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NS_E_WMP_JPG_NO_IMAGE_IN_FILE
The exact condition behind the dialog
The symbolic result NS_E_WMP_JPG_NO_IMAGE_IN_FILE narrows 0xC00D1039 to the JPEG no image in file condition: the JPEG container has recognizable framing but no decodable image frame. Keep the JPEG no image in file boundary visible when a later dialog reduces it to a general media error.
An additional test is to record the SOI marker, frame marker, precision, sampling factors and the marker where decoding stops and confirm whether an image descriptor/frame marker exists; that evidence is more useful than reinstalling the Player or changing several unrelated settings at once.
State worth preserving
Capture state before Player cleanup:
- What to verify: record the SOI marker, frame marker, precision, sampling factors and the marker where decoding stops and confirm whether an image descriptor/frame marker exists.
- 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
- Preserve
0xC00D1039, the ErrorItem context and the object instance involved in the failing operation. - Confirm the failure directly: record the SOI marker, frame marker, precision, sampling factors and the marker where decoding stops and confirm whether an image descriptor/frame marker exists.
- After you export an actual image frame rather than an empty or metadata-only container, recreate the owning WMP object and verify that the corrected generation completes.
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. In this case, 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: A resource file carries the expected signature but contains no displayable JPEG frame.
Related HRESULTs with different meanings
| Result | Different condition |
|---|---|
NS_E_WMP_JPG_CCIR601_NOTIMPL | The JPEG asks for CCIR 601 sampling treatment not implemented by this decoder path |
NS_E_WMP_JPG_READ_ERROR | The JPEG source cannot be read reliably while the decoder requests more bytes |
NS_E_WMP_JPG_BAD_PRECISION | The JPEG frame declares a sample precision unsupported by the WMP image decoder |
Recovery at the right layer
Change the responsible precondition rather than masking the symptom: export an actual image frame rather than an empty or metadata-only container.
- 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
Keep one fixture that reproduces 0xC00D1039 and one corrected fixture that changes only the identified precondition.
Technical references
- Skin files and image resources — API or format context.
- ITU-T T.81 JPEG specification — documentation for this result.
- JPEG standards overview — normative or platform material relevant to this result.
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