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I assume you mean the title “How to Use Type Browser.NET to Inspect .NET Types Quickly.” Here’s a concise guide.

What Type Browser.NET is

Type Browser.NET is a developer tool (extension or standalone app) that lets you explore .NET assemblies, namespaces, types, members, and metadata using a searchable, hierarchical UI—similar to an object browser or reflection viewer.

Key features

  • Browse assemblies, namespaces, classes, structs, interfaces, enums, delegates.
  • View type members: methods, properties, fields, events, constructors.
  • Inspect method signatures, generic parameters, inheritance and implemented interfaces.
  • Show attributes, accessibility (public/internal/private), and modifiers (static/virtual/abstract).
  • Search and filter types by name, attribute, or member signature.
  • Decompile or view IL/metadata for types and methods (if supported).
  • Export type info to text or JSON (if supported).

Quick workflow to inspect a type

  1. Open Type Browser.NET and load an assembly (DLL or EXE) or point it at a project/build folder.
  2. Use the search box to type the type name (partial matches supported).
  3. Navigate the results tree to select the type.
  4. Expand the type node to view members grouped by category (constructors, methods, properties).
  5. Click a member to see its full signature, accessibility, attributes, and documentation comments if available.
  6. Use “Go to definition” or decompile view to inspect method bodies or IL, when needed.
  7. Export or copy the type definition for documentation or code generation.

Tips for faster inspection

  • Use incremental search (starts showing results as you type).
  • Filter by member kind (e.g., show only public methods).
  • Jump to base types or implemented interfaces to understand inheritance quickly.
  • Toggle showing compiler-generated/hidden members to reduce noise.
  • Use keyboard shortcuts for expanding/collapsing nodes and opening decompiled views.

When to use it

  • Reverse-engineering behavior in third-party assemblies.
  • Inspecting reflection targets before runtime invocation.
  • Reviewing API surface and public contracts.
  • Debugging issues related to overload resolution, generics, or accessibility.
  • Generating documentation or type mappings.

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