moonlapsed / lager

lager for .py

lager

⚠ Construction Ahead ⚠

Everything about my code and its underlying concepts is questionable, fantastical, and fragile-at-best right-down to its core premises of 'beating' the Halting Problem, novel intelligences, establishing co-learning architectures, knowledgebases, and 'Morphological source code' and its 'kernel agents'.

[[Morphological Source Code]] is a dynamic code generation approach where the source code is generated at runtime from a static database, aiming to model and mimic the behavior of other codebases using its own primitives, syntax, and pedagogical notions, essentially creating a self-modifying and adaptable codebase that can morph and evolve based on the codebases it encounters.

installing cognosis.lager

Video Instructions

YouTube video link

Setup Instructions

There is no direct setup for cognosis as it is managed by the invoking entity, a runtime abraxus instance within a CognOS morphological source code module.

However, if you wish to run cognosis locally for development purposes, follow the instructions below.

Running Cognosis Locally

Prerequisites

• Ensure you have pipx and mamba (or conda) installed on your system.

Installation Steps

1. Install mamba (or conda):

   conda install mamba -n base -c conda-forge

2. Create and activate a new environment:

   mamba create -n cognosis_env python=3.12
   mamba activate cognosis_env

3. Install pipx:

   python -m pip install --user pipx
   python -m pipx ensurepath
   source ~/.bashrc

4. Install cognosis using pipx:

   pipx install cognosis

5. For the development version, use:

   pipx install --editable .

Windows Sandbox Version

Using micromamba via environment.yaml (any hypervisor/OS)

cd {{app_dir}}
conda activate {{env_name}}
conda env create -f environment.yml
python -m {{app_name}}

This is for Ubuntu-22.04 version

python3 -m pip install --user pipx
python3 -m pipx ensurepath
source .bashrc

Using pipx and pdm via pyproject.toml (WSL preferred)

* Clone to your local machine, set local $PATH manually in cfg.wsb and scoop.ps1.
* Run cfg.wsb to open container
* Inside container; try `boxy.bat` to initialize the container installation 
    - If it fails, try again. If nothing works, you need to exit and restart the whole container
* Run `Miniforge Prompt.lnk` to open a conda environment 
    - Press 'windows-key' + type 'terminal', select windows terminal
    - cd Desktop
    - .\"Miniforge Prompt.lnk"
    - conda create -n 3ten python=3.10
    - conda init
    - exit
    - Open cmd.exe (from inside windows terminal)
    - cd Desktop
    - .\"Miniforge Prompt.lnk"
    - conda activate 3ten
    - python3 -m pip install --upgrade pip
    - python3 -m pip install --user pipx
    - python -m pipx install virtualenv
    - python -m venv test_env
    - .\test_env\Scripts\activate  # unix->'source test_env/bin/activate'
    - pip install -e -r requirements.txt

without mamba (using conda)

conda install mamba -n base -c conda-forge
mamba create -n cognosis_env python=3.12
mamba activate cognosis_env
python -m pip install --user pipx
python -m pipx ensurepath
source ~/.bashrc
pipx install --editable .