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sample-t8dev-project

This is an example of an 8-bit development project using t8dev.

You will need the Python t8dev package available in your environment, which may be done in one of three ways:

  1. Simply type source ./pactivate, which will create (if necessary) and activate a Python virtual environment local to this project directory ([pactivate] downloads and runs pip and virtualenv to create a virtualenv under .build/virtualenv/ in the usual way; the standard deactivate command will deactivate the virtual environment.)

  2. Set up and activate a Python virtual environment yourself, and install t8dev in it, typically using pip -r requirements.txt after the virtualenv is activated. One example of this is to use pactivate's pae command:

     pae -c t8dev    # if not already created
 pae -a t8dev && pip install -r requirements.txt

    (pae -d or deactivate will deactivate the virtual environment.)

  3. Install t8dev into your system/user Python environment using pip -r requirements.txt.

The first configuration is the one that we suggust using because it's the simplest setup and the best isolated. Generally this configuration will have the Test file itself source ./pactivate so it works without any setup by the user.

If you're doing development on t8dev itself, or just want to use main branch code, it is most convenient to add the t8dev repo as a submodule to your 8-bit development environment and install it in the local virtualenv as editable (e.g., -e ./t8dev in requirements.txt). 0cjs/8bitdev is an example of this.

Running

Once your virtualenv is activated, run ./Test to demonstrate some typical t8dev actions. You will need a C compiler and a few common libraries to build a couple of development tools; if these dependencies are missing t8dev should inform you of what to install.

After the first run it will not rebuild some things that have not changed; to do a fully clean build first rm -rf .build/.

Reading Test will explain further details about how to use t8dev with examples of both unit testing assembly language modules in the 8080 simulator using pytest and building a CP/M program and testing that in a CP/M emulator.

Support

If you have any questions or comments, you may file an issue on GitHub or directly contact the author, Curt J. Sampson, through any of the following means (in order of preference):