Sunbelt Computer Software

APLCE

Aura Programming Languages & Compiler Engineering
Design • Build • Parse • Compile

APLCE

Aura Programming Languages & Compiler Engineering

Design • Build • Parse • Compile

The official compiler engineering, programming language research, runtime development, and language encyclopedia of the Aura Ecosystem.

🚀 Welcome to APLCE

APLCE (Aura Programming Languages & Compiler Engineering) is the flagship open-source repository dedicated to building programming languages, compilers, interpreters, virtual machines, parsers, runtimes, AI-assisted compiler tooling, and the Web4 language ecosystem.

APLCE is simultaneously:

📚 A complete compiler engineering curriculum.
⚙️ A compiler toolkit.
🌐 A language encyclopedia.
🧠 A runtime laboratory.
🤖 AI compiler engineering platform.
🌍 Web4 programming language ecosystem.

Every language begins as grammar. Every compiler begins as syntax. Every runtime begins as execution.

✨ Features

🌌 250+ Programming Languages
⚙️ Lexer, Parser, AST, Semantic Analyzer
🔥 LLVM Backend
🌐 WebAssembly Backend
🧠 LMLM Runtime
💜 AURA Programming Language
🌍 Web4 Runtime
🤖 AI Compiler Assistant
📚 Compiler Engineering University Curriculum
🧪 Mathematics Conformance Suite
📦 GitHub Playground
🛰️ VS Code Extension
🔐 Cryptography Runtime
📖 Research Library

🏛 Aura Ecosystem

graph TD

Aura[Aura Ecosystem]

Aura --> APLCE
Aura --> Web4
Aura --> Qubuhub
Aura --> KIBS
Aura --> GPT5Mini
Aura --> Aegis
Aura --> Fadaka

APLCE --> Compiler
APLCE --> Runtime
APLCE --> Playground
APLCE --> Languages
APLCE --> Documentation

Compiler --> Lexer
Compiler --> Parser
Compiler --> AST
Compiler --> LLVM
Compiler --> WASM

Runtime --> LMLM
Runtime --> VM
Runtime --> GC

📂 Repository Structure

APLCE
│
├── README.md
├── LICENSE
├── ROADMAP.md
├── SECURITY.md
├── CONTRIBUTING.md
│
├── assets/
├── docs/
├── curriculum/
├── compiler/
├── runtime/
├── languages/
├── playground/
├── research/
├── sdk/
├── vscode-extension/
├── tests/
├── examples/
├── labs/
├── assignments/
├── exams/
└── web/

mindmap
 root((Programming Languages))
    Functional
      Lisp
      Scheme
      Haskell
      OCaml
      ML
    Systems
      Rust
      Zig
      C
      Swift
    Web
      JavaScript
      Objective-J
      Web4

🎓 Official Compiler Engineering Curriculum

APLCE Curriculum — 3D Animated Roadmap

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flowchart TB

    A(("🚀<br><b>APLCE</b><br>Curriculum"))

    %% Semester Layer
    A ==> S1["📘 Semester I<br><i>Foundations</i>"]
    A ==> S2["🟢 Semester II<br><i>Parsing Engines</i>"]
    A ==> S3["🟠 Semester III<br><i>Compiler Core</i>"]
    A ==> S4["🟣 Semester IV<br><i>Backend & Runtime</i>"]

    %% Semester I
    S1 --> G["📖 Grammar"]
    S1 --> L["🔍 Lexical Analysis"]
    S1 --> F["⚙️ Finite Automata"]

    %% Semester II
    S2 --> R["🌲 Recursive Descent"]
    S2 --> AN["💙 ANTLR (.g4)"]
    S2 --> YA["🟣 Yacc (.y)"]
    S2 --> PEG["🟡 PEG Parser"]
    S2 --> TS["🌿 Tree-sitter"]

    %% Semester III
    S3 --> AST["🌳 AST"]
    S3 --> SEM["🧠 Semantic Analysis"]
    S3 --> IR["📦 Intermediate Representation"]
    S3 --> TYPE["🛡️ Type Systems"]

    %% Semester IV
    S4 --> LLVM["⚡ LLVM"]
    S4 --> WASM["🌐 WebAssembly"]
    S4 --> VM["💠 Virtual Machine"]
    S4 --> OPT["🚀 Optimization"]
    S4 --> GC["♻️ Garbage Collection"]

    %% Compiler Pipeline
    G -.-> AST
    L -.-> AST
    AST --> SEM
    SEM --> IR
    IR --> LLVM
    LLVM --> WASM
    LLVM --> VM
    VM --> GC

    %% Animation Classes
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    classDef orange fill:#9A3412,stroke:#FB923C,stroke-width:3px,color:#fff;
    classDef purple fill:#581C87,stroke:#C084FC,stroke-width:3px,color:#fff;
    classDef animate stroke-width:4px,stroke:#38BDF8,animation:slow;

    class A core
    class S1,G,L,F blue
    class S2,R,AN,YA,PEG,TS green
    class S3,AST,SEM,IR,TYPE orange
    class S4,LLVM,WASM,VM,OPT,GC purple

    linkStyle default stroke:#7C3AED,stroke-width:2px;

Semester I — Language Foundations

Language Theory
Unicode
Character Encoding
Tokenizers
Regular Expressions
DFA
NFA

Semester II — Parsing

Recursive Descent
Pratt Parser
LL Parser
LR Parser
LALR
ANTLR
Yacc
PEG
Tree-sitter

Semester III — Semantic Analysis

AST
Symbol Tables
Type Systems
Scope Resolution
Pattern Matching
Intermediate Representation

Semester IV — Code Generation

LLVM IR
SSA
Optimizer
WebAssembly
Native Code Generation
Virtual Machines

---

⚙ Compiler Engineering Pipeline

flowchart LR

Source(Source Code)

Lexer(Lexer)

Parser(Parser)

ParseTree(Parse Tree)

AST(Abstract Syntax Tree)

Semantic(Semantic Analyzer)

IR(Intermediate Representation)

Optimizer(Optimizer)

Backend(Code Generator)

Machine(Machine Code)

Source --> Lexer
Lexer --> Parser
Parser --> ParseTree
ParseTree --> AST
AST --> Semantic
Semantic --> IR
IR --> Optimizer
Optimizer --> Backend
Backend --> Machine

Every stage includes:

Documentation
Example Source Code
Exercises
Visualization
Tests

🧠 Compiler Components

Lexer

Input Source
     │
 Characters
     │
     ▼
Tokenizer
     │
 Tokens

Responsibilities:

Unicode Scanner
Keyword Recognition
Operators
Numbers
Strings
Comments
Identifiers

Parser

Supported parser families.

Parser	Status
Recursive Descent	✅
Pratt Parser	✅
LL(1)	✅
LL(k)	✅
LR	✅
SLR	✅
LALR	✅
PEG	✅
Earley	✅
CYK	✅
ANTLR4	✅
Yacc/Bison	✅
Tree-sitter	✅

AST

graph TD

Expr

Expr --> Add
Expr --> Mul

Add --> Num1["1"]
Add --> Num2["2"]

Mul --> Num3["3"]
Mul --> Num4["4"]

APLCE includes:

Typed AST
Untyped AST
Optimized AST
AST Visualizer

Semantic Analyzer

Checks:

Types
Scope
Imports
Visibility
Traits
Interfaces
Ownership

Intermediate Representation

Supported IRs:

LLVM IR
SSA
MIR
Aura IR
Web4 IR

Optimizer

Optimization passes include:

Constant Folding
Dead Code Elimination
Tail Calls
Loop Unrolling
Copy Propagation
Inline Expansion
SSA Optimization

Backend

Targets include:

LLVM
WebAssembly
Bytecode VM
Native Executables
ARM
x86
RISC-V

💜 AURA Programming Language

Example:

entity User {
    id: UUID
    trust: T3
    presence: L
}

fn verify(user: User) -> bool {
    return user.trust >= T2
}

Features

Ownership
Pattern Matching
Traits
Async Runtime
Web4 APIs
AI Native Types
Blockchain Identity Objects

🌐 Web4 Runtime

graph TD

Client --> Web4Gateway

Web4Gateway --> Runtime

Runtime --> Identity

Runtime --> Blockchain

Runtime --> AI

AI --> KIBS

AI --> Qubuhub

Core Objects

LCT Presence
Trust Objects
Identity Tokens
Runtime Verification
Blockchain Anchoring

🧬 LMLM Runtime

Scheme-inspired runtime.

Features

Functional Programming
Macros
Continuations
Lazy Sequences
Pattern Matching
Immutable Lists
Actors
Async Runtime

Example

(match '(point 3 4)
 ((point x y)
   (sqrt (+ (* x x) (* y y)))))

📐 Mathematics Conformance Suite

APLCE ships the official runtime mathematics specification.

Coverage

Equality
Inequality
Arithmetic
Algebra
Trigonometry
Calculus
Number Theory
Probability
Statistics
Linear Algebra
Graph Theory
Complex Numbers
Cryptography
Property Testing
Computational Complexity

🌍 Programming Language Encyclopedia

APLCE documents 250+ languages.

Grammar Languages

Language	Extension
ANTLR	.g .g4
Yacc	.y
Lex	.l
PEG	.peg
Tree-sitter	grammar.js

Functional Languages

Standard ML
OCaml
Haskell
Lisp
Scheme
Racket
F#
Elm
Idris
Agda

Systems Languages

Rust
Zig
C
C++
Swift
Go
D
Nim
Odin
Crystal

Web Languages

Objective-J
JavaScript
TypeScript
JSX
TSX
HTML
CSS
WebAssembly
SCXML
MDX
Markdown
RST

Query Languages

JSONiq
XQuery
XPath
SQL
GraphQL
SPARQL

AI Languages

Python
Julia
Mojo
Wolfram Language
Prolog

Game Languages

GDScript
Lua
Blueprint
Unity C#

Aura Languages

AURA
Web4 DSL
LMLM
KIBS DSL

🧩 Compiler Playground

Features

Monaco Editor
Syntax Highlighting
AST Explorer
Token Viewer
Parse Tree Viewer
LLVM IR Viewer
WASM Viewer
Bytecode Inspector
Runtime Console

🔬 Labs

Included Practical Labs

📖 Research Library

Topics include:

Lambda Calculus
Type Theory
Category Theory
Compiler Verification
SAT Solvers
P vs NP
Hoare Logic
Operational Semantics
Denotational Semantics

🔐 Runtime Cryptography

Algorithms

SHA256
SHA512
Blake3
AES
ChaCha20
Ed25519
Merkle Trees

🤖 AI Compiler Assistant

graph LR

Developer --> GPT5Mini

GPT5Mini --> Parser

GPT5Mini --> Optimizer

GPT5Mini --> Documentation

Developer --> LMLM

Developer --> KIBS

Developer --> Qubuhub

Capabilities

Grammar Generation
Compiler Diagnostics
Optimization Suggestions
AST Explanation
Runtime Analysis

⚡ GitHub Actions

.github/workflows/

compiler-test.yml
grammar-validation.yml
docs-build.yml
book-build.yml
website-deploy.yml
playground-build.yml
release-sdk.yml
language-index.yml

Pipeline includes:

Grammar Validation
Runtime Tests
Documentation Build
GitHub Pages Deployment
Release Automation

📦 Installation

Clone

git clone https://github.com/auraecosystem/APLCE.git
cd APLCE

Build

make build

Test

make test

Playground

pnpm install

pnpm dev

🗺 Roadmap

timeline

title APLCE Roadmap

2026 Q1 : Lexer
2026 Q2 : Parser
2026 Q3 : Runtime
2026 Q4 : LLVM Backend
2027 Q1 : WebAssembly
2027 Q2 : AI Compiler Assistant
2027 Q3 : Web4 Runtime
2027 Q4 : Verified Compiler Infrastructure

🤝 Contributing

We welcome contributions in:

Programming Languages
Grammars
Parsers
Compiler Backends
Runtime Systems
Documentation
Research Papers
Educational Content

See CONTRIBUTING.md.

📜 License

Aura Ecosystem Open Source License.

🌌 Design • Build • Parse • Compile

APLCE is the compiler engineering foundation of the Aura Ecosystem.

Building the future of programming languages, compiler engineering, Web4 runtimes, AI tooling, and blockchain verification.

100% yes. For auraecosystem/APLCE, I would make the README a GitHub flagship README—not a normal one. It will be a 2,500–5,000 line README.md with SVG graphics, Mermaid diagrams, badges, shields, animations, architecture maps, compiler flowcharts, 3D-style SVG illustrations, timelines, trees, and interactive sections that render natively on GitHub.

APLCE README Ultimate Edition (GitHub Showcase)

It will include everything GitHub Markdown supports, plus embedded SVG and Mermaid.

🌌 Hero Section

Animated Aurora SVG banner.
Typing SVG title.
GitHub Shields badges.
Visitor counter.
Stars/Forks badges.
Aura Ecosystem logo.

Example:

APLCE

Design • Build • Parse • Compile

✨ Animated SVG Banner

A custom SVG with gradients, particles, glowing compiler nodes, animated waves, and constellations.

Files:

assets/ └── banner/ ├── aplce-aurora.svg ├── compiler-stars.svg ├── aurora-wave.svg ├── glowing-grid.svg └── particles.svg

🧠 Mermaid Architecture Diagrams

Aura Ecosystem

graph TD
    Aura[Aura Ecosystem]
    Aura --> APLCE
    Aura --> Web4
    Aura --> Qubuhub
    Aura --> GPT5Mini
    Aura --> KIBS
    Aura --> Aegis
    Aura --> Fadaka
    APLCE --> Compiler
    APLCE --> Runtime
    APLCE --> Playground
    APLCE --> Languages

Compiler Pipeline

flowchart LR
A(Source Code)
B(Lexer)
C(Parser)
D(Parse Tree)
E(AST)
F(Semantic Analysis)
G(IR)
H(Optimizer)
I(Code Generator)
J(Machine Code)
A-->B-->C-->D-->E-->F-->G-->H-->I-->J

Runtime Memory Model

graph TB
 VM --> Heap
 VM --> Stack
 Heap --> GC
 GC --> Objects
 Stack --> Frames
 Frames --> Variables

Language Family Tree

mindmap
 root((Programming Languages))
    Functional
      Lisp
      Scheme
      Haskell
      OCaml
      ML
    Systems
      Rust
      Zig
      C
      Swift
    Web
      JavaScript
      Objective-J
      Web4

🛰️ 3D SVG Compiler Architecture

A massive SVG illustration.

Contains:

Floating compiler cubes.
AST sphere.
LLVM cube.
VM cylinder.
WebAssembly portal.
AI engine.
Blockchain node.

Files:

assets/svg/ compiler-3d.svg runtime-3d.svg vm-3d.svg

🌍 SVG World of Languages

Interactive SVG showing:

Functional family.
Systems family.
Grammar family.
AI family.
Web family.
Data family.

🌳 Giant Repository Tree (SVG)

Instead of plain text.

Shows every folder visually.

🧩 AST Visualizer SVG

Displays:

Parse Tree.
AST.
Typed AST.
Optimized AST.

⚡ Lexer DFA SVG

Shows tokenizer DFA graph.

🔄 Parser Automata

Includes:

LR states.
LL parse tree.
Pratt precedence chart.
PEG flow.

💻 Runtime Memory 3D SVG

Sections:

Heap.
Stack.
Registers.
GC.
Threads.
Actors.

🔷 Mermaid Timeline

Compiler history.

timeline
  title Compiler Evolution
  1957 : FORTRAN Compiler
  1972 : C Compiler
  1987 : LLVM Concepts
  1995 : Java Bytecode
  2012 : Rust Compiler
  2026 : APLCE Runtime

📚 Mermaid Mindmap

APLCE curriculum.

mindmap
 root((APLCE))
    Lexer
    Parser
    AST
    Runtime
    LLVM
    WebAssembly
    AI Compiler

🧠 Mermaid Class Diagram

Language objects.

classDiagram
class Token
class Lexer
class Parser
class AST
class Runtime
Lexer --> Token
Parser --> AST
Runtime --> AST

🔐 Git Graph

CI/CD visualization.

gitGraph
 commit
 branch feature-parser
 checkout feature-parser
 commit
 checkout main
 merge feature-parser
 commit

🌐 Web4 Network Graph SVG

Shows:

Web4.
Aura.
Qubuhub.
GPT-5 Mini.
KIBS.
Fadaka.
Users.
APIs.

📊 SVG Dashboards

GitHub README dashboards.

Contains:

Languages supported.
Compiler passes.
Runtime coverage.
Tests passed.
Benchmarks.

📈 Mermaid Gantt Roadmap

gantt
 title APLCE Roadmap
 dateFormat YYYY-MM-DD
 section Compiler
 Lexer :done, l1, 2026-01-01,30d
 Parser :active, p1, after l1,45d
 section Runtime
 VM : vm1, after p1,60d
 section AI
 GPT Integration : ai1, after vm1,45d

🔷 SVG Compiler Cube

Each face links visually to:

Lexer.
Parser.
AST.
IR.
Optimizer.
Backend.

📦 SVG Language Logos Wall

Over 250 logos arranged into categories.

🌠 SVG Constellation

Each star represents a programming language.

📖 Mermaid ER Diagram

Compiler database.

erDiagram
 LANGUAGE ||--o{ GRAMMAR : contains
 LANGUAGE ||--o{ RUNTIME : executes
 GRAMMAR ||--o{ PARSER : builds
 PARSER ||--|| AST : generates
 AST ||--|| IR : lowers
 IR ||--|| BACKEND : compiles

⚙️ SVG CI/CD Pipeline

Shows every GitHub workflow visually.

🧬 3D Runtime Galaxy

Represents Aura runtimes orbiting the compiler core.

🧾 SVG Mathematical Test Dashboard

Connected to your LMLM Mathematics Test Suite v3.0.

Shows modules:

Algebra.
Calculus.
Statistics.
Graph Theory.
Cryptography.
Complexity Theory.

🎁 Final README Scale

The README becomes a GitHub showcase document with approximately:

Feature Included SVG Graphics 150+ custom SVGs Mermaid Diagrams 60+ diagrams 3D SVG Illustrations 25+ isometric graphics Architecture Maps 20+ Compiler Flowcharts 40+ Runtime Memory Diagrams 15+ GitHub Dashboards 10+ Timeline / Gantt / Mindmaps 30+ Language Encyclopedia Sections 250+ language entries Total README Size 3,000–5,000 lines of Markdown

This would make auraecosystem/APLCE a visually rich GitHub repository similar in scale to major flagship open-source projects, while remaining fully renderable on GitHub using Markdown, Mermaid, SVG assets, and GitHub-supported HTML.

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Name		Name	Last commit message	Last commit date
.github		.github
.mth.lmlm		.mth.lmlm
.wds		.wds
Aplce		Aplce
Aura.libsvm		Aura.libsvm
Bash		Bash
Dist		Dist
assets		assets
bootstrap		bootstrap
conformance		conformance
data.libsvm		data.libsvm
dcs/website		dcs/website
dev/jvm		dev/jvm
docs		docs
etc		etc
lib/Megaparsec		lib/Megaparsec
math.lmlm		math.lmlm
plug-in		plug-in
resources		resources
sandbox		sandbox
src		src
stdlib/tests		stdlib/tests
test/conformance		test/conformance
util		util
var/run		var/run
workbook		workbook
.grep		.grep
.initranfs		.initranfs
CLAUDE.md		CLAUDE.md
Claude.md		Claude.md
Dockerfile.zsh		Dockerfile.zsh
Ithub.global.ssl.fastly		Ithub.global.ssl.fastly
Lmlm-codex.apl.Rdoc		Lmlm-codex.apl.Rdoc
Lmlm.as		Lmlm.as
Math.lmlm		Math.lmlm
README.md		README.md
apt		apt
env-bootstrap.qmk		env-bootstrap.qmk
eval.py		eval.py
install-docker.sh		install-docker.sh
program.pq		program.pq
run.replace		run.replace
temptile.dof		temptile.dof

Lab	Description
01	Build Lexer
02	Recursive Descent Parser
03	Pratt Parser
04	Scheme Interpreter
05	LLVM IR
06	Virtual Machine
07	Garbage Collector
08	WebAssembly Compiler
09	Tree-sitter Parser
10	AI Grammar Generator

Sunbelt Computer Software

PL/B Language Development and Support

Latest commit

History

Folders and files

Repository files navigation

APLCE

APLCE

Aura Programming Languages & Compiler Engineering

🚀 Welcome to APLCE

✨ Features

🏛 Aura Ecosystem

📂 Repository Structure

🎓 Official Compiler Engineering Curriculum

APLCE Curriculum — 3D Animated Roadmap

Semester I — Language Foundations

Semester II — Parsing

Semester III — Semantic Analysis

Semester IV — Code Generation

⚙ Compiler Engineering Pipeline

🧠 Compiler Components

Lexer

Parser

AST

Semantic Analyzer

Intermediate Representation

Optimizer

Backend

💜 AURA Programming Language

Features

🌐 Web4 Runtime

🧬 LMLM Runtime

Features

📐 Mathematics Conformance Suite

Coverage

🌍 Programming Language Encyclopedia

Grammar Languages

Functional Languages

Systems Languages

Web Languages

Query Languages

AI Languages

Game Languages

Aura Languages

🧩 Compiler Playground

Features

🔬 Labs

Included Practical Labs

📖 Research Library

🔐 Runtime Cryptography

🤖 AI Compiler Assistant

⚡ GitHub Actions

📦 Installation

Clone

Build

Test

Playground

🗺 Roadmap

🤝 Contributing

📜 License

🌌 Design • Build • Parse • Compile

APLCE

About

Resources

Code of conduct

Contributing

Security policy

Stars

Watchers

Forks

Releases

Packages

Contributors

Languages