DeclarativeHub/Bond
Bond
Bond este un framework de data binding pentru Swift conceput pentru a sincroniza modelele de date și elementele interfeței utilizator prin fluxuri de valori unidirecționale și bidirecționale. Acesta funcționează ca o suită reactivă pentru monitorizarea schimbărilor în colecții, transformarea fluxurilor de date și conectarea evenimentelor interfeței utilizator la modelele de date.
Proiectul oferă un bridge reactiv care transformă interacțiunile interfeței utilizator și apelurile metodelor delegate de protocol în semnale observabile. Include un observator de colecții pentru a monitoriza schimbările în array-uri și un procesor de flux de date funcțional care aplică operatori pentru a modifica sau combina valorile înainte ca acestea să ajungă la un element de interfață țintă.
Framework-ul acoperă domenii largi de capabilități, inclusiv sincronizarea la nivel de proprietate, binding-ul automat al surselor de date pentru table și collection view-uri, și conversia invocărilor metodelor delegate în evenimente de semnal asincrone.
Features
- Swift Declarative Bindings - Implements a declarative system to link model properties to UI elements, automating synchronization without manual update logic.
- Data Binding Frameworks - Provides a comprehensive framework for synchronizing data models and user interface elements via one-way and two-way value flows.
- Stream Processors - Provides a toolkit of operators for the reactive transformation of data streams before they reach the UI.
- Model-to-DOM Synchronizations - Synchronizes data model properties with user interface elements so changes in the model automatically update the visual presentation.
- Two-Way Data Binding - Synchronizes values between two properties via automated one-way or two-way data flows.
- Property Synchronizers - Provides mechanisms to maintain real-time consistency between two object properties using bidirectional synchronization.
- UI Data Binding - Synchronizes Swift data models with user interface elements so changes in one automatically update the other.
- Reactive Event Wrappers - Wraps imperative UI interaction callbacks and delegate methods into reactive observable streams.
- Event Propagation Patterns - Uses observable streams to propagate state changes from data sources to target interface elements.
- Delegate-to-Signal Converters - Transforms protocol delegate method calls into reactive signals by intercepting method invocations via runtime proxies.
- Stream Transformation Operators - Provides functional operators to filter, map, or buffer items within reactive data streams before they reach the UI.
- UI Event Observation - Converts user interface interactions like button taps or text changes into observable signals.
- UI Event Streams - Converts user interface interactions and delegate method calls into observable data streams.
- Observable Data Source Bindings - Automates row and cell updates in tables and collection views by connecting them to observable data sources.
- UI State Change Tracking - Monitors modifications to collections, such as insertions or deletions, to trigger targeted UI updates.
- Table Bindings - Connects observable collections to table and collection views to automate row and cell updates.
- Swift Array Mutation Observers - Monitors changes in arrays and collections to automate updates in table and collection views.
- Functional Stream Transformations - Applies functional programming operators to modify and combine data streams before they are displayed in the UI.
- Event Handling - Framework for data binding.
- Layout Frameworks - Type-safe binding framework for reactive UI updates.
