测试作业1-组合分析方法

正交法代码实现

from allpairspy import AllPairs

def is_valid_combination(row):
    n = len(row)
    # 设置过滤条件
    if n > 2:
        # ⼀年级 不能匹配 10-13岁
        if "未登录" == row[0] and "⾮会员" != row[1]:
        	return False
        if "第⼀次登录" == row[0] and "VIP会员" == row[1]:
        	return False
        if "会员" == row[1] and "会员9折" != row[2]:
        	return False
        if "VIP会员" == row[1] and "VIP会员8折" != row[2]:
        	return False
    return True
parameters = [
    ["未登录", "第⼀次登录", "正常登录"],
    ["⾮会员", "会员", "VIP会员", "雇员"],
    ["没有", "假⽇95折", "会员9折","VIP会员8折"],
    ["标准", "快递", "加急"]
]
print("PAIRWISE:")
for i, pairs in enumerate(AllPairs(parameters,filter_func=is_valid_combination)):
	print("⽤例编号{:2d}: {}".format(i, pairs))

from allpairspy import AllPairs

# 因子水平
parameters = [
    ["未登录", "第⼀次登录", "正常登录"],
    ["⾮会员", "会员", "VIP会员", "雇员"],
    ["没有", "假⽇95折", "会员9折","VIP会员8折"],
    ["标准", "快递", "加急"]
]

# 实现约束的函数
def constraint_func(row):
    n = len(row)
    if n > 2:
        if "未登录" == row[0] and "⾮会员" != row[1]:
        	return False
        if "第⼀次登录" == row[0] and "VIP会员" == row[1]:
        	return False
        if "会员" == row[1] and "会员9折" != row[2]:
        	return False
        if "VIP会员" == row[1] and "VIP会员8折" != row[2]:
        	return False
    return True

# print("PAIRWISE:")
# 输出结果
for i, pairs in enumerate(AllPairs(parameters,filter_func=constraint_func)):
	print("⽤例编号{:2d}: {}".format(i, pairs))