Supported devices:
| Vendor | Product | Product (lsusb) | Vendor ID | Product ID | Version | Notes |
|---|---|---|---|---|---|---|
| SatoshiLabs | Trezor One | Bitcoin Wallet [TREZOR] | 0x534c | 0x0001 | 1.6.0 | Tested on Linux |
| InterBiometrics | Trezor T | TREZOR | 0x1209 | 0x53c1 | Tested on Linux |
[...]
wallet := cryptoWallet.FindAny()
[...]
err := wallet.Reset()
checkError(err)
masterKey := []byte("some key here")
encryptedMasterKey, err := wallet.EncryptKey(
`m/3'/14'/15'/93'`,
masterKey,
[]byte{},
"aWalletKeyName")
checkError(err)
decryptedMasterKey, err := wallet.DecryptKey(
`m/3'/14'/15'/93'`,
encryptedMasterKey,
[]byte{},
"aWalletKeyName")
checkError(err)
fmt.Printf("%v (%d)\n", string(masterKey), len(masterKey))
fmt.Println(encryptedMasterKey)
fmt.Printf("%v (%d)\n", string(decryptedMasterKey), len(decryptedMasterKey))
fmt.Println(decryptedMasterKey)
[...]Running the example:
$ go run example/main.go
some key here (13)
[167 124 140 62 203 124 234 209 28 12 1 67 101 97 228 141]
some key here (16)
[115 111 109 101 32 107 101 121 32 104 101 114 101 0 0 0]
A key to be encrypted/decrypted should be a multiple of 16 bytes. If you pass not a multiple of 16 bytes it will pad the value with zeros.
If you need more functionality then please post an issue or a PR.