Apache Karaf Cave Server 2. Repository 2.1. Create 2.2. List 3. Populate repository 3.1. Upload a single artifact 3.2. Populate from an external repository 4. Proxy repository 5. HTTP wrapper service with Maven. • REST API: Cave provides a REST API to manipulate the repositories. • Artifact Upload: Users can upload OSGi bundle in a Cave repository. It supports URLs like mvn:groupId/artifactId/version cave:repository-populate cave:repository-update cave:repository-destroy cave:repository-proxy cave:repository-upload ### 2. Repository A Cave repository is a container for: • Artifacts (files) • Repository metadata

### 8.1 Déclarer un élément @startuml actor actor actor / "actor/" agent agent artifact artifact boundary boundary card card circle circle cloud cloud collections collections component actor/ agent  artifact  boundary card @startuml artifact artifact1 artifact artifact2 artifact artifact3 artifact artifact4 artifact artifact5 artifact artifact6 artifact artifact7 artifact artifact8 artifact artifact9 artifact artifact10

Repository and OBR service 2.4. Destroy 2.5. What's next 3. Populate repository 3.1. Upload a single artifact 3.2. Populate from an external repository 4. Proxy repository 5. OBR commands 6. HTTP to directly register a Cave repository into an OBR RepositoryAdmin OSGi service. • Artifact Upload: Users can upload OSGi bundle in a Cave repository. It supports URLs like mvn:groupId/artifactId/version cave:repository-populate cave:repository-update cave:repository-destroy cave:repository-proxy cave:repository-upload ### 2. Repository A Cave Repository is a container for: • OSGi bundles (jar files) • OBR (OSGi

manager with a client-server architecture. This means that clients can fetch packages from, as well as upload packages to, different servers (“remotes”), similar to the “git” push-pull model to/from git remotes Remote repositories to create advanced topologies, a Rest API and generic repositories to host any artifact. • The conan_server is a small server distributed together with the Conan client. It is a simple previous page) • Removing packages: $ conan remove packagename/1.0 • Uploading packages: $ conan upload packagename/1.0 ##### 5.1.4 Settings vs. Options We have used settings such as os, arch and compiler

manager with a client-server architecture. This means that clients can fetch packages from, as well as upload packages to, different servers (“remotes”), similar to the “git” push-pull model to/from git remotes Remote repositories to create advanced topologies, a Rest API and generic repositories to host any artifact. • The conan_server is a small server distributed together with the Conan client. It is a simple previous page) • Removing packages: $ conan remove packagename/1.0 • Uploading packages: $ conan upload packagename/1.0 ##### 5.1.4 Settings vs. Options We have used settings such as os, arch and compiler

manager with a client-server architecture. This means that clients can fetch packages from, as well as upload packages to, different servers (“remotes”), similar to the “git” push-pull model to/from git remotes packages. Users can create their own repositories under their accounts and organizations, and freely upload conan packages there, without moderation. You should, however, take into account that those packages retrieving conan packages from Bintray, doesn't require an account, an account is only needed to upload packages. Besides that, Bintray provides a central repository called conan-center which is moderated

manager with a client-server architecture. This means that clients can fetch packages from, as well as upload packages to, different servers (“remotes”), similar to the “git” push-pull model to/from git remotes packages. Users can create their own repositories under their accounts and organizations, and freely upload Conan packages there, without moderation. You should, however, take into account that those packages retrieving Conan packages from Bintray, doesn't require an account, an account is only needed to upload packages. Besides that, Bintray provides a central repository called conan-center which is moderated

manager with a client-server architecture. This means that clients can fetch packages from, as well as upload packages to, different servers (“remotes”), similar to the “git” push-pull model to/from git remotes packages. Users can create their own repositories under their accounts and organizations, and freely upload Conan packages there, without moderation. You should, however, take into account that those packages retrieving Conan packages from Bintray, doesn't require an account, an account is only needed to upload packages. Besides that, Bintray provides a central repository called conan-center which is moderated

manager with a client-server architecture. This means that clients can fetch packages from, as well as upload packages to, different servers (“remotes”), similar to the “git” push-pull model to/from git remotes packages. Users can create their own repositories under their accounts and organizations, and freely upload Conan packages there, without moderation. You should, however, take into account that those packages retrieving Conan packages from Bintray, doesn't require an account, an account is only needed to upload packages. Besides that, Bintray provides a central repository called conan-center which is moderated

manager with a client-server architecture. This means that clients can fetch packages from, as well as upload packages to, different servers (“remotes”), similar to the “git” push-pull model to/from git remotes Remote repositories to create advanced topologies, a Rest API and generic repositories to host any artifact. • The conan_server is a small server distributed together with the Conan client. It is a simple from recipe: False • Removing packages: $ conan remove packagename/1.0 • Uploading packages: $ conan upload packagename/1.0 5.1.4 Settings vs. Options We have used settings such as os, arch and compiler. Note