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import { Context } from './Context.ts'import { RdfJsonRoot, Meta } from './types.ts'import { castValue } from './castValue.ts'
const subjectIRI = 'http://subject.com/subject'
export const responseToObjects = <Type>(results: RdfJsonRoot, context: Context, meta: Meta) => {  const objects: Array<{ [key: string]: any }> = []  const typePredicate = context.compactIri('http://www.w3.org/1999/02/22-rdf-syntax-ns#type')
  for (const uri of Object.keys(results)) {    const object: { [key: string]: any } = { id: context.compactIri(uri) }    objects.push(object)  }
  for (const [uri, predicates] of Object.entries(results)) {    const object = objects.find(object => object.id === context.compactIri(uri))!
    const type = predicates["http://www.w3.org/1999/02/22-rdf-syntax-ns#type"].find(item => item.value !== subjectIRI)!.value    const compactedType = context.compactIri(type)
    for (const [predicate, values] of Object.entries(predicates)) {      const compactedPredicate = context.compactIri(predicate, true)      const propertyConfig = meta[compactedType][compactedPredicate]
      object[compactedPredicate] = propertyConfig.singular ? castValue(values[0], propertyConfig, context) : values.map(term => {        if (term.type === 'uri' && compactedPredicate !== typePredicate) {          const match = objects.find(object => object.id === context.compactIri(term.value))          if (match) return match        }        return castValue(term, propertyConfig, context)      }).filter(Boolean)    }    }
  const output: Array<any> = objects.filter(object => object[typePredicate]?.includes(subjectIRI)) as unknown as Array<Type>
  for (const item of output) {    item[typePredicate] = item[typePredicate].filter((item: any) => item !== subjectIRI)  }
  return output}