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Password management should be simple and follow Unix philosophy. With pass, each password lives inside of a gpg encrypted file whose filename is the title of the website or resource that requires the password. These encrypted files may be organized into meaningful folder hierarchies, copied from computer to computer, and, in general, manipulated using standard command line file management utilities. pass makes managing these individual password files extremely easy. All passwords live in ~/.password-store, and pass provides some nice commands for adding, editing, generating, and retrieving passwords. It is a very short and simple shell script. It's capable of temporarily putting passwords on your clipboard and tracking password changes using git. You can edit the password store using ordinary Unix shell commands alongside the pass command. There are no funky file formats or new paradigms to learn. There is bash completion so that you can simply hit tab to fill in names.

diffoscope will try to get to the bottom of what makes files or directories different. It will recursively unpack archives of many kinds and transform various binary formats into more human readable form to compare them. It can compare two tarballs, ISO images, or PDF just as easily. It can be scripted through error codes, and a report can be produced with the detected differences. The report can be text or HTML. When no type of report has been selected, diffoscope defaults to write a text report on the standard output. diffoscope is developed as part of the 'reproducible builds' Debian project. It is meant to be able to quickly understand why two builds of the same package produce different outputs. diffoscope was previously named debbindiff.

powerman is free Unix/Linux software that controls (remotely and in parallel) switched power distribution units. It was designed for remote power control of Linux systems in a data center or cluster environment, but has been used in other environments such as embedded management appliances, home automation, and high availability service management. powerman can be extended to support new devices using an expect-like scripting language. It communicates with devices natively using telnet, raw socket, and serial protocols. It also can drive virtual power control devices via a coprocess interface. The coprocess mechanism has been used to extend powerman to communicate with devices using other protocols such as SNMP, IPMI, Insteon, X-10, and VXI-11. powerman can control equipment connected using any combination of the above methods and provide unified naming for the equipment and parallel execution of control actions.

QPxTool is the Linux way to get full control over your CD/DVD drives. It is the Open Source Solution which intends to give you access to all available Quality Checks (Q-Checks) on written and blank media, that are available for your drive. This will help you to find the right media and the optimized writing speed for your hardware, which will increase the change for a long data lifetime. These tests are actually supported: * PIE / PIF Scan * TA Scan * Jitter / Beta Scan * Transfer Rate Scan * C1-, C2- and CU-Scan * Blank Media Quality Check * FE/TE Scan on blank media * FE/TE Scan on written media See webpage to get a list of the currently supported hardware.

This is GNU Stow, a program for managing the installation of software packages, keeping them separate (/usr/local/stow/emacs vs. /usr/local/stow/perl, for example) while making them appear to be installed in the same place (/usr/local). Stow was inspired by Carnegie Mellon's "Depot" program, but is substantially simpler. Whereas Depot requires database files to keep things in sync, Stow stores no extra state between runs, so there's no danger (as there is in Depot) of mangling directories when file hierarchies don't match the database. Also unlike Depot, Stow will never delete any files, directories, or links that appear in a Stow directory (e.g., /usr/local/stow/emacs), so it's always possible to rebuild the target tree (e.g., /usr/local).

Bomstrip is a very simple tool that removes BOM's (byte-order-marks) from utf-8 files. Actually, it is a set of tools that all do the same thing, but - for added entertainment value - in multiple programming languages (python, c, java, brainfuck, ook!, perl, sed, postscript, pascal, unlambda, limbo, haskell, ocaml, php, ruby). You want to always have this tool within hand-reach, no matter where you are and which compilers/interpreters you keep close to you. Each tool reads from stdin and writes to stdout. It accepts no options or arguments. It never writes into files directly. All files are public domain. It exists for the purpose of noting how stupid BOM's in utf-8 files are. Oh, in case you didn't know yet: utf-8 does not have byte-ordering issues, so there is absolutely no need to have three bytes (the utf-8-BOM) that do not say anything about the byte-order (since there is nothing to say).

ITS Tool allows you to translate your XML documents with PO files, using rules from the W3C Internationalization Tag Set (ITS) to determine what to translate and how to separate it into PO file messages. PO files are the standard translation format for GNU and other Unix-like systems. They present translatable information as discrete messages, allowing each message to be translated independently. In contrast to whole-page translation, translating with a message-based format like PO means you can easily track changes to the source document down to the paragraph. When new strings are added or existing strings are modified, you only need to update the corresponding messages. ITS Tool is designed to make XML documents translatable through PO files by applying standard ITS rules, as well as extension rules specific to ITS Tool. ITS also provides an industry standard way for authors to override translation information in their documents, such as whether a particular element should be translated.

This is a keyboard for typesetting Ancient Greek with precomposed Unicode characters. It is written in Keyman Keyboard Language by SIL Non-Roman Script Initiative (NRSI). This port installs the keyboard so that it can be used through SCIM or IBus KMFL IMEngine (textproc/scim-kmfl-imengine, textproc/ibus-kmfl). The main purpose of the keyboards is to provide a wide range of keying options, so many characters can be entered in multiple ways. The features include: * preserving the context when deleting; * choosing the correct code for the sigma depending upon the encoding and the context (so the correct final form is used when appropriate); * understanding the context of gamma so that it can be typed as 'n' before kappa, xi or chi and as 'ng' before another gamma. * support for Greek punctuation.

This is a set of two keyboards that provides a single implementation for many Roman writing systems across Africa, based on results compiled from data from Benin, Burkina Faso, Cameroon, Chad, Cote d'Ivoire, Nigeria, Senegal and Togo. The keyboards are written in Keyman keyboard language and developed by SIL Non-Roman Script Initiative (NRSI). The software is distributed under the X11-style license (http://scripts.sil.org/X11License). This port installs the keyboard so that it can be used through SCIM or IBus KMFL IMEngine (textproc/scim-kmfl-imengine, textproc/ibus-kmfl). Two layouts are provided: * mnemonic layout for any keyboard (using deadkeys); * positional layout for US keyboard (using deadkeys and/or shift-states, i.e. RALT and LALT keys).

This is a keyboard for input of the Malayalam according to the transliteration scheme called Mozhi (https://sites.google.com/site/cibu/mozhi). The keymap is written in Keyman keyboard language and developed as a part of Varamozhi Project under the LGPL license. The Mozhi is intended to be the most intuitive scheme for Malayalam speakers. It simplifies what the user needs to remember and is not phonetically accurate. This keymap supports the current standard for Malayalam Chillus (i.e. without special encoding). It offers mnemonic keyboard functionality and smart-quote functionality with comas and numerals. This port installs the keyboard so that it can be used through SCIM or IBus KMFL IMEngine (textproc/scim-kmfl-imengine, textproc/ibus-kmfl).