B2C-Commerce-Developer Salesforce Certified B2C Commerce Developer (SP25) Free Practice Exam Questions (2025 Updated)

In Salesforce B2C Commerce, controllers are responsible for handling application logic and responding to user requests. The operations best suited to be done in a controller include: A. Generate the response as JSON or HTML - Controllers handle the final rendering of data in the desired format for the client, whether as web pages (HTML) or data endpoints (JSON). B. Use the Script API to generate data for the view - Controllers often leverage server-side Script APIs to fetch or manipulate data necessary for the view. E. Use the model needed for the view - It is a common practice to construct models that encapsulate data and business logic which are then passed to the view for rendering, keeping views clean and focused solely on presentation.

When setting up a new Digital Server Connection using UX Studio in a Salesforce B2C Commerce sandbox, the developer needs to provide certain key pieces of information to establish the connection properly:

Instance Hostname (B): This is the URL of the sandbox instance to which UX Studio will connect. It is crucial for UX Studio to know where to send API calls and how to access the server.

Business Manager Username (C): This username is required for authentication and to ensure that the developer has the necessary permissions to carry out operations on the server.

Business Manager Password (E): This password, paired with the username, authenticates the connection to the Commerce Cloud instance.

These items are necessary for setting up the server connection correctly and securely, allowing the developer to perform tasks and deploy code directly through UX Studio.

Other options such as Instance Version (A) and Keystore Password (D) are not directly required for setting up a typical Digital Server Connection in UX Studio.

To allow filtering of products based on the intended activity such as tennis, jogging, or basketball, the developer should perform two actions: create a new product custom attribute and add a new Search Refinement Definition for the desired categories. Option A is correct as it involves creating a new custom attribute, which can be used to store activity-specific information for each product, and configuring a new search refinement definition, which allows this attribute to be used as a criterion in the storefront's search and navigation facilities. This setup is crucial for enhancing the shopping experience by enabling customers to narrow down their search based on specific product attributes relevant to their needs.

In order to view DEBUG level messages for the myLogCategory in the Request Log tool of Salesforce B2C Commerce, the developer will need to adjust both the log category settings and the log file settings, as detailed in option C.

Here’s why both adjustments are necessary:

Changing the Log Level for myLogCategory to DEBUG: Initially, the log level for myLogCategory is set to INFO as seen in the image. This means that only INFO and higher severity messages (WARN, ERROR, FATAL) will be logged under this category. To capture DEBUG messages, the log level must be explicitly set to DEBUG. This step ensures that DEBUG messages are generated and considered for logging.

Checking the DEBUG box in the Log Files section: This section controls which log levels are actually written to the log files. Even if DEBUG messages are generated (after adjusting the log level for myLogCategory), they won’t be written to the log files unless DEBUG is specifically selected in the Log Files settings. By default, only FATAL, ERROR, and WARN levels are selected to be written to files, as shown in the image. To include DEBUG messages in the logs, this setting must be adjusted to check the DEBUG box.

Both steps are necessary because one dictates the generation of DEBUG level logs (myLogCategory set to DEBUG), and the other dictates the persistence of these logs in the log files (checking the DEBUG box). If only one of these actions is performed, DEBUG messages for myLogCategory will not be fully enabled and viewable in the Request Log tool.

Therefore, the correct and complete action to take is option C: Change the Log Level for myLogCategory to DEBUG and check the DEBUG box in the Log Files section.

The given configuration for the Open Commerce API (OCAPI) allows only GET requests to the /baskets/** resource, which permits reading basket data but does not allow modifying it, such as adding products to a basket. To successfully execute requests that modify the basket, such as adding items, the methods attribute needs to include POST. Changing the methods value to ["get", "post"] will allow both retrieving and modifying basket data. This is consistent with the typical usage of HTTP verbs where GET is used for retrieving data and POST is used for submitting data to be processed, as outlined in the Salesforce B2C Commerce documentation on configuring OCAPI.

Efficient and scalable methods for accessing product data in Salesforce B2C Commerce involve: B. ProductSearchHit.getRepresentedProducts() - This method retrieves the products represented by search hits in a search result. It is efficient because it allows batch retrieval of product data based on search criteria, reducing the need for individual product queries. C. ProductSearchModel.getProductSearchHits() - This method retrieves a collection of search hits from a product search, which can be used to fetch multiple products efficiently. Using a search model to manage product data retrieval is scalable as it leverages indexed search data rather than querying all products directly.

Both methods are part of the Commerce Cloud's search framework, designed to handle large volumes of data efficiently and are recommended for scalable product retrieval operations. The direct querying methods like ProductMgr.queryAllSiteProducts() and Category.getProducts() can be less efficient and scalable due to their broad scope and direct database access.

In Salesforce Commerce Cloud's Storefront Reference Architecture (SFRA), the recommended way to enhance the functionality of an existing controller route without altering the original code is to use the "extend" method provided by the server module. This method allows developers to extend an existing route and add or modify its functionality by adding additional processing or modifying viewData. This approach keeps the base controller intact and ensures that the customization is isolated, which simplifies updates and maintenance. By using "extend", the original route remains unchanged, and new functionality is layered on top of it, which aligns with best practices for modularity and maintainability in software development.

The route likely fails to render the newsletter template after the subscription form is correctly submitted due to the issue highlighted in: D. The Custom Object creation is not wrapped in a Transaction.In Salesforce B2C Commerce, when creating or modifying Custom Objects, it is crucial to manage these operations within a transaction. This ensures data integrity and consistency, particularly in operations that might affect database states or require rollback in the event of errors. Wrapping Custom Object creation in a transaction allows the system to correctly commit the changes only if all operations within the transaction succeed. If any part of the transaction fails, it can be rolled back to maintain consistent data states, which is particularly important in forms processing where multiple related data manipulations occur.

Given that the logging category "category1.eu" is not explicitly configured in Business Manager and "category1" is set to WARN level, logs intended for "category1.eu" with a severity of WARN will not inherit settings automatically from "category1" unless explicitly specified. Therefore, without specific configuration enabling "category1.eu" or adjusting the level to WARN or lower, logs under "category1.eu" with a message level of WARN will not be written. This behavior ensures that logs are controlled and categorized precisely, avoiding unintended logging.

To ensure that custom debug statements appear in the Storefront Toolkit Request Log in Salesforce B2C Commerce Cloud, it is necessary to activate the relevant logging category at the DEBUG level within the Custom Log Settings. This setting allows for the detailed logging level required to capture and display custom debug statements within the environment. Configuring log levels specifically to DEBUG in the Custom Log Settings ensures that the log includes detailed development-time information which is crucial for troubleshooting and development processes.

To display washing instructions for a clothing product that come from a Product Information Manager (PIM) and ensure they are localized across different regions on the storefront, a custom attribute needs to be created on the Product system object and marked as localizable. This setup allows for the attribute (e.g., washing instructions) to be available in multiple languages, depending on the locale configuration of the storefront. By marking the attribute as localizable, the attribute values can be adapted to various languages and regions, providing the end-users with localized product information directly on the product details page. This approach aligns with best practices for managing product-specific data that requires internationalization.

To render personalized content on a category page via a Content Slot targeting VIP high-spending customers during a specific promotional period, the developer should focus on configuring the target audience and the slot itself to display the appropriate content. The necessary items to create are:A. VIP Customer Group - This is essential for defining and managing the group of high-spending customers. By creating a VIP Customer Group, the developer can target this specific segment with personalized content.C. Slot Configuration - This involves setting up the content slot to deliver the specific content only to the defined VIP Customer Group during the designated promotional period. The slot configuration will include conditions and rules that dictate when and how the content is displayed to this group.These components work together to ensure that only eligible customers view the personalized content, aligning with the merchant's strategy to enhance engagement and sales with high-value customers.

In the given controller endpoint code snippet, the correct code to replace the missing line 6 is next();. This instruction is essential in Salesforce B2C Commerce's controller scripts where middleware functions are used. The next() function is a part of the middleware pattern in Node.js, which is also utilized in SFCC's server-side scripting. It signals the server to proceed to the next middleware function in the stack. Without calling next(), the request-response cycle will halt, and the server won't proceed to handle subsequent operations, which might include additional middleware or ending the response cycle, potentially causing the application to hang or not respond as intended.

In Salesforce Commerce Cloud, when a Digital Developer needs to integrate with a REST API that expects parameters to be form encoded, the correct service type to register is HTTP Form. This service type is specifically designed for handling form-encoded data being sent to and from REST APIs. The HTTP Form service type ensures that the parameters are encoded correctly according to the application/x-www-form-urlencoded standard, which is typically used in HTML forms and can be consumed by many REST APIs expecting this format.

To optimize the performance of the provided code segment which uses a custom attribute isOnSaleFlag to filter products, the Digital Developer should:

B. Avoid post-processing and use the isOnSaleFlag attribute as a search refinement.Using the custom attribute isOnSaleFlag directly in the product search query as a refinement can significantly enhance performance. This approach minimizes the number of products retrieved and processed in the loop by filtering at the search level rather than iterating through all products and filtering them post-retrieval. This reduces the overhead on the application and speeds up the execution time by leveraging the indexing and optimization features of the platform's search engine.

When a developer needs to change the taxation setting from Net to Gross and the Business Manager interface does not initially offer this option, the necessary steps typically involve unlocking the site preferences. After unlocking, the developer can change the Taxation setting to Gross. This process is part of managing site-specific configurations where some settings may be locked by default and require administrative privileges to adjust. This procedure is consistent with the administrative controls and site management features described in Salesforce Commerce Cloud documentation, ensuring that changes adhere to platform capabilities and security protocols.

The provided code snippet, which uses an isif and isloop within a template, is perfectly valid within Salesforce B2C Commerce Cloud context, especially when rendering products from a content slot that has been set to a "product" content type. Here's why:

Template and Content Slot Configuration: The content slot configuration specifies that the content type is set to "product" and it is associated with a specific template (slots/product/product_1x2 isml). This indicates that the slot is intended to display product information, which matches the data type expected by the template.

Use of isloop: The isloop is used to iterate over the content of the slot, which in this case, consists of product data. The iterator $(slotcontent.content) suggests that multiple products can be configured within this slot and the template is set up to handle multiple entries. This is a common practice when a slot is configured to display multiple items, such as products in a promotional section or a product list.

Template Syntax: The template uses ISML tags (isif, isloop, isprint) correctly. The isif condition checks if the slot content is not empty, ensuring that the loop only runs when there is content to display. Each product’s ID and name are fetched and displayed using isprint, which is appropriate for rendering text data on a page.

No Need for Recommender: The suggestion that a recommender is required (Option C) is incorrect in this context because the slot configuration and template logic do not necessitate any specific recommender setup. A recommender would be used if dynamic product recommendations were needed, but this setup appears to be designed to display predefined products configured within the content slot.

Loop Usage in Slots: The claim in Option B that loops are not allowed in content slot rendering templates is incorrect. Loops are often used in templates to iterate over collections of items, such as products in a slot, particularly when the content slot is intended to handle multiple elements.

In summary, no additional action is required for the slot and template to work as intended, based on the information provided and standard practices within Salesforce B2C Commerce Cloud. The setup using isloop within a product content slot is standard and intended to display multiple products. Hence, the answer is A - The content slot is rendered correctly.

In Salesforce Commerce Cloud, when a page is rendered by a controller with caching enabled but includes a remote include that is not set to be cached, the portion of the page generated by the remote include will not be cached, while the rest of the page will be. This approach allows dynamic content, such as personalized user information or real-time data feeds that are part of the remote include, to be refreshed on every request without affecting the cache status of the other, more static parts of the page. This strategy enhances performance by caching static content while ensuring the accuracy and timeliness of dynamic content.

To display the appropriate certification logo on the product details page depending on the customer’s location, the best approach is to use C. Add a Site-specific custom attribute to the Product system object type. This solution allows for the storage of different values for the certification logos based on the site context (U.S. vs. Europe), directly associating each product with its relevant certificate per market. By utilizing site-specific custom attributes, products can dynamically display different information depending on which site the customer is browsing, ensuring the correct certification is shown.