chapter explains the basics of how to write C-code for the EFM32 and EFR32 Series 1 devices using the defines and library func-tions supplied in the [CMSIS] and [emlib] software libraries The EFM32 and EFR32 Series 1 devices consist of several different types of peripherals (CMU, RTC, ADC )
- How to Compile a C Program Using the GNU Compiler (GCC) - wikiHow
On Windows 10 and 11, you can use GCC in a Windows Subsystem for Linux (WSL) shell, or by installing an open source tool called MinGW This wikiHow guide will teach you the easiest ways to compile a C program from source code using GCC To make sure GCC is installed, run the command gcc --version
- GCC for Embedded Engineers - Linux Journal
Under the covers, GCC is a very complex tool with lots of knobs to turn to fine-tune the compilation and linking process; this article looks at how to build a GCC cross-compiler, examines the process that GCC uses to compile a program and shares some productivity-boosting tips and tricks
- 3. 2. 7. 3 Compiler and Toolchain Options - Microchip Technology
AVR® GNU C Compiler Options Symbols in the source can be defined (-D) or undefined (-U) New symbol declarations can be added, modified, or reordered, using the interface buttons below: Add a new symbol This symbol and all the following icons are reused with the same meaning in other parts of the Microchip Studio interface Remove the symbol
- Bare Metal Embedded Systems Build Process using GNU Toolchain
According to this output, only native gcc compiler is installed on my machine along with C89 and C99 standard libraries Now let’s see how to install the GCC cross compiler toolchain for bare metal embedded ARM microcontrollers
- AVR® Devices in MPLAB® XC8 v2. 05 - Developer Help - Microchip Technology
The MPLAB XC8 v2 05 release has taken AVR support further, consolidating many new AVR compiler features, and together with the latest MPLAB X IDE, the compiler allows programmers to develop code for any Microchip 8-bit device
|
|
|