senecajs/seneca

Features

• Microservice Architectures - Provides a comprehensive framework for building systems of small, loosely coupled, and independently deployable services.
• Node.js Microservices Frameworks - Provides a specialized framework for implementing microservices architectures within the Node.js runtime.
• Message Routing - Implements routing logic to direct messages to decoupled services based on property patterns.
• Pattern-Based Message Routers - Maps incoming message patterns to handler functions to decouple service callers from the executors.
• Distributed Task Orchestrators - Coordinates the execution of asynchronous action chains across a network of distributed services.
• Decoupled Communication Services - Implements architectural patterns that enable independent services to exchange data asynchronously using property matching.
• Distributed Service Communications - Transports messages between independent processes using network protocols to decouple business logic from physical deployment.
• Microservices Communications - Facilitates the orchestration of distributed systems through robust messaging patterns and event-driven communication across a network.
• Message Routing - Orchestrates and directs messages to specific action handlers based on defined patterns.
• Pattern-Based Routing - Routes incoming message objects to handler functions by matching properties against predefined templates.
• Property Pattern Matching - Directs actions to specific handlers by checking if message properties satisfy predefined nested patterns.
• Modular Application Composition - Organizes business logic into independent, reusable modules that load actions and configuration into a central service instance.
• Modular Plugin Systems - Uses a modular plugin system to organize business logic and compose complex system behavior.
• Functional Logic Modularization - Splits application logic into independent processes that exchange messages through standard web protocols or buses.
• Plugin-Based Architectures - Organizes business logic into reusable, configurable plugins that can be loaded into service instances.
• Asynchronous Messaging Frameworks - Provides a framework for routing commands and data between independent processes using asynchronous action chains.
• Data Querying - Retrieves records from a store using filters, sorting, and limits to return specific subsets of data.
• Entity Management APIs - Provides a common query format and standard API to create, save, load, and remove data objects.
• Record Patterns - Uses a record pattern to interact with data through standard methods for saving, loading, and listing.
• Plugin Execution Sequencing - Ensures plugins and actions are initialized in a specific order to manage startup dependencies.
• Message Dispatching - Dispatches messages to local or remote services and handles responses via callbacks.
• Network Listeners - Binds to specific ports and hosts to receive inbound messages from other distributed services.
• Action Pattern Modules - Provides mechanisms to integrate external modules that define their own action patterns and startup logic.
• Asynchronous Action Orchestration - Chains sequential asynchronous calls and standardizes error handling across a distributed system of services.
• Action Pattern Overrides - Allows overriding existing action patterns to add custom logic or validation while optionally calling the original function.
• Action Pattern Overrides - Allows new handlers to wrap or override existing action patterns to inject custom logic without modifying original code.
• Asynchronous Service Initialization - Executes asynchronous setup tasks, such as establishing database connections, during plugin initialization.
• Asynchronous Operation Chaining - Provides patterns for executing a sequence of asynchronous requests where the output of one serves as the input to the next.
• Plugin Configurations - Allows overriding default plugin settings via objects or external files to customize behavior.
• Distributable Action Modules - Organizes action patterns into reusable modules that can be distributed via package managers.
• Modular Plugin Architectures - Employs a modular architecture to organize business logic into reusable plugins with controlled initialization.
• Dependency Mocking - Provides utilities to define fake responses for external services to isolate business logic during testing.
• Linear Action Execution - Forces a series of asynchronous actions to execute in a strict linear order.
• Language Toolkits - Microservices toolkit for Node.js.
• Web Frameworks - Toolkit for building microservices.

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