Windows Executable Dependency Analysis

Dependency analysis answers why Windows cannot load or operate an executable in a particular environment. It focuses on resolution, architecture and runtime availability rather than the program’s complete behavior.

Map explicit and hidden dependencies

LayerEvidence
PE imports/exportsNamed DLLs, required functions and architecture.
Runtime/side-by-sideManifests, VC runtimes, assemblies and activation context.
Dynamic loadingLoadLibrary calls, configuration paths and workflow traces.
COM/ActiveXCLSID/ProgID, registered server and interface/type library.
Data/environmentODBC/OLE DB providers, DSNs, PATH, working directory, registry and shares.

Practical evidence

  1. Record exact loader/runtime error and process architecture.
  2. Inspect imports recursively and note missing exports, not only files.
  3. Trace module searches and actual loaded paths on working/failing machines.
  4. Check correct 32/64-bit registry, ODBC and COM views.
  5. Exercise delayed-load workflows and external configuration.
  6. Produce a versioned deployment manifest and clean-machine test.
A dependency scanner’s static list cannot see every runtime-computed library, COM class, driver or database provider.

Scope boundary

The broader legacy executable analysis covers behavior, resources and environment discovery. Technology-specific failures continue through VB6 DLL, COM or Delphi DLL diagnosis. See reverse engineering for wider recovery decisions.

Provide executable/install set, error, architecture, working/failing inventories, traces and expected external systems.

Describe your legacy system or problem

Share what still works, what failed, and what must be preserved.

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