Searches for query terms inside of a file. This method returns up to 100 results per page.
When searching for code, you can get text match metadata for the file content and file path fields when you pass the text-match
media type. For more details about how to receive highlighted search results, see Text match metadata.
For example, if you want to find the definition of the addClass
function inside jQuery repository, your query would look something like this:
q=addClass+in:file+language:js+repo:jquery/jquery
This query searches for the keyword addClass
within a file's contents. The query limits the search to files where the language is JavaScript in the jquery/jquery
repository.
Due to the complexity of searching code, there are a few restrictions on how searches are performed:
master
branch.language:go
is not valid, while amazing language:go
is.octokit.search.code({q,});
name | required | description |
---|---|---|
q | yes | The query contains one or more search keywords and qualifiers. Qualifiers allow you to limit your search to specific areas of GitHub. The REST API supports the same qualifiers as GitHub.com. To learn more about the format of the query, see Constructing a search query. See "Searching code" for a detailed list of qualifiers. |
sort | no | Sorts the results of your query. Can only be |
order | no | Determines whether the first search result returned is the highest number of matches ( |
per_page | no | Results per page (max 100) |
page | no | Page number of the results to fetch. |
See also: GitHub Developer Guide documentation.
Find commits via various criteria on the default branch (usually master
). This method returns up to 100 results per page.
When searching for commits, you can get text match metadata for the message field when you provide the text-match
media type. For more details about how to receive highlighted search results, see Text match metadata.
For example, if you want to find commits related to CSS in the octocat/Spoon-Knife repository. Your query would look something like this:
q=repo:octocat/Spoon-Knife+css
octokit.search.commits({q,});
name | required | description |
---|---|---|
q | yes | The query contains one or more search keywords and qualifiers. Qualifiers allow you to limit your search to specific areas of GitHub. The REST API supports the same qualifiers as GitHub.com. To learn more about the format of the query, see Constructing a search query. See "Searching commits" for a detailed list of qualifiers. |
sort | no | Sorts the results of your query by |
order | no | Determines whether the first search result returned is the highest number of matches ( |
per_page | no | Results per page (max 100) |
page | no | Page number of the results to fetch. |
See also: GitHub Developer Guide documentation.
Find issues by state and keyword. This method returns up to 100 results per page.
When searching for issues, you can get text match metadata for the issue title, issue body, and issue comment body fields when you pass the text-match
media type. For more details about how to receive highlighted search results, see Text match metadata.
For example, if you want to find the oldest unresolved Python bugs on Windows. Your query might look something like this.
q=windows+label:bug+language:python+state:open&sort=created&order=asc
This query searches for the keyword windows
, within any open issue that is labeled as bug
. The search runs across repositories whose primary language is Python. The results are sorted by creation date in ascending order, which means the oldest issues appear first in the search results.
Note: For user-to-server GitHub App requests, you can't retrieve a combination of issues and pull requests in a single query. Requests that don't include the is:issue
or is:pull-request
qualifier will receive an HTTP 422 Unprocessable Entity
response. To get results for both issues and pull requests, you must send separate queries for issues and pull requests. For more information about the is
qualifier, see "Searching only issues or pull requests."
octokit.search.issuesAndPullRequests({q,});
name | required | description |
---|---|---|
q | yes | The query contains one or more search keywords and qualifiers. Qualifiers allow you to limit your search to specific areas of GitHub. The REST API supports the same qualifiers as GitHub.com. To learn more about the format of the query, see Constructing a search query. See "Searching issues and pull requests" for a detailed list of qualifiers. |
sort | no | Sorts the results of your query by the number of |
order | no | Determines whether the first search result returned is the highest number of matches ( |
per_page | no | Results per page (max 100) |
page | no | Page number of the results to fetch. |
See also: GitHub Developer Guide documentation.
Find labels in a repository with names or descriptions that match search keywords. Returns up to 100 results per page.
When searching for labels, you can get text match metadata for the label name and description fields when you pass the text-match
media type. For more details about how to receive highlighted search results, see Text match metadata.
For example, if you want to find labels in the linguist
repository that match bug
, defect
, or enhancement
. Your query might look like this:
q=bug+defect+enhancement&repository_id=64778136
The labels that best match the query appear first in the search results.
octokit.search.labels({repository_id,q,});
name | required | description |
---|---|---|
repository_id | yes | The id of the repository. |
q | yes | The search keywords. This endpoint does not accept qualifiers in the query. To learn more about the format of the query, see Constructing a search query. |
sort | no | Sorts the results of your query by when the label was |
order | no | Determines whether the first search result returned is the highest number of matches ( |
See also: GitHub Developer Guide documentation.
Find repositories via various criteria. This method returns up to 100 results per page.
When searching for repositories, you can get text match metadata for the name and description fields when you pass the text-match
media type. For more details about how to receive highlighted search results, see Text match metadata.
For example, if you want to search for popular Tetris repositories written in assembly code, your query might look like this:
q=tetris+language:assembly&sort=stars&order=desc
This query searches for repositories with the word tetris
in the name, the description, or the README. The results are limited to repositories where the primary language is assembly. The results are sorted by stars in descending order, so that the most popular repositories appear first in the search results.
When you include the mercy
preview header, you can also search for multiple topics by adding more topic:
instances. For example, your query might look like this:
q=topic:ruby+topic:rails
octokit.search.repos({q,});
name | required | description |
---|---|---|
q | yes | The query contains one or more search keywords and qualifiers. Qualifiers allow you to limit your search to specific areas of GitHub. The REST API supports the same qualifiers as GitHub.com. To learn more about the format of the query, see Constructing a search query. See "Searching for repositories" for a detailed list of qualifiers. |
sort | no | Sorts the results of your query by number of |
order | no | Determines whether the first search result returned is the highest number of matches ( |
per_page | no | Results per page (max 100) |
page | no | Page number of the results to fetch. |
See also: GitHub Developer Guide documentation.
Find topics via various criteria. Results are sorted by best match. This method returns up to 100 results per page. See "Searching topics" for a detailed list of qualifiers.
When searching for topics, you can get text match metadata for the topic's short_description, description, name, or display_name field when you pass the text-match
media type. For more details about how to receive highlighted search results, see Text match metadata.
For example, if you want to search for topics related to Ruby that are featured on https://github.com/topics. Your query might look like this:
q=ruby+is:featured
This query searches for topics with the keyword ruby
and limits the results to find only topics that are featured. The topics that are the best match for the query appear first in the search results.
octokit.search.topics({q,});
name | required | description |
---|---|---|
q | yes | The query contains one or more search keywords and qualifiers. Qualifiers allow you to limit your search to specific areas of GitHub. The REST API supports the same qualifiers as GitHub.com. To learn more about the format of the query, see Constructing a search query. |
See also: GitHub Developer Guide documentation.
Find users via various criteria. This method returns up to 100 results per page.
When searching for users, you can get text match metadata for the issue login, email, and name fields when you pass the text-match
media type. For more details about highlighting search results, see Text match metadata. For more details about how to receive highlighted search results, see Text match metadata.
For example, if you're looking for a list of popular users, you might try this query:
q=tom+repos:%3E42+followers:%3E1000
This query searches for users with the name tom
. The results are restricted to users with more than 42 repositories and over 1,000 followers.
octokit.search.users({q,});
name | required | description |
---|---|---|
q | yes | The query contains one or more search keywords and qualifiers. Qualifiers allow you to limit your search to specific areas of GitHub. The REST API supports the same qualifiers as GitHub.com. To learn more about the format of the query, see Constructing a search query. See "Searching users" for a detailed list of qualifiers. |
sort | no | Sorts the results of your query by number of |
order | no | Determines whether the first search result returned is the highest number of matches ( |
per_page | no | Results per page (max 100) |
page | no | Page number of the results to fetch. |
See also: GitHub Developer Guide documentation.