Textualize/toolong

Features

• Terminal Applications - Provides a comprehensive terminal user interface for monitoring and managing log files.
• Log File Tailing - A comprehensive terminal interface for viewing, tailing, merging, and searching log files.
• Terminal Log Analyzers - Provides a terminal interface for real-time log inspection, tailing, and searching of large files.
• Structured Log Parsing - Parses and pretty prints structured JSONL data within log streams for better readability.
• Data Pretty Printers - Pretty prints JSONL log entries to make structured data human-readable in the terminal.
• Fuzzy Matching - Implements fuzzy matching algorithms to find approximate text matches with visual highlighting in log streams.
• Log Aggregators - Merges multiple log files into a single chronological view by automatically detecting timestamps.
• Log Stream Merging - Combines multiple log files into a single chronological view by automatically detecting and sorting timestamps.
• Fuzzy Search Engines - Provides fuzzy search capabilities to find matches within log data without requiring exact character sequences.
• Large File Editors - Opens large log files instantly without loading the entire document into memory.
• Terminal Application Frameworks - Implements a high-performance framework for building interactive terminal-based applications.
• TUI Log Managers - Implements a comprehensive terminal user interface for monitoring live log streams and navigating compressed archives.
• Log Formatters - Pretty prints structured JSONL data to make it human-readable within the terminal.
• Virtual-Sized Views - Renders large files efficiently by maintaining a virtual window that only loads visible content.
• Log Syntax Highlighting - Applies visual formatting to common web server log patterns to improve readability.
• Text User Interface Development - Provides tools and frameworks for building interactive, full-screen terminal user interfaces.
• User Event Handlers - Responds to key presses, mouse actions, and state changes using integrated event handlers.
• User Interface Frameworks - Provides a framework for building interactive screens using self-contained components that mount dynamically.
• TUI Scroll Views - Provides scrollable views for terminal content, allowing the navigation of data larger than the physical window.
• Complex Data Views - Renders complex data structures using advanced components like tables and formatted grids.
• Navigation Stacks - Manages the visual state and navigation through a stack-based system of pushing, popping, and switching screens.
• Global Command Registration - Registers application-wide actions that remain available regardless of the current active screen.
• Command Providers - Generates dynamic command list entries on the fly based on user queries or external data.
• Concurrent Task Execution - Executes multiple asynchronous operations simultaneously and synchronizes their completion before proceeding.
• Mouse Input Handlers - Captures mouse movement and click events relative to the screen and widgets in the terminal.
• Custom Key Action Bindings - Assigns keyboard shortcuts to specific actions and overrides default keymaps to control behavior.
• Element Focus Controllers - Programmatically shifts input focus between individual interactive UI elements.
• Widget Focus Navigations - Directs keyboard events to a single active widget and enables Tab-key cycling for navigation.
• Clickable Hyperlinks - Embeds clickable hyperlinks within the terminal output that launch a web browser.
• Concurrent Thread Execution - Executes blocking synchronous code in separate threads to prevent the UI from freezing during heavy processing.
• Key Sequence Parsers - Provides granular input processing by deconstructing key strings into modifiers and primary keys.
• Multi-threaded Execution - Executes blocking functions in separate operating system threads to keep the main user interface responsive.
• Worker-to-UI Thread Messaging - Schedules functions to run on the main thread so background workers can safely modify visible UI components.
• Navigation Mode Switching - Organizes independent screen stacks into named modes to switch between different application areas.
• Incremental Rendering Updates - Uses line-based rendering to perform incremental updates on specific widget portions, reducing redraw overhead.
• Compressed Log Viewing - Automatically extracts and displays the contents of compressed log files upon opening.
• Vertical Content Alignment - Provides control over vertical positioning by placing elements at the top, middle, or bottom of containers.
• Background Task Execution - Offloads long-running operations to background threads to ensure the main interface remains fluid.
• Box-Drawing Utilities - Renders box-drawing characters to create borders around widgets for visual separation.
• Child View Positioning - Calculates and assigns coordinates to arrange child components within a parent container.
• Theme Application & Switching - Allows switching between registered themes and toggling light/dark modes to change the application's appearance.
• Compound Components - Allows the composition of multiple existing components into single, reusable compound widgets.
• Custom Widget Implementation - Provides a framework for creating custom UI elements by extending base classes and defining custom rendering logic.
• Element Centering - Implements mechanisms for aligning UI components horizontally or vertically within parent containers.
• Functional Mode Toggles - Organizes the application's functional state by switching between different operational modes and associated screens.
• Partial DOM Updates - Employs targeted rendering to update only modified segments of a widget, maintaining high UI responsiveness.
• Horizontal Arrangements - Provides layout containers that align elements side-by-side in a single row.
• Horizontal Element Alignment - Sets the placement of components along the horizontal axis to control alignment relative to others.
• Input Handling - Processes keyboard press events to trigger application logic and update the user interface.
• Interactive Text Links - Embeds clickable markup in logs that triggers application actions or opens web browsers.
• Keyboard Interaction Tools - Maps keyboard events to specific UI actions to enable interaction with focused elements.
• Stack-Based Layout Containers - Implements a stack-based system for pushing, popping, and switching full-terminal containers.
• Grid Layouts - Organizes components into rows and columns where elements can span multiple cells.
• Linear Element Distribution - Arranges child elements in a linear sequence with options for fixed sizing or automatic expansion.
• Modal Dialogs - Implements modal dialogs that overlay the interface to capture focused user interaction.
• Hierarchical Navigation Stacks - Manages application state by pushing and popping full-terminal containers within a structured navigation stack.
• Overflow Scroll Management - Handles content that exceeds container boundaries through scrollable regions and clipping.
• Widget Message Passing - Implements a message-passing system for communication and control between parent and child widgets.
• Reactive Data Bindings - Binds data between UI widgets so that changes to reactive properties automatically propagate and update the view.
• Reactive State Managers - Tracks attribute changes to automatically trigger widget refreshes and propagate updates through the component tree.
• Scrollable Containers - Wraps content in containers that provide scrollbars when elements exceed the available display space.
• Standard Output Redirectors - Intercepts standard output and error streams to redirect and display them within a managed TUI element.
• Component Styling - Uses external stylesheets to manage and override visual styles and CSS properties for components.
• State-Based Style Application - Changes widget appearance dynamically based on current states using pseudo-classes like focus or hover.
• CSS Layout Systems - Uses a CSS-based system to define the spatial arrangement and visual appearance of application layouts.
• Vertical Layouts - Provides containers that arrange child elements in a top-to-bottom sequence.
• Text Styling Utilities - Applies visual formatting and regex-based highlighting to text elements within the terminal interface.
• Keyboard-to-Action Mappings - Implements logic that maps keyboard inputs to specific application actions for efficient TUI navigation.
• CSS-Inspired Stylesheets - Uses a CSS-inspired stylesheet mechanism to define layout, colors, and borders for terminal interface elements.

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