Hi colleagues I started a week using the ARM Keil uVision5 due to a project from a client that he wants me to modify. The previous programmer who did the project disappeared.
My question: The client sent all the firmware files, but this one giving error that is missing some .h files. He sent me a lib too, I edited and saw a lot of strange characters and in that mix I saw the definitions of those files. They are defined within lib. How do I add this lib in the project to resolve these pendencies?
Run Keil and connect the board to your Mac using USB. Try the Blink example shown in class. Install PCBartist, and open one of the starter files from the lab. An EE319K student reports this experience. “I am using a mid-2012 MacBook, trying to run Keil uVision on a Windows 7 image running inside VMWare Fusion. Debug Driver for Keil µVision Software. Silicon Labs and Keil Software have teamed to provide support for the C8051F family of MCUs in the Keil µVision state-of-the-art development platforms. The µVision debug driver allows the Keil µVision IDE to communicate with Silicon Labs on-chip debug logic. Keil Studio uses the latest web technology enabling you and your team to develop software from anywhere, anytime using the same standardized tooling on any host OS. Work on your project, edit code, or change the used software components - it's never been easier. Keil uVision5 Software (From the link below, go to the Download- Product Downloads- MDK-ARM). After you enter your contact information there you can download the program. After you enter your contact information there you can download the program.
Note: The file with uvprojx extension did not come, so I had to create a new project I added the files that came from etc.
Also has a reminder in one of the files saying that to compile I should use:
Microcontroller TM4C123FH6PMT
compile definitions:
rvmdk PART_LM4F231H5QR TARGET_IS_BLIZZARD_RA1 _DEBUG PLACA_NOVA TEST
Driver.lib Library was compiled from the driver provided by Texas Instruments.
Many thanks Cesario
How to run EE319K, EE445L , EE445M software on a Mac.
So here is a short summary of what you need:
1. A Mac preferably one that has a Intel Core Duo processor or better
2. A virtualization software. Here are some choices:
a. Parallels (http://www.parallels.com/): $79 retail but the campus computer store has a better deal ($39.99 for Mac OS X)
b. VMware Fusion (http://www.vmware.com/products/fusion/): $50 retail but again the campus computer store may have a better deal
c. VirtualBox (https://www.virtualbox.org/): Its FREE Parallels is the most feature rich of the lot but VMware Fusion is the fastest. Of course Virtualbox is free like free beer!
3. Windows 7 OS CD from the campus computer store ($34 I think). I suggest you go to the Microcenter and carefully explain to the staff what you are attempting to do, so you get the correct version of Windows 7 (and the cheapest price).
4. How to install Keil uVision for the Arm, MDK-Lite (32KB) Edition. It does not require a serial number or license key.:
a. Go to https://www.keil.com/demo/eval/armv4.htm
Enter your contact information with valid address, phone and email (use your official UT email address),
Company = University of Texas,
devices=TM4C123,
Click submit
b. Right-click on MDK474.EXE (590,659K) and save it to your computer (do not install Keil version 5.xx)
c. Install in step 4 before. Directions on how to configure Keil.
5. PCBartist (http://www.4pcb.com/). Be careful when downloading not to agree to any add ons. This free program tries to install other adware.
This is the order in which you should proceed with the installation.
1. Install the virtualization software. The first two options are pretty straightforward, the third I have not run myself. Once you complete your installation, you will be presented with instructions on creating virtual images of the OSs you would like to run.
2. You will install Windows within the virtualization software you choose. Here is the prompt I get from Fusion when I choose File->New Insert the Windows CD and go through the steps of installing the OS. This should take around 45 mins or so.
3. Now you are ready to run Windows. Again, you will open your virtualization application and choose the Windows OS you just installed to be run. My Fusion screen looks like below showing Windows Vista as the OS that I can run: Click on the play button and you will boot the Windows OS. You will be running both Windows and Mac OS at this point. There are some neat features in both Fusion and Parallels that allow you to seamlessly integrate the running of applications from both Operating systems.
4. Install Keil by downloading it from the link (use Microsoft Explorer) above. This will also install all the drivers you need to communicate with the board.
5. Run Keil and connect the board to your Mac using USB. Try the Blink example shown in class.
6. Install PCBartist, and open one of the starter files from the lab.
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An EE319K student reports this experience.“I am using a mid-2012 MacBook, trying to run Keil uVision on a Windows 7 image running inside VMWare Fusion. After much frustration, I have found that VMWare Fusion currently improperly handles the USB 3.0 ports on mid-2012 MacBooks, rendering the LM3S1968 eval board unable to properly communicate with the necessary tools.This can be fixed by either running Windows natively (via bootcamp, without virtualization) or by connecting the board via an external USB 2.0 hub.Connecting it through an external hub allows the board to be used inside VMWare Fusion.”
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An ECE senior student reports: 'I was reading through the lab manual for your spring 2013 445M class and read your 'run EE 445L/445M/460M software on Macs' instructions. I would like to provide some feedback on that (not the instructions but my experiences on running EE software on macs). I have not tried VMFusion or VirtualBox but I have been running Parallels 7 for the last two years. I have had two macs (high end 2011 macbook pro and low end 2012 retina macbook pro) and both have been able to run Keil, PCBArtist, and even the Xilinx and ModelSim software for my VHDL class flawlessly. Parallels is the more expensive of the 3 but it has served me well for all of my windows software needs, and I would like to confirm that Parallels is probably the safest bet to be able to do the labs for this and other classes. '