DESCracker/decoded/metadata.json
Tom Butcher 8f2d3a2489 Add initial project structure for DES Key Cracker
- Created .gitignore to exclude build artifacts and dependencies.
- Added package.json and package-lock.json for project dependencies and scripts.
- Included pnpm workspace configuration for managing packages.
- Implemented TypeScript configuration in tsconfig.json.
- Added README.md with project description and usage instructions.
- Introduced native code for DES encryption and decryption in C/C++.
- Created initial decoded data structure for handling scan results.
- Established basic file structure for decoded outputs and native builds.
2026-09-19 16:10:35 +01:00

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JSON

{
"source_file": "Pectus Clinic - Butcher, Thomas - Torso - Original 20181023, 165650.med",
"source_size_bytes": 756064,
"md5": "bcfa924bb48ad80fb9ffccf13a1fff16",
"sha256": "3fb7fa74cf613a7897b8425f969280f1953cee049551da4de9a7766915452957",
"decoded_at": "2026-09-19T13:13:41.969688+00:00",
"identity": {
"practice_or_app_brand": "Pectus Clinic",
"patient_last_name": "Butcher",
"patient_first_name": "Thomas",
"body_part": "Torso",
"scan_type": "Original",
"captured_local": "2018-10-23T16:56:50",
"captured_date": "2018-10-23",
"captured_time": "16:56:50",
"notes": "Filename follows TechMed 3D / 3DsizeMe / My3DsizeMe naming: '{Practice} - {Last}, {First} - {BodyPart} - {ScanType} {YYYYMMDD}, {HHMMSS}.med'"
},
"software": {
"likely_capture_app": "Pectus Scan (TechMed 3D white-label of 3DsizeMe / My3DsizeMe)",
"app_store_id": 1435160086,
"app_first_release": "2018-10-08",
"scan_date_relative_to_app_launch": "15 days after Pectus Scan 1.0.0",
"vendor": "TechMed 3D Inc. (now Qwadra Qu\u00e9bec)",
"sibling_formats": [
".iMed (raw capture from 3DsizeMe)",
".med (MSoft processed / re-openable proprietary mesh)"
],
"downstream_analysis_software": "Pectus Services T-Scan (measures deformity for T-Joe brace fabrication)",
"official_export_formats": [
"STL",
"OBJ",
"PLY",
"VRML",
"ASCII",
"AOP"
],
"hardware": "Occipital Structure Sensor on iPad (white-light / structured-light surface scan, no ionizing radiation)"
}
}