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Malicious npm Packages Inject SSH Backdoors via Typosquatted Libraries
Socket’s threat research team has detected six malicious npm packages typosquatting popular libraries to insert SSH backdoors.
@zilliqa-js/crypto
Advanced tools
Core crypto utilities for signing/verification/hashing Zilliqa transactions.
Cryptographic abstractions for working with Zilliqa's crypto primitives
randomBytes(bytes: number): string
Safely generates random bytes.
bytes
: number
- the number of bytes to randomly generate
string
- n randomly-generated bytes (hex-encoded).
generatePrivateKey(): string
Generates a cryptographically-secure 32-byte private key.
None
string
- 32-byte hex-encoded private key.
getPubKeyFromPrivateKey(privateKey: string): string
Retrieves the public key of the given hex-encoded private key.
privateKey
: string
- 32-byte hex-encoded private key.
string
- 33-byte hex-encoded public key.
getAddressFromPrivateKey(privateKey: string): string
Retrieves the address from the given hex-encoded private key.
privateKey
: string
- 32-byte hex-encoded private key.
string
- 20-byte hex-encoded address.
compressPublicKey(publicKey: string): string
Compresses a full-length public key by using a sign byte (02 or 03).
publicKey
: string
- 65-byte hex-encoded public key.
string
- 32-byte hex-encoded public key.
getAddressFromPublicKey(publicKey: string): string
Returns the address derived from the given publicKey.
publicKey
: string
- 32-byte hex-encoded compressed public key.
string
- 20-byte hex-encoded address.
verifyPrivateKey(privateKey: string): boolean
Returns true if the given privateKey is valid.
string
- 32-byte hex-encoded private key.
boolean
sign(msg: Buffer, privateKey: string, pubKey: string): string
Generates a Schnorr signature over a Buffer
of arbitrary bytes. This function
must be used to sign all transactions to be broadcast on the blockchain.
msg
: Buffer
- arbitrary sequence of bytes to be signed. privateKey
:
string
- 32-byte hex-encoded private key. pubKey
: string
- 32-byte
hex-encoded private key.
boolean
encryptPrivateKey(kdf: KDF, privateKey: string, passphrase: string): Promise<string>
Generates a version 3 keystore file that complies with the Web3 Secret Storage definition.
kdf
: 'pbkdf2' | 'scrypt'
- the key derivation function. Only pbkdf2
and
scrypt
are currently supported. privateKey
: string
- 32-byte hex-encoded
private key. passphrase
: string
- the passphrase to be used to encrypt the
private key.
Promise<string>
- the stringified JSON file.
decryptPrivateKey(passphrase: string, keystore: KeystoreV3): Promise<string>
Generates a version 3 keystore file that complies with the Web3 Secret Storage definition.
passphrase
: string
- the passphrase to be used to encrypt the private key.
keystore
: KeystoreV3
- the object containing the deserialised JSON obtained
from encryptPrivateKey
.
Promise<string>
- the hex-encoded private key.
toBech32Address(address: string): string
Encodes a 20-byte hex encoded address as a bech32 address. Non-hex-encoded strings will cause an error to be thrown.
address
: string
- the 20-byte hex-encoded address. 0x
prefix optional.
string
- the bech32 encoded address. It is always prefixed by zil1
, where
1
is a separator.
0x1d19918a737306218b5cbb3241fcdcbd998c3a72 (hex) -> zil1r5verznnwvrzrz6uhveyrlxuhkvccwnju4aehf (bech32)
fromBech32Address(address: string): string
Encodes a a bech32 address as a hex-encoded string. Invalid bech32 addresses will cause an error to be thrown.
address
: string
- the 42-character bech32 address.
string
- the checksum 20-byte hex-encoded address.
zil1r5verznnwvrzrz6uhveyrlxuhkvccwnju4aehf (bech32) -> 0x1d19918a737306218b5cbb3241fcdcbd998c3a72 (hex)
interface PBKDF2Params {
salt: string;
dklen: number;
c: number;
}
interface ScryptParams {
salt: string;
dklen: number;
n: number;
r: number;
p: number;
}
type KDFParams = PBKDF2Params | ScryptParams;
interface KeystoreV3 {
address: string;
crypto: {
cipher: string;
cipherparams: {
iv: string;
};
ciphertext: string;
kdf: KDF;
kdfparams: KDFParams;
mac: string;
};
id: string;
version: 3;
}
FAQs
Core crypto utilities for signing/verification/hashing Zilliqa transactions.
The npm package @zilliqa-js/crypto receives a total of 1,596 weekly downloads. As such, @zilliqa-js/crypto popularity was classified as popular.
We found that @zilliqa-js/crypto demonstrated a healthy version release cadence and project activity because the last version was released less than a year ago. It has 6 open source maintainers collaborating on the project.
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