# 导入模块成功的唯一条件：
# sys.path + 导入路径 可以正确定位模块
import sys
sys.path.append('/home/tarena/month01/day15/my_project')
print(sys.path)
from common.list_helper import ListHelper
class SkillDeployer:
def generate_skill(self):
print("SkillDeployer -- generate_skill")
ListHelper.fun01()
import sys
sys.path.append("/home/tarena/month01/day15/my_project")
print(sys.path)
from common.list_helper import ListHelper
class SkillDeployer:
def func02(self):
print("SkillDeployer - func02")
# 类名.类方法
ListHelper.func03()
# 对象 --》 字符串
def __str__(self):
return self.name
list01 = [
Skill(101, "乾坤大挪移", 8000, 30),
Skill(102, "九阳神功", 9000, 50),
Skill(103, "九阴白骨爪", 500, 10),
Skill(104, "黑虎掏心", 9800, 40),
Skill(105, "葵花宝典", 6000, 2),
]
# 1.
tuple01 = ([1, 1], [2, 2, 2, 2], [3, 3])
print(ListHelper.get_max(tuple01, lambda item: len(item)))
print(max(tuple01, key=lambda item: len(item)))
# 2.
for item in ListHelper.select(
list01, lambda item: (item.name, item.duration, item.atk)):
print(item)
for item in map(lambda item: (item.name, item.duration, item.atk), list01):
print(item)
# 3.
print(min(list01, key=lambda item: item.atk))
# 4.
for item in sorted(list01, key=lambda item: item.duration, reverse=True):
print(item)
def __init__(self, name, atk, cd, speed):
self.name = name
self.atk = atk
self.cd = cd
self.speed = speed
list01 = [
Skills("横扫千军", 100, 0, 8),
Skills("怒气爆发", 5, 0, 2),
Skills("天崩地裂斩", 50, 2, 6),
Skills("破釜沉舟", 1, 3, 3),
Skills("亢龙有悔", 60, 4, 1),
Skills("如来神掌", 110, 4, 1),
Skills("如来神掌", 120, 4, 1)
]
for item in ListHelper.find(list01, lambda item: item.name == "如来神掌"):
print(item.name)
# list02=[]
# for item in ListHelper.find(list01,lambda item:item.atk>50):
# list02.append(item)
# print(len(list02))
# print(ListHelper.find_count(list01,lambda item:item.cd==0))
# print(ListHelper.find_sum(list01,lambda item:item.cd))
# print(ListHelper.find_max(list01,lambda item:item.atk))
# print(ListHelper.find_min(list01,lambda item:item.atk))
# print(ListHelper.find_list(list01,lambda item:{item.name:item.atk}))
ListHelper.find_sheng(list01, lambda item: item.atk)
for i in list01:
print(i.atk)
print(item, end='\t')
# TODO
# 獲取持續時間大於10的所有技能
# 獲取編號在102~105之間的所有技能
"""
函數式編成思想
"""
def condition01(item):
return item.durationd > 10
def condition(item):
return 102 <= item.id <= 105
def find(func):
for item in list01:
if func(item):
yield item
# for item in find(condition01):
# print(item)
print("\n-------------ListHelper----------")
from common.list_helper import ListHelper
for item in ListHelper.find_all(list01, condition01):
print(item)
]
#函数体 查找多个元素
def condition01(item):
return item.duration > 10
def condition02(item):
return 102 <= item.id <=105
#函数体 查找单个元素
def condition03(item):
return item.id == 102
def condition04(item):
return item.name == '九阳神功'
#调用函数查找多个元素
for item in ListHelper.find_all(list01,condition01):
print(item)
#调用函数查找单个元素
re = ListHelper.find_single(list01,condition03)
print(re.name)
#将调用函数方法改为lambda
for item in ListHelper.find_all(list01,lambda item:item.duration >10):
print(item)
re = ListHelper.find_single(list01,lambda item:item.id == 102)
print(re.name)
#-------------------------------
#1.计算所有攻击力之和
# def sum_atk():
# sum_atk = 0
# for i in range(len(list01)):
# from skill_system import skill_deployer # s01 = skill_deployer.SKillDeployer() # s01.deployer() from skill_system.skill_deployer import SKillDeployer # 创建对象 s01 = SKillDeployer() # 调用实例方法 s01.deployer() # from common import list_helper # list_helper.ListHelper.find_all() from common.list_helper import ListHelper # 通过类名调用静态方法 ListHelper.find_all()
# 封装
def condition01(item):
return item.atk > 500
def condition02(item):
return len(item.name) > 3
def condition03(item):
return 5 < item.duration < 10
# 多态
# 练习一 根据指定条件求和
print(ListHelper.get_num(skill_list, lambda item: item.atk > 500))
print(ListHelper.get_num(skill_list, lambda item: len(item.name) > 3))
print(ListHelper.get_num(skill_list, lambda item: 5 < item.duration < 10))
def condition04(item):
return item.id == 103
def condition05(item):
return item.name == "乾坤大挪移"
def condition06(item):
return item.atk > 10
for item in skill_list:
if item.duration > 5:
return item
# 封装
def condition01(item):
return item.id == 101
def condition02(item):
return item.name == "乾坤大挪移"
def condition03(item):
return item.duration > 5
# 继承
def find(func):
for item in skill_list:
if func(item):
return item
# 多态
re = ListHelper.find_single(skill_list, condition03)
print(re.name)