Total results: 6261, showing 2905 - 2928

Note: artifacts in italics are non-canonical forks. See the wiki for more details.

• org.clojars.r0man/clj-spark 0.1.0-SNAPSHOT

  
  Clojure API wrapper on the Spark project (http://spark-project.org/)
  
• org.dsteurer/mathdoc.dependencies 0.1.2-SNAPSHOT

  
  part of mathdoc project
  
• org.neyho/eywa-core-frontend 0.1.2

  
  
• org.clojars.ralii/def-sub 0.1.4

  
  Def sub
  
• org.clojars.roklenarcic/fulcro-rad-indexed-db 0.2.4

  
  Fulcro RAD datastore implemented in ClojureScript using IndexedDB
  
• org.clojars.liebke/compojure 0.3.1

  
  
• org.spootnik/aleph 0.3.3-fix-content-length-r1

  
  a framework for asynchronous communication
  
• org.clojars.jblomo/clj-soy 0.3.4

  
  A Clojure interface to the Google Closure templating library
  
• org.clojars.vstein/testify 0.4.0

  
  Avoid the hassle of restructuring comments into functions. Testify turns selected comments into automatically evaluated scripts, while remaining as comments embedded within the code. Evaluate these comments directly from within a test, or in any other way preferred. Rename the (comment) to (test-comment) and evaluate with (eval-in-ns 'your-namespace). Testify will find the test-comment and evaluate its content for you. The test-comment is an empty macro ignoring its body, just like comment, that Testify recognizes. Testify can easily be told to evaluate content of any other top level form, while test-comment is a default. Testify use levels of isolation. While eval-in-ns evaluates expressions in its namespace, like when evaluating comments manually, its sibling eval-as-use evaluates from within a temporary namespace, preventing pollution. This is more suitable for repeatable tests. Testify reads source code, and keeps track of where it is. Code should be highlighted when a test assertion fails, even though the assertion is in a comment. Testify is not a testing framework, but rather a pun on: to witness, reveal comment, display it in the repl.
  
• org.clojars.smallrivers/lamina 0.4.1-SNAPSHOT

  
  event-driven data structures for clojure
  
• org.clojars.strongh/clj-json 0.5.3

  
  Fast JSON encoding and decoding for Clojure via the Jackson library.
  
• org.clojars.trptcolin/apache-cassandra 0.6.2

  
  
• org.christopher-bui/clj-slack 0.6.4

  
  Slack REST API wrapper
  
• org.clojars.jozias/codox 0.8.6

  
  Alias for the codox/codox.leiningen plugin
  
• org.clojars.meeh/streaming 0.9.8

  
  I2P
  
• org.hellonico/gajure 1.0.1

  
  A small framework for writing genetic algorithms
  
• org.clojars.punit-naik/sql-batcher 1.0.1

  
  A Clojure library designed to run large sql updates/deletes in batches
  
• org.clojars.choas/clojure-hadoop 1.2.1-SNAPSHOT

  
  A library to assist in writing Hadoop MapReduce jobs in Clojure.
  
• org.clojars.gzeureka/nexmo-sdk 1.3.0

  
  nexmo-sdk 1.3.0
  
• org.clojars.nakkaya.javax.mail/dsn 1.4.3

  
  
• org.trpr/example-services 2.0.0

  
  Trooper Example Services
  
• org.clojars.oakes/autocomplete 2.5.2

  
  A code completion library for Swing text components, with special support for RSyntaxTextArea
  
• org.clojars.chapmanb/gatk-utils 3.2

  
  GATK is a structured software library for writing efficient analysis tools using next-generation sequencing data http://www.broadinstitute.org/gsa/wiki/index.php/The_Genome_Analysis_Toolkit
  
• org.clojars.ghoseb/stringtemplate 3.2.1

  
  A java template engine for generating source code, web pages, emails, or any other formatted text output.