1 / 18

Intro Compiler Configuration and Sample Project Walkthrough

Intro Compiler Configuration and Sample Project Walkthrough. (For Axiom CME11E9-EVB). When you first open up the compiler, use the folders in the left column to select an empty directory. Then select “Edit Project.”. Enter the name of your project. Change the Processor Family to the 68HC11.

ruby-phelps
Download Presentation

Intro Compiler Configuration and Sample Project Walkthrough

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Intro Compiler Configuration and Sample Project Walkthrough (For Axiom CME11E9-EVB)

  2. When you first open up the compiler, use the folders in the left column to select an empty directory. Then select “Edit Project.”

  3. Enter the name of your project. Change the Processor Family to the 68HC11. Change the Processor Variant to the 68HC11E9 Then select memory map.

  4. There is a button on the lower right that says “Default” click and select “Buffalo.” After selecting “Buffalo” the window should look similar to the picture on the right.

  5. In IO Memory Box change the 0x1FFF to 0x103F

  6. In RAM memory box, right click. Two menu options called “expand” and “delete” are there. Choose delete to get rid of that box. Do the same for Flip and OPTRAM

  7. Click on where it says “Empty area:0x1040-0x9800” A new area should be created. Adjust this area so it starts at 0x1040 and ends at 7FFF. Also change the name to “RAM”. Then click on “Contents” in the “RAM” Memory area.

  8. In the new window that pops up, Make it look like the example window by dragging the boxes from the “Not in use” area to the “In use” area. After this close this window and close the “Memory Map” window.

  9. Select the configure button and the window shown below should appear. Make your window the same as the one below. Then select the “IO” tab.

  10. On the upper right portion of the window where it says use predefined device, chose “I/O through Buffalo. Then select the “Vectors” tab.

  11. Here just deselect “Set up Vectors.” Then close the window.

  12. In the “Edit Project” window select the “Output” tab. Then select the output type to be S-records. Then close this window.

  13. Go to the “Project” menu and save your project. The project has the extension “.code”.

  14. Go to the “Project” menu and save your project. The project has the extension “.code”.

  15. Select the “Window” menu and select “Editor.”

  16. The window will change to edit mode. Type in your program and save as a c file. Use the “Window” menu item to go back to “Directory” mode.

  17. Back in the Directory window. Right click on the your new c file and select “add to project.” Then click “Build”.

  18. Then you will get a “s19” file. Down load this file to the EVB. Then type “go 1040” to run the program.

More Related