chrono-forge v1.6.5

Temporal-Forge

(A Next-Gen Temporal Workflow Orchestration Framework for TypeScript)

Temporal-Forge supercharges Temporal.io workflows by eliminating boilerplate, automating state management, and enabling seamless hierarchical orchestration.

• Decorator-Based API → Write workflows in a declarative, intuitive way
• Event-Driven Updates → No polling—Workflows automatically synchronize state
• State Normalization & Hierarchical Management → Built-in entity normalization & child workflow orchestration
• ContinueAsNew & Long-Running Workflow Support → Efficiently persists state and prevents history bloat
• API Integration → Load & sync external data in real-time
• Built-in Observability → OpenTelemetry support for tracing and debugging

💡 Why Use Temporal-Forge?

• 🚀 Faster Workflow Development → No need to manually manage signals, queries, or updates.
• 🧠 Intelligent State Management → Normalized entities with automatic denormalization and caching.
• 🎯 Precision Updates → Changes only propagate where needed, eliminating redundant state syncing.
• 🤖 Automatic Child Workflow Handling → Start, stop, and update workflows without writing extra logic.

📌 Key Features

1️⃣ Step-Based Workflow Execution

Temporal-Forge simplifies workflow design using decorators like @Step(), @Query(), and @Signal() to define workflow logic.

• Step-based execution with dependencies
• Conditional branching & dynamic workflow control
• Lifecycle hooks (@Before(), @After(), @Hook())

2️⃣ Advanced Stateful Workflow Management

Stateful workflows handle complex entity relationships with automatic state tracking.
✔ Automatic child workflow execution & cancellation
✔ Parent workflows automatically sync child state changes
✔ Limitless nesting of parent-child workflows

3️⃣ Event-Driven, Subscription-Based Updates (No Polling)

• Entities update automatically across workflows
• Only relevant workflows receive updates via event-driven signals
• Ancestor tracking prevents infinite loops & redundant updates

💡 How it Works? → Each workflow subscribes to only the data it cares about.
If an entity updates, only dependent workflows receive updates, ensuring low-latency state propagation.

4️⃣ Normalized State & Cached Denormalization

State is structured using normalizr, ensuring efficient, normalized entity management.
✔ Automatically flattens nested relationships
✔ StateManager & limitRecursion cache queries to optimize lookups
✔ Denormalization is fully cached & optimized

5️⃣ Auto-Managed Child Workflow Lifecycle

• ✅ Starts child workflows when needed
• ✅ Cancels workflows when dependencies change
• ✅ Passes subscription objects so child workflows notify parents of updates

No more manual child workflow management—it just works.

📦 Installation

npm install temporal-forge

or

yarn add temporal-forge

🔧 Requirements:

• Node.js 20+
• Temporal.io’s TypeScript SDK 1.11.7+

🚀 Quick Start

Basic Workflow

import { Temporal, Workflow } from 'temporal-forge';

@Temporal()
class SimpleWorkflow extends Workflow {
  async execute() {
    this.log.info('Executing workflow...');
  }
}

export default SimpleWorkflow;

Stateful Workflow Example

// Your types
type User = {
  id: string;
  likes: Like[];
};

type Like = {
  id: string;
  user: User;
};

import { Temporal, StatefulWorkflow, SchemaManagerStatefulWorkflowParams, StatefulWorkflowOptions } from 'temporal-forge';

@Temporal({
  schemaName: "User",
  schemas: SchemaManager.schemas
})
class UserWorkflow extends StatefulWorkflow<
  StatefulWorkflowParams<User>,
  StatefulWorkflowOptions
> {
  @Property({ path: 'likes' })
  protected likes!: Like[];

  async execute() {
    this.log.info('Executing workflow, all children in this.likes will have been auto started...');
  }
}

export default UserWorkflow;

// Set your schemas (usually done in src/schemas.ts)
SchemaManager.parseYAML(`
  User:
    idAttribute: id
    likes: [Like]
  Like:
    idAttribute: id
    user: User
`);

💡 This workflow automatically normalizes state and updates subscribers whenever data is changed!

📖 Documentation

📚 Read the full docs:

• StatefulWorkflow Documentation
• Workflow Documentation
• Entity State Management

🛠️ Core Concepts

✔ Step-Based Execution → Define steps using @Step()
✔ Workflow Lifecycle Management → Manage workflow execution state
✔ Query & Signal Handling → Real-time data retrieval and updates
✔ Automatic Retry & Error Handling → Decorators like @OnError() simplify failure recovery

📌 Advanced Topics

• Handling Circular Workflow Relationships → Prevents redundant updates
• Security & API Token Management → Securely handle external API access
• ContinueAsNew Optimization → Ensures long-running workflows stay within Temporal’s execution limits

🔍 Full API reference available in docs/API.md

🧪 Testing & Validation

Temporal-Forge includes a comprehensive test suite:

• ✅ Unit tests for decorators, subscriptions, and state management
• ✅ Integration tests covering real-world workflow scenarios
• ✅ SonarCloud reports for maintainability, security, and reliability

💡 Run tests locally:

npm run test

🤝 Contributing

🚀 We welcome contributions! Whether it's bug fixes, feature requests, or documentation improvements—join the project and help make Temporal-Forge even better.

📌 See CONTRIBUTING.md for details.

📜 License

MIT License – See the LICENSE file for more details.

💡 "Those who say it cannot be done should stop interrupting the people doing it."