DuPAL: Difference between revisions
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=== Quick test === | === Quick test === | ||
For more information see the [https://github.com/DuPAL-PAL-DUmper/DuPAL_Analyzer main page] | For more information see the [https://github.com/DuPAL-PAL-DUmper/DuPAL_Analyzer main page] | ||
==Building== | ==Building== | ||
=== MCU === | |||
Optiboot | Optiboot | ||
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make | make | ||
make program | make program | ||
=== Analyzer === | |||
sudo apt install maven | |||
nvm compile | |||
sudo nvm install | |||
You should now see something like | |||
$ ls -lah ./target/*.jar | |||
-rw-r--r-- 1 root root 51K May 21 14:34 ./target/dupal-analyzer-0.1.4.jar | |||
-rw-r--r-- 1 root root 536K May 21 14:35 ./target/dupal-analyzer-0.1.4-jar-with-dependencies.jar | |||
$ java -jar ./target/dupal-analyzer-0.1.4-jar-with-dependencies.jar -h | |||
[main] INFO info.hkzlab.dupal.analyzer.App - DuPAL Analyzer 0.1.4 | |||
[main] ERROR info.hkzlab.dupal.analyzer.App - Wrong number of arguments passed. | |||
dupal_analyzer <serial_port> <pal_type> [<output_file> hex_output_mask] | |||
Where <pal_type> can be: | |||
10L8 | |||
12H6 | |||
16L8 | |||
20L8 | |||
16R4 | |||
16R6 | |||
16R8 | |||
20R4 | |||
20R6 | |||
20R8 |
Revision as of 21:37, 21 May 2022
Quick start
You will need:
- Ubuntu 20.04
- Assembled DuPAL 2.0 w/ 20 pin ZIF installed
- ATMEGA328P blank / in any state
- DuPAL power supply and USB serial
- avrdude compatible programmer
- I used avrispmkII
- PAL16L8
- Optional: tool to flash PAL16L8
- TL866 won't work :(
Quick flash
For more information see the main page
Pre-compiled hex files: https://proghq.org/media/dupal/
sudo apt-get install -y avrdude minicom
ISP connection:
* Pin 1 (red stripe in cable) towards crystal * Notch faces towards ATMEGA
You need an avrdude compatible programmer. To see the list of compatible programmers type
avrdude -c help
Once you know the flag you need, here's an example assuming avrispmkII:
avrdude -v -c avrispmkII -P usb -p atmega328p -e -u \ -U efuse:w:0xFD:m \ -U hfuse:w:0xDE:m \ -U lfuse:w:0xFF:m \ -U flash:w:optiboot_atmega328.hex
You should see a green blinky LED
avrdude -v -c avrispmkII -P usb -p atmega328p -u -D \ -U flash:w:dupal_v0.1.2.hex
The green blinky might stop. Hit the reset button and it should blink again
Start up a serial port at 57600 baud using your favorite terminal emulator such as:
minicom -b 57600 -D /dev/ttyUSB0
Hit "reset" and you should see:
(blinky for a few seconds)
Then:
DuPAL - 0.1.2 REMOTE_CONTROL_ENABLED
If you see this, congrats! your DuPAL is flashed and ready to go! Press ^A and then x to exit minicom
A healthy board should have a steady red power LED and a brief green blink at power on
Quick test
For more information see the main page
Building
MCU
Optiboot
# https://github.com/Optiboot/optiboot # 328P uses 115200? # a few use 57600 but not the one we need :( # wget https://github.com/Optiboot/optiboot/releases/download/v8.0/Optiboot-8.0.zip git clone https://github.com/Optiboot/optiboot.git cd optiboot git checkout -b v8.0 v8.0 cd bootloaders/optiboot make atmega328 AVR_FREQ=20000000L LED_START_FLASHES=8 BAUD_RATE=57600 # sha1sum optiboot_atmega328.hex # 8a16ce8d98d7bf002c54c7aa911bfd124d9e1961 optiboot_atmega328.hex
Flash optiboot. Example CLI to use ISP header, but can also put into tl866 etc
Sample command line:
Originally I tried using BP Microsystems but didn't work (fuses not set right?). I then flashed using avrdude / header and worked (green LED blinking).
TODO: dump end flash so can program using bp
cd DuPAL_Firmware make make program
Analyzer
sudo apt install maven nvm compile sudo nvm install
You should now see something like
$ ls -lah ./target/*.jar -rw-r--r-- 1 root root 51K May 21 14:34 ./target/dupal-analyzer-0.1.4.jar -rw-r--r-- 1 root root 536K May 21 14:35 ./target/dupal-analyzer-0.1.4-jar-with-dependencies.jar $ java -jar ./target/dupal-analyzer-0.1.4-jar-with-dependencies.jar -h [main] INFO info.hkzlab.dupal.analyzer.App - DuPAL Analyzer 0.1.4 [main] ERROR info.hkzlab.dupal.analyzer.App - Wrong number of arguments passed. dupal_analyzer <serial_port> <pal_type> [<output_file> hex_output_mask] Where <pal_type> can be: 10L8 12H6 16L8 20L8 16R4 16R6 16R8 20R4 20R6 20R8