URL
https://opencores.org/ocsvn/a-z80/a-z80/trunk
Subversion Repositories a-z80
Compare Revisions
- This comparison shows the changes necessary to convert path
/a-z80/trunk/tools
- from Rev 21 to Rev 22
- ↔ Reverse comparison
Rev 21 → Rev 22
/readme.txt
2,8 → 2,8
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Arduino |
======= |
The Arduino Mega firmware to be run with a dongle described at: |
http://www.baltazarstudios.com |
The Arduino Mega firmware to be run with a dongle described in this blog: |
https://baltazarstudios.com/arduino-zilog-z80 |
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dongle |
/z80_pla_checker/readme.txt
1,8 → 1,15
z80_pla_checker |
=============== |
Experiment with a Z80 PLA table! The content of the PLA table is published here: |
Experiment with the Z80 PLA table! The content of the PLA table is published here: |
http://arcfn.com/files/z80-pla-table.html |
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The master PLA table is in ../resources/z80-pla.txt |
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Other instruction tables that the tool uses are also in that folder. |
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This executable application was written in portable C# and it should run |
on Windows as well as on Linux OS with a mono support. |
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On Windows, the project file should build using Visual Studio 2015 or above. |
On Linux, the project file should build using a mono xbuild command: |
xbuild /p:TargetFrameworkVersion="v4.5" /p:Configuration=Release |
/zmac/readme.txt
1,8 → 1,8
Several things are happening here: |
This directory supports several processes: |
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1. Generation of Z80 test code for ModelSim and FPGA at the "host/basic" level: |
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Run the batch file "make_fpga.bat" generate "fpga.hex" from a test source file. |
Run the batch file "make_fpga.bat" to generate "fpga.hex" from a test source file. |
This file is included by the host/basic/ram.v module into the FPGA image. |
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2. Generation of Z80 test code for the toplevel A-Z80 CPU ModelSim at the |
17,7 → 17,7
"ram.hexdump" contains the test code that provides UART print functions as well |
as INT/NMI handlers used to test interrupts. |
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Currently tested sources which should work in both of those use cases: |
Currently tested sources, which should work in both of those use cases, are: |
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"hello_world.asm" - simply test UART print out functions |
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