HackBrowserData/crypto/crypto_linux.go
ᴍᴏᴏɴD4ʀᴋ 591b97ce6d feat: Refactor crypto decryption functions for consistency and error handling (#302)
* feat: Refactor crypto decryption functions for consistency and error handling

- Close #301
- Refactored and renamed decryption functions across multiple files for consistency
- Updated cookie sorting method to sort in descending order
- Added new encryption functions for AES in CBC and GCM modes and DES in CBC mode
- Added error handling to decryption functions and created new error variables for invalid ciphertext length and decode failures
- Test cases added for encryption and decryption functions
- Removed unused code and imports.

* chore: Add new words to .typos.toml dictionary

- Add new terms to `.typos.toml` dictionary
- Improve code formatting and readability
- Refactor functions for better performance
- Update comments and documentation
- Resolve minor bugs and errors

* refactor: Refactor crypto package for better structure and readability

- Refactored and cleaned up crypto package code for better readability
- Renamed `ToByteArray` method to `bytes` for consistency
- Modified `DecryptWithDPAPI` method to use `outBlob.bytes()` for efficiency
- Added comments and removed unused methods in `loginPBE`
- Refactored `nssPBE` and `metaPBE` Decrypt methods to use `deriveKeyAndIV` helper method
- Improved overall maintainability and organization of codebase

* refactor: Refactor firefox password encryption and decryption.

- Implement ASN1PBE interface with various PBE struct types and encryption/decryption methods
- Fix naming and remove unused variables in browsingdata and crypto files
- Add tests for ASN1PBE implementation using external assertion package
- Refactor and improve error handling in firefox file functions related to master key retrieval
- Add input validation and AES-GCM encryption function to crypto file
2024-01-27 23:15:05 +08:00

16 lines
379 B
Go

//go:build linux
package crypto
func DecryptWithChromium(key, encryptPass []byte) ([]byte, error) {
if len(encryptPass) < 3 {
return nil, ErrCiphertextLengthIsInvalid
}
var iv = []byte{32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32, 32}
return AES128CBCDecrypt(key, iv, encryptPass[3:])
}
func DecryptWithDPAPI(_ []byte) ([]byte, error) {
return nil, nil
}