wifi-cpu 0.2.0

Audit-friendly simulated CPU toolkit for logic, data-flow, and quantum-build checks

Simulated CPU Quantum Build Audit Toolkit

This project is packaged as an installable Python program named wifi-cpu. It now acts as an audit toolkit for simulated CPU builds, with a focus on logic flow, data flow, and audit checks for claimed quantum-style builds.

Project site: https://fitzyracing1.github.io/mars-suit-communication-ai-cpu-sim/

What it does

It gives people a small simulated CPU they can install from pip and use to test:

• logic flow between instructions
• data flow through registers, memory, ports, and output
• custom programs loaded from text files
• audit specifications that verify a build against expected CPU behavior
• a Wi-Fi call demo path for the original concept

Install as a program

From the project root:

python3 -m pip install -e .

This installs a command-line program:

wifi-cpu --demo

You can also install test dependencies:

python3 -m pip install -e '.[test]'

Example usage

Run the built-in demo:

wifi-cpu --demo

Run the Wi-Fi call path:

wifi-cpu [phone]

Run a custom program file:

wifi-cpu --program-file examples/data_flow.cpu

Run an audit spec:

wifi-cpu --audit-file examples/quantum_build_audit.json

Use it from Python:

from wifi_cpu import SimulatedCPU

program = """
LOAD R1 5
LOAD R2 8
ADD R1 R2 R3
EMIT R3
HALT
"""

cpu = SimulatedCPU()
cpu.load_program(program)
result = cpu.run_with_state()
print(result.trace)
print(result.state.output)

Instruction set

• LOAD <register> <value>
• MOVE <source_register> <target_register>
• ADD <left_register> <right_register> <target_register>
• SUB <left_register> <right_register> <target_register>
• STORE <register> <memory_key>
• READ <memory_key> <register>
• SEND <register> <port_name>
• RECV <port_name> <register>
• EMIT <register>
• CALL_WIFI <number>
• HALT

Audit spec format

Audit files are JSON documents that declare a target build, a simulator, a program, and the expected observed behavior.

{
  "name": "Quantum Uplink Build",
  "target": "uplink-audit",
  "simulator": "wifi_cpu",
  "program": [
    "LOAD R1 5",
    "LOAD R2 8",
    "ADD R1 R2 R3",
    "EMIT R3",
    "HALT"
  ],
  "expectations": {
    "halted": true,
    "output": [13],
    "registers": {"R3": 13},
    "trace_contains": ["EMIT R3"]
  }
}

If an audit expectation does not match the simulated CPU result, the CLI exits with a failing status and lists the findings.

Testing

Run the tests:

pytest

Build distributable files:

python3 -m pip install '.[build]'
python3 -m build

The built wheel and source tarball will be created in dist/.

Publishing

Build locally:

python3 -m build

Upload manually with Twine:

python3 -m pip install twine
python3 -m twine upload dist/*

Or use the GitHub Actions workflow in .github/workflows/publish-pypi.yml with PyPI Trusted Publishing after configuring the project on PyPI.

Project structure

• pyproject.toml: package metadata and CLI entry point
• src/wifi_cpu/simulator.py: simulator core
• src/wifi_cpu/audit.py: audit model and report generation
• src/wifi_cpu/cli.py: command-line interface
• tests/test_simulator.py: package tests
• tests/test_audit.py: audit tests
• examples/data_flow.cpu: sample custom program
• examples/quantum_build_audit.json: sample audit spec
• cpu_simulator.py: compatibility launcher
• index.html: GitHub Pages landing page
• robots.txt and sitemap.xml: crawler metadata