![]() (end multi-line input with a single "." on a line) If you do not have a password already, you can simply enter “g” to tell kpcli to generate a strong password for you. You will be asked to verify what you type. If you already have a password that you want to use, you can enter it here. Password: ("g" to generate a password)Īfterwards, you will be asked for a password. Next, it will ask you for the username that you use to log into the site. You will have to pick a name that will be used to identify the entry in the database. Now, we can make our entry by typing: new Move into this group by typing: cd Internet This is a website, so it would be wise to store it in our “Internet” group. To remove groups, you can instead use the rmdir command: rmdir test You can make additional groups by using the mkdir command: mkdir test ![]() Currently, we have two groups, and no entries. It also has a structure called “groups” that are used to organize password entries. KeePass stores passwords and the associated data in a structure called an “entry”. Instead, they work on the database structure created within our file.Īs you can see, our database was initialized with two groups, called “eMail” and “Internet”. However, they do not operate on the filesystem. What do we do and how to we get started?įirst, if you checked out the help menu, you may have realized that there are some commands that emulate basic *nix commands. Now, we have our database file loaded into our kpcli environment. kdbx file extension, so this is a good choice to ensure interoperability between systems. This password is used to secure all of your other passwords, so it is essential that you choose a very good password and that you remember it.ĭatabase files for KeePass2 are traditionally stored with the. You will be asked to supply and verify a master password for the KeePass database file. If you do not already have a database file, create one now by typing: This will open your database file into the kpcli environment. You will be asked for your database file’s master password. If you already have a KeePass2 database file, you can use sftp to transfer it to your server and then you can open it in your session like this: You can see some of your available options by typing: helpĬl - Change directory and list entries (cd+ls)Ĭlose - Close the currently opened databaseĬls - Clear screen ("clear" command also works)Įxport - Export entries to a new KeePass DB (export ) You will be given a prompt for interacting with a clean KeePass2 database file. Starting the Session and Getting OrientedĪt the prompt, start up an interactive session with kpcli by typing: kpcli Now that you have the components installed, we can get started learning how to use the command line utility to manage our passwords. Sudo apt-get install kpcli libterm-readline-gnu-perl libdata-password-perl Since this is our first time using apt this session, we will refresh our local package index before the installation: sudo apt-get update We will be downloading the kpcli utility and some helper libraries. In order to get started, we’ll have to get some software from the default Ubuntu repositories. We will be completing these steps on an Ubuntu 14.04 server. We can then connect to this remote database from a local KeePass2 installation to retrieve our password information on any of our internet connected devices. In the next guide, we will leverage our work by learning how to securely serve the key database file with nginx. The kpcli tool is a command line utility for creating and editing KeePass entries and databases. Typically, KeePass2 users interact with a local password database through a graphical user interface, but in this guide, we’ll talk about how to create and manipulate these files in a server environment. ![]() KeePass is a password management solution that can be used to store and manage a database of passwords on a machine that you control. This can be made easier with the help of a password management tool. Most of us have been told repeatedly about the importance of proper password management. If you have been using the same password for different services, the impact can be much more devastating. ![]() With vulnerabilities like HeartBleed surfacing from time-to-time, and trusted companies falling victim to security breaches, your account information can be compromised regardless of whether you have been using strong passwords. Having strong, unique passwords for your online accounts can go a long way towards keeping your information secure and isolating security breaches. Security is something we all have to be concerned about on the internet.
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