open-vault/ui/app/services/auth.js
Noelle Daley c7e5283b8b
Add Browserstack for IE11 testing (#6557)
* add browserstack

* check for data before removing root token

* fix root prefix and select by attributes for ie11

* use objectAt for ie11

* use blobs instead of files for ie11

* manually round cirucmference for ie11

* skip csp test on ie11

* skip tests in ie11

* include polyfill for CI

* remove on exit hooks

* update which browserstack tests are run

* remove ie check since we are not running these tests in ie

* remove ie check since we are not running these tests in ie
2019-05-03 15:20:14 -07:00

355 lines
10 KiB
JavaScript

import Ember from 'ember';
import { resolve } from 'rsvp';
import { assign } from '@ember/polyfills';
import $ from 'jquery';
import { isArray } from '@ember/array';
import { computed, get } from '@ember/object';
import { getOwner } from '@ember/application';
import Service, { inject as service } from '@ember/service';
import getStorage from '../lib/token-storage';
import ENV from 'vault/config/environment';
import { supportedAuthBackends } from 'vault/helpers/supported-auth-backends';
import { task, timeout } from 'ember-concurrency';
const TOKEN_SEPARATOR = '☃';
const TOKEN_PREFIX = 'vault-';
const ROOT_PREFIX = '_root_';
const BACKENDS = supportedAuthBackends();
export { TOKEN_SEPARATOR, TOKEN_PREFIX, ROOT_PREFIX };
export default Service.extend({
permissions: service(),
namespace: service(),
IDLE_TIMEOUT: 3 * 60e3,
expirationCalcTS: null,
init() {
this._super(...arguments);
this.checkForRootToken();
},
clusterAdapter() {
return getOwner(this).lookup('adapter:cluster');
},
tokens: computed(function() {
return this.getTokensFromStorage() || [];
}),
generateTokenName({ backend, clusterId }, policies) {
return (policies || []).includes('root')
? `${TOKEN_PREFIX}${ROOT_PREFIX}${TOKEN_SEPARATOR}${clusterId}`
: `${TOKEN_PREFIX}${backend}${TOKEN_SEPARATOR}${clusterId}`;
},
backendFromTokenName(tokenName) {
return tokenName.includes(`${TOKEN_PREFIX}${ROOT_PREFIX}`)
? 'token'
: tokenName.slice(TOKEN_PREFIX.length).split(TOKEN_SEPARATOR)[0];
},
storage(tokenName) {
if (
tokenName &&
tokenName.indexOf(`${TOKEN_PREFIX}${ROOT_PREFIX}`) === 0 &&
this.environment() !== 'development'
) {
return getStorage('memory');
} else {
return getStorage();
}
},
environment() {
return ENV.environment;
},
now() {
return Date.now();
},
setCluster(clusterId) {
this.set('activeCluster', clusterId);
},
ajax(url, method, options) {
const defaults = {
url,
method,
dataType: 'json',
headers: {
'X-Vault-Token': this.get('currentToken'),
},
};
let namespace =
typeof options.namespace === 'undefined' ? this.get('namespaceService.path') : options.namespace;
if (namespace) {
defaults.headers['X-Vault-Namespace'] = namespace;
}
return $.ajax(assign(defaults, options));
},
renewCurrentToken() {
let namespace = this.get('authData.userRootNamespace');
const url = '/v1/auth/token/renew-self';
return this.ajax(url, 'POST', { namespace });
},
revokeCurrentToken() {
let namespace = this.get('authData.userRootNamespace');
const url = '/v1/auth/token/revoke-self';
return this.ajax(url, 'POST', { namespace });
},
calculateExpiration(resp) {
let now = this.now();
const ttl = resp.ttl || resp.lease_duration;
const tokenExpirationEpoch = now + ttl * 1e3;
this.set('expirationCalcTS', now);
return {
ttl,
tokenExpirationEpoch,
};
},
persistAuthData() {
let [firstArg, resp] = arguments;
let tokens = this.get('tokens');
let currentNamespace = this.get('namespace.path') || '';
let tokenName;
let options;
let backend;
if (typeof firstArg === 'string') {
tokenName = firstArg;
backend = this.backendFromTokenName(tokenName);
} else {
options = firstArg;
backend = options.backend;
}
let currentBackend = BACKENDS.findBy('type', backend);
let displayName;
if (isArray(currentBackend.displayNamePath)) {
displayName = currentBackend.displayNamePath.map(name => get(resp, name)).join('/');
} else {
displayName = get(resp, currentBackend.displayNamePath);
}
let { entity_id, policies, renewable, namespace_path } = resp;
// here we prefer namespace_path if its defined,
// else we look and see if there's already a namespace saved
// and then finally we'll use the current query param if the others
// haven't set a value yet
// all of the typeof checks are necessary because the root namespace is ''
let userRootNamespace = namespace_path && namespace_path.replace(/\/$/, '');
// if we're logging in with token and there's no namespace_path, we can assume
// that the token belongs to the root namespace
if (backend === 'token' && !userRootNamespace) {
userRootNamespace = '';
}
if (typeof userRootNamespace === 'undefined') {
userRootNamespace = this.get('authData.userRootNamespace');
}
if (typeof userRootNamespace === 'undefined') {
userRootNamespace = currentNamespace;
}
let data = {
userRootNamespace,
displayName,
backend: currentBackend,
token: resp.client_token || get(resp, currentBackend.tokenPath),
policies,
renewable,
entity_id,
};
tokenName = this.generateTokenName(
{
backend,
clusterId: (options && options.clusterId) || this.get('activeCluster'),
},
resp.policies
);
if (resp.renewable) {
assign(data, this.calculateExpiration(resp));
}
if (!data.displayName) {
data.displayName = get(this.getTokenData(tokenName) || {}, 'displayName');
}
tokens.addObject(tokenName);
this.set('tokens', tokens);
this.set('allowExpiration', false);
this.setTokenData(tokenName, data);
return resolve({
namespace: currentNamespace || data.userRootNamespace,
token: tokenName,
isRoot: policies.includes('root'),
});
},
setTokenData(token, data) {
this.storage(token).setItem(token, data);
},
getTokenData(token) {
return this.storage(token).getItem(token);
},
removeTokenData(token) {
return this.storage(token).removeItem(token);
},
tokenExpirationDate: computed('currentTokenName', 'expirationCalcTS', function() {
const tokenName = this.get('currentTokenName');
if (!tokenName) {
return;
}
const { tokenExpirationEpoch } = this.getTokenData(tokenName);
const expirationDate = new Date(0);
return tokenExpirationEpoch ? expirationDate.setUTCMilliseconds(tokenExpirationEpoch) : null;
}),
tokenExpired: computed(function() {
const expiration = this.get('tokenExpirationDate');
return expiration ? this.now() >= expiration : null;
}).volatile(),
renewAfterEpoch: computed('currentTokenName', 'expirationCalcTS', function() {
const tokenName = this.get('currentTokenName');
let { expirationCalcTS } = this;
const data = this.getTokenData(tokenName);
if (!tokenName || !data || !expirationCalcTS) {
return null;
}
const { ttl, renewable } = data;
// renew after last expirationCalc time + half of the ttl (in ms)
return renewable ? Math.floor((ttl * 1e3) / 2) + expirationCalcTS : null;
}),
renew() {
const tokenName = this.get('currentTokenName');
const currentlyRenewing = this.get('isRenewing');
if (currentlyRenewing) {
return;
}
this.set('isRenewing', true);
return this.renewCurrentToken().then(
resp => {
this.set('isRenewing', false);
return this.persistAuthData(tokenName, resp.data || resp.auth);
},
e => {
this.set('isRenewing', false);
throw e;
}
);
},
checkShouldRenew: task(function*() {
while (true) {
if (Ember.testing) {
return;
}
yield timeout(5000);
if (this.shouldRenew()) {
yield this.renew();
}
}
}).on('init'),
shouldRenew() {
const now = this.now();
const lastFetch = this.get('lastFetch');
const renewTime = this.get('renewAfterEpoch');
if (!this.currentTokenName || this.get('tokenExpired') || this.get('allowExpiration') || !renewTime) {
return false;
}
if (lastFetch && now - lastFetch >= this.IDLE_TIMEOUT) {
this.set('allowExpiration', true);
return false;
}
if (now >= renewTime) {
return true;
}
return false;
},
setLastFetch(timestamp) {
this.set('lastFetch', timestamp);
// if expiration was allowed we want to go ahead and renew here
if (this.allowExpiration) {
this.renew();
}
this.set('allowExpiration', false);
},
getTokensFromStorage(filterFn) {
return this.storage()
.keys()
.reject(key => {
return key.indexOf(TOKEN_PREFIX) !== 0 || (filterFn && filterFn(key));
});
},
checkForRootToken() {
if (this.environment() === 'development') {
return;
}
this.getTokensFromStorage().forEach(key => {
const data = this.getTokenData(key);
if (data && data.policies.includes('root')) {
this.removeTokenData(key);
}
});
},
async authenticate(/*{clusterId, backend, data}*/) {
const [options] = arguments;
const adapter = this.clusterAdapter();
let resp = await adapter.authenticate(options);
let authData = await this.persistAuthData(options, resp.auth || resp.data, this.get('namespace.path'));
await this.get('permissions').getPaths.perform();
return authData;
},
deleteCurrentToken() {
const tokenName = this.get('currentTokenName');
this.deleteToken(tokenName);
this.removeTokenData(tokenName);
},
deleteToken(tokenName) {
const tokenNames = this.get('tokens').without(tokenName);
this.removeTokenData(tokenName);
this.set('tokens', tokenNames);
},
// returns the key for the token to use
currentTokenName: computed('activeCluster', 'tokens', 'tokens.[]', function() {
const regex = new RegExp(this.get('activeCluster'));
return this.get('tokens').find(key => regex.test(key));
}),
currentToken: computed('currentTokenName', function() {
const name = this.get('currentTokenName');
const data = name && this.getTokenData(name);
return name && data ? data.token : null;
}),
authData: computed('currentTokenName', function() {
const token = this.get('currentTokenName');
if (!token) {
return;
}
const backend = this.backendFromTokenName(token);
const stored = this.getTokenData(token);
return assign(stored, {
backend: BACKENDS.findBy('type', backend),
});
}),
});