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* PM-1049 - Create first display draft of login-decryption-options base and web components (no data loading or user actions wired up yet; WIP) * PM-1049 - Update DeviceResponse to match latest properties on backend * PM-1049 - Add getDevices call to retrieve all user devices to API service * PM-1049 - WIP on figuring out login decryption options component requirements * PM-1049 - Add empty login decryption options to desktop * PM-1049 - Desktop - Update "Log in initiated" translation to be "Login Initiated" per figma and product request * PM-1049 - Desktop - login decryption options component html done * PM-1049 - Move login-decryption-options in web into own folder * PM-1049 - Browser - created html for login-decryption-options component * PM-1049 - Move newly created getDevices() method out of api.service into proper place in new devices-api.service. * PM-1049 -Comment cleanup and TODO added * PM-1049 - Comment cleanup and dependency cleanup across all login-decryption-options comps * PM-1049 - WIP of building out needed response and regular models for saving new UserDecryptionOptions on the Account in state. * PM-1049 - Update all User Decryption Options response and state models in light of the back end changes from a list to an object. Web building now with decryption options stored on state under the account successfully. Must now build out state service methods for retrieving / setting account decryption options for use elsewhere. * PM-1049 - State Service - setup setters / getters for UserDecryptionOptions off the account * PM-1049 - StateService - replace User with Acct for decryption options * PM-1049 - Create domain models vs using response models as response models have a response property w/ the full response nested underneath which we don't need to persist for the user decryption options stored on the account. * PM-1049 - AcctDecryptionOptions now persist across page refreshes of the login-initiated page to act similarly to refreshes on the lock screen. Accomplished via persisting AcctDecryptionOptions in local storage -- still cleared on logout. * PM-1049 - IdTokenResponse - only userDecryptionOptions if they exist on the response from the server; I saw a few instances where it did not. Wasn't able to replicate consistently, but I put this check here to be safe. * PM-1049 - Login Initiated route can only be accessed if user is AuthN w/ locked vault + TDE feature flag is on. * PM-1049 - LoginDecryptionOptions - (1) Wire up loading logic (2) Retrieve User Acct Decryption options to determine whether or not to show request admin approval btn and approve w/ MP (3) Write up future logic for requestAdminApproval (4) approveWithMasterPassword takes you to the lock screen to login. * PM-1049 - Apply same guards as in web to login-decryption-options in desktop & browser. * PM-1049 - (1) Updated dependencies in parent BaseLoginDecryptionOptionsComponent class + child components (2) Retrieve userEmail b/c needed for displaying which email the user is logging in with (3) Add log out functionality (4) Add comments regarding future implementation details for each login approval flow. * PM-1049 - Web/Browser/Desktop LoginDecryptionOptions - (1) Wire up approval buttons (2) Add conditional margins (3) Loading spinner added (4) Display userEmail + "not you" logout link * PM-1049 - Add TODOs for future changes needed as part of the Login Approval flows for TDE * PM-1049 - TODO: replace base component with business service * add new storage to replace MasterKey with UserSymKey * add storage for master key encrypted user symmetric key * Begin refactor of crypto service to support new key structure * remove provided key from getKeyForUserEncryption * add decryption with MasterKey method to crypto service * update makeKeyPair on crypto service to be generic * add type to parameter of setUserKey in abstraction of crypto service * add setUserSymKeyMasterKey so we can set the encrypted user sym key from server * update cli with new crypto service methods - decrypt user sym key and set when unlocking * separate the user key in memory from user keys in storage * add new memory concept to crypto service calls in cli * update auth service to use new crypto service * update register component in lib to use new crypto service * update register component again with more crypto service * update sync service to use new crypto service methods * update send service to use new crypto service methods * update folder service to use new crypto service methods * update cipher service to use new crypto service * update password generation service to use new crypto service * update vault timeout service with new crypto service * update collection service to use new crypto service * update emergency access components to use new crypto service methods * migrate login strategies to new key model - decrypt and set user symmetric key if Master Key is available - rename keys where applicable - update unit tests * migrate pin to use user's symmetric key instead of master key - set up new state - migrate on lock component - use new crypto service methods * update pin key when the user symmetric key is set - always set the protected pin so we can recreate pin key from user symmetric key - stop using EncryptionPair in account - use EncString for both pin key storage - update migration from old strategy on lock component * set user symmetric key on lock component - add missed key suffix types to crypto service methods * migrate auto key - add helper to internal crypto service method to migrate * remove additional keys in state service clean * clean up the old pin keys in more flows - in the case that the app is updated while logged in and the user changes their pin, this will clear the old pin keys * finish migrate auto key if needed - migrate whenever retrieved from storage - add back the user symmetric key toggle * migrate biometrics key - migrate only on retrieval * fix crypto calls for key connector and vault timeout settings * update change password components with new crypto service * update assortment of leftover old crypto service calls * update device-crypto service with new crypto service * remove old EncKey methods from crypto service * remove clearEncKey from crypto service * move crypto service jsdoc to abstraction * add org key type and new method to build a data enc key for orgs * fix typing of bulk confirm component * fix EncString serialization issues & various fixes Co-authored-by: Matt Gibson <MGibson1@users.noreply.github.com> * update account model with new keys serialization * migrate native messaging for biometrics to use new key model - support backwards compatibility - update safari web extension to send user key - add error handling * add early exit to native messaging flow for errors * improve error strings in crypto service * disable disk cache for browser due to bg script/popup race conditions * clear bio key when pin is migrated as bio is refreshed * share disk cache to fix syncing issues between contexts * check for ephemeral pin before process reload * remove state no longer needed and add JSDOC * fix linter * add new types to tests * remove cryptoMasterKeyB64 from account * fix tests imports * use master key for device approvals still * cleanup old TODOs, add missing crypto service parameters * fix cli crypto service calls * share disk cache between contexts on browser * Revert "share disk cache between contexts on browser" This reverts commit |
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Bitwarden Command-line Interface
The Bitwarden CLI is a powerful, full-featured command-line interface (CLI) tool to access and manage a Bitwarden vault. The CLI is written with TypeScript and Node.js and can be run on Windows, macOS, and Linux distributions.
Developer Documentation
Please refer to the CLI section of the Contributing Documentation for build instructions, recommended tooling, code style tips, and lots of other great information to get you started.
User Documentation
Download/Install
You can install the Bitwarden CLI multiple different ways:
NPM
If you already have the Node.js runtime installed on your system, you can install the CLI using NPM. NPM makes it easy to keep your installation updated and should be the preferred installation method if you are already using Node.js.
npm install -g @bitwarden/cli
Native Executable
We provide natively packaged versions of the CLI for each platform which have no requirements on installing the Node.js runtime. You can obtain these from the downloads section in the documentation.
Other Package Managers
- Chocolatey
choco install bitwarden-cli
- Homebrew
brew install bitwarden-cli
- Snap
sudo snap install bw
Help Command
The Bitwarden CLI is self-documented with --help
content and examples for every command. You should start exploring the CLI by using the global --help
option:
bw --help
This option will list all available commands that you can use with the CLI.
Additionally, you can run the --help
option on a specific command to learn more about it:
bw list --help
bw create --help
Help Center
We provide detailed documentation and examples for using the CLI in our help center at https://help.bitwarden.com/article/cli/.