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Storing Symlinks in Artifactory
JFrog CLI lets you upload and download artifacts from your local file-system to Artifactory, this also includes uploading symlinks (soft links).
Symlinks are stored in Artifactory as files with a zero size, with the following properties:
symlink.dest - The actual path on the original filesystem to which the symlink points
symlink.destsha1 - the SHA1 checksum of the value in the symlink.dest property
To upload symlinks, the upload command should be executed with the --symlinks option set to true.
When downloading symlinks stored in Artifactory, the CLI can verify that the file to which the symlink points actually exists and that it has the correct SHA1 checksum. To add this validation, you should use the --validate-symlinks option with the download command.
Using Placeholders
The JFrog CLI offers enormous flexibility in how you download, upload, copy, or move files through use of wildcard or regular expressions with placeholders.
Any wildcard enclosed in parenthesis in the source path can be matched with a corresponding placeholder in the target path to determine the name of the artifact once uploaded.
Examples
Example 1: Upload all files to the target repository
For each .tgz file in the source directory, create a corresponding directory with the same name in the target repository and upload it there. For example, a file named froggy.tgz should be uploaded to my-local-rep/froggy. (froggy will be created a folder in Artifactory).
$ jf rt u "(*).tgz" my-local-repo/{1}/ --recursive=false
Example 2: Upload all files sharing the same prefix to the target repository
Upload all files whose name begins with "frog" to folder frogfiles in the target repository, but append its name with the text "-up". For example, a file called froggy.tgz should be renamed froggy.tgz-up.
$ jf u "(frog*)" my-local-repo/frogfiles/{1}-up --recursive=false
Example 3: Upload all files to corresponding directories according to extension type
Upload all files in the current directory to the my-local-repo repository and place them in directories which match their file extensions.
$ jf rt u "(*).(*)" my-local-repo/{2}/{1}.{2} --recursive=false
Example 4: Copy all zip files to target respository and append with an extension.
Copy all zip files under /rabbit in the source-frog-repo repository into the same path in the target-frog-repo repository and append the copied files' names with ".cp".
jf rt cp "source-frog-repo/rabbit/(*.zip)" target-frog-repo/rabbit/{1}.cp
General Commands
The following sections describe the commands available in the JFrog CLI for use with Artifactory.
Verifying Artifactory is Accessible
This command can be used to verify that Artifactory is accessible by sending an applicative ping to Artifactory.
Command name | rt ping |
Abbreviation | rt p |
Command options | |
| --url | [Optional] Artifactory URL. |
| --server-id | [Optional] Server ID configured using the jfrog c add command. If not specified, the default configured Artifactory server is used. |
| --insecure-tls | [Default: false] Set to true to skip TLS certificates verification. |
Command arguments | The command accepts no arguments. |
Examples
Example 1
Ping the configured default Artifactory server.
$ jf rt ping
Example 2
Ping the configured Artifactory server with ID rt-server-1.
$ jf rt ping --server-id=rt-server-1
Example 3
Ping the Artifactory server. accessible though the specified URL.
$ jf rt ping --url=http://my-rt-server.com/artifactory
Uploading Files
This command is used to upload files to Artifactory.
Command name | rt upload |
Abbreviation | rt u |
Command options | When using the * or ; characters in the upload command options or arguments, make sure to wrap the whole options or arguments string in quotes (") to make sure the * or ; characters are not interpreted as literals. |
| --archive | [Optional] Set to "zip" to pack and deploy the files to Artifactory inside a ZIP archive. Currently, the only packaging format supported is zip. |
--server-id | [Optional] Server ID configured using the jfrog c add command. If not specified, the default configured Artifactory server is used. |
| --spec | [Optional] Path to a file spec. For more details, please refer to Using File Specs. |
| --spec-vars | [Optional] List of variables in the form of "key1=value1;key2=value2;..." to be replaced in the File Spec. In the File Spec, the variables should be used as follows: ${key1}. |
| --build-name | [Optional] Build name. For more details, please refer to Build Integration. |
| --build-number | [Optional] Build number. For more details, please refer to Build Integration. |
| --project | [Optional] JFrog project key. |
| --module | [Optional] Optional module name for the build-info. |
| --target-props | [Optional] A list of Artifactory properties specified as "key=value" pairs separated by a semi-colon ( ; ) to be attached to the uploaded files. If any key can take several values, then each value is separated by a comma ( , ). For example, "key1=value1;key2=value21,value22;key3=value3". |
| --deb | [Optional] Used for Debian packages only. Specifies the distribution/component/architecture of the package. If the the value for distribution, component or architecture include a slash. the slash should be escaped with a back-slash. |
| --flat | [Default: false] If true, files are uploaded to the exact target path specified and their hierarchy in the source file system is ignored. If false, files are uploaded to the target path while maintaining their file system hierarchy. If placeholders are used, the value of this option is ignored. JFrog CLI v1 In JFrog CLI v1, the default value of the --flat option is true. |
| --recursive | [Default: true] If true, files are also collected from sub-folders of the source directory for upload . If false, only files specifically in the source directory are uploaded. |
| --regexp | [Default: false] If true, the command will interpret the first argument, which describes the local file-system path of artifacts to upload, as a regular expression. If false, it will interpret the first argument as a wild-card expression. The above also applies for the --exclusions option. If you have specified that you are using regular expressions, then the beginning of the expression must be enclosed in parenthesis. For example: a/b/c/(.*)/file.zip |
| --ant | [Default: false] If true, the command will interpret the first argument, which describes the local file-system path of artifacts to upload, as an ANT pattern. If false, it will interpret the first argument as a wildcards expression. The above also applies for the --exclusions option. |
| --threads | [Default: 3] The number of parallel threads that should be used to upload where each thread uploads a single artifact at a time. |
| --dry-run | [Default: false] If true, the command only indicates which artifacts would have been uploaded If false, the command is fully executed and uploads artifacts as specified |
| --symlinks | [Default: false] If true, the command will preserve the soft links structure in Artifactory. The symlink file representation will contain the symbolic link and checksum properties. |
| --explode | [Default: false] If true, the command will extract an archive containing multiple artifacts after it is deployed to Artifactory, while maintaining the archive's file structure. |
| --include-dirs | [Default: false] If true, the source path applies to bottom-chain directories and not only to files. Botton-chain directories are either empty or do not include other directories that match the source path. |
| --exclusions | [Optional] A list of Semicolon-separated exclude patterns. Allows using wildcards, regular expressions or ANT patterns, according to the value of the--regexp and --ant options. Please read the --regexp and --ant options description for more information. |
| --sync-deletes | [Optional] Specific path in Artifactory, under which to sync artifacts after the upload. After the upload, this path will include only the artifacts uploaded during this upload operation. The other files under this path will be deleted. |
| --quiet | [Default: false] If true, the delete confirmation message is skipped. |
--fail-no-op | [Default: false] Set to true if you'd like the command to return exit code 2 in case of no files are affected. |
| --retries | [Default: 3] Number of upload retries. |
| --retry-wait-time | [Default: 0s] Number of seconds or milliseconds to wait between retries. The numeric value should either end with s for seconds or ms for milliseconds. |
| --detailed-summary | [Default: false] Set to true to include a list of the affected files as part of the command output summary. |
| --insecure-tls | [Default: false] Set to true to skip TLS certificates verification. |
Command arguments | The command takes two arguments. In case the --spec option is used, the commands accepts no arguments. |
| Source path | The first argument specifies the local file system path to artifacts which should be uploaded to Artifactory. You can specify multiple artifacts by using wildcards or a regular expression as designated by the |
| Target path | The second argument specifies the target path in Artifactory in the following format: If the target path ends with a slash, the path is assumed to be a folder. For example, if you specify the target as "repo-name/a/b/", then "b" is assumed to be a folder in Artifactory into which files should be uploaded. If there is no terminal slash, the target path is assumed to be a file to which the uploaded file should be renamed. For example, if you specify the target as "repo-name/a/b", the uploaded file is renamed to "b" in Artifactory. For flexibility in specifying the upload path, you can include placeholders in the form of {1}, {2} which are replaced by corresponding tokens in the source path that are enclosed in parenthesis. For more details, please refer to Using Placeholders. |
Examples
Example 1
Upload a file called froggy.tgz to the root of the my-local-repo repository.
$ jf rt u froggy.tgz my-local-repo
Example 2
Collect all the zip files located under the build directory (including sub-directories), and upload them to the my-local-repo repository, under the zipFiles folder, while maintaining the original names of the files.
$ jf rt u "build/*.zip" my-local-repo/zipFiles/
Example 3
Collect all the zip files located under the build directory (including sub-directories), and upload them to the my-local-repo repository, under the zipFiles folder, while maintaining the original names of the files. Also delete all files in the my-local-repo repository, under the zipFiles folder, except for the files which were uploaded by this command.
$ jf rt u "build/*.zip" my-local-repo/zipFiles/ --sync-deletes="my-local-repo/zipFiles/"
Example 4
Collect all files located under the build directory (including sub-directories), and upload them to the my-release-local repository, under the files folder, while maintaining the original names of the artifacts. Exclude (do not upload) files, which include install as part of their path, and have the pack extension. This example uses a wildcard pattern. See Example 5, which uses regular expressions instead.
jf rt u "build/" my-release-local/files/ --exclusions="*install*pack*"
Example 5
Collect all files located under the build directory (including sub-directories), and upload them to the my-release-local repository, under the files folder, while maintaining the original names of the artifacts. Exclude (do not upload) files, which include install as part of their path, and have the pack extension. This example uses a regular expression. See Example 4, which uses a wildcard pattern instead.
jf rt u "build/" my-release-local/files/ --regexp --exclusions="(.*)install.*pack$"
Example 6
Collect all files located under the build directory and match the **/*.zip ANT pattern, and upload them to the my-release-local repository, under the files folder, while maintaining the original names of the artifacts.
jf rt u "build/**/*.zip" my-release-local/files/ --ant
Example 7
Package all files located under the build directory (including sub-directories) into a zip archive named archive.zip , and upload the archive to the my-local-repo repository,
$ jf rt u "build/" my-local-repo/my-archive.zip --archive zip
Downloading Files
This command is used to download files from Artifactory.
Remote download
By default, the command only downloads files which are cached on the current Artifactory instance. It does not download files located on remote Artifactory instances, through remote or virtual repositories. To allow the command to download files from remote Artifactory instances, which are proxied by the use of remote repositories, set the JFROG_CLI_TRANSITIVE_DOWNLOAD_EXPERIMENTAL environment variable to true. This functionality requires version 7.17 or above of Artifactory.
The remote download functionality is supported only on remote repositories which proxy repositories on remote Artifactory instances. Downloading through a remote repository which proxies non Artifactory repositories is not supported.
Command name | rt download |
Abbreviation | rt dl |
Command options | When using the * or ; characters in the download command options or arguments, make sure to wrap the whole options or arguments string in quotes (") to make sure the * or ; characters are not interpreted as literals. |
--server-id | [Optional] Server ID configured using the config command. If not specified, the default configured Artifactory server is used. |
| --build-name | [Optional] Build name. For more details, please refer to Build Integration. |
| --build-number | [Optional] Build number. For more details, please refer to Build Integration. |
| --project | [Optional] JFrog project key. |
| --module | [Optional] Optional module name for the build-info. |
| --spec | [Optional] Path to a file spec. For more details, please refer to Using File Specs. |
| --spec-vars | [Optional] List of variables in the form of "key1=value1;key2=value2;..." to be replaced in the File Spec. In the File Spec, the variables should be used as follows: ${key1}. |
| --props | [Optional] A list of Artifactory properties specified as "key=value" pairs separated by a semi-colon (for example, "key1=value1;key2=value2;key3=value3"). Only artifacts with all of the specified properties names and values will be downloaded. |
| --exclude-props | [Optional] A list of Artifactory properties specified as "key=value" pairs separated by a semi-colon (for example, "key1=value1;key2=value2;key3=value3"). Only artifacts without all of the specified properties names and values will be downloaded. |
| --build | [Optional] If specified, only artifacts of the specified build are matched. The property format is build-name/build-number. If you do not specify the build number, the artifacts are filtered by the latest build number. |
| --bundle | [Optional] If specified, only artifacts of the specified bundle are matched. The value format is bundle-name/bundle-version. |
| --flat | [Default: false] If true, artifacts are downloaded to the exact target path specified and their hierarchy in the source repository is ignored. If false, artifacts are downloaded to the target path in the file system while maintaining their hierarchy in the source repository. If placeholders are used, and you would like the local file-system (download path) to be determined by placeholders only, or in other words, avoid concatenating the Artifactory folder hierarchy local, set to false. |
| --recursive | [Default: true] If true, artifacts are also downloaded from sub-paths under the specified path in the source repository. If false, only artifacts in the specified source path directory are downloaded. |
| --threads | [Default: 3] The number of parallel threads that should be used to download where each thread downloads a single artifact at a time. |
| --split-count | [Default: 3] The number of segments into which each file should be split for download (provided the artifact is over |
| --retries | [Default: 3] Number of download retries. |
| --retry-wait-time | [Default: 0s] Number of seconds or milliseconds to wait between retries. The numeric value should either end with s for seconds or ms for milliseconds. |
| --min-split | [Default: 5120] The minimum size permitted for splitting. Files larger than the specified number will be split into equally sized |
| --dry-run | [Default: false] If true, the command only indicates which artifacts would have been downloaded. If false, the command is fully executed and downloads artifacts as specified. |
| --explode | [Default: false] Set to true to extract an archive after it is downloaded from Artifactory. Supported compression formats: br, bz2, gz, lz4, sz, xz, zstd. Supported archive formats: zip, tar (including any compressed variants like tar.gz), rar. |
| --validate-symlinks | [Default: false] If true, the command will validate that symlinks are pointing to existing and unchanged files, by comparing their sha1. Applicable to files and not directories. |
| --include-dirs | [Default: false] If true, the source path applies to bottom-chain directories and not only to files. Botton-chain directories are either empty or do not include other directories that match the source path. |
| --exclusions | A list of Semicolon-separated exclude patterns. Allows using wildcards. |
--sync-deletes | [Optional] Specific path in the local file system, under which to sync dependencies after the download. After the download, this path will include only the dependencies downloaded during this download operation. The other files under this path will be deleted. |
| --quiet | [Default: false] If true, the delete confirmation message is skipped. |
| --sort-by | [Optional] A list of semicolon-separated fields to sort by. The fields must be part of the 'items' AQL domain. For more information read the AQL documentation |
| --sort-order | [Default: asc] The order by which fields in the 'sort-by' option should be sorted. Accepts 'asc' or 'desc'. |
| --limit | [Optional] The maximum number of items to fetch. Usually used with the 'sort-by' option. |
| --offset | [Optional] The offset from which to fetch items (i.e. how many items should be skipped). Usually used with the 'sort-by' option. |
| --fail-no-op | [Default: false] Set to true if you'd like the command to return exit code 2 in case of no files are affected. |
| --archive-entries | [Optional] If specified, only archive artifacts containing entries matching this pattern are matched. You can use wildcards to specify multiple artifacts. |
| --detailed-summary | [Default: false] Set to true to include a list of the affected files as part of the command output summary. |
| --insecure-tls | [Default: false] Set to true to skip TLS certificates verification. |
--gpg-key | [Optional] Path to the public GPG key file located on the file system, used to validate downloaded release bundle files. |
Command arguments | |
| Source path | Specifies the source path in Artifactory, from which the artifacts should be downloaded. You can use wildcards to specify multiple artifacts. |
| Target path | The second argument is optional and specifies the local file system target path. If the target path ends with a slash, the path is assumed to be a directory. For example, if you specify the target as "repo-name/a/b/", then "b" is assumed to be a directory into which files should be downloaded. If there is no terminal slash, the target path is assumed to be a file to which the downloaded file should be renamed. For example, if you specify the target as "a/b", the downloaded file is renamed to "b". For flexibility in specifying the target path, you can include placeholders in the form of {1}, {2} which are replaced by corresponding tokens in the source path that are enclosed in parenthesis. For more details, please refer to Using Placeholders. |
Examples
Example 1
Download an artifact called cool-froggy.zip located at the root of the my-local-repo repository to the current directory.
$ jf rt dl my-local-repo/cool-froggy.zip
Example 2
Download all artifacts located under the all-my-frogs directory in the my-local-repo repository to the all-my-frogs folder under the current directory.
$ jf rt dl my-local-repo/all-my-frogs/ all-my-frogs/
Example 3
Download all artifacts located in the my-local-repo repository with a jar extension to the all-my-frogs folder under the current directory.
$ jf rt dl "my-local-repo/*.jar" all-my-frogs/
Example 4
Download the latest file uploaded to the all-my-frogs folder in the my-local-repo repository.
jf rt dl "my-local-repo/all-my-frogs/" --sort-by=created --sort-order=desc --limit=1
Copying Files
This command is used to copy files in Artifactory
Command name | rt copy |
Abbreviation | rt cp |
Command options | When using the * or ; characters in the copy command options or arguments, make sure to wrap the whole options or arguments string in quotes (") to make sure the * or ; characters are not interpreted as literals. |
| --server-id | [Optional] Server ID configured using the config command. If not specified, the default configured Artifactory server is used. |
| --spec | [Optional] Path to a file spec. For more details, please refer to Using File Specs. |
| --props | [Optional] A list of Artifactory properties specified as "key=value" pairs separated by a semi-colon. (For example, "key1=value1;key2=value2;key3=value3"). Only artifacts with these properties names and values will be copied. |
| --exclude-props | [Optional] A list of Artifactory properties specified as "key=value" pairs separated by a semi-colon (for example, "key1=value1;key2=value2;key3=value3"). Only artifacts without all of the specified properties names and values will be copied. |
| --build | [Optional] If specified, only artifacts of the specified build are matched. The property format is build-name/build-number. If you do not specify the build number, the artifacts are filtered by the latest build number. |
| --bundle | [Optional] If specified, only artifacts of the specified bundle are matched. The value format is bundle-name/bundle-version. |
| --flat | [Default: false] If true, artifacts are copied to the exact target path specified and their hierarchy in the source path is ignored. If false, artifacts are copied to the target path while maintaining their source path hierarchy. |
| --recursive | [Default: true] If true, artifacts are also copied from sub-paths under the specified source path. If false, only artifacts in the specified source path directory are copied. |
| --dry-run | [Default: false] If true, the command only indicates which artifacts would have been copied. If false, the command is fully executed and copies artifacts as specified. |
| --exclusions | A list of Semicolon-separated exclude patterns. Allows using wildcards. |
| --threads | [Default: 3] Number of threads used for copying the items. |
| --sort-by | [Optional] A list of semicolon-separated fields to sort by. The fields must be part of the 'items' AQL domain. For more information read the AQL documentation |
| --sort-order | [Default: asc] The order by which fields in the 'sort-by' option should be sorted. Accepts 'asc' or 'desc'. |
| --limit | [Optional] The maximum number of items to fetch. Usually used with the 'sort-by' option. |
| --offset | [Optional] The offset from which to fetch items (i.e. how many items should be skipped). Usually used with the 'sort-by' option. |
| --fail-no-op | [Default: false] Set to true if you'd like the command to return exit code 2 in case of no files are affected. |
| --archive-entries | [Optional] If specified, only archive artifacts containing entries matching this pattern are matched. You can use wildcards to specify multiple artifacts. |
| --insecure-tls | [Default: false] Set to true to skip TLS certificates verification. |
| --retries | [Default: 3] Number for HTTP retry attempts. |
| --retry-wait-time | [Default: 0s] Number of seconds or milliseconds to wait between retries. The numeric value should either end with s for seconds or ms for milliseconds. |
Command arguments | The command takes two arguments |
| Source path | Specifies the source path in Artifactory, from which the artifacts should be copied, in the following format: |
| Target path | Specifies the target path in Artifactory, to which the artifacts should be copied, in the following format: If the pattern ends with a slash, the target path is assumed to be a folder. For example, if you specify the target as "repo-name/a/b/", then "b" is assumed to be a folder in Artifactory into which files should be copied. If there is no terminal slash, the target path is assumed to be a file to which the copied file should be renamed. For example, if you specify the target as "repo-name/a/b", the copied file is renamed to "b" in Artifactory. For flexibility in specifying the target path, you can include placeholders in the form of {1}, {2} which are replaced by corresponding tokens in the source path that are enclosed in parenthesis. For more details, please refer to Using Placeholders. |
Examples
Example 1
Copy all artifacts located under /rabbit in the source-frog-repo repository into the same path in the target-frog-repo repository.
jf rt cp source-frog-repo/rabbit/ target-frog-repo/rabbit/
Example 2
Copy all zip files located under /rabbit in the source-frog-repo repository into the same path in the target-frog-repo repository.
jf rt cp "source-frog-repo/rabbit/*.zip" target-frog-repo/rabbit/
Example 3
Copy all artifacts located under /rabbit in the source-frog-repo repository and with property "Version=1.0" into the same path in the target-frog-repo repository .
jf rt cp "source-frog-repo/rabbit/*" target-frog-repo/rabbit/ --props=Version=1.0
Moving Files
This command is used to move files in Artifactory
Command name | rt move |
Abbreviation | rt mv |
Command options | When using the * or ; characters in the copy command options or arguments, make sure to wrap the whole options or arguments string in quotes (") to make sure the * or ; characters are not interpreted as literals. |
| --server-id | [Optional] Server ID configured using the config command. If not specified, the default configured Artifactory server is used. |
| --spec | [Optional] Path to a file spec. For more details, please refer to Using File Specs. |
| --props | [Optional] A list of Artifactory properties specified as "key=value" pairs separated by a semi-colon (for example, "key1=value1;key2=value2;key3=value3"). Only artifacts with these properties names and values will be moved. |
| --exclude-props | [Optional] A list of Artifactory properties specified as "key=value" pairs separated by a semi-colon (for example, "key1=value1;key2=value2;key3=value3"). Only artifacts without all of the specified properties names and values will be moved. |
| --build | [Optional] If specified, only artifacts of the specified build are matched. The property format is build-name/build-number. If you do not specify the build number, the artifacts are filtered by the latest build number. |
| --bundle | [Optional] If specified, only artifacts of the specified bundle are matched. The value format is bundle-name/bundle-version. |
| --flat | [Default: false] If true, artifacts are moved to the exact target path specified and their hierarchy in the source path is ignored. If false, artifacts are moved to the target path while maintaining their source path hierarchy. |
| --recursive | [Default: true] If true, artifacts are also moved from sub-paths under the specified source path. If false, only artifacts in the specified source path directory are moved. |
| --dry-run | [Default: false] If true, the command only indicates which artifacts would have been moved. If false, the command is fully executed and downloads artifacts as specified. |
| --exclusions | A list of Semicolon-separated exclude patterns. Allows using wildcards. |
| --threads | [Default: 3] Number of threads used for moving the items. |
| --sort-by | [Optional] A list of semicolon-separated fields to sort by. The fields must be part of the 'items' AQL domain. For more information read the AQL documentation |
| --sort-order | [Default: asc] The order by which fields in the 'sort-by' option should be sorted. Accepts 'asc' or 'desc'. |
| --limit | [Optional] The maximum number of items to fetch. Usually used with the 'sort-by' option. |
| --offset | [Optional] The offset from which to fetch items (i.e. how many items should be skipped). Usually used with the 'sort-by' option. |
| --fail-no-op | [Default: false] Set to true if you'd like the command to return exit code 2 in case of no files are affected. |
| --archive-entries | [Optional] If specified, only archive artifacts containing entries matching this pattern are matched. You can use wildcards to specify multiple artifacts. |
| --insecure-tls | [Default: false] Set to true to skip TLS certificates verification. |
| --retries | [Default: 3] Number of HTTP retry attempts. |
| --retry-wait-time | [Default: 0s] Number of seconds or milliseconds to wait between retries. The numeric value should either end with s for seconds or ms for milliseconds. |
Command arguments | The command takes two arguments |
| Source path | Specifies the source path in Artifactory, from which the artifacts should be moved, in the following format: |
| Target path | Specifies the target path in Artifactory, to which the artifacts should be moved, in the following format: If the pattern ends with a slash, the target path is assumed to be a folder. For example, if you specify the target as "repo-name/a/b/", then "b" is assumed to be a folder in Artifactory into which files should be moved. If there is no terminal slash, the target path is assumed to be a file to which the moved file should be renamed. For example, if you specify the target as "repo-name/a/b", the moved file is renamed to "b" in Artifactory. For flexibility in specifying the upload path, you can include placeholders in the form of {1}, {2} which are replaced by corresponding tokens in the source path that are enclosed in parenthesis. For more details, please refer to Using Placeholders. |
Examples
Example 1
Move all artifacts located under /rabbit in the source-frog-repo repository into the same path in the target-frog-repo repository.
jf rt mv source-frog-repo/rabbit/ target-frog-repo/rabbit/
Example 2
Move all zip files located under /rabbit in the source-frog-repo repository into the same path in the target-frog-repo repository.
jf rt mv "source-frog-repo/rabbit/*.zip" target-frog-repo/rabbit/
Example 3
Move all artifacts located under /rabbit in the source-frog-repo repository and with property "Version=1.0" into the same path in the target-frog-repo repository .
jf rt mv "source-frog-repo/rabbit/*" target-frog-repo/rabbit/ --props=Version=1.0
Deleting Files
This command is used to delete files in Artifactory
Command name | rt delete |
Abbreviation | rt del |
Command options | When using the * or ; characters in the delete command options or arguments, make sure to wrap the whole options or arguments string in quotes (") to make sure the * or ; characters are not interpreted as literals. |
| --server-id | [Optional] Server ID configured using the config command. If not specified, the default configured Artifactory server is used. |
| --spec | [Optional] Path to a file spec. For more details, please refer to Using File Specs. |
| --props | [Optional] A list of Artifactory properties specified as "key=value" pairs separated by a semi-colon (for example, "key1=value1;key2=value2;key3=value3"). Only artifacts with these properties names and values will be deleted. |
| --exclude-props | [Optional] A list of Artifactory properties specified as "key=value" pairs separated by a semi-colon (for example, "key1=value1;key2=value2;key3=value3"). Only artifacts without all of the specified properties names and values will be deleted. |
| --build | [Optional] If specified, only artifacts of the specified build are matched. The property format is build-name/build-number. If you do not specify the build number, the artifacts are filtered by the latest build number. |
| --bundle | [Optional] If specified, only artifacts of the specified bundle are matched. The value format is bundle-name/bundle-version. |
| --recursive | [Default: true] If true, artifacts are also deleted from sub-paths under the specified path. |
| --quiet | [Default: false] If true, the delete confirmation message is skipped. |
| --dry-run | [Default: false] If true, the command only indicates which artifacts would have been deleted. If false, the command is fully executed and deletes artifacts as specified. |
| --exclusions | A list of Semicolon-separated exclude patterns. Allows using wildcards. |
| --sort-by | [Optional] A list of semicolon-separated fields to sort by. The fields must be part of the 'items' AQL domain. For more information read the AQL documentation |
| --sort-order | [Default: asc] The order by which fields in the 'sort-by' option should be sorted. Accepts 'asc' or 'desc'. |
| --limit | [Optional] The maximum number of items to fetch. Usually used with the 'sort-by' option. |
| --offset | [Optional] The offset from which to fetch items (i.e. how many items should be skipped). Usually used with the 'sort-by' option. |
| --fail-no-op | [Default: false] Set to true if you'd like the command to return exit code 2 in case of no files are affected. |
| --archive-entries | [Optional] If specified, only archive artifacts containing entries matching this pattern are matched. You can use wildcards to specify multiple artifacts. |
| --threads | [Default: 3] Number of threads used for deleting the items. |
| --insecure-tls | [Default: false] Set to true to skip TLS certificates verification. |
| --retries | [Default: 3] Number of HTTP retry attempts. |
| --retry-wait-time | [Default: 0s] Number of seconds or milliseconds to wait between retries. The numeric value should either end with s for seconds or ms for milliseconds.--retruy-wait-time |
Command arguments | The command takes one argument |
| Delete path | Specifies the path in Artifactory of the files that should be deleted in the following format: |
Examples
Example 1
Delete all artifacts located under /rabbit in the frog-repo repository.
jf rt del frog-repo/rabbit/
Example 2
Delete all zip files located under /rabbit in the frog-repo repository.
jf rt del "frog-repo/rabbit/*.zip"
Searching Files
This command is used to search and display files in Artifactory.
Command name | rt search |
Abbreviation | rt s |
Command options | When using the * or ; characters in the command options or arguments, make sure to wrap the whole options or arguments string in quotes (") to make sure the * or ; characters are not interpreted as literals. |
| --server-id | [Optional] Server ID configured using the config command. If not specified, the default configured Artifactory server is used. |
| --spec | [Optional] Path to a file spec. For more details, please refer to Using File Specs. |
| --count | [Optional] Set to true to display only the total of files or folders found. |
--include-dirs | [Optional] Set to true if you'd like to also apply the source path pattern for directories and not only for files |
| --spec-vars | [Optional] List of variables in the form of "key1=value1;key2=value2;..." to be replaced in the File Spec. In the File Spec, the variables should be used as follows: ${key1}. |
| --props | [Optional] A list of Artifactory properties specified as "key=value" pairs separated by a semi-colon (for example, "key1=value1;key2=value2;key3=value3"). Only artifacts with these properties names and values will be returned. |
| --exclude-props | [Optional] A list of Artifactory properties specified as "key=value" pairs separated by a semi-colon (for example, "key1=value1;key2=value2;key3=value3"). Only artifacts without all of the specified properties names and values will be returned. |
| --build | [Optional] If specified, only artifacts of the specified build are matched. The property format is build-name/build-number. If you do not specify the build number, the artifacts are filtered by the latest build number. |
| --bundle | [Optional] If specified, only artifacts of the specified bundle are matched. The value format is bundle-name/bundle-version. |
| --recursive | [Default: true] Set to false if you do not wish to search artifacts inside sub-folders in Artifactory. |
| --exclusions | A list of Semicolon-separated exclude patterns. Allows using wildcards. |
| --sort-by | [Optional] A list of semicolon-separated fields to sort by. The fields must be part of the 'items' AQL domain. For more information read the AQL documentation |
| --sort-order | [Default: asc] The order by which fields in the 'sort-by' option should be sorted. Accepts 'asc' or 'desc'. |
| --transitive | [Default: false] Set to true to look for artifacts also in remote repositories. Available on Artifactory version 7.17.0 or higher. |
| --limit | [Optional] The maximum number of items to fetch. Usually used with the 'sort-by' option. |
| --offset | [Optional] The offset from which to fetch items (i.e. how many items should be skipped). Usually used with the 'sort-by' option. |
| --fail-no-op | [Default: false] Set to true if you'd like the command to return exit code 2 in case of no files are affected. |
| --archive-entries | [Optional] If specified, only archive artifacts containing entries matching this pattern are matched. You can use wildcards to specify multiple artifacts. |
| --insecure-tls | [Default: false] Set to true to skip TLS certificates verification. |
| --retries | [Default: 3] Number of HTTP retry attempts. |
| --retry-wait-time | [Default: 0s] Number of seconds or milliseconds to wait between retries. The numeric value should either end with s for seconds or ms for milliseconds.retry-wait-time |
Command arguments | |
| Search path | Specifies the search path in Artifactory, in the following format: |
Examples
Example 1
Display a list of all artifacts located under /rabbit in the frog-repo repository.
jf rt s frog-repo/rabbit/
Example 2
Display a list of all zip files located under /rabbit in the frog-repo repository.
jf rt s "frog-repo/rabbit/*.zip"
Setting Properties on Files
This command is used for setting properties on existing files in Artifactory.
Command name | rt set-props |
Abbreviation | rt sp |
Command options | When using the * or ; characters in the command options or arguments, make sure to wrap the whole options or arguments string in quotes (") to make sure the * or ; characters are not interpreted as literals. |
| --server-id | [Optional] Server ID configured using the config command. If not specified, the default configured Artifactory server is used. |
| --spec | [Optional] Path to a file spec. For more details, please refer to Using File Specs. |
| --spec-vars | [Optional] List of variables in the form of "key1=value1;key2=value2;..." to be replaced in the File Spec. In the File Spec, the variables should be used as follows: ${key1}. |
| --props | [Optional] List of properties in the form of "key1=value1;key2=value2,...". Only files with these properties names and values are affected. |
| --exclude-props | [Optional] A list of Artifactory properties specified as "key=value" pairs separated by a semi-colon (for example, "key1=value1;key2=value2;key3=value3"). Only artifacts without all of the specified properties names and values will be affected. |
| --recursive | [Default: true] When false, artifacts inside sub-folders in Artifactory will not be affected. |
| --build | [Optional] If specified, only artifacts of the specified build are matched. The property format is build-name/build-number. If you do not specify the build number, the artifacts are filtered by the latest build number. |
| --bundle | [Optional] If specified, only artifacts of the specified bundle are matched. The value format is bundle-name/bundle-version. |
| --include-dirs | [Default: false] When true, the properties will also be set on folders (and not just files) in Artifactory. |
| --fail-no-op | [Default: false] Set to true if you'd like the command to return exit code 2 in case of no files are affected. |
--exclusions | A list of Semicolon-separated exclude patterns. Allows using wildcards. |
| --sort-by | [Optional] A list of semicolon-separated fields to sort by. The fields must be part of the 'items' AQL domain. For more information read the AQL documentation |
| --sort-order | [Default: asc] The order by which fields in the 'sort-by' option should be sorted. Accepts 'asc' or 'desc'. |
| --limit | [Optional] The maximum number of items to fetch. Usually used with the 'sort-by' option. |
| --offset | [Optional] The offset from which to fetch items (i.e. how many items should be skipped). Usually used with the 'sort-by' option. |
| --archive-entries | [Optional] If specified, only archive artifacts containing entries matching this pattern are matched. You can use wildcards to specify multiple artifacts. |
| --insecure-tls | [Default: false] Set to true to skip TLS certificates verification. |
| --threads | [Default: 3] Number of working threads. |
| --retries | [Default: 3] Number of HTTP retry attempts. |
| --retry-wait-time | [Default: 0s] Number of seconds or milliseconds to wait between retries. The numeric value should either end with s for seconds or ms for milliseconds. |
Command arguments | The command takes two arguments. |
| Files pattern | Files that match the pattern will be set with the specified properties. |
| Files properties | The list of properties, in the form of key1=value1;key2=value2,..., to be set on the matching artifacts. |
Example
Example 1
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".
jf rt sp "generic-local/*.zip" "a=1;b=2,3"
Example 2
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.
jf rt sp "a=1;b=2,3" --spec my-spec
Deleting Properties from Files
This command is used for deleting properties from existing files in Artifactory.
Command name | rt delete-props |
Abbreviation | rt delp |
Command options | When using the * or ; characters in the command options or arguments, make sure to wrap the whole options or arguments string in quotes (") to make sure the * or ; characters are not interpreted as literals. |
| --server-id | [Optional] Artifactory server ID configured using the config command. If not specified, the default configured Artifactory server is used. |
| --props | [Optional] List of properties in the form of "key1=value1;key2=value2,...". Only files with these properties are affected. |
| --exclude-props | [Optional] A list of Artifactory properties specified as "key=value" pairs separated by a semi-colon (for example, "key1=value1;key2=value2;key3=value3"). Only artifacts without all of the specified properties names and values will be affedcted. |
| --recursive | [Default: true] When false, artifacts inside sub-folders in Artifactory will not be affected. |
| --build | [Optional] If specified, only artifacts of the specified build are matched. The property format is build-name/build-number. If you do not specify the build number, the artifacts are filtered by the latest build number. |
| --bundle | [Optional] If specified, only artifacts of the specified bundle are matched. The value format is bundle-name/bundle-version. |
| --include-dirs | [Default: false] When true, the properties will also be set on folders (and not just files) in Artifactory. |
| --fail-no-op | [Default: false] Set to true if you'd like the command to return exit code 2 in case of no files are affected. |
--exclusions | A list of Semicolon-separated exclude patterns. Allows using wildcards. |
| --sort-by | [Optional] A list of semicolon-separated fields to sort by. The fields must be part of the 'items' AQL domain. For more information read the AQL documentation |
| --sort-order | [Default: asc] The order by which fields in the 'sort-by' option should be sorted. Accepts 'asc' or 'desc'. |
| --limit | [Optional] The maximum number of items to fetch. Usually used with the 'sort-by' option. |
| --offset | [Optional] The offset from which to fetch items (i.e. how many items should be skipped). Usually used with the 'sort-by' option. |
| --archive-entries | [Optional] If specified, only archive artifacts containing entries matching this pattern are matched. You can use wildcards to specify multiple artifacts. |
| --insecure-tls | [Default: false] Set to true to skip TLS certificates verification. |
| --retries | [Default: 3] Number of HTTP retry attempts. |
| --retruy-wait-time | [Default: 0s] Number of seconds or milliseconds to wait between retries. The numeric value should either end with s for seconds or ms for milliseconds.retry-wait-time |
Command arguments | The command takes two arguments. |
| Files pattern | The properties will be deleted from files that match the pattern. |
| Files properties | The list of properties, in the form of key1,key2,..., to be deleted from the matching artifacts. |
Example
Delete the "status" and "phase" properties from all the zip files in the generic-local repository.
jf rt delp "generic-local/*.zip" "status,phase"
Creating Access Tokens
This command allows creating Access Tokens for users in Artifactory
Command name | rt access-token-create |
Abbreviation | rt atc |
Command options | |
--groups | [Default: *] A list of comma-separated groups for the access token to be associated with. Specify * to indicate that this is a 'user-scoped token', i.e., the token provides the same access privileges that the current subject has, and is therefore evaluated dynamically. A non-admin user can only provide a scope that is a subset of the groups to which he belongs |
--grant-admin | [Default: false] Set to true to provides admin privileges to the access token. This is only available for administrators. |
--expiry | [Default: 3600] 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 3600. |
--refreshable | [Default: false] 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. |
--audience | [Optional] A space-separate list of the other Artifactory instances or services that should accept this token identified by their Artifactory Service IDs, as obtained by the 'jf rt curl api/system/service_id' command. |
Command arguments | |
| username | Optional - The user name for which this token is created. If not specified, the configured user is used. |
Examples
Create an access token for the user with the commander-will-riker username.
$ jf rt atc commander-will-riker
Cleaning Up Unreferenced Files from a Git LFS Repository
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.
Command name | rt git-lfs-clean |
Abbreviation | rt glc |
Command options | |
--refs | [Default: refs/remotes/*] List of Git references in the form of "ref1,ref2,..." which should be preserved. |
--repo | [Optional] Local Git LFS repository in Artifactory which should be cleaned. If omitted, the repository is detected from the Git repository. |
--quiet | [Default: false] Set to true to skip the delete confirmation message. |
--dry-run | [Default: false] If true, cleanup is only simulated. No files are actually deleted. |
Command arguments | If no arguments are passed in, the command assumes the .git repository is located at current directory. |
| path to .git | Path to the directory which includes the .git directory. |
Examples
Example 1
Cleans up Git LFS files from Artifactory, using the configuration in the .git directory located at the current directory.
$ jf rt glc
Example 2
Cleans up Git LFS files from Artifactory, using the configuration in the .git directory located inside the path/to/git/config directory.
$ jf rt glc path/to/git/config
Running cUrl
Execute a cUrl command, using the configured Artifactory details. The command expects the cUrl client to be included in the PATH.
This command supports only Artifactory REST APIs, which are accessible under https://<JFrog base URL>/artifactory/api/
Command name | rt curl | |
Abbreviation | rt cl | |
Command options | ||
--server-id | [Optional] Server ID configured using the jfrog c add command. If not specified, the default configured server is used. | |
Command arguments | ||
| cUrl arguments and flags | The same list of arguments and flags passed to cUrl, except for the following changes:
|
Currently only servers configured with username and password / API key are supported.
Examples
Example 1
Execute the cUrl client, to sent a GET request to the /api/build endpoint to the default Artifactory server
jf rt curl -XGET /api/build
Example 2
Execute the cUrl client, to send a GET request to the /api/build endpoint to the configured my-rt-server server ID.
jf rt curl -XGET /api/build --server-id my-rt-server
Build Integration
Overview
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.
Many of JFrog CLI's commands accept two optional command options: --build-name and --build-number. 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.
Collecting Build-Info
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.
Collecting Dependencies
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.zip file found in repository my-local-repo , but it also specifies this file as a dependency in build my-build-name with build number 18:
|
Collecting Build Artifacts
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.tgz uploaded to repository my-local-repo is a build artifact of build my-build-name with build number 18:
jf rt u froggy.tgz my-local-repo --build-name=my-build-name --build-number=18
Collecting Environment Variables
This command is used to collect environment variables and attach them to a build.
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 18:
jf rt bce my-build-name 18
The following table lists the command arguments and flags:
Command name | rt build-collect-env |
Abbreviation | rt bce |
Command options | |
| --project | [Optional] JFrog project key. |
Command arguments | The command accepts two arguments. |
| Build name | Build name. |
| Build number | Build number. |
Example
Collect environment variables for build name: frogger-build and build number: 17
jf rt bce frogger-build 17
Collecting Information from Git
The build-add-git (bag) command collects the Git revision and URL from the local .git directory and adds it to the build-info. 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.
The following table lists the command arguments and flags:
Command name | rt build-add-git |
Abbreviation | rt bag |
Command options | |
| --config | [Optional] Path to a yaml configuration file, used for collecting tracked project issues and adding them to the build-info. |
| --server-id | [Optional] Server ID configured using the jfrog config command. This is the server to which the build-info will be later published, using the |
| --project | [Optional] JFrog project key. |
Command arguments | The command accepts three arguments. |
| Build name | Build name. |
| Build number | Build number. |
| .git path | Optional - Path to a directory containing the .git directory. If not specific, the .git directory is assumed to be in the current directory or in one of the parent directories. |
Example
|
This is the configuration file structure.
version: 1 issues: # The serverID yaml property is optional. The --server-id command option, if provided, overrides the serverID value. # If both the serverID property and the --server-id command options are not provided, # the default server, configured by the "jfrog config add" command is used. serverID: my-artifactory-server trackerName: JIRA regexp: (.+-[0-9]+)\s-\s(.+) keyGroupIndex: 1 summaryGroupIndex: 2 trackerUrl: http://my-jira.com/issues aggregate: true aggregationStatus: RELEASED
Configuration file properties
| Property name | Description |
|---|---|
| Version | The schema version is intended for internal use. Do not change! |
| serverID | Artifactory server ID configured by the jfrog config command. The command uses this server for fetching details about previous published builds. The --server-id command option, if provided, overrides the serverID value. If both the serverID property and the --server-id command options are not provided, the default server, configured by the jfrog config command is used. |
| trackerName | The name (type) of the issue tracking system. For example, JIRA. This property can take any value. |
regexp | 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: HAP-1007 - This is a sample issue |
| keyGroupIndex | 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-1007 from this commit message: HAP-1007 - This is a sample issue |
| summaryGroupIndex | 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: HAP-1007 - This is a sample issue |
| trackerUrl | The issue tracking URL. This value is used for constructing a direct link to the issues in the Artifactory build UI. |
aggregate | Set to true, if you wish all builds to include issues from previous builds. |
aggregationStatus | If aggregate is set to true, this property indicates how far in time should the issues be aggregated. In the above example, issues will be aggregated from previous builds, until a build with a RELEASE status is found. Build statuses are set when a build is promoted using the jf rt build-promote command. |
Adding Files as Build Dependencies
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.
Command name | rt build-add-dependencies |
Abbreviation | rt bad |
Command options | When using the * or ; characters in the command options or arguments, make sure to wrap the whole options or arguments string in quotes (") to make sure the * or ; characters are not interpreted as literals. |
| --from-rt | [Default: false] 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. |
--server-id | [Optional] Server ID configured using the config command. |
--spec | [Optional] Path to a File Spec. |
--spec-vars | [Optional] List of variables in the form of "key1=value1;key2=value2;..." to be replaced in the File Spec. In the File Spec, the variables should be used as follows: ${key1}. |
| --recursive | [Default: true] When false, artifacts inside sub-folders in Artifactory will not be affected. |
--regexp | [Optional: false] [Default: false] Set to true to use a regular expression instead of wildcards expression to collect files to be added to the build info.This option is not supported when --from-rt is set to true. |
--dry-run | [Default: false] Set to true to only get a summery of the dependencies that will be added to the build info. |
--exclusions | A list of Semicolon-separated exclude patterns. Allows using wildcards or a regular expression according to the value of the 'regexp' option. |
Command arguments | The command takes threee arguments. |
| Build name | The build name to add the dependencies to |
| Build number | The build number to add the dependencies to |
| Pattern | 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. |
Example
Example 1
Add all files located under the path/to/build/dependencies/dir/ directory as depedencies of a build. 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 jf rt build-publish command.
jf rt bad my-build-name 7 "path/to/build/dependencies/dir/"
Example 2
Add all files located in the m-local-repo Artifactory repository, under the dependencies folder, as depedencies of a build. 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 jf rt build-publish command.
jf rt bad my-build-name 7 "my-local-repo/dependencies/" --from-rt
Publishing Build-Info
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 18:
jf bp my-build-name 18
This command is used to publish build info to Artifactory.
Command name | rt build-publish |
Abbreviation | rt bp |
Command options | |
| --server-id | [Optional] Server ID configured using the config command. If not specified, the default configured Artifactory server is used. |
| --project | [Optional] JFrog project key. |
--build-url | [Optional] Can be used for setting the CI server build URL in the build-info. |
| --env-include | [Default: *] List of patterns in the form of "value1;value2;..." Only environment variables that match those patterns will be included in the build info. |
| --env-exclude | [Default: *password*;*secret*;*key*] List of case insensitive patterns in the form of "value1;value2;..." environment variables match those patterns will be excluded. |
--dry-run | [Default: false] Set to true to disable communication with Artifactory. |
| --insecure-tls | [Default: false] Set to true to skip TLS certificates verification. |
Command arguments | The command accepts two arguments. |
| Build name | Build name to be published. |
| Build number | Build number to be published. |
Example
|
Aggregating Published Builds
The build-info, which is collected and published to Artifactory by the jf 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:
jf rt upload "a/*.zip" generic-local --build-name my-build --build-number 1 --module m1
The following command, adds a second module, named m2 to the same build:
jf rt upload "b/*.zip" generic-local --build-name my-build --build-number 1 --module m2
You now publish the generated build-info to Artifactory using the following command:
jf rt build-publish my-build 1
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.
jf rt download "*" --build my-build/1
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.
So the next question is - how can this reference between the two build-instances be created?
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 Artifactory. This reference is represented by a new module in the new build-info. The ID of this module will have the following format: <referenced build name>/<referenced build number>.
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,
Command name | rt build-append |
Abbreviation | rt ba |
Command options | This command has no options. |
Command arguments | The command accepts four arguments. |
| Build name | The current (not yet published) build name. |
| Build number | The current (not yet published) build number, |
build name to append | The published build name to append to the current build |
| build number to append | The published build number to append to the current build |
Requirements
Artifactory version 7.25.4 and above.
Example
# Create and publish build a/1 jf rt upload "a/*.zip" generic-local --build-name a --build-number 1 jf rt build-publish a 1 # Create and publish build b/1 jf rt upload "b/*.zip" generic-local --build-name b --build-number 1 jf rt build-publish b 1 # Append builds a/1 and b/1 to build aggregating-build/10 jf rt build-append aggregating-build 10 a 1 jf rt build-append aggregating-build 10 b 1 # Publish build aggregating-build/10 jf rt build-publish aggregating-build 10 # Download the artifacts of aggregating-build/10, which is the same as downloadiong the of a/1 and b/1 jf rt download --build aggregating-build/10
Promoting a Build
This command is used to promote build in Artifactory.
Command name | rt build-promote |
Abbreviation | rt bpr |
Command options | |
| --server-id | [Optional] Server ID configured using the config command. If not specified, the default configured Artifactory server is used. |
| --project | [Optional] JFrog project key. |
| --status | [Optional] Build promotion status. |
| --comment | [Optional] Build promotion comment. |
| --source-repo | [Optional] Build promotion source repository. |
| --include-dependencies | [Default: false] If set to true, the build dependencies are also promoted. |
| --copy | [Default: false] If set true, the build artifacts and dependencies are copied to the target repository, otherwise they are moved. |
| --props | [Optional] List of properties in the form of "key1=value1;key2=value2,...". to attach to the build artifacts. |
| --dry-run | [Default: false] If true, promotion is only simulated. The build is not promoted. |
| --insecure-tls | [Default: false] Set to true to skip TLS certificates verification. |
Command arguments | The command accepts three arguments. |
| Build name | Build name to be promoted. |
| Build number | Build number to be promoted. |
| Target repository | Build promotion target repository. |
Example
|
Cleaning up the Build
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.e. delete) any information accumulated so far, you can use the build-clean (bc) command.
The following table lists the command arguments and flags:
Command name | rt build-clean |
Abbreviation | rt bc |
Command options | The command has no options. |
Command arguments | The command accepts two arguments. |
| Build name | Build name. |
| Build number | Build number. |
For example, the following command cleans up any build-info collected for build my-build-name with build number 18:
|
Discarding Old Builds from Artifactory
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:
Command name | rt build-discard |
Abbreviation | rt bdi |
Command options | |
| --server-id | [Optional] Sserver ID configured using the config command. If not specified, the default configured Artifactory server is used. |
| --max-days | [Optional] The maximum number of days to keep builds in Artifactory. |
| --max-builds | [Optional] The maximum number of builds to store in Artifactory. |
| --exclude-builds | [Optional] List of build numbers in the form of "value1,value2,...", that should not be removed from Artifactory. |
| --delete-artifacts | [Default: false] If set to true, automatically removes build artifacts stored in Artifactory. |
| --async | [Default: false] If set to true, build discard will run asynchronously and will not wait for response. |
Command arguments | The command accepts one argument. |
| Build name | Build name. |
Example
Example 1
Discard the oldest build numbers of build my-build-name from Artifactory, leaving only the 10 most recent builds.
|
Example 2
Discard the oldest build numbers of build my-build-name from Artifactory, leaving only builds published during the last 7 days.
|
Example 3
Discard the oldest build numbers of build my-build-name from Artifactory, leaving only builds published during the last 7 days. b20 and b21 will not be discarded.
|
Package Managers Integration
Running Maven Builds
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.
Setting maven repositories
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 .jfrog directory at the root directory of the project.
Command-name | mvn-config |
Abbreviation | mvnc |
Command options | |
--global | [Optional] Set to true, if you'd like the configuration to be global (for all projects on the machine). Specific projects can override the global configuration. |
| --server-id-resolve | [Optional] Server ID for resolution. The server should configured using the 'jf rt c' command. |
| --server-id-deploy | [Optional] Server ID for deployment. The server should be configured using the 'jf rt c' command. |
| --repo-resolve-releases | [Optional] Resolution repository for release dependencies. |
| --repo-resolve-snapshots | [Optional] Resolution repository for snapshot dependencies. |
| --repo-deploy-releases | [Optional] Deployment repository for release artifacts. |
| --repo-deploy-snapshots | [Optional] Deployment repository for snapshot artifacts. |
| --include-patterns | [Optional] 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 artifact-*.jar, artifact-*.pom |
| --exclude-patterns | [Optional] Filter deployed artifacts by setting a wildcard pattern that specifies which artifacts to exclude. You may provide multiple patterns separated by a comma followed by a white-space. For example artifact-*-test.jar, artifact-*-test.pom |
| --scan | [Default: false] 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. |
| --format | [Default: table] Should be used with the --scan option. Defines the scan output format. Accepts table or json as values. |
Command arguments | The command accepts no arguments |
Running maven
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.
If the machine running JFrog CLI has no access to the internet, make sure to read the Downloading the Maven and Gradle Extractor JARs section.
The following table lists the command arguments and flags:
Command-name | mvn |
Abbreviation | mvn |
Command options | |
| --threads | [Default: 3] Number of threads for uploading build artifacts. |
--build-name | [Optional] Build name. For more details, please refer to Build Integration. |
--build-number | [Optional] Build number. For more details, please refer to Build Integration. |
| --project | [Optional] JFrog project key. |
--insecure-tls | [Default: false] Set to true to skip TLS certificates verification. |
Command arguments | The command accepts the same arguments and options as the mvn client. |
Deploying Maven Artifacts
The deployment to Artifacts is triggered both by the deploy and install phases.
To disable artifacts deployment, add -Dartifactory.publish.artifacts=false to the list of goals and options.
For example: "clean install -Dartifactory.publish.artifacts=false"
Examples
Example 1
Run clean and install with maven.
jf mvn clean install -f path/to/pom-file
Running Gradle Builds
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.
Setting gradle repositories
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 command should run while inside the root directory of the project. The configuration is stored by the command in the .jfrog directory at the root directory of the project.
Command-name | gradle-config |
Abbreviation | gradlec |
Command options | |
--global | [Optional] Set to true, if you'd like the configuration to be global (for all projects on the machine). Specific projects can override the global configuration. |
| --server-id-resolve | [Optional] Server ID for resolution. The server should configured using the 'jf c add' command. |
| --server-id-deploy | [Optional] Server ID for deployment. The server should be configured using the 'jf c add' command. |
| --repo-resolve | [Optional] Repository for dependencies resolution. |
| --repo-deploy | [Optional] Repository for artifacts deployment. |
| --uses-plugin | [Default: false] Set to true if the Gradle Artifactory Plugin is already applied in the build script. |
| --use-wrapper | [Default: false] Set to true if you'd like to use the Gradle wrapper. |
| --deploy-maven-desc | [Default: true] Set to false if you do not wish to deploy Maven descriptors. |
| --deploy-ivy-desc | [Default: true] Set to false if you do not wish to deploy Ivy descriptors. |
| --ivy-desc-pattern | [Default: '[organization]/[module]/ivy-[revision].xml' Set the deployed Ivy descriptor pattern. |
| --ivy-artifacts-pattern | [Default: '[organization]/[module]/[revision]/[artifact]-[revision](-[classifier]).[ext]' Set the deployed Ivy artifacts pattern. |
| --scan | [Default: false] 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. |
| --format | [Default: table] Should be used with the --scan option. Defines the scan output format. Accepts table or json as values. |
Command arguments | The command accepts no arguments |
Running gradle
The gradle command triggers the gradle client, while resolving dependencies and deploying artifactds from and to Artifactory.
Before running the gradle command on a project for the first time, the project should be configured with the gradle-config command.
If the machine running JFrog CLI has no access to the internet, make sure to read the Downloading the Maven and Gradle Extractor JARs section.
The following table lists the command arguments and flags:
Command-name | gradle |
Abbreviation | gradle |
Command options | |
| --threads | [Default: 3] Number of threads for uploading build artifacts. |
--build-name | [Optional] Build name. For more details, please refer to Build Integration. |
--build-number | [Optional] Build number. For more details, please refer to Build Integration. |
| --project | [Optional] JFrog project key. |
Command arguments | The command accepts the same arguments and options as the gradle client. |
Examples
Example 1
Build the project using the artifactoryPublish task, while resolving and deploying artifacts from and to Artifactory.
jf gradle clean artifactoryPublish -b path/to/build.gradle
Running Builds with MSBuild
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. This is done by having JFrog CLI in your search path and adding JFrog CLI commands to the MSBuild csproj file.
For detailed instructions, please refer to our MSBuild Project Example on GitHub.
Managing Docker Images
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:
- Make sure Artifactory can be used as docker registry. Please refer to Getting Started with Docker and Artifactory in the JFrog Artifactory User Guide.
- Make sure that the installed docker client has version 17.07.0-ce (2017-08-29) or above. To verify this, run docker -v
To ensure that the docker client and your Artifactory docker registry are correctly configured to work together, run the following code snippet.
docker pull hello-world docker tag hello-world:latest <artifactoryDockerRegistry>/hello-world:latest docker login <artifactoryDockerRegistry> docker push <artifactoryDockerRegistry>/hello-world:latest
If everything is configured correctly, pushing any image including the hello-world image should be successfully uploaded to Artifactory.
docker commands with the CLI
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.
Examples
Check out our docker project examples on GitHub.
Pulling Docker Images Using the Docker Client
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.
The following table lists the command arguments and flags:
Command-name | docker pull |
Abbreviation | dpl |
Command options | |
--server-id | [Optional] Server ID configured using the config command. If not specified, the default configured Artifactory server is used. |
--build-name | [Optional] Build name. For more details, please refer to Build Integration. |
--build-number | [Optional] Build number. For more details, please refer to Build Integration. |
| --project | [Optional] JFrog project key. |
| --module | [Optional] Optional module name for the build-info. |
| --skip-login | [Default: false] Set to true if you'd like the command to skip performing docker login. |
Command arguments | The same arguments and options supported by the docker client/ |
Examples
jf docker pull my-docker-registry.io/my-docker-image:latest --build-name=my-build-name --build-number=7
You can then publish the build-info collected by the docker-pull command to Artifactory using the build-publish command.
Pushing Docker Images Using the Docker Client
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.
The following table lists the command arguments and flags:
Command-name | docker push |
Abbreviation | dp |
Command options | |
--server-id | [Optional] Server ID configured using the config command. If not specified, the default configured Artifactory server is used. |
--build-name | [Optional] Build name. For more details, please refer to Build Integration. |
--build-number | [Optional] Build number. For more details, please refer to Build Integration. |
| --project | [Optional] JFrog project key. |
| --module | [Optional] Optional module name for the build-info. |
| --skip-login | [Default: false] Set to true if you'd like the command to skip performing docker login. |
--threads | [Default: 3] Number of working threads. |
| --detailed-summary | [Default: false] Set true to include a list of the affected files as part of the command output summary. |
Command arguments | The same arguments and options supported by the docker client/ |
Examples
jf docker push my-docker-registry.io/my-docker-image:latest --build-name=my-build-name --build-number=7
You can then publish the build-info collected by the docker-push command to Artifactory using the build-publish command.
Pulling Docker Images Using Podman
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.
The following table lists the command arguments and flags:
Command-name | rt podman-pull |
Abbreviation | rt ppl |
Command options | |
--server-id | [Optional] Server ID configured using the config command. If not specified, the default configured Artifactory server is used. |
--build-name | [Optional] Build name. For more details, please refer to Build Integration. |
--build-number | [Optional] Build number. For more details, please refer to Build Integration. |
| --project | [Optional] JFrog project key. |
| --module | [Optional] Optional module name for the build-info. |
| --skip-login | [Default: false] Set to true if you'd like the command to skip performing docker login. |
Command argument | |
Image tag | The docker image tag to pull. |
| Source repository | Source repository in Artifactory. |
Examples
jf rt podman-pull my-docker-registry.io/my-docker-image:latest docker-local --build-name=my-build-name --build-number=7
You can then publish the build-info collected by the podman-pull command to Artifactory using the build-publish command.
Pushing Docker Images Using Podman
Podman is a daemonless container engine for developing, managing, and running OCI Containers. After building your image, the podman-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.
The following table lists the command arguments and flags:
Command-name | rt podman-push |
Abbreviation | rt pp |
Command options | |
--server-id | [Optional] Server ID configured using the config command. If not specified, the default configured Artifactory server is used. |
--build-name | [Optional] Build name. For more details, please refer to Build Integration. |
--build-number | [Optional] Build number. For more details, please refer to Build Integration. |
| --project | [Optional] JFrog project key. |
| --module | [Optional] Optional module name for the build-info. |
| --skip-login | [Default: false] Set to true if you'd like the command to skip performing docker login. |
--threads | [Default: 3] Number of working threads. |
| --detailed-summary | [Default: false] Set to true to include a list of the affected files as part of the command output summary. |
Command argument | |
Image tag | The docker image tag to push. |
| Target repository | Target repository in Artifactory. |
Examples
jf rt podman-push my-docker-registry.io/my-docker-image:latest docker-local --build-name=my-build-name --build-number=7
You can then publish the build-info collected by the podman-push command to Artifactory using the build-publish command.
Pushing Docker Images Using Kaniko
JFrog CLI allows pushing containers to Artifactory using Kaniko, while collecting build-info and storing it in Artifactory.
For detailed instructions, please refer to our Kaniko project example on GitHub.
Pushing Docker Images Using buildx
JFrog CLI allows pushing containers to Artifactory using buildx, while collecting build-info and storing it in Artifactory.
For detailed instructions, please refer to our buildx project example on GitHub.
Pushing Docker Images Using the OpenShift CLI
JFrog CLI allows pushing containers to Artifactory using the OpenShift CLI, while collecting build-info and storing it in Artifactory.
For detailed instructions, please refer to our OpenShift build project example on GitHub.
Adding Published Docker Images to the Build-Info
The build-docker-create command allows adding a docker image, which is already published to Artifactory, into the build-info. This build-info can be later published to Artifactory, using the build-publish command.
Command-name | rt build-docker-create |
Abbreviation | rt bdc |
Command options | |
| --image-file | Path to a file which includes one line in the following format: IMAGE-TAG@sha256:MANIFEST-SHA256. For example: cat image-file-details superfrog-docker.jfrog.io/hello-frog@sha256:30f04e684493fb5ccc030969df6de0 |
--server-id | [Optional] Server ID configured using the config command. If not specified, the default configured Artifactory server is used. |
--build-name | [Optional] Build name. For more details, please refer to Build Integration. |
--build-number | [Optional] Build number. For more details, please refer to Build Integration. |
| --project | [Optional] JFrog project key. |
| --module | [Optional] Optional module name for the build-info. |
| --skip-login | [Default: false] Set to true if you'd like the command to skip performing docker login. |
--threads | [Default: 3] Number of working threads. |
Command argument | |
| Target repository | The name of the repository to which the image was pushed. |
Examples
jf rt bdc docker-local --image-file image-file-details --build-name myBuild --build-number 1
You can then publish the build-info collected by the podman-push command to Artifactory using the build-publish command.
Promoting Docker Images
Promotion is the action of moving or copying a group of artifacts from one repository to another, to support the artifacts lifecycle. When it comes to docker images, there are two ways to ways to promote a docker image which was pushed to Artifactory:
- Create build-info for the docker image, and then promote the build using the jf rt build-promote command.
- Use the jf rt docker-promote command as described below.
The following table lists the command arguments and flags:
Command-name | rt docker-promote |
Abbreviation | rt dpr |
Command options | |
--server-id | [Optional] Server ID configured using the config command. If not specified, the default configured Artifactory server is used. |
--copy | [Default: false] If set true, the Docker image is copied to the target repository, otherwise it is moved. |
--source-tag | [Optional] The tag name to promote. |
--target-docker-image | [Optional] Docker target image name. |
--target-tag | [Optional] The target tag to assign the image after promotion. |
Command argument | |
source docker image | The docker image name to promote. |
| source repository | Source repository in Artifactory. |
| target repository | Target repository in Artifactory. |
Examples
Promote the hello-world docker image from the docker-dev-local repository to the docker-staging-local repository.
jf rt docker-promote hello-world docker-dev-local docker-staging-local
Building Npm Packages Using the Npm Client
JFrog CLI provides full support for building npm packages using the npm client. This allows you to resolve npm dependencies, and publish your npm packages from and to Artifactory, while collecting build-info and storing it in Artifactory.
Follow these guidelines when building npm packages:
You can download npm packages from any npm repository type - local, remote or virtual, but you can only publish to a local or virtual Artifactory repository, containing local repositories. To publish to a virtual repository, you first need to set a default local repository. For more details, please refer to Deploying to a Virtual Repository.
When the
npm-publishcommand runs, JFrog CLI runs thepackcommand in the background. The pack action is followed by an upload, which is not based on the npm client's publish command. Therefore, If your npm package includes theprepublishorpostpublishscripts, rename them toprepackand postpack, respectively.
Requirements
Npm client version 5.4.0 and above.
Artifactory version 5.5.2 and above.
Setting npm repositories
Before using the npm-install, npm-ci and npm-publish commands, the project needs to be pre-configured with the Artifactory server and repositories, to be used for building and publishing the project. The npm-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 .jfrog directory at the root directory of the project.
Command-name | npm-config |
Abbreviation | npmc |
Command options | |
--global | [Optional] Set to true, if you'd like the configuration to be global (for all projects on the machine). Specific projects can override the global configuration. |
| --server-id-resolve | [Optional] Artifactory server ID for resolution. The server should configured using the 'jfrog c add' command. |
| --server-id-deploy | [Optional] Artifactory server ID for deployment. The server should be configured using the 'jfrog c add' command. |
| --repo-resolve | [Optional] Repository for dependencies resolution. |
| --repo-deploy | [Optional] Repository for artifacts deployment. |
Command arguments | The command accepts no arguments |
Installing Npm Packages
The npm-install and npm-ci commands execute npm's install and ci commands respectively, to fetches the npm dependencies from the npm repositories.
Before running the npm-install or npm-ci command on a project for the first time, the project should be configured using the npm-config command.
The following table lists the command arguments and flags:
Command-name | npm |
Abbreviation | |
Command options | |
--build-name | [Optional] Build name. For more details, please refer to Build Integration. |
--build-number | [Optional] Build number. For more details, please refer to Build Integration. |
| --project | [Optional] JFrog project key. |
| --module | [Optional] Optional module name for the build-info. |
| --threads | [Default: 3] Number of working threads for build-info collection. |
Command arguments | The command accepts the same arguments and options as the npm client. |
Examples
Example 1
The following example installs the dependencies and records them locally as part of build my-build-name/1. The build-info can later be published to Artifactory using the build-publish command. The dependencies are resolved from the Artifactory server and repository configured by npm-config command.
jf npm install --build-name=my-build-name --build-number=1
Example 2
The following example installs the dependencies. The dependencies are resolved from the Artifactory server and repository configured by npm-config command.
jf npm install
Example 3
The following example installs the dependencies using the npm-ci command. The dependencies are resolved from the Artifactory server and repository configured by npm-config command.
jf npm ci
Publishing the Npm Packages into Artifactory
The npm-publish command packs and deploys the npm package to the designated npm repository.
Before running the npm-publish command on a project for the first time, the project should be configured using the npm-config command. This configuration includes the Artifactory server and repository to which the package should deployed.
If your npm package includes the prepublish or postpublish scripts, please refer to the guidelines above.
The following table lists the command arguments and flags:
Command-name | npm publish |
Abbreviation | |
Command options | |
--build-name | [Optional] Build name. For more details, please refer to Build Integration. |
--build-number | [Optional] Build number. For more details, please refer to Build Integration. |
| --project | [Optional] JFrog project key. |
| --module | [Optional] Optional module name for the build-info. |
| --detailed-summary | [Default: false] Set true to include a list of the affected files as part of the command output summary. |
| --scan | [Default: false] 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. |
| --format | [Default: table] Should be used with the --scan option. Defines the scan output format. Accepts table or json as values. |
Command argument | The command accepts the same arguments and options that the npm pack command expects. |
Example
To pack and publish the npm package and also record it locally as part of build my-build-name/1, run the following command. The build-info can later be published to Artifactory using the build-publish command. The package is published to the Artifactory server and repository configured by npm-config command.
jf npm publish --build-name=my-build-name --build-number=1
Building Npm Packages Using the Yarn Client
JFrog CLI provides full support for building npm packages using the yarn client. This allows you to resolve npm dependencies, while collecting build-info and storing it in Artifactory. You can download npm packages from any npm repository type - local, remote or virtual. Publishing the packages to a local npm repository is supported through the jf rt upload command.
Yarn version 2.4.0 and above is supported.
Setting npm repositories
Before using the jfrog yarn command, the project needs to be pre-configured with the Artifactory server and repositories, to be used for building the project. The yarn-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 .jfrog directory at the root directory of the project.
Command-name | yarn-config |
Abbreviation | yarnc |
Command options | |
--global | [Optional] Set to true, if you'd like the configuration to be global (for all projects on the machine). Specific projects can override the global configuration. |
| --server-id-resolve | [Optional] Artifactory server ID for resolution. The server should configured using the 'jf c add' command. |
| --repo-resolve | [Optional] Repository for dependencies resolution. |
Command arguments | The command accepts no arguments |
Installing Npm Packages
The jf yarn commands execute the yarn client, to fetches the npm dependencies from the npm repositories.
Before running the command on a project for the first time, the project should be configured using the yarn-config command.
The following table lists the command arguments and flags:
Command-name | yarn |
Command options | |
--build-name | [Optional] Build name. For more details, please refer to Build Integration. |
--build-number | [Optional] Build number. For more details, please refer to Build Integration. |
| --project | [Optional] JFrog project key. |
| --module | [Optional] Optional module name for the build-info. |
| --threads | [Default: 3] Number of working threads for build-info collection. |
Command arguments | The command accepts the same arguments and options as the yarn client. |
Examples
Example 1
The following example installs the dependencies and records them locally as part of build my-build-name/1. The build-info can later be published to Artifactory using the build-publish command. The dependencies are resolved from the Artifactory server and repository configured by yarn-config command.
jf yarn install --build-name=my-build-name --build-number=1
Example 2
The following example installs the dependencies. The dependencies are resolved from the Artifactory server and repository configured by yarn-config command.
jf yarn install
Building Go Packages
General
JFrog CLI provides full support for building Go packages using the Go client. This allows resolving Go dependencies from and publish your Go packages to Artifactory, while collecting build-info and storing it in Artifactory.
Requirements
JFrog CLI client version 1.20.0 and above.
Artifactory version 6.1.0 and above.
Go client version 1.11.0 and above.
Example project
To help you get started, you can use this sample project on GitHub.
Setting Go repositories
Before you can use JFrog CLI to build your Go projects with Artifactory, you first need to set the resolutions and deployment repositories for the project.
Here's how you set the repositories.
- CD to the root of the Go project.
- Run the jf rt go-config command.
Command-name | go-config |
Abbreviation | |
Command options | |
| --global | [Default false] Set to true, if you'd like the configuration to be global (for all projects on the machine). Specific projects can override the global configuration. |
| --server-id-resolve | [Optional] Artifactory server ID for resolution. The server should configured using the 'jf c add' command. |
| --server-id-deploy | [Optional] Artifactory server ID for deployment. The server should be configured using the 'jf c add' command. |
| --repo-resolve | [Optional] Repository for dependencies resolution. |
| --repo-deploy | [Optional] Repository for artifacts deployment. |
Examples
Example 1
Set repositories for for this go project.
jf go-config
Example 2
Set repositories for for all go projects on this machine.
jf go-config --global
Running Go commands
The go command triggers the go client.
Before running the go command on a project for the first time, the project should be configured using the go-config command.
The following table lists the command arguments and flags:
Command-name | go |
Abbreviation | go |
Command options | |
| --build-name | [Optional] Build name. For more details, please refer to Build Integration. |
| --build-number | [Optional] Build number. For more details, please refer to Build Integration. |
| --project | [Optional] JFrog project key. |
| --no-fallback | [Default: false] Set to avoid downloading packages from the VCS, if they are missing in Artifactory. |
| --module | [Optional] Optional module name for the build-info. |
Command arguments | |
Go command | The command accepts the same arguments and options as the go client. |
Examples
Example 1
The following example runs Go build command. The dependencies resolved from Artifactory via the go-virtual repository.
Before using this example, please make sure to set repositories for the Go project using the go-config command.
jf rt go build
Example 2
The following example runs Go build command, while recording the build-info locally under build name my-build and build number 1. The build-info can later be published to Artifactory using the build-publish command.
Before using this example, please make sure to set repositories for the Go project using the go-config command.
jf rt go build --build-name=my-build --build-number=1
Publishing Go Packages to Artifactory
The go-publish command packs and deploys the Go package to the designated Go repository in Artifactory.
Before running the go-publish command on a project for the first time, the project should be configured using the go-config command.
The following table lists the command arguments and flags:
Command-name | go-publish |
Abbreviation | gp |
Command options | |
--build-name | [Optional] Build name. For more details, please refer to Build Integration. |
--build-number | [Optional] Build number. For more details, please refer to Build Integration. |
| --project | [Optional] JFrog project key. |
| --module | [Optional] Optional module name for the build-info. |
| --detailed-summary | [Default: false] Set true to include a list of the affected files as part of the command output summary. |
Command argument | |
| Version | The version of the Go project that is being published |
Examples
Example 1
To pack and publish the Go package, run the following command. Before running this command on a project for the first time, the project should be configured using the go-config command.
jf gp v1.2.3
Example 2
To pack and publish the Go package and also record the build-info as part of build my-build-name/1, run the following command. The build-info can later be published to Artifactory using the build-publish command. Before running this command on a project for the first time, the project should be configured using the go-config command.
jf gp v1.2.3 --build-name=my-build-name --build-number=1
Building Python Packages
JFrog CLI provides full support for building Python packages using the pip and pipenv and poetry package installers. This allows resolving python dependencies from Artifactory, while recording the downloaded packages. The downloaded packages are stored as dependencies in the build-info stored in Artifactory.
Once the packages are installed, the Python project can be then built and packaged using the the pip, pipenv or poetry clients. Once built, the produced artifacts can be uploaded to Artifactory using JFrog CLI's upload command and registered as artifacts in the build-info.
Example projects
To help you get started, you can use the sample projects on GitHub.
Setting Python repository
Before you can use JFrog CLI to build your Python projects with Artifactory, you first need to set the repository for the project.
Here's how you set the repositories.
- CD to the root of the Python project.
- Run the jf pip-config, jf pipenv-config or jf poetry-config commands, depending on whether you're using the pip or pipenv clients.
Command-name | pip-config / pipenv-config / poetry-config |
Abbreviation | pipc / pipec / poc |
Command options | |
| --global | [Default false] Set to true, if you'd like the configuration to be global (for all projects on the machine). Specific projects can override the global configuration. |
| --server-id-resolve | [Optional] Artifactory server ID for resolution. The server should configured using the 'jf c add' command. |
| --repo-resolve | [Optional] Repository for dependencies resolution. |
Examples
Example 1
Set repositories for this Python project when using the pip client.
jf pipc
Example 2
Set repositories for all Python projects using the pip client on this machine.
jf pipc --global
Example 3
Set repositories for this Python project when using the pipenv client.
jf pipec
Example 4
Set repositories for all Python projects using the poetry client on this machine.
jf poc --global
Example 5
Set repositories for this Python project when using the poetry client.
jf poc
Example 6
Set repositories for all Python projects using the pipenv client on this machine.
jf pipec --global
Installing Python packages
The pip install, pipenv install and poetry install commands use the pip, pipenv and poetry clients respectively, to install the project dependencies from Artifactory. The commands can also record these packages as build dependencies as part of the build-info published to Artifactory.
Before running the pip install, pipenv install and poetry install commands on a project for the first time, the project should be configured using the pip-config, pipenv-confiog or poetry-config commands respectively.
Recording all dependencies
JFrog CLI records the installed packages as build-info dependencies. The recorded dependencies are packages installed during the 'jf rt pip-install' command execution. When running the command inside a Python environment, which already has some of the packages installed, the installed packages will not be included as part of the build-info, because they were not originally installed by JFrog CLI. A warning message will be added to the log in this case.
How to include all packages in the build-info?
The details of all the installed packages are always cached by the jf pip install and jf pipenv install command in the .jfrog/projects/deps.cache.json file, located under the root of the project. JFrog CLI uses this cache for including previously installed packages in the build-info.
If the Python environment had some packages installed prior to the first execution of the install command, those previously installed packages will be missing from the cache and therefore will not be included in the build-info.
Running the install command with both the 'no-cache-dir' and 'force-reinstall' pip options, should re-download and install these packages, and they will therefore be included in the build-info and added to the cache. It is also recommended to run the command from inside a virtual environment.
Command-name | pip / pipenv / poetry |
Abbreviation | |
Command options | |
--build-name | [Optional] Build name. For more details, please refer to Build Integration. |
--build-number | [Optional] Build number. For more details, please refer to Build Integration. |
| --project | [Optional] JFrog project key. |
| --module | [Optional] Optional module name for the build-info. |
Command argument | |
Pip arguments | Arguments and options for the pip-install command. |
Examples
Example 1
The following command triggers pip install, while recording the build dependencies as part of build name my-build and build number 1.
jf pip install . --build-name my-build --build-number 1
Example 2
The following command triggers pipenv install, while recording the build dependencies as part of build name my-build and build number 1.
jf pipenv install . --build-name my-build --build-number 1
Example 3
The following are command triggers poetry install, while recording the build dependencies as part of build name my-build and build number 1.
jf poetry install . --build-name my-build --build-number 1
Building NuGet Packages
JFrog CLI provides full support for restoring NuGet packages using the NuGet client or the .NET Core CLI. This allows you to resolve NuGet dependencies from and publish your NuGet packages to Artifactory, while collecting build-info and storing it in Artifactory.
NuGet dependencies resolution is supported by the jf rt nuget command, which uses the NuGet client or the jf rt dotnet command, which uses the .NET Core CLI.
To publish your NuGet packages to Artifactory, use the jf rt upload command.
Setting NuGet repositories
Before using using the nuget or dotnet commands, the project needs to be pre-configured with the Artifactory server and repository, to be used for building the project.
Before using the nuget or dotnet commands, the nuget-config or dotnet-config commands should be used respectively. These commands configure the project with the details of the Artifactory server and repository, to be used for the build. The nuget-config or dotnet-config commands should be executed while inside the root directory of the project. The configuration is stored by the command in the .jfrog directory at the root directory of the project. You then have the option of storing the .jfrog directory with the project sources, or creating this configuration after the sources are checked out.
The following table lists the commands' options:
Command-name | nuget-config / dotnet-config |
Abbreviation | nugetc / dotnetc |
Command options | |
--global | [Optional] Set to true, if you'd like the configuration to be global (for all projects on the machine). Specific projects can override the global configuration. |
| --server-id-resolve | [Optional] Artifactory server ID for resolution. The server should configured using the 'jf c add' command. |
| --repo-resolve | [Optional] Repository for dependencies resolution. |
--nuget-v2 | [Default: false] |
Command arguments | The command accepts no arguments |
Running Nuget and Dotnet commands
The nuget command runs the NuGet client and the dotnet command runs the .NET Core CLI.
Before running the nuget command on a project for the first time, the project should be configured using the nuget-config command.
Before running the dotnet command on a project for the first time, the project should be configured using the dotnet-config command.
The following table lists the commands arguments and options:
Command-name | nuget / dotnet |
Abbreviation | |
Command options | |
--build-name | [Optional] Build name. For more details, please refer to Build Integration. |
--build-number | [Optional] Build number. For more details, please refer to Build Integration. |
| --project | [Optional] JFrog project key. |
| --module | [Optional] Optional module name for the build-info. |
Command argument | The command accepts the same arguments and options as the NuGet client / .NET Core CLI. |
Examples
Example 1
Run nuget restore for the solution at the current directory, while resolving the NuGet dependencies from the pre-configured Artifactory repository. Use the NuGet client for this command
jf nuget restore
Example 2
Run dotnet restore for the solution at the current directory, while resolving the NuGet dependencies from the pre-configured Artifactory repository. Use the .NET Core CLI for this command
jf dotnet restore
Example 3
Run dotnet restore for the solution at the current directory, while resolving the NuGet dependencies from the pre-configured Artifactory repository.
In addition, record the build-info as part of build my-build-name/1. The build-info can later be published to Artifactory using the build-publish command:
jf dotnet restore --build-name=my-build-name --build-number=1
Packaging and Publishing Terraform Modules
JFrog CLI supports packaging Terraform modules and publishing them to a Terraform repository in Artifactory using the jf terraform publish command.
We recommend using this example project on GitHub for an easy start up.
Before using the jf terraform publish command for the first time, you first need to configure the Terraform repository for your Terraform project. To do this, follow these steps:
- 'cd' into the root directory for your Terraform project.
- Run the interactive jf terraform-config command and set deployment repository name.
The jf terraform-config command will store the repository name inside the .jfrog directory located in the current directory. You can also add the --global command option, if you prefer the repository configuration applies to all projects on the machine. In that case, the configuration will be saved in JFrog CLI's home directory.
The following table lists the command options:
Command-name | terraform-config |
Abbreviation | tfc |
Command options | |
--global | [Optional] Set to true, if you'd like the configuration to be global (for all projects on the machine). Specific projects can override the global configuration. |
| --server-id-deploy | [Optional] Artifactory server ID for deployment. The server should configured using the 'jf c add' command. |
| --repo-deploy | [Optional] Repository for artifacts deployment. |
Command arguments | The command accepts no arguments |
Examples
Example 1
Configuring the Terraform repository for a project, while inside the root directory of the project
jf tfc
Example 2
Configuring the Terraform repository for all projects on the machine
jf tfc --global
The terraform publish command creates a terraform package for the module in the current directory, and publishes it to the configured Terraform repository in Artifactory.
The following table lists the commands arguments and options:
Command-name | terraform publish |
Abbreviation | tf p |
Command options | |
--namespace | [Mandatory] Terraform module namespace |
| --provider | [Mandatory] Terraform module provider |
--tag | [Mandatory] Terraform module tag |
| --exclusions | [Optional] A list of Semicolon-separated exclude patterns wildcards. Paths inside the module matching one of the patterns are excluded from the deployed package. |
| --build-name | [Optional] Build name. For more details, please refer to Build Integration. |
--build-number | [Optional] Build number. For more details, please refer to Build Integration. |
| --project | |
Command argument | The command accepts no arguments |
Examples
Example 1
The command creates a package for the Terraform module in the current directory, and publishes it to the Terraform repository (configured by the jf tfc command) with the provides namespece, provider and tag.
jf tf p --namespace example --provider aws --tag v0.0.1
Example 2
The command creates a package for the Terraform module in the current directory, and publishes it to the Terraform repository (configured by the jf tfc command) with the provides namespace, provider and tag. The published package will not include the module paths which include either test or ignore.
jf tf p --namespace example --provider aws --tag v0.0.1 --exclusions "*test*;*ignore*"
Example 3
The command creates a package for the Terraform module in the current directory, and publishes it to the Terraform repository (configured by the jf tfc command) with the provides namespece, provider and tag. The published module will be recorded as an artifact of a build named my-build with build number 1. The jf rt bp command publishes the build to Artifactory.
jf tf p --namespace example --provider aws --tag v0.0.1 --build-name my-build --build-number 1 jf rt bp my-build 1
Managing Users and Groups
JFrog CLI offers a set of commands for managing users and groups. You can create and delete a bulk of users, by providing a CSV file with the users' details as an input. You can also add a list of users to a group, as well as creating and deleting groups.
Creating Users
This command allows creating a bulk of users. The details of the users are provided in a CSV format file. Here's the file format.
"username","password","email" "username1","password1","john@c.com" "username2","password1","alice@c.com"
The first line in the CSV is cells' headers. It is mandatory and is used by the command to map the cell value to the users' details.
The CSV can include additional columns, with different headers, which will be ignored by the command.
Command-name | rt users-create |
Abbreviation | rt uc |
Command options | |
--server-id | [Optional] Artifactory server ID configured using the config command. |
--csv | [Mandatory] Path to a CSV file with the users' details. The first row of the file should include the name,password,email headers. |
--replace | [Optional] Set to true if you'd like existing users or groups to be replaced. |
--users-groups | [Optional] A list of comma-separated groups for the new users to be associated to. |
Command arguments | The command accepts no arguments |
Example
Create new users according to details defined in the path/to/users.csv file.
jf rt users-create --csv path/to/users.csv
Deleting Users
This command allows deleting a bulk of users. The command a list of usernames to delete. The list can be either provided as a comma-seperated argument, or as a CSV file, which includes one column with the usernames. Here's the CSV format.
"username" "username1" "username2" "username2"
The first line in the CSV is cells' headers. It is mandatory and is used by the command to map the cell value to the users' details.
The CSV can include additional columns, with different headers, which will be ignored by the command.
Command-name | rt users-delete |
Abbreviation | rt udel |
Command options | |
--server-id | [Optional] Artifactory server ID configured using the config command. |
--csv | [Optional] Path to a csv file with the usernames to delete. The first row of the file is the reserved for the cells' headers. It must include the "username" header. |
Command arguments | |
users list | Comma-separated list of usernames to delete. If the --csv command option is used, then this argument becomes optional. |
Example 1
Delete the users according to the usernames defined in the path/to/users.csv file.
jf rt users-delete --csv path/to/users.csv
Example 2
Delete the users according with the u1, u2 and u3 usernames.
jf rt users-delete "u1,u2,u3"
Creating Groups
This command creates a new users group.
Command-name | rt group-create |
Abbreviation | rt gc |
Command options | |
--server-id | [Optional] Artifactory server ID configured using the config command. |
Command arguments | |
group name | The name of the group to create. |
Example
Create a new group name reviewers.
jf rt group-create reviewers
Adding Users to Groups
This command adds a list fo existing users to a group.
Command-name | rt group-add-users |
Abbreviation | rt gau |
Command options | |
--server-id | [Optional] Artifactory server ID configured using the config command. |
Command arguments | |
group name | The name of the group to add users to. |
users list | Comma-seperated list of usernames to add to the specified group. |
Example
Add to group reviewers the users with the following usernames: u1, u2 and u3.
jf rt group-add-users "reviewers" "u1,u2,u3"
Deleting Groups
This command deletes a group.
Command-name | rt group-delete |
Abbreviation | rt gdel |
Command options | |
--server-id | [Optional] Artifactory server ID configured using the config command. |
Command arguments | |
group name | The name of the group to delete. |
Example
Delete the reviewers group.
jf rt group-delete "reviewers"
Managing Repositories
JFrog CLI offers a set of commands for managing Artifactory repositories. You can create, update and delete repositories. To make it easier to manage repositories, the commands which create and update the repositories accept a pre-defined configuration template file. This template file can also include variables. which can be later replaced with values, when creating or updating the repositories. The configuration template file is created using the jf rt repo-template command.
Creating or Configuration Template
This is an interactive command, which creates a configuration template file. This file should be used as an argument for the jf rt repo-create or the jf rt repo-update commands.
When using this command to create the template, you can also provide replaceable variable, instead of fixes values. Then when the template is used to create or update repositories, values can be provided to replace the variables in the template.
Command-name | rt repo-template |
Abbreviation | rt rpt |
Command options | The command has no options. |
Command arguments | |
template path | Specifies the local file system path for the template file created by the command. The file should not exist. |
Example
Create a configuration template, with a variable for the repository name. Then, create a repository using this template, and provide repository name to replace the variable.
$ jf rt repo-template template.json
Select the template type (press Tab for options): create
Insert the repository key > ${repo-name}
Select the repository class (press Tab for options): local
Select the repository's package type (press Tab for options): generic
You can type ":x" at any time to save and exit.
Select the next configuration key (press Tab for options): :x
[Info] Repository configuration template successfully created at template.json.
$
$ jf rt repo-create template.json --vars "repo-name=my-repo"
[Info] Creating local repository...
[Info] Done creating repository.
Creating / Updating Repositories
These two commands create a new repository and updates an existing a repository. Both commands accept as an argument a configuration template, which can be created by the jf rt repo-template command. The template also supports variables, which can be replaced with values, provided when it is used.
Command-name | rt repo-create / rt repo-update |
Abbreviation | rt rc / rt ru |
Command options | |
--server-id | [Optional] Artifactory server ID configured using the config command. |
| --vars | [Optional] List of variables in the form of "key1=value1;key2=value2;..." to be replaced in the template. In the template, the variables should be used as follows: ${key1}. |
Command arguments | |
template path | Specifies the local file system path for the template file to be used for the repository creation. The template can be created using the "jf rt rpt" command. |
Example 1
Create a repository, using the template.json file previously generated by the repo-template command.
jf rt repo-create template.json
Example 2
Update a repository, using the template.json file previously generated by the repo-template command.
jf rt repo-update template.json
Example 3
Update a repository, using the template.json file previously generated by the repo-template command. Replace the repo-name variable inside the template with a name for the updated repository.
jf rt repo-update template.json --vars "repo-name=my-repo"
Deleting Repositories
This command permanently deletes a repository, including all of its content.
rt repo-delete | |
Abbreviation | rt rdel |
Command options | |
--server-id | [Optional] Artifactory server ID configured using the config command. |
| --quiet | [Default: $CI] Set to true to skip the delete confirmation message. |
Command arguments | |
repository key | Specifies the repositories that should be removed. You can use wildcards to specify multiple repositories. |
Example
Delete a repository from Artifactory.
jf rt repo-delete generic-local
Managing Replications
JFrog CLI offers commands creating and deleting replication jobs in Artifactory. To make it easier to create replication jobs, the commands which creates the replication job accepts a pre-defined configuration template file. This template file can also include variables. which can be later replaced with values, when creating the replication job. The configuration template file is created using the jf rt replication-template command.
Creating a Configuration Template
This command creates a configuration template file, which should be used as an argument for the jf rt replication-create command.
When using this command to create the template, you can also provide replaceable variable, instead of fixes values. Then when the template is used to create replication jobs, values can be provided to replace the variables in the template.
Command-name | rt replication-template |
Abbreviation | rt rplt |
Command options | The command has no options. |
Command arguments | |
template path | Specifies the local file system path for the template file created by the command. The file should not exist. |
Example
Create a configuration template, with two variables for the source and target repositories. Then, create a replication job using this template, and provide source and target repository names to replace the variables.
$ jf rt rplt template.json
Select replication job type (press Tab for options): push
Enter source repo key > ${source}
Enter target repo key > ${target}
Enter target server id (press Tab for options): my-server-id
Enter cron expression for frequency (for example, 0 0 12 * * ? will replicate daily) > 0 0 12 * * ?
You can type ":x" at any time to save and exit.
Select the next property > :x
[Info] Replication creation config template successfully created at template.json.
$
$ jf rt rplc template.json --vars "source=generic-local;target=generic-local"
[Info] Done creating replication job.
Creating Replication Jobs
This command creates a new replication job for a repository. The command accepts as an argument a configuration template, which can be created by the jf rt replication-template command. The template also supports variables, which can be replaced with values, provided when it is used.
Command-name | replication-create |
Abbreviation | rt rplc |
Command options | |
--server-id | [Optional] Artifactory server ID configured using the config command. |
| --vars | [Optional] List of variables in the form of "key1=value1;key2=value2;..." to be replaced in the template. In the template, the variables should be used as follows: ${key1}. |
Command arguments | |
template path | Specifies the local file system path for the template file to be used for the replication job creation. The template can be created using the "jf rt rplt" command. |
Example 1
Create a replication job, using the template.json file previously generated by the replication-template command.
jf rt rplc template.json
Example 2
Update a replication job, using the template.json file previously generated by the replication-template command. Replace the source and target variables inside the template with the names of the replication source and target reposities.
jf rt rplc template.json --vars "source=my-source-repo;target=my-target-repo"
Deleting Replication jobs
This command permanently deletes a replication jobs from a repository.
rt replication-delete | |
Abbreviation | rt rpldel |
Command options | |
--server-id | [Optional] Artifactory server ID configured using the config command. |
| --quiete | [Default: $CI] Set to true to skip the delete confirmation message. |
Command arguments | |
repository key | The repository from which the replications will be deleted. |
Example
Delete a repository from Artifactory.
jf rt rpldel my-repo-name
Managing Permission Targets
JFrog CLI offers commands creating, updating and deleting permission targets in Artifactory. To make it easier to create and update permission targets, the commands which create and update the permission targets accept a pre-defined configuration template file. This template file can also include variables. which can be later replaced with values, when creating or updating the permission target. The configuration template file is created using the jf rt permission-target-template command.
Creating a Configuration Template
This command creates a configuration template file, which should be used as an argument for the jf rt permission-target-create and jf rt permission-target-update commands.
Command-name | rt permission-target-template |
Abbreviation | rt ptt |
Command options | The command has no options. |
Command arguments | |
template path | Specifies the local file system path for the template file created by the command. The file should not exist. |
Creating / Updating Permission Targets
This command creates a new permission target. The command accepts as an argument a configuration template, which can be created by the jf rt permission-target-template command. The template also supports variables, which can be replaced with values, provided when it is used.
Command-name | permission-target-create / permission-target-update |
Abbreviation | rt ptc / rt ptu |
Command options | |
--server-id | [Optional] Artifactory server ID configured using the config command. |
| --vars | [Optional] List of variables in the form of "key1=value1;key2=value2;..." to be replaced in the template. In the template, the variables should be used as follows: ${key1}. |
Command arguments | |
template path | Specifies the local file system path for the template file to be used for the permission target creation or update. The template can be created using the "jf rt ptt" command. |
Deleting Permission Targets
This command permanently deletes a permission target.
rt permission-target-delete | |
Abbreviation | rt ptdel |
Command options | |
--server-id | [Optional] Artifactory server ID configured using the config command. |
| --quiete | [Default: $CI] Set to true to skip the delete confirmation message. |
Command arguments | |
permission target name | The permission target that should be removed. |
Using File Specs
To achieve complex file manipulations you may require several CLI commands. For example, you may need to upload several different sets of files to different repositories. To simplify the implementation of these complex manipulations, you can apply JFrog CLI download, upload, move, copy and delete commands with JFrog Artifactory using --spec option to replace the inline command arguments and options. Similarly, you can create and update release bundles by providing the --spec command option. Each command uses an array of file specifications in JSON format with a corresponding schema as described in the sections below. Note that if any of these commands are issued using both inline options as well as the file specs, then the inline options override their counterparts specified in the file specs.
File Spec Schemas
Copy and Move Commands Spec Schema
The file spec schema for the copy and move commands is as follows:
{
"files": [
{
"pattern" or "aql": "[Mandatory]",
"target": "[Mandatory]",
"props": "[Optional]",
"excludeProps": "[Optional]",
"recursive": "[Optional, Default: 'true']",
"flat" : "[Optional, Default: 'false']",
"exclusions": ["[Optional, Applicable only when 'pattern' is specified]"],
"archiveEntries": "[Optional]",
"build": "[Optional]",
"bundle": "[Optional]",
"validateSymlinks": "[Optional]",
"sortBy" : ["[Optional]"],
"sortOrder": "[Optional, Default: 'asc']",
"limit": [Optional],
"offset": [Optional]
}
]
}
Download Command Spec Schema
The file spec schema for the download command is as follows:
{
"files": [
{
"pattern" or "aql": "[Mandatory]",
"target": "[Optional]",
"props": "[Optional]",
"excludeProps": "[Optional]",
"recursive": "[Optional, Default: 'true']",
"flat" : "[Optional, Default: 'false']",
"exclusions": ["[Optional, Applicable only when 'pattern' is specified]"],
"archiveEntries": "[Optional]",
"build": "[Optional]",
"bundle": "[Optional]",
"sortBy" : ["[Optional]"],
"sortOrder": "[Optional, Default: 'asc']",
"limit": [Optional],
"offset": [Optional]
}
]
}
Create and Update Release Bundle Commands Spec Schema
The file spec schema for the create amd update release bundle commands is as follows:
{
"files": [
{
"pattern" or "aql": "[Mandatory]",
"target": "[Optional]",
"props": "[Optional]",
"targetProps": "[Optional]",
"excludeProps": "[Optional]",
"recursive": "[Optional, Default: 'true']",
"flat" : "[Optional, Default: 'false']",
"exclusions": ["[Optional, Applicable only when 'pattern' is specified]"],
"archiveEntries": "[Optional]",
"build": "[Optional]",
"bundle": "[Optional]",
"sortBy" : ["[Optional]"],
"sortOrder": "[Optional, Default: 'asc']",
"limit": [Optional],
"offset": [Optional]
}
]
}
Upload Command Spec Schema
The file spec schema for the upload command is as follows:
{
"files": [
{
"pattern": "[Mandatory]",
"target": "[Mandatory]",
"targetProps": "[Optional]",
"recursive": "[Optional, Default: 'true']",
"flat" : "[Optional, Default: 'true']",
"regexp": "[Optional, Default: 'false']",
"ant": "[Optional, Default: 'false']",
"archive": "[Optional, Must be: 'zip']",
"exclusions": ["[Optional]"]
}
]
}
Search, Set-Props and Delete Commands Spec Schema
The file spec schema for the search and delete commands are as follows:
{
"files": [
{
"pattern" or "aql": "[Mandatory]",
"props": "[Optional]",
"excludeProps": "[Optional]",
"recursive": "[Optional, Default: 'true']",
"exclusions": ["[Optional, Applicable only when 'pattern' is specified]"],
"archiveEntries": "[Optional]",
"build": "[Optional]",
"bundle": "[Optional]",
"sortBy" : ["[Optional]"],
"sortOrder": "[Optional, Default: 'asc']",
"limit": [Optional],
"offset": [Optional]
}
]
}
Examples
The following examples can help you get started using File Specs.
Example 1:
Download all files located under the all-my-frogs directory in the my-local-repo repository to the froggy directory.
{
"files": [
{
"pattern": "my-local-repo/all-my-frogs/",
"target": "froggy/"
}
]
}
Example 2:
Download all files located under the all-my-frogs directory in the my-local-repo repository to the froggy directory. Download only files which are artifacts of build number 5 of build my-build.
{
"files": [
{
"pattern": "my-local-repo/all-my-frogs/",
"target": "froggy/",
"build": "my-build/5"
}
]
}
Example 3:
Download all files retrieved by the AQL query to the froggy directory.
{
"files": [
{
"aql": {
"items.find": {
"repo": "my-local-repo",
"$or": [
{
"$and": [
{
"path": {
"$match": "."
},
"name": {
"$match": "a1.in"
}
}
]
},
{
"$and": [
{
"path": {
"$match": "*"
},
"name": {
"$match": "a1.in"
}
}
]
}
]
}
},
"target": "froggy/"
}
]
}
Example 4: Upload
All zip files located under the
resourcesdirectory to thezipfolder, under the all-my-frogs repository.AND
All TGZ files located under the
resourcesdirectory to the tgz folder, under the all-my-frogs repository.Tag all zip files with type = zip and status = ready.
Tag all tgz files with type = tgz and status = ready.
{
"files": [
{
"pattern": "resources/*.zip",
"target": "all-my-frogs/zip/",
"props": "type=zip;status=ready"
},
{
"pattern": "resources/*.tgz",
"target": "all-my-frogs/tgz/",
"props": "type=tgz;status=ready"
}
]
}
Example 5:
Upload all zip files located under the resources directory to the zip folder, under the all-my-frogs repository.
{
"files": [
{
"pattern": "resources/*.zip",
"target": "all-my-frogs/zip/"
}
]
}
Example 6:
Package all files located (including sub-directories) under the resources directory into a zip archive named archive.zip, and upload it into the root of the all-my-frogs repository.
{
"files": [
{
"pattern": "resources/",
"archive": "zip",
"target": "all-my-frogs/"
}
]
}
Example 7:
Download all files located under the all-my-frogs directory in the my-local-repo repository except for files with .txt extension and all files inside the all-my-frogs directory with the props. prefix.
Notice that the exclude patterns do not include the repository.
{
"files": [
{
"pattern": "my-local-repo/all-my-frogs/",
"exclusions": ["*.txt","all-my-frog/props.*"]
}
]
}
Example 8:
Download The latest file uploaded to the all-my-frogs directory in the my-local-repo repository.
{
"files": [
{
"pattern": "my-local-repo/all-my-frogs/",
"target": "all-my-frogs/files/",
"sortBy": ["created"],
"sortOrder": "desc",
"limit": 1
}
]
}
Example 9:
Search for the three largest files located under the all-my-frogs directory in the my-local-repo repository. If there are files with the same size, sort them "internally" by creation date.
{
"files": [
{
"pattern": "my-local-repo/all-my-frogs/",
"sortBy": ["size","created"],
"sortOrder": "desc",
"limit": 3
}
]
}
Example 10:
Download The second latest file uploaded to the all-my-frogs directory in the my-local-repo repository.
{
"files": [
{
"pattern": "my-local-repo/all-my-frogs/",
"target": "all-my-frogs/files/",
"sortBy": ["created"],
"sortOrder": "desc",
"limit": 1,
"offset": 1
}
]
}
Example 11:
This example shows how to delete artifacts in artifactory under specified path based on how old they are.
The following File Spec finds all the folders which match the following criteria:
- They are under the my-repo repository.
- They are inside a folder with a name that matches abc-*-xyz and is located at the root of the repository.
- Their name matches ver_*
- They were created more that 7 days ago.
{
"files": [
{
"aql": {
"items.find": {
"repo": "myrepo",
"path": {"$match":"abc-*-xyz"},
"name": {"$match":"ver_*"},
"type": "folder",
"$or": [
{
"$and": [
{
"created": { "$before":"7d" }
}
]
}
]
}
}
}
]
}
Example 12
This example uses placeholders. For each .tgz file in the source directory, create a corresponding directory with the same name in the target repository and upload it there. For example, a file named froggy.tgz should be uploaded to my-local-rep/froggy. (froggy will be created a folder in Artifactory).
{
"files": [
{
"pattern": "(*).tgz",
"target": "my-local-repo/{1}/",
}
]
}
Example 13
This examples uses placeholders. Upload all files whose name begins with "frog" to folder frogfiles in the target repository, but append its name with the text "-up". For example, a file called froggy.tgz should be renamed froggy.tgz-up.
{
"files": [
{
"pattern": "(frog*)",
"target": "my-local-repo/frogfiles/{1}-up",
"recursive": "false"
}
]
}
Example 14
The following two examples lead to the exact same outcome.
The first one uses placeholders, while the second one does not. Both examples download all files from the generic-local repository to be under the my/local/path/ local file-system path, while maintaining the original Artifactory folder hierarchy. Notice the different flat values in the two examples.
{
"files": [
{
"pattern": "generic-local/{*}",
"target": "my/local/path/{1}",
"flat": "true"
}
]
}
{
"files": [
{
"pattern": "generic-local/",
"target": "my/local/path/",
"flat": "false"
}
]
}
Schema Validation
JSON schemas allow you to annotate and validate JSON files. The JFrog File Spec schema is available in the JSON Schema Store catalog and in the following link: https://github.com/jfrog/jfrog-cli/blob/v2/schema/filespec-schema.json.
Using Jetbrains IDEs (Intellij IDEA, Webstorm, Goland, etc...)?
The File Spec schema automatically applied on the following file patterns:
**/filespecs/*.json
*filespec*.json
*.filespec
Using Visual Studio Code?
To apply the File Spec schema validation, install the JFrog VS-Code extension.
Alternatively, copy the following to your settings.json file:
settings.json
"json.schemas": [
{
"fileMatch": ["**/filespecs/*.json", "*filespec*.json", "*.filespec"],
"url": "https://raw.githubusercontent.com/jfrog/jfrog-cli/v2/schema/filespec-schema.json"
}
]
Downloading the Maven and Gradle Extractor JARs
For integrating with Maven and Gradle, JFrog CLI uses the build-info-extractor jars files. These jar files are downloaded by JFrog CLI from jcenter the first time they are needed.
If you're using JFrog CLI on a machine which has no access to the internet, you can configure JFrog CLI to download these jar files from an Artifactory instance. Here's how to configure Artifactory and JFrog CLI to download the jars files.
Create a remote Maven repository in Artifactory and name it extractors. When creating the repository, configure it to proxy https://releases.jfrog.io/artifactory/oss-release-local
Make sure that this Artifactory server is known to JFrog CLI, using the jfrog c show command. If not, configure it using the jfrog c add command.
Set the JFROG_CLI_EXTRACTORS_REMOTE environment variable with the server ID of the Artifactory server you configured, followed by a slash, and then the name of the repository you created. For example my-rt-server/extractors
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