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Code Composer Studio 2.x Installation Steps

Installing Program

1. Insert 2.x CD and select install. Install to the c:\ti directory.

2. Remove the CD and reboot.

Installing Drivers

1. Run SetupCCOMAP_PPplusDriver.exe.

2. There should be a "Setup CCS2" icon on you desktop. Launch it.

3. Import Configuration -> Clear, confirm with yes.

4. Import Configuration -> Close dialog

5. In 3rd pane, select "Install Device Driver". Install all drivers that match sd*.dvr, installing sdgoheterogti.dvr last.

6. Exit Setup CCS2 and rerun the program.

7. Drag sdgoheterogti from the second pane to the first pane. Board Properties wizard should appear. On the Board Properties tab, change address 0x240 to 0x378 (which is your parallel port). If you are using USB, pick the appropriate value.

8. On the Processor Configuration tab, you should see 5 entires. If you only see BYPASS, try exiting Setup CCS and restarting it. If that doesn't work try deleting all sd*.drv and reinstalling them, then exit Setup CCS and restart it.

9. Select the TMS470R1x (which is TI's code name for ARM7), change the Processor Name to "arm7" and Add Single. Select the TMS320C5400, name it c54 and click Add Single. Click next.

10. Click Next, then Finish (there are no GEL files needed). This will close the Board Properties dialog.

11. Setup Code Composer Studio File ->Save, then File ->Exit. Do not run CCS.

Configuring Drivers

1. There should be a SDConfig on your desktop. Launch that.

2. Double click 378 (this is your parallel port). Use a different value if you are using a XDS510USB. Double click Emu.

3. Verify hardware product (XDS510PP_PLUS for parallel port JTAG debugger).

4. Set emulator port mode to something your BIOS supports. You can find the port mode under I/O Configuration in your BIOS setup.

5. SDConfig File->Save

6. Connect the XDS510PP+ to your EVM, your computer, and to power. Power up the EVM.

7. Click Emulator->Reset, then Emulator->Test. In the lower frame, you should see the line Found JTAG IR length of 12. If you have a length other than 12, your board is not properly set up. Make sure that switches Test0 and Test1 on the board are both set to Low and double check your emulator port mode, then repeat this step.

8. Click Emulator->Reset a dozen or so times, then Emulator->Test a dozen or so times. If the response is not consistent, then you likely don't have the parallel port settings (ECP or EPP) correct.

9. File->Exit.

Using Code Composer Studio To Load rrload Bootloader

1. There should be a CCS2 (OMAP) icon on your desktop. Launch it.

   NOTE: If you no valid code on the flash chip, CCS may have trouble synchronizing with the ARM processor (since the ARM processor will likely be executing illegal instructions), which will bring up an error message stating Can't Initialize Target CPU. Click Retry and press and release the reset switch on the target hardware. You may have to do this several times, changing the timing when you release the reset switch compared to when you press Retry. Another idea to try is hold down the reset button and apply power. With the reset button still held down, start CCS. When the CCS splash screen is display, release the reset button.

2. Select Open->sdgoheterogti/dsp. On the new window that opens, click Debug->Run Free. It is a good idea to minimize this window now to avoid confusion.

3. Back on the CCS: Parallel Debug Manager window, select Open->sdgoheterogti/arm7.

4. On the new window, click on Debug->Reset CPU. If everything is working right, you should see
   00000000 EA03FFFE B 0x00100000
   If, instead, you see 00000000 00000BAD ANDEQ..., then the JTAG is out of synch with the board. In that case, you have to reset the target hardware and restart CCS.

5. Select Debug->Step Into (F8). If rrload is stored in flash and your jumpers are setup to use flash, not SDRAM, then you should see
   00100000 E3A000D3 MOV R0, #0xD3
   If this is the first time rrload is being loaded, then the address displayed after a single step will be 00100000 and the instruction will be what ever is currently loaded at the beginning of flash. This step is just to verify that CCS has control over the ARM processor.

6. Download <development directory>/rrload/setup.out (ELF format) into memory. File ->Load Program. If everything is working right, you should see
   00000004 ... MOV R0, #0xD3

7. Debug->Run, wait a bit, Debug->Halt. If everything is working right, you should see something like
   00000014 ... B 00000014
   with the address matching the "forever" label in the setup assembly language source file (e.g. <development directory>/rrload/setup_<processor>.S).

8. Download rrload.out (ELF format) into memory. File ->Load Program. If everything is working right, you should see
   0210.... MOV R12, R13

9. Start minicom (115,200, 8 data bits, 1 stop bit, no parity, no hardware handshake, no software handshake) and connect the serial cable to UART0.

10. Debug->Run If everything is working right, you should see rrload menu on the minicom terminal.

11. Using the rrload menus, erase the entire chip.

12. Using the rrload menu via minicom, store the bootloader into flash.

13. If everything is working right, you can power down the broad, disconnect the JTAG emulator, and then apply power to the board. You should see the rrload menu displayed.