jfrog-client-go

Branch	Status
master
dev

jfrog-client-go

General

jfrog-client-go is a library which provides Go APIs to performs actions on JFrog Artifactory, Xray and Distribution from your Go application. The project is still relatively new, and its APIs may therefore change frequently between releases. The library can be used as a go-module, which should be added to your project's go.mod file. As a reference you may look at JFrog CLI's go.mod file, which uses this library as a dependency.

Pull Requests

We welcome pull requests from the community.

Guidelines

If the existing tests do not already cover your changes, please add tests.
Pull requests should be created on the dev branch.
Please use gofmt for formatting the code before submitting the pull request.

Tests

To run the tests on the source code, you'll need a running JFrog instance. See the Prerequisites column in the Test Types section below for more information.

Use the following command with the below options to run the tests.

go test -v github.com/jfrog/jfrog-client-go/tests -timeout 0 [test-types] [flags]

If you'd like to run a specific test, add the test function name using the -run flag. For example:

go test -v github.com/jfrog/jfrog-client-go/tests -timeout 0 -run TestGetArtifactoryVersionWithCustomHttpClient -test.artifactory -rt.url=http://127.0.0.1:8081/artifactory -rt.user=admin -rt.password=password

Note: The tests create an Artifactory repository named jfrog-client-tests-repo1. Once the tests are completed, the content of this repository is deleted.

Flags

Test Types

Type	Description	Prerequisites
`-test.artifactory`	Artifactory tests	Artifactory Pro
`-test.distribution`	Distribution tests	Artifactory with Distribution
`-test.xray`	Xray tests	Artifactory with Xray
`-test.pipelines`	Pipelines tests	JFrog Pipelines
`-test.access`	Access tests	Artifactory Pro

Connection Details

Flag	Description
`-rt.url`	[Default: http://localhost:8081/artifactory] Artifactory URL.
`-ds.url`	[Optional] JFrog Distribution URL.
`-xr.url`	[Optional] JFrog Xray URL.
`-pipe.url`	[Optional] JFrog Pipelines URL.
`-access.url`	[Optional] JFrog Access URL.
`-rt.user`	[Default: admin] Artifactory username.
`-rt.password`	[Default: password] Artifactory password.
`-rt.apikey`	[Optional] Artifactory API key.
`-rt.sshKeyPath`	[Optional] Ssh key file path. Should be used only if the Artifactory URL format is ssh://[domain]:port
`-rt.sshPassphrase`	[Optional] Ssh key passphrase.
`-rt.accessToken`	[Optional] Artifactory access token.
`-pipe.accessToken`	[Optional] Pipelines access token.
`-pipe.vcsToken`	[Optional] Vcs token for Pipelines tests (should have admin permissions).
`-pipe.vcsRepo`	[Optional] Vcs full repo path for Pipelines tests (ex: "domain/myrepo").
`-pipe.vcsBranch`	[Optional] Vcs branch for Pipelines tests (ex: "main").
`-access.accessToken`	[Optional] Access access token.

General APIs

Setting the Logger

var file *os.File
...
log.SetLogger(log.NewLogger(log.INFO, file))

Setting the Temp Dir

The default temp dir used is 'os.TempDir()'. Use the following API to set a new temp dir:

fileutils.SetTempDirBase(filepath.Join("my", "temp", "path"))

Artifactory APIs

Creating Artifactory Service Manager

Creating Artifactory Details

rtDetails := auth.NewArtifactoryDetails()
rtDetails.SetUrl("http://localhost:8081/artifactory")
rtDetails.SetSshKeyPath("path/to/.ssh/")
rtDetails.SetApiKey("apikey")
rtDetails.SetUser("user")
rtDetails.SetPassword("password")
rtDetails.SetAccessToken("accesstoken")
// if client certificates are required
rtDetails.SetClientCertPath("path/to/.cer")
rtDetails.SetClientCertKeyPath("path/to/.key")

Creating Artifactory Details with Custom HTTP Client

proxyUrl, err := url.Parse("http://proxyIp:proxyPort")
myCustomClient := &http.Client{Transport: &http.Transport{Proxy: http.ProxyURL(proxyUrl)}}

rtDetails := auth.NewArtifactoryDetails()
rtDetails.SetUrl("http://localhost:8081/artifactory")
rtDetails.SetSshKeysPath("path/to/.ssh/")
rtDetails.SetApiKey("apikey")
rtDetails.SetUser("user")
rtDetails.SetPassword("password")
rtDetails.SetAccessToken("accesstoken")
serviceConfig, err := config.NewConfigBuilder().
    SetServiceDetails(rtDetails).
    SetDryRun(false).
    SetHttpClient(myCustomClient).
    Build()

Creating Artifactory Service Config

serviceConfig, err := config.NewConfigBuilder().
    SetServiceDetails(rtDetails).
    SetCertificatesPath(certPath).
    SetThreads(threads).
    SetDryRun(false).
    // Add [Context](https://golang.org/pkg/context/)
    SetContext(ctx).
    // Optionally overwrite the default HTTP timeout, which is set to 30 seconds.
    SetHttpTimeout(180 * time.Second).
    // Optionally overwrite the default HTTP retries, which is set to 3.
    SetHttpRetries(8).
    Build()

Creating New Artifactory Service Manager

rtManager, err := artifactory.New(serviceConfig)

Using Artifactory Services

Uploading Files to Artifactory

Using the UploadFiles() function, we can upload files and get the general statistics of the action (The actual number of successful and failed uploads), and the error value if it occurred.

params := services.NewUploadParams()
params.Pattern = "repo/*/*.zip"
params.Target = "repo/path/"
params.AddVcsProps = false
params.BuildProps = "build.name=buildName;build.number=17;build.timestamp=1600856623553"
params.Recursive = true
params.Regexp = false
params.IncludeDirs = false
params.Flat = true
params.ExplodeArchive = false
params.Archive = "zip"
params.Deb = ""
params.Symlink = false
params.Exclusions = "(.*)a.zip"
// Retries default value: 3
params.Retries = 5
// The min file size in bytes for "checksum deploy".
// "Checksum deploy" is the action of calculating the file checksum locally, before 
// the upload, and skipping the actual file transfer if the file already  
// exists in Artifactory.
// MinChecksumDeploy default value: 10400
params.MinChecksumDeploy = 15360
// Set to false to disable all checksum calculation, including "checksum deploy".
// ChecksumsCalcEnabled default value: true
params.ChecksumsCalcEnabled = false 
// Attach properties to the uploaded files
targetProps := utils.NewProperties()
targetProps.AddProperty("key1", "val1")
params.TargetProps = targetProps

totalUploaded, totalFailed, err := rtManager.UploadFiles(params)

Downloading Files from Artifactory

Using the DownloadFiles() function, we can download files and get the general statistics of the action (The actual number of files downloaded, and the number of files we expected to download). In addition, we get the error value if it occurred.

params := services.NewDownloadParams()
params.Pattern = "repo/*/*.zip"
params.Target = "target/path/"
// Filter the downloaded files by properties.
params.Props = "key1=val1;key2=val2"
params.Recursive = true
params.IncludeDirs = false
params.Flat = false
params.Explode = false
params.Symlink = true
params.ValidateSymlink = false
params.Exclusions = "(.*)a.zip"
// Retries default value: 3
params.Retries = 5
// SplitCount default value: 3
params.SplitCount = 2
// MinSplitSize default value: 5120
params.MinSplitSize = 7168

totalDownloaded, totalFailed, err := rtManager.DownloadFiles(params)

Downloading Release Bundles from Artifactory

Using the DownloadFiles() function, we can download release bundles and get the general statistics of the action (The actual number of files downloaded, and the number of files we expected to download). In addition, we get the error value if it occurred.

It is possible to validate the downloaded release bundle's files by providing a local path to a GPG public key file (the public GPG key should of course correspond to the private GPG key which was used to sign the release bundle).

params := services.NewDownloadParams()
// Path on the local file system to which the files should be downloaded.
params.Target = "target/path/"
// Bundle's name and version should be separated with "/".
params.Bundle = "bundleName/10"
// Optional GPG validation
params.PublicGpgKey = "public/key/file/path"
totalDownloaded, totalFailed, err := rtManager.DownloadFiles(params)

Read more about GPG signing release bundles here.

Uploading and Downloading Files with Summary

The methods UploadFilesWithSummary() and DownloadFilesWithSummary() are similar to UploadFlies() and DownloadFlies(), but return an OperationSummary struct, which allows iterating over the details of the uploaded/downloaded files.
The OperationSummary struct contains:

TotalSucceeded - the number of successful uploads/downloads
TotalFailed - the number of failed uploads/downloads
TransferDetailsReader - a ContentReader of FileTransferDetails structs, with a struct for each successful transfer of file
ArtifactsDetailsReader - a ContentReader of ArtifactDetails structs, with a struct for each artifact in Artifactory that was uploaded/downloaded successfully

The ContentReaders can be closed separately by calling Close() on each of them, or they both can be closed at once by calling Close() on the OperationSummary struct.

params := services.NewUploadParams()
params.Pattern = "repo/*/*.zip"
params.Target = "repo/path/"

summary, err := rtManager.UploadFilesWithSummary(params)
defer summary.Close()
reader, totalDownloaded, totalExpected, err := rtManager.DownloadFilesWithResultReader(params)

// Iterate over each file
for currentFileInfo := new(utils.FileInfo); reader.NextRecord(currentFileInfo) == nil; currentFileInfo = new(utils.FileInfo) {
     fmt.Printf("File path: %s\n", currentFileInfo.LocalPath)
}

if err := reader.GetError(); err != nil {
    return err
}

Read more about ContentReader.

Copying Files in Artifactory

params := services.NewMoveCopyParams()
params.Pattern = "repo/*/*.zip"
params.Target = "target/path/"
// Filter the files by properties.
params.Props = "key1=val1;key2=val2"
params.Recursive = true
params.Flat = false

rtManager.Copy(params)

Moving Files in Artifactory

params := services.NewMoveCopyParams()
params.Pattern = "repo/*/*.zip"
params.Target = "target/path/"
// Filter the files by properties.
params.Props = "key1=val1;key2=val2"
params.Recursive = true
params.Flat = false

rtManager.Move(params)

Deleting Files from Artifactory

params := services.NewDeleteParams()
params.Pattern = "repo/*/*.zip"
// Filter the files by properties.
params.Props = "key1=val1;key2=val2"
params.Recursive = true

pathsToDelete, err := rtManager.GetPathsToDelete(params)
if err != nil {
    return err
}
defer pathsToDelete.Close()
rtManager.DeleteFiles(pathsToDelete)

Read more about ContentReader.

Searching Files in Artifactory

params := services.NewSearchParams()
params.Pattern = "repo/*/*.zip"
// Filter the files by properties.
params.Props = "key1=val1;key2=val2"
params.Recursive = true

reader, err := rtManager.SearchFiles(params)
if err != nil {
    return err
}
defer reader.Close()

Read more about ContentReader.

Setting Properties on Files in Artifactory

searchParams = services.NewSearchParams()
searchParams.Recursive = true
searchParams.IncludeDirs = false

reader, err = rtManager.SearchFiles(searchParams)
if err != nil {
    return err
}
defer reader.Close()
propsParams = services.NewPropsParams()
propsParams.Pattern = "repo/*/*.zip"
propsParams.Reader = reader
// Filter the files by properties.
propsParams.Props = "key=value"

rtManager.SetProps(propsParams)

Read more about ContentReader.

Deleting Properties from Files in Artifactory

searchParams = services.NewSearchParams()
searchParams.Recursive = true
searchParams.IncludeDirs = false

resultItems, err = rtManager.SearchFiles(searchParams)
if err != nil {
    return err
}
defer reader.Close()
propsParams = services.NewPropsParams()
propsParams.Pattern = "repo/*/*.zip"
propsParams.Reader = reader
// Filter the files by properties.
propsParams.Props = "key=value"

rtManager.DeleteProps(propsParams)

Read more about ContentReader.

Publishing Build Info to Artifactory

buildInfo := &buildinfo.BuildInfo{}
// Optional Artifactory project key
projectKey := "my-project-key"
...
rtManager.PublishBuildInfo(buildInfo, projectKey)

Fetching Build Info from Artifactory

buildInfoParams := services.NewBuildInfoParams{}
buildInfoParams.BuildName = "buildName"
buildInfoParams.BuildNumber = "LATEST"
// Optional Artifactory project key
buildInfoParams.ProjectKey = "my-project-key"

rtManager.GetBuildInfo(buildInfoParams)

Promoting Published Builds in Artifactory

params := services.NewPromotionParams()
params.BuildName = "buildName"
params.BuildNumber = "10"
params.TargetRepo = "target-repo"
params.Status = "status"
params.Comment = "comment"
params.Copy = true
params.FailFast = true
params.IncludeDependencies = false
params.SourceRepo = "source-repo"
// Optional Artifactory project key
params.ProjectKey = "my-project-key"

rtManager.PromoteBuild(params)

Promoting a Docker Image in Artifactory

sourceDockerImage := "hello-world"
sourceRepo := "docker-local-1"
targetRepo := "docker-local-2"
params := services.NewDockerPromoteParams(sourceDockerImage, sourceRepo, targetRepo)

// Optional parameters:
params.TargetDockerImage = "target-docker-image"
params.SourceTag = "42"
params.TargetTag = "43"
params.Copy = true

rtManager.PromoteDocker(params)

Triggering Build Scanning with JFrog Xray

params := services.NewXrayScanParams()
params.BuildName = buildName
params.BuildNumber = buildNumber

rtManager.XrayScanBuild(params)

Discarding Old Builds

params := services.NewDiscardBuildsParams()
params.BuildName = "buildName"
params.MaxDays = "max-days"
params.MaxBuilds = "max-builds"
params.ExcludeBuilds = "1,2"
params.DeleteArtifacts = false
params.Async = false
// Optional Artifactory project key
projectKey := "my-project-key"

rtManager.DiscardBuilds(params)

Cleaning Unreferenced Git LFS Files from Artifactory

params := services.NewGitLfsCleanParams()
params.Refs = "refs/remotes/*"
params.Repo = "my-project-lfs"
params.GitPath = "path/to/git"

reader,err := rtManager.GetUnreferencedGitLfsFiles(params)

defer reader.Close()
rtManager.DeleteFiles(reader)

Executing AQLs

rtManager.Aql(aql string)

Reading Files in Artifactory

rtManager.ReadRemoteFile(FilePath string)

Creating an Access Token

params := services.NewCreateTokenParams()
params.Scope = "api:* member-of-groups:readers"
params.Username = "user"
params.ExpiresIn = 3600 // default -1 (use server default)
params.GrantType = "client_credentials"
params.Refreshable = true
params.Audience = "jfrt@<serviceID1> jfrt@<serviceID2>"

results, err := rtManager.CreateToken(params)

Fetching Access Tokens

results, err := rtManager.GetTokens()

Fetching Access Tokens of a User

results, err := rtManager.GetUserTokens(username)

Refreshing an Access Token

params := services.NewRefreshTokenParams()
params.AccessToken = "<access token>"
params.RefreshToken = "<refresh token>"
params.Token.Scope = "api:*"
params.Token.ExpiresIn = 3600
results, err := rtManager.RefreshToken(params)

Revoking an Access Token

params := services.NewRevokeTokenParams()

// Provide either TokenId or Token
params.TokenId = "<token id>"
// params.Token = "access token"

err := rtManager.RevokeToken(params)

Create API Key

// Returns an error if API key already exists - use RegenerateAPIKey instead.
apiKey, err := rtManager.CreateAPIKey()

Regenerate API Key

apiKey, err := rtManager.RegenerateAPIKey()

Get API Key

apiKey, err := rtManager.GetAPIKey()

Creating and Updating Local Repository

You can create and update a local repository for the following package types:

Alpine, Bower, Cran, Cargo, Chef, Cocoapods, Composer, Conan, Conda, Debian, Docker, Gems, Generic, Gitlfs, Go, Gradle, Helm, Ivy, Maven, Npm, Nuget, Opkg, Puppet, Pypi, Rpm, Sbt, Vagrant, and Yum.

Each package type has its own parameters struct, can be created using the method New<packageType>LocalRepositoryParams().

Example for creating local Generic repository:

params := services.NewGenericLocalRepositoryParams()
params.Key = "generic-repo"
params.Description = "This is a public description for generic-repo"
params.Notes = "These are internal notes for generic-repo"
params.RepoLayoutRef = "simple-default"
params.ArchiveBrowsingEnabled = true
params.XrayIndex = true
params.IncludesPattern = "**/*"
params.ExcludesPattern = "excludedDir/*"
params.DownloadRedirect = true

err = servicesManager.CreateLocalRepository().Generic(params)

You can also create a local repository with basic local params:

params := services.NewLocalRepositoryBaseParams()
params.Key = "generic-repo"
params.PackageType = "generic"
params.Description = "This is a public description for generic-repo"
err := servicesManager.CreateLocalRepository(params)

Updating local Generic repository:

err = servicesManager.UpdateLocalRepository().Generic(params)

Creating and Updating Remote Repository

You can create and update a remote repository for the following package types:

Alpine, Bower, Cran, Cargo, Chef, Cocoapods, Composer, Conan, Conda, Debian, Docker, Gems, Generic, Gitlfs, Go, Gradle, Helm, Ivy, Maven, Npm, Nuget, Opkg, P2, Puppet, Pypi, Rpm, Sbt, Vcs, and Yum.

Each package type has its own parameters struct, can be created using the method New<packageType>RemoteRepositoryParams().

Example for creating remote Maven repository:

params := services.NewMavenRemoteRepositoryParams()
params.Key = "maven-central-remote"
params.Url = "https://repo.maven.apache.org"
params.RepoLayoutRef = "maven-2-default"
params.Description = "A caching proxy repository for Maven central"
params.HandleSnapshot = false
params.HandleReleases = true
params.FetchJarsEagerly = true
params.XrayIndex = true
params.AssumedOfflinePeriodSecs = 600
params.SuppressPomConsistencyChecks = true
params.RemoteRepoChecksumPolicyType = "pass-thru"

err = servicesManager.CreateRemoteRepository().Maven(params)

Updating remote Maven repository:

err = servicesManager.UpdateRemoteRepository().Maven(params)

You can also create a remote repository with basic remote params:

params := services.NewRemoteRepositoryBaseParams()
params.Key = "remote-repo"
params.Url = "https://repo.maven.apache.org"
err := servicesManager.CreateRemoteRepository(params)

Creating and Updating Virtual Repository

You can create and update a virtual repository for the following package types:

Alpine, Bower, Cran, Chef, Conan, Conda, Debian, Docker, Gems, Generic, Gitlfs, Go, Gradle, Helm, Ivy, Maven, Npm, Nuget, P2, Puppet, Pypi, Rpm, Sbt, and Yum.

Each package type has its own parameters struct, can be created using the method New<packageType>VirtualRepositoryParams().

Example for creating virtual Go repository:

params := services.NewGoVirtualRepositoryParams()
params.Description = "This is an aggregated repository for several go repositories"
params.RepoLayoutRef = "go-default"
params.Repositories = {"gocenter-remote", "go-local"}
params.DefaultDeploymentRepo = "go-local"
params.ExternalDependenciesEnabled = true
params.ExternalDependenciesPatterns = {"**/github.com/**", "**/golang.org/**", "**/gopkg.in/**"}
params.ArtifactoryRequestsCanRetrieveRemoteArtifacts = true

err = servicesManager.CreateVirtualRepository().Go(params)

You can also create a virtual repository with basic virtual params:

params := services.NewVirtualRepositoryBaseParams()
params.Key = "generic-repo"
params.PackageType = "generic"
params.Description = "This is a public description for generic-repo"
params.Repositories = string[]{"remote-repo","local-repo"}
err := servicesManager.CreateVirtualRepository(params)

Updating virtual Go repository:

err = servicesManager.UpdateVirtualRepository().Go(params)

Creating and Updating Federated Repository

You can create and update a federated repository for the following package types:

Alpine, Bower, Cran, Cargo, Chef, Cocoapods, Composer, Conan, Conda, Debian, Docker, Gems, Generic, Gitlfs, Go, Gradle, Helm, Ivy, Maven, Npm, Nuget, Opkg, Puppet, Pypi, Rpm, Sbt, Vagrant and Yum

Each package type has its own parameters struct, can be created using the method New<packageType>FederatedRepositoryParams().

Example for creating federated Generic repository:

params := services.NewGenericFederatedRepositoryParams()
params.Key = "generic-repo"
params.Description = "This is a public description for generic-repo"
params.Notes = "These are internal notes for generic-repo"
params.RepoLayoutRef = "simple-default"
params.ArchiveBrowsingEnabled = true
params.XrayIndex = true
params.IncludesPattern = "**/*"
params.ExcludesPattern = "excludedDir/*"
params.DownloadRedirect = true
params.Members = []services.FederatedRepositoryMemberParams{
		{Url: "http://targetartifactory/artifactory/federatedRepositoryName", Enabled: true},
	}
err = servicesManager.CreateFederatedRepository().Generic(params)

You can also create a federated repository with basic federated params:

params := services.NewFederatedRepositoryBaseParams()
params.Key = "generic-repo"
params.PackageType = "generic"
params.Description = "This is a public description for generic-repo"
params.Members = []services.FederatedRepositoryMemberParams{
		{Url: "http://targetartifactory/artifactory/federatedRepositoryName", Enabled: true},
	}
err := servicesManager.CreateFederatedRepository(params)

Updating federated Generic repository:

err = servicesManager.UpdateFederatedRepository().Generic(params)

Removing a Repository

You can remove a repository from Artifactory using its key:

servicesManager.DeleteRepository("generic-repo")

Getting Repository Details

You can get repository details from Artifactory using its key, and the desired params struct. The function expects to get the repo key (name) and a pointer to a param struct that will be filled up. The param struct should contain the desired params fields corresponded to the Artifactory REST API:

repoDetails = services.RepositoryDetails{}
err := servicesManager.GetRepository("maven-repo", &repoDetails)

repoDetails = services.LocalRepositoryBaseParams{}
err := servicesManager.GetRepository("maven-repo", &repoDetails)

repoDetails = services.MavenLocalRepositoryParams{}
err := servicesManager.GetRepository("maven-repo", &repoDetails)

services.RepositoryDetails

Getting All Repositories

You can get all repositories from Artifactory:

servicesManager.GetAllRepositories()

You can get all repositories from Artifactory filtered according to theirs type and/or theirs package type:

params := services.NewRepositoriesFilterParams()
params.RepoType = "remote"
params.PackageType = "maven"
err := servicesManager.GetAllRepositoriesFiltered(params)

Creating and Updating Repository Replications

Example of creating a repository replication:

params := services.NewCreateReplicationParams()
// Source replication repository.
params.RepoKey = "my-repository"
params.CronExp = "0 0 12 * * ?"
params.Username = "admin"
params.Password = "password"
params.Url = "http://localhost:8081/artifactory/remote-repo"
params.Enabled = true
params.SocketTimeoutMillis = 15000
params.EnableEventReplication = true
params.SyncDeletes = true
params.SyncProperties = true
params.SyncStatistics = true
params.PathPrefix = "/path/to/repo"

err = servicesManager.CreateReplication(params)

Example of updating a local repository replication:

params := services.NewUpdateReplicationParams()
// Source replication repository.
params.RepoKey = "my-repository"
params.CronExp = "0 0 12 * * ?"
params.Enabled = true
params.SocketTimeoutMillis = 15000
params.EnableEventReplication = true
params.SyncDeletes = true
params.SyncProperties = true
params.SyncStatistics = true
params.PathPrefix = "/path/to/repo"

err = servicesManager.UpdateReplication(params)

Getting a Repository Replication

You can get a repository replication configuration from Artifactory using its key:

replicationConfiguration, err := servicesManager.GetReplication("my-repository")

Removing a Repository Replication

You can remove a repository replication configuration from Artifactory using its key:

err := servicesManager.DeleteReplication("my-repository")

Converting a Local Repository to a Federated Repository

You can convert a local repository to a federated repository using its key:

err := servicesManager.ConvertLocalToFederatedRepository("my-repository")

Triggering a Full Federated Repository Synchronisation

You can trigger a full federated repository synchronisation for all members using its key:

err := servicesManager.TriggerFederatedRepositoryFullSyncAll("my-repository")

You can also trigger a full federated repository synchronisation for a specific member using its key and the members URL

err := servicesManager.TriggerFederatedRepositoryFullSyncMirror("my-repository", "http://localhost:8081/artifactory/my-repository")

Creating and Updating Permission Targets

You can create or update a permission target in Artifactory. Permissions are set according to the following conventions: read, write, annotate, delete, manage, managedXrayMeta, distribute For repositories You can specify the name "ANY" in order to apply to all repositories, "ANY REMOTE" for all remote repositories or "ANY LOCAL" for all local repositories.

Creating a new permission target :

params := services.NewPermissionTargetParams()
params.Name = "java-developers"
params.Repo.Repositories = []string{"ANY REMOTE", "local-repo1", "local-repo2"}
params.Repo.ExcludePatterns = []string{"dir/*"}
params.Repo.Actions.Users = map[string][]string {
	"user1" : {"read", "write"},
    "user2" : {"write","annotate", "read"},
}
params.Repo.Actions.Groups = map[string][]string {
	"group1" : {"manage","read","annotate"},
}
// This is the default value that cannot be changed
params.Build.Repositories = []string{"artifactory-build-info"}
params.Build.Actions.Groups = map[string][]string {
	"group1" : {"manage","read","write","annotate","delete"},
	"group2" : {"read"},

}

err = servicesManager.CreatePermissionTarget(params)

Updating an existing permission target :

err = servicesManager.UpdatePermissionTarget(params)

Removing a Permission Target

You can remove a permission target from Artifactory using its name:

err = servicesManager.DeletePermissionTarget("java-developers")

Fetching a Permission Target

You can fetch a permission target from Artifactory using its name:

permissionTargetParams, err = servicesManager.GetPermissionTarget("java-developers")

If the requested permission target does not exist, a nil value is returned for the permissionTargetParams param, with a nil error value

Fetching Artifactory's Version

version, err := servicesManager.GetVersion()

Fetching Artifactory's Service ID

serviceId, err := servicesManager.GetServiceId()

Fetching Users Details

params := services.NewUserParams()
params.UserDetails.Name = "myUserName"

user, err := serviceManager.GetUser(params)

If the requested user does not exist, a nil value is returned for the User param, with a nil error value

Fetching All Users Details

You can get all users from Artifactory:

users, err := servicesManager.GetAllUsers()

Creating and Updating a User

params := services.NewUserParams()
params.UserDetails.Name = "myUserName"
params.UserDetails.Email = "[email protected]"
params.UserDetails.Password = "Password1"
params.UserDetails.Admin = false
params.UserDetails.Realm= "internal"
params.UserDetails.ProfileUpdatable = true
params.UserDetails.DisableUIAccess = false
params.UserDetails.InternalPasswordDisabled = false
params.UserDetails.groups = [2]string{"GroupA", "GroupB"}
// Set to true in order to replace exist user with the same name
params.ReplaceIfExists = false
err := serviceManager.CreateUser(params)

params.UserDetails.groups = [3]string{"GroupA", "GroupB", "GroupC"}
err := serviceManager.UpdateUser(params)

Deleting a User

err := serviceManager.DeleteUser("myUserName")

Fetching Group Details

params := services.NewGroupParams()
params.GroupDetails.Name = "myGroupName"
// Set this param to true to receive the user names associated with this group
params.IncludeUsers = true

group, err := serviceManager.GetGroup(params)

If the requested group does not exist, a nil value is returned for the Group param, with a nil error value

Creating and Updating a Group

params := services.NewGroupParams()
params.GroupDetails.Name = "myGroupName"
params.GroupDetails.Description = "Description"
params.GroupDetails.AutoJoin = false
params.GroupDetails.AdminPrivileges = true
params.GroupDetails.Realm = "internal"
params.GroupDetails.UsersNames = [2]string{"UserA", "UserB"}
// Set to true in order to replace exist group with the same name
params.ReplaceIfExists = false
err := serviceManager.CreateGroup(params)

params.GroupDetails.Description = "Newer Description"
// Will add UserC to the group (in addition to existing UserA and UserB)
params.GroupDetails.UsersNames = [1]string{"UserC"}

err := serviceManager.UpdateGroup(params)

Deleting a Group

err := serviceManager.DeleteGroup("myGroupName")

Access APIs

Creating Access Service Manager

Creating Access Details

accessDetails := accessAuth.NewAccessDetails()
accessDetails.SetUrl("http://localhost:8081/access/")
accessDetails.SetSshKeyPath("path/to/.ssh/")
accessDetails.SetApiKey("apikey")
accessDetails.SetUser("user")
accessDetails.SetPassword("password")
accessDetails.SetAccessToken("accesstoken")
// if client certificates are required
accessDetails.SetClientCertPath("path/to/.cer")
accessDetails.SetClientCertKeyPath("path/to/.key")

Creating Access Service Config

serviceConfig, err := clientConfig.NewConfigBuilder().
SetServiceDetails(accessAuth).
SetCertificatesPath(certsPath).
SetInsecureTls(accessDetails.InsecureTls).
SetDryRun(isDryRun).
Build()

Creating New Access Service Manager

accessManager, err := access.New(serviceConfig)

Using Access Services

Creating a new project

adminPriviligies := accessServices.AdminPrivileges{
	ManageMembers:   true,
	ManageResources: true,
	IndexResources:  true,
}
projectDetails := accessServices.Project{
	DisplayName:       "testProject",
	Description:       "My Test Project",
	AdminPrivileges:   &adminPriviligies,
	SoftLimit:         false,
	StorageQuotaBytes: 1073741825, // needs to be higher than 1073741824
	ProjectKey:        "tstprj",
}
projectParams = accessServices.NewProjectParams()
projectParams.ProjectDetails = projectDetails
err = accessManager.CreateProject(projectParams)

Updating a project

adminPriviligies := accessServices.AdminPrivileges{
	ManageMembers:   true,
	ManageResources: true,
	IndexResources:  true,
}
projectDetails := accessServices.Project{
	DisplayName:       "testProject",
	Description:       "My Test Project",
	AdminPrivileges:   &adminPriviligies,
	SoftLimit:         false,
	StorageQuotaBytes: 1073741825, // needs to be higher than 1073741824
	ProjectKey:        "tstprj",
}
projectParams = accessServices.NewProjectParams()
projectParams.ProjectDetails = projectDetails
err = accessManager.UpdateProject(projectParams)

Deleting a Project

err = accessManager.DeleteProject("tstprj")

Assigning repository to project

// Params: (repositoryName, projectKey string, isForce bool)
err = accessManager.AssignRepoToProject("repoName", "tstprj", true)

Unassigning repository from project

err = accessManager.AssignRepoToProject("repoName")

Distribution APIs

Creating Distribution Service Manager

Creating Distribution Details

distDetails := auth.NewDistributionDetails()
distDetails.SetUrl("http://localhost:8081/distribution")
distDetails.SetSshKeyPath("path/to/.ssh/")
distDetails.SetApiKey("apikey")
distDetails.SetUser("user")
distDetails.SetPassword("password")
distDetails.SetAccessToken("accesstoken")
// if client certificates are required
distDetails.SetClientCertPath("path/to/.cer")
distDetails.SetClientCertKeyPath("path/to/.key")

Creating Distribution Service Config

serviceConfig, err := config.NewConfigBuilder().
    SetServiceDetails(rtDetails).
    SetCertificatesPath(certPath).
    SetThreads(threads).
    SetDryRun(false).
    // Add [Context](https://golang.org/pkg/context/)
    SetContext(ctx).
    // Optionally overwrite the default HTTP retries, which is set to 3.
    SetHttpRetries(8).
    Build()

Creating New Distribution Service Manager

distManager, err := distribution.New(serviceConfig)

Using Distribution Services

Setting Distribution Signing Key

params := services.NewSetSigningKeyParams("private-gpg-key", "public-gpg-key")

err := distManager.SetSigningKey(params)

Creating a Release Bundle

params := services.NewCreateReleaseBundleParams("bundle-name", "1")
params.Description = "Description"
params.ReleaseNotes = "Release notes"
params.ReleaseNotesSyntax = "plain_text"
targetProps := utils.NewProperties()
targetProps.AddProperty("key1", "val1")
params.SpecFiles = []*utils.CommonParams{{Pattern: "repo/*/*.zip", TargetProps: targetProps}}

// Be default, artifacts that are distributed as part of a release bundle, have the same path in their destination server
// (the edge node) as the path they had on the distributing Artifactory server.
// You have however the option for modifying the target path on edge node. You do this by defining the Target property as shown below.
// The Pattern property is a wildcard based pattern. Any wildcards enclosed in parenthesis in the pattern (source)
// path can be matched with a corresponding placeholder in the target path, to determine the path and name
// of the artifact, once distributed to the edge node.
// In the following example, the path in the edge node is similar to the path in the source Artifactory server, except for the additional "dir" level at the root of the repository.
// Pattern: my-repo/(*)/a.zip
// Target: my-repo/dir/{1}/a.zip
pathMappingSpec := &utils.CommonParams{Pattern: "source-repo/(a)/(*.zip)", Target: "target-repo/{1}-{2}"}
params.SpecFiles = append(params.SpecFiles, pathMappingSpec)

// In case: params.SignImmediately == true, the summary contain the release bundle details. Otherwise summary is nil.
summary, err := distManager.CreateReleaseBundle(params)

Updating a Release Bundle

params := services.NewUpdateReleaseBundleParams("bundle-name", "1")
params.Description = "New Description"
params.ReleaseNotes = "New Release notes"
params.ReleaseNotesSyntax = "plain_text"
targetProps := utils.NewProperties()
targetProps.AddProperty("key1", "val1")
params.SpecFiles = []*utils.CommonParams{{Pattern: "repo/*/*.zip", TargetProps: targetProps}}

// The Target property defines the target path in the edge node, and can include replaceable in the form of {1}, {2}, ...
// Read more about it in the above "Creating a Release Bundle" section.
pathMappingSpec := &utils.CommonParams{Pattern: "source-repo/(a)/(*.zip)", Target: "target-repo/{1}-{2}"}
params.SpecFiles = append(params.SpecFiles, pathMappingSpec)

// In case: params.SignImmediately == true, the summary contain the release bundle details. Otherwise summary is nil.
summary, err := distManager.UpdateReleaseBundle(params)

Signing a Release Bundle

params := services.NewSignBundleParams("bundle-name", "1")
params.GpgPassphrase = "123456"

summary, err := distManager.SignReleaseBundle(params)

Async Distributing a Release Bundle

params := services.NewDistributeReleaseBundleParams("bundle-name", "1")
distributionRules := utils.DistributionCommonParams{SiteName: "Swamp-1", "CityName": "Tel-Aviv", "CountryCodes": []string{"123"}}}
params.DistributionRules = []*utils.DistributionCommonParams{distributionRules}

err := distManager.DistributeReleaseBundle(params)

Sync Distributing a Release Bundle

params := services.NewDistributeReleaseBundleParams("bundle-name", "1")
distributionRules := utils.DistributionCommonParams{SiteName: "Swamp-1", "CityName": "Tel-Aviv", "CountryCodes": []string{"123"}}}
params.DistributionRules = []*utils.DistributionCommonParams{distributionRules}
// Wait up to 120 minutes for the release bundle distribution
err := distManager.DistributeReleaseBundleSync(params, 120)

Getting Distribution Status

params := services.NewDistributionStatusParams()
// Optional parameters:
// If missing, get status for all distributions
params.Name = "bundle-name"
// If missing, get status for all versions of "bundle-name"
params.Version = "1"
// If missing, get status for all "bundle-name" with version "1"
params.TrackerId = "123456789"

status, err := distributeBundleService.GetStatus(params)

Deleting a Remote Release Bundle

params := services.NewDeleteReleaseBundleParams("bundle-name", "1")
params.DeleteFromDistribution = true
distributionRules := utils.DistributionCommonParams{SiteName: "Swamp-1", "CityName": "Tel-Aviv", "CountryCodes": []string{"123"}}}
params.DistributionRules = []*utils.DistributionCommonParams{distributionRules}
// Set to true to enable sync deletion (the command execution will end when the deletion process ends).
param.Sync = true
// Max minutes to wait for sync deletion.
param.MaxWaitMinutes = 10
err := distManager.DeleteReleaseBundle(params)

Deleting a Local Release Bundle

params := services.NewDeleteReleaseBundleParams("bundle-name", "1")

err := distManager.DeleteLocalReleaseBundle(params)

Using ContentReader

Some APIs return a content.ContentReader struct, which allows reading the API's output. content.ContentReader provides access to large amounts of data safely, without loading all of it into the memory. Here's an example for how content.ContentReader should be used:

reader, err := servicesManager.SearchFiles(searchParams)
if err != nil {
    return err
}

// Remove the data file used by the reader.
defer func() {
    if reader != nil {
        err = reader.Close()
    }
}()

// Iterate over the results.
for currentResult := new(ResultItem); reader.NextRecord(currentResult) == nil; currentResult = new(ResultItem)  {
    fmt.Printf("Found artifact: %s of type: %s\n", currentResult.Name, currentResult.Type)
}
if err := resultReader.GetError(); err != nil {
    return err
}

// Resets the reader pointer back to the beginning of the output. Make sure not to call this method after the reader had been closed using ```reader.Close()```
reader.Reset()

reader.NextRecord(currentResult) reads the next record from the reader into currentResult of type ResultItem.
reader.Close() removes the file used by the reader after it is used (preferably using defer).
reader.GetError() returns any error that might have occurd during NextRecord().
reader.Reset() resets the reader back to the beginning of the output.

xrayDetails := auth.NewXrayDetails()
xrayDetails.SetUrl("http://localhost:8081/xray")
xrayDetails.SetSshKeyPath("path/to/.ssh/")
xrayDetails.SetApiKey("apikey")
xrayDetails.SetUser("user")
xrayDetails.SetPassword("password")
xrayDetails.SetAccessToken("accesstoken")
// if client certificates are required
xrayDetails.SetClientCertPath("path/to/.cer")
xrayDetails.SetClientCertKeyPath("path/to/.key")

Creating Xray Service Config

serviceConfig, err := config.NewConfigBuilder().
    SetServiceDetails(xrayDetails).
    SetCertificatesPath(certPath).
    // Optionally overwrite the default HTTP retries, which is set to 3.
    SetHttpRetries(8).
    Build()

Creating New Xray Service Manager

xrayManager, err := xray.New(serviceConfig)

Using Xray Services

Fetching Xray's Version

version, err := xrayManager.GetVersion()

Creating an Xray Watch

This uses API version 2.

You are able to configure repositories and builds on a watch. However, bundles are not supported.

params := utils.NewWatchParams()
params.Name = "example-watch-all"
params.Description = "All Repos"
params.Active = true

params.Repositories.Type = utils.WatchRepositoriesAll
params.Repositories.All.Filters.PackageTypes = []string{"Npm", "maven"}
params.Repositories.ExcludePatterns = []string{"excludePath1", "excludePath2"}
params.Repositories.IncludePatterns = []string{"includePath1", "includePath2"}

params.Builds.Type = utils.WatchBuildAll
params.Builds.All.Bin_Mgr_ID = "default"

params.Policies = []utils.AssignedPolicy{
  {
    Name: policy1Name,
    Type: "security",
  },
  {
    Name: policy2Name,
    Type: "security",
  },
}

err := xrayManager.CreateWatch(*params)

Get an Xray Watch

watch, err := xrayManager.GetWatch("example-watch-all")

Update an Xray Watch

watch, err := xrayManager.GetWatch("example-watch-all")
watch.Description = "Updated description"

err := xrayManager.UpdateWatch(*watch)

Delete an Xray Watch

err := xrayManager.DeleteWatch("example-watch-all")

Creating a Security Xray Policy

params := utils.NewPolicyParams()
params.Name = "example-security-policy"
params.Type = utils.Security
params.Description = "Security policy with 2 rules"
params.Rules = []utils.PolicyRule{
	{
		Name:     "min-severity-rule",
		Criteria: *utils.CreateSeverityPolicyCriteria(utils.Low),
		Priority: 1,
	},
	{
		Name:     "cvss-range-rule",
		Criteria: *utils.CreateCvssRangePolicyCriteria(5.7, 8.9),
		Priority: 2,
		Actions: &utils.PolicyAction{
			Webhooks: []string{"sec_webhook"},
			BlockDownload: utils.PolicyBlockDownload{
				Active:    true,
				Unscanned: false,
			},
			BlockReleaseBundleDistribution: false,
			FailBuild:                      true,
			NotifyDeployer:                 false,
			NotifyWatchRecipients:          true,
			CustomSeverity:                 utils.Medium,
		},
	},
}
err := xrayManager.CreatePolicy(params)

Creating a License Xray Policy

params := utils.NewPolicyParams()
params.Name = "example-licence-policy"
params.Type = utils.License
params.Description = "License policy with 2 rules"
params.Rules = []utils.PolicyRule{
	{
		Name:     "allowed-licenses",
		Criteria: *utils.CreateLicensePolicyCriteria(true, true, false, "MIT", "Apache-2.0"),
		Priority: 1,
	},
	{
		Name:     "baned-licenses",
		Criteria: *utils.CreateLicensePolicyCriteria(false, true, false, "GPL"),
		Priority: 2,
	},
}
err := xrayManager.CreatePolicy(params)

Get an Xray Policy

policy, err := xrayManager.GetPolicy("example-policy")

Update an Xray Policy

policy, err := xrayManager.GetPolicy("example-policy")
policy.Description = "Updated description"

err := xrayManager.UpdatePolicy(*policy)

Delete an Xray Policy

err := xrayManager.DeletePolicy("example-policy")

Add Builds to Indexing Configuration

buildsToIndex := []string{"buildName1", "buildName2"}
err := xrayManager.AddBuildsToIndexing(buildsToIndex)

Request Graph Scan

graphScanParams := &XrayGraphScanParams{}
// Dependency tree. Each node must have a component identifier, see https://www.jfrog.com/confluence/display/JFROG/Xray+REST+API#XrayRESTAPI-ComponentIdentifiers.
graphScanParams.Graph = &GraphNode{
  Id: "gav://org.jfrog.buildinfo:build-info-extractor-gradle:4.24.5", 
  Nodes: []*GraphNode{{Id: "gav://junit:junit:4.13.2"}, {Id: "gav://commons-lang:commons-lang:2.6"}}}
scanId, err := xrayManager.ScanGraph(graphScanParams)

Retrieve the Graph Scan Results

// scanId should be received from xrayManager.ScanGraph(graphScanParams) request.
scanResults, err := xrayManager.GetScanGraphResults(scanId)

pipelinesDetails := auth.NewPipelinesDetails()
pipelinesDetails.SetUrl("http://localhost:8081/pipelines")
pipelinesDetails.SetAccessToken("accesstoken")
// if client certificates are required
pipelinesDetails.SetClientCertPath("path/to/.cer")
pipelinesDetails.SetClientCertKeyPath("path/to/.key")

Creating Pipelines Service Config

serviceConfig, err := config.NewConfigBuilder().
    SetServiceDetails(pipelinesDetails).
    SetCertificatesPath(pipelinesDetails.GetClientCertPath()).
    // Optionally overwrite the default HTTP retries, which is set to 3.
    SetHttpRetries(8).
    Build()

Creating New Pipelines Service Manager

pipelinesManager, err := pipelines.New(serviceConfig)

Using Pipelines Services

Fetching Pipelines' System Info

systemInfo, err := pipelinesManager.GetSystemInfo()

Creating Github Integration

id, err := pipelinesManager.CreateGithubIntegration("integrationName", "token")

Creating Github Enterprise Integration

id, err := pipelinesManager.CreateGithubEnterpriseIntegration("integrationName", "url", "token")

Creating Bitbucket Integration

id, err := pipelinesManager.CreateBitbucketIntegration("integrationName", "username", "token")

Creating Bitbucket Server Integration

id, err := pipelinesManager.CreateBitbucketServerIntegration("integrationName", "url", "username", "passwordOrToken")

Creating Gitlab Integration

id, err := pipelinesManager.CreateGitlabIntegration("integrationName", "url", "token")

Creating Artifactory Integration

id, err := pipelinesManager.CreateArtifactoryIntegration("integrationName", "url", "username", "apikey")

Get Integration by Id

integrationId := 1234
integration, err := pipelinesManager.GetIntegrationById(integrationId)

Get Integration by Name

integration, err := pipelinesManager.GetIntegrationByName("integrationName")

Get All Integrations

integrations, err := pipelinesManager.GetAllIntegrations()

Delete Integration

integrationId := 1234
err := pipelinesManager.DeleteIntegration(integrationId)

Add Pipeline Source

projectIntegrationId := 1234
err := pipelinesManager.AddSource(projectIntegrationId, "domain/repo", "master", "pipelines.yml")

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