import { deepStrictEqual, strictEqual } from 'assert' import rimraf from 'rimraf' import { Log, Entry } from '../src/oplog/index.js' import KeyStore from '../src/key-store.js' import { DocumentStore, Database } from '../src/db/index.js' import { IPFSBlockStorage, LevelStorage } from '../src/storage/index.js' // Test utils // import { config, testAPIs, getIpfsPeerId, waitForPeers, startIpfs, stopIpfs } from 'orbit-db-test-utils' import { config, testAPIs, startIpfs, stopIpfs } from 'orbit-db-test-utils' import connectPeers from './utils/connect-nodes.js' import { createTestIdentities, cleanUpTestIdentities } from './fixtures/orbit-db-identity-keys.js' const { sync: rmrf } = rimraf const OpLog = { Log, Entry, IPFSBlockStorage, LevelStorage } Object.keys(testAPIs).forEach((IPFS) => { describe('Documents Database (' + IPFS + ')', function () { this.timeout(config.timeout * 2) let ipfsd1, ipfsd2 let ipfs1, ipfs2 let keystore // let peerId1, peerId2 let identities1, identities2 let testIdentity1, testIdentity2 let db1, db2 const databaseId = 'documents-AAA' before(async () => { // Start two IPFS instances ipfsd1 = await startIpfs(IPFS, config.daemon1) ipfsd2 = await startIpfs(IPFS, config.daemon2) ipfs1 = ipfsd1.api ipfs2 = ipfsd2.api await connectPeers(ipfs1, ipfs2) // Get the peer IDs // peerId1 = await getIpfsPeerId(ipfs1) // peerId2 = await getIpfsPeerId(ipfs2) const [identities, testIdentities] = await createTestIdentities(ipfs1, ipfs2) identities1 = identities[0] identities2 = identities[1] testIdentity1 = testIdentities[0] testIdentity2 = testIdentities[1] rmrf(testIdentity1.id) rmrf(testIdentity2.id) }) beforeEach(async () => { const accessController = { canAppend: async (entry) => { const identity = await identities1.getIdentity(entry.identity) return identity.id === testIdentity1.id } } db1 = await DocumentStore({ OpLog, Database, ipfs: ipfs1, identity: testIdentity1, databaseId, accessController }) }) afterEach(async () => { if (db1) { await db1.drop() await db1.close() } if (db2) { await db2.drop() await db2.close() } }) after(async () => { await cleanUpTestIdentities([identities1, identities1]) if (ipfsd1) { await stopIpfs(ipfsd1) } if (ipfsd2) { await stopIpfs(ipfsd2) } if (keystore) { await keystore.close() } if (testIdentity1) { rmrf(testIdentity1.id) } if (testIdentity2) { rmrf(testIdentity2.id) } }) describe('using database', () => { it('gets a document', async () => { const key = 'hello world 1' const expected = { _id: key, msg: 'writing 1 to db1' } await db1.put(expected) const doc = await db1.get(key) deepStrictEqual(doc, expected) }) it('deletes a document', async () => { const key = 'hello world 1' await db1.put({ _id: key, msg: 'writing 1 to db1' }) await db1.del(key) const doc = await db1.get(key) strictEqual(doc, undefined) }) it('throws an error when deleting a non-existent document', async () => { const key = 'i do not exist' let err try { await db1.del(key) } catch (e) { err = e } strictEqual(err.message, `No document with key '${key}' in the database`) }) it('queries for a document', async () => { const expected = { _id: 'hello world 1', msg: 'writing new 1 to db1', views: 10 } await db1.put({ _id: 'hello world 1', msg: 'writing 1 to db1', views: 10 }) await db1.put({ _id: 'hello world 2', msg: 'writing 2 to db1', views: 5 }) await db1.put({ _id: 'hello world 3', msg: 'writing 3 to db1', views: 12 }) await db1.del('hello world 3') await db1.put(expected) const findFn = (doc) => doc.views > 5 deepStrictEqual(await db1.query(findFn), [expected]) }) }) }) })