robos:SearchIndex
Validation shape for robos:SearchIndex nodes in the core-platform package group.
Details
| Class | robos:SearchIndex |
| Shape id | urn:robos:shape:SearchIndexShape |
| Package | Core Platform (robos.platform) (core-platform) |
| Classification | Data stores & messaging |
| Schema.org type | schema:DataStore |
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 |
|---|---|---|---|
dcterms:title | 1..* | xsd:string | Search Index must have a title or display name. |
robos:engine | 1..* | - | Search Index must declare its engine (luxir, solr, elasticsearch, opensearch). |
Example node
This node comes from .robos/kgraphs/core-platform/package.jsonld in the RobOS repository. That graph holds sample data for a fictional company, so treat the values as illustrations.
{
"@id": "urn:robos:search:solr-enterprise-index",
"@type": [
"oslc_am:Resource",
"robos:SearchIndex",
"schema:DataStore"
],
"dcterms:title": "Apache Solr Enterprise Search Index",
"dcterms:description": "Production-grade Apache Solr search collection for faceted enterprise documentation and architectural index search.",
"robos:engine": "solr",
"robos:indexName": "enterprise_catalog",
"robos:productionReady": true,
"robos:status": "active",
"robos:readiness": "production-ready",
"robos:host": "solr.internal.acme.corp",
"robos:port": 8983,
"robos:package": "core-platform",
"robos:namespace": "robos.platform",
"robos:technology": "https://robos.dev/ns/technology#solr",
"robos:schemaOrgType": "https://schema.org/DataStore",
"robos:domainStandard": "https://schema.org/DataStore"
}
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.