from aptc import new_client, APTOS_NODE_URL_LIST, APTClient, HttpxProvider

APT_NODE_URL = APTOS_NODE_URL_LIST[0]

# mainnet
client = new_client(node_url=APT_NODE_URL)
# or
client = APTClient(HttpxProvider(APT_NODE_URL))

# faucet client
client = new_client(faucet=True)
# claim apt from faucet
client.deposit('your address')

from aptc import new_client, Account

account = Account.generate()

print('account address:', account.address())
print('account private key:', account.private_key)

faucet_client = new_client(faucet=True)
txn_hash = faucet_client.deposit(account.address())
print(txn_hash)

from aptc import new_client, APTClient, HttpxProvider, APTOS_NODE_URL_LIST

client = new_client()

client.get_ledger_info()
client.check_health()

example_address = "0xc739507214d0e1bf9795485299d709e00024e92f7c0d055a4c2c39717882bdfd"
client.get_account(example_address)
client.get_account_balance(example_address)
client.get_account_resources(example_address)
client.get_account_transactions(example_address)

# for some nft mint, get resources is useful to get nft info
# here are one of bluemove nft mint info
some_address = "your address"
# some nft mint factory
some_resource_type = "0xf9bf19f5077c196e5468510e140d1e3cbfa0681f67fe245566ceab2399a6388d::factory::MintedByUser"
client.get_account_resource(some_address, some_resource_type)

import os
import time
from aptc import Account, APT, new_client


client = new_client()

# submit transaction
# load your private key, environment variable
account = Account.load_key(os.environ['private_key'])
account_address = account.address()

# build a transaction payload
payload = {
    'function': '0x1::aptos_account::transfer',
    'type_arguments': [],
    'arguments': [
        "0x8d763223180a2b92f97755a3ea581f1c68d342275ca6118badff663f57aca7a5",  # receiver
        str(1 * APT)  # amount
    ],
    'type': 'entry_function_payload'
}

txn_dict = {
    "sender": f"{account_address}",
    "sequence_number": str(client.get_account_sequence_number(account_address)),
    "max_gas_amount": str(100_000),
    "gas_unit_price": str(100),
    "expiration_timestamp_secs": str(int(time.time()) + 100),
    "payload": payload,
}

# encode this transaction
encoded = client.encode(txn_dict)
# sign this transaction
signature = account.sign(encoded)

txn_dict["signature"] = {
    "type": "ed25519_signature",
    "public_key": f"{account.public_key()}",
    "signature": f"{signature}",
}

# submit transaction
tx = client.submit_transaction(txn_dict)