import {browserHistory} from 'react-router'; import * as Sentry from '@sentry/react'; import Cookies from 'js-cookie'; import * as qs from 'query-string'; import {redirectToProject} from 'sentry/actionCreators/redirectToProject'; import {openSudo} from 'sentry/actionCreators/sudoModal'; import {EXPERIMENTAL_SPA} from 'sentry/constants'; import { PROJECT_MOVED, SUDO_REQUIRED, SUPERUSER_REQUIRED, } from 'sentry/constants/apiErrorCodes'; import controlsilopatterns from 'sentry/data/controlsiloUrlPatterns'; import {metric} from 'sentry/utils/analytics'; import getCsrfToken from 'sentry/utils/getCsrfToken'; import {uniqueId} from 'sentry/utils/guid'; import RequestError from 'sentry/utils/requestError/requestError'; import {sanitizePath} from 'sentry/utils/requestError/sanitizePath'; import ConfigStore from './stores/configStore'; import OrganizationStore from './stores/organizationStore'; export class Request { /** * Is the request still in flight */ alive: boolean; /** * Promise which will be resolved when the request has completed */ requestPromise: Promise; /** * AbortController to cancel the in-flight request. This will not be set in * unsupported browsers. */ aborter?: AbortController; constructor(requestPromise: Promise, aborter?: AbortController) { this.requestPromise = requestPromise; this.aborter = aborter; this.alive = true; } cancel() { this.alive = false; this.aborter?.abort(); metric('app.api.request-abort', 1); } } export type ApiResult = [ data: Data, statusText: string | undefined, resp: ResponseMeta | undefined, ]; export type ResponseMeta = { /** * Get a header value from the response */ getResponseHeader: (header: string) => string | null; /** * The response body decoded from json */ responseJSON: R; /** * The string value of the response */ responseText: string; /** * The response status code */ status: Response['status']; /** * The response status code text */ statusText: Response['statusText']; }; /** * Check if the requested method does not require CSRF tokens */ function csrfSafeMethod(method?: string): boolean { // these HTTP methods do not require CSRF protection return /^(GET|HEAD|OPTIONS|TRACE)$/.test(method ?? ''); } /** * Check if we a request is going to the same or similar origin. * similar origins are those that share an ancestor. Example `sentry.sentry.io` and `us.sentry.io` * are similar origins, but sentry.sentry.io and sentry.example.io are not. */ export function isSimilarOrigin(target: string, origin: string): boolean { const targetUrl = new URL(target, origin); const originUrl = new URL(origin); // If one of the domains is a child of the other. if ( originUrl.hostname.endsWith(targetUrl.hostname) || targetUrl.hostname.endsWith(originUrl.hostname) ) { return true; } // Check if the target and origin are on sibiling subdomains. const targetHost = targetUrl.hostname.split('.'); const originHost = originUrl.hostname.split('.'); // Remove the subdomains. If don't have at least 2 segments we aren't subdomains. targetHost.shift(); originHost.shift(); if (targetHost.length < 2 || originHost.length < 2) { return false; } return targetHost.join('.') === originHost.join('.'); } // TODO: Need better way of identifying anonymous pages that don't trigger redirect const ALLOWED_ANON_PAGES = [ /^\/accept\//, /^\/share\//, /^\/auth\/login\//, /^\/join-request\//, /^\/unsubscribe\//, ]; /** * Return true if we should skip calling the normal error handler */ const globalErrorHandlers: ((resp: ResponseMeta) => boolean)[] = []; export const initApiClientErrorHandling = () => globalErrorHandlers.push((resp: ResponseMeta) => { const pageAllowsAnon = ALLOWED_ANON_PAGES.find(regex => regex.test(window.location.pathname) ); // Ignore error unless it is a 401 if (!resp || resp.status !== 401 || pageAllowsAnon) { return false; } const code = resp?.responseJSON?.detail?.code; const extra = resp?.responseJSON?.detail?.extra; // 401s can also mean sudo is required or it's a request that is allowed to fail // Ignore if these are the cases if ( [ 'sudo-required', 'ignore', '2fa-required', 'app-connect-authentication-error', ].includes(code) ) { return false; } // If user must login via SSO, redirect to org login page if (code === 'sso-required') { window.location.assign(extra.loginUrl); return true; } if (code === 'member-disabled-over-limit') { browserHistory.replace(extra.next); return true; } // Otherwise, the user has become unauthenticated. Send them to auth Cookies.set('session_expired', '1'); if (EXPERIMENTAL_SPA) { browserHistory.replace('/auth/login/'); } else { window.location.reload(); } return true; }); /** * Construct a full request URL */ function buildRequestUrl(baseUrl: string, path: string, options: RequestOptions) { let params: string; try { params = qs.stringify(options.query ?? []); } catch (err) { Sentry.withScope(scope => { scope.setExtra('path', path); scope.setExtra('query', options.query); Sentry.captureException(err); }); throw err; } // Append the baseUrl if required let fullUrl = path.includes(baseUrl) ? path : baseUrl + path; // Apply path and domain transforms for hybrid-cloud fullUrl = resolveHostname(fullUrl, options.host); // Append query parameters if (params) { fullUrl += fullUrl.includes('?') ? `&${params}` : `?${params}`; } return fullUrl; } /** * Check if the API response says project has been renamed. If so, redirect * user to new project slug */ // TODO(ts): refine this type later export function hasProjectBeenRenamed(response: ResponseMeta) { const code = response?.responseJSON?.detail?.code; // XXX(billy): This actually will never happen because we can't intercept the 302 // jQuery ajax will follow the redirect by default... // // TODO(epurkhiser): We use fetch now, is the above comment still true? if (code !== PROJECT_MOVED) { return false; } const slug = response?.responseJSON?.detail?.extra?.slug; redirectToProject(slug); return true; } // TODO(ts): move this somewhere export type APIRequestMethod = 'POST' | 'GET' | 'DELETE' | 'PUT'; type FunctionCallback = (...args: Args) => void; export type RequestCallbacks = { /** * Callback for the request completing (success or error) */ complete?: (resp: ResponseMeta, textStatus: string) => void; /** * Callback for the request failing with an error */ // TODO(ts): Update this when sentry is mostly migrated to TS error?: FunctionCallback; /** * Callback for the request completing successfully */ success?: (data: any, textStatus?: string, resp?: ResponseMeta) => void; }; export type RequestOptions = RequestCallbacks & { /** * Values to attach to the body of the request. */ data?: any; /** * Headers add to the request. */ headers?: Record; /** * The host the request should be made to. */ host?: string; /** * The HTTP method to use when making the API request */ method?: APIRequestMethod; /** * Because of the async nature of API requests, errors will happen outside of * the stack that initated the request. a preservedError can be passed to * coalesce the stacks together. */ preservedError?: Error; /** * Query parameters to add to the requested URL. */ query?: Record; /** * By default, requests will be aborted anytime api.clear() is called, * which is commonly used on unmounts. When skipAbort is true, the * request is opted out of this behavior. Useful for when you still * want to cache a request on unmount. */ skipAbort?: boolean; }; type ClientOptions = { /** * The base URL path to prepend to API request URIs. */ baseUrl?: string; /** * Credentials policy to apply to each request */ credentials?: RequestCredentials; /** * Base set of headers to apply to each request */ headers?: HeadersInit; }; type HandleRequestErrorOptions = { id: string; path: string; requestOptions: Readonly; }; /** * The API client is used to make HTTP requests to Sentry's backend. * * This is they preferred way to talk to the backend. */ export class Client { baseUrl: string; activeRequests: Record; headers: HeadersInit; credentials?: RequestCredentials; static JSON_HEADERS = { Accept: 'application/json; charset=utf-8', 'Content-Type': 'application/json', }; constructor(options: ClientOptions = {}) { this.baseUrl = options.baseUrl ?? '/api/0'; this.headers = options.headers ?? Client.JSON_HEADERS; this.activeRequests = {}; this.credentials = options.credentials ?? 'include'; } wrapCallback( id: string, func: FunctionCallback | undefined, cleanup: boolean = false ) { return (...args: T) => { const req = this.activeRequests[id]; if (cleanup === true) { delete this.activeRequests[id]; } if (!req?.alive) { return undefined; } // Check if API response is a 302 -- means project slug was renamed and user // needs to be redirected // @ts-expect-error if (hasProjectBeenRenamed(...args)) { return undefined; } // Call success callback return func?.apply(req, args); }; } /** * Attempt to cancel all active fetch requests */ clear() { Object.values(this.activeRequests).forEach(r => r.cancel()); } handleRequestError( {id, path, requestOptions}: HandleRequestErrorOptions, response: ResponseMeta, textStatus: string, errorThrown: string ) { const code = response?.responseJSON?.detail?.code; const isSudoRequired = code === SUDO_REQUIRED || code === SUPERUSER_REQUIRED; let didSuccessfullyRetry = false; if (isSudoRequired) { openSudo({ isSuperuser: code === SUPERUSER_REQUIRED, sudo: code === SUDO_REQUIRED, retryRequest: async () => { try { const data = await this.requestPromise(path, requestOptions); requestOptions.success?.(data); didSuccessfullyRetry = true; } catch (err) { requestOptions.error?.(err); } }, onClose: () => // If modal was closed, then forward the original response !didSuccessfullyRetry && requestOptions.error?.(response), }); return; } // Call normal error callback const errorCb = this.wrapCallback<[ResponseMeta, string, string]>( id, requestOptions.error ); errorCb?.(response, textStatus, errorThrown); } /** * Initate a request to the backend API. * * Consider using `requestPromise` for the async Promise version of this method. */ request(path: string, options: Readonly = {}): Request { const method = options.method || (options.data ? 'POST' : 'GET'); let fullUrl = buildRequestUrl(this.baseUrl, path, options); let data = options.data; if (data !== undefined && method !== 'GET' && !(data instanceof FormData)) { data = JSON.stringify(data); } // TODO(epurkhiser): Mimicking the old jQuery API, data could be a string / // object for GET requets. jQuery just sticks it onto the URL as query // parameters if (method === 'GET' && data) { const queryString = typeof data === 'string' ? data : qs.stringify(data); if (queryString.length > 0) { fullUrl = fullUrl + (fullUrl.includes('?') ? '&' : '?') + queryString; } } const id = uniqueId(); const startMarker = `api-request-start-${id}`; metric.mark({name: startMarker}); /** * Called when the request completes with a 2xx status */ const successHandler = ( resp: ResponseMeta, textStatus: string, responseData: any ) => { metric.measure({ name: 'app.api.request-success', start: startMarker, data: {status: resp?.status}, }); if (options.success !== undefined) { this.wrapCallback<[any, string, ResponseMeta]>(id, options.success)( responseData, textStatus, resp ); } }; /** * Called when the request is non-2xx */ const errorHandler = ( resp: ResponseMeta, textStatus: string, errorThrown: string ) => { metric.measure({ name: 'app.api.request-error', start: startMarker, data: {status: resp?.status}, }); this.handleRequestError( {id, path, requestOptions: options}, resp, textStatus, errorThrown ); }; /** * Called when the request completes */ const completeHandler = (resp: ResponseMeta, textStatus: string) => this.wrapCallback<[ResponseMeta, string]>( id, options.complete, true )(resp, textStatus); // AbortController is optional, though most browser should support it. const aborter = typeof AbortController !== 'undefined' && !options.skipAbort ? new AbortController() : undefined; // GET requests may not have a body const body = method !== 'GET' ? data : undefined; const requestHeaders = new Headers({...this.headers, ...options.headers}); // Do not set the X-CSRFToken header when making a request outside of the // current domain. Because we use subdomains we loosely compare origins if (!csrfSafeMethod(method) && isSimilarOrigin(fullUrl, window.location.origin)) { requestHeaders.set('X-CSRFToken', getCsrfToken()); } const fetchRequest = fetch(fullUrl, { method, body, headers: requestHeaders, credentials: this.credentials, signal: aborter?.signal, }); // XXX(epurkhiser): We migrated off of jquery, so for now we have a // compatibility layer which mimics that of the jquery response objects. fetchRequest .then( async response => { // The Response's body can only be resolved/used at most once. // So we clone the response so we can resolve the body content as text content. // Response objects need to be cloned before its body can be used. let responseJSON: any; let responseText: any; const {status, statusText} = response; let {ok} = response; let errorReason = 'Request not OK'; // the default error reason let twoHundredErrorReason; // Try to get text out of the response no matter the status try { responseText = await response.text(); } catch (error) { twoHundredErrorReason = 'Failed awaiting response.text()'; ok = false; if (error.name === 'AbortError') { errorReason = 'Request was aborted'; } else { errorReason = error.toString(); } } const responseContentType = response.headers.get('content-type'); const isResponseJSON = responseContentType?.includes('json'); const wasExpectingJson = requestHeaders.get('Accept') === Client.JSON_HEADERS.Accept; const isStatus3XX = status >= 300 && status < 400; if (status !== 204 && !isStatus3XX) { try { responseJSON = JSON.parse(responseText); } catch (error) { twoHundredErrorReason = 'Failed trying to parse responseText'; if (error.name === 'AbortError') { ok = false; errorReason = 'Request was aborted'; } else if (isResponseJSON && error instanceof SyntaxError) { // If the MIME type is `application/json` but decoding failed, // this should be an error. ok = false; errorReason = 'JSON parse error'; } else if ( // Empty responses from POST 201 requests are valid responseText?.length > 0 && wasExpectingJson && error instanceof SyntaxError ) { // Was expecting json but was returned something else. Possibly HTML. // Ideally this would not be a 200, but we should reject the promise ok = false; errorReason = 'JSON parse error. Possibly returned HTML'; } } } const responseMeta: ResponseMeta = { status, statusText, responseJSON, responseText, getResponseHeader: (header: string) => response.headers.get(header), }; // Respect the response content-type header const responseData = isResponseJSON ? responseJSON : responseText; if (ok) { successHandler(responseMeta, statusText, responseData); } else { // There's no reason we should be here with a 200 response, but we get // tons of events from this codepath with a 200 status nonetheless. // Until we know why, let's do what is essentially some very fancy print debugging. if (status === 200 && responseText) { const parameterizedPath = sanitizePath(path); const message = '200 treated as error'; const scope = new Sentry.Scope(); scope.setTags({endpoint: `${method} ${parameterizedPath}`, errorReason}); scope.setExtras({ twoHundredErrorReason, responseJSON, responseText, responseContentType, errorReason, }); // Make sure all of these errors group, so we don't produce a bunch of noise scope.setFingerprint([message]); Sentry.captureException( new Error(`${message}: ${method} ${parameterizedPath}`), scope ); } const shouldSkipErrorHandler = globalErrorHandlers.map(handler => handler(responseMeta)).filter(Boolean) .length > 0; if (!shouldSkipErrorHandler) { errorHandler(responseMeta, statusText, errorReason); } } completeHandler(responseMeta, statusText); }, () => { // Ignore failed fetch calls or errors in the fetch request itself (e.g. cancelled requests) // Not related to errors in responses } ) .catch(error => { // eslint-disable-next-line no-console console.error(error); Sentry.captureException(error); }); const request = new Request(fetchRequest, aborter); this.activeRequests[id] = request; return request; } requestPromise( path: string, { includeAllArgs, ...options }: {includeAllArgs?: IncludeAllArgsType} & Readonly = {} ): Promise { // Create an error object here before we make any async calls so that we // have a helpful stack trace if it errors // // This *should* get logged to Sentry only if the promise rejection is not handled // (since SDK captures unhandled rejections). Ideally we explicitly ignore rejection // or handle with a user friendly error message const preservedError = new Error('API Request Error'); return new Promise((resolve, reject) => this.request(path, { ...options, preservedError, success: (data, textStatus, resp) => { if (includeAllArgs) { resolve([data, textStatus, resp] as any); } else { resolve(data); } }, error: (resp: ResponseMeta) => { const errorObjectToUse = new RequestError( options.method, path, preservedError, resp ); // Although `this.request` logs all error responses, this error object can // potentially be logged by Sentry's unhandled rejection handler reject(errorObjectToUse); }, }) ); } } export function resolveHostname(path: string, hostname?: string): string { const storeState = OrganizationStore.get(); const configLinks = ConfigStore.get('links'); hostname = hostname ?? ''; if (!hostname && storeState.organization?.features.includes('frontend-domainsplit')) { const isControlSilo = detectControlSiloPath(path); if (!isControlSilo && configLinks.regionUrl) { hostname = configLinks.regionUrl; } if (isControlSilo && configLinks.sentryUrl) { hostname = configLinks.sentryUrl; } } // If we're making a request to the applications' root // domain, we can drop the domain as webpack devserver will add one. // TODO(hybridcloud) This can likely be removed when sentry.types.region.Region.to_url() // loses the monolith mode condition. if (window.__SENTRY_DEV_UI && hostname === configLinks.sentryUrl) { hostname = ''; } // When running as yarn dev-ui we can't spread requests across domains because // of CORS. Instead we extract the subdomain from the hostname // and prepend the URL with `/region/$name` so that webpack-devserver proxy // can route requests to the regions. if (hostname && window.__SENTRY_DEV_UI) { const domainpattern = /https?\:\/\/([^.]*)\.sentry\.io/; const domainmatch = hostname.match(domainpattern); if (domainmatch) { hostname = ''; path = `/region/${domainmatch[1]}${path}`; } } if (hostname) { path = `${hostname}${path}`; } return path; } function detectControlSiloPath(path: string): boolean { // We sometimes include querystrings in paths. // Using URL() to avoid handrolling URL parsing const url = new URL(path, 'https://sentry.io'); path = url.pathname; path = path.startsWith('/') ? path.substring(1) : path; for (const pattern of controlsilopatterns) { if (pattern.test(path)) { return true; } } return false; }