- BuildMaster
- Getting Started with BuildMaster
- Builds and Continuous Integration
- What is a "Build" in BuildMaster?
- Git and Source Control
- Git Pipelines and Workflows
- Build Scripts & Templates
- Packages & Dependencies
- Build Artifacts
- Automated Testing & Verification
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- What is a “Pipeline” in BuildMaster?
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- Rollbacks
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- Connecting to your Servers with BuildMaster
- Scripting in BuildMaster
- Configuring for Your Team
- Docker/Containers
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- BuildMaster API Endpoints & Methods
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- Built-in Functions & Variables
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- BuildMaster
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- Apply-Template
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- Close-Issue
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- Copy-Files
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- Create-File
- Create-Issue
- Create-Issue
- Create-IssueComment
- Create-Package
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- Download-Asset
- Download-Http
- Ensure-Directory
- Ensure-File
- Ensure-HostsEntry
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- Get-Http
- Install-Package
- OSCall
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- Rename-File
- Repackage
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- Send-Email
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- Set-Variable
- SHEnsure
- Sleep
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- Transition-Issues
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- Git
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- ProGet
- Python
- Registry
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- Windows
- Administration
- Installation & Upgrading
- ProGet
- Getting Started with ProGet
- Packages: Managing & Tracking
- Feeds Types & Third-Party Packages
- What is a "Feed" in ProGet?
- What is a "Connector" in ProGet?
- NuGet (.NET)
- PowerShell
- Chocolatey (Windows/Machine)
- RubyGems (ruby)
- Visual Studio Extension (.vsix)
- Maven (Java)
- npm (Node.js)
- Bower (JavaScript)
- Debian (Apt)
- Helm (Kubernetes)
- PyPI (Python)
- Conda (Python)
- RPM (Yum)
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- Software Composition Analysis (SCA)
- Security and Access Controls
- Cloud Storage (Amazon S3, Azure Blob)
- Administration
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- Otter
- Getting Started with Otter
- Orchestration & Server Automation
- Connecting to your Servers with Otter
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- Scripting in Otter
- Configuring for Your Team
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- Apply-Template
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- Concatenate-Files
- Copy-Files
- Create-Directory
- Create-File
- Create-Package
- Create-ZipFile
- Delete-Files
- Download-Asset
- Download-Http
- Ensure-Directory
- Ensure-File
- Ensure-HostsEntry
- Ensure-Metadata
- Ensure-Package
- Exec
- Execute Python Script
- Get-Http
- Install-Package
- OSCall
- OSExec
- Post-Http
- Push-PackageFile
- PYCall
- PYEnsure
- Query-Package
- Remediate-Drift
- Rename-File
- Repackage
- Replace-Text
- Send-Email
- Set-FileAttributes
- Set-Variable
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- Windows (Inedo Hub)
- What is the Inedo Hub?
- Configuring & Maintaining Inedo Products
- Offline Installation (no Internet access)
- HOWTO: Install on Windows
- HOWTO: Upgrade or Downgrade with the Inedo Hub
- HOWTO: Install Pre-release Product Versions
- HOWTO: Configure Your Inedo Product to Run As a Windows Domain Account
- Silent/Automated Installation Guide
- Legacy (Traditional) Installer
- Linux (Docker)
- Manual Installation
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- LDAP/AD Integration
- IIS & Web Hosting on Windows
- Logging & Analytics
- SAML Authentication
- Upgrading your Inedo Product
- Managing Agents and Servers
- Backing Up & Restoring
- Installation Configuration Files
- SQL Server & Inedo Products
- Windows (Inedo Hub)
- Inedo Agent
- What is the Inedo Agent?
- Installation & Upgrading
- Downloads & Release Notes
- Maintenance & Configuration
- Internal Architecture
- MyInedo
- OtterScript (Execution Engine)
- Reference
- OtterScript
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- Operations & Functions
- Text Templating
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- Romp (Discontinued)
- Using Romp
- Installing, Configuring, and Maintaining
- Romp CLI Reference
- Package Layout
- Downloads & Source Code
- Extensibility
- Inedo SDK
Package/Container Scanners
ProGet can connect to an external resource like Otter or Kubernetes to collect and display where your Docker container images are being used.
Configuring a Container Scanners
To begin displaying container usage, you must first configure a container scanner; this is done on the Manage Feed > Usage & Scanning page.
Container scanners are an extensible component, which means you can create your own extension.
Configuring Otter
Otter can be configured to collect container usage from your servers. See Server Packages in the Otter documentation for instructions on configuring this feature.
Once Otter has been configured to collect container data, you will need to create an API key that allows access to the Package/Container Usage API.
Once this key is created, you can add the Otter scanner to ProGet.
Configuring Kubernetes
ProGet can scan your Kubernetes cluster and determine which Docker container images stored in ProGet are currently in use. This is done by connecting to Kubernetes via the Kubernetes API.
Kubernetes API
ProGet uses the Kubernetes web API to check for running images in your infrastructure. The Kubernetes API is not always enabled by default. To enable access to the Kubernetes API, you must run the following command.
kubectl proxy --port=8080
The port specifies which port the API is listening to requests on.
Kubernetes API Authentication
There are many ways to set up authentication. You can find more information on authorizing the Kubernetes API in the authorization documentation. Currently ProGet supports Basic Authentication and Bearer Tokens.
Creating The Kubernetes Scanner
For ProGet to scan the Kubernetes cluster, you must first install the Kubernetes extension at Administration > Extensions.
When you create your source, you will need to enter the Kubernetes API URL and select which type of authentication is required to connect to the API. Please note that the Username and Password fields are only used if you select Basic Authentication. If you select Bearer Token authentication type, you must specify a Bearer Token.
Adding the Kubernetes Scanner to a Feed
A Kubernetes scanner can be used for one or more container registries. To add the scanner to your registry, navigate to the feed to which you want to add the scanner. Then click the Manage Feed button in the upper right corner and click the Usage tab. You can then add the scanner to the registry by clicking the Add link at the top of the Feed Container Usage Scanner Sources table.
Viewing Container Usage
After data collection, container images in ProGet now have a Use tab. Click this tab to see a list of all servers using the image, along with other relevant information such as container name and status.