CLion Memory View Automatic Type Inference for Complex Structures

The CLion memory view feature allows inspecting raw memory contents at specific addresses during a debug session, supporting multiple address formats and configurable data types such as byte, word, dword, and qword.

When debugging C/C++ applications that contain arrays of user-defined structures or pointer chains, it is unclear whether the memory view can automatically recognize these composite types and render them without explicit type and count parameters.

This uncertainty affects analysis of heap-allocated data structures and crash-dump examination where original type information may be unavailable.

1. Does CLion's memory view automatically infer and display arrays of structures or pointer chains without manual type specification?
2. What configuration is required to enable automatic recognition of nested data structures in the memory view?
3. How does the memory view handle pointer indirection when presenting nested objects?