Only files with these properties names and values are affected. Only artifacts without all of the specified properties names and values will be affected. When false, artifacts inside sub-folders in Artifactory will not be affected. When true, the properties will also be set on folders and not just files in Artifactory. Set the properties on all the zip files in the generic-local repository. The command will set the property "a" with "1" value and the property "b" with two values: "2" and "3". The command will set the property "a" with "1" value and the property "b" with two values: "2" and "3" on all files found by the File Spec my-spec.
Only files with these properties are affected. Only artifacts without all of the specified properties names and values will be affedcted. The list of properties, in the form of key1,key2, Delete the "status" and "phase" properties from all the zip files in the generic-local repository. This command allows creating Access Tokens for users in Artifactory. A list of comma-separated groups for the access token to be associated with.
A non-admin user can only provide a scope that is a subset of the groups to which he belongs. Set to true to provides admin privileges to the access token. This is only available for administrators. The time in seconds for which the token will be valid.
To specify a token that never expires, set to zero. Non-admin can only set a value that is equal to or less than the default Set to true if you'd like the the token to be refreshable.
A refresh token will also be returned in order to be used to generate a new token once it expires. Optional - The user name for which this token is created. If not specified, the configured user is used. This command is used to clean up files from a Git LFS repository. This deletes all files from a Git LFS repository, which are no longer referenced in a corresponding Git repository. If omitted, the repository is detected from the Git repository.
No files are actually deleted. Execute a cUrl command, using the configured Artifactory details. Server ID configured using the jfrog c add command. If not specified, the default configured server is used. JFrog CLI integrates with any development ecosystem allowing you to collect build-info and then publish it to Artifactory.
By publishing build-info to Artifactory, JFrog CLI empowers Artifactory to provide visibility into artifacts deployed, dependencies used and extensive information on the build environment to allow fully traceable builds. Read more about build-info and build integration with Artifactory here. When these options are added, JFrog CLI collects and records the build info locally for these commands. When running multiple commands using the same build and build number, JFrog CLI aggregates the collected build info into one build.
The recorded build-info can be later published to Artifactory using the build-publish command. Build-info is collected by adding the --build-name and --build-number options to different CLI commands.
The CLI commands can be run several times and cumulatively collect build-info for the specified build name and number until it is published to Artifactory. For example, running the download command several times with the same build name and number will accumulate each downloaded file in the corresponding build-info.
Dependencies are collected by adding the --build-name and --build-number options to the download command. For example, the following command downloads the cool-froggy.
Build artifacts are collected by adding the --build-name and --build-number options to the upload command. For example, the following command specifies that file froggy. Environment variables are collected using the build-collect-env bce command. For example, the following command collects all currently known environment variables, and attaches them to the build-info for build my-build-name with build number The build-add-git bag command collects the Git revision and URL from the local.
It can also collect the list of tracked project issues for example, issues stored in JIRA or other bug tracking systems and add them to the build-info.
The issues are collected by reading the git commit messages from the local git log. Each commit message is matched against a pre-configured regular expression, which retrieves the issue ID and issue summary.
The information required for collecting the issues is retrieved from a yaml configuration file provided to the command. Path to a yaml configuration file, used for collecting tracked project issues and adding them to the build-info.
Artifactory server ID configured using the jfrog config command. This is the server to which the build-info will be later published, using the build-publish bp command. This option, if provided, overrides the serverID value in this command's yaml configuration. If both values are not provided, the default server, configured by the jfrog config command , is used. A regular expression used for matching the git commit messages.
The expression should include two capturing groups - for the issue key ID and the issue summary. In the example above, the regular expression matches the commit messages as displayed in the following example:. The capturing group index in the regular expression used for retrieving the issue key.
In the example above, setting the index to "1" retrieves HAP from this commit message:. The capturing group index in the regular expression for retrieving the issue summary. In the example above, setting the index to "2" retrieves the sample issue from this commit message:. The download command, as well as other commands which download dependencies from Artifactory accept the --build-name and --build-number command options.
Adding these options records the downloaded files as build dependencies. In some cases however, it is necessary to add a file , which has been downloaded by another tool, to a build. Use the build-add-dependencies command to to this. By default, the command collects the files from the local file system. If you'd like the files to be collected from Artifactory however, add the --from-rt option to the command.
Set to true to search the files in Artifactory, rather than on the local file system. The --regexp option is not supported when --from-rt is set to true. This option is not supported when --from-rt is set to true. Set to true to only get a summery of the dependencies that will be added to the build info.
A llows using wildcards or a regular expression according to the value of the 'regexp' option. Specifies the local file system path to dependencies which should be added to the build info.
You can specify multiple dependencies by using wildcards or a regular expression as designated by the --regexp command option. If you have specified that you are using regular expressions, then the first one used in the argument must be enclosed in parenthesis.
The build name is my-build-name and the build number is 7. The build-info is only updated locally. To publish the build-info to Artifactory use the jfrog rt build-publish command. Add all files located in the m-local-repo Artifactory repository, under the dependencies folder, as depedencies of a build. This command is used to publish build info to Artifactory.
To publish the accumulated build-info for a build to Artifactory, use the build-publish bp command. For example, the following command publishes all the build-info collected for build my-build-name with build number List of patterns in the form of "value1;value2; The build-info, which is collected and published to Artofactory by the jfrog rt build-publish command, can include multiple modules.
Each module in the build-info represents a package, which is the result of a single build step, or in other words, a JFrog CLI command execution. For example, the following command adds a module named m1 to a build named my-build with 1 as the build number:. Now that you have your build-info published to Artifactory, you can perform actions on the entire build.
For example, you can download, copy, move or delete all or some of the artifacts of a build. Here's how you do this. In some cases though, your build is composed of multiple build steps, which are running on multiple different machines or spread across different time periods. How do you aggregate those build steps, or in other words, aggregate those command executions, into one build-info? The way to do this, is to create a separate build-info for every section of the build, and publish it independently to Artifactory.
Once all the build-info instances are published, you can create a new build-info, which references all the previously published build-info instances. The new build-info can be viewed as a "master" build-info, which references other build-info instances. The way to do this is by using the build-append command. Running this command on an unpublished build-info, adds a reference to a different build-info, which has already been published to Artofactory.
This reference is represented by a new module in the new build-info. Now, when downloading the artifacts of the "master" build, you'll actually be downloading the artifacts of all of its referenced builds. The examples below demonstrates this,. This command is used to promote build in Artifactory. If set true, the build artifacts and dependencies are copied to the target repository, otherwise they are moved. This command is used to deploy builds from Artifactory to Bintray, and creates an entry in the corresponding Artifactory distribution repository specified.
List of local repositories in the form of "repo1,repo2, If specified, Artifactory will GPG sign the build deployed to Bintray and apply the specified passphrase. This integration requires JFrog Artifactory v4. For more information, see CI-CD build integration. This command allows scanning a build, which had already been published to Artifactory using the build-publish command. When set to true, the command returns exit code 3 if a 'Fail Build' rule is matched by Xray.
Set to false if you do not wish the command to return exit code 3 in such case, and an exit code 0 will be returned. Build-info is accumulated by the CLI according to the commands you apply until you publish the build-info to Artifactory. If, for any reason, you wish to "reset" the build-info and cleanup i. For example, the following command cleans up any build-info collected for build my-build-name with build number This command is used to discard builds previously published to Artifactory using the build-publish command.
The following table lists the command arguments and flags:. List of build numbers in the form of "value1,value2, If set to true, automatically removes build artifacts stored in Artifactory. If set to true, build discard will run asynchronously and will not wait for response.
Discard the oldest build numbers of build my-build-name from Artifactory, leaving only the 10 most recent builds. Discard the oldest build numbers of build my-build-name from Artifactory, leaving only builds published during the last 7 days.
JFrog CLI includes integration with Maven, allowing you to to resolve dependencies and deploy build artifacts from and to Artifactory, while collecting build-info and storing it in Artifactory. Before using the mvn command, the project needs to be pre-configured with the Artifactory server and repositories, to be used for building and publishing the project. The mvn-config command should be used once to add the configuration to the project.
The command should run while inside the root directory of the project. The configuration is stored by the command in the. Set to true, if you'd like to configuration to be global for all projects. Specific projects can override the global configuration. Artifactory server ID for resolution. The server should configured using the 'jfrog rt c' command. Artifactory server ID for deployment. Filter deployed artifacts by setting a wildcard pattern that specifies which artifacts to include.
You may provide multiple patterns separated by a comma followed by a white-space. For example. Filter deployed artifacts by setting a wildcard pattern that specifies which artifacts to exclude. Set if you'd like all files to be scanned by Xray on the local file system prior to the upload, and skip the upload if any of the files are found vulnerable.
Should be used with the --scan option. Defines the scan output format. Accepts table or json as values. The mvn command triggers the maven client, while resolving dependencies and deploying artifacts from and to Artifactory. Before running the mvn command on a project for the first time, the project should be configured with the mvn-config command. JFrog CLI includes integration with Gradle, allowing you to to resolve dependencies and deploy build artifacts from and to Artifactory, while collecting build-info and storing it in Artifactory.
Before using the gradle command, the project needs to be pre-configured with the Artifactory server and repositories, to be used for building and publishing the project. The gradle -config command should be used once to add the configuration to the project. The gradle command triggers the gradle client, while resolving dependencies and deploying artifactds from and to Artofactory.
Before running the gradle command on a project for the first time, the project should be configured with the gradle-config command. Build the project using the artifactoryPublish task, while resolving and deploying artifacts from and to Artifactory. JFrog CLI includes integration with MSBuild and Artifactory, allowing you to resolve dependencies and deploy build artifacts from and to Artifactory, while collecting build-info and storing it in Artifactory.
JFrog CLI provides full support for pulling and publishing docker images from and to Artifactory using the docker client running on the same machine. This allows you to to collect build-info for your docker build and then publish it to Artifactory. You can also promote the pushed docker images from one repository to another in Artifactory. To build and push your docker images to Artifactory, follow these steps:. To ensure that the docker client and your Artifactory docker registry are correctly configured to work together, run the following code snippet.
If everything is configured correctly, pushing any image including the hello-world image should be successfully uploaded to Artifactory. When running the docker-pull and docker-push commands, the CLI will first attempt to login to the docker registry.
In case of a login failure, the command will not be executed. Running docker-pull command allows pulling docker images from Artifactory, while collecting the build-info and storing it locally, so that it can be later published to Artifactory, using the build -publish command.
Set to true if you'd like the command to skip performing docker login. You can then publish the build-info collected by the docker-pull command to Artifactory using the build-publish command. After building your image using the docker client, the docker-push command pushes the image layers to Artifactory, while collecting the build-info and storing it locally, so that it can be later published to Artifactory, using the build-publish command.
Set true to include a list of the affected files as part of the command output summary. You can then publish the build-info collected by the docker-push command to Artifactory using the build-publish command. Podman is a daemonless container engine for developing, managing, and running OCI Containers.
Running the podman-pull command allows pulling docker images from Artifactory using podman, while collecting the build-info and storing it locally, so that it can be later published to Artifactory, using the build -publish command.
Owner Author. Hey hey! My attempt to solve this: ghi. For those who installed fzf, I use this alias every time. It's quick and clear. To download the latest. To get the latest 3. No dependencies are needed, plain simple Bash and curl Get the latest version - Assuming the versioning format is - "v0. So many ways to skin a cat. Retrieving source files: A shell script, incorporating authentication in order to access private repositories and use tag-name based retrieval to fetch a.
Ensure jq is installed on the system running the script:! Ensure jq is installed. I changed script a bit from a year ago. If someone needs a PowerShell only version example for Microsofts vsts agent : Exactly what I was hoping to find. ToString Perfect! Thank you! As for the proliferation of comments here: The majority of people posting clearly aren't proficient shell coders. There are a number of gems above, but many of the solutions are overly complex, spawn more processes than necessary, make shell quoting blunders, etc.
Some claim to be "bash" but are actually "sh" and vise versa. Many of the examples here using 2 grep s and a cut could be simplified to a single grep if you pay attention to the URL scheme to match. Many examples above make the mistake of using xargs , then only handling one possible output. These will fail badly if more than one match is found. Half the comments seem to be unaware that the exact syntax will need to be adjusted based on the upstream project's asset naming schemes. There is no 1-size-fits-all command for this because almost all of these rely on some form of pattern matching or assumptions about the naming scheme.
We don't need 20 more "this is the one that works" posts! Sure you had to adjust your syntax for the project you were downloading from, but that doesn't mean it will work best for everyone. Different tools are used and some situations might call for that. I posted examples with jq and with grep above to illustrate how different tooling could be used to advantage.
Likewise swapping wget -qi and curl -fsLJO can be a matter of system tooling choice. Some of these are better for scripting, some are better for interactive use. Now I can simply curl it curl -fsSL github. Get the URL of the latest release. Sign up for free to join this conversation on GitHub. Already have an account? Sign in to comment.
You signed in with another tab or window. Reload to refresh your session. You signed out in another tab or window. Sweeeet, thanks for that one. Alternatively, you can turn on the auto-install feature and let MiKTeX install missing packages on-the-fly. You can obtain the image from Docker hub:.
Provided that your main input file is located in the current working directory, you can run pdflatex as follows:. Please beware that the Docker image is still in an experimental stage.
It is suitable for unattended setup tasks and can be regarded as the command line counterpart of the MiKTeX Setup Wizard. This website uses cookies to personalize content and ads. Learn More Accept. MiKTeX is available for selected operating systems. Replaces the list of apps that have push access to this branch.
This removes all apps that previously had push access and grants push access to the new list of apps. Removes the ability of an app to push to this branch. Grants the specified teams push access for this branch. You can also give push access to child teams. Replaces the list of teams that have push access to this branch.
This removes all teams that previously had push access and grants push access to the new list of teams. Team restrictions include child teams. Removes the ability of a team to push to this branch. You can also remove push access for child teams. Replaces the list of people that have push access to this branch. This removes all people that previously had push access and grants push access to the new list of people.
Note: Although the API responds immediately, the branch rename process might take some extra time to complete in the background.
You won't be able to push to the old branch name while the rename process is in progress. For more information, see " Renaming a branch ". The permissions required to use this endpoint depends on whether you are renaming the default branch. For organization-owned repositories, the list of collaborators includes outside collaborators, organization members that are direct collaborators, organization members with access through team memberships, organization members with access through default organization permissions, and organization owners.
Filter collaborators returned by their affiliation. This endpoint triggers notifications. Creating content too quickly using this endpoint may result in secondary rate limiting. See " Secondary rate limits " and " Dealing with secondary rate limits " for details.
For more information on permission levels, see " Repository permission levels for an organization ". There are restrictions on which permissions can be granted to organization members when an organization base role is in place. In this case, the permission being given must be equal to or higher than the org base permission. Otherwise, the request will fail with:. Note that, if you choose not to pass any parameters, you'll need to set Content-Length to zero when calling out to this endpoint. For more information, see " HTTP verbs.
The invitee will receive a notification that they have been invited to the repository, which they must accept or decline. They may do this via the notifications page, the email they receive, or by using the repository invitations API endpoints. You are limited to sending 50 invitations to a repository per 24 hour period. Note there is no limit if you are inviting organization members to an organization repository. The permission to grant the collaborator. Only valid on organization-owned repositories.
Checks the repository permission of a collaborator. The possible repository permissions are admin , write , read , and none. These are the supported media types for commit comments. You can read more about the use of media types in the API here.
Commit Comments use these custom media types. Use position parameter instead. Line number in the file to comment on. The response will include a verification object that describes the result of verifying the commit's signature.
The following fields are included in the verification object:. SHA or branch to start listing commits from. Only commits before this date will be returned. GitHub Docs. Media types. Other authentication methods. API previews. OpenAPI description.
GitHub App-enabled endpoints. Codes of conduct. Code scanning. Enterprise administration. Git database. Rate limit. Secret scanning. GitHub App permissions. Basics of authentication.
Discover resources for a user. Delivering deployments. Rendering data as graphs. Working with comments. Traverse with pagination. Building a CI server. Integrator best practices. Get started - Checks API. In this article List organization repositories. Create an organization repository. Get a repository. Update a repository. Delete a repository.
Enable automated security fixes. Disable automated security fixes. List repository contributors. Create a repository dispatch event. List repository languages. List repository tags. List repository teams. Get all repository topics. Replace all repository topics. Transfer a repository. Check if vulnerability alerts are enabled for a repository. Enable vulnerability alerts. Disable vulnerability alerts. Create a repository using a template. List public repositories. List repositories for the authenticated user.
Create a repository for the authenticated user. List repositories for a user. List all autolinks of a repository. Create an autolink reference for a repository. Get an autolink reference of a repository. Delete an autolink reference from a repository. List branches. Get a branch. Get branch protection. Update branch protection. Delete branch protection. Get admin branch protection. Set admin branch protection. Delete admin branch protection.
Get pull request review protection. Update pull request review protection. Delete pull request review protection. Get commit signature protection. Create commit signature protection. Delete commit signature protection. Get status checks protection. Update status check protection. Remove status check protection. Get all status check contexts. Add status check contexts. Set status check contexts. Remove status check contexts.
Get access restrictions. Delete access restrictions. Get apps with access to the protected branch. Add app access restrictions.
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