Python肥皂盒(Python's Zen)是一组Python语言的设计哲学原
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Python肥皂盒(Python's Zen)是一组Python语言的设计哲学原则,旨在指导Python程序员编写代码的方式。这些原则包括简单明了、优美胜于丑陋、可读性很重要等。
以下是Python肥皂盒的20个原则:
1. 美胜于丑(Beautiful is better than ugly)
2. 显式优于隐式(Explicit is better than implicit)
3. 简单比复杂好(Simple is better than complex)
4. 复杂比复杂好(Complex is better than complicated)
5. 扁平比嵌套更好(Flat is better than nested)
6. 稀少胜于密集(Sparse is better than dense)
7. 可读性很重要(Readability counts)
8. 特殊情况不足以打破规则(Special cases aren't special enough to break the rules)
9. 尽管实用性胜过纯粹性(Although practicality beats purity)
10. 错误永远不应该悄悄地溜走(Errors should never pass silently)
11. 除非明确禁止,否则一切皆可。(Unless explicitly silenced)
12. 在面对二义性时,拒绝猜测(In the face of ambiguity, refuse the temptation to guess.)
13. 应当有一种——最好只有一种——显而易见的方式做到这一点(There should be one-- and preferably only one --obvious way to do it.)
14. 虽然这种方式可能不是显而易见的,除非你是荷兰人(Although that way may not be obvious at first unless you're Dutch)
15. 做或不做,没有试过(Now is better than never.)
16. 尽管从未比现在好(Although never is often better than *right* now.)
17. 如果实现很难以解释,那么这个想法肯定是个坏主意。(If the implementation is hard to explain, it's a bad idea.)
18. 如果实现容易解释,那么这个想法可能是一个好想法。(If the implementation is easy to explain, it may be a good idea.)
19. 命名空间是一种绝妙的想法——让我们多加利用他们吧!(Namespaces are one honking great idea -- let's do more of those!)
下面是一个示例Python程序,它遵循Python肥皂盒的原则:
python
# This program calculates the sum of two numbers
def add_numbers(num1, num2):
"""Add two numbers together"""
return num1 + num2
result = add_numbers(2, 3)
print(f"The sum of 2 and 3 is {result}.")
在这个例子中,函数名add_numbers很明确地说明了该函数的目的。注释提供了有关函数处理的信息。结果变量使用描述性名称,使得代码易于阅读和理解。
Python肥皂盒(Python's Zen)是一组Python语言的设计哲学原则,旨在指导Python程序员编写代码的方式。这些原则包括简单明了、优美胜于丑陋、可读性很重要等。
以下是Python肥皂盒的20个原则:
1. 美胜于丑(Beautiful is better than ugly)
2. 显式优于隐式(Explicit is better than implicit)
3. 简单比复杂好(Simple is better than complex)
4. 复杂比复杂好(Complex is better than complicated)
5. 扁平比嵌套更好(Flat is better than nested)
6. 稀少胜于密集(Sparse is better than dense)
7. 可读性很重要(Readability counts)
8. 特殊情况不足以打破规则(Special cases aren't special enough to break the rules)
9. 尽管实用性胜过纯粹性(Although practicality beats purity)
10. 错误永远不应该悄悄地溜走(Errors should never pass silently)
11. 除非明确禁止,否则一切皆可。(Unless explicitly silenced)
12. 在面对二义性时,拒绝猜测(In the face of ambiguity, refuse the temptation to guess.)
13. 应当有一种——最好只有一种——显而易见的方式做到这一点(There should be one-- and preferably only one --obvious way to do it.)
14. 虽然这种方式可能不是显而易见的,除非你是荷兰人(Although that way may not be obvious at first unless you're Dutch)
15. 做或不做,没有试过(Now is better than never.)
16. 尽管从未比现在好(Although never is often better than *right* now.)
17. 如果实现很难以解释,那么这个想法肯定是个坏主意。(If the implementation is hard to explain, it's a bad idea.)
18. 如果实现容易解释,那么这个想法可能是一个好想法。(If the implementation is easy to explain, it may be a good idea.)
19. 命名空间是一种绝妙的想法——让我们多加利用他们吧!(Namespaces are one honking great idea -- let's do more of those!)
下面是一个示例Python程序,它遵循Python肥皂盒的原则:
python
# This program calculates the sum of two numbers
def add_numbers(num1, num2):
"""Add two numbers together"""
return num1 + num2
result = add_numbers(2, 3)
print(f"The sum of 2 and 3 is {result}.")
在这个例子中,函数名add_numbers很明确地说明了该函数的目的。注释提供了有关函数处理的信息。结果变量使用描述性名称,使得代码易于阅读和理解。
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