This commit addresses several issues related to the QR code scanner:
- Fixes a build failure by defining stable handlers (`handleRestoreClose`, `handleRestoreError`) for the QRScanner component in `App.tsx` using `useCallback`.
- Resolves a race condition that caused an `AbortError` when the scanner was initialized, particularly in React Strict Mode. This was fixed by ensuring all props passed to the scanner are stable.
- Implements more robust error handling within the `QRScanner` component to prevent crashes when `null` or `undefined` errors are caught.
- Updates documentation (`README.md`, `GEMINI.md`) to version 1.4.5.
- Replace BarcodeDetector with jsQR for raw binary byte access
- BarcodeDetector forced UTF-8 decoding which corrupted binary data
- jsQR's binaryData property preserves raw bytes without text conversion
- Fix regex bug: use single backslash \x00 instead of \x00 for binary detection
- Add debug logging for scan data inspection
- QR generation already worked (Krux-compatible), only scanning was broken
Resolves binary QR code scanning for 12/24-word CompactSeedQR format.
Tested with Krux device - full bidirectional compatibility confirmed.
Restores the `encryptToKrux` and `bytesToHex` functions that were accidentally removed during previous refactoring.
Their absence caused a build failure due to missing imports in other parts of the application. This commit re-adds the functions to ensure the application builds correctly.
Fixes the final decryption failure for Krux QR codes by correcting the salt used in key derivation.
- The KEF `unwrap` function now returns the raw `labelBytes` from the envelope.
- `KruxCipher` constructor now accepts these raw bytes and uses them directly as the salt for PBKDF2.
- This resolves a subtle bug where the string representation of the label was being incorrectly re-encoded, leading to an invalid key and failed decryption, even with the correct password.
Restores the `encrypt`, `bytesToHex`, and `encryptToKrux` functions that were accidentally removed in a previous refactor.
These functions are used by other parts of the application (`seedpgp.ts` and tests) and their absence caused a 'binding name not found' build error. This commit restores the original functionality, ensuring the application builds correctly and all features work as intended.
Overhauls the `krux.ts` library to correctly decrypt QR codes from Krux devices that use Base43 encoding and zlib compression.
- Replaces the previously buggy `krux.ts` with a clean implementation.
- `KruxCipher.decrypt` now correctly uses `pako.inflate` to decompress the payload for compressed KEF versions (e.g., v21), which was the final missing step.
- The `decryptFromKrux` function robustly handles both hex and Base43 encoded inputs.
- This resolves the 'decryption failed' error for valid Krux QR codes.
Implements zlib decompression for encrypted Krux QR codes, resolving the final decryption failure.
- Adds `pako` as a dependency to handle zlib (deflate/inflate) operations in JavaScript.
- Overhauls `krux.ts` to be a more complete port of the `kef.py` logic.
- `VERSIONS` constant is updated to include `compress` flags.
- `KruxCipher.decrypt` now checks the KEF version and uses `pako.inflate` to decompress the plaintext after decryption, matching the behavior of the official Krux implementation.
- This fixes the bug where correctly identified and decoded Krux payloads still failed to produce a valid mnemonic.
Implements support for Base43-encoded QR codes generated by Krux devices, resolving a bug where they were misidentified as invalid text.
- Adds a new `lib/base43.ts` module with a decoder ported from the official Krux Python implementation.
- Updates `detectEncryptionMode` to use the Base43 alphabet for more accurate `'krux'` format detection.
- Modifies `decryptFromKrux` to be robust, attempting to decode input as Hex first and falling back to Base43.
- This allows the Seed Blender to correctly parse and trigger the decryption flow for both Hex and Base43-encoded Krux QR codes.
Modifies the frame parsing logic to accommodate Base45-encoded SeedPGP payloads that are missing the 'SEEDPGP1:' prefix and CRC. This scenario occurs with certain QR code generators, such as some modes on Krux devices.
- `frameParse` now detects when the prefix is missing and treats the entire input as a raw Base45 payload.
- A `rawPayload` flag is added to the `ParsedSeedPgpFrame` type to signal this case.
- `frameDecodeToPgpBytes` now bypasses the CRC check when this flag is true, allowing the decryption to proceed.
- This resolves a bug where valid encrypted payloads were being rejected due to a missing frame structure.
Improves the user experience by providing clear, inline error messages when mnemonic validation fails.
- The validation logic now captures the error message from `mnemonicToEntropy`.
- The UI displays this message directly below the invalid input field.
- This addresses the ambiguity where an input was marked as invalid (red border) without explaining why, as seen in the user-provided screenshot.
Fixes a bug where plain text mnemonics and Krux QR codes were being misidentified as encrypted SeedPGP frames.
- The `detectEncryptionMode` function has been rewritten to be stricter and now correctly identifies 'text' as a type.
- It no longer defaults to 'pgp', which was causing plain text to be treated as an encrypted format.
- The `EncryptionMode` type in `types.ts` has been updated to include 'text'.
- This resolves issues where the UI would incorrectly ask for a password for plain text mnemonics and use the wrong decryption logic for Krux QRs.
This commit addresses several issues and implements new features for the Seed Blender based on user feedback.
- **Flexible QR Scanning**: `QRScanner` is now content-agnostic. `SeedBlender` detects QR content type (Plain Text, Krux, SeedPGP) and triggers the appropriate workflow.
- **Per-Row Decryption**: Replaces the global security panel with a per-row password input for encrypted mnemonics, allowing multiple different encrypted seeds to be used.
- **Data Loss Warning**: Implements a confirmation dialog that warns the user if they try to switch tabs with unsaved data in the blender, preventing accidental data loss.
- **Final Mnemonic Actions**: Adds 'Transfer to Backup' and 'Export as QR' buttons to the final mnemonic display, allowing the user to utilize the generated seed.
- **Refactors `SeedBlender` state management** around a `MnemonicEntry` interface for robustness and clarity.
Adds the missing state declarations (`useState`) and handler functions for the dice input and final mixing steps.
The previous implementation included JSX that referenced these variables and functions before they were declared, causing a 'Can't find variable' runtime error. This commit defines the necessary state and logic to make the component fully functional.
Refactors the crypto module loading in `seedblend.ts` to be truly isomorphic and prevent browser runtime errors.
- Replaces the static Node.js `crypto` import with a dynamic `import()` inside a singleton promise (`getCrypto`).
- This ensures Vite does not externalize the module for browser builds, resolving the 'Cannot access \'crypto.webcrypto\' in client code' error.
- The browser will use its native `window.crypto`, while the Node.js test environment dynamically loads the `crypto` module.
- All tests continue to pass, verifying the fix.
Implements a new 'Seed Blender' feature that allows users to securely combine multiple BIP39 mnemonics and enhance them with dice roll entropy.
- Adds a new 'Seed Blender' tab to the main UI.
- Implements a multi-step workflow for inputting mnemonics (manual/QR) and dice rolls.
- Provides live validation and previews for blended seeds and dice-only entropy.
- Includes statistical analysis of dice rolls (chi-square, distribution) and pattern detection for quality assessment.
- The core logic is a 1-to-1 port of the reference Python implementation, using the Web Crypto API for browser compatibility and Node.js for testing.
- A full suite of unit tests ported from the reference implementation ensures correctness and deterministic outputs.
- Update version to v1.4.4
- Add explicit threat model documentation
- Document known limitations prominently
- Include air-gapped usage recommendations
- Polish all documentation for clarity and examples
- Update README, DEVELOPMENT.md, GEMINI.md, RECOVERY_PLAYBOOK.md
- Update version to 1.3.0
- Remove debug console logs
- Session-key encryption working in production
- Mnemonic auto-clears after QR generation
- Lock/Clear functionality verified
- Add src/lib/sessionCrypto.ts with AES-GCM-256 non-exportable session keys
- Integrate into Backup flow: auto-clear plaintext mnemonic after QR generation
- Add Lock/Clear button to destroy session key and clear all state
- Add cleanup useEffect on component unmount
- Add comprehensive GEMINI.md for AI agent onboarding
- Fix TypeScript strict mode errors and unused imports
Tested:
- Session-key encryption working (mnemonic clears after QR gen)
- Lock/Clear functionality verified
- No plaintext secrets in localStorage/sessionStorage
- Production build successful
- Add src/lib/sessionCrypto.ts with AES-GCM-256 session keys
- Integrate into Backup flow: auto-clear plaintext mnemonic after QR gen
- Add Lock/Clear button to destroy key and clear all state
- Add cleanup on component unmount
- Fix unused imports and TypeScript strict mode errors
- Add QRScanner component with camera and image upload
- Add QR code download button with auto-naming (SeedPGP_DATE_TIME.png)
- Split state for backup/restore (separate public/private keys and passwords)
- Improve QR generation settings (margin: 4, errorCorrection: M)
- Fix Safari camera permissions and Continuity Camera support
- Add React timing fix for Html5Qrcode initialization
- Configure Vite for GitHub Pages deployment
- Update deploy script for dist as public repo
- Update public README for v1.2.0 features
Features:
- Camera scanning with live preview and Continuity Camera
- Image file upload scanning
- Automatic SEEDPGP1 validation
- 512x512px high-quality QR generation with download
- User-friendly error messages
