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Followed by the advent of distributed version control systems (DVCS), Git naturally enables the usage of a pull-based development model, in which developers can copy the project onto their own repository and then push their changes to the original repository, where the integrators will determine the validity of the pull request. Since its ...
A pull request can be accepted or rejected by maintainers. [13] Once the pull request is reviewed and approved, it is merged into the repository. Depending on the established workflow, the code may need to be tested before being included into official release. Therefore, some projects contain a special branch for merging untested pull requests.
Allura comes packaged with tools for managing Git and SVN repositories. There is also a tool for managing Mercurial repositories, [6] which is packaged separately for license reasons. Version control integration includes: Browser-based file and commit browsing; Color-coded unified or side-by-side diff viewing; Syntax highlighting
Most often, it is necessary when a file is modified on two independent branches and subsequently merged. The result is a single collection of files that contains both sets of changes. In some cases, the merge can be performed automatically, because there is sufficient history information to reconstruct the changes, and the changes do not ...
Except that is how pull requests work on GitHub. You make the edit, and someone with reviewer permissions approves it to complete the merge. Here, the "commit" happens, but the revision is not visible until reviewed and approved. Edit requests are not pull requests, they are the equivalent of "issues" on GitHub.
Pull requests form the foundation of network computing, where many clients request data from centralized servers. Pull is used extensively on the Internet for HTTP page requests from websites. A push can also be simulated using multiple pulls within a short amount of time. For example, when pulling POP3 email messages from a server, a client ...
The Suggested Upper Merged Ontology (SUMO) [2] is an upper ontology intended as a foundation ontology for a variety of computer information processing systems. SUMO defines a hierarchy of classes and related rules and relationships.
A merger is a non-automated process by which two similar or redundant pages are united on one page. A move renames a page, giving it a new title. These processes are explained at: Wikipedia:Merging; Wikipedia:Moving a page; Wikipedia:Redirect