Simple Python script to evaluate a batch of *.tst files by means of the
HardwareSimulator.[sh|bat] command-line interface from the Nand2tetris
project.
On the first run, you'll need to specify the location of the
HardwareSimulator.[sh|bat] executable. You can do that likeso:
./auton2t.py executable <path to executable>
Afterwards checking the completion of any *.hdl file will be as easy as doing:
./auton2t.py report <directory containing *.tst files>
As an example
auton2t report nand2tetris/homeworks/first/
would yield on a hypothetical nand2tetris/homeworks/first/ directory
[Hardware Simulator executable in /home/acsor/installs/nand2tetris/tools/HardwareSimulator.sh]
DMux4Way.tst End of script - Comparison ended successfully
Not.tst End of script - Comparison ended successfully
DMux8Way.tst End of script - Comparison ended successfully
Mux16.tst End of script - Comparison ended successfully
Nand16.tst End of script - Comparison ended successfully
Or.tst End of script - Comparison ended successfully
And16.tst End of script - Comparison ended successfully
Or8Way.tst End of script - Comparison ended successfully
Or16.tst End of script - Comparison ended successfully
Mux.tst End of script - Comparison ended successfully
Not16.tst End of script - Comparison ended successfully
DMux.tst End of script - Comparison ended successfully
Mux4Way16.tst End of script - Comparison ended successfully
Xor.tst End of script - Comparison ended successfully
Mux8Way16.tst End of script - Comparison ended successfully
And.tst End of script - Comparison ended successfully
AutoN2T provides no (unit) testing -- mind you, this was just supposed to
be a two-hour break from university duties and I intend not to allocate any
more time to it. If some CPU gets hot please feel free to report it to the
Issues or (better yet) Pull Requests page ;-).
AutoN2T is built on top of the argparse module for the command-line
interface and retrocompatible subprocess high-level APIs. Everything else is
just pure Python.