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Updated
May 24, 2020 - Python
Jenkins is a free and open source automation server written in Java. Jenkins helps to automate the non-human part of the software development process, with continuous integration and facilitating technical aspects of continuous delivery.
Automation-friendly framework for Continuous Testing by
450+ AWS, Hadoop, Cloud, Kafka, Docker, Elasticsearch, RabbitMQ, Redis, HBase, Solr, Cassandra, ZooKeeper, HDFS, Yarn, Hive, Presto, Drill, Impala, Consul, Spark, Jenkins, Travis CI, Git, MySQL, Linux, DNS, Whois, SSL Certs, Yum Security Updates, Kubernetes, Mesos, Riak, MongoDB, Memcached, Couchbase, CouchDB, Neo4j, Ambari, Cloudera, Hortonworks, MapR. Products: Attivio, Blue Talon, Datameer, H2O, WanDisco, Zaloni
Plug and play continuous integration with django and jenkins
A Python API for accessing resources and configuring Hudson & Jenkins continuous-integration servers
Ansible playbook collection that have been written for Ubuntu. Some of the playbooks are Elasticsearch, Mesos, AWS, MySql, Sensu, Nginx etc..
unittest-based test runner with Ant/JUnit like XML reporting.
Jenkins 2 in Docker, with pre-installed Docker slaves and Docker worklow plugin support.
A Chat-Server/Chat-System based on AMQP protocol(RabbitMQ) + AMQP Python Client(PIKA) + Websockets(SockJS) + Async Python Server(Tornado)
Docker image providing Jenkins ready to go with the DSL and JCasC plugins
At least semaphore CI only has a single cc.xml endpoint that lists build statuses for all branches (https://github.com/renderedtext/semaphore-docs-new/blob/a9a2f51eca9f624a8a8d00ba320b7a87c467d544/source/docs/cctry.md).
If you're only interested in master and stable, but not in pull requests, then it's possible to only select those.
 are pretty bare-bones, do not display much information, and is not particularly welcoming. This could probably be improved.
The MOADSD-NG project does provide a simple way to setup a hybrid cloud security demo, playground and learning environment within the clouds or alternatively on a local ESXi (no vCenter required).
Created by Kohsuke Kawaguchi
Released February 2, 2011
Right now CoverageView StructuredCoverage interfaces report outputs based on the granules found. For example, if there is one product made of 13 granules, you will get 13 as the count, not 1.
This is because the view is currently operating without really knowing if the granules are aligned or not, for the way it works, it's really just building N mosaics, zero filling the missing granules if any,