Salesforce B2C-Commerce-Developer Exam With Confidence Using Practice Dumps

To investigate and verify cache settings specifically for product tiles in Salesforce B2C Commerce, developers can use tools provided within the platform for real-time analysis and debugging. Option A, enabling cache information in the storefront toolkit, allows developers to see cache-related data directly on the storefront, providing insight into whether and how specific components are cached. Option D, using the template debugger, helps to confirm the cache settings applied to specific ISML templates, such as the one used for rendering product tiles. These tools are essential for diagnosing and resolving issues related to caching, ensuring that the content is stored and served effectively according to the configured cache durations.

To display a products list from the "Women Dresses" category in a new web application that is styled differently from the main B2C Commerce site, the developer should utilize A. The ProductSearch resource of the Shop OCAPI. The Open Commerce API (OCAPI) provides a powerful way to access storefront data programmatically, allowing for the retrieval of specific product information, including categories and filtering options. The ProductSearch resource is specifically designed for fetching product data based on various search criteria and is ideal for creating custom product listings that can be styled and integrated into different web applications independently of the main commerce site’s design constraints.

In Salesforce B2C Commerce, logging is implemented via the Logger class available through the dw.system.Logger module. The correct way to log messages is to use the getLogger() method to retrieve an instance of a logger configured for a specific category, followed by one of the log level methods such as debug(). The logging statement must correctly format the message and include dynamic data like the HTTP status code.

In the options given:

Option A incorrectly uses logger.getLogger() and the debug method does not properly format the message with the status code.

Option B uses logger.debug() without obtaining a logger instance specific to a category which does not match the given syntax of dw.system.Logger.

Option C lacks the specific category 'profile' needed for getLogger() method.

Option D is correct because it uses Logger.getLogger('profile').debug(), which correctly references a specific logger category and uses the placeholder {0} for the status code. This matches the Salesforce Commerce Cloud's way of handling log messages with parameterized data.