Add: phantom wallet client

clients/phantom.py

@@ -0,0 +1,105 @@
+#!/usr/bin/env python3
+
+from typing import Type
+
+import json
+
+from hdwallet.mnemonics import BIP39Mnemonic
+from hdwallet.cryptocurrencies import (
+    ICryptocurrency, Bitcoin, Ethereum, Solana
+)
+from hdwallet.hds import (
+    IHD, BIP32HD, BIP44HD, BIP49HD, BIP84HD
+)
+from hdwallet.derivations import (
+    IDerivation, CustomDerivation, BIP44Derivation, BIP49Derivation, BIP84Derivation
+)
+from hdwallet.const import PUBLIC_KEY_TYPES
+from hdwallet.libs.base58 import encode
+from hdwallet.utils import get_bytes
+from hdwallet import HDWallet
+
+
+mnemonic: BIP39Mnemonic = BIP39Mnemonic(
+    mnemonic="abandon abandon abandon abandon abandon abandon abandon abandon abandon abandon abandon about"
+)
+
+# Phantom protocols
+data: dict = {
+    "solana": {
+        "hd": BIP32HD,
+        "derivation": CustomDerivation(path=f"m/44'/{Solana.COIN_TYPE}'/0'/0'")
+    },
+    "ethereum": {
+        "hd": BIP44HD,
+        "derivation": BIP44Derivation(coin_type=Ethereum.COIN_TYPE)
+    },
+    "bitcoin": {
+        "legacy": {
+            "hd": BIP44HD,
+            "derivation": BIP44Derivation(coin_type=Bitcoin.COIN_TYPE)
+        },
+        "nested-segwit": {
+            "hd": BIP49HD,
+            "derivation": BIP49Derivation(coin_type=Bitcoin.COIN_TYPE)
+        },
+        "native-segwit": {
+            "hd": BIP84HD,
+            "derivation": BIP84Derivation(coin_type=Bitcoin.COIN_TYPE)
+        }
+    }
+}
+
+def generate_phantom_hdwallet(cryptocurrency: Type[ICryptocurrency], hd: Type[IHD], network: str, derivation: IDerivation, **kwargs) -> HDWallet:
+    return HDWallet(cryptocurrency=cryptocurrency, hd=hd, network=network, kwargs=kwargs).from_mnemonic(mnemonic=mnemonic).from_derivation(derivation=derivation)
+
+print("Mnemonic | Seed phrase:", mnemonic.mnemonic(), "\n")
+
+# Solana
+solana_hdwallet: HDWallet = generate_phantom_hdwallet(
+    cryptocurrency=Solana,
+    hd=data["solana"]["hd"],
+    network=Solana.NETWORKS.MAINNET,
+    derivation=data["solana"]["derivation"]
+)
+print(f"{solana_hdwallet.cryptocurrency()} ({solana_hdwallet.symbol()}) wallet:", json.dumps(dict(
+    path=solana_hdwallet.path(),
+    base58=encode(get_bytes(
+        solana_hdwallet.private_key() + solana_hdwallet.public_key()
+    )),
+    private_key=solana_hdwallet.private_key(),
+    public_key=solana_hdwallet.public_key(),
+    address=solana_hdwallet.address()
+), indent=4), "\n")
+
+# Ethereum
+ethereum_hdwallet: HDWallet = generate_phantom_hdwallet(
+    cryptocurrency=Ethereum,
+    hd=data["ethereum"]["hd"],
+    network=Ethereum.NETWORKS.MAINNET,
+    derivation=data["ethereum"]["derivation"]
+)
+print(f"{ethereum_hdwallet.cryptocurrency()} ({ethereum_hdwallet.symbol()}) wallet:", json.dumps(dict(
+    path=ethereum_hdwallet.path(),
+    private_key=f"0x{ethereum_hdwallet.private_key()}",
+    public_key=ethereum_hdwallet.public_key(),
+    address=ethereum_hdwallet.address()
+), indent=4), "\n")
+
+# Bitcoin (Legacy, Nested-SegWit, Native-SegWit)
+for address_type in ["legacy", "nested-segwit", "native-segwit"]:
+
+    bitcoin_hdwallet: HDWallet = generate_phantom_hdwallet(
+        cryptocurrency=Bitcoin,
+        hd=data["bitcoin"][address_type]["hd"],
+        network=Bitcoin.NETWORKS.MAINNET,
+        derivation=data["bitcoin"][address_type]["derivation"],
+        public_key_type=PUBLIC_KEY_TYPES.COMPRESSED
+    )
+    print(f"{bitcoin_hdwallet.cryptocurrency()} ({bitcoin_hdwallet.symbol()}) {address_type} wallet:", json.dumps(dict(
+        path=bitcoin_hdwallet.path(),
+        wif=bitcoin_hdwallet.wif(),
+        private_key=bitcoin_hdwallet.private_key(),
+        public_key=bitcoin_hdwallet.public_key(),
+        address=bitcoin_hdwallet.address()
+    ), indent=4), "\n")