@sphereon/pex
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A Typescript implementation of the v1 and v2 DIF Presentation Exchange specification
113 lines • 10.3 kB
JavaScript
;
Object.defineProperty(exports, "__esModule", { value: true });
exports.PEXv2 = void 0;
const ssi_types_1 = require("@sphereon/ssi-types");
const PEX_1 = require("./PEX");
const evaluation_1 = require("./evaluation");
const signing_1 = require("./signing");
const types_1 = require("./types");
const validation_1 = require("./validation");
/**
* This is the main interfacing class to be used from outside the library to use the functionality provided by the library.
*/
class PEXv2 extends PEX_1.PEX {
/***
* The evaluatePresentationV2 compares what is expected from a presentation with a presentationDefinitionV2.
*
* @param presentationDefinition the definition of what is expected in the presentation.
* @param presentations the presentation which has to be evaluated in comparison of the definition.
* @param opts - limitDisclosureSignatureSuites the credential signature suites that support limit disclosure
*
* @return the evaluation results specify what was expected and was fulfilled and also specifies which requirements described in the input descriptors
* were not fulfilled by the presentation.
*/
evaluatePresentation(presentationDefinition, presentation, opts) {
types_1.SSITypesBuilder.modelEntityInternalPresentationDefinitionV2(presentationDefinition); // only doing validation
return super.evaluatePresentation(presentationDefinition, presentation, opts);
}
/***
* The evaluateCredentialsV2 compares what is expected from a verifiableCredentials with the presentationDefinitionV2.
*
* @param presentationDefinition the v2 definition of what is expected in the presentation.
* @param verifiableCredentials the verifiable credentials which are candidates to fulfill requirements defined in the presentationDefinition param.
* @param opts - holderDIDs the list of the DIDs that the wallet holders controlls.
* limitDisclosureSignatureSuites the credential signature suites that support limit disclosure
*
* @return the evaluation results specify what was expected and was fulfilled and also specifies which requirements described in the input descriptors
* were not fulfilled by the verifiable credentials.
*/
evaluateCredentials(presentationDefinition, verifiableCredentials, opts) {
types_1.SSITypesBuilder.modelEntityInternalPresentationDefinitionV2(presentationDefinition); // only doing validation
return super.evaluateCredentials(presentationDefinition, verifiableCredentials, opts);
}
/**
* The selectFromV2 method is a helper function that helps filter out the verifiable credentials which can not be selected and returns
* the selectable credentials.
*
* @param presentationDefinition the v2 definition of what is expected in the presentation.
* @param verifiableCredentials verifiable credentials are the credentials from wallet provided to the library to find selectable credentials.
* @param opts - holderDIDs the decentralized identity of the wallet holderDID. This is used to identify the credentials issued to the holderDID of wallet.
* limitDisclosureSignatureSuites the credential signature suites that support limit disclosure
*
* @return the selectable credentials.
*/
selectFrom(presentationDefinition, verifiableCredentials, opts) {
this._evaluationClientWrapper = new evaluation_1.EvaluationClientWrapper();
return this._evaluationClientWrapper.selectFrom(types_1.SSITypesBuilder.modelEntityInternalPresentationDefinitionV2(presentationDefinition), types_1.SSITypesBuilder.mapExternalVerifiableCredentialsToWrappedVcs(verifiableCredentials), opts);
}
/**
* This method helps create a Presentation. A Presentation after signing becomes a Verifiable Presentation and can be sent to
* a verifier.
*
* @param presentationDefinition the v2 definition of what is expected in the presentation.
* @param selectedCredentials the credentials which were declared selectable by getSelectableCredentials and then chosen by the intelligent-user
* (e.g. human).
* @param opts? - holderDID optional; the decentralized identifier of the Credential subject. This is used to identify the holderDID of the presentation.
*
* @return the presentation.
*/
presentationFrom(presentationDefinition, selectedCredentials, opts) {
var _a;
const presentationSubmission = this._evaluationClientWrapper.submissionFrom(types_1.SSITypesBuilder.modelEntityInternalPresentationDefinitionV2(presentationDefinition), types_1.SSITypesBuilder.mapExternalVerifiableCredentialsToWrappedVcs(selectedCredentials), opts);
const hasSdJwtCredentials = selectedCredentials.some((c) => ssi_types_1.CredentialMapper.isSdJwtDecodedCredential(c) || ssi_types_1.CredentialMapper.isSdJwtEncoded(c));
// We could include it in the KB-JWT? Not sure if we want that
if ((opts === null || opts === void 0 ? void 0 : opts.presentationSubmissionLocation) === signing_1.PresentationSubmissionLocation.PRESENTATION && hasSdJwtCredentials) {
throw new Error('Presentation submission location cannot be set to presentation when creating a presentation with an SD-JWT VC');
}
const presentationSubmissionLocation = (_a = opts === null || opts === void 0 ? void 0 : opts.presentationSubmissionLocation) !== null && _a !== void 0 ? _a : (hasSdJwtCredentials ? signing_1.PresentationSubmissionLocation.EXTERNAL : signing_1.PresentationSubmissionLocation.PRESENTATION);
const presentations = this.constructPresentations(selectedCredentials, Object.assign(Object.assign({}, opts), { presentationSubmission: presentationSubmissionLocation === signing_1.PresentationSubmissionLocation.PRESENTATION ? presentationSubmission : undefined }));
return {
presentations,
presentationSubmissionLocation,
presentationSubmission,
};
}
/**
* This method validates whether an object is usable as a presentation definition or not.
*
* @param presentationDefinitionV2 the object to be validated.
*
* @return the validation results to reveal what is acceptable/unacceptable about the passed object to be considered a valid presentation definition
*/
static validateDefinition(presentationDefinitionV2) {
const pd = types_1.SSITypesBuilder.modelEntityInternalPresentationDefinitionV2(presentationDefinitionV2);
return new validation_1.ValidationEngine().validate([
{
bundler: new validation_1.PresentationDefinitionV2VB('root'),
target: pd,
},
]);
}
/**
* This method validates whether an object is usable as a presentation submission or not.
*
* @param presentationSubmission the object to be validated.
*
* @return the validation results to reveal what is acceptable/unacceptable about the passed object to be considered a valid presentation submission
*/
static validateSubmission(presentationSubmission) {
return PEX_1.PEX.validateSubmission(presentationSubmission);
}
}
exports.PEXv2 = PEXv2;
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