KeePassX is a cross-platform password manager application. It has very high security standards. Since, it stores data locally in encrypted format, it’s probably a better alternative to any online password manager. If you want to share it across multiple devices/platforms just sync the database file using some apps like Dropbox. Make sure you’re synchronizing the encrypted file(*.kdb), not the raw *.xml export or anything else.
It has simple and lightweight graphical interface, with all the basic features, to make password management easier for everyone. It comes in very handy if you manage lots of online accounts at various sites, because having a unique and strong password for each website is highly recommended. With KeePassX, the Master Password is all you need to remember.
Installing/Setting up KeePassX on Ubuntu [14.04 LTS]
It’s very likely (in most common GNU/Linux distributions – Debian, Ubuntu, Linux Mint etc) that it’s already there in your default package repository. Just open a terminal (default shortcut :
Ctrl+Alt+t) and type
sudo apt-get install keepassx
After installing KeePassX, set up the Master Password or Key. And you should also configure/specify the location for storing the database file. KeePassX will prompt you to enter the master key every time you open the application. Keep a very long Master password (I use 22 letters with lower & upper case letters, numbers and special characters) and remember that. On the other hand, you could also use key pairs instead of password. (or both if you wish)
Additional features include a random password generator, storing urls, comments, usernames, attachments etc in a simple and easy way. Passwords can be easily organized in multiple groups and unique icons can be specified for each group.
Visit the official site to know more about the features (or to get package for other distro) and drop a comment here if you’ve any question/issue related to KeePassX.
vnstat is a simple command line utility for monitoring bandwidth usage in Ubuntu or any other Linux based distributions and BSD. It’s a very handy tool for keeping an eye on overall bandwidth usage on your system, especially if you’re accessing web over mobile network or you’re using ISP that reduces speed after a certain limit e.g 50 GB (FUP).
- very lightweight and efficient (low cpu usage regardless of traffic)
- simple and easy to use (no configuration required)
- it can monitor multiple interfaces simultaneously
- multiple output options (daily, monthly etc)
Installing vnstat in Ubuntu/Linux
It’s already there in official package repository, all you need to do is open a terminal and type :
sudo apt-get install vnstat
As you install vnstat, it will start monitoring your internet traffic (default interface : eth0). Simply type
vnstat to get an overview of actual bandwidth usage and the estimated usage for next day or month. It will also display the interface(s) it’s monitoring.
For all available options, type :
Few commands you should know
vnstat -d : for daily stats
vnstat -w : for weekly stats
vnstat -m : for monthly stats
vnstat -l : for analyzing live traffic
vnstat -t : shows usage statistics for top 10 days
Fish is a friendly command line shell for Ubuntu/Linux, Mac or any other operating system from the *nix family. If you use bash (the default shell in Ubuntu) often, then you may want to give it a try. It has lots of smart features you may find productive.
- Autosuggestions – It suggests commands when you type, based on history and it’ll often save you some time with the commands you type more often.
- Scripting – Similar to bash but the syntax is much simple, clean and consistent.
- term256 – it supports 256 colors.
- Sane defaults – Most of the features will work just fine without any additional configurations.
Installing Fish in Ubuntu
Fish is already there in official package repository (tested on Ubuntu 14.04 LTS). So, you can install it right away
sudo apt-get update
sudo apt-get install fish
If it’s not available in repository or you’re using other Linux distribution ? Check out official page to download a tarball for your distribution.
To start fish, simply type
fish on your terminal and you’ll jump into the fish shell. Type
help and it will open the documentation tab (hosted locally) in your default browser. Also read official tutorials to learn more about the features of Fish Shell.
Android Studio is the new development environment for Android (officially recommended). It’s based on IntelliJ IDEA (Integrated Development Environment from JetBRAINS).
You can still use Eclipse IDE though (however, it may not be supported once the Android Studio comes out of beta) but Android Studio brings lots of new features and improvements (Advanced Android code completion and refactoring, multiple APK generation, Maven based build dependencies etc), so lets set up Android Studio on Ubuntu/Linux. (tested on Ubuntu 14.04 LTS (64 bit Intel Machine))
1. Install JDK 6 or later
First, install Oracle JDK 8 (although you could also choose OpenJDK but it has some UI/performance issues) using WebUpd8 PPA.
sudo add-apt-repository ppa:webupd8team/java
sudo apt-get update
sudo apt-get install oracle-java8-installer
sudo apt-get install oracle-java8-set-default
To make sure, it’s installed successfully, open a terminal and type (you should get the version number of the jdk you’ve installed e.g javac 1.8.0_11)
2. Download and install Android Studio
Download the Android Studio package for Linux and extract it somewhere (e.g home directory).
Then type :
3. Install SDK Platforms
You need to install some SDK before you jump into building android apps. Click on
Configure -> SDK Manager to open Android SDK Manager. Select the latest API (to test against target build, e.g API 19 (Android 4.4.2)) and some packages in Extras (Android Support Library and Android Support Repository). Then install the selected packages.
That’s all. Now, the development environment is ready
If you need some help then learn Android development at TreeHouse or checkout official docs.
Ubuntu 14.04 “Trust Tahr” is released and It’s time to upgrade.
Step 1. Backup
Backup all the important files/configs/ etc. The upgrades usually go smooth but that doesn’t mean you shouldn’t have backup ready, in case anything goes wrong.
Step 2. Disable proprietary drivers
Remove proprietary binary drivers for graphic cards (Nvidia/AMD) etc as the linux kernel version will change in 14.04, the older graphic drivers may not work. So, it’s better to uninstall them before upgrade and reinstall after upgrade. And reboot the system.
Step 3. Start Update manager
From Ubuntu 13.10, it should be available in update manager. Just type
and follow the upgrade instructions.
From Ubuntu 12.04 LTS, you need to provide -d option for force upgrade (until, it’s officially available in next few months (until 14.04.1), by July/Aug 2014) :
sudo update-manager -d
And you should see 14.04 available in update manager.
Click on “upgrade” and follow the instruction. And of course, you should reinstall any proprietary drivers if removed earlier.
Note : If you don’t see the message “New Ubuntu Release ‘14.04’ is available”, then you may need to check settings and enable the option that says : notify me about new ubuntu version for long term support version.