Hardware manual

Published by
 PHYTEC America LLC 2009 Ordering No. L-718e_2
7 Micrium uC/OS-II Demo
What you will learn with this example:
 installing and downloading the µC/OS-II example demo
 enabling the µC/OS-II Kernel Awareness Plug-In in IAR EWARM
 using μC/Probe as a debugging and monitoring tool.
7.1 Installing the Example Files
Code for µC/OS-II is provided in source form along with IAR EWARM project files that allows you to
run µC/OS-II on the PHYTEC phyCORE-LPC3250 Rapid Development Kit. To install the software,
simply run the self-extracting executable.
The self-extracting executable is called Micrium-NXP-uCOS-II-LPC3250-Phytec.exe.
You will be prompted to accept the simple terms of the licensing agreement. If you answer ‘Yes’, the
software will be installed on your PC under the \Micrium directory.
7.2 Using the IAR Micrium Example Project
To view the example project, start an instance of IAR Embedded WorkBench®, and open the project
file LPC320-Phytec-OS-Probe-v5-2.ewp, located in the directory:
\Micrium\Software\EvalBoards\NXP\LPC3250-Phytec\IAR\OS-Probe
To do this, use the Add Existing Project... menu command under the Project menu as shown
below.
Note: The example project, LPC320-Phytec-OS-Probe-v5-2.ewp, is intended for IAR EWARM
v5.2x.
The project includes two configurations, which can be selected from the drop-down menu above the
workspace explorer:
 iRAM: This project option is configured to load the code into the processor’s internal RAM (iRAM)
and generate an ELF-file used by μC/Probe.
 XRAM: This project option is configured to load the code into the board’s external SDRAM
(XRAM) and generate an ELF-file used by μC/Probe.