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A Register Machine Package

Project description

A Register Machine package for Python3

You might take a look at the `docs<>` for a lot information about design, usage and the complete code documentation.

Installing PyRegisterMachine2

`py_register_machine2` is a python3 package, so all you need to do is to place the project folder in your
`$PYTHONPATH`. You are able to get the pythonpath using `echo $PYTHONPATH` and `python3 -c "import sys; print(sys.path)"`.

So you are able to install the package using::

cd /usr/local/lib/python3.5/dist-packages/
git clone


python3 -m pip install py_register_machine2

Using PyRegisterMachine2

Using Prepared Machines

In ``py_register_machine2.machines`` is a bunch of modules providing a bunch of _register machine definitions_
those are functions returning a 4-tuple: ``(processor, rom, ram, flash)``, maybe you need to invoke ``processor.setup_done()``.

Creating Your Own Machines

If the prepared machines do not match your requirements you might want to create your own machines,
to do so you should study the `docs<`.

Instructionset, Machinecode and Assembly

The Instructionset of a machine is defined by obhects inherited from ``py_register_machine2.core.commands.BaseCommand``,
a bunch of ready-to-use commands is in ``py_register_machine2.commands``.

The processor reads one word of data for the opcode, decodes this opcode and reads n words of data for n arguments.
Machinecode can be witten using ``list`` objects like this::

program = [0x16, 0x01, 0x01] # using the py_register_machine2.commands.basic_commands instructionset
# this equals "ldi 0x01 ECR" and will halt the engine.

This machinecode can be programmed to a persistent device (ROM or Flash) using ::

# or

There is a basic Assembler in ```` that uses the KASM2 assembly language to generate
machiecode ( a ``list`` object)

The Assembler uses a configured Processor and an open stream to generate the machinecode::

from io import StringIO
progstr = "ldi 0x01 ECR"
asm = Assembler(processor, StringIO(progstr))
program = asm.assemble()

Once the ROM is programmed (the Processor starts executing code in the ROM) you are able to run the code using::

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