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HCL Commerce is a high-availability, highly scalable and customizable e-commerce platform. Able to support hundreds of thousands of transactions per day, HCL Commerce allows you to do business with consumers (B2C) or directly with businesses (B2B). HCL Commerce uses cloud friendly technology to make deployment and operation both easy and efficient. It provides easy-to-use tools for business users to centrally manage a cross-channel strategy. Business users can create and manage precision marketing campaigns, promotions, catalog, and merchandising across all sales channels. Business users can also use AI enabled content management capabilities.
Customizing
The topics in the Customizing section describe tasks performed by an application developer to customize HCL Commerce.
Search
HCL Commerce comes with a powerful and fully integrated search function. The search functions in HCL Commerce provide an enriched customer experience, with features such as automatic search term suggestions and spelling correction. Since it is built on industry standards, HCL Commerce Search is highly flexible and extensible. Starter stores can use the search engine's most sophisticated features without requiring extra customization. Starting with Version 9.1, HCL Commerce Search with Elasticsearch microservices manage indexing and other crucial tasks, with no performance impact on the storefront or transaction server.
Elasticsearch-based solution
The topics in this section describe tasks performed by an application developer to customize the Elasticsearch-based search solution. You can extend the Ingest Service and Query Service to meet your business requirements.
Indexing choices
You have two options for indexing Extended Site (eSite) stores, the legacy eSite Store indexing model, or the Catalog Asset Store (CAS) model. The CAS model is recommended because of its speed and scalability.
Configuring Catalog Asset Stores
You control Catalog Asset Stores in a slightly different way than eSite stores. There are differences in configuration, REST API differences, and the index building process.

Documentation
HCL Commerce is a high-availability, highly scalable and customizable e-commerce platform. Able to support hundreds of thousands of transactions per day, HCL Commerce allows you to do business with consumers (B2C) or directly with businesses (B2B). HCL Commerce uses cloud friendly technology to make deployment and operation both easy and efficient. It provides easy-to-use tools for business users to centrally manage a cross-channel strategy. Business users can create and manage precision marketing campaigns, promotions, catalog, and merchandising across all sales channels. Business users can also use AI enabled content management capabilities.
- Getting started
  HCL Commerce has different advantages for business users, administrators and developers. HCL Commerce targets each of these roles with a tailored set of offerings so that each of your users can get maximum benefit.
- Installing and deploying
  Learn how to install and deploy HCL Commerce development environments and HCL Commerce production environments.
- Migrating
  Before you migrate to HCL Commerce Version 9.1, review this information to help plan and execute your migration.
- Operating
  Topics in the Operating category highlight tasks that are typically performed by business users, customer support representatives, to complete their day-to-day tasks in the operation of the HCL Commerce site.
- Integrating
  Topics in the Integrating category highlight the tasks that are commonly performed for using HCL Commerce in combination with other products.
- Administering
  Topics in the Administering category highlight tasks that are typically performed by the Site Administrator, to support daily operations of the HCL Commerce site.
- Customizing
  The topics in the Customizing section describe tasks performed by an application developer to customize HCL Commerce.
  - Customizing Management Center for HCL Commerce
    HCL Commerce allows you to pull the GIT bundle of Management Center source code and start the application locally to customize the Management Center.
  - Managed asset deployment
    Managed assets are files that are uploaded by business users to be used for store marketing, or to supplement products. They are added to HCL Commerce through the Assets tool or the Marketing tool in Management Center. By default, managed assets are extracted and deployed through the HCL Commerce EAR. To maintain performance in a large-scale production environment, site administrators must switch to alternative extraction and deployment methods for managed assets.
  - HCL Commerce development environment
    HCL Commerce Developer is the development toolkit for customizing a HCL Commerce application.
  - Functional architecture
    Functional architecture provides both the set of patterns used to implement the business functionality and the frameworks in which these business functions execute.
  - Persistent object model
    HCL Commerce deals with a large amount of persistent data. There are numerous tables defined in the current database schema. Even with this extensive schema, however, you might need to extend or customize the database schema for your particular business needs.
  - Creating your custom store
    After you install and set up your programming environment, you can create your custom store and customize your storefront. You must ensure that the store server is properly configured, and that your store assets are moved to the Store server.
  - Presentation layer
    HCL Commerce uses Java Server Pages (JSP) to implement the view layer of the Model-View-Controller (MVC) design pattern. The view layer is in charge of retrieving data from the database through the use of data beans and formatting it to meet the display requirements. The view layers determines whether the request is sent to a browser or streamed out as XML. JSP files present a clean separation between data content and presentation.
  - Controller layer
    The Controller layer is the conductor of operations for a request. It controls the transaction scope and manages the session related information for the request. The controller first dispatches to a command and then calls the appropriate view processing logic to render the response.
  - Business logic layer
    The business logic layer is the business components that provide OAGIS services to return data or start business processes. The presentation layer uses these OAGIS services to display data, or to invoke a business process. The business logic provides data required by the presentation layer. The business logic layer exists because more than just fetching and updating data is required by an application; there is also additional business logic independent of the presentation layer.
  - Persistence layer
    The interaction between the business objects and persistence layer is isolated in an object called the Business Object Mediator. Business object document (BOD) commands interact with the Business Object Mediator to handle the interaction with the logical objects and how they are persisted.
  - Business model information model
    A business model, a representation of the business processes used throughout the site, provides a sample commerce solution which includes an organization structure, default user roles and access control policies, one or more starter stores, administration tools, and business processes that demonstrate best practices. A business model can be customized to support business requirements and scenarios. HCL Commerce provides sample business models that show some common commerce solutions. These business models are created by setting up an organization hierarchy structure, access control policies, stores, and contracts that help satisfy the necessary business requirements.
  - Business models
    Before starting to develop your site with HCL Commerce, you need to determine the business model supported by HCL Commerce that best represents the purpose of your site. Usually sites created with HCL Commerce will be implemented based on of one of these business models.
  - Store data information model
    Store data is the information that is loaded into the Transaction server database, which allows your store to function. The URL Registry Entries and View Registry Entries packages are included in the diagram, but they are not database assets. These entries are presentation configuration (that is, struts actions and forwards) that must be deployed. URL registry entries are shown in the diagram to illustrate the entire store data information model. To operate properly, a store must have the data in place to support all customer activities. For example, in order for a customer to make a purchase, your store must contain a catalog of goods for sale (catalog data), the data associated with processing orders (tax and shipping data), and the inventory to fulfill the request (inventory and fulfillment data).
  - Customizing HCL Commerce
    You can extend the HCL Commerce product to fit your business needs. This topic describes the prerequisite skills and required knowledge that you need to customize business logic. After you have the required knowledge, use HCL Commerce Developer to take tutorials that guide you step-by-step through various customization scenarios.
  - Run Engine command framework
    The Run Engine command framework provides predefined commands, that you can use to change environment parameters or container configurations. This framework is built into the HCL provided Docker images.
  - GraphQL for HCL Commerce
    The GraphQL markup language is available for any API. It is a server-side interpreter for processing queries using a data type system you design. With GraphQL, your data and code are independent of any database or storage system.
  - Representational State Transfer (REST) services
    HCL Commerce uses Representational State Transfer (REST) services to provide a framework that can be used to develop RESTful applications on several platforms. These platforms can include web, mobile, kiosks, and social applications.
  - Web services
  - Search
    HCL Commerce comes with a powerful and fully integrated search function. The search functions in HCL Commerce provide an enriched customer experience, with features such as automatic search term suggestions and spelling correction. Since it is built on industry standards, HCL Commerce Search is highly flexible and extensible. Starter stores can use the search engine's most sophisticated features without requiring extra customization. Starting with Version 9.1, HCL Commerce Search with Elasticsearch microservices manage indexing and other crucial tasks, with no performance impact on the storefront or transaction server.
    - Search terminology
      HCL Commerce Search uses a number of specialized terms. A concise list of the most commonly used terms is provided to get you started.
    - Migrating to Elasticsearch
      You have several options in migrating from the Solr search platform to the Version 9.1 Elasticsearch solution.
    - Elasticsearch-based solution
      The topics in this section describe tasks performed by an application developer to customize the Elasticsearch-based search solution. You can extend the Ingest Service and Query Service to meet your business requirements.
      - Indexing choices
        You have two options for indexing Extended Site (eSite) stores, the legacy eSite Store indexing model, or the Catalog Asset Store (CAS) model. The CAS model is recommended because of its speed and scalability.
        Catalog Asset Store index features
        Indexing in the Catalog Asset Store (CAS) model is different from the eSite approach. It also has URL index and Near Real Time (NRT) enhancements that reduce processing load and improve efficiency.
        Configuring Catalog Asset Stores
        You control Catalog Asset Stores in a slightly different way than eSite stores. There are differences in configuration, REST API differences, and the index building process.
        Schema changes
        In an eSite based index, each eSite store has its own copy of catalog, category, product and attribute documents. Most of the data in these documents are same. This causes a large amount of duplicate data. In the schema design for Asset Store based indexes, all eSite stores share the same catalog, category, product and attribute document.
        Push-to-live custom indexes
        In this topic you will learn about pushing custom indexes to the live environment.
      - Extending the Ingest service
        The Version 9.1 HCL Commerce Search service includes Ingest and Elasticsearch, which together form a distributed, scalable search and analytics engine. You can chain together the Ingest service's rule-based aggregations to boost relevancy for hero SKUs or certain facets, and use sophisticated metrics to analyze your search performance.
      - Extending the Query Service
        The Query service builds the search expressions and then hands the expression to Elasticsearch. You can customize this service to create your own expression providers, pre-processors, post-processors, and custom handlers as per your business requirements. There is no JDBC connectivity from the Query service to the Commerce database. This architecture ensures that the application can be stateless and scaled independently. Business data can still be provided to the Query service either by indexing or through other micro-services.
      - Extending Elasticsearch
        You can customize the behavior of Elasticsearch through ZooKeeper, or by adding your own REST API endpoints. A variety of approaches to extending the Elasticsearch service are discussed and methods are provided.
      - Fine-tuning search results
        HCL Commerce Search helps you to enhance the search experience of shoppers by adjusting your search results based on your shoppers' interactions at the storefront.
      - CI/CD strategy to deploy customizations
        The HCL Commerce Search Elasticsearch solution does not dictate the data repository or scripting needed to automate a Continuous Integration/Continuous Delivery (CI/CD) pipeline. You have the flexibility to use your own data repository and build structure. The following topics describe a recommended approach including a suggested data pipeline structure.
      - Migrating Elasticsearch customizations
        You can migrate existing Solr extensions to the data service model, and keep your custom connectors and NiFi flows up to date with the latest version of HCL Commerce Search.
    - Solr-based solution
      In keeping with HCL's commitment to current and open standards, HCL Commerce Search uses Apache Lucene as the basis of its Search framework. Lucene powers the Apache Solr search engine and the Elasticsearch search engine. The indexing pipeline is a more open, flexible and scalable and is tightly integrated with the data service. Using the underlying dataflow technology and architecture, you can easily customize the pipelines. This open-standards approach considerably eases the process of integrating Search with existing and third-party applications.
- Tutorials
  HCL Commerce provides many tutorials to help you customize and understand your HCL Commerce instance and stores.
- Samples
  Topics in the Samples category highlight the various samples that are provided with HCL Commerce.
- Compliance
  The following section describes how you can leverage HCL Commerce features and functionality to help your site be compliant with different privacy and security standards.
- Securing
  These topics describe the security features of HCL Commerce and how to configure these features.
- Performance
  Topics in the Performance section describe the means by which to plan, implement, test, and re-visit the optimization of HCL Commerce site performance.
- Troubleshooting
  Topics in the Troubleshooting section highlight common issues that are encountered with HCL Commerce, and how they can be addressed or mitigated.
- Reference
  Topics in the Reference section contain all of the HCL Commerce reference documentation.

HCL Commerce Version 9.1.12.0 or later

Configuring Catalog Asset Stores

You control Catalog Asset Stores in a slightly different way than eSite stores. There are differences in configuration, REST API differences, and the index building process.

Activating the CAS indexing model

A new row is added to STORECONF table to configure whether a Catalog Asset Store (CAS) uses the CAS index model. For example


STOREENT_ID	NAME	VALUE
0	`wc.search.CASIndexModel`	false

If the value of wc.search.CASIndexModel is false, all catalog asset stores and their eSite stores under them use the eSite indexing model.

If the value is true, all catalog asset stores and the eSite stores under them use the CAS index model.

The following SQL can be used to enable CAS models for all stores:

UPDATE STORECONF SET VALUE='true' WHERE name = 'wc.search.CASIndexModel' AND STOREENT_ID = 0;

Changes to the index build REST API

For the eSite Store indexing model, the REST endpoint is

POST http://Ingest Server:Ingest Port/connectors/auth.reindex/run?storeId=eSite Store Id

Where eSite Store Id is the numerical ID of an eSite store (1 in the default configuration). If there are more than one eSite stores, you will run this service multiple times, once for each eSite store. For example:

POST http://myingestserver:30800/connectors/auth.reindex/run?storeId=1

The endpoint for the Asset Store indexing process is:

POST http://Ingest Server:Ingest Port/connectors/auth.reindex.cas/run?storeId=Catalog Asset Store Id

Where Catalog Asset Store Id is the numerical ID of a catalog asset store; for example, in the HCL Commerce sample catalogs, you can use 10501 for the Aurora B2B CAS, or 12001 for the Marketplace. This command instructs the system to build indexes for all eSite stores under this catalog asset store. There is only one logical flow to the indexing process regardless of the number of eSites, languages or catalogs. For example:

POST http://myingestserver:30800/connectors/auth.reindex.cas/run?storeId=10501

Checking indexing status

You can generate a report on the status of the indexing process using the following query:

GET http://Ingest Server:Ingest Port/connectors/auth.reindex.cas/runs/run id/status

For example:

GET http://myingestserver:30800/connectors/auth.reindex.cas/runs/i-abf9f449-21ce-4dc8-98b3-a6859da7718c/status