How to delete issue on github
Github is a code hosting platform commonly used by programmers. Issue is a very common function, which allows better communication and collaboration between team members. But sometimes, we may need to delete an issue. So, how to delete an issue on Github? This article will introduce you to the specific steps to delete an issue.
- Find the issue you want to delete
First, log in to your Github account and enter the warehouse page. In the Issues tab of the repository, find the issue you want to delete. Click to enter the issue page.
- Delete issue
There is an "Edit" button on the right side of the issue page, click the button, and then select "Delete". Select "Delete issue" in the pop-up dialog box to delete the issue.
- Confirm deletion
Deleting an issue is not an irreversible operation. Before deleting the issue, Github will reconfirm whether the issue needs to be deleted. In the pop-up confirmation dialog box, click "Delete issue" again to complete the deletion of the issue.
It should be noted that after deleting an issue, it cannot be restored, so you need to confirm again before deleting it.
In addition to manually deleting issues through the above steps, Github also provides some API interfaces for automated deletion. For example, it can be deleted through the DELETE /repos/:owner/:repo/issues/:number interface of the Github API. Of course, using the API to delete issues requires certain development capabilities and technical reserves.
Summary
This article introduces how to delete issues on Github, and emphasizes that the deletion operation is irreversible. In addition, we also mentioned the method of using API to delete issues. I hope this article can help everyone better manage Github warehouses and improve team collaboration efficiency.
The above is the detailed content of How to delete issue on github. For more information, please follow other related articles on the PHP Chinese website!

Hot AI Tools

Undress AI Tool
Undress images for free

Undresser.AI Undress
AI-powered app for creating realistic nude photos

AI Clothes Remover
Online AI tool for removing clothes from photos.

Clothoff.io
AI clothes remover

Video Face Swap
Swap faces in any video effortlessly with our completely free AI face swap tool!

Hot Article

Hot Tools

Notepad++7.3.1
Easy-to-use and free code editor

SublimeText3 Chinese version
Chinese version, very easy to use

Zend Studio 13.0.1
Powerful PHP integrated development environment

Dreamweaver CS6
Visual web development tools

SublimeText3 Mac version
God-level code editing software (SublimeText3)

Hot Topics

TocloneaGitrepository,ensureGitisinstalledbycheckingwithgit--versionandinstallingifneeded.(1)Setupyourusernameandemailusinggitconfig.(2)UsegitclonefollowedbytherepositoryURLtocreatealocalcopy.(3)Forprivaterepos,useSSHwithanaddedkey.(4)Optionallyspeci

Common Git workflows include Gitflow, GitHubFlow and GitLabFlow, each suitable for different development scenarios. Gitflow is suitable for projects with planned release, and is structured management through main, develop, feature, release and hotfix branches; GitHubFlow is centered on a single main branch, emphasizing continuous delivery, and is suitable for small teams or web applications that require frequent deployment; GitLabFlow increases environment awareness based on GitHubFlow, supports multi-environment deployment and uses tags to track production status. Each process has its own advantages and disadvantages, and should be adjusted according to the team size, project type and release frequency when choosing.

.gitignore files are used to specify files or folders that Git should ignore, preventing them from being committed to the repository, thus avoiding unnecessary or sensitive files being traced. Its core functions include: 1. Exclude temporary files generated during development such as node_modules, .env, .log, etc.; 2. Avoid specific files generated by the operating system or editor entering version control; 3. Clean up the compiled products generated by the construction tool such as dist/, build/ directory; 4. Pay attention to syntax such as wildcard characters *, directories ending with /, and ! when setting. If you have submitted the file, you need to manually run gitrm-r--cached. Clear the cache and then resubmit it.

To clear the entire stash list in Git, there are no direct built-in commands, but it can be done in a few steps. First run gitstashlist to view all current stash entries, and then use gitstashdropstash@{n} to delete them one by one, or use gitreflogdelete --expire-unreachable=nowrefs/stash and gitgc-prune=now to force all stashes to be cleared at once. In addition, you can also use the bash loop command whilegitstashlist|grep-q'^stash@';dogitstashdrop;d

Git submodule allows embedding of one Git repository as a subdirectory into another repository, suitable for references to external projects or components without merging their history. Reasons for using submodules include: managing third-party libraries with independent version control, maintaining independent development history for different parts of a project, and sharing code among multiple projects. The working principle of a submodule is: when adding a submodule, Git will record the specific submissions to be used, and the parent project only tracks the changes in the submodule, not the file changes in the submodule; the submodule needs to be initialized and updated after cloning the main repository; the submodule information is stored in the .gitmodules file and .git/config, and the actual file is located in the .git/modules/ path. Applicable scenarios include: Strict control of external dependency versions

Packfile is an efficient mechanism used by Git to package, compress and transfer repository objects. When you execute gitpush, gitfetch or gitclone, what Git actually transmits is the packfile; 1. It is initially generated by loose objects through gitgc or gitrepack commands and stored in the .git/objects/pack/ directory; 2. The packfile not only contains object data, but also records the delta relationship between objects, and achieves rapid search with index file (.idx). 3. This design reduces the transmission volume and improves synchronization efficiency; 4. A large number of small packfiles may affect performance, and can be used through gitgc or git

To view Git commit history, use the gitlog command. 1. The basic usage is gitlog, which can display the submission hash, author, date and submission information; 2. Use gitlog--oneline to obtain a concise view; 3. Filter by author or submission information through --author and --grep; 4. Add -p to view code changes, --stat to view change statistics; 5. Use --graph and --all to view branch history, or use visualization tools such as GitKraken and VSCode.

To delete a Git branch, first make sure it has been merged or no retention is required. Use gitbranch-d to delete the local merged branch. If you need to force delete unmerged branches, use the -D parameter. Remote branch deletion uses the gitpushorigin-deletebranch-name command, and can synchronize other people's local repositories through gitfetch-prune. 1. To delete the local branch, you need to confirm whether it has been merged; 2. To delete the remote branch, you need to use the --delete parameter; 3. After deletion, you should verify whether the branch is successfully removed; 4. Communicate with the team to avoid accidentally deleting shared branches; 5. Clean useless branches regularly to keep the warehouse clean.
