When using Gitee authorization to log in, your application needs to complete a series of authorization and authentication operations to allow users to successfully log in and obtain user information. The development of authorized login requires some prerequisites, such as configuring callback URL, creating application ID, etc. During this process, many developers will have a question: Do they need to configure a whitelist to ensure the security of authorized login?
In this article, we will answer this question. If you are also confused about this question, I hope this article can help you.
What is Gitee authorized login?
Gitee authorized login means that the user clicks on the Gitee authorization page to agree to the authorization and authorizes his/her Gitee user information to be accessed by third-party applications. Authorized login can be used to simplify user login, improve user login security and data privacy protection.
In Gitee authorization login, the user needs to log in to Gitee first, and then agree to the authorization through the Gitee authorization page to authorize the user's Gitee account information to third-party applications. If you are a third-party application developer, you need to configure a callback URL in your application to receive the return results of Gitee authorization and obtain user information.
Gitee authorized login can also be used at higher levels, such as using OAuth2.0 authorized login to obtain user resources and corresponding permissions. In this case, the third-party application needs to perform OAuth2.0 authentication and authorization operations to ensure the legitimacy and security of the application.
Does a whitelist need to be configured for authorized login?
Regarding the question of whether a whitelist needs to be configured, our conclusion is: in some cases it is necessary, and in other cases it is not.
When a whitelist needs to be configured
If your application needs to use OAuth2.0 to authorize login, you must configure a whitelist. The authorization code mode, simplified mode and password mode of OAuth2.0 all need to be configured with a whitelist to ensure security.
In the OAuth2.0 protocol, security is a very core consideration. Important parameters for authorization, such as callback URLs and authentication URLs, need to be preset in advance to ensure that all Authorization requests are made through legal and secure channels. Therefore, OAuth2.0 requires whitelist configuration of callback URLs and authentication URLs to prevent malicious access and data leakage.
No need to configure a whitelist
If your application uses Gitee's process mode login, you do not need to configure a whitelist. Different from the OAuth2.0 authorization mode, the process mode does not need to predefine the authorization callback URL in advance, because this step is performed on the Gitee authorization page and is completed manually by the user.
Furthermore, if you use the Gitee login SDK in your own application, you do not need to configure a whitelist. Because in the implementation of Gitee login SDK, whitelist support has been configured by default, requests from Gitee authorization will be automatically redirected and verified to ensure that all requests are safe and legal.
Summary
When using Gitee authorization to log in, different modes and solutions have different requirements, which require prevention and protection of security and legality. Correct and appropriate whitelist configuration can greatly improve the code robustness of authorized login and increase the stability and security of applications. During the development process, we should carefully consider the requirements for authorized login and corresponding security policies to ensure the performance and stability of the application.
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After installing Git, in order to use more efficiently, the following settings are required: Set user information (name and mailbox) Select text editor Set external merge tool Generate SSH key settings Ignore file mode

Resolve: When Git download speed is slow, you can take the following steps: Check the network connection and try to switch the connection method. Optimize Git configuration: Increase the POST buffer size (git config --global http.postBuffer 524288000), and reduce the low-speed limit (git config --global http.lowSpeedLimit 1000). Use a Git proxy (such as git-proxy or git-lfs-proxy). Try using a different Git client (such as Sourcetree or Github Desktop). Check for fire protection

Causes of slow Git downloads include poor network connections, Git server problems, large files or large submissions, Git configuration issues, insufficient computer resources, and other factors such as malware. Workarounds include improving network connectivity, adjusting firewall settings, avoiding downloading unnecessary files or submissions, optimizing Git configuration, providing adequate computer resources, and scanning and removing malware.

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Steps to update git code: Check out code: git clone https://github.com/username/repo.git Get the latest changes: git fetch merge changes: git merge origin/master push changes (optional): git push origin master

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Git code merge process: Pull the latest changes to avoid conflicts. Switch to the branch you want to merge. Initiate a merge, specifying the branch to merge. Resolve merge conflicts (if any). Staging and commit merge, providing commit message.


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