mirror of
https://github.com/trezor/trezor-firmware.git
synced 2024-12-29 09:38:08 +00:00
430 lines
13 KiB
Python
Executable File
430 lines
13 KiB
Python
Executable File
#!/usr/bin/env python3
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"""Fetch information about coins and tokens supported by Trezor and update it in coins_details.json."""
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import json
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import logging
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import os
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import sys
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import time
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import click
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import requests
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import coin_info
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LOG = logging.getLogger(__name__)
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OPTIONAL_KEYS = ("links", "notes", "wallet")
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ALLOWED_SUPPORT_STATUS = ("yes", "no", "planned", "soon")
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WALLETS = coin_info.load_json("wallets.json")
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OVERRIDES = coin_info.load_json("coins_details.override.json")
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VERSIONS = coin_info.latest_releases()
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COINMAKETCAP_CACHE = os.path.join(os.path.dirname(__file__), "coinmarketcap.json")
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COINMARKETCAP_API_BASE = "https://pro-api.coinmarketcap.com/v1/"
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MARKET_CAPS = {}
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# automatic wallet entries
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WALLET_TREZOR = {"Trezor": "https://wallet.trezor.io"}
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WALLET_ETH_TREZOR = {"Trezor Beta": "https://beta-wallet.trezor.io/next/"}
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WALLET_NEM = {
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"Nano Wallet": "https://nem.io/downloads/",
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"Magnum": "https://magnumwallet.co",
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}
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WALLETS_ETH_3RDPARTY = {
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"MyEtherWallet": "https://www.myetherwallet.com",
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"MyCrypto": "https://mycrypto.com",
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}
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TREZOR_KNOWN_URLS = (
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"https://wallet.trezor.io",
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"https://beta-wallet.trezor.io/next/",
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"https://trezor.io/stellar/",
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"https://omnitrezor.com/",
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)
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def coinmarketcap_call(endpoint, api_key, params=None):
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url = COINMARKETCAP_API_BASE + endpoint
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r = requests.get(url, params=params, headers={"X-CMC_PRO_API_KEY": api_key})
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r.raise_for_status()
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return r.json()
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def coinmarketcap_init(api_key, refresh=None):
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global MARKET_CAPS
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force_refresh = refresh is True
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disable_refresh = refresh is False
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try:
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try:
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mtime = os.path.getmtime(COINMAKETCAP_CACHE)
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except FileNotFoundError:
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mtime = 0
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cache_is_fresh = mtime > time.time() - 3600
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if disable_refresh or (cache_is_fresh and not force_refresh):
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print("Using cached market cap data")
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with open(COINMAKETCAP_CACHE) as f:
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coinmarketcap_data = json.load(f)
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else:
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print("Fetching market cap data")
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coinmarketcap_data = coinmarketcap_call(
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"cryptocurrency/listings/latest",
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api_key,
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params={"limit": 5000, "convert": "USD"},
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)
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by_id = {str(coin["id"]): coin for coin in coinmarketcap_data["data"]}
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all_ids = list(by_id.keys())
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while all_ids:
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first_100 = all_ids[:100]
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all_ids = all_ids[100:]
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time.sleep(1)
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print("Fetching metadata, {} coins remaining...".format(len(all_ids)))
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metadata = coinmarketcap_call(
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"cryptocurrency/info", api_key, params={"id": ",".join(first_100)}
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)
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for coin_id, meta in metadata["data"].items():
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by_id[coin_id]["meta"] = meta
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with open(COINMAKETCAP_CACHE, "w") as f:
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json.dump(coinmarketcap_data, f)
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except Exception as e:
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raise RuntimeError("market cap data unavailable") from e
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coin_data = {}
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for coin in coinmarketcap_data["data"]:
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slug = coin["slug"]
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platform = coin["meta"]["platform"]
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market_cap = coin["quote"]["USD"]["market_cap"]
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if market_cap is not None:
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coin_data[slug] = int(market_cap)
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if platform is not None and platform["name"] == "Ethereum":
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address = platform["token_address"].lower()
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coin_data[address] = int(market_cap)
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MARKET_CAPS = coin_data
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return coin_data
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def marketcap(coin):
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cap = None
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if coin["type"] == "erc20":
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address = coin["address"].lower()
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return MARKET_CAPS.get(address)
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if "coinmarketcap_alias" in coin:
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cap = MARKET_CAPS.get(coin["coinmarketcap_alias"])
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if cap is None:
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slug = coin["name"].replace(" ", "-").lower()
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cap = MARKET_CAPS.get(slug)
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if cap is None:
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cap = MARKET_CAPS.get(coin["shortcut"].lower())
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return cap
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def update_marketcaps(coins):
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for coin in coins.values():
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coin["marketcap_usd"] = marketcap(coin) or 0
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def summary(coins, api_key):
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t1_coins = 0
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t2_coins = 0
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supported_marketcap = 0
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for coin in coins.values():
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if coin.get("hidden"):
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continue
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t1_enabled = coin["t1_enabled"] == "yes"
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t2_enabled = coin["t2_enabled"] == "yes"
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if t1_enabled:
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t1_coins += 1
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if t2_enabled:
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t2_coins += 1
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if t1_enabled or t2_enabled:
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supported_marketcap += coin.get("marketcap_usd", 0)
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total_marketcap = None
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try:
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ret = coinmarketcap_call("global-metrics/quotes/latest", api_key)
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total_marketcap = int(ret["data"]["quote"]["USD"]["total_market_cap"])
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except Exception:
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pass
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return dict(
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updated_at=int(time.time()),
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updated_at_readable=time.asctime(),
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t1_coins=t1_coins,
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t2_coins=t2_coins,
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marketcap_usd=supported_marketcap,
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total_marketcap_usd=total_marketcap,
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marketcap_supported="{:.02f} %".format(
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100 * supported_marketcap / total_marketcap
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),
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)
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def _is_supported(support, trezor_version):
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version = VERSIONS[trezor_version]
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nominal = support.get(trezor_version)
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if nominal is None:
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return "no"
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elif isinstance(nominal, bool):
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return "yes" if nominal else "no"
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try:
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nominal_version = tuple(map(int, nominal.split(".")))
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return "yes" if nominal_version <= version else "soon"
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except ValueError:
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return nominal
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def _webwallet_support(coin, support):
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"""Check the "webwallet" support property.
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If set, check that at least one of the backends run on trezor.io.
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If yes, assume we support the coin in our wallet.
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Otherwise it's probably working with a custom backend, which means don't
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link to our wallet.
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"""
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if not support.get("webwallet"):
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return False
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return any(".trezor.io" in url for url in coin["blockbook"] + coin["bitcore"])
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def dict_merge(orig, new):
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if isinstance(new, dict) and isinstance(orig, dict):
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for k, v in new.items():
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orig[k] = dict_merge(orig.get(k), v)
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return orig
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else:
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return new
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def update_simple(coins, support_info, type):
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res = {}
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for coin in coins:
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key = coin["key"]
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support = support_info[key]
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details = dict(
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name=coin["name"],
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shortcut=coin["shortcut"],
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type=type,
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t1_enabled=_is_supported(support, "trezor1"),
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t2_enabled=_is_supported(support, "trezor2"),
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wallet={},
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)
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for k in OPTIONAL_KEYS:
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if k in coin:
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details[k] = coin[k]
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details["wallet"].update(WALLETS.get(key, {}))
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res[key] = details
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return res
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def update_bitcoin(coins, support_info):
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res = update_simple(coins, support_info, "coin")
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for coin in coins:
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key = coin["key"]
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support = support_info[key]
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details = dict(
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name=coin["coin_label"],
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links=dict(Homepage=coin["website"], Github=coin["github"]),
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wallet=WALLET_TREZOR if _webwallet_support(coin, support) else {},
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)
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dict_merge(res[key], details)
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return res
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def update_erc20(coins, networks, support_info):
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# TODO skip disabled networks?
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network_support = {n["chain"]: support_info.get(n["key"]) for n in networks}
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network_testnets = {n["chain"] for n in networks if "Testnet" in n["name"]}
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res = update_simple(coins, support_info, "erc20")
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for coin in coins:
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key = coin["key"]
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chain = coin["chain"]
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hidden = False
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if chain in network_testnets:
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hidden = True
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if "deprecation" in coin:
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hidden = True
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if network_support.get(chain, {}).get("webwallet"):
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wallets = WALLET_ETH_TREZOR
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else:
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wallets = WALLETS_ETH_3RDPARTY
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details = dict(
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network=chain,
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address=coin["address"],
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shortcut=coin["shortcut"],
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links={},
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wallet=wallets,
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)
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if hidden:
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details["hidden"] = True
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if coin.get("website"):
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details["links"]["Homepage"] = coin["website"]
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if coin.get("social", {}).get("github"):
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details["links"]["Github"] = coin["social"]["github"]
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dict_merge(res[key], details)
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return res
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def update_ethereum_networks(coins, support_info):
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res = update_simple(coins, support_info, "coin")
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for coin in coins:
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key = coin["key"]
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if support_info[key].get("webwallet"):
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wallets = WALLET_ETH_TREZOR
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else:
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wallets = WALLETS_ETH_3RDPARTY
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details = dict(links=dict(Homepage=coin.get("url")), wallet=wallets)
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dict_merge(res[key], details)
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return res
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def update_nem_mosaics(coins, support_info):
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res = update_simple(coins, support_info, "mosaic")
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for coin in coins:
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key = coin["key"]
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details = dict(wallet=WALLET_NEM)
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dict_merge(res[key], details)
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return res
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def check_missing_data(coins):
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for k, coin in coins.items():
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hide = False
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if "Homepage" not in coin.get("links", {}):
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level = logging.WARNING
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if k.startswith("erc20:"):
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level = logging.INFO
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LOG.log(level, f"{k}: Missing homepage")
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hide = True
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if coin["t1_enabled"] not in ALLOWED_SUPPORT_STATUS:
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LOG.warning(f"{k}: Unknown t1_enabled")
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hide = True
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if coin["t2_enabled"] not in ALLOWED_SUPPORT_STATUS:
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LOG.warning(f"{k}: Unknown t2_enabled")
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hide = True
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# check wallets
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for wallet in coin["wallet"]:
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name = wallet.get("name")
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url = wallet.get("url")
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if not name or not url:
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LOG.warning(f"{k}: Bad wallet entry")
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hide = True
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continue
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if "trezor" in name.lower() and url not in TREZOR_KNOWN_URLS:
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LOG.warning(f"{k}: Strange URL for Trezor Wallet")
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if coin["t1_enabled"] == "no" and coin["t2_enabled"] == "no":
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LOG.info(f"{k}: Coin not enabled on either device")
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hide = True
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if len(coin.get("wallet", [])) == 0:
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LOG.debug(f"{k}: Missing wallet")
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if "Testnet" in coin["name"] or "Regtest" in coin["name"]:
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LOG.debug(f"{k}: Hiding testnet")
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hide = True
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if not hide and coin.get("hidden"):
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LOG.info(f"{k}: Details are OK, but coin is still hidden")
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if hide:
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coin["hidden"] = 1
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# summary of hidden coins
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hidden_coins = [k for k, coin in coins.items() if coin.get("hidden")]
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for key in hidden_coins:
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del coins[key]
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LOG.debug(f"{key}: Coin is hidden")
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def apply_overrides(coins):
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for key, override in OVERRIDES.items():
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if key not in coins:
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LOG.warning(f"override without coin: {key}")
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continue
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dict_merge(coins[key], override)
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def finalize_wallets(coins):
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def sort_key(w):
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if "trezor.io" in w["url"]:
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return 0, w["name"]
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else:
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return 1, w["name"]
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for coin in coins.values():
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wallets_list = [
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dict(name=name, url=url) for name, url in coin["wallet"].items() if url
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]
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wallets_list.sort(key=sort_key)
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coin["wallet"] = wallets_list
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@click.command()
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# fmt: off
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@click.option("-r", "--refresh", "refresh", flag_value=True, default=None, help="Force refresh market cap info")
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@click.option("-R", "--no-refresh", "refresh", flag_value=False, default=None, help="Force use cached market cap info")
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@click.option("-A", "--api-key", required=True, envvar="COINMARKETCAP_API_KEY", help="Coinmarketcap API key")
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@click.option("-v", "--verbose", is_flag=True, help="Display more info")
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# fmt: on
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def main(refresh, api_key, verbose):
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# setup logging
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log_level = logging.DEBUG if verbose else logging.WARNING
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root = logging.getLogger()
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root.setLevel(log_level)
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handler = logging.StreamHandler(sys.stdout)
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handler.setLevel(log_level)
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root.addHandler(handler)
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coinmarketcap_init(api_key, refresh=refresh)
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defs = coin_info.coin_info()
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support_info = coin_info.support_info(defs)
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coins = {}
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coins.update(update_bitcoin(defs.bitcoin, support_info))
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coins.update(update_erc20(defs.erc20, defs.eth, support_info))
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coins.update(update_ethereum_networks(defs.eth, support_info))
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coins.update(update_nem_mosaics(defs.nem, support_info))
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coins.update(update_simple(defs.misc, support_info, "coin"))
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apply_overrides(coins)
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finalize_wallets(coins)
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update_marketcaps(coins)
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check_missing_data(coins)
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info = summary(coins, api_key)
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details = dict(coins=coins, info=info)
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print(json.dumps(info, sort_keys=True, indent=4))
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with open(os.path.join(coin_info.DEFS_DIR, "coins_details.json"), "w") as f:
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json.dump(details, f, sort_keys=True, indent=4)
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f.write("\n")
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if __name__ == "__main__":
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main()
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