About code scanning results on pull requests
In repositories where code scanning is configured as a pull request check, code scanning checks the code in the pull request. By default, this is limited to pull requests that target the default branch, but you can change this configuration within GitHub Actions or in a third-party CI/CD system.
If the lines of code changed in the pull request generate code scanning alerts, the alerts are reported in the following places on the pull request.
- Check results in the pull request
- The Conversation tab of the pull request, as part of a pull request review
- The Files changed tab of the pull request
Примечание.
Code scanning displays alerts in pull requests only when all the lines of code identified by the alert exist in the pull request diff. For more information, see SARIF support for code scanning.
Автофикс GitHub Copilot will suggest fixes for alerts from code scanning analysis (including CodeQL analysis) in private repositories. For more information on working with suggestions from Автофикс второго пилота in pull requests, see Working with Автофикс второго пилота suggestions for alerts on a pull request.
If you have write permission for the repository, you can see any existing code scanning alerts on the Security tab. For information about repository alerts, see Assessing code scanning alerts for your repository.
In repositories where code scanning is configured to scan each time code is pushed, code scanning will also map the results to any open pull requests and add the alerts as annotations in the same places as other pull request checks. For more information, see Настройка расширенной настройки для сканирования кода.
If your pull request targets a protected branch that uses code scanning, and the repository owner has configured required status checks, then the "Code scanning results" check must pass before you can merge the pull request. For more information, see Сведения о защищенных ветвях.
With a GitHub Copilot Enterprise license, you can also ask Чат GitHub Copilot for help to better understand code scanning alerts in repositories in your organization. For more information, see Запрос вопросов GitHub Copilot в GitHub.
About code scanning as a pull request check
There are many options for configuring code scanning as a pull request check, so the exact configuration of each repository will vary and some will have more than one check.
Code scanning results check
For all configurations of code scanning, the check that contains the results of code scanning is: Code scanning results. The results for each analysis tool used are shown separately. Any new alerts on lines of code changed in the pull request are shown as annotations.
To see the full set of alerts for the analyzed branch, click View all branch alerts. This opens the full alert view where you can filter all the alerts on the branch by type, severity, tag, etc. For more information, see Assessing code scanning alerts for your repository.

Code scanning results check failures
If the code scanning results check finds any problems with a severity of error, critical, or high, the check fails and the error is reported in the check results. If all the results found by code scanning have lower severities, the alerts are treated as warnings or notes and the check succeeds.

You can override the default behavior in your repository settings, by specifying the level of severities and security severities that will cause a pull request check failure. For more information, see Настройка расширенной настройки для сканирования кода.
Other code scanning checks
Depending on your configuration, you may see additional checks running on pull requests with code scanning configured. These are usually workflows that analyze the code or that upload code scanning results. These checks are useful for troubleshooting when there are problems with the analysis.
For example, if the repository uses the Рабочий процесс анализа CodeQL a CodeQL / Analyze (LANGUAGE) check is run for each language before the results check runs. The analysis check may fail if there are configuration problems, or if the pull request breaks the build for a language that the analysis compiles (for example, C/C++, C#, Go, Java, Kotlin, Rust, и Swift).
As with other pull request checks, you can see full details of the check failure on the Checks tab. For more information about configuring and troubleshooting, see Настройка расширенной настройки для сканирования кода or Устранение ошибок анализа.
Viewing an alert on your pull request
You can see any code scanning alerts that are inside the diff of the changes introduced in a pull request by viewing the Conversation tab. Code scanning posts a pull request review that shows each alert as an annotation on the lines of code that triggered the alert. You can comment on the alerts, dismiss the alerts, and view paths for the alerts, directly from the annotations. You can view the full details of an alert by clicking the "Show more details" link, which will take you to the alert details page.

You can also view all code scanning alerts that are inside the diff of the changes introduced in the pull request in the Files changed tab.
If you add a new code scanning configuration in your pull request, you will see a comment on your pull request directing you to the Security tab of the repository so you can view all the alerts on the pull request branch. For more information about viewing the alerts for a repository, see Assessing code scanning alerts for your repository.
If you have write permission for the repository, some annotations contain links with extra context for the alert. In the example above, from CodeQL analysis, you can click user-provided value to see where the untrusted data enters the data flow (this is referred to as the source). In this case you can also view the full path from the source to the code that uses the data (the sink) by clicking Show paths. This makes it easy to check whether the data is untrusted or if the analysis failed to recognize a data sanitization step between the source and the sink. For information about analyzing data flow using CodeQL, see About data flow analysis.
To see more information about an alert, users with write permission can click the Show more details link shown in the annotation. This allows you to see all of the context and metadata provided by the tool in an alert view. In the example below, you can see tags showing the severity, type, and relevant common weakness enumerations (CWEs) for the problem. The view also shows which commit introduced the problem.
Состояние и сведения на странице оповещений отражают состояние оповещения только в ветви репозитория по умолчанию, даже если это оповещение существует в других ветвях. Состояние оповещения в ветвях, не являющихся ветвью по умолчанию, отображается в разделе Затронутые ветви в правой части страницы оповещений. Если оповещение не существует в ветви по умолчанию, его состояние оповещения отображается как "в запросе на вытягивание" или "в ветки" и выделяется серым цветом. В разделе "Разработка " показаны связанные ветви и запросы на вытягивание, которые исправят оповещение.
In the detailed view for an alert, some code scanning tools, like CodeQL analysis, also include a description of the problem and a Show more link for guidance on how to fix your code.

Commenting on an alert in a pull request
You can comment on any code scanning alert that appears in a pull request. Alerts appear as annotations in the Conversation tab of a pull request, as part of a pull request review, and also are shown in the Files changed tab.
You can choose to require all conversations in a pull request, including those on code scanning alerts, to be resolved before a pull request can be merged. For more information, see Сведения о защищенных ветвях.
Fixing an alert on your pull request
Anyone with push access to a pull request can fix a code scanning alert that's identified on that pull request. If you commit changes to the pull request this triggers a new run of the pull request checks. If your changes fix the problem, the alert is closed and the annotation removed.
Working with Автофикс второго пилота suggestions for alerts on a pull request
Автофикс GitHub Copilot is an expansion of code scanning that provides you with targeted recommendations to help you fix code scanning alerts (including CodeQL alerts) in pull requests. The potential fixes are generated automatically by large language models (LLMs) using data from the codebase, the pull request, and from code scanning analysis.
Примечание.
Подписка на GitHub Copilot не требуется для использования Автофикс GitHub Copilot. Автофикс второго пилота доступен для всех общедоступных репозиториев на GitHub.com, а также внутренние или частные репозитории, принадлежащие организациям и предприятиям, имеющим лицензию на GitHub Code Security.

Generating Автофикс второго пилота suggestions and publishing to a pull request
When Автофикс второго пилота is enabled for a repository, alerts are displayed in pull requests as normal and information from any alerts found by code scanning is automatically sent to the LLM for processing. When LLM analysis is complete, any results are published as comments on relevant alerts. For more information, see Ответственное использование Автофикса Copilot для сканирования кода.
Примечание.
- Автофикс второго пилота supports a subset of CodeQL queries. For information about the availability of Автофикс второго пилота, see the query tables linked from Queries for CodeQL analysis.
- When analysis is complete, all relevant results are published to the pull request at once. If at least one alert in your pull request has an Автофикс второго пилота suggestion, you should assume that the LLM has finished identifying potential fixes for your code.
- On alerts generated from queries that are not supported by Автофикс второго пилота, you will see a note telling you that the query is not supported. If a suggestion for a supported query fails to generate, you will see a note on the alert prompting you to try pushing another commit or to contact support.
- Автофикс второго пилота for code scanning alerts won't be able to generate a fix for every alert in every situation. The feature operates on a best-effort basis and is not guaranteed to succeed 100% of the time. For information about the limitations of automatically generated fixes, see Limitations of suggestions.
Usually, when you suggest changes to a pull request, your comment contains changes for a single file that is changed in the pull request. The following screenshot shows an Автофикс второго пилота comment that suggests changes to the index.js file where the alert is displayed. Since the potential fix requires a new dependency on escape-html, the comment also suggests adding this dependency to the package.json file, even though the original pull request makes no changes to this file.

Assessing and committing an Автофикс второго пилота suggestion
Each Автофикс второго пилота suggestion demonstrates a potential solution for a code scanning alert in your codebase. You must assess the suggested changes to determine whether they are a good solution for your codebase and to ensure that they maintain the intended behavior. For information about the limitations of Автофикс второго пилота suggestions, see Limitations of suggestions and Mitigating the limitations of suggestions in "Responsible use of Автофикс второго пилота for code scanning."
- Click Edit to display the editing options and select your preferred method.
- Under Edit with GitHub CLI, follow the instructions for checking out the pull request locally and applying the suggested fix.
- Select Edit FILENAME to edit the file directly on GitHub with the suggested fix applied.
- Optionally, if you prefer to apply the fix on a local repository or branch, select the dropdown menu on the suggestion.
- Select View autofix patch to display instructions for applying the suggested fix to any local repository or branch.
- Select Copy modified line LINE_NUMBER to copy a specific line of the suggestion.
- Test and modify the suggested fix as needed.
- When you have finished testing your changes, commit the changes, and push them to your branch.
- Pushing the changes to your branch will trigger all the usual tests for your pull request. Confirm that your unit tests still pass and that the code scanning alert is now fixed.
Dismissing a Автофикс второго пилота suggestion
If you decide to reject a Автофикс второго пилота suggestion, click Dismiss suggestion in the comment to dismiss the suggested fix.
Dismissing an alert on your pull request
An alternative way of closing an alert is to dismiss it. You can dismiss an alert if you don't think it needs to be fixed. Например, когда есть ошибка в коде, который используется только для тестирования, или когда усилия по исправлению ошибки больше потенциального преимущества улучшения кода. If you have write permission for the repository, a Dismiss alert button is available in code annotations and in the alerts summary. When you click Dismiss alert you will be prompted to choose a reason for closing the alert.

Важно выбрать соответствующую причину в раскрывающемся меню, так как это может влиять на то, будет ли запрос включен в будущий анализ. При необходимости можно закомментировать увольнение, чтобы записать контекст увольнения оповещения. Комментарий о закрытии добавляется на временную шкалу оповещений и может использоваться в качестве обоснования для аудита или отчетов. Вы можете получить или сохранить комментарий с помощью REST API сканирования кода. Комментарий содержится в dismissed_comment для конечной точки alerts/{alert_number}. Дополнительные сведения см. в разделе Конечные точки REST API для сканирования кода.
Если вы закрываете оповещение CodeQL как ложное срабатывание, например, поскольку в коде используется библиотека очистки, которая не поддерживается, рассмотрите возможность добавления CodeQL в репозиторий и улучшение анализа. Дополнительные сведения о CodeQLсм. в статье "Участие в CodeQL".
For more information about dismissing alerts, see Resolving code scanning alerts.