omcljs/om

Features

• ClojureScript-React Bridges - Integrates ClojureScript functional programming models with the React rendering engine to build reactive user interfaces.
• Reader-Based State Querying - Evaluates specific expressions to extract targeted pieces of application state using a dedicated reading function.
• Frontend State Normalization - Flattens complex nested data structures into a relational format for efficient storage and retrieval within the application state.
• Data Value Normalization - Flattens complex data structures into a relational format and reconstructs them into trees for the interface.
• Expression-Based Data Querying - Evaluates specific expressions to extract targeted pieces of application state using a dedicated reading function.
• Frontend State Management - Implements a centralized state management architecture for handling data flow and synchronization in the browser.
• State Mutations - Implements atomic state mutations to ensure global application state transitions trigger targeted re-renders of dependent components.
• Atomic State Mutations - Implements atomic state mutations to ensure global application state transitions trigger targeted re-renders of dependent components.
• Store Normalization Architectures - Maintains application data in a flat map using unique identities to prevent duplication and simplify updates.
• Declarative Data Fetching - Specifies the exact data a component needs and manages the parameters used to fetch those updates dynamically.
• Functional Reactive Programming Frameworks - Combines functional programming patterns with a reactive rendering engine to automatically update the user interface.
• Identity-Based Data Resolution - Transforms flat data structures into hierarchical trees by resolving references between entities during the rendering phase.
• Reader-Based Querying - Decouples the user interface from state by allowing components to declare data requirements resolved through a centralized read function.
• State-to-UI Mapping - Decouples state from the visual layer by transforming raw application state into formatted data for UI display.
• Global State Managers - Stores shared data in a central location so any component can access it regardless of its position in the tree.
• Reactive UI Frameworks - Provides a framework for building interfaces that automatically update their visual state in response to data changes.
• UI Components - Enables the creation of reusable UI components that encapsulate their own data requirements and identity resolution.
• Virtual DOM Reconciliation - Maps a functional component tree to a real document object model using a diffing engine to update only changed elements.
• User Interface Frameworks - Provides a functional API for interacting with a virtual DOM to create responsive web user interfaces.
• Client-Server State Synchronization - Manages the synchronization and coherence between remote server state and local client caches.
• Transactional Updates - Applies a group of data changes as a single unit to trigger updates across all dependent interface elements.
• Dynamic Query Parameterization - Allows the parameters of a data request to be changed during execution to update displayed information.
• Functional Components - Combines pure functional declarations with stateful lifecycle methods to build a reactive user interface hierarchy.
• Data Merging - Combines new data fragments into the current application state and signals all affected components to refresh.
• Client-Server State Synchronization - Coordinates data requests and updates using a reconciliation process that aligns local state with remote data sources.
• Component State Management - Provides methods for managing component-level data and scheduling visual refreshes.
• React Interface - Powerful interface for building complex React-based applications.

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