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Package: emacs-mozc
Description-md5: d7fbcd37fe4b1aea877c378ab81adc91
Description-en: Mozc for Emacs
 Mozc is a Japanese Input Method Editor (IME) designed for multi-platform
 such as Chromium OS, Windows, Mac and Linux.
 .
 This package provides the elisp files to run mozc with GNU Emacs.
 .
 This open-source project originates from Google Japanese Input.

Package: emacs-mozc-bin
Description-md5: d0382006f98c09382d8522d3a438b943
Description-en: Helper module for emacs-mozc
 Mozc is a Japanese Input Method Editor (IME) designed for multi-platform
 such as Chromium OS, Windows, Mac and Linux.
 .
 This package provides the helper module to the GNU Emacs.
 .
 This open-source project originates from Google Japanese Input.

Package: fcitx5-mozc
Description-md5: 513f0ba596c268d92ac11f491c899024
Description-en: Mozc engine for fcitx5 - Client of the Mozc input method
 This is the mozc engine for fcitx version 5.
 Fcitx is a input method framework with extension support, which provides
 an interface for entering characters of different scripts in applications
 using a variety of mapping systems.
 .
 It offers a pleasant and modern experience, with intuitive graphical
 configuration tools and customizable skins and mapping tables.
 It is highly modularized and extensible, with GTK+ 2/3 and Qt4 IM Modules,
 support for UIs based on Fbterm, pure Xlib, GTK+, or KDE, and
 a developer-friendly API.
 .
 fcitx5-mozc provides client part of the Mozc input method.

Package: ibus-mozc
Description-md5: 88b12aa5cdc5ae186ce940b50e7ee25b
Description-en: Mozc engine for IBus - Client of the Mozc input method
 IBus is an Intelligent Input Bus. It is a new input framework for Linux OS.
 It provides full featured and user friendly input method user interface.
 It also may help developers to develop input method easily.
 .
 Mozc is a Japanese Input Method Editor (IME) designed for multi-platform
 such as Chromium OS, Windows, Mac and Linux.
 .
 ibus-mozc provides client part of the Mozc input method.
 .
 This open-source project originates from Google Japanese Input.

Package: mozc-server
Description-md5: 8c20219f07f38ad45616b5119e58023e
Description-en: Server of the Mozc input method
 Mozc is a Japanese Input Method Editor (IME) designed for multi-platform
 such as Chromium OS, Windows, Mac and Linux.
 .
 mozc-server provides GUI utilities of the Mozc input method.
 .
 This open-source project originates from Google Japanese Input.

Package: mozc-utils-gui
Description-md5: 26ec796df53363feb223226aacb6085e
Description-en: GUI utilities of the Mozc input method
 Mozc is a Japanese Input Method Editor (IME) designed for multi-platform
 such as Chromium OS, Windows, Mac and Linux.
 .
 mozc-server provides GUI uitilities of the Mozc input method.
 This uses GUI and can set ibus-mozc and the user's dictionary.
 .
 This open-source project originates from Google Japanese Input.

Package: uim-mozc
Description-md5: d356d87e8c6ad11ff55a4f9485240410
Description-en: Mozc engine for uim - Client of the Mozc input method
 uim is an input method module library supporting various languages, which
 become a frontend for Anthy, SKK, Canna, T-Code, TUT-Code,
 Pinyin (Chinese input method), Hangul (Korean input method),
 IPA (International Phonetic Alphabet), etc.
 Most of the functions are implemented with Scheme, so it's very simple
 and flexible.
 .
 Mozc is a Japanese Input Method Editor (IME) designed for multi-platform
 such as Chromium OS, Windows, Mac and Linux.
 .
 uim-mozc provides client part of the Mozc input method.

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Package: golang-github-mmcloughlin-addchain-dev
Description-md5: efe32e64a36ccffa6ffe74d2c0809c9b
Description-en: Cryptographic Addition Chain Generation in Go (library)
 Cryptographic Addition Chain Generation in Go
 addchain generates short addition chains for exponents of cryptographic
 interest with results rivaling the best hand-optimized chains. Intended
 as a building block in elliptic curve or other cryptographic code
 generators.
 .
  * Suite of algorithms from academic research: continued fractions,
    dictionary-based and Bos-Coster heuristics
  * Custom run-length techniques exploit structure of cryptographic
    exponents
    with excellent results on Solinas primes
  * Generic optimization methods eliminate redundant operations
  * Simple domain-specific language for addition chain computations
  * Command-line interface or library
  * Code generation and templated output support
 .
 This package contains the Go development library.

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