Guide Kotlin development for the lemline-core workflow execution engine.
npx skills add https://github.com/lemline/lemline --skill core-dev
Please help me install this Agent Skill. Skill: core-dev Source: https://github.com/lemline/lemline/tree/main/.claude/skills/core-dev Command: npx skills add https://github.com/lemline/lemline --skill core-dev
This skill provides a structured, developer-oriented guide for building and maintaining the lemline-core module, the stateless workflow execution engine powering the Serverless Workflow DSL runtimes.
Start by reading the core overview and nodes documentation in lemline-core/docs, then implement a small feature in StepByStepOrchestrator and run the FullOrchestrator tests to validate behavior.
High-intent search queries and answers about installing and using this skill.
To add a new TaskState to the Serverless Workflow DSL runtime, follow the guided development tasks for modifying core components and extending DSL parsing. Implement changes using Kotlin sources and validate behavior by running the FullOrchestrator tests.
Structuring modules for a stateless workflow execution engine requires following project structure guidance that outlines module layout, key components, and best practices for extending parsers, orchestrators, processors, and state handling within the Lemline Core project.
DSL parsing within the Lemline Core project works by extending core components using Kotlin sources to interpret the Serverless Workflow DSL. Practical steps and step-by-step examples are provided to guide developers through parsing modifications and state handling.
Node is listed among the development keywords for the Lemline Core project. Alongside Node, the testing guidelines require running unit and integration tests using the FullOrchestrator and test utilities to validate step execution model behavior.
Yes, you can use the StepByStepOrchestrator to implement a small feature and validate updates to the step execution model. Running the FullOrchestrator tests afterward ensures the step execution model behaves correctly within the workflow engine.
When modifying processors and state handling in a stateless workflow engine, limitations arise from maintaining statelessness while extending the DSL runtime. Developers must follow documentation referencing and testing guidelines to prevent breaking the orchestration model.
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