weshoke

#!/usr/bin/env python3
"""
Codebase analyzer using Recursive Language Models (RLM) via DSPy.

Based on: https://kmad.ai/Recursive-Language-Models-Security-Audit

Usage:
    python analyze-codebase.py --mode security --output report.md
    python analyze-codebase.py --mode documentation --exclude tests,vendor
    python analyze-codebase.py --mode quality --max-iterations 50

weshoke

$ vagrant up --debug
 INFO global: Vagrant version: 2.2.7
 INFO global: Ruby version: 2.4.9
 INFO global: RubyGems version: 2.6.14.4
 INFO global: VAGRANT_INSTALLER_VERSION="2"
 INFO global: VAGRANT_INSTALLER_ENV="1"
 INFO global: VAGRANT_EXECUTABLE="/opt/vagrant/embedded/gems/2.2.7/gems/vagrant-2.2.7/bin/vagrant"
 INFO global: VAGRANT_INSTALLER_EMBEDDED_DIR="/opt/vagrant/embedded"
 INFO global: VAGRANT_LOG="debug"
 WARN global: resolv replacement has not been enabled!

weshoke

{
  "Edges": {
    "53330552": {
      "Type": "LineSegment",
      "Vertices": [
        10212927,
        43495525
      ]
    },
    "24807479": {

weshoke

-- Match a hexadecimal digit (lower- or upper-case)
local hexdigit = digit + R("af", "AF")
local hexadecimal = P"0x" * hexdigit^1 * P(-1)

print(hexadecimal:match"0x01")  --> '5', match successful
print(hexadecimal:match"0xfa")  --> '5', match successful
print(hexadecimal:match"0fa")  --> 'nil', match unsuccessful
print(hexadecimal:match"0xfg")  --> 'nil', match unsuccessful

weshoke

local lpeg = require"lpeg"  
local P, R, S = lpeg.P, lpeg.R, lpeg.S
-- Any non-zero digit: (R stands for Range)
local nonzero = R"19"
-- Only zero: (P stands for Pattern)
local zero = P"0"
-- Any digit:
local digit = R"09"

-- Match a sqeuence of one or more numbers not starting with zero (aka positive numbers)

weshoke

Geometric Algebra Grammar

Based on notation from Geometric Algebra for Computer Science and targeting versor.js.

Test out the grammar and export a parser at the PEG.js Online Version.

Outer Product