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Object.defineProperty(exports, "__esModule", { value: true });
const PassmanCrypto_1 = require("../Service/PassmanCrypto");
const DownloadService_1 = require("../Service/DownloadService");
const File_1 = require("./File");
const html_escaper_1 = require("html-escaper");
const SharingACL_1 = require("./SharingACL");
class Credential {
vault;
server;
ENCRYPTED_FIELDS = ['description', 'username', 'password', 'files', 'custom_fields', 'otp', 'email', 'tags', 'url', 'compromised', 'shared_key'];
/**
* Contains all ENCRYPTED_FIELDS that matches to one of the types: string|number|boolean|null
*/
SERIALIZABLE_ENCRYPTED_FIELDS = ['description', 'username', 'password', 'email', 'url', 'compromised', 'shared_key'];
/**
* encryptedData & spacialServerUpdateFields needs to be merged in order to save to credential to the server (api)
* @protected
*/
encryptedData;
/**
* Should not be overwritten/cleared during Credential instance lifetime, since it contains acl data managed by ShareService.
* @protected
*/
_spacialServerUpdateFields;
/**
* This is always set if the credential is shared with us.
*
* The sharedCredentialEncryptionKey is encrypted with the vault key and injected by ShareService.
* To be able to hold this credential instance in an (initial, fully) unencrypted state (needed to fetch the full vault without vault key given),
* we need to split the encrypted and unencrypted shared credential encryption keys.
*/
encryptedSharedCredentialEncryptionKey;
sharedCredentialEncryptionKey;
decryptedDataCache;
foundUnspecifiedEncryptionError = false;
decryptedDataCacheName;
// can be used to re-encrypt credential data, if the original vault key is not changed yet
overwriteVaultKey = undefined;
constructor(vault, server, encryptedData = undefined) {
this.vault = vault;
this.server = server;
this.encryptedData = encryptedData;
this._spacialServerUpdateFields = {};
this.decryptedDataCache = {};
if (encryptedData === undefined) {
this.encryptedData = {};
this.initializeAllFields();
}
this.vault_id = vault.vaultId;
this.decryptedDataCacheName = this.getVaultGuid() + '_' + this.guid;
}
initializeAllFields() {
this.user_id = null;
this.vault_id = null;
this.label = null;
this.description = null;
this.tags = [];
this.email = null;
this.username = null;
this.password = null;
this.url = null;
this.files = [];
this.custom_fields = [];
this.otp = {};
this.compromised = null;
this.shared_key = null;
this.favicon = null;
this.icon = null;
this.renew_interval = null;
this.expire_time = 0;
this.delete_time = 0;
this.hidden = null;
this.created = null;
this.changed = null;
this.set_share_key = null;
this.skip_revision = null;
}
/**
* Save new credential on the server.
* The current credential object will be updated with the server response data if possible.
*/
async save() {
let requestData = { ...this.encryptedData, ...this._spacialServerUpdateFields };
let credentialResponse = await this.server.postJson('/credentials', requestData, (response) => {
this.server.logger.onError(response.message);
});
if (credentialResponse) {
this.encryptedData = credentialResponse;
this.decryptedDataCache = {};
this.tags.forEach(value => value.text && this.vault.collectedTags.add(value.text));
}
return credentialResponse;
}
/**
* Update / edit an existing credential on the server.
* The current credential object will be updated with the server response data if possible.
* This will not touch the virtual acl field.
*/
async update() {
if (this.acl === undefined || this.acl.permissions.hasPermission(SharingACL_1.SharingACL.permissions.WRITE)) {
let requestData = { ...this.encryptedData, ...this._spacialServerUpdateFields };
let credentialResponse = await this.server.postJson('/credentials/' + this.guid, requestData, (response) => {
this.server.logger.onError(response.message);
}, 'PATCH');
if (credentialResponse) {
this.encryptedData = credentialResponse;
this.decryptedDataCache = {};
if (Array.isArray(this.tags)) {
this.tags.forEach(value => value?.text && this.vault.collectedTags.add(value.text));
}
else {
// recover correct tags structure
this.tags = [];
}
}
return credentialResponse;
}
}
/**
* Refresh the local credential data based on the server, using the credentials guid.
* It is not supported to do that for credentials, shared with us. (Therefore this will not touch the virtual acl field.)
*/
async refresh() {
if (this.encryptedSharedCredentialEncryptionKey) {
// credential is shared with us
// no credential refresh possible, since there is no backend api to do that for a specific shared credential
// if it will be implemented in the future, don't forget to update the acl field, that's currently injected by ShareService
}
else {
this.clearDecryptedDataCache(true);
let credentialResponse = await this.server.getJson('/credentials/' + this.guid, (response) => {
this.server.logger.onError(response.message);
});
if (credentialResponse) {
this.encryptedData = credentialResponse;
this.decryptedDataCache = {};
if (Array.isArray(this.tags)) {
this.tags.forEach(value => value?.text && this.vault.collectedTags.add(value.text));
}
else {
// recover correct tags structure
this.tags = [];
}
}
return credentialResponse;
}
}
/**
* Destroys the credential on the server and removes itself from its local vault.
*/
async destroy() {
if (this.acl === undefined || this.acl.permissions.hasPermission(SharingACL_1.SharingACL.permissions.WRITE)) {
this.clearDecryptedDataCache(true);
let credentialResponse = await this.server.deleteJson('/credentials/' + this.guid, (response) => {
this.server.logger.onError(response.message);
});
const pos = this.vault.credentials.indexOf(this);
this.vault.credentials.splice(pos, 1);
return credentialResponse;
}
}
/**
* This is the correct function to "lock" the credential (to be called subsequently when the vault got locked).
* It clears the decrypted credential data cache as well as a potential sharedCredentialEncryptionKey.
* This will not clear the serialized decrypted data cache, managed by the used DecryptedDataCachingHandlerInterface implementation.
* Set clearCachingHandlerManagedDecryptedData=true to do so (by calling getDecryptedDataCacheHandler().clearCacheByName('...'))
*/
clearDecryptedDataCache(clearCachingHandlerManagedDecryptedData = false) {
this.decryptedDataCache = {};
this.sharedCredentialEncryptionKey = undefined;
Iif (clearCachingHandlerManagedDecryptedData) {
// atm. we are not interested in the result, so we keep the returned Promise running in background
this.server.persistence.getDecryptedDataCacheHandler()?.clearCacheByName(this.decryptedDataCacheName);
}
}
/**
* Restore only serializable fields of the CredentialInterface.
*/
async restoreSerializedDecryptedDataCache() {
const cacheHandler = this.server.persistence.getDecryptedDataCacheHandler();
for (const propertyName of this.SERIALIZABLE_ENCRYPTED_FIELDS) {
this.decryptedDataCache[propertyName] = await cacheHandler?.get(this.decryptedDataCacheName, propertyName);
}
}
/**
* Update or delete an entry in the decrypted data cache.
* @param propertyName
* @param deleteFromCache
*/
updateSerializedDecryptedDataCacheEntry(propertyName, deleteFromCache = false) {
Iif (this.SERIALIZABLE_ENCRYPTED_FIELDS.includes(propertyName) && this.server.persistence.getDecryptedDataCacheHandler()) {
return this.server.persistence.getDecryptedDataCacheHandler().set(this.decryptedDataCacheName, propertyName, deleteFromCache ? undefined : this.decryptedDataCache[propertyName]);
}
}
/**
* Create a credential object based on its encrypted data.
* @param data
* @param vault
* @param server
*/
static fromData(data, vault, server) {
return new Credential(vault, server, data);
}
/**
* Create a credential object based on its guid. This will fetch the current credential data from the server.
* @param guid
* @param vault
* @param server
*/
static async fromGuid(guid, vault, server) {
let cred = new Credential(vault, server);
cred.guid = guid;
await cred.refresh();
return cred;
}
static fromSerializable(serialized, vault, server) {
const credential = new Credential(vault, server, serialized.encryptedData);
credential.encryptedSharedCredentialEncryptionKey = serialized.encryptedSharedCredentialEncryptionKey;
if (serialized.acl) {
credential.acl = {
permissions: new SharingACL_1.SharingACL(serialized.acl.permission),
...serialized.acl
};
}
return credential;
}
async getRevisions() {
return await this.server.getJson('/credentials/' + this.guid + '/revision', (response) => {
this.server.logger.onError(response.message);
});
}
/**
* Update credential (encryptedData store) with the new values, if they have changed.
* This does not update the servers credential instance.
* @param decryptedCredentialData
*/
updateData(decryptedCredentialData) {
// todo: fill Interfaces folder
Object.keys(decryptedCredentialData).forEach((key) => {
if (key !== 'files' ||
(key === 'files' &&
this.acl === undefined ||
this.acl.permissions.hasPermission(SharingACL_1.SharingACL.permissions.FILES))) {
if (this.ENCRYPTED_FIELDS.indexOf(key) > -1) {
// todo: improve check if array or object types have changed
if (this.encryptedData[key] !== decryptedCredentialData[key] || typeof decryptedCredentialData[key] !== 'string') {
if (key === 'shared_key') {
// this special field is not encrypted, if it only contains a null value, since it won't be json stringified
if (decryptedCredentialData[key] !== undefined && decryptedCredentialData[key] !== null && decryptedCredentialData[key] !== 'null' && decryptedCredentialData[key] !== '') {
this.encryptedData[key] = decryptedCredentialData[key];
}
}
else {
this.setEncryptFieldData(key, decryptedCredentialData[key]);
}
}
}
else {
this.encryptedData[key] = decryptedCredentialData[key];
}
}
});
}
exportData() {
return {
user_id: this.user_id,
vault_id: this.vault_id,
label: this.label,
description: this.description,
tags: this.tags,
email: this.email,
username: this.username,
password: this.password,
url: this.url,
files: (this.acl === undefined || this.acl.permissions.hasPermission(SharingACL_1.SharingACL.permissions.FILES)) ? this.files : [],
custom_fields: this.custom_fields,
otp: this.otp,
compromised: this.compromised,
shared_key: this.shared_key,
favicon: this.favicon,
icon: this.icon,
renew_interval: this.renew_interval,
expire_time: this.expire_time,
delete_time: this.delete_time,
hidden: this.hidden,
created: this.created,
changed: this.changed,
set_share_key: this.set_share_key,
skip_revision: this.skip_revision
};
}
/**
* Creates a local 100% clone of the current credential. The clone contains only encrypted data.
*/
clone() {
const newCredential = new Credential(this.vault, this.server, this.encryptedData);
newCredential.encryptedSharedCredentialEncryptionKey = this.encryptedSharedCredentialEncryptionKey;
return newCredential;
}
/**
* Check whether the credential has a valid shared_key.
* If true, it is a credential, that's encrypted with the decrypted shared_key field content.
*/
hasValidSharedKey() {
return this.encryptedData.shared_key !== undefined
&& this.encryptedData.shared_key !== null
&& this.encryptedData.shared_key !== 'null'
&& this.encryptedData.shared_key !== '';
}
/**
* Creates a local 100% clone of the current credential and re-encrypts it with the given key.
*/
reEncryptAsClone(newVaultKey) {
const newCredential = this.clone();
if (this.hasValidSharedKey()) {
// only re-encrypt the shared key, if the credential is shared and not encrypted with the vault key like default credentials
const decrypted_shared_key = newCredential.shared_key;
newCredential.set_share_key = true;
newCredential.skip_revision = true;
newCredential.overwriteVaultKey = newVaultKey;
newCredential.encryptedData.shared_key = PassmanCrypto_1.PassmanCrypto.encryptString(decrypted_shared_key, newVaultKey);
}
else {
// default (100% owned) credential
const decryptedCredentialData = newCredential.exportData();
newCredential.overwriteVaultKey = newVaultKey;
newCredential.updateData(decryptedCredentialData);
newCredential.skip_revision = true;
}
return newCredential;
}
getFieldEncryptionKey(fieldName = null) {
Iif (fieldName !== 'shared_key' &&
this.encryptedData.shared_key !== undefined &&
this.encryptedData.shared_key !== null &&
this.encryptedData.shared_key !== 'null' &&
this.encryptedData.shared_key !== '') {
// got a credential that is shared with others
if (this.decryptedDataCache.shared_key === undefined) {
this.decryptedDataCache.shared_key = PassmanCrypto_1.PassmanCrypto.decryptString(this.encryptedData.shared_key, this.overwriteVaultKey ?? this.vault.vaultKey);
}
if (this.decryptedDataCache.shared_key != null) {
// is this.encryptedData.shared_key is set, but a null value was encrypted, do not return it
return this.decryptedDataCache.shared_key;
}
}
Iif (this.encryptedSharedCredentialEncryptionKey !== undefined) {
if (!this.sharedCredentialEncryptionKey) {
this.sharedCredentialEncryptionKey = PassmanCrypto_1.PassmanCrypto.decryptString(this.encryptedSharedCredentialEncryptionKey, this.vault.vaultKey);
}
return this.sharedCredentialEncryptionKey;
}
return this.overwriteVaultKey ?? this.vault.vaultKey;
}
/**
* Returns (json parsed) field data and decrypt / caches it if required.
*
* @param property key of ILEncryptedCredential
* @private
*/
getCacheDecryptFieldData(property) {
Eif (this.ENCRYPTED_FIELDS.indexOf(property) > -1) {
if (!Object.hasOwn(this.decryptedDataCache, property) || this.decryptedDataCache[property] === undefined) {
Iif (this.encryptedData[property] === null) {
this.decryptedDataCache[property] = null;
}
else {
// should never happen, but who knows xD
Iif (this.encryptedData[property] === undefined) {
this.server.logger.anyError('Corrupt credential data detected. Undefined value for encryptedData.' + property + ' not allowed! encryptedData: ');
this.server.logger.anyError(this.encryptedData);
throw new Error('Corrupt credential data detected. Undefined value for encryptedData.' + property + ' not allowed!');
}
let decryptedData;
try {
decryptedData = PassmanCrypto_1.PassmanCrypto.decryptString(this.encryptedData[property], this.getFieldEncryptionKey(property));
// check for non-json content field
Iif (property === 'shared_key') {
this.decryptedDataCache[property] = decryptedData;
}
else {
this.decryptedDataCache[property] = JSON.parse(decryptedData);
}
// should work, even if we do not wait for the returned Promise
this.updateSerializedDecryptedDataCacheEntry(property);
}
catch (e) {
this.foundUnspecifiedEncryptionError = true;
this.server.logger.anyError(e);
this.server.logger.anyError(decryptedData ?? 'no decrypted data: (undefined)');
this.server.logger.onError('Failed to decrypt field: ' + property + ' of credential: ' + this.label);
}
}
}
return this.decryptedDataCache[property];
}
// no need to cache nor json parse fields without encryption
return this.encryptedData[property];
}
/**
* Pass the plain field data so that it can be stored stringified and encrypted.
*
* @param property
* @param data
* @private
*/
setEncryptFieldData(property, data) {
if (this.ENCRYPTED_FIELDS.indexOf(property) > -1) {
try {
// check for non-json content field
Iif (property === 'shared_key') {
this.encryptedData[property] = PassmanCrypto_1.PassmanCrypto.encryptString(data, this.getFieldEncryptionKey(property));
}
else {
// use data ?? null to prevent undefined value (which could lead to an error in decryption)
this.encryptedData[property] = PassmanCrypto_1.PassmanCrypto.encryptString(JSON.stringify(data ?? null), this.getFieldEncryptionKey(property));
}
}
catch (e) {
this.foundUnspecifiedEncryptionError = true;
this.server.logger.anyError(e);
this.server.logger.onError('Failed to encrypt field: ' + property + ' of credential: ' + this.label);
return;
}
this.decryptedDataCache[property] = data;
this.updateSerializedDecryptedDataCacheEntry(property);
}
else E{
this.encryptedData[property] = data;
}
}
async downloadFile(file, directDownload = true) {
if (file.filename === undefined || file.mimetype === undefined) {
return;
}
const key = this.getFieldEncryptionKey();
const logger = this.server.logger;
const callback = function (result) {
if (!result.hasOwnProperty('file_data')) {
logger.onError('Error downloading file (' + file.filename + '), you probably have insufficient permissions');
return;
}
try {
const file_data = PassmanCrypto_1.PassmanCrypto.decryptString(result.file_data, key);
if (directDownload) {
DownloadService_1.DownloadService.download(file_data, (0, html_escaper_1.escape)(file.filename), file.mimetype);
}
else {
return file_data;
}
}
catch (e) {
logger.anyError(e);
logger.onError('Failed to decrypt file: ' + file.filename);
}
};
if (!this.acl) {
return File_1.File.downloadFile(file, this.server).then(callback);
}
else {
return File_1.File.downloadSharedFile(this, file, this.server).then(callback);
}
}
/**
* Takes plain file data, encrypts and uploads it.
* This method does *not* add the file to the local credential files list!
* Adding it to the files list as well as a call to save() or update() is required to associate the file persistent with the credential.
* @param plainFile
*/
encryptUploadFile(plainFile) {
try {
const encryptedFile = {
data: PassmanCrypto_1.PassmanCrypto.encryptString(plainFile.data, this.getFieldEncryptionKey()),
filename: PassmanCrypto_1.PassmanCrypto.encryptString(JSON.stringify(plainFile.filename), this.getFieldEncryptionKey()),
mimetype: plainFile.mimetype,
size: plainFile.size
};
const callback = function (uploadFileResponse) {
return uploadFileResponse;
};
if (!this.acl) {
return File_1.File.uploadFile(encryptedFile, this.server).then(callback);
}
else {
return File_1.File.uploadSharedFile(this, encryptedFile, this.server).then(callback);
}
}
catch (e) {
this.foundUnspecifiedEncryptionError = true;
this.server.logger.anyError(e);
this.server.logger.onError('Failed to encrypt new file (' + plainFile.filename + ') of credential: ' + this.label);
}
}
/**
* Serialized, encrypted credential data from non-object (string only) transfer methods (like WebExtension messaging api).
*/
getAsSerializable() {
let acl = undefined;
if (this.acl) {
let { permissions, ...newAcl } = {
permission: this.acl.permissions.permission,
...this.acl
};
acl = newAcl;
}
return {
encryptedData: this.getEncrypted(),
encryptedSharedCredentialEncryptionKey: this.encryptedSharedCredentialEncryptionKey,
acl
};
}
/**
* Deletes the given file from the server.
* This method does *not* delete the file from the local credential files list!
* @param file
*/
deleteFile(file) {
return File_1.File.deleteFile(file, this.server);
}
getVaultGuid() {
return this.vault.guid;
}
getEncrypted() {
return this.encryptedData;
}
hasUnspecifiedEncryptionError() {
return this.foundUnspecifiedEncryptionError;
}
get credential_id() {
return this.encryptedData.credential_id;
}
set credential_id(value) {
this.encryptedData.credential_id = value;
}
get guid() {
return this.encryptedData.guid;
}
set guid(value) {
this.encryptedData.guid = value;
}
get user_id() {
return this.encryptedData.user_id;
}
set user_id(value) {
this.encryptedData.user_id = value;
}
get vault_id() {
return this.encryptedData.vault_id;
}
set vault_id(value) {
this.encryptedData.vault_id = value;
}
get label() {
return this.encryptedData.label;
}
set label(value) {
this.encryptedData.label = value;
}
get description() {
return this.getCacheDecryptFieldData('description');
}
set description(value) {
this.setEncryptFieldData('description', value);
}
get tags() {
return this.getCacheDecryptFieldData('tags');
}
set tags(value) {
this.setEncryptFieldData('tags', value);
}
get email() {
return this.getCacheDecryptFieldData('email');
}
set email(value) {
this.setEncryptFieldData('email', value);
}
get username() {
return this.getCacheDecryptFieldData('username');
}
set username(value) {
this.setEncryptFieldData('username', value);
}
get password() {
return this.getCacheDecryptFieldData('password');
}
set password(value) {
this.setEncryptFieldData('password', value);
}
get url() {
return this.getCacheDecryptFieldData('url');
}
set url(value) {
this.setEncryptFieldData('url', value);
}
get files() {
return this.getCacheDecryptFieldData('files');
}
set files(value) {
this.setEncryptFieldData('files', value);
}
get custom_fields() {
return this.getCacheDecryptFieldData('custom_fields');
}
set custom_fields(value) {
this.setEncryptFieldData('custom_fields', value);
}
get otp() {
return this.getCacheDecryptFieldData('otp');
}
set otp(value) {
this.setEncryptFieldData('otp', value);
}
get compromised() {
return this.getCacheDecryptFieldData('compromised');
}
set compromised(value) {
this.setEncryptFieldData('compromised', value);
}
/**
* This special field is not encrypted, if it only contains a null value.
*/
get shared_key() {
if (this.encryptedData.shared_key !== undefined && this.encryptedData.shared_key !== null && this.encryptedData.shared_key !== 'null' && this.encryptedData.shared_key !== '') {
return this.getCacheDecryptFieldData('shared_key');
}
return null;
}
/**
* This special field is not encrypted, if it only contains a null value.
* @param value
*/
set shared_key(value) {
if (value === null || value === '' || value === 'null') {
this.encryptedData.shared_key = null;
}
else E{
this.setEncryptFieldData('shared_key', value);
}
}
get favicon() {
return this.encryptedData.favicon;
}
set favicon(value) {
this.encryptedData.favicon = value;
}
get icon() {
return this.encryptedData.icon;
}
set icon(value) {
this.encryptedData.icon = value;
}
get renew_interval() {
return this.encryptedData.renew_interval;
}
set renew_interval(value) {
this.encryptedData.renew_interval = value;
}
get expire_time() {
return this.encryptedData.expire_time;
}
set expire_time(value) {
this.encryptedData.expire_time = value;
}
get delete_time() {
return this.encryptedData.delete_time;
}
set delete_time(value) {
this.encryptedData.delete_time = value;
}
get hidden() {
return this.encryptedData.hidden;
}
set hidden(value) {
this.encryptedData.hidden = value;
}
get created() {
return this.encryptedData.created;
}
set created(value) {
this.encryptedData.created = value;
}
get changed() {
return this.encryptedData.changed;
}
set changed(value) {
this.encryptedData.changed = value;
}
get set_share_key() {
return this._spacialServerUpdateFields.set_share_key;
}
set set_share_key(value) {
this._spacialServerUpdateFields.set_share_key = value;
}
get skip_revision() {
return this._spacialServerUpdateFields.skip_revision;
}
set skip_revision(value) {
this._spacialServerUpdateFields.skip_revision = value;
}
get acl() {
return this._spacialServerUpdateFields.acl;
}
/**
* Will be called short after credential instantiation by the ShareService.
* @param value
*/
set acl(value) {
this._spacialServerUpdateFields.acl = value;
}
get spacialServerUpdateFields() {
return this._spacialServerUpdateFields;
}
}
exports.default = Credential;
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