You can use boolean logic (e.g. AND/OR/NOT) for complex search queries. For more help and examples, see the search documentation.
Search by package name:
my-package
(implicit)
name:my-package
(explicit)
Search by package filename:
my-package.ext
(implicit)
filename:my-package.ext
(explicit)
Search by package tag:
latest
(implicit)
tag:latest
(explicit)
Search by package version:
1.0.0
(implicit)
version:1.0.0
(explicit)
prerelease:true
(prereleases)
prerelease:false
(no prereleases)
Search by package architecture:
architecture:x86_64
Search by package distribution:
distribution:el
Search by package license:
license:MIT
Search by package format:
format:deb
Search by package status:
status:in_progress
Search by package file checksum:
checksum:5afba
Search by package security status:
severity:critical
Search by package vulnerabilities:
vulnerabilities:>1
vulnerabilities:<1000
Search by # of package downloads:
downloads:>8
downloads:<100
Search by package type:
type:binary
type:source
Search by package size (bytes):
size:>50000
size:<10000
Search by dependency name/version:
dependency:log4j
dependency:log4j=1.0.0
dependency:log4j>1.0.0
Search by uploaded date:
uploaded:>"1 day ago"
uploaded:<"August 14, 2022 EST"
Search by entitlement token (identifier):
entitlement:3lKPVJPosCsY
Search by policy violation:
policy_violated:true
deny_policy_violated:true
license_policy_violated:true
vulnerability_policy_violated:true
Search by repository:
repository:repo-name
Search queries for all Debian-specific (and related) package types
Search by component:
deb_component:unstable
Search queries for all Maven-specific (and related) package types
Search by group ID:
maven_group_id:org.apache
Search queries for all Docker-specific (and related) package types
Search by image digest:
docker_image_digest:sha256:7c5..6d4
(full hashref only)
Search by layer digest:
docker_layer_digest:sha256:4c4..ae4
(full hashref only)
Field type modifiers (depending on the type, you can influence behaviour)
For all queries, you can use:
~foo
for negation
For string queries, you can use:
^foo
to anchor to start of term
foo$
to anchor to end of term
foo*bar
for fuzzy matching
For number/date or version queries, you can use:
>foo
for values greater than
>=foo
for values greater / equal
<foo
for values less than
<=foo
for values less / equal
Need a secure and centralised artifact repository to deliver Alpine,
Cargo,
CocoaPods,
Composer,
Conan,
Conda,
CRAN,
Dart,
Debian,
Docker,
Go,
Helm,
Hex,
LuaRocks,
Maven,
npm,
NuGet,
P2,
Python,
RedHat,
Ruby,
Swift,
Terraform,
Vagrant,
Raw & More packages?
Cloudsmith is the new standard in Package / Artifact Management and Software Distribution.
With support for all major package formats, you can trust us to manage your software supply chain.
Format-Specific Setup
To find out how to get setup locally so you can easily install packages, please select one of the formats from the tabs above.
Please note that the term repository here is Cloudsmith's concept of a package or artifact collection, and should not be confused with other package format specific meanings (such as the term as it is used by Docker, to mean a tagged image).
Note: Only help for package formats that exist in this repository is shown. You can also see the help for all package formats.
Need Help?
If you couldn't find what you needed in our documentation, then you can always chat to a member of our team instead. It's our mission to be your dedicated off-site team for package management, and we mean it. Come and chat with us, anytime.
Maven Repository Setup
A repository that supports Maven-compatible projects and JARs, with support for Gradle, SBT, Leiningen, Ivy, Grape, etc.
The following instructions are for Maven or compatible packages only.
Build System Setup
To enable the retrieval of Cloudsmith hosted packages via Maven, the first step is to add your repository to the dependencyManagement section of your pom.xml file.
To do this add the following XML to your project pom.xml file:
<repositories>
<repository>
<id>consensys-maven</id>
<url>https://artifacts.consensys.net/public/maven/maven/</url>
<releases>
<enabled>true</enabled>
<updatePolicy>always</updatePolicy>
</releases>
<snapshots>
<enabled>true</enabled>
<updatePolicy>always</updatePolicy>
</snapshots>
</repository>
</repositories>
After the repository is added to the pom.xml file, and credentials are added to the settings.xml file (if required), all that is left is to specify the dependency in the dependencies section of the project pom.xml file.
To do this add the following XML to your project pom.xml file:
<dependency>
<groupId>group-id</groupId>
<artifactId>artifact-id</artifactId>
<version>version</version>
</dependency>
Note: You'll need to replace group-id, artifact-id and version with your own uploaded package details.
To enable the retrieval of Cloudsmith hosted packages via Gradle, the first step is to add your repository to the build.gradle file.
To do add the following, at any location, to your build.gradle file:
repositories {
maven {
url "https://artifacts.consensys.net/public/maven/maven/"
}
}
After the repository is added to the build.gradle file, and credentials are added to the ~/.gradle/gradle.properties file (if required), all that is left is to specify the dependency in the dependencies section of the project build.gradle file.
To do this add the below to your build.gradle file:
dependencies {
implementation 'group-id:artifact-id:version'
}
Note: You'll need to replace group-id, artifact-id and version with your own uploaded package details.
To enable the retrieval of Cloudsmith hosted packages via sbt, add your repository your build.sbt file.
resolvers += "consensys-maven" at "https://artifacts.consensys.net/public/maven/maven/"
After the repository is added to the build.sbt file, and your credentials are added to the ~/.sbt/.credentials file (if required), all that is left is to specify the dependency in the dependencies section of the project build.sbt file.
To do this add the below to your build.sbt file:
libraryDependencies += "group-id" % "artifact-id" % "version"
Note: In sbt 0.13.x (not sbt 1.x or above) an extension point in the dependency resolution to use Maven-style resolvers is required. To enable this plugin add the following to project/maven.sbt (or project/plugin.sbt):
addMavenResolverPlugin
Note: You'll need to replace group-id, artifact-id and version with your own uploaded package details.
To enable the retrieval of Cloudsmith hosted packages via Leiningen, add your repository to the top level of the project.clj file.
:repositories [["snapshots" "https://artifacts.consensys.net/public/maven/maven/"]
["releases" "https://artifacts.consensys.net/public/maven/maven/"]]
After the repository is added to the project.clj file all that is left is to specify the dependency in the dependencies section of the project project.clj file.
To do this add the below to your project.clj file:
:dependencies [[group-id/artifact-id "version"]]
Note: You'll need to replace group-id, artifact-id and version with your own uploaded package details.
To enable the retrieval of Cloudsmith hosted packages via Groovy's Grape, add the repository to the Groovy script.
@GrabResolver(name='consensys-maven', root='https://artifacts.consensys.net/public/maven/maven/')
After the repository is added to your script all that is required is to specify the dependency within the script.
@Grab(group='group-id', module='artifact-id', version='version')
Note: You'll need to replace group-id, artifact-id and version with your own uploaded package details.
Encrypting Credentials
As mentioned earlier we would highly advise that you encrypt your credentials using something like mvn --encrypt-password YOUR-ENTITLEMENT-TOKEN
, of which you can refer to the mini encryption guide for more detailed help (external link). This method may only work for Maven and Gradle-based repositories.
Need Help?
If you couldn't find what you needed in our documentation, then you can always chat to a member of our team instead. It's our mission to be your dedicated off-site team for package management, and we mean it. Come and chat with us, anytime.
What's this page? You can always download packages from Cloudsmith manually, but native package manager setup allows you to simplify and automate downloads. A native package manager has intelligence built-in that allows it to understand concepts like metadata, versioning, duplication, convergence, etc. As such, we will always recommend that you install natively where possible. Learn more in the setup documentation.