Welcome
Installation
Learn more about HCL Detect installation and deploying core components of the product.
Installing HCLDetect on OpenShift
Configuring Shared Drive

Getting Started
Welcome to the documentation for HCL Detect, where you can find information about how to install, maintain, and use this service.
Installation
Learn more about HCL Detect installation and deploying core components of the product.
Administration
Learn about how to configure, manage, and maintain HCL Detect environments. It includes details on system setup, user management, and permissions, ensuring seamless operation and efficient deployment of your continuous delivery processes.
Working with Platform
The section provides comprehensive instructions for creating, configuring, and managing marketing events. It covers topics such as defining audience conditions, setting up triggers, deploying events, and tracking their performance. Additionally, this section includes explanations of key terminology and offers advanced options to optimize event management.
Extending Platform
This section guides developers on customizing and extending Detect solutions. It covers the solution's folder structure, configuration files, integration methods, and provides insights into the Detect Expression Language and its built-in functions.
Platform Data Model
This section provides detailed information about the internal tables used within the Detect module. It includes descriptions of each table's structure, purpose, and relationships, aiding administrators and developers in understanding and managing the underlying database schema effectively.
PDF

Configuring Shared Drive

Creating Persistent Volume Claim for shared drive

After installing Detect services, create and configure a shared drive in kubernetes. There are two ways to create Persistent Volume Claim (PVC) in the kubernetes either using YAML file or through UI console.

In the Kubernetes UI console, click Create PersistentVolumeClaim, enter required parameters to create a PVC and create the PVC as shown in the below screenshot.

Alternatively, you can create a yaml file, refer here, and update the required parameters like name, namespace, storageClassName and storage size. After updating the corresponding values in the yaml, run the following command to create PVC.

kubectl apply -f sample_pvc.yaml

Configuring Mount Points

To configure PVC for mounting data to the pod, create and configure the sample-pod-to-copy-appsrc-n-instancehome.yaml file.

Now, copy the acme and instance_home zip files to this the /data folder using the kubectl command.

Kubectl cp <acme zip file> <pod-name>:/data/

Note: Update the image name of your choice.

After the files are copied, rename the acme folder to the appsrc folder, and delete all the folders in the appsrc/lib path.

unzip acme.zip 
mv acme appsrc
cd appsrc/lib
rm -rf *

Finally, change the folder permissions of appsrc and instance_home.

chmod -R 764 appsrc instance_home