robos:ReviewComment
Validation shape for robos:ReviewComment nodes in the organization package group.
Details
| Class | robos:ReviewComment |
| Also matches | robos:CodeReviewComment |
| Shape id | urn:robos:shape:ReviewCommentShape |
| Package | Organization & Teams (robos.org) (organization) |
| Classification | Projects & work items |
| Schema.org type | schema:Comment |
| Domain standard | OSLC CORE |
Properties
Count is the minimum and maximum number of values (* means no maximum). The validator enforces both. The type column is documentation only; the validator does not check types.
| Property | Count | Type | Rule or description |
|---|---|---|---|
robos:content | 1..* | - | Review comment must have content. |
robos:pullRequest | 1..* | URI (robos:PullRequest) | Review comment must link to parent pull request. |
robos:filePath | 1..* | xsd:string | Review comment must specify code file path. |
Example node
The checked-in graph has no node of this class that passes the validator, so this is a placeholder built from the shape. It has every required property, with example values. It is not a node from the graph.
{
"@id": "urn:robos:organization:review-comment-sample",
"@type": [
"robos:ReviewComment",
"robos:CodeReviewComment",
"schema:Comment",
"oslc:Resource"
],
"dcterms:title": "Sample Review Comment",
"dcterms:description": "Placeholder node for robos:ReviewComment.",
"robos:package": "organization",
"robos:namespace": "robos.org",
"robos:content": "sample docstring content",
"robos:pullRequest": "<pullRequest>",
"robos:filePath": "<filePath>",
"robos:schemaOrgType": "https://schema.org/Comment",
"robos:domainStandard": "http://open-services.net/ns/core#Comment",
"robos:refersFrom": "https://schema.org/Comment"
}
Validate the example
Save the example as node.json in the repository root, then run:
node -e "const { SHACLValidator } = require('./packages/robos-graph/lib/shacl-validator'); console.log(new SHACLValidator().validate([require('./node.json')]).conforms)"
The command prints true when the node meets every rule for its types.