wallet-core/packages/taler-wallet-cli/src/harness/harness.ts

2025 lines
55 KiB
TypeScript

/*
This file is part of GNU Taler
(C) 2020 Taler Systems S.A.
GNU Taler is free software; you can redistribute it and/or modify it under the
terms of the GNU General Public License as published by the Free Software
Foundation; either version 3, or (at your option) any later version.
GNU Taler is distributed in the hope that it will be useful, but WITHOUT ANY
WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR
A PARTICULAR PURPOSE. See the GNU General Public License for more details.
You should have received a copy of the GNU General Public License along with
GNU Taler; see the file COPYING. If not, see <http://www.gnu.org/licenses/>
*/
/**
* Test harness for various GNU Taler components.
* Also provides a fault-injection proxy.
*
* @author Florian Dold <dold@taler.net>
*/
const logger = new Logger("harness.ts");
/**
* Imports
*/
import {
AmountJson,
Amounts,
AmountString,
Configuration,
CoreApiResponse,
createEddsaKeyPair,
Duration,
eddsaGetPublic,
EddsaKeyPair,
encodeCrock,
hash,
j2s,
Logger,
parsePaytoUri,
stringToBytes,
TalerProtocolDuration,
} from "@gnu-taler/taler-util";
import {
BankAccessApi,
BankApi,
BankServiceHandle,
HarnessExchangeBankAccount,
NodeHttpLib,
openPromise,
TalerError,
WalletCoreApiClient,
} from "@gnu-taler/taler-wallet-core";
import { deepStrictEqual } from "assert";
import axiosImp, { AxiosError } from "axios";
import { ChildProcess, spawn } from "child_process";
import * as child_process from "child_process";
import * as fs from "fs";
import * as http from "http";
import * as path from "path";
import * as readline from "readline";
import { URL } from "url";
import * as util from "util";
import { CoinConfig } from "./denomStructures.js";
import { LibeufinNexusApi, LibeufinSandboxApi } from "./libeufin-apis.js";
import {
codecForMerchantOrderPrivateStatusResponse,
codecForPostOrderResponse,
MerchantInstancesResponse,
MerchantOrderPrivateStatusResponse,
PostOrderRequest,
PostOrderResponse,
TipCreateConfirmation,
TipCreateRequest,
TippingReserveStatus,
} from "./merchantApiTypes.js";
const exec = util.promisify(child_process.exec);
const axios = axiosImp.default;
export async function delayMs(ms: number): Promise<void> {
return new Promise((resolve, reject) => {
setTimeout(() => resolve(), ms);
});
}
export interface WithAuthorization {
Authorization?: string;
}
interface WaitResult {
code: number | null;
signal: NodeJS.Signals | null;
}
/**
* Run a shell command, return stdout.
*/
export async function sh(
t: GlobalTestState,
logName: string,
command: string,
env: { [index: string]: string | undefined } = process.env,
): Promise<string> {
logger.info(`running command ${command}`);
return new Promise((resolve, reject) => {
const stdoutChunks: Buffer[] = [];
const proc = spawn(command, {
stdio: ["inherit", "pipe", "pipe"],
shell: true,
env: env,
});
proc.stdout.on("data", (x) => {
if (x instanceof Buffer) {
stdoutChunks.push(x);
} else {
throw Error("unexpected data chunk type");
}
});
const stderrLogFileName = path.join(t.testDir, `${logName}-stderr.log`);
const stderrLog = fs.createWriteStream(stderrLogFileName, {
flags: "a",
});
proc.stderr.pipe(stderrLog);
proc.on("exit", (code, signal) => {
logger.info(`child process exited (${code} / ${signal})`);
if (code != 0) {
reject(Error(`Unexpected exit code ${code} for '${command}'`));
return;
}
const b = Buffer.concat(stdoutChunks).toString("utf-8");
resolve(b);
});
proc.on("error", () => {
reject(Error("Child process had error"));
});
});
}
function shellescape(args: string[]) {
const ret = args.map((s) => {
if (/[^A-Za-z0-9_\/:=-]/.test(s)) {
s = "'" + s.replace(/'/g, "'\\''") + "'";
s = s.replace(/^(?:'')+/g, "").replace(/\\'''/g, "\\'");
}
return s;
});
return ret.join(" ");
}
/**
* Run a shell command, return stdout.
*
* Log stderr to a log file.
*/
export async function runCommand(
t: GlobalTestState,
logName: string,
command: string,
args: string[],
env: { [index: string]: string | undefined } = process.env,
): Promise<string> {
logger.info(`running command ${shellescape([command, ...args])}`);
return new Promise((resolve, reject) => {
const stdoutChunks: Buffer[] = [];
const proc = spawn(command, args, {
stdio: ["inherit", "pipe", "pipe"],
shell: false,
env: env,
});
proc.stdout.on("data", (x) => {
if (x instanceof Buffer) {
stdoutChunks.push(x);
} else {
throw Error("unexpected data chunk type");
}
});
const stderrLogFileName = path.join(t.testDir, `${logName}-stderr.log`);
const stderrLog = fs.createWriteStream(stderrLogFileName, {
flags: "a",
});
proc.stderr.pipe(stderrLog);
proc.on("exit", (code, signal) => {
logger.info(`child process exited (${code} / ${signal})`);
if (code != 0) {
reject(Error(`Unexpected exit code ${code} for '${command}'`));
return;
}
const b = Buffer.concat(stdoutChunks).toString("utf-8");
resolve(b);
});
proc.on("error", () => {
reject(Error("Child process had error"));
});
});
}
export class ProcessWrapper {
private waitPromise: Promise<WaitResult>;
constructor(public proc: ChildProcess) {
this.waitPromise = new Promise((resolve, reject) => {
proc.on("exit", (code, signal) => {
resolve({ code, signal });
});
proc.on("error", (err) => {
reject(err);
});
});
}
wait(): Promise<WaitResult> {
return this.waitPromise;
}
}
export class GlobalTestParams {
testDir: string;
}
export class GlobalTestState {
testDir: string;
procs: ProcessWrapper[];
servers: http.Server[];
inShutdown: boolean = false;
constructor(params: GlobalTestParams) {
this.testDir = params.testDir;
this.procs = [];
this.servers = [];
}
async assertThrowsTalerErrorAsync(
block: () => Promise<void>,
): Promise<TalerError> {
try {
await block();
} catch (e) {
if (e instanceof TalerError) {
return e;
}
throw Error(`expected TalerError to be thrown, but got ${e}`);
}
throw Error(
`expected TalerError to be thrown, but block finished without throwing`,
);
}
async assertThrowsAsync(block: () => Promise<void>): Promise<any> {
try {
await block();
} catch (e) {
return e;
}
throw Error(
`expected exception to be thrown, but block finished without throwing`,
);
}
assertAxiosError(e: any): asserts e is AxiosError {
if (!e.isAxiosError) {
throw Error("expected axios error");
}
}
assertTrue(b: boolean): asserts b {
if (!b) {
throw Error("test assertion failed");
}
}
assertDeepEqual<T>(actual: any, expected: T): asserts actual is T {
deepStrictEqual(actual, expected);
}
assertAmountEquals(
amtActual: string | AmountJson,
amtExpected: string | AmountJson,
): void {
if (Amounts.cmp(amtActual, amtExpected) != 0) {
throw Error(
`test assertion failed: expected ${Amounts.stringify(
amtExpected,
)} but got ${Amounts.stringify(amtActual)}`,
);
}
}
assertAmountLeq(a: string | AmountJson, b: string | AmountJson): void {
if (Amounts.cmp(a, b) > 0) {
throw Error(
`test assertion failed: expected ${Amounts.stringify(
a,
)} to be less or equal (leq) than ${Amounts.stringify(b)}`,
);
}
}
shutdownSync(): void {
for (const s of this.servers) {
s.close();
s.removeAllListeners();
}
for (const p of this.procs) {
if (p.proc.exitCode == null) {
p.proc.kill("SIGTERM");
}
}
}
spawnService(
command: string,
args: string[],
logName: string,
env: { [index: string]: string | undefined } = process.env,
): ProcessWrapper {
logger.info(
`spawning process (${logName}): ${shellescape([command, ...args])}`,
);
const proc = spawn(command, args, {
stdio: ["inherit", "pipe", "pipe"],
env: env,
});
logger.info(`spawned process (${logName}) with pid ${proc.pid}`);
proc.on("error", (err) => {
logger.warn(`could not start process (${command})`, err);
});
proc.on("exit", (code, signal) => {
logger.warn(`process ${logName} exited ${j2s({ code, signal })}`);
});
const stderrLogFileName = this.testDir + `/${logName}-stderr.log`;
const stderrLog = fs.createWriteStream(stderrLogFileName, {
flags: "a",
});
proc.stderr.pipe(stderrLog);
const stdoutLogFileName = this.testDir + `/${logName}-stdout.log`;
const stdoutLog = fs.createWriteStream(stdoutLogFileName, {
flags: "a",
});
proc.stdout.pipe(stdoutLog);
const procWrap = new ProcessWrapper(proc);
this.procs.push(procWrap);
return procWrap;
}
async shutdown(): Promise<void> {
if (this.inShutdown) {
return;
}
if (shouldLingerInTest()) {
logger.info("refusing to shut down, lingering was requested");
return;
}
this.inShutdown = true;
logger.info("shutting down");
for (const s of this.servers) {
s.close();
s.removeAllListeners();
}
for (const p of this.procs) {
if (p.proc.exitCode == null) {
logger.info(`killing process ${p.proc.pid}`);
p.proc.kill("SIGTERM");
await p.wait();
}
}
}
}
export function shouldLingerInTest(): boolean {
return !!process.env["TALER_TEST_LINGER"];
}
export interface TalerConfigSection {
options: Record<string, string | undefined>;
}
export interface TalerConfig {
sections: Record<string, TalerConfigSection>;
}
export interface DbInfo {
/**
* Postgres connection string.
*/
connStr: string;
dbname: string;
}
export async function setupDb(gc: GlobalTestState): Promise<DbInfo> {
const dbname = "taler-integrationtest";
await exec(`dropdb "${dbname}" || true`);
await exec(`createdb "${dbname}"`);
return {
connStr: `postgres:///${dbname}`,
dbname,
};
}
export interface BankConfig {
currency: string;
httpPort: number;
database: string;
allowRegistrations: boolean;
maxDebt?: string;
}
export interface FakeBankConfig {
currency: string;
httpPort: number;
}
function setTalerPaths(config: Configuration, home: string) {
config.setString("paths", "taler_home", home);
// We need to make sure that the path of taler_runtime_dir isn't too long,
// as it contains unix domain sockets (108 character limit).
const runDir = fs.mkdtempSync("/tmp/taler-test-");
config.setString("paths", "taler_runtime_dir", runDir);
config.setString(
"paths",
"taler_data_home",
"$TALER_HOME/.local/share/taler/",
);
config.setString("paths", "taler_config_home", "$TALER_HOME/.config/taler/");
config.setString("paths", "taler_cache_home", "$TALER_HOME/.config/taler/");
}
function setCoin(config: Configuration, c: CoinConfig) {
const s = `coin_${c.name}`;
config.setString(s, "value", c.value);
config.setString(s, "duration_withdraw", c.durationWithdraw);
config.setString(s, "duration_spend", c.durationSpend);
config.setString(s, "duration_legal", c.durationLegal);
config.setString(s, "fee_deposit", c.feeDeposit);
config.setString(s, "fee_withdraw", c.feeWithdraw);
config.setString(s, "fee_refresh", c.feeRefresh);
config.setString(s, "fee_refund", c.feeRefund);
if (c.ageRestricted) {
config.setString(s, "age_restricted", "yes");
}
if (c.cipher === "RSA") {
config.setString(s, "rsa_keysize", `${c.rsaKeySize}`);
config.setString(s, "cipher", "RSA");
} else if (c.cipher === "CS") {
config.setString(s, "cipher", "CS");
} else {
throw new Error();
}
}
/**
* Send an HTTP request until it succeeds or the process dies.
*/
export async function pingProc(
proc: ProcessWrapper | undefined,
url: string,
serviceName: string,
): Promise<void> {
if (!proc || proc.proc.exitCode !== null) {
throw Error(`service process ${serviceName} not started, can't ping`);
}
while (true) {
try {
logger.info(`pinging ${serviceName} at ${url}`);
const resp = await axios.get(url);
logger.info(`service ${serviceName} available`);
return;
} catch (e: any) {
logger.info(`service ${serviceName} not ready:`, e.toString());
//console.log(e);
await delayMs(1000);
}
if (!proc || proc.proc.exitCode != null || proc.proc.signalCode != null) {
throw Error(`service process ${serviceName} stopped unexpectedly`);
}
}
}
class BankServiceBase {
proc: ProcessWrapper | undefined;
protected constructor(
protected globalTestState: GlobalTestState,
protected bankConfig: BankConfig,
protected configFile: string,
) {}
}
/**
* Work in progress. The key point is that both Sandbox and Nexus
* will be configured and started by this class.
*/
class LibEuFinBankService extends BankServiceBase implements BankServiceHandle {
sandboxProc: ProcessWrapper | undefined;
nexusProc: ProcessWrapper | undefined;
http = new NodeHttpLib();
static async create(
gc: GlobalTestState,
bc: BankConfig,
): Promise<LibEuFinBankService> {
return new LibEuFinBankService(gc, bc, "foo");
}
get port() {
return this.bankConfig.httpPort;
}
get nexusPort() {
return this.bankConfig.httpPort + 1000;
}
get nexusDbConn(): string {
return `jdbc:sqlite:${this.globalTestState.testDir}/libeufin-nexus.sqlite3`;
}
get sandboxDbConn(): string {
return `jdbc:sqlite:${this.globalTestState.testDir}/libeufin-sandbox.sqlite3`;
}
get nexusBaseUrl(): string {
return `http://localhost:${this.nexusPort}`;
}
get baseUrlDemobank(): string {
let url = new URL("demobanks/default/", this.baseUrlNetloc);
return url.href;
}
// FIXME: Duplicate? Where is this needed?
get baseUrlAccessApi(): string {
let url = new URL("access-api/", this.baseUrlDemobank);
return url.href;
}
get bankAccessApiBaseUrl(): string {
let url = new URL("access-api/", this.baseUrlDemobank);
return url.href;
}
get baseUrlNetloc(): string {
return `http://localhost:${this.bankConfig.httpPort}/`;
}
get baseUrl(): string {
return this.baseUrlAccessApi;
}
async setSuggestedExchange(
e: ExchangeServiceInterface,
exchangePayto: string,
) {
await sh(
this.globalTestState,
"libeufin-sandbox-set-default-exchange",
`libeufin-sandbox default-exchange ${e.baseUrl} ${exchangePayto}`,
{
...process.env,
LIBEUFIN_SANDBOX_DB_CONNECTION: this.sandboxDbConn,
},
);
}
// Create one at both sides: Sandbox and Nexus.
async createExchangeAccount(
accountName: string,
password: string,
): Promise<HarnessExchangeBankAccount> {
logger.info("Create Exchange account(s)!");
/**
* Many test cases try to create a Exchange account before
* starting the bank; that's because the Pybank did it entirely
* via the configuration file.
*/
await this.start();
await this.pingUntilAvailable();
await LibeufinSandboxApi.createDemobankAccount(accountName, password, {
baseUrl: this.baseUrlAccessApi,
});
let bankAccountLabel = accountName;
await LibeufinSandboxApi.createDemobankEbicsSubscriber(
{
hostID: "talertestEbicsHost",
userID: "exchangeEbicsUser",
partnerID: "exchangeEbicsPartner",
},
bankAccountLabel,
{ baseUrl: this.baseUrlDemobank },
);
await LibeufinNexusApi.createUser(
{ baseUrl: this.nexusBaseUrl },
{
username: accountName,
password: password,
},
);
await LibeufinNexusApi.createEbicsBankConnection(
{ baseUrl: this.nexusBaseUrl },
{
name: "ebics-connection", // connection name.
ebicsURL: new URL("ebicsweb", this.baseUrlNetloc).href,
hostID: "talertestEbicsHost",
userID: "exchangeEbicsUser",
partnerID: "exchangeEbicsPartner",
},
);
await LibeufinNexusApi.connectBankConnection(
{ baseUrl: this.nexusBaseUrl },
"ebics-connection",
);
await LibeufinNexusApi.fetchAccounts(
{ baseUrl: this.nexusBaseUrl },
"ebics-connection",
);
await LibeufinNexusApi.importConnectionAccount(
{ baseUrl: this.nexusBaseUrl },
"ebics-connection", // connection name
accountName, // offered account label
`${accountName}-nexus-label`, // bank account label at Nexus
);
await LibeufinNexusApi.createTwgFacade(
{ baseUrl: this.nexusBaseUrl },
{
name: "exchange-facade",
connectionName: "ebics-connection",
accountName: `${accountName}-nexus-label`,
currency: "EUR",
reserveTransferLevel: "report",
},
);
await LibeufinNexusApi.postPermission(
{ baseUrl: this.nexusBaseUrl },
{
action: "grant",
permission: {
subjectId: accountName,
subjectType: "user",
resourceType: "facade",
resourceId: "exchange-facade", // facade name
permissionName: "facade.talerWireGateway.transfer",
},
},
);
await LibeufinNexusApi.postPermission(
{ baseUrl: this.nexusBaseUrl },
{
action: "grant",
permission: {
subjectId: accountName,
subjectType: "user",
resourceType: "facade",
resourceId: "exchange-facade", // facade name
permissionName: "facade.talerWireGateway.history",
},
},
);
// Set fetch task.
await LibeufinNexusApi.postTask(
{ baseUrl: this.nexusBaseUrl },
`${accountName}-nexus-label`,
{
name: "wirewatch-task",
cronspec: "* * *",
type: "fetch",
params: {
level: "all",
rangeType: "all",
},
},
);
await LibeufinNexusApi.postTask(
{ baseUrl: this.nexusBaseUrl },
`${accountName}-nexus-label`,
{
name: "aggregator-task",
cronspec: "* * *",
type: "submit",
params: {},
},
);
let facadesResp = await LibeufinNexusApi.getAllFacades({
baseUrl: this.nexusBaseUrl,
});
let accountInfoResp = await LibeufinSandboxApi.demobankAccountInfo(
"admin",
"secret",
{ baseUrl: this.baseUrlAccessApi },
accountName, // bank account label.
);
return {
accountName: accountName,
accountPassword: password,
accountPaytoUri: accountInfoResp.data.paytoUri,
wireGatewayApiBaseUrl: facadesResp.data.facades[0].baseUrl,
};
}
async start(): Promise<void> {
/**
* Because many test cases try to create a Exchange bank
* account _before_ starting the bank (Pybank did it only via
* the config), it is possible that at this point Sandbox and
* Nexus are already running. Hence, this method only launches
* them if they weren't launched earlier.
*/
// Only go ahead if BOTH aren't running.
if (this.sandboxProc || this.nexusProc) {
logger.info("Nexus or Sandbox already running, not taking any action.");
return;
}
await sh(
this.globalTestState,
"libeufin-sandbox-config-demobank",
`libeufin-sandbox config --currency=${this.bankConfig.currency} default`,
{
...process.env,
LIBEUFIN_SANDBOX_DB_CONNECTION: this.sandboxDbConn,
LIBEUFIN_SANDBOX_ADMIN_PASSWORD: "secret",
},
);
this.sandboxProc = this.globalTestState.spawnService(
"libeufin-sandbox",
["serve", "--port", `${this.port}`],
"libeufin-sandbox",
{
...process.env,
LIBEUFIN_SANDBOX_DB_CONNECTION: this.sandboxDbConn,
LIBEUFIN_SANDBOX_ADMIN_PASSWORD: "secret",
},
);
await runCommand(
this.globalTestState,
"libeufin-nexus-superuser",
"libeufin-nexus",
["superuser", "admin", "--password", "test"],
{
...process.env,
LIBEUFIN_NEXUS_DB_CONNECTION: this.nexusDbConn,
},
);
this.nexusProc = this.globalTestState.spawnService(
"libeufin-nexus",
["serve", "--port", `${this.nexusPort}`],
"libeufin-nexus",
{
...process.env,
LIBEUFIN_NEXUS_DB_CONNECTION: this.nexusDbConn,
},
);
// need to wait here, because at this point
// a Ebics host needs to be created (RESTfully)
await this.pingUntilAvailable();
LibeufinSandboxApi.createEbicsHost(
{ baseUrl: this.baseUrlNetloc },
"talertestEbicsHost",
);
}
async pingUntilAvailable(): Promise<void> {
await pingProc(
this.sandboxProc,
`http://localhost:${this.bankConfig.httpPort}`,
"libeufin-sandbox",
);
await pingProc(
this.nexusProc,
`${this.nexusBaseUrl}/config`,
"libeufin-nexus",
);
}
}
/**
* Implementation of the bank service using the "taler-fakebank-run" tool.
*/
export class FakebankService
extends BankServiceBase
implements BankServiceHandle
{
proc: ProcessWrapper | undefined;
http = new NodeHttpLib();
// We store "created" accounts during setup and
// register them after startup.
private accounts: {
accountName: string;
accountPassword: string;
}[] = [];
static async create(
gc: GlobalTestState,
bc: BankConfig,
): Promise<FakebankService> {
const config = new Configuration();
setTalerPaths(config, gc.testDir + "/talerhome");
config.setString("taler", "currency", bc.currency);
config.setString("bank", "http_port", `${bc.httpPort}`);
config.setString("bank", "serve", "http");
config.setString("bank", "max_debt_bank", `${bc.currency}:999999`);
config.setString("bank", "max_debt", bc.maxDebt ?? `${bc.currency}:100`);
config.setString("bank", "ram_limit", `${1024}`);
const cfgFilename = gc.testDir + "/bank.conf";
config.write(cfgFilename);
return new FakebankService(gc, bc, cfgFilename);
}
setSuggestedExchange(e: ExchangeServiceInterface, exchangePayto: string) {
if (!!this.proc) {
throw Error("Can't set suggested exchange while bank is running.");
}
const config = Configuration.load(this.configFile);
config.setString("bank", "suggested_exchange", e.baseUrl);
config.write(this.configFile);
}
get baseUrl(): string {
return `http://localhost:${this.bankConfig.httpPort}/`;
}
get bankAccessApiBaseUrl(): string {
let url = new URL("taler-bank-access/", this.baseUrl);
return url.href;
}
async createExchangeAccount(
accountName: string,
password: string,
): Promise<HarnessExchangeBankAccount> {
this.accounts.push({
accountName,
accountPassword: password,
});
return {
accountName: accountName,
accountPassword: password,
accountPaytoUri: getPayto(accountName),
wireGatewayApiBaseUrl: `http://localhost:${this.bankConfig.httpPort}/taler-wire-gateway/${accountName}/`,
};
}
get port() {
return this.bankConfig.httpPort;
}
async start(): Promise<void> {
logger.info("starting fakebank");
if (this.proc) {
logger.info("fakebank already running, not starting again");
return;
}
this.proc = this.globalTestState.spawnService(
"taler-fakebank-run",
[
"-c",
this.configFile,
"--signup-bonus",
`${this.bankConfig.currency}:100`,
],
"bank",
);
await this.pingUntilAvailable();
for (const acc of this.accounts) {
await BankApi.registerAccount(this, acc.accountName, acc.accountPassword);
}
}
async pingUntilAvailable(): Promise<void> {
const url = `http://localhost:${this.bankConfig.httpPort}/taler-bank-integration/config`;
await pingProc(this.proc, url, "bank");
}
}
// Use libeufin bank instead of pybank.
const useLibeufinBank = false;
export type BankService = BankServiceHandle;
export const BankService = FakebankService;
export interface ExchangeConfig {
name: string;
currency: string;
roundUnit?: string;
httpPort: number;
database: string;
}
export interface ExchangeServiceInterface {
readonly baseUrl: string;
readonly port: number;
readonly name: string;
readonly masterPub: string;
}
export class ExchangeService implements ExchangeServiceInterface {
static fromExistingConfig(gc: GlobalTestState, exchangeName: string) {
const cfgFilename = gc.testDir + `/exchange-${exchangeName}.conf`;
const config = Configuration.load(cfgFilename);
const ec: ExchangeConfig = {
currency: config.getString("taler", "currency").required(),
database: config.getString("exchangedb-postgres", "config").required(),
httpPort: config.getNumber("exchange", "port").required(),
name: exchangeName,
roundUnit: config.getString("taler", "currency_round_unit").required(),
};
const privFile = config.getPath("exchange", "master_priv_file").required();
const eddsaPriv = fs.readFileSync(privFile);
const keyPair: EddsaKeyPair = {
eddsaPriv,
eddsaPub: eddsaGetPublic(eddsaPriv),
};
return new ExchangeService(gc, ec, cfgFilename, keyPair);
}
private currentTimetravel: Duration | undefined;
setTimetravel(t: Duration | undefined): void {
if (this.isRunning()) {
throw Error("can't set time travel while the exchange is running");
}
this.currentTimetravel = t;
}
private get timetravelArg(): string | undefined {
if (this.currentTimetravel && this.currentTimetravel.d_ms !== "forever") {
// Convert to microseconds
return `--timetravel=+${this.currentTimetravel.d_ms * 1000}`;
}
return undefined;
}
/**
* Return an empty array if no time travel is set,
* and an array with the time travel command line argument
* otherwise.
*/
private get timetravelArgArr(): string[] {
const tta = this.timetravelArg;
if (tta) {
return [tta];
}
return [];
}
async runWirewatchOnce() {
if (useLibeufinBank) {
// Not even 2 secods showed to be enough!
await waitMs(4000);
}
await runCommand(
this.globalState,
`exchange-${this.name}-wirewatch-once`,
"taler-exchange-wirewatch",
[...this.timetravelArgArr, "-c", this.configFilename, "-t"],
);
}
async runAggregatorOnce() {
try {
await runCommand(
this.globalState,
`exchange-${this.name}-aggregator-once`,
"taler-exchange-aggregator",
[...this.timetravelArgArr, "-c", this.configFilename, "-t", "-y"],
);
} catch (e) {
logger.info(
"running aggregator with KYC off didn't work, might be old version, running again",
);
await runCommand(
this.globalState,
`exchange-${this.name}-aggregator-once`,
"taler-exchange-aggregator",
[...this.timetravelArgArr, "-c", this.configFilename, "-t"],
);
}
}
async runTransferOnce() {
await runCommand(
this.globalState,
`exchange-${this.name}-transfer-once`,
"taler-exchange-transfer",
[...this.timetravelArgArr, "-c", this.configFilename, "-t"],
);
}
changeConfig(f: (config: Configuration) => void) {
const config = Configuration.load(this.configFilename);
f(config);
config.write(this.configFilename);
}
static create(gc: GlobalTestState, e: ExchangeConfig) {
const config = new Configuration();
config.setString("taler", "currency", e.currency);
config.setString(
"taler",
"currency_round_unit",
e.roundUnit ?? `${e.currency}:0.01`,
);
setTalerPaths(config, gc.testDir + "/talerhome");
config.setString(
"exchange",
"revocation_dir",
"${TALER_DATA_HOME}/exchange/revocations",
);
config.setString("exchange", "max_keys_caching", "forever");
config.setString("exchange", "db", "postgres");
config.setString(
"exchange-offline",
"master_priv_file",
"${TALER_DATA_HOME}/exchange/offline-keys/master.priv",
);
config.setString("exchange", "serve", "tcp");
config.setString("exchange", "port", `${e.httpPort}`);
config.setString("exchangedb-postgres", "config", e.database);
config.setString("taler-exchange-secmod-eddsa", "lookahead_sign", "20 s");
config.setString("taler-exchange-secmod-rsa", "lookahead_sign", "20 s");
const exchangeMasterKey = createEddsaKeyPair();
config.setString(
"exchange",
"master_public_key",
encodeCrock(exchangeMasterKey.eddsaPub),
);
const masterPrivFile = config
.getPath("exchange-offline", "master_priv_file")
.required();
fs.mkdirSync(path.dirname(masterPrivFile), { recursive: true });
fs.writeFileSync(masterPrivFile, Buffer.from(exchangeMasterKey.eddsaPriv));
const cfgFilename = gc.testDir + `/exchange-${e.name}.conf`;
config.write(cfgFilename);
return new ExchangeService(gc, e, cfgFilename, exchangeMasterKey);
}
addOfferedCoins(offeredCoins: ((curr: string) => CoinConfig)[]) {
const config = Configuration.load(this.configFilename);
offeredCoins.forEach((cc) =>
setCoin(config, cc(this.exchangeConfig.currency)),
);
config.write(this.configFilename);
}
addCoinConfigList(ccs: CoinConfig[]) {
const config = Configuration.load(this.configFilename);
ccs.forEach((cc) => setCoin(config, cc));
config.write(this.configFilename);
}
enableAgeRestrictions(maskStr: string) {
const config = Configuration.load(this.configFilename);
config.setString("exchange-extension-age_restriction", "enabled", "yes");
config.setString(
"exchange-extension-age_restriction",
"age_groups",
maskStr,
);
config.write(this.configFilename);
}
get masterPub() {
return encodeCrock(this.keyPair.eddsaPub);
}
get port() {
return this.exchangeConfig.httpPort;
}
async addBankAccount(
localName: string,
exchangeBankAccount: HarnessExchangeBankAccount,
): Promise<void> {
const config = Configuration.load(this.configFilename);
config.setString(
`exchange-account-${localName}`,
"wire_response",
`\${TALER_DATA_HOME}/exchange/account-${localName}.json`,
);
config.setString(
`exchange-account-${localName}`,
"payto_uri",
exchangeBankAccount.accountPaytoUri,
);
config.setString(`exchange-account-${localName}`, "enable_credit", "yes");
config.setString(`exchange-account-${localName}`, "enable_debit", "yes");
config.setString(
`exchange-accountcredentials-${localName}`,
"wire_gateway_url",
exchangeBankAccount.wireGatewayApiBaseUrl,
);
config.setString(
`exchange-accountcredentials-${localName}`,
"wire_gateway_auth_method",
"basic",
);
config.setString(
`exchange-accountcredentials-${localName}`,
"username",
exchangeBankAccount.accountName,
);
config.setString(
`exchange-accountcredentials-${localName}`,
"password",
exchangeBankAccount.accountPassword,
);
config.write(this.configFilename);
}
exchangeHttpProc: ProcessWrapper | undefined;
exchangeWirewatchProc: ProcessWrapper | undefined;
helperCryptoRsaProc: ProcessWrapper | undefined;
helperCryptoEddsaProc: ProcessWrapper | undefined;
helperCryptoCsProc: ProcessWrapper | undefined;
constructor(
private globalState: GlobalTestState,
private exchangeConfig: ExchangeConfig,
private configFilename: string,
private keyPair: EddsaKeyPair,
) {}
get name() {
return this.exchangeConfig.name;
}
get baseUrl() {
return `http://localhost:${this.exchangeConfig.httpPort}/`;
}
isRunning(): boolean {
return !!this.exchangeWirewatchProc || !!this.exchangeHttpProc;
}
async stop(): Promise<void> {
const wirewatch = this.exchangeWirewatchProc;
if (wirewatch) {
wirewatch.proc.kill("SIGTERM");
await wirewatch.wait();
this.exchangeWirewatchProc = undefined;
}
const httpd = this.exchangeHttpProc;
if (httpd) {
httpd.proc.kill("SIGTERM");
await httpd.wait();
this.exchangeHttpProc = undefined;
}
const cryptoRsa = this.helperCryptoRsaProc;
if (cryptoRsa) {
cryptoRsa.proc.kill("SIGTERM");
await cryptoRsa.wait();
this.helperCryptoRsaProc = undefined;
}
const cryptoEddsa = this.helperCryptoEddsaProc;
if (cryptoEddsa) {
cryptoEddsa.proc.kill("SIGTERM");
await cryptoEddsa.wait();
this.helperCryptoRsaProc = undefined;
}
const cryptoCs = this.helperCryptoCsProc;
if (cryptoCs) {
cryptoCs.proc.kill("SIGTERM");
await cryptoCs.wait();
this.helperCryptoCsProc = undefined;
}
}
/**
* Update keys signing the keys generated by the security module
* with the offline signing key.
*/
async keyup(): Promise<void> {
await runCommand(
this.globalState,
"exchange-offline",
"taler-exchange-offline",
["-c", this.configFilename, "download", "sign", "upload"],
);
const accounts: string[] = [];
const accountTargetTypes: Set<string> = new Set();
const config = Configuration.load(this.configFilename);
for (const sectionName of config.getSectionNames()) {
if (sectionName.startsWith("EXCHANGE-ACCOUNT-")) {
const paytoUri = config.getString(sectionName, "payto_uri").required();
const p = parsePaytoUri(paytoUri);
if (!p) {
throw Error(`invalid payto uri in exchange config: ${paytoUri}`);
}
accountTargetTypes.add(p?.targetType);
accounts.push(paytoUri);
}
}
logger.info("configuring bank accounts", accounts);
for (const acc of accounts) {
await runCommand(
this.globalState,
"exchange-offline",
"taler-exchange-offline",
["-c", this.configFilename, "enable-account", acc, "upload"],
);
}
const year = new Date().getFullYear();
for (const accTargetType of accountTargetTypes.values()) {
for (let i = year; i < year + 5; i++) {
await runCommand(
this.globalState,
"exchange-offline",
"taler-exchange-offline",
[
"-c",
this.configFilename,
"wire-fee",
// Year
`${i}`,
// Wire method
accTargetType,
// Wire fee
`${this.exchangeConfig.currency}:0.01`,
// Closing fee
`${this.exchangeConfig.currency}:0.01`,
"upload",
],
);
}
}
await runCommand(
this.globalState,
"exchange-offline",
"taler-exchange-offline",
[
"-c",
this.configFilename,
"global-fee",
// year
"now",
// history fee
`${this.exchangeConfig.currency}:0.01`,
// account fee
`${this.exchangeConfig.currency}:0.01`,
// purse fee
`${this.exchangeConfig.currency}:0.00`,
// purse timeout
"1h",
// history expiration
"1year",
// free purses per account
"5",
"upload",
],
);
}
async revokeDenomination(denomPubHash: string) {
if (!this.isRunning()) {
throw Error("exchange must be running when revoking denominations");
}
await runCommand(
this.globalState,
"exchange-offline",
"taler-exchange-offline",
[
"-c",
this.configFilename,
"revoke-denomination",
denomPubHash,
"upload",
],
);
}
async purgeSecmodKeys(): Promise<void> {
const cfg = Configuration.load(this.configFilename);
const rsaKeydir = cfg
.getPath("taler-exchange-secmod-rsa", "KEY_DIR")
.required();
const eddsaKeydir = cfg
.getPath("taler-exchange-secmod-eddsa", "KEY_DIR")
.required();
// Be *VERY* careful when changing this, or you will accidentally delete user data.
await sh(this.globalState, "rm-secmod-keys", `rm -rf ${rsaKeydir}/COIN_*`);
await sh(this.globalState, "rm-secmod-keys", `rm ${eddsaKeydir}/*`);
}
async purgeDatabase(): Promise<void> {
await sh(
this.globalState,
"exchange-dbinit",
`taler-exchange-dbinit -r -c "${this.configFilename}"`,
);
}
async start(): Promise<void> {
if (this.isRunning()) {
throw Error("exchange is already running");
}
await sh(
this.globalState,
"exchange-dbinit",
`taler-exchange-dbinit -c "${this.configFilename}"`,
);
this.helperCryptoEddsaProc = this.globalState.spawnService(
"taler-exchange-secmod-eddsa",
["-c", this.configFilename, "-LDEBUG", ...this.timetravelArgArr],
`exchange-crypto-eddsa-${this.name}`,
);
this.helperCryptoCsProc = this.globalState.spawnService(
"taler-exchange-secmod-cs",
["-c", this.configFilename, "-LDEBUG", ...this.timetravelArgArr],
`exchange-crypto-cs-${this.name}`,
);
this.helperCryptoRsaProc = this.globalState.spawnService(
"taler-exchange-secmod-rsa",
["-c", this.configFilename, "-LDEBUG", ...this.timetravelArgArr],
`exchange-crypto-rsa-${this.name}`,
);
this.exchangeWirewatchProc = this.globalState.spawnService(
"taler-exchange-wirewatch",
["-c", this.configFilename, ...this.timetravelArgArr],
`exchange-wirewatch-${this.name}`,
);
this.exchangeHttpProc = this.globalState.spawnService(
"taler-exchange-httpd",
["-LINFO", "-c", this.configFilename, ...this.timetravelArgArr],
`exchange-httpd-${this.name}`,
);
await this.pingUntilAvailable();
await this.keyup();
}
async pingUntilAvailable(): Promise<void> {
// We request /management/keys, since /keys can block
// when we didn't do the key setup yet.
const url = `http://localhost:${this.exchangeConfig.httpPort}/management/keys`;
await pingProc(this.exchangeHttpProc, url, `exchange (${this.name})`);
}
}
export interface MerchantConfig {
name: string;
currency: string;
httpPort: number;
database: string;
}
export interface PrivateOrderStatusQuery {
instance?: string;
orderId: string;
sessionId?: string;
}
export interface MerchantServiceInterface {
makeInstanceBaseUrl(instanceName?: string): string;
readonly port: number;
readonly name: string;
}
export class MerchantApiClient {
constructor(
private baseUrl: string,
public readonly auth: MerchantAuthConfiguration,
) {}
async changeAuth(auth: MerchantAuthConfiguration): Promise<void> {
const url = new URL("private/auth", this.baseUrl);
await axios.post(url.href, auth, {
headers: this.makeAuthHeader(),
});
}
async deleteInstance(instanceId: string) {
const url = new URL(`management/instances/${instanceId}`, this.baseUrl);
await axios.delete(url.href, {
headers: this.makeAuthHeader(),
});
}
async createInstance(req: MerchantInstanceConfig): Promise<void> {
const url = new URL("management/instances", this.baseUrl);
await axios.post(url.href, req, {
headers: this.makeAuthHeader(),
});
}
async getInstances(): Promise<MerchantInstancesResponse> {
const url = new URL("management/instances", this.baseUrl);
const resp = await axios.get(url.href, {
headers: this.makeAuthHeader(),
});
return resp.data;
}
async getInstanceFullDetails(instanceId: string): Promise<any> {
const url = new URL(`management/instances/${instanceId}`, this.baseUrl);
try {
const resp = await axios.get(url.href, {
headers: this.makeAuthHeader(),
});
return resp.data;
} catch (e) {
throw e;
}
}
makeAuthHeader(): Record<string, string> {
switch (this.auth.method) {
case "external":
return {};
case "token":
return {
Authorization: `Bearer ${this.auth.token}`,
};
}
}
}
/**
* FIXME: This should be deprecated in favor of MerchantApiClient
*/
export namespace MerchantPrivateApi {
export async function createOrder(
merchantService: MerchantServiceInterface,
instanceName: string,
req: PostOrderRequest,
withAuthorization: WithAuthorization = {},
): Promise<PostOrderResponse> {
const baseUrl = merchantService.makeInstanceBaseUrl(instanceName);
let url = new URL("private/orders", baseUrl);
const resp = await axios.post(url.href, req, {
headers: withAuthorization as Record<string, string>,
});
return codecForPostOrderResponse().decode(resp.data);
}
export async function queryPrivateOrderStatus(
merchantService: MerchantServiceInterface,
query: PrivateOrderStatusQuery,
withAuthorization: WithAuthorization = {},
): Promise<MerchantOrderPrivateStatusResponse> {
const reqUrl = new URL(
`private/orders/${query.orderId}`,
merchantService.makeInstanceBaseUrl(query.instance),
);
if (query.sessionId) {
reqUrl.searchParams.set("session_id", query.sessionId);
}
const resp = await axios.get(reqUrl.href, {
headers: withAuthorization as Record<string, string>,
});
return codecForMerchantOrderPrivateStatusResponse().decode(resp.data);
}
export async function giveRefund(
merchantService: MerchantServiceInterface,
r: {
instance: string;
orderId: string;
amount: string;
justification: string;
},
): Promise<{ talerRefundUri: string }> {
const reqUrl = new URL(
`private/orders/${r.orderId}/refund`,
merchantService.makeInstanceBaseUrl(r.instance),
);
const resp = await axios.post(reqUrl.href, {
refund: r.amount,
reason: r.justification,
});
return {
talerRefundUri: resp.data.taler_refund_uri,
};
}
export async function createTippingReserve(
merchantService: MerchantServiceInterface,
instance: string,
req: CreateMerchantTippingReserveRequest,
): Promise<CreateMerchantTippingReserveConfirmation> {
const reqUrl = new URL(
`private/reserves`,
merchantService.makeInstanceBaseUrl(instance),
);
const resp = await axios.post(reqUrl.href, req);
// FIXME: validate
return resp.data;
}
export async function queryTippingReserves(
merchantService: MerchantServiceInterface,
instance: string,
): Promise<TippingReserveStatus> {
const reqUrl = new URL(
`private/reserves`,
merchantService.makeInstanceBaseUrl(instance),
);
const resp = await axios.get(reqUrl.href);
// FIXME: validate
return resp.data;
}
export async function giveTip(
merchantService: MerchantServiceInterface,
instance: string,
req: TipCreateRequest,
): Promise<TipCreateConfirmation> {
const reqUrl = new URL(
`private/tips`,
merchantService.makeInstanceBaseUrl(instance),
);
const resp = await axios.post(reqUrl.href, req);
// FIXME: validate
return resp.data;
}
}
export interface CreateMerchantTippingReserveRequest {
// Amount that the merchant promises to put into the reserve
initial_balance: AmountString;
// Exchange the merchant intends to use for tipping
exchange_url: string;
// Desired wire method, for example "iban" or "x-taler-bank"
wire_method: string;
}
export interface CreateMerchantTippingReserveConfirmation {
// Public key identifying the reserve
reserve_pub: string;
// Wire account of the exchange where to transfer the funds
payto_uri: string;
}
export class MerchantService implements MerchantServiceInterface {
static fromExistingConfig(gc: GlobalTestState, name: string) {
const cfgFilename = gc.testDir + `/merchant-${name}.conf`;
const config = Configuration.load(cfgFilename);
const mc: MerchantConfig = {
currency: config.getString("taler", "currency").required(),
database: config.getString("merchantdb-postgres", "config").required(),
httpPort: config.getNumber("merchant", "port").required(),
name,
};
return new MerchantService(gc, mc, cfgFilename);
}
proc: ProcessWrapper | undefined;
constructor(
private globalState: GlobalTestState,
private merchantConfig: MerchantConfig,
private configFilename: string,
) {}
private currentTimetravel: Duration | undefined;
private isRunning(): boolean {
return !!this.proc;
}
setTimetravel(t: Duration | undefined): void {
if (this.isRunning()) {
throw Error("can't set time travel while the exchange is running");
}
this.currentTimetravel = t;
}
private get timetravelArg(): string | undefined {
if (this.currentTimetravel && this.currentTimetravel.d_ms !== "forever") {
// Convert to microseconds
return `--timetravel=+${this.currentTimetravel.d_ms * 1000}`;
}
return undefined;
}
/**
* Return an empty array if no time travel is set,
* and an array with the time travel command line argument
* otherwise.
*/
private get timetravelArgArr(): string[] {
const tta = this.timetravelArg;
if (tta) {
return [tta];
}
return [];
}
get port(): number {
return this.merchantConfig.httpPort;
}
get name(): string {
return this.merchantConfig.name;
}
async stop(): Promise<void> {
const httpd = this.proc;
if (httpd) {
httpd.proc.kill("SIGTERM");
await httpd.wait();
this.proc = undefined;
}
}
async start(): Promise<void> {
await exec(`taler-merchant-dbinit -c "${this.configFilename}"`);
this.proc = this.globalState.spawnService(
"taler-merchant-httpd",
[
"taler-merchant-httpd",
"-LDEBUG",
"-c",
this.configFilename,
...this.timetravelArgArr,
],
`merchant-${this.merchantConfig.name}`,
);
}
static async create(
gc: GlobalTestState,
mc: MerchantConfig,
): Promise<MerchantService> {
const config = new Configuration();
config.setString("taler", "currency", mc.currency);
const cfgFilename = gc.testDir + `/merchant-${mc.name}.conf`;
setTalerPaths(config, gc.testDir + "/talerhome");
config.setString("merchant", "serve", "tcp");
config.setString("merchant", "port", `${mc.httpPort}`);
config.setString(
"merchant",
"keyfile",
"${TALER_DATA_HOME}/merchant/merchant.priv",
);
config.setString("merchantdb-postgres", "config", mc.database);
config.write(cfgFilename);
return new MerchantService(gc, mc, cfgFilename);
}
addExchange(e: ExchangeServiceInterface): void {
const config = Configuration.load(this.configFilename);
config.setString(
`merchant-exchange-${e.name}`,
"exchange_base_url",
e.baseUrl,
);
config.setString(
`merchant-exchange-${e.name}`,
"currency",
this.merchantConfig.currency,
);
config.setString(`merchant-exchange-${e.name}`, "master_key", e.masterPub);
config.write(this.configFilename);
}
async addDefaultInstance(): Promise<void> {
return await this.addInstance({
id: "default",
name: "Default Instance",
paytoUris: [getPayto("merchant-default")],
auth: {
method: "external",
},
});
}
async addInstance(
instanceConfig: PartialMerchantInstanceConfig,
): Promise<void> {
if (!this.proc) {
throw Error("merchant must be running to add instance");
}
logger.info("adding instance");
const url = `http://localhost:${this.merchantConfig.httpPort}/management/instances`;
const auth = instanceConfig.auth ?? { method: "external" };
const body: MerchantInstanceConfig = {
auth,
payto_uris: instanceConfig.paytoUris,
id: instanceConfig.id,
name: instanceConfig.name,
address: instanceConfig.address ?? {},
jurisdiction: instanceConfig.jurisdiction ?? {},
default_max_wire_fee:
instanceConfig.defaultMaxWireFee ??
`${this.merchantConfig.currency}:1.0`,
default_wire_fee_amortization:
instanceConfig.defaultWireFeeAmortization ?? 3,
default_max_deposit_fee:
instanceConfig.defaultMaxDepositFee ??
`${this.merchantConfig.currency}:1.0`,
default_wire_transfer_delay:
instanceConfig.defaultWireTransferDelay ??
Duration.toTalerProtocolDuration(
Duration.fromSpec({
days: 1,
}),
),
default_pay_delay:
instanceConfig.defaultPayDelay ??
Duration.toTalerProtocolDuration(Duration.getForever()),
};
await axios.post(url, body);
}
makeInstanceBaseUrl(instanceName?: string): string {
if (instanceName === undefined || instanceName === "default") {
return `http://localhost:${this.merchantConfig.httpPort}/`;
} else {
return `http://localhost:${this.merchantConfig.httpPort}/instances/${instanceName}/`;
}
}
async pingUntilAvailable(): Promise<void> {
const url = `http://localhost:${this.merchantConfig.httpPort}/config`;
await pingProc(this.proc, url, `merchant (${this.merchantConfig.name})`);
}
}
export interface MerchantAuthConfiguration {
method: "external" | "token";
token?: string;
}
export interface PartialMerchantInstanceConfig {
auth?: MerchantAuthConfiguration;
id: string;
name: string;
paytoUris: string[];
address?: unknown;
jurisdiction?: unknown;
defaultMaxWireFee?: string;
defaultMaxDepositFee?: string;
defaultWireFeeAmortization?: number;
defaultWireTransferDelay?: TalerProtocolDuration;
defaultPayDelay?: TalerProtocolDuration;
}
export interface MerchantInstanceConfig {
auth: MerchantAuthConfiguration;
id: string;
name: string;
payto_uris: string[];
address: unknown;
jurisdiction: unknown;
default_max_wire_fee: string;
default_max_deposit_fee: string;
default_wire_fee_amortization: number;
default_wire_transfer_delay: TalerProtocolDuration;
default_pay_delay: TalerProtocolDuration;
}
type TestStatus = "pass" | "fail" | "skip";
export interface TestRunResult {
/**
* Name of the test.
*/
name: string;
/**
* How long did the test run?
*/
timeSec: number;
status: TestStatus;
reason?: string;
}
export async function runTestWithState(
gc: GlobalTestState,
testMain: (t: GlobalTestState) => Promise<void>,
testName: string,
linger: boolean = false,
): Promise<TestRunResult> {
const startMs = new Date().getTime();
const p = openPromise();
let status: TestStatus;
const handleSignal = (s: string) => {
logger.warn(
`**** received fatal process event, terminating test ${testName}`,
);
gc.shutdownSync();
process.exit(1);
};
process.on("SIGINT", handleSignal);
process.on("SIGTERM", handleSignal);
process.on("unhandledRejection", handleSignal);
process.on("uncaughtException", handleSignal);
try {
logger.info("running test in directory", gc.testDir);
await Promise.race([testMain(gc), p.promise]);
status = "pass";
if (linger) {
const rl = readline.createInterface({
input: process.stdin,
output: process.stdout,
terminal: true,
});
await new Promise<void>((resolve, reject) => {
rl.question("Press enter to shut down test.", () => {
logger.error("Requested shutdown");
resolve();
});
});
rl.close();
}
} catch (e) {
console.error("FATAL: test failed with exception", e);
if (e instanceof TalerError) {
console.error(`error detail: ${j2s(e.errorDetail)}`);
}
status = "fail";
} finally {
await gc.shutdown();
}
const afterMs = new Date().getTime();
return {
name: testName,
timeSec: (afterMs - startMs) / 1000,
status,
};
}
function shellWrap(s: string) {
return "'" + s.replace("\\", "\\\\").replace("'", "\\'") + "'";
}
export interface WalletCliOpts {
cryptoWorkerType?: "sync" | "node-worker-thread";
}
export class WalletCli {
private currentTimetravel: Duration | undefined;
private _client: WalletCoreApiClient;
setTimetravel(d: Duration | undefined) {
this.currentTimetravel = d;
}
private get timetravelArg(): string | undefined {
if (this.currentTimetravel && this.currentTimetravel.d_ms !== "forever") {
// Convert to microseconds
return `--timetravel=${this.currentTimetravel.d_ms * 1000}`;
}
return undefined;
}
constructor(
private globalTestState: GlobalTestState,
private name: string = "default",
cliOpts: WalletCliOpts = {},
) {
const self = this;
this._client = {
async call(op: any, payload: any): Promise<any> {
logger.info(
`calling wallet with timetravel arg ${j2s(self.timetravelArg)}`,
);
const cryptoWorkerArg = cliOpts.cryptoWorkerType
? `--crypto-worker=${cliOpts.cryptoWorkerType}`
: "";
const resp = await sh(
self.globalTestState,
`wallet-${self.name}`,
`taler-wallet-cli ${
self.timetravelArg ?? ""
} ${cryptoWorkerArg} --no-throttle -LTRACE --skip-defaults --wallet-db '${
self.dbfile
}' api '${op}' ${shellWrap(JSON.stringify(payload))}`,
);
logger.info("--- wallet core response ---");
logger.info(resp);
logger.info("--- end of response ---");
let ar: any;
try {
ar = JSON.parse(resp) as CoreApiResponse;
} catch (e) {
throw new Error("wallet CLI did not return a proper JSON response");
}
if (ar.type === "error") {
throw TalerError.fromUncheckedDetail(ar.error);
}
return ar.result;
},
};
}
get dbfile(): string {
return this.globalTestState.testDir + `/walletdb-${this.name}.json`;
}
deleteDatabase() {
fs.unlinkSync(this.dbfile);
}
private get timetravelArgArr(): string[] {
const tta = this.timetravelArg;
if (tta) {
return [tta];
}
return [];
}
get client(): WalletCoreApiClient {
return this._client;
}
async runUntilDone(args: { maxRetries?: number } = {}): Promise<void> {
await runCommand(
this.globalTestState,
`wallet-${this.name}`,
"taler-wallet-cli",
[
"--no-throttle",
...this.timetravelArgArr,
"-LTRACE",
"--skip-defaults",
"--wallet-db",
this.dbfile,
"run-until-done",
...(args.maxRetries ? ["--max-retries", `${args.maxRetries}`] : []),
],
);
}
async runPending(): Promise<void> {
await runCommand(
this.globalTestState,
`wallet-${this.name}`,
"taler-wallet-cli",
[
"--no-throttle",
"--skip-defaults",
"-LTRACE",
...this.timetravelArgArr,
"--wallet-db",
this.dbfile,
"advanced",
"run-pending",
],
);
}
}
export function getRandomIban(salt: string | null = null): string {
function getBban(salt: string | null): string {
if (!salt) return Math.random().toString().substring(2, 6);
let hashed = hash(stringToBytes(salt));
let ret = "";
for (let i = 0; i < hashed.length; i++) {
ret += hashed[i].toString();
}
return ret.substring(0, 4);
}
let cc_no_check = "131400"; // == DE00
let bban = getBban(salt);
let check_digits = (
98 -
(Number.parseInt(`${bban}${cc_no_check}`) % 97)
).toString();
if (check_digits.length == 1) {
check_digits = `0${check_digits}`;
}
return `DE${check_digits}${bban}`;
}
export function getWireMethodForTest(): string {
if (useLibeufinBank) return "iban";
return "x-taler-bank";
}
/**
* Generate a payto address, whose authority depends
* on whether the banking is served by euFin or Pybank.
*/
export function getPayto(label: string): string {
if (useLibeufinBank)
return `payto://iban/SANDBOXX/${getRandomIban(
label,
)}?receiver-name=${label}`;
return `payto://x-taler-bank/localhost/${label}`;
}
function waitMs(ms: number): Promise<void> {
return new Promise((resolve) => setTimeout(resolve, ms));
}