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label: [predObj],
limit: opts.limit || globalLinkOptsDefaults.limit,
name: propKey || term(predObj),
};
} else {
if (predObj.label === undefined) {
throw new TypeError("Inner opts label must be a single NamedNode");
}
const labelArr = Array.isArray(predObj.label) ? predObj.label : [predObj.label];
labelArr.forEach((label) => {
requestedProperties.push(label.sI);
});
propMap[propKey || predObj.name || term(labelArr[0])] = {
forceRender: predObj.forceRender || opts.forceRender || globalLinkOptsDefaults.forceRender,
label: normalizeType(predObj.label),
limit: predObj.limit || opts.limit || globalLinkOptsDefaults.limit,
linkedProp: predObj.linkedProp || opts.linkedProp || globalLinkOptsDefaults.linkedProp,
name: propKey || predObj.name || term(labelArr[0]),
returnType: predObj.returnType || opts.returnType || globalLinkOptsDefaults.returnType,
} as ProcessedLinkOpts;
}
}
}
return [ propMap, requestedProperties ];
}
const lrs = useLRS();
const [error, setError] = React.useState(undefined);
const context = useLinkRenderContext();
const subjectData = lrs.tryEntity(context.subject);
const childProps = useCalculateChildProps(props, context, options);
try {
useDataInvalidation(childProps);
} catch (e) {
setError(e);
}
if (subjectData.length === 0) {
return null;
}
const labels = normalizeType(childProps.label);
const objRaw = subjectData
.filter((s) => labels.includes(s.predicate))
.map((s) => s.object);
if (error) {
return renderError(childProps, lrs, error);
}
if (objRaw.length === 0 && !childProps.forceRender) {
return null;
}
const associationRenderer = getLinkedObjectClass(
childProps,
lrs,
defaultNS.rdf("predicate"),