orbitdb/test/access-controllers/contract-access-controller-integration.test.js
2023-03-02 09:08:17 +02:00

276 lines
10 KiB
JavaScript

// import assert from 'assert'
// import rmrf from 'rimraf'
// import OrbitDB from '../../src/OrbitDB.js'
// import IdentityProvider from 'orbit-db-identity-provider'
// import EthIdentityProvider from 'orbit-db-identity-provider/ethereum'
// import Keystore from 'orbit-db-keystore'
// import AccessControllers from 'orbit-db-access-controllers'
// import ContractAccessController from 'orbit-db-access-controllers/contract'
// import DepositContractAccessController from 'orbit-db-access-controllers/deposit-contract'
// import ganache from 'ganache-cli'
// import Web3 from 'web3'
// import * as io from 'orbit-db-io'
// import Access from './Access.json' assert {type: "json"}
// import PayDeposit from './PayDeposit.json' assert {type: "json"}
// // Include test utilities
// import {
// config,
// startIpfs,
// stopIpfs,
// testAPIs,
// connectPeers
// } from 'orbit-db-test-utils'
// const dbPath1 = './orbitdb/tests/contract-access-controller-integration/1'
// const dbPath2 = './orbitdb/tests/contract-access-controller-integration/2'
// const accessControllers = [
// {
// AccessController: ContractAccessController,
// contract: Access
// },
// {
// AccessController: DepositContractAccessController,
// contract: PayDeposit
// }
// ]
// Object.keys(testAPIs).forEach(API => {
// describe(`orbit-db - ContractAccessController Integration (${API})`, function () {
// this.timeout(config.timeout * 2)
// let ipfsd1, ipfsd2, ipfs1, ipfs2, id1, id2
// let orbitdb1, orbitdb2
// let web3, accounts
// before(async () => {
// rmrf.sync(dbPath1)
// rmrf.sync(dbPath2)
// ipfsd1 = await startIpfs(API, config.daemon1)
// ipfsd2 = await startIpfs(API, config.daemon2)
// ipfs1 = ipfsd1.api
// ipfs2 = ipfsd2.api
// // Connect the peers manually to speed up test times
// const isLocalhostAddress = (addr) => addr.toString().includes('127.0.0.1')
// await connectPeers(ipfs1, ipfs2, { filter: isLocalhostAddress })
// const keystore1 = new Keystore(dbPath1 + '/keys')
// const keystore2 = new Keystore(dbPath2 + '/keys')
// IdentityProvider.addIdentityProvider(EthIdentityProvider)
// id1 = await IdentityProvider.createIdentity({ type: 'ethereum', keystore: keystore1 })
// id2 = await IdentityProvider.createIdentity({ type: 'ethereum', keystore: keystore2 })
// web3 = new Web3(ganache.provider())
// accounts = await web3.eth.getAccounts()
// accessControllers.forEach(ac => AccessControllers.addAccessController(ac))
// orbitdb1 = await OrbitDB.createInstance(ipfs1, {
// AccessControllers: AccessControllers,
// directory: dbPath1,
// identity: id1
// })
// orbitdb2 = await OrbitDB.createInstance(ipfs2, {
// AccessControllers: AccessControllers,
// directory: dbPath2,
// identity: id2
// })
// })
// after(async () => {
// if (orbitdb1) {
// await orbitdb1.stop()
// }
// if (orbitdb2) {
// await orbitdb2.stop()
// }
// if (ipfsd1) {
// await stopIpfs(ipfsd1)
// }
// if (ipfsd2) {
// await stopIpfs(ipfsd2)
// }
// })
// describe('OrbitDB Integration', function () {
// accessControllers.forEach(async (ac, i) => {
// let db, db2
// let dbManifest, acManifest, access
// let contract
// before(async () => {
// contract = await new web3.eth.Contract(ac.contract.abi)
// .deploy({ data: ac.contract.bytecode })
// .send({ from: accounts[i], gas: '1000000' })
// // DB creator needs to provide ac-type, abi and contract-address
// db = await orbitdb1.feed('AABB', {
// identity: id1,
// accessController: {
// type: ac.AccessController.type,
// web3: web3,
// abi: ac.contract.abi,
// contractAddress: contract._address,
// defaultAccount: accounts[i]
// },
// timeout: 1000
// })
// // DB peer needs to provide web3 instance
// db2 = await orbitdb2.feed(db.address, {
// identity: id2,
// accessController: {
// web3: web3,
// defaultAccount: accounts[(i + 1) % accessControllers.length] // peer owns different eth-account
// },
// timeout: 1000
// })
// await db2.load()
// dbManifest = await io.read(ipfs1, db.address.root)
// const hash = dbManifest.accessController.split('/').pop()
// acManifest = await io.read(ipfs1, hash)
// access = await io.read(ipfs1, acManifest.params.address)
// })
// it('makes database use the correct access controller', async () => {
// assert.strictEqual(access.contractAddress, db.access.address)
// })
// it('saves database manifest file locally', async () => {
// assert.notStrictEqual(dbManifest, null)
// })
// it('saves access controller manifest file locally', async () => {
// assert.notStrictEqual(acManifest, null)
// })
// describe('database manifest', () => {
// it('has correct name', async () => {
// assert.strictEqual(dbManifest.name, 'AABB')
// })
// it('has correct type', async () => {
// assert.strictEqual(dbManifest.type, 'feed')
// })
// it('has correct address', async () => {
// assert.notStrictEqual(dbManifest.accessController, null)
// assert.strictEqual(dbManifest.accessController.indexOf('/ipfs'), 0)
// })
// })
// describe('access controller manifest', () => {
// it('has correct type', async () => {
// assert.strictEqual(acManifest.type, ac.AccessController.type)
// })
// it('has correct address', async () => {
// assert.strictEqual(access.contractAddress.indexOf('0x'), 0)
// assert.strictEqual(access.contractAddress, db.access.address)
// })
// })
// describe('access controls', () => {
// it('throws error if key not permitted to write', async () => {
// let err
// try {
// await db.add('hello?') // should throw error
// assert.strictEqual('Should not end here', false)
// } catch (e) {
// err = e.toString()
// }
// assert.strictEqual(err, `Error: Could not append entry, key "${id1.id}" is not allowed to write to the log`)
// })
// it('granting access enables to write to the database', async () => {
// await db.access.grant('write', id1.id)
// const doChanges = () => {
// return new Promise((resolve, reject) => {
// try {
// db2.events.once('replicated', () => {
// // FIXME: timeout to get rid of the "libp2p node not started yet" errors
// setTimeout(() => resolve(), 1000)
// })
// db.add('hello!')
// } catch (e) {
// reject(e)
// }
// })
// }
// // Try adding something again
// await doChanges()
// const res1 = await db.iterator().collect().map(e => e.payload.value)
// const res2 = await db2.iterator().collect().map(e => e.payload.value)
// assert.deepStrictEqual(res1, ['hello!'])
// assert.deepStrictEqual(res2, ['hello!'])
// })
// it('can\'t grant access if not admin', async () => {
// await db2.access.grant('write', id2.id)
// const canAppend = await db2.access.canAppend({ identity: id2 }, id2.provider)
// assert.strictEqual(canAppend, false)
// })
// it('can\'t revoke access if not admin', async () => {
// await db2.access.revoke('write', id1.id)
// const canAppend = await db2.access.canAppend({ identity: id1 }, id1.provider)
// assert.strictEqual(canAppend, true)
// })
// it('can check permissions without defaultAccount set', async () => {
// db2.access.defaultAccount = null
// const canAppend = await db2.access.canAppend({ identity: id1 }, id1.provider)
// assert.strictEqual(canAppend, true)
// })
// it('can\'t change permissions without from address if no defaultAccount set', async () => {
// let err
// db2.access.defaultAccount = null
// try {
// await db2.access.grant('write', id2.id)
// } catch (e) {
// err = e.toString()
// }
// assert.strictEqual(err, 'Error: No "from" address specified in neither the given options, nor the default options.')
// })
// it('can change permissions by passing in from address', async () => {
// let err
// db2.access.defaultAccount = null
// try {
// await db2.access.grant('write', id2.id, { from: accounts[i] }) // from address can grant/revoke access
// } catch (e) {
// err = e.toString()
// }
// assert.strictEqual(err, undefined)
// const canAppend = await db2.access.canAppend({ identity: id2 }, id2.provider)
// assert.strictEqual(canAppend, true)
// })
// it('revoking access disables ability to write to the database', async () => {
// let err
// try {
// // Revoke user's access
// await db.access.revoke('write', id2.id)
// await db2.add('hello?')
// } catch (e) {
// err = e.toString()
// }
// assert.strictEqual(err, `Error: Could not append entry, key "${id2.id}" is not allowed to write to the log`)
// })
// })
// })
// })
// })
// })