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Difference between revisions of "Using GCC with Tiva TM4C123G LaunchPad in CCSv6"

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Code Composer Studio v6 includes a Linaro distribution of the ARM GNU compiler, so programmers have the option of using this GCC Compiler instead of the TI compiler to build their projects.
 
Code Composer Studio v6 includes a Linaro distribution of the ARM GNU compiler, so programmers have the option of using this GCC Compiler instead of the TI compiler to build their projects.
  
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==Objective==
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== Objective ==
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In this lab, we’ll create a project that contains two source files, ''main.c'' and ''tm4c123gh6pm_startup_ccs_gcc.c'', which contain the code to blink an LED on your LaunchPad board. The purpose of this lab is to practice creating projects and getting to know the look and feel of Code Composer Studio. In later labs we’ll examine the code in more detail. So
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The objective of this lab exercise is to download and install Code Composer Studio, as well as download the various other support documents and software to be used with this workshop. Then we’ll review the contents of the evaluation kit and verify its operation with the pre-loaded quickstart demo program. These development tools will be used throughout the remaining lab exercises in this workshop.
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far now, don’t worry about the C code we’ll be using in this lab.
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Click each one of the following links in the order given below to build and debug projects for TivaC devices using GCC Compiler.
 
Click each one of the following links in the order given below to build and debug projects for TivaC devices using GCC Compiler.

Revision as of 11:19, 19 September 2016

Introduction

Code Composer Studio v6 includes a Linaro distribution of the ARM GNU compiler, so programmers have the option of using this GCC Compiler instead of the TI compiler to build their projects.

Objective

The objective of this lab exercise is to download and install Code Composer Studio, as well as download the various other support documents and software to be used with this workshop. Then we’ll review the contents of the evaluation kit and verify its operation with the pre-loaded quickstart demo program. These development tools will be used throughout the remaining lab exercises in this workshop.

Click each one of the following links in the order given below to build and debug projects for TivaC devices using GCC Compiler.

Ek tm4c123gxl launchpad.png

► Install Code Composer Studio v6
► Install TivaWare™ for C Series
► Initial Board Setup
► Install/Upgrade ICDI Device Drivers

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