gristlabs_grist-core/app/server/lib/TestingHooks.ts
Paul Fitzpatrick 5ef889addd (core) move home server into core
Summary: This moves enough server material into core to run a home server.  The data engine is not yet incorporated (though in manual testing it works when ported).

Test Plan: existing tests pass

Reviewers: dsagal

Reviewed By: dsagal

Differential Revision: https://phab.getgrist.com/D2552
2020-07-21 20:39:10 -04:00

206 lines
7.5 KiB
TypeScript

import * as net from 'net';
import {UserProfile} from 'app/common/LoginSessionAPI';
import {Deps as ActiveDocDeps} from 'app/server/lib/ActiveDoc';
import * as Comm from 'app/server/lib/Comm';
import {ILoginSession} from 'app/server/lib/ILoginSession';
import * as log from 'app/server/lib/log';
import {IMessage, Rpc} from 'grain-rpc';
import {createCheckers} from 'ts-interface-checker';
import {FlexServer} from './FlexServer';
import {IInstanceManager} from './IInstanceManager';
import {ITestingHooks} from './ITestingHooks';
import ITestingHooksTI from './ITestingHooks-ti';
import {connect, fromCallback} from './serverUtils';
export function startTestingHooks(socketPath: string, port: number, instanceManager: IInstanceManager,
comm: Comm, flexServer: FlexServer,
workerServers: FlexServer[]): Promise<net.Server> {
// Create socket server listening on the given path for testing connections.
return new Promise((resolve, reject) => {
const server = net.createServer();
server.on('error', reject);
server.on('listening', () => resolve(server));
server.on('connection', socket => {
// On connection, create an Rpc object communicating over that socket.
const rpc = connectToSocket(new Rpc({logger: {}}), socket);
// Register the testing implementation.
rpc.registerImpl('testing',
new TestingHooks(port, instanceManager, comm, flexServer, workerServers),
createCheckers(ITestingHooksTI).ITestingHooks);
});
server.listen(socketPath);
});
}
function connectToSocket(rpc: Rpc, socket: net.Socket): Rpc {
socket.setEncoding('utf8');
socket.on('data', (buf: string) => rpc.receiveMessage(JSON.parse(buf)));
rpc.setSendMessage((m: IMessage) => fromCallback(cb => socket.write(JSON.stringify(m), 'utf8', cb)));
return rpc;
}
export interface TestingHooksClient extends ITestingHooks {
close(): void;
}
export async function connectTestingHooks(socketPath: string): Promise<TestingHooksClient> {
const socket = await connect(socketPath);
const rpc = connectToSocket(new Rpc({logger: {}}), socket);
return Object.assign(rpc.getStub<TestingHooks>('testing', createCheckers(ITestingHooksTI).ITestingHooks), {
close: () => socket.end(),
});
}
export class TestingHooks implements ITestingHooks {
constructor(
private _port: number,
private _instanceManager: IInstanceManager,
private _comm: Comm,
private _server: FlexServer,
private _workerServers: FlexServer[]
) {}
public getOwnPort(): number {
log.info("TestingHooks.getOwnPort called");
return this._server.getOwnPort();
}
public getPort(): number {
log.info("TestingHooks.getPort called");
return this._port;
}
public async updateAuthToken(instId: string, authToken: string): Promise<void> {
log.info("TestingHooks.updateAuthToken called with", instId, authToken);
const loginSession = this._getLoginSession(instId);
await loginSession.updateTokenForTesting(authToken);
}
public async getAuthToken(instId: string): Promise<string|null> {
log.info("TestingHooks.getAuthToken called with", instId);
const loginSession = this._getLoginSession(instId);
return await loginSession.getCurrentTokenForTesting();
}
public async useTestToken(instId: string, token: string): Promise<void> {
log.info("TestingHooks.useTestToken called with", token);
const loginSession = this._getLoginSession(instId);
return await loginSession.useTestToken(token);
}
public async setLoginSessionProfile(gristSidCookie: string, profile: UserProfile|null, org?: string): Promise<void> {
log.info("TestingHooks.setLoginSessionProfile called with", gristSidCookie, profile, org);
const sessionId = this._comm.getSessionIdFromCookie(gristSidCookie);
const loginSession = this._comm.getOrCreateSession(sessionId, {org});
return await loginSession.testSetProfile(profile);
}
public async setServerVersion(version: string|null): Promise<void> {
log.info("TestingHooks.setServerVersion called with", version);
this._comm.setServerVersion(version);
for (const server of this._workerServers) {
await server.comm.setServerVersion(version);
}
}
public async disconnectClients(): Promise<void> {
log.info("TestingHooks.disconnectClients called");
this._comm.destroyAllClients();
for (const server of this._workerServers) {
await server.comm.destroyAllClients();
}
}
public async commShutdown(): Promise<void> {
log.info("TestingHooks.commShutdown called");
await this._comm.testServerShutdown();
for (const server of this._workerServers) {
await server.comm.testServerShutdown();
}
}
public async commRestart(): Promise<void> {
log.info("TestingHooks.commRestart called");
await this._comm.testServerRestart();
for (const server of this._workerServers) {
await server.comm.testServerRestart();
}
}
// Set how long new clients will persist after disconnection.
// Call with 0 to return to default duration.
public async commSetClientPersistence(ttlMs: number) {
log.info("TestingHooks.setClientPersistence called with", ttlMs);
this._comm.testSetClientPersistence(ttlMs);
for (const server of this._workerServers) {
await server.comm.testSetClientPersistence(ttlMs);
}
}
public async closeDocs(): Promise<void> {
log.info("TestingHooks.closeDocs called");
if (this._server) {
await this._server.closeDocs();
}
for (const server of this._workerServers) {
await server.closeDocs();
}
}
public async setDocWorkerActivation(workerId: string, active: 'active'|'inactive'|'crash'):
Promise<void> {
log.info("TestingHooks.setDocWorkerActivation called with", workerId, active);
for (const server of this._workerServers) {
if (server.worker.id === workerId || server.worker.publicUrl === workerId) {
switch (active) {
case 'active':
await server.restartListening();
break;
case 'inactive':
await server.stopListening();
break;
case 'crash':
await server.stopListening('crash');
break;
}
return;
}
}
throw new Error(`could not find worker: ${workerId}`);
}
public async flushAuthorizerCache(): Promise<void> {
log.info("TestingHooks.flushAuthorizerCache called");
this._server.dbManager.flushDocAuthCache();
for (const server of this._workerServers) {
await server.dbManager.flushDocAuthCache();
}
}
// Returns a Map from docId to number of connected clients for all open docs across servers,
// but represented as an array of pairs, to be serializable.
public async getDocClientCounts(): Promise<Array<[string, number]>> {
log.info("TestingHooks.getDocClientCounts called");
const counts = new Map<string, number>();
for (const server of [this._server, ...this._workerServers]) {
const c = await server.getDocClientCounts();
for (const [key, val] of c) {
counts.set(key, (counts.get(key) || 0) + val);
}
}
return Array.from(counts);
}
// Sets the seconds for ActiveDoc timeout, and returns the previous value.
public async setActiveDocTimeout(seconds: number): Promise<number> {
const prev = ActiveDocDeps.ACTIVEDOC_TIMEOUT;
ActiveDocDeps.ACTIVEDOC_TIMEOUT = seconds;
return prev;
}
private _getLoginSession(instId: string): ILoginSession {
return this._instanceManager.getLoginSession(instId);
}
}