Aus öffentlichen Paketdaten erstellte Orientierung.
Triple ist eine Zustandsverwaltungslösung basierend auf dem Segmentierten-Zustands-Muster, die entwickelt wurde, um das Zustandsmanagement in Flutter-Anwendungen zu vereinfachen. Sie bietet eine saubere Abstraktion zur Verwaltung von Zuständen über einen Triple-Speicher, der Daten, Lade- und Fehlerzustände kapselt. Dieses Muster fördert vorhersehbare Zustandsübergänge und verbessert die Codelesbarkeit durch Trennung der Verantwortlichkeiten. Ideal für Anwendungen, die strukturierte, skalierbare Zustandslogik mit minimalem Boilerplate erfordern.
Anwendungsfälle
Komplexe App-Zustände verwalten
Asynchrone Operationen verwalten
Wiederverwendbare Zustandslogik implementieren
Skalierbare UI-Komponenten erstellen
Vereinfachung der Fehler- und Ladezustandsverwaltung
Hauptmerkmale
Implementierung des Segmentierte-Zustand-Musters
Dreifachspeicher für die Zustandsverwaltung
Eingebaute Unterstützung für Lade-, Erfolgs- und Fehlerzustände
Minimales Boilerplate
Einfache Integration mit Flutter-Widgets
Geeignet für
Entwickler, die strukturierte Zustandsverwaltung suchen
Projekte, die eine klare Trennung von Zustandstypen erfordern
Teams, die vorhersehbare Zustandsübergänge wünschen
Apps mit häufigen asynchronen Operationen
Flutter-Anfänger lernen Zustandsmuster
Hinweise
Erfordert Verständnis des Segmented-State-Musters
Kann für einfache Zustandsbedürfnisse Overhead hinzufügen
Beschränkt auf Anwendungsfälle, bei denen eine Zustandssegmentierung vorteilhaft ist
Kein vollständiger Ersatz für alle Zustandsverwaltungslösungen
Original-README
Originaler README-Schnappschuss aus dem verknüpften Quell-Repository. Aktuelle Inhalte finden Sie im Repository.
Triple - Segmented State Pattern
Welcome to Triple!
Design Pattern for State Management.
Triple is a nickname to SSP (Segmented State Standard).
Some packages were created to make it easier for developers to start using the standard. We'll call it an extension.
Segmented State Pattern (SSP)
When we talk about a single flow state, we end up solving architecture problems early, as we will have only one data flow for each state.
In addition to the maintainability and to the ease of use architecture, we also have the possibility of increasing this flow with other standards such as the Observer, which gives reactivity to the component when it is modified, and Memento, which makes it possible to revert or redo this state.
A beautiful example of a pattern with a single flow is BLoC, giving reactivity to a state allowing all transformations in that flow. This (although complicated for some), consolidates very well in the architecture of a project, even the limits of this practice are beneficial for not allowing the developer to resort to other solutions for the architecture and the standard for its resource.
There are other ways to promote reactivity in a property instead of the entire object, such as MobX's Observable and Flutter's ValueNotifier, and that gives us a lot of choices. However, we lose some important architecture limits, which can put in check the project maintenance in the future. Therefore, it needs a standard to force limits on the individual reactivity of each property and thereby improve the maintainability of the components responsible for managing the states of the application.
Triple is a nickname to SSP (Segmented State Standard). Some packages were created to make it easier for developers to start using the standard. We'll call it an extension.
This project is distributed under the MIT License. See LICENSE.txt for more information.
✨ Usage
The SSP segments the state into 3 reactive parts, the state value (state), the error object (error), and the state loading action (loading).
These segments are observed in a listener or separate listeners. They can also be combined to obtain a new segment, always starting from the 3 main segments.
Installation
Dependencies
add the following dependencies to your pubspec.yaml file:
Contributions are what make the open source community such an amazing place to learn, inspire, and create. Any contributions you make are greatly appreciated.
If you have a suggestion that would make this better, please fork the repo and create a pull request. You can also simply open an issue with the appropriate tag.
Don't forget to give the project a star! Thanks again!
Fork the Project
Create your Feature Branch (git checkout -b feature/AmazingFeature)
Commit your Changes (git commit -m 'Add some AmazingFeature')
Push to the Branch (git push origin feature/AmazingFeature)