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close #10719 Changelog: - add: optional `expressionConfigs` parameter to the `executionContext/recompute` request - update: `IdExecutionInstrument` allowing to run a single node in a specified execution environment - refactor: move tests related to the recompute request to a separate test suite. Otherwise the `RuntimeServerTest` is becoming too bloated # Important Notes The updated `executionContext/recompute` request. ```typescript interface ExecutionContextRecomputeParameters { /** The execution context identifier. */ contextId: ContextId; /** The expressions that will be invalidated before the execution. * * Only the provided expression ids are invalidated excluding the dependencies. */ invalidatedExpressions?: "all" | ExpressionId[]; /** The execution environment that will be used in the execution. */ executionEnvironment?: ExecutionEnvironment; /** The execution configurations for particular expressions. * * The provided expressions will be invalidated from the cache with the * dependencies. The result of the execution will stay in the cache until the * cache is invalidated by editing the node or other means. */ expressionConfigs?: ExpressionConfig[]; } interface ExpressionConfig { /** The expression identifier. */ expressionId: ExpressionId; /** The execution environment that should be used to run this expression. */ executionEnvironment?: ExecutionEnvironment; } ``` #### Use cases - to re-run a single node without re-running the dependent nodes (subtree), put the node id in the `invalidatedExpressions` parameter. - to re-run a node with dependent nodes (subtree), put the node id in the `expressionConfigs` parameter with empty `executionEnvironment` - to re-run a node in a different execution environment, put the node id in the `expressionConfigs` and specify the `executionEnvieronment` |
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| .. | ||
| debugger | ||
| distribution | ||
| infrastructure | ||
| language-server | ||
| libraries | ||
| parser | ||
| polyglot | ||
| profiler | ||
| rfcs | ||
| runtime | ||
| security | ||
| semantics | ||
| style-guide | ||
| syntax | ||
| types | ||
| CODE_OF_CONDUCT.md | ||
| CONTRIBUTING.md | ||
| enso-philosophy.md | ||
| getting-enso.md | ||
| graalvm-m1-mac.md | ||
| README.md | ||
| runtime-guide.md | ||
| runtime-roadmap.md | ||
| sbt-cheatsheet.md | ||
| SECURITY.md | ||
| layout | title | category | tags | order | ||
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| docs-index | Enso Engine Developer Documentation | summary |
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Enso Engine Developer Documentation
This folder contains the documentation for the implementation of the Enso programming language. The documentation is broken up by subject, within the below-listed categories, and each subject combines information about the design, specification, and implementation of the feature to which it pertains.
We provide a number of useful resources for getting a quick understanding of the Enso project:
- The Enso Philosophy: Information on the design philosophy behind Enso, and why we build things in the way we do.
- Contributing Guidelines: Information for people wanting to contribute to Enso (in many different ways).
- Community Code of Conduct: The code of conduct for members of our community, developers and users alike.
- Security Guidelines: Security guidelines for the Enso project, including supported versions and our vulnerability reporting process.
- Getting Enso: Instructions for how to get and run a copy of Enso.
- Runtime Roadmap: An analysis of the pressing changes that should be made to the runtime.
- Runtime Guide: A tour of the runtime, and some pointers as to useful resources.
It is broken up into categories as follows:
- Distribution: Information on how we distribute Enso to our users, and how Enso packages themselves work.
- Language Server: Information on the Enso language server, its protocol, and how it integrates with the runtime.
- Polyglot: Information on Enso's polyglot functionality, and how it is integrated into the surface Enso language.
- RFCs: RFCs for Enso's development and evolution.
- Runtime: Specification and documentation of the way that the Enso runtime is designed and implemented.
- Semantics: A specification of Enso's semantics.
- Style Guides: Style guides for the code written as part of the Enso project.
- Syntax: A specification of Enso's syntax.
- Types: A specification of Enso's type system and type theory.
- Debugger: A specification of Enso's debugger.
- Parser: Design and specification of the Enso parser.
- Infrastructure: Description of the infrastructure for building Enso.
- Libraries: Description of Enso's Library Ecosystem.