Uracil Code Harness — Private Beta Testing

1. DOWNLOADING AND INSTALLING THE APPLICATION

Follow these steps to install Uracil Code Harness on your system:

Step 1: Visit the Download Website — Open your web browser and go to mandinow.live.
Step 2: Download the Installer — Click Verify and Download the Windows application setup file (Uracil Code Harness 1.0.0.exe).
Step 3: Run the Setup — Double-click the downloaded executable file to install and open the application on your computer.
Step 4: Select a Workspace Directory — When the application launches, click "Select Folder" at the bottom left to choose the folder on your computer where your project files should be saved.

2. INITIAL SETUP: CONNECTING YOUR API KEY

Uracil Code Harness is powered by Google Gemini 3.7 Flash, which is free to use with your own API key.

Step 1: Open API Keys Settings — Click the "API KEYS" button located in the top-right corner of the application window.
Step 2: Get Your Key — If you do not already have an API key, get one for free from Google AI Studio.
Step 3: Paste and Save — Paste your key into the API Key input field and click "Save".
Step 4: Verify Connection — Once saved, the bottom status bar will display "Gemini 3.7 Flash | High", confirming that your connection is active and ready.

3. WRITING CODE WITH THE URACIL TERMINAL

The Uracil Terminal is the primary workspace where you describe what you want to build in plain English:

Uracil Code Harness 1.0.0 • Trijna Labs (trijnalabs.tech) • Download: mandinow.live
Trijna Labs | Uracil Code Harness 1.0.0

Entering Prompts: Type your instruction into the input bar at the bottom of the screen (e.g., "code a basic calculator website") and press Enter.
Automated Processing: Uracil Code processes the request, structures the necessary files, and writes the complete code into your workspace folder.
File Generation: Generated source files appear immediately in the left sidebar file tree under the src/generated directory.
Terminal Logs: The main terminal window displays step-by-step output so you can follow the progress of file creation in real time.

4. THE 8-STAGE COGNITIVE LOOP

When you submit any request in Uracil Code, the application processes it through an 8-stage sequence visible under the "Cognitive Loop" tab:

1. Observe: Inspects your active workspace directory and file definitions.
2. Retrieve: Pulls relevant context and past memory patterns.
3. Reason: Analyzes the problem and determines what code needs to be written.
4. Plan: Creates a structured multi-step plan before writing code.
5. Execute: Produces the actual source code files.
6. Verify: Checks the generated code for syntax errors and correct formatting.
7. Learn: Identifies reusable code patterns from the successful build.
8. UpdateMemory: Saves the results into project memory for future prompts.

5. USING THE DEVELOPER'S SPACE

Click the "Developer's Space" button in the top-right corner to open the engineering drawer. It contains three main views:

A. Code Editor

A complete built-in code editor that lets you view, edit, and write files directly within the application:

Multi-Tab Interface: Open and switch between multiple project files at once (e.g., HTML, CSS, JavaScript, TypeScript).
Syntax Highlighting: Clear color formatting for keywords, strings, variables, and line numbers.

B. Knowledge Graph

An interactive visual map of your project architecture:

Node Mapping: Shows files, classes, processes, and components as connected visual blocks.
Relationship Lines: Displays how files and components depend on each other (e.g., DEFINED_IN, USES_GRAPH).

Uracil Code Harness 1.0.0 • Trijna Labs (trijnalabs.tech) • Download: mandinow.live
Trijna Labs | Uracil Code Harness 1.0.0

C. 6-Tier Memory

A structured memory system that allows Uracil Code to retain project context across sessions:

1. Working Memory: Active session data for immediate tasks.
2. Short-Term Memory: Recent command and query history.
3. Project Memory: Workspace conventions, rules, and file indices.
4. Long-Term Memory: History of past successful builds.
5. Semantic Memory: Context and conceptual representations.
6. Procedural Memory: Verified solution patterns.

6. BUILT-IN TOOLS

Uracil Code Harness includes several dedicated tools accessible directly from the top navigation bar:

A. Database Workbench

Allows you to write and execute SQL queries directly against your local databases (supports SQLite and PostgreSQL). Query results are rendered in an organized table showing columns, rows, and execution latency.

B. Git Intelligence

A built-in Git manager that shows your active branch, current commit hash, and repository status. You can enter commit messages, sync updates, and push code directly to GitHub with one click.

C. Integrated Browser

A native web browser built into the application. It includes quick one-click bookmarks for developer resources (Google AI Studio, PyTorch Docs, HuggingFace, and GitHub) so you can research and read documentation side by side with your code without switching windows.

D. Security & Audit

A safety policy engine that protects your system by inspecting terminal commands, package installations, and file operations before they run on your computer. Destructive actions are blocked automatically unless explicitly approved.

7. OFFICIAL LINKS AND RESOURCES

For software downloads, company updates, and research documentation:

Application Download: mandinow.live
Company Website & Research: trijnalabs.tech
Product Version: Uracil Code Harness 1.0.0
Developed By: Trijna Labs

THE THREE ACTION MODES

1. ANALYZE

Understand before changing. Use when investigating errors or codebase structure. (Does not modify files)

2. PLAN

Design before implementing. Use for multi-file features or risky changes. (Creates a plan and waits for your approval)

3. EXECUTE

Implement an approved action. Applies the approved plan and runs it through the verification matrix before confirming success.

YOUR FIRST RECOMMENDED ACTION

Start with this analysis prompt:
"Analyze this workspace. Explain project architecture, purpose of major directories, entry points, component dependencies, startup flow, and potential architectural risks. Do not modify any files."

QUICK ACTION TEMPLATES

Action	Example Instruction
Analyze	Analyze this project architecture
Debug	Find the root cause of this error
Plan	Create an implementation plan
Build	Implement this feature
Refactor	Refactor without changing behavior
Security	Perform a security review
Optimize	Identify performance bottlenecks
Test	Generate and improve tests
Verify	Run this change through the verification matrix

Build fast. Verify everything. The AI coding harness that catches your bugs before anybody else does.

URACIL CODE HARNESS 1.0.0