Add Conformance & Data Model Suites (1)

tests/70-conformance.js

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+/*!
+ * Copyright 2024 Digital Bazaar, Inc.
+ * SPDX-License-Identifier: BSD-3-Clause
+ */
+import {conformanceSuite} from './suites/conformance.js';
+import {endpoints} from 'vc-test-suite-implementations';
+import {getSuiteConfig} from './test-config.js';
+
+const cryptosuites = [
+  'ecdsa-rdfc-2019',
+  'ecdsa-sd-2023'
+];
+
+for(const suiteName of cryptosuites) {
+  const {tags, credentials, vectors} = getSuiteConfig(suiteName);
+  const {match: verifiers} = endpoints.filterByTag({
+    tags: [...tags],
+    property: 'verifiers'
+  });
+  for(const vcVersion of vectors.vcTypes) {
+    const {
+      document,
+      mandatoryPointers,
+      selectivePointers
+    } = credentials.create[vcVersion];
+    conformanceSuite({
+      verifiers,
+      suiteName,
+      keyTypes: vectors.keyTypes,
+      vcVersion,
+      credential: document,
+      mandatoryPointers,
+      selectivePointers
+    });
+  }
+}

tests/80-data-model.js

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+/*!
+ * Copyright 2024 Digital Bazaar, Inc.
+ * SPDX-License-Identifier: BSD-3-Clause
+ */
+import {dataModelSuite} from './suites/data-model.js';
+import {endpoints} from 'vc-test-suite-implementations';
+import {getSuiteConfig} from './test-config.js';
+
+const cryptosuites = [
+  'ecdsa-rdfc-2019',
+  'ecdsa-sd-2023'
+  //FIXME implement jcs 'ecdsa-jcs-2019'
+];
+
+for(const suiteName of cryptosuites) {
+  const {tags, credentials, vectors} = getSuiteConfig(suiteName);
+  const {match: issuers} = endpoints.filterByTag({
+    tags: [...tags],
+    property: 'issuers'
+  });
+  for(const vcVersion of vectors.vcTypes) {
+    const {
+      document,
+      mandatoryPointers,
+      selectivePointers
+    } = credentials.create[vcVersion];
+    dataModelSuite({
+      issuers,
+      suiteName,
+      keyTypes: vectors.keyTypes,
+      vcVersion,
+      credential: document,
+      mandatoryPointers,
+      selectivePointers
+    });
+  }
+}

tests/suites/conformance.js

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+/*!
+ * Copyright 2024 Digital Bazaar, Inc.
+ * SPDX-License-Identifier: BSD-3-Clause
+ */
+import {
+  assertions,
+  generators,
+  issueCloned
+} from 'data-integrity-test-suite-assertion';
+import {DataIntegrityProof} from '@digitalbazaar/data-integrity';
+import {getMultiKey} from '../vc-generator/key-gen.js';
+import {getSuite} from '../vc-generator/cryptosuites.js';
+
+export function conformanceSuite({
+  verifiers,
+  suiteName,
+  keyTypes,
+  vcVersion,
+  credential,
+  mandatoryPointers,
+  selectivePointers,
+  setup = _setup
+}) {
+  return describe(`${suiteName} - Conformance - VC ${vcVersion}`, function() {
+    this.matrix = true;
+    this.report = true;
+    this.implemented = [];
+    this.rowLabel = 'Test Name';
+    this.columnLabel = 'Implementation';
+    const credentials = new Map(keyTypes.map(kt => [kt, null]));
+    before(async function() {
+      for(const keyType of keyTypes) {
+        credentials.set(keyType, await setup({
+          credential,
+          mandatoryPointers,
+          selectivePointers,
+          suiteName,
+          keyType
+        }));
+      }
+    });
+    for(const [name, {endpoints}] of verifiers) {
+      const [verifier] = endpoints;
+      for(const keyType of keyTypes) {
+      // add implementer name and keyType to test report
+        this.implemented.push(`${name}: ${keyType}`);
+        describe(`${name}: ${keyType}`, function() {
+          beforeEach(function() {
+            this.currentTest.cell = {
+              rowId: this.currentTest.title,
+              columnId: this.currentTest.parent.title
+            };
+          });
+          it('Specifically, all relevant normative statements in Sections 2. ' +
+          'Data Model and 3. Algorithms of this document MUST be enforced.',
+          async function() {
+            this.test.link = 'https://w3c.github.io/vc-di-ecdsa/#:~:text=Specifically%2C%20all%20relevant%20normative%20statements%20in%20Sections%202.%20Data%20Model%20and%203.%20Algorithms%20of%20this%20document%20MUST%20be%20enforced.';
+            for(const [key, credential] of credentials.get(keyType)) {
+              await assertions.verificationFail({
+                verifier,
+                credential,
+                reason: `Should not verify VC with ${key}`
+              });
+            }
+          });
+          it('Conforming processors MUST produce errors when non-conforming ' +
+          'documents are consumed.', async function() {
+            this.test.link = 'https://w3c.github.io/vc-di-ecdsa/#:~:text=Conforming%20processors%20MUST%20produce%20errors%20when%20non%2Dconforming%20documents%20are%20consumed.';
+            for(const [key, credential] of credentials.get(keyType)) {
+              await assertions.verificationFail({
+                verifier,
+                credential,
+                reason: `Should not verify VC with ${key}`
+              });
+            }
+          });
+        });
+      }
+    }
+  });
+}
+async function _setup({
+  credential,
+  suiteName,
+  keyType,
+  mandatoryPointers,
+  selectivePointers
+}) {
+  const {
+    invalidProofType,
+    invalidVm,
+    invalidCryptosuite
+  } = generators?.mandatory;
+  const credentials = new Map();
+  const keyPair = await getMultiKey({keyType});
+  const signer = keyPair.signer();
+  const _credential = structuredClone(credential);
+  _credential.issuer = keyPair.controller;
+  // not bs58 encoded verificationMethod via invalidVm
+  // type is not DataIntegrityProof invalidType
+  // invalid cryptosuite name invalidCryptosuite
+  credentials.set('invalid cryptosuite', await issueCloned(invalidCryptosuite({
+    credential: structuredClone(_credential),
+    ..._getSuites({
+      signer,
+      suiteName,
+      selectivePointers,
+      mandatoryPointers
+    })
+  })));
+  credentials.set('invalid VerificationMethod', await issueCloned(invalidVm({
+    credential: structuredClone(_credential),
+    ..._getSuites({
+      signer,
+      suiteName,
+      selectivePointers,
+      mandatoryPointers
+    })
+  })));
+  credentials.set('invalid Proof Type', await issueCloned(invalidProofType({
+    credential: structuredClone(_credential),
+    ..._getSuites({
+      signer,
+      suiteName,
+      selectivePointers,
+      mandatoryPointers
+    })
+  })));
+  return credentials;
+}
+
+function _getSuites({
+  signer,
+  suiteName,
+  mandatoryPointers,
+  selectivePointers
+}) {
+  const suites = {
+    suite: new DataIntegrityProof({
+      signer,
+      cryptosuite: getSuite({
+        suite: suiteName,
+        mandatoryPointers
+      })
+    })
+  };
+  if(selectivePointers) {
+    suites.selectiveSuite = new DataIntegrityProof({
+      signer,
+      cryptosuite: getSuite({
+        suite: suiteName,
+        selectivePointers
+      })
+    });
+  }
+  return suites;
+}

tests/suites/data-model.js

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+/*!
+ * Copyright 2024 Digital Bazaar, Inc.
+ * SPDX-License-Identifier: BSD-3-Clause
+ */
+import {createInitialVc, endpointCheck} from '../helpers.js';
+import {
+  assertions,
+} from 'data-integrity-test-suite-assertion';
+import {didResolver} from '../didResolver.js';
+import {expect} from 'chai';
+
+export function dataModelSuite({
+  issuers,
+  suiteName,
+  keyTypes,
+  vcVersion,
+  credential,
+  mandatoryPointers
+}) {
+  return describe(`${suiteName} - Data Model - VC ${vcVersion}`, function() {
+    this.matrix = true;
+    this.report = true;
+    this.implemented = [];
+    this.rowLabel = 'Test Name';
+    this.columnLabel = 'Implementation';
+    for(const [name, {endpoints}] of issuers) {
+      for(const keyType of keyTypes) {
+        for(const issuer of endpoints) {
+        // does the endpoint support this test?
+          if(!endpointCheck({endpoint: issuer, keyType, vcVersion})) {
+            continue;
+          }
+          // add implementer name and keyType to test report
+          this.implemented.push(`${name}: ${keyType}`);
+          describe(`${name}: ${keyType}`, function() {
+            let securedCredential = null;
+            let proofs = [];
+            before(async function() {
+              securedCredential = await createInitialVc({
+                issuer,
+                vcVersion,
+                vc: credential,
+                mandatoryPointers
+              });
+              if(securedCredential) {
+                proofs = Array.isArray(securedCredential.proof) ?
+                  securedCredential?.proof : [securedCredential?.proof];
+                // only test proofs that match the relevant cryptosuite
+                proofs = proofs.filter(p => p?.cryptosuite === suiteName);
+              }
+            });
+            beforeEach(function() {
+              this.currentTest.cell = {
+                rowId: this.currentTest.title,
+                columnId: this.currentTest.parent.title
+              };
+            });
+            function assertBefore() {
+              expect(
+                securedCredential,
+                `Expected issuer ${name}: ${keyType} to issue a VC.`
+              ).to.exist;
+              expect(
+                securedCredential,
+                'Expected VC to be an object.'
+              ).to.be.an('object');
+            }
+            it('The publicKeyMultibase value of the verification method MUST ' +
+              'start with the base-58-btc prefix (z), as defined in the ' +
+              'Multibase section of Controller Documents 1.0. ',
+            async function() {
+              this.test.link = 'https://w3c.github.io/vc-di-ecdsa/#data-model:~:text=The%20publicKeyMultibase%20value%20of%20the%20verification%20method%20MUST%20start%20with%20the%20base%2D58%2Dbtc%20prefix%20(z)%2C%20as%20defined%20in%20the%20Multibase%20section%20of%20Controller%20Documents%201.0.';
+              assertBefore();
+              for(const proof of proofs) {
+                expect(proof.verificationMethod).to.exist;
+                expect(proof.verificationMethod).to.be.a('string');
+                const didDoc = await didResolver({
+                  url: proof.verificationMethod});
+                expect(didDoc).to.be.an('object');
+                expect(didDoc.publicKeyMultibase).to.be.a('string');
+                expect(
+                  assertions.shouldBeBs58(didDoc.publicKeyMultibase),
+                  'Expected "publicKeyMultibase" to be Base58 encoded.'
+                ).to.be.true;
+              }
+            });
+            it('Any other encoding MUST NOT be allowed. (verificationMethod)',
+              async function() {
+                this.test.link = 'https://w3c.github.io/vc-di-ecdsa/#multikey';
+                assertBefore();
+                for(const proof of proofs) {
+                  expect(proof.verificationMethod).to.exist;
+                  expect(proof.verificationMethod).to.be.a('string');
+                  const didDoc = await didResolver({
+                    url: proof.verificationMethod});
+                  expect(didDoc).to.be.an('object');
+                  expect(didDoc.publicKeyMultibase).to.be.a('string');
+                  expect(
+                    assertions.shouldBeBs58(didDoc.publicKeyMultibase),
+                    'Expected "publicKeyMultibase" to be Base58 encoded.'
+                  ).to.be.true;
+                }
+              });
+            it('The type property MUST be DataIntegrityProof.',
+              async function() {
+                this.test.link = 'https://w3c.github.io/vc-di-ecdsa/#multikey:~:text=The%20type%20property%20MUST%20be%20DataIntegrityProof.';
+                assertBefore();
+                for(const proof of proofs) {
+                  expect(proof.type).to.exist;
+                  expect(proof.type).to.be.a('string');
+                  expect(proof.type).to.equal('DataIntegrityProof');
+                }
+              });
+            it('The cryptosuite property MUST be ecdsa-rdfc-2019, ' +
+              'ecdsa-jcs-2019, or ecdsa-sd-2023.', async function() {
+              this.test.link = 'https://w3c.github.io/vc-di-ecdsa/#multikey:~:text=The%20cryptosuite%20property%20MUST%20be%20ecdsa%2Drdfc%2D2019%2C%20ecdsa%2Djcs%2D2019%2C%20or%20ecdsa%2Dsd%2D2023.';
+              assertBefore();
+              for(const proof of proofs) {
+                expect(proof.cryptosuite).to.exist;
+                expect(proof.cryptosuite).to.be.a('string');
+                expect(proof.cryptosuite).to.be.oneOf(
+                  ['ecdsa-rdfc-2019', 'edcsa-jcs-2019', 'ecdsa-sd-2023']);
+              }
+            });
+          });
+        }
+      }
+    }
+  });
+}