samuelmtimbo/unit

Features

• Visual-to-JavaScript Compilers - Transforms visual program specifications into standalone JavaScript files for deployment as static websites.
• Node-Based Logic Composition - Represents programs as a network of nodes and edges where data flows through connected input and output pins.
• Interactive Prototyping - Provides rapid iteration on application logic with a live editor that renders programs into functional websites.
• Visual Graph IDEs - Features a zoomable canvas, hierarchy navigation, and live preview for comprehensive node-based software design.
• Visual Data Flow Builders - Maps how data moves between inputs and outputs using a piping system of compatible functional pins.
• Static Visual Graph Compilers - Transforms functional unit graphs into static files that execute logic within a standard web browser environment.
• Visual Logic Programming - Converts program specifications into active systems and visual components using a visual logic programming paradigm.
• State-Machine API Wrappers - Turns system and environment APIs into a standardized library of reusable visual state machines.
• System API Wrappers - Wraps low-level system and environment APIs into reusable state machines to create a standard library of operations.
• Function Piping - Implements a visual piping system that passes values through a sequence of multi-input and multi-output units.
• Architectural State Machines - Encapsulates low-level system APIs into discrete state machines to manage transitions and application architecture.
• State Machine Orchestrators - Orchestrates application logic by wrapping low-level APIs into reusable state machines.
• Node-Based Logic Interfaces - Designs complex program flows using a visual canvas of connected units and reusable subgraphs.
• Pin-Based Connectivity Models - Manages information flow by matching compatible output and input pins to define the execution order of operations.
• Visual Programming Environments - Provides a canvas-based interface for constructing and configuring modular software components via a graph.
• Bi-Directional Graph Inspection - Enables the conversion of a live rendered application back into its original visual graph for debugging and modification.
• Visual Programming Environments - Allows live programming via a visual environment where graphs are manipulated using gestures and shortcuts.
• Subgraph Grouping - Supports grouping multiple nodes into single reusable units or expanding them back into components.
• Recursive Hierarchies - Allows grouping multiple units into a single parent node to create hierarchical levels of abstraction within the graph.
• Subgraph Cloning - Supports creating shallow or deep copies of units and subgraphs to reuse existing logic and state.
• Hierarchical Graph Navigation - Allows users to navigate between parent graphs and child units to modify internal logic and organization.
• Standard Logical Unit Libraries - Offers a standard collection of predefined logical unit graphs to simplify program composition and ensure portability.
• Live Graph Reverse-Inspection - Encapsulates a live unit website back into a graph editor to debug its underlying structure.
• Application Output Previews - Hides the editing interface to view the final visual output of the graph as a rendered website.
• Standalone Bundling - Compiles program bundles into static JavaScript files that load into standard HTML pages as standalone websites.
• Schema-Driven Bundling - Serializes visual graph specifications into portable bundles that can be compiled into standalone JavaScript applications.

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