706670a
 Source code for Debianized Rust crate "frizbee"

Package: librust-frizbee-dev
Description-md5: c4dfcb45ffb152f1c262600efdc2523f
Description-en: Fast typo-resistant fuzzy matching via SIMD smith waterman, similar algorithm to FZF - Rust source code
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667892,667903d
658257,658263d
657443,657452c
Description-md5: 91dde115d7e23caa0312a6a1ace85c9c
Description-en: Query the gene models of a given organism/assembly
 Extract the genomic locations of genes, transcripts, exons, introns, and CDS,
 for the gene models stored in a TxDb object. A TxDb object is a small database
 that contains the gene models of a given organism/assembly. Bioconductor
 provides a small collection of TxDb objects in the form of ready-to-install
 TxDb packages for the most commonly studied organisms. Additionally, the user
 can easily make a TxDb object (or package) for the organism/assembly of their
 choice by using the tools from the txdbmaker package.
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598684,598692d
559878a
Package: tcl-parse-args
Description-md5: 85289d07cf6128380155b539a580b017
Description-en: Advanced argument parsing for Tcl
 The commands provided by the Tcl core follow a pattern of optional, named
 arguments (named with a leading "-" to indicate an option) in addition to
 positional arguments. They strongly prefer named arguments when the number
 of arguments and particularly optional arguments grows beyond about 3.
 Tcl scripts however have no access to standard argument parsing
 facilities to implement this pattern and have to build their named argument
 parsing machinery from scratch. This is slow to do in script, error prone,
 and creates noise in the code that distracts from the core task of the
 command implementation.  This means that script-defined commands generally
 present half-baked argument handling APIs and tend to over-use positional
 arguments.
 .
 This package aims to address this weakness by providing a robust argument
 parsing mechanism to script code that can implement the full set of patterns
 established by the core Tcl commands, is terse and readable to specify the
 arguments, and is fast enough to use in any situation.

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547459a
Package: openjdk-28-dbg
Description-md5: d73cb0a41450fd194ce774f2b26510b8
Description-en: Java runtime based on OpenJDK (debugging symbols)
 OpenJDK is a development environment for building applications,
 applets, and components using the Java programming language.
 .
 This package contains the debugging symbols.

Package: openjdk-28-demo
Description-md5: 8c587e17f25fb354ef51e27e56507756
Description-en: Java runtime based on OpenJDK (demos and examples)
 OpenJDK Java runtime

Package: openjdk-28-doc
Description-md5: 4689d9c1e14d405d15f0710639599643
Description-en: OpenJDK Development Kit (JDK) documentation
 OpenJDK is a development environment for building applications,
 applets, and components using the Java programming language.
 .
 This package contains the API documentation.

Package: openjdk-28-jdk
Description-md5: b9e7f4837238c34971e4a8b72ab7d045
Description-en: OpenJDK Development Kit (JDK)
 OpenJDK is a development environment for building applications,
 applets, and components using the Java programming language.

Package: openjdk-28-jdk-headless
Description-md5: 494a52f34d707a832270d6d51a78f511
Description-en: OpenJDK Development Kit (JDK) (headless)
 OpenJDK is a development environment for building applications,
 applets, and components using the Java programming language.

Package: openjdk-28-jre
Description-md5: 13097853553de1ab39cc189225a9cbaa
Description-en: OpenJDK Java runtime, using Hotspot JIT
 Full Java runtime environment - needed for executing Java GUI and Webstart
 programs, using Hotspot JIT.

Package: openjdk-28-jre-headless
Description-md5: 62c2c9689e617c48cc4480926d2ca785
Description-en: OpenJDK Java runtime, using Hotspot JIT (headless)
 Minimal Java runtime - needed for executing non GUI Java programs,
 using Hotspot JIT.

Package: openjdk-28-jre-zero
Description-md5: c714861c802c9808def07d5329c6ed78
Description-en: Alternative JVM for OpenJDK, using Zero
 The package provides an alternative runtime using the Zero VM. Built on
 architectures in addition to the Hotspot VM as a debugging aid for those
 architectures which don't have a Hotspot VM.
 .
 The VM is started with the option `-zero'. See the README.Debian for details.

Package: openjdk-28-source
Description-md5: 5e4d8bbb398daa24b05478a4a3be42bf
Description-en: OpenJDK Development Kit (JDK) source files
 OpenJDK is a development environment for building applications,
 applets, and components using the Java programming language.
 .
 This package contains the Java programming language source files
 (src.zip) for all classes that make up the Java core API.

Package: openjdk-28-testsupport
Description-md5: 90b36dc9c28e2e8bfec904dc5995bd4c
Description-en: Java runtime based on OpenJDK (regression test support)
 OpenJDK is a development environment for building applications,
 applets, and components using the Java programming language.
 .
 This package contains all the binary files needed to run the
 OpenJDK autopkg tests.

.
539638,539650d
450871a
Package: python3-link-grammar
Description-md5: 5d98edc327246241bb85fc1213614796
Description-en: CMU's link grammar parser - Python 3 binding
 In Sleator, D. and Temperley, D. "Parsing English with a Link Grammar"
 (1991), the authors defined a new formal grammatical system called a
 "link grammar". A sequence of words is in the language of a link
 grammar if there is a way to draw "links" between words in such a way
 that the local requirements of each word are satisfied, the links do
 not cross, and the words form a connected graph. The authors encoded
 English grammar into such a system, and wrote this program to parse
 English using this grammar.
 .
 link-grammar can be used for linguistic parsing for information
 retrieval or extraction from natural language documents. It can also be
 used as a grammar checker.
 .
 This package contains a Python 3 library for using link-grammar.

.
450853a
Package: python-link-grammar-examples
Description-md5: d4f3e261e8644b6d09a873bea5691154
Description-en: CMU's link grammar parser - Python examples
 In Sleator, D. and Temperley, D. "Parsing English with a Link Grammar"
 (1991), the authors defined a new formal grammatical system called a
 "link grammar". A sequence of words is in the language of a link
 grammar if there is a way to draw "links" between words in such a way
 that the local requirements of each word are satisfied, the links do
 not cross, and the words form a connected graph. The authors encoded
 English grammar into such a system, and wrote this program to parse
 English using this grammar.
 .
 link-grammar can be used for linguistic parsing for information
 retrieval or extraction from natural language documents. It can also be
 used as a grammar checker.
 .
 This package contains examples for using python3-link-grammar.

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450816a
Package: link-grammar-dictionaries-all
Description-md5: 9d1f785afd9cc8a9c182fe9a9fcce2e3
Description-en: CMU's link grammar parser - all dictionaries
 In Sleator, D. and Temperley, D. "Parsing English with a Link Grammar"
 (1991), the authors defined a new formal grammatical system called a
 "link grammar". A sequence of words is in the language of a link
 grammar if there is a way to draw "links" between words in such a way
 that the local requirements of each word are satisfied, the links do
 not cross, and the words form a connected graph. The authors encoded
 English grammar into such a system, and wrote this program to parse
 English using this grammar.
 .
 link-grammar can be used for linguistic parsing for information
 retrieval or extraction from natural language documents. It can also be
 used as a grammar checker.
 .
 This package contains all dictionaries bundled with link-grammar.

Package: link-grammar-dictionaries-en
Description-md5: 872194f10331921a1ec7218957d56633
Description-en: CMU's link grammar parser - english dictionary
 In Sleator, D. and Temperley, D. "Parsing English with a Link Grammar"
 (1991), the authors defined a new formal grammatical system called a
 "link grammar". A sequence of words is in the language of a link
 grammar if there is a way to draw "links" between words in such a way
 that the local requirements of each word are satisfied, the links do
 not cross, and the words form a connected graph. The authors encoded
 English grammar into such a system, and wrote this program to parse
 English using this grammar.
 .
 link-grammar can be used for linguistic parsing for information
 retrieval or extraction from natural language documents. It can also be
 used as a grammar checker.
 .
 This package contains the English dictionaries.

.
450781a
Description-md5: 890ee6a2ae4b8fcd91026afb6f199d0c
Description-en: CMU's link grammar parser - CLI tools
 In Sleator, D. and Temperley, D. "Parsing English with a Link Grammar"
 (1991), the authors defined a new formal grammatical system called a
 "link grammar". A sequence of words is in the language of a link
 grammar if there is a way to draw "links" between words in such a way
 that the local requirements of each word are satisfied, the links do
 not cross, and the words form a connected graph. The authors encoded
 English grammar into such a system, and wrote this program to parse
 English using this grammar.
 .
 link-grammar can be used for linguistic parsing for information
 retrieval or extraction from natural language documents. It can also be
 used as a grammar checker.
 .
 This package contains the link-grammar command-line tools.

Package: link-grammar
.
450762a
Package: liblink-grammar-java
Description-md5: 8d7e7c5d63621df41b77032a62ee962e
Description-en: CMU's link grammar parser - JNI library
 In Sleator, D. and Temperley, D. "Parsing English with a Link Grammar"
 (1991), the authors defined a new formal grammatical system called a
 "link grammar". A sequence of words is in the language of a link
 grammar if there is a way to draw "links" between words in such a way
 that the local requirements of each word are satisfied, the links do
 not cross, and the words form a connected graph. The authors encoded
 English grammar into such a system, and wrote this program to parse
 English using this grammar.
 .
 link-grammar can be used for linguistic parsing for information
 retrieval or extraction from natural language documents. It can also be
 used as a grammar checker.
 .
 This package contains a Java JNI library
 for using link-grammar from your java applications.

Package: liblink-grammar5t64
Description-md5: 2fdb2bf2b6be0a9cb1cff05a085c5cfb
Description-en: CMU's link grammar parser - libraries
 In Sleator, D. and Temperley, D. "Parsing English with a Link Grammar"
 (1991), the authors defined a new formal grammatical system called a
 "link grammar". A sequence of words is in the language of a link
 grammar if there is a way to draw "links" between words in such a way
 that the local requirements of each word are satisfied, the links do
 not cross, and the words form a connected graph. The authors encoded
 English grammar into such a system, and wrote this program to parse
 English using this grammar.
 .
 link-grammar can be used for linguistic parsing for information
 retrieval or extraction from natural language documents. It can also be
 used as a grammar checker.
 .
 This package contains the shared library.

.
450743a
Package: liblink-grammar-dev
Description-md5: 27fa2606540534a15648263e2a638969
Description-en: CMU's link grammar parser - development headers
 In Sleator, D. and Temperley, D. "Parsing English with a Link Grammar"
 (1991), the authors defined a new formal grammatical system called a
 "link grammar". A sequence of words is in the language of a link
 grammar if there is a way to draw "links" between words in such a way
 that the local requirements of each word are satisfied, the links do
 not cross, and the words form a connected graph. The authors encoded
 English grammar into such a system, and wrote this program to parse
 English using this grammar.
 .
 link-grammar can be used for linguistic parsing for information
 retrieval or extraction from natural language documents. It can also be
 used as a grammar checker.
 .
 This package contains the header files and static libraries.

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