What does HRESULT 0xC00D102C (NS_E_WMP_PNG_UNSUPPORTED_INTERLACE) mean?

 
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NS_E_WMP_PNG_UNSUPPORTED_FILTER NS_E_WMP_PNG_UNSUPPORTED_BAD_CRC

NS_E_WMP_PNG_UNSUPPORTED_INTERLACE

The exact condition behind the dialog

The symbolic result NS_E_WMP_PNG_UNSUPPORTED_INTERLACE narrows 0xC00D102C to the PNG unsupported interlace condition: the PNG interlace mode is not implemented by this WMP image path. Keep the PNG unsupported interlace boundary visible when a later dialog reduces it to a general media error.

An additional test is to record the IHDR interlace byte and compare non-interlaced output from the same pixels; that evidence is more useful than reinstalling the Player or changing several unrelated settings at once.

What succeeds before this failure

Two rules frame this diagnosis. First, a filename extension is not sufficient evidence of image format; the decoder acts on signatures, headers, markers, chunks and decoded dimensions. A file can be valid according to a modern format specification yet use a coding option that the legacy WMP skin decoder does not implement.

Representative case: The artwork opens in modern software but the legacy Player rejects its interlaced representation.

State worth preserving

Capture state before Player cleanup:

  • Decisive check: record the IHDR interlace byte and compare non-interlaced output from the same pixels.
  • Artifact: standalone decode result outside the skin package using the same bytes.
  • State: archive member name, byte length, hash and file signature.
  • Object identity: format header fields, dimensions, bit depth and color model.
  • Underlying evidence: first invalid marker/chunk and its byte offset.
  • Correlation: decoder-supported coding mode versus the file’s declared mode.

Reproduce without destroying evidence

  1. Start with the symbolic HRESULT; do not diagnose the failure from the final dialog alone.
  2. Record the bytes or object state that produced this condition before automatic recovery mutates it.
  3. Exclude a stale callback or superseded object instance as the source of this event.
  4. Use this deciding observation for this condition: record the IHDR interlace byte and compare non-interlaced output from the same pixels.
  5. Apply the smallest supported remedy for this condition: export a non-interlaced PNG for the skin resource.

Related HRESULTs, different boundaries

ResultDifferent condition
NS_E_WMP_PNG_UNSUPPORTED_BAD_CRCA PNG chunk fails its integrity check in Windows Media Player
NS_E_WMP_PNG_UNSUPPORTED_FILTERThe PNG filter-method declaration is unsupported
NS_E_WMP_BMP_INVALID_BITMASKThe BMP channel masks are inconsistent with the declared bit depth or compression mode

If this result is followed by a broader “cannot play,” “cannot load,” or “operation failed” result, preserve the earlier event. The later code can be a consequence from a wrapper, fallback item or UI layer rather than the producing failure.

Recovery at the right layer

The targeted correction for this condition is to export a non-interlaced PNG for the skin resource. Keep the original failing input until the same operation succeeds after one controlled change.

  • Avoid changing only the extension or MIME type while leaving the encoded bytes unchanged; it can destroy the artifact or state needed to explain this result.
  • Avoid repeatedly recompressing the sole source image without retaining an original and a decoded pixel comparison; that can replace the original HRESULT with a secondary failure from another layer.

How to know the repair is real

After correction, create a fresh Player, control, parser or playlist object and rerun the smallest reproducer. Verify the resulting resource, list membership, saved file, library object or play state.

Technical references


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