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farmer.py
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#!/usr/bin/python3
import random
import time
from selenium import webdriver
from selenium.webdriver.common.by import By
from selenium.webdriver.support.ui import WebDriverWait
from selenium.webdriver.support import expected_conditions as EC
from selenium.common.exceptions import WebDriverException
import tenacity
from tenacity import stop_after_attempt, wait_fixed, retry_if_exception_type, RetryCallState
import logging
import requests
from requests.exceptions import RequestException
import functools
from decimal import Decimal
from typing import List, Dict
import base64
from pprint import pprint
import logger
import utils
from utils import plat
from settings import user_param
import res
from res import Building, Resoure, Animal, Asset, Farming, Crop, NFT, Axe, Tool, Token, Chicken, FishingRod, MBS
from res import BabyCalf, Calf, FeMaleCalf, MaleCalf, Bull, DairyCow, MbsSavedClaims
from datetime import datetime, timedelta
from settings import cfg
import os
from logger import log
class FarmerException(Exception):
pass
class CookieExpireException(FarmerException):
pass
# 调用智能合约出错，此时应停止并检查日志，不宜反复重试
class TransactException(FarmerException):
# 有的智能合约错误可以重试,-1为无限重试
def __init__(self, msg, retry=True, max_retry_times: int = -1):
super().__init__(msg)
self.retry = retry
self.max_retry_times = max_retry_times
# 遇到不可恢复的错误 ,终止程序
class StopException(FarmerException):
pass
class Status:
Continue = 1
Stop = 2
class Farmer:
# wax rpc
# url_rpc = "https://api.wax.alohaeos.com/v1/chain/"
# url_rpc = "https://wax.dapplica.io/v1/chain/"
# url_table_row = url_rpc + "get_table_rows"
# 资产API
# url_assets = "https://wax.api.atomicassets.io/atomicassets/v1/assets"
# url_assets = "https://atomic.wax.eosrio.io/atomicassets/v1/assets"
waxjs: str = None
myjs: str = None
chrome_data_dir = os.path.abspath(cfg.chrome_data_dir)
def __init__(self):
self.url_rpc: str = None
self.url_table_row: str = None
self.url_assets: str = None
self.wax_account: str = None
self.login_name: str = None
self.password: str = None
self.driver: webdriver.Chrome = None
self.proxy: str = None
self.http: requests.Session = None
self.cookies: List[dict] = None
self.log: logging.LoggerAdapter = log
# 下一次可以操作东西的时间
self.next_operate_time: datetime = datetime.max
# 下一次扫描时间
self.next_scan_time: datetime = datetime.min
# 本轮扫描中暂不可操作的东西
self.not_operational: List[Farming] = []
# 智能合约连续出错次数
self.count_error_transact = 0
# 本轮扫描中作物操作成功个数
self.count_success_claim = 0
# 本轮扫描中作物操作失败个数
self.count_error_claim = 0
# 本轮开始时的资源数量
self.resoure: Resoure = None
self.token: Token = None
self.mbs_saved_claims: MbsSavedClaims = None
def close(self):
if self.driver:
self.log.info("稍等，程序正在退出")
self.driver.quit()
def init(self):
self.url_rpc = user_param.rpc_domain + '/v1/chain/'
self.url_table_row = user_param.rpc_domain + '/v1/chain/get_table_rows'
self.url_assets = user_param.assets_domain + '/atomicassets/v1/assets'
self.log.extra["tag"] = self.wax_account
options = webdriver.ChromeOptions()
# options.add_argument("--headless")
# options.add_argument("--no-sandbox")
options.add_argument("--disable-extensions")
options.add_argument("--log-level=3")
options.add_argument("--disable-logging")
options.add_experimental_option('useAutomationExtension', False)
options.add_experimental_option('excludeSwitches', ['enable-automation'])
data_dir = os.path.join(Farmer.chrome_data_dir, self.wax_account)
options.add_argument("--user-data-dir={0}".format(data_dir))
if self.proxy:
options.add_argument("--proxy-server={0}".format(self.proxy))
self.driver = webdriver.Chrome(plat.driver_path, options=options)
self.driver.implicitly_wait(60)
self.driver.set_script_timeout(60)
self.http = requests.Session()
self.http.trust_env = False
self.http.request = functools.partial(self.http.request, timeout=30)
if self.proxy:
self.http.proxies = {
"http": "http://{0}".format(self.proxy),
"https": "http://{0}".format(self.proxy),
}
http_retry_wrapper = tenacity.retry(wait=wait_fixed(cfg.req_interval), stop=stop_after_attempt(5),
retry=retry_if_exception_type(RequestException),
before_sleep=self.log_retry, reraise=True)
self.http.get = http_retry_wrapper(self.http.get)
self.http.post = http_retry_wrapper(self.http.post)
def inject_waxjs(self):
# 如果已经注入过就不再注入了
if self.driver.execute_script("return window.mywax != undefined;"):
return True
if not Farmer.waxjs:
with open("waxjs.js", "r") as file:
Farmer.waxjs = file.read()
file.close()
Farmer.waxjs = base64.b64encode(Farmer.waxjs.encode()).decode()
if not Farmer.myjs:
with open("inject.js", "r") as file:
inject_rpc = "window.mywax = new waxjs.WaxJS({rpcEndpoint: '" + user_param.rpc_domain + "'});"
Farmer.myjs = inject_rpc + file.read()
file.close()
code = "var s = document.createElement('script');"
code += "s.type = 'text/javascript';"
code += "s.text = atob('{0}');".format(Farmer.waxjs)
code += "document.head.appendChild(s);"
self.driver.execute_script(code)
self.driver.execute_script(Farmer.myjs)
return True
def start(self):
self.log.info("启动浏览器")
self.log.info("wax节点: {0}".format(user_param.rpc_domain))
self.log.info("原子市场节点: {0}".format(user_param.assets_domain))
if self.cookies:
self.log.info("使用预设的cookie自动登录")
cookies = self.cookies["cookies"]
key_cookie = {}
for item in cookies:
if item.get("domain") == "all-access.wax.io":
key_cookie = item
break
if not key_cookie:
raise CookieExpireException("not find cookie domain as all-access.wax.io")
ret = self.driver.execute_cdp_cmd("Network.setCookie", key_cookie)
self.log.info("Network.setCookie: {0}".format(ret))
if not ret["success"]:
raise CookieExpireException("Network.setCookie error")
self.driver.get("https://play.farmersworld.io/")
# 等待页面加载完毕
elem = self.driver.find_element(By.ID, "RPC-Endpoint")
elem.find_element(By.XPATH, "option[contains(@name, 'https')]")
wait_seconds = 60
if self.may_cache_login():
self.log.info("使用Cache自动登录")
else:
wait_seconds = 600
self.log.info("请在弹出的窗口中手动登录账号")
# 点击登录按钮，点击WAX云钱包方式登录
elem = self.driver.find_element(By.CLASS_NAME, "login-button")
elem.click()
elem = self.driver.find_element(By.CLASS_NAME, "login-button--text")
elem.click()
# 等待登录成功
self.log.info("等待登录")
WebDriverWait(self.driver, wait_seconds, 1).until(
EC.presence_of_element_located((By.XPATH, "//img[@class='navbar-group--icon' and @alt='Map']")))
# self.driver.find_element(By.XPATH, "//img[@class='navbar-group--icon' and @alt='Map']")
self.log.info("登录成功,稍等...")
time.sleep(cfg.req_interval)
self.inject_waxjs()
ret = self.driver.execute_script("return window.wax_login();")
self.log.info("window.wax_login(): {0}".format(ret))
if not ret[0]:
raise CookieExpireException("cookie失效")
# 从服务器获取游戏参数
self.log.info("正在加载游戏配置")
self.init_farming_config()
time.sleep(cfg.req_interval)
def may_cache_login(self):
cookies = self.driver.execute_cdp_cmd("Network.getCookies", {"urls": ["https://all-access.wax.io"]})
for item in cookies["cookies"]:
if item.get("name") == "token_id":
return True
return False
def log_retry(self, state: RetryCallState):
exp = state.outcome.exception()
if isinstance(exp, RequestException):
self.log.info("网络错误: {0}".format(exp))
self.log.info("正在重试: [{0}]".format(state.attempt_number))
def http_post(self, post_data):
# rpc_domain = random.choice(user_param.rpc_domain_list)
url_table_row = user_param.rpc_domain + '/v1/chain/get_table_rows'
return self.http.post(url_table_row, json=post_data)
def table_row_template(self) -> dict:
post_data = {
"json": True,
"code": "farmersworld",
"scope": "farmersworld",
"table": None, # 覆写
"lower_bound": self.wax_account,
"upper_bound": self.wax_account,
"index_position": None, # 覆写
"key_type": "i64",
"limit": 100,
"reverse": False,
"show_payer": False
}
return post_data
# 从服务器获取各种工具和作物的参数
def init_farming_config(self):
# 工具
post_data = {
"json": True,
"code": "farmersworld",
"scope": "farmersworld",
"table": "toolconfs",
"lower_bound": "",
"upper_bound": "",
"index_position": 1,
"key_type": "",
"limit": 100,
"reverse": False,
"show_payer": False
}
resp = self.http_post(post_data)
self.log.debug("get tools config:{0}".format(resp.text))
resp = resp.json()
res.init_tool_config(resp["rows"])
time.sleep(cfg.req_interval)
# 农作物
post_data["table"] = "cropconf"
resp = self.http_post(post_data)
self.log.debug("get crop config:{0}".format(resp.text))
resp = resp.json()
res.init_crop_config(resp["rows"])
# 动物
post_data["table"] = "anmconf"
resp = self.http_post(post_data)
self.log.debug("get animal conf:{0}".format(resp.text))
resp = resp.json()
res.init_animal_config(resp["rows"])
# 会员卡
post_data["table"] = "mbsconf"
resp = self.http_post(post_data)
self.log.debug("get mbs config:{0}".format(resp.text))
resp = resp.json()
res.init_mbs_config(resp["rows"])
# 从服务器获取配置
def get_farming_config(self):
post_data = {
"json": True,
"code": "farmersworld",
"scope": "farmersworld",
"table": "config",
"lower_bound": "",
"upper_bound": "",
"index_position": 1,
"key_type": "",
"limit": 1,
"reverse": False,
"show_payer": False
}
resp = self.http_post(post_data)
self.log.debug("get farming config:{0}".format(resp.text))
resp = resp.json()
return resp["rows"][0]
# 获取游戏中的三种资源数量和能量值
def get_resource(self) -> Resoure:
post_data = self.table_row_template()
post_data["table"] = "accounts"
post_data["index_position"] = 1
resp = self.http_post(post_data)
self.log.debug("get_table_rows:{0}".format(resp.text))
resp = resp.json()
if len(resp["rows"]) == 0:
self.log.info("===============================")
self.log.info("获取不到账号数据，请检查账号名是否有误")
self.log.info("===============================")
resource = Resoure()
resource.energy = Decimal(resp["rows"][0]["energy"])
resource.max_energy = Decimal(resp["rows"][0]["max_energy"])
resource.gold = Decimal(0)
resource.wood = Decimal(0)
resource.food = Decimal(0)
balances: List[str] = resp["rows"][0]["balances"]
for item in balances:
sp = item.split(" ")
if sp[1].upper() == "GOLD":
resource.gold = Decimal(sp[0])
elif sp[1].upper() == "WOOD":
resource.wood = Decimal(sp[0])
elif sp[1].upper() == "FOOD":
resource.food = Decimal(sp[0])
self.log.debug("resource: {0}".format(resource))
return resource
# 获取建造信息
def get_buildings(self) -> List[Building]:
post_data = self.table_row_template()
post_data["table"] = "buildings"
post_data["index_position"] = 2
resp = self.http_post(post_data)
self.log.debug("get_buildings_info:{0}".format(resp.text))
resp = resp.json()
buildings = []
for item in resp["rows"]:
build = Building()
build.asset_id = item["asset_id"]
build.name = item["name"]
build.is_ready = item["is_ready"]
build.next_availability = datetime.fromtimestamp(item["next_availability"])
build.template_id = item["template_id"]
build.times_claimed = item.get("times_claimed", None)
build.slots_used = item.get("slots_used", None)
if build.is_ready == 1:
continue
buildings.append(build)
return buildings
# 获取农作物信息
def get_crops(self) -> List[Crop]:
post_data = self.table_row_template()
post_data["table"] = "crops"
post_data["index_position"] = 2
resp = self.http_post(post_data)
self.log.debug("get_crops_info:{0}".format(resp.text))
resp = resp.json()
crops = []
for item in resp["rows"]:
crop = res.create_crop(item)
if crop:
crops.append(crop)
else:
self.log.warning("尚未支持的农作物类型:{0}".format(item))
return crops
# claim 建筑
def claim_building(self, item: Building):
self.consume_energy(Decimal(item.energy_consumed))
transaction = {
"actions": [{
"account": "farmersworld",
"name": "bldclaim",
"authorization": [{
"actor": self.wax_account,
"permission": "active",
}],
"data": {
"asset_id": item.asset_id,
"owner": self.wax_account,
},
}],
}
return self.wax_transact(transaction)
# 耕种农作物
def claim_crop(self, crop: Crop):
energy_consumed = crop.energy_consumed
fake_consumed = Decimal(0)
if crop.times_claimed == crop.required_claims - 1:
# 收获前的最后一次耕作，多需要200点能量，游戏合约BUG（玉米需要245）
fake_consumed = Decimal(250)
self.consume_energy(Decimal(energy_consumed), fake_consumed)
transaction = {
"actions": [{
"account": "farmersworld",
"name": "cropclaim",
"authorization": [{
"actor": self.wax_account,
"permission": "active",
}],
"data": {
"crop_id": crop.asset_id,
"owner": self.wax_account,
},
}],
}
return self.wax_transact(transaction)
def claim_buildings(self, blds: List[Building]):
for item in blds:
self.log.info("正在建造: {0}".format(item.show()))
if self.claim_building(item):
self.log.info("建造成功: {0}".format(item.show(more=False)))
else:
self.log.info("建造失败: {0}".format(item.show(more=False)))
self.count_error_claim += 1
time.sleep(cfg.req_interval)
def claim_crops(self, crops: List[Crop]):
for item in crops:
self.log.info("正在耕作: {0}".format(item.show()))
if self.claim_crop(item):
self.log.info("耕作成功: {0}".format(item.show(more=False)))
else:
self.log.info("耕作失败: {0}".format(item.show(more=False)))
self.count_error_claim += 1
time.sleep(cfg.req_interval)
# 获取箱子里的NTF
def get_chest(self) -> dict:
payload = {
"limit": 1000,
"collection_name": "farmersworld",
"owner": self.wax_account,
"template_blacklist": "260676",
}
resp = self.http.get(self.url_assets, params=payload)
self.log.debug("get_chest:{0}".format(resp.text))
resp = resp.json()
assert resp["success"]
return resp
# schema: [foods]
def get_chest_by_schema_name(self, schema_name: str):
payload = {
"limit": 1000,
"collection_name": "farmersworld",
"owner": self.wax_account,
"schema_name": schema_name,
}
resp = self.http.get(self.url_assets, params=payload)
self.log.debug("get_chest_by_schema_name:{0}".format(resp.text))
resp = resp.json()
assert resp["success"]
return resp
# template_id: [大麦 318606] [玉米 318607]
def get_chest_by_template_id(self, template_id: int):
payload = {
"limit": 1000,
"collection_name": "farmersworld",
"owner": self.wax_account,
"template_id": template_id,
}
resp = self.http.get(self.url_assets, params=payload)
self.log.debug("get_chest_by_template_id:{0}".format(resp.text))
resp = resp.json()
assert resp["success"]
return resp
# 获取大麦
def get_barley(self) -> List[Asset]:
barley_list = self.get_asset(NFT.Barley, 'Barley')
return barley_list
# 获取牛奶
def get_milk(self) -> List[Asset]:
milk_list = self.get_asset(NFT.Milk, 'Milk')
return milk_list
# 获取鸡蛋
def get_egg(self) -> List[Asset]:
egg_list = self.get_asset(NFT.ChickenEgg, 'ChickenEgg')
return egg_list
# 获取玉米
def get_corn(self) -> List[Asset]:
corn_list = self.get_asset(NFT.Corn, 'Corn')
return corn_list
# 获取NFT资产，可以是小麦，小麦种子，牛奶等
def get_asset(self, template_id, name) -> List[Asset]:
asset_list = []
chest = self.get_chest_by_template_id(template_id)
if len(chest["data"]) <= 0:
return asset_list
for item in chest["data"]:
asset = Asset()
asset.asset_id = item["asset_id"]
asset.name = item["name"]
asset.is_transferable = item["is_transferable"]
asset.is_burnable = item["is_transferable"]
asset.schema_name = item["schema"]["schema_name"]
asset.template_id = item["template"]["template_id"]
asset_list.append(asset)
self.log.debug("[{0}]_get_asset_list: [{1}]".format(name, format(asset_list)))
return asset_list
# 获取动物的信息
def get_breedings(self) -> List[Animal]:
post_data = self.table_row_template()
post_data["table"] = "breedings"
post_data["index_position"] = 2
resp = self.http_post(post_data)
self.log.debug("get_breedings:{0}".format(resp.text))
resp = resp.json()
if len(resp["rows"]) == 0:
self.log.warning("没有正在繁殖的动物，请先手动开启繁殖")
animals = []
for item in resp["rows"]:
anim = res.create_animal(item, True)
if anim:
animals.append(anim)
else:
self.log.info("尚未支持繁殖的动物")
return animals
def get_animals(self) -> List[Animal]:
post_data = self.table_row_template()
post_data["table"] = "animals"
post_data["index_position"] = 2
resp = self.http_post(post_data)
self.log.debug("get_animal_info:{0}".format(resp.text))
resp = resp.json()
if len(resp["rows"]) == 0:
self.log.warning("账户中没有动物")
animals = []
for item in resp["rows"]:
anim = res.create_animal(item)
if anim:
if anim.required_building == 298590 and user_param.cow:
# 牛棚
animals.append(anim)
elif anim.required_building == 298591 and user_param.chicken:
# 鸡舍
animals.append(anim)
else:
self.log.info("尚未支持的动物:{0}".format(item["name"]))
return animals
# 喂动物
def feed_animal(self, asset_id_food: str, animal: Animal, breeding=False) -> bool:
fake_consumed = Decimal(0)
if animal.times_claimed == animal.required_claims - 1:
# 收获前的最后一次喂养，多需要200点能量，游戏合约BUG
fake_consumed = Decimal(200)
self.consume_energy(Decimal(animal.energy_consumed), fake_consumed)
if not breeding:
self.log.info("feed [{0}] to [{1}]".format(asset_id_food, animal.asset_id))
memo = "feed_animal:{0}".format(animal.asset_id)
else:
self.log.info("feed [{0}] to [{1}]".format(asset_id_food, animal.bearer_id))
memo = "breed_animal:{0},{1}".format(animal.bearer_id, animal.partner_id)
transaction = {
"actions": [{
"account": "atomicassets",
"name": "transfer",
"authorization": [{
"actor": self.wax_account,
"permission": "active",
}],
"data": {
"asset_ids": [asset_id_food],
"from": self.wax_account,
"memo": memo,
"to": "farmersworld"
},
}],
}
return self.wax_transact(transaction)
# 获取动物需要的食物
def get_animal_food(self, animal: Animal):
food_class = res.farming_table.get(animal.consumed_card)
list_food = self.get_asset(animal.consumed_card, food_class.name)
self.log.info("剩余[{0}]数量: [{1}]".format(food_class.name, len(list_food)))
if len(list_food) <= 0:
rs = self.buy_corps(animal.consumed_card, user_param.buy_food_num)
if not rs:
self.log.warning("{0}数量不足,请及时补充".format(food_class.name))
return False
else:
list_food = self.get_asset(animal.consumed_card, food_class.name)
asset = list_food.pop()
return asset.asset_id
# 饲养动物
def claim_animal(self, animals: List[Animal]):
for item in animals:
self.log.info("正在喂[{0}]: [{1}]".format(item.name, item.show()))
if 'Egg' in item.name:
success = self.care_animal(item)
else:
feed_asset_id = self.get_animal_food(item)
if not feed_asset_id:
return False
success = self.feed_animal(feed_asset_id, item)
if success:
self.log.info("喂养成功: {0}".format(item.show(more=False)))
else:
self.log.info("喂养失败: {0}".format(item.show(more=False)))
self.count_error_claim += 1
time.sleep(cfg.req_interval)
return True
# 饲养繁殖的动物
def breeding_claim(self, animals: List[Animal]):
for item in animals:
self.log.info("【繁殖】正在喂[{0}]: [{1}]".format(item.name, item.show(False, True)))
feed_asset_id = self.get_animal_food(item)
if not feed_asset_id:
return False
success = self.feed_animal(feed_asset_id, item, True)
if success:
self.log.info("【繁殖】喂养成功: {0}".format(item.show(more=False, breeding=True)))
else:
self.log.info("【繁殖】喂养失败: {0}".format(item.show(more=False, breeding=True)))
self.count_error_claim += 1
time.sleep(cfg.req_interval)
return True
def care_animal(self, animal: Animal):
self.log.info("care_animal {0}".format(animal.asset_id))
fake_consumed = Decimal(0)
if animal.times_claimed == animal.required_claims - 1:
# 收获前的最后一次喂养，多需要200点能量，游戏合约BUG
fake_consumed = Decimal(200)
self.consume_energy(Decimal(animal.energy_consumed), fake_consumed)
transaction = {
"actions": [{
"account": "farmersworld",
"name": "anmclaim",
"authorization": [{
"actor": self.wax_account,
"permission": "active",
}],
"data": {
"animal_id": animal.asset_id,
"owner": self.wax_account,
},
}],
}
return self.wax_transact(transaction)
# 获取wax账户信息
def wax_get_account(self):
url = self.url_rpc + "get_account"
post_data = {"account_name": self.wax_account}
resp = self.http.post(url, json=post_data)
self.log.debug("get_account:{0}".format(resp.text))
resp = resp.json()
return resp
# 获取三种资源的代币余额 FWF FWG FWW
def get_fw_balance(self) -> Token:
url = self.url_rpc + "get_currency_balance"
post_data = {
"code": "farmerstoken",
"account": self.wax_account,
"symbol": None
}
resp = self.http.post(url, json=post_data)
self.log.debug("get_fw_balance:{0}".format(resp.text))
resp = resp.json()
balance = Token()
balance.fwf = 0
balance.fwg = 0
balance.fww = 0
for item in resp:
sp = item.split(" ")
if sp[1].upper() == "FWF":
balance.fwf = Decimal(sp[0])
elif sp[1].upper() == "FWG":
balance.fwg = Decimal(sp[0])
elif sp[1].upper() == "FWW":
balance.fww = Decimal(sp[0])
self.log.debug("fw_balance: {0}".format(balance))
return balance
# 签署交易(只许成功，否则抛异常）
def wax_transact(self, transaction: dict):
self.inject_waxjs()
self.log.info("begin transact: {0}".format(transaction))
try:
success, result = self.driver.execute_script("return window.wax_transact(arguments[0]);", transaction)
if success:
self.log.info("transact ok, transaction_id: [{0}]".format(result["transaction_id"]))
self.log.debug("transact result: {0}".format(result))
time.sleep(cfg.transact_interval)
return result
else:
if "is greater than the maximum billable" in result:
self.log.error("CPU资源不足，可能需要质押更多WAX，一般为误报，稍后重试 maximum")
elif "estimated CPU time (0 us) is not less than the maximum billable CPU time for the transaction (0 us)" in result:
self.log.error("CPU资源不足，可能需要质押更多WAX，一般为误报，稍后重试 estimated")
else:
self.log.error("transact error: {0}".format(result))
raise TransactException(result)
except WebDriverException as e:
self.log.error("transact error: {0}".format(e))
self.log.exception(str(e))
raise TransactException(result)
# 过滤可操作的作物
def filter_operable(self, items: List[Farming]) -> Farming:
now = datetime.now()
op = []
for item in items:
if isinstance(item, Building):
if item.is_ready == 1:
continue
# daily_claim_limit 鸡24小时内最多喂4次 ,奶牛24小时内最多喂6次，小牛犊24小时内最多喂2次
if isinstance(item, Animal):
if len(item.day_claims_at) >= item.daily_claim_limit:
next_op_time = item.day_claims_at[0] + timedelta(hours=24)
item.next_availability = max(item.next_availability, next_op_time)
self.log.info("[{0}]24小时内最多喂[{1}]次 ".format(item.name, item.daily_claim_limit))
if now < item.next_availability:
self.not_operational.append(item)
continue
op.append(item)
return op
def scan_buildings(self):
self.log.info("检查建筑物")
buildings = self.get_buildings()
if not buildings:
self.log.info("没有未完成的建筑物")
return True
self.log.info("未完成的建筑物:")
for item in buildings:
self.log.info(item.show())
buildings = self.filter_operable(buildings)
if not buildings:
self.log.info("没有可操作的建筑物")
return True
self.log.info("可操作的建筑物:")
for item in buildings:
self.log.info(item.show())
self.claim_buildings(buildings)
return True
def scan_plants(self):
self.log.info("自动种地")
post_data = self.table_row_template()
post_data["table"] = "buildings"
post_data["index_position"] = 2
resp = self.http_post(post_data)
self.log.debug("get_buildings_info:{0}".format(resp.text))
resp = resp.json()
for item in resp["rows"]:
if item["template_id"] == 298592 and item["is_ready"] == 1:
slots_num = 8 - item["slots_used"]
if slots_num > 0:
self.plant_corps(slots_num)
else:
self.log.info("没有未使用的地块")
return True
# 购买作物
def buy_corps(self, template_id: int, buy_num: int):
if buy_num <= 0:
self.log.info("购买数量为0")
return False
item_class = res.farming_table.get(template_id)
total_golds = item_class.golds_cost * buy_num
if total_golds > self.resoure.gold:
new_buy_num = int(self.resoure.gold / item_class.golds_cost)
if new_buy_num <= 0:
self.log.info("金币不足，无法购买，请先补充金币")
return False
else:
self.log.info("金币不足，需要购买[{0}]个，实际购买[{1}]个".format(buy_num, new_buy_num))
buy_num = new_buy_num
if user_param.buy_barley_seed and template_id == 298595:
self.log.info("开始购买大麦种子,数量：{0}".format(buy_num))
self.market_buy(template_id, buy_num)
elif user_param.buy_corn_seed and template_id == 298596:
self.log.info("开始购买玉米种子,数量：{0}".format(buy_num))
self.market_buy(template_id, buy_num)
elif user_param.buy_food and template_id == 318606:
self.log.info("开始购买大麦,数量：{0}".format(buy_num))
self.market_buy(template_id, buy_num)
elif user_param.buy_food and template_id == 318607:
self.log.info("开始购买玉米,数量：{0}".format(buy_num))
self.market_buy(template_id, buy_num)
else:
self.log.info("配置不执行购买，请检查")
time.sleep(2)
return True
# 市场购买
def market_buy(self, template_id: int, buy_num: int):
transaction = {
"actions": [{
"account": "farmersworld",
"name": "mktbuy",
"authorization": [{
"actor": self.wax_account,
"permission": "active",
}],
"data": {
"owner": self.wax_account,
"quantity": buy_num,
"template_id": template_id,
},
}],
}
self.wax_transact(transaction)
self.log.info("购买完成")
return True
# 种植
def plant_corps(self, slots_num):
self.log.info("获取大麦或玉米种子")
if user_param.barleyseed_num > 0:
barleyseed_list = self.get_asset(298595, 'Barley Seed')
plant_times = min(slots_num, user_param.barleyseed_num)
if len(barleyseed_list) < plant_times and user_param.buy_barley_seed:
self.log.warning("大麦种子数量不足,开始市场购买")
buy_barleyseed_num = plant_times - len(barleyseed_list)
rs = self.buy_corps(298595, buy_barleyseed_num)
if not rs:
return False
else:
barleyseed_list = self.get_asset(298595, 'Barley Seed')
if len(barleyseed_list) > 0:
for i in range(plant_times):
asset = barleyseed_list.pop()
self.wear_assets([asset.asset_id])
else:
self.log.info("大麦种子数量不足，请及时补充")
else:
self.log.info("设置的大麦种子数量为0")
if user_param.cornseed_num > 0:
cornseed_list = self.get_asset(298596, 'Corn Seed')
plant_times2 = min(slots_num, user_param.cornseed_num)
if len(cornseed_list) < plant_times2 and user_param.buy_corn_seed:
self.log.warning("玉米种子数量不足,开始市场购买")
buy_cornseed_num = plant_times2 - len(cornseed_list)
rs = self.buy_corps(298596, buy_cornseed_num)
if not rs:
return False
else:
cornseed_list = self.get_asset(298596, 'Corn Seed')
if len(cornseed_list) > 0:
for i in range(plant_times2):
asset = cornseed_list.pop()
self.wear_assets([asset.asset_id])
else:
self.log.info("玉米种子数量不足，请及时补充")
else:
self.log.info("设置的玉米种子数量为0")
return True
# 穿戴工具，种地-（种地：玉米、小麦）
def wear_assets(self, asset_ids):
self.log.info("正在种地【玉米种子|小麦种子】")
transaction = {
"actions": [{
"account": "atomicassets",
"name": "transfer",
"authorization": [{
"actor": self.wax_account,
"permission": "active",
}],
"data": {
"from": self.wax_account,
"to": "farmersworld",
"asset_ids": asset_ids,
"memo": "stake",
},
}],
}
self.wax_transact(transaction)
self.log.info("种地完成")
time.sleep(cfg.req_interval)
def scan_crops(self):
self.log.info("检查农田")
crops = self.get_crops()
if not crops:
self.log.info("没有农作物")
return True
self.log.info("种植的农作物:")
for item in crops:
self.log.info(item.show())
crops = self.filter_operable(crops)
if not crops:
self.log.info("没有可操作的农作物")
return True
self.log.info("可操作的农作物:")
for item in crops:
self.log.info(item.show())
self.claim_crops(crops)
return True
# 售卖玉米和大麦
def scan_nft_assets(self):
asset_ids = []
sell_barley_num = 0
sell_corn_num = 0
sell_milk_num = 0
sell_egg_num = 0
if user_param.sell_corn:
self.log.info("检查玉米NFT")
list_corn = self.get_corn()
self.log.info("剩余玉米数量: {0}".format(len(list_corn)))
if len(list_corn) > 0:
for item in list_corn:
if len(list_corn) - sell_corn_num <= user_param.remaining_corn_num:
break
asset_ids.append(item.asset_id)
sell_corn_num = sell_corn_num + 1
if user_param.sell_barley:
self.log.info("检查大麦")
list_barley = self.get_barley()
self.log.info("剩余大麦数量: {0}".format(len(list_barley)))
if len(list_barley) > 0:
for item in list_barley:
if len(list_barley) - sell_barley_num <= user_param.remaining_barley_num:
break
asset_ids.append(item.asset_id)
sell_barley_num = sell_barley_num + 1
if user_param.sell_milk:
self.log.info("检查牛奶")
list_milk = self.get_milk()
self.log.info("剩余牛奶数量: {0}".format(len(list_milk)))
if len(list_milk) > 0:
for item in list_milk:
if len(list_milk) - sell_milk_num <= user_param.remaining_milk_num:
break
asset_ids.append(item.asset_id)
sell_milk_num = sell_milk_num + 1
if user_param.sell_egg:
self.log.info("检查鸡蛋")
list_egg = self.get_egg()
self.log.info("剩余鸡蛋数量: {0}".format(len(list_egg)))
if len(list_egg) > 0:
for item in list_egg:
if len(list_egg) - sell_egg_num <= user_param.remaining_egg_num:
break
asset_ids.append(item.asset_id)
sell_egg_num = sell_egg_num + 1
if len(asset_ids) <= 0: