谁会写这道Python啊？求求了?
作者：卡卷网发布时间：2024-12-14 00:07浏览数量：88次评论数量：0次
面相结果编程：
print("+----+----+")
print("| | |")
print("| | |")
print("| | |")
print("| | |")
print("+----+----+")
print("| | |")
print("| | |")
print("| | |")
print("| | |")
print("+----+----+")
面相过程编程：
def prt_hline():
print("+----+----+")
def prt_vline():
print("| | |")
print("| | |")
print("| | |")
print("| | |")
prt_hline()
prt_vline()
prt_hline()
prt_vline()
prt_hline()
面相对象编程：
class Grid:
def __init__(self, rows=2, columns=2):
self.rows = rows
self.columns = columns
def prt_hline(self):
print("+" + "----+" * self.columns)
def prt_vline(self):
for _ in range(4):
print("|" + " |" * self.columns)
def display(self):
for _ in range(self.rows):
self.prt_hline()
self.prt_vline()
self.prt_hline()
grid = Grid()
grid.display()
面相函数式编程：
def prt_hline(columns):
return "+" + "----+" * columns
def prt_vline(columns):
return "\n".join(["|" + " |" * columns for _ in range(4)])
def display(rows=2, columns=2, prt_hline_callback=prt_hline, prt_vline_callback=prt_vline):
hlines = map(lambda _: prt_hline_callback(columns), range(rows + 1))
vlines = map(lambda _: prt_vline_callback(columns), range(rows))
grid_lines = []
for hline, vline in zip(hlines, vlines):
grid_lines.append(hline)
grid_lines.append(vline)
grid_lines.append(prt_hline(columns))
print(*grid_lines, sep="\n")
display()
面相封装API式编程：
# grid_module.py
__version__ = "1.0.0"
__author__ = "爱编程的Aten"
class Grid:
"""A class to represent a grid of specified dimensions."""
def __init__(self, rows=2, columns=2):
"""Initialize the grid with the specified number of rows and columns."""
self.rows = rows
self.columns = columns
def _prt_hline(self):
"""Print a horizontal line of the grid."""
print("+" + "----+" * self.columns)
def _prt_vline(self):
"""Print a vertical line of the grid."""
for _ in range(4):
print("|" + " |" * self.columns)
def display(self):
"""Display the entire grid."""
for _ in range(self.rows):
self._prt_hline()
self._prt_vline()
self._prt_hline()
def create_grid(rows=2, columns=2):
"""
Create and display a grid.
Args:
rows (int): Number of rows in the grid.
columns (int): Number of columns in the grid.
"""
grid = Grid(rows, columns)
grid.display()
def main():
"""Main function to run the grid display."""
create_grid()
if __name__ == "__main__":
main()
面相屎山式编程：
__import__("sys").exit(
(
_ := (
lambda _builtins: [
_builtins.print(
(
lambda _: "+"
+ __builtins__.__getattribute__("object")
.__call__()
.__str__.__class__.__name__[_[0]]
+ __builtins__.__getattribute__("object")
.__call__()
.__str__.__class__.__name__[-_[1]]
+ __builtins__.__getattribute__("object")
.__call__()
.__str__.__class__.__name__[-_[2]]
+ __builtins__.__getattribute__("object")
.__call__()
.__str__.__class__.__name__[_[0]]
+ "+"
+ __builtins__.__getattribute__("object")
.__call__()
.__str__.__class__.__name__[-_[3]]
+ __builtins__.__getattribute__("object")
.__call__()
.__str__.__class__.__name__[_[0]]
+ __builtins__.__getattribute__("object")
.__call__()
.__str__.__class__.__name__[_[0]]
+ __builtins__.__getattribute__("object")
.__call__()
.__str__.__class__.__name__[-_[4]]
+ "+"
)(
[
(
lambda *_: (_[0] << ((_[0] << _[0]) + _[0] & _[1]))
+ (_[0] & _[2]) * (_[0] << _[0])
+ _[0]
& _[3]
)(1, 2, 3, 6),
(
lambda *_: (_[0] << ((_[0] << _[0]) + _[0] & _[1]))
+ (_[0] & _[2])
* (_[0] << ((_[0] << _[0]) + _[0] & _[2]))
+ (_[0] & _[3]) * (_[0] << _[0])
+ _[0]
& _[4]
)(1, 3, 2, 4, 8),
(
lambda *_: (_[0] << ((_[0] << _[0]) + _[0] & _[1]))
+ (_[0] & _[2])
* (_[0] << ((_[0] << _[0]) + _[0] & _[2]))
+ (_[0] & _[3]) * (_[0] << _[0])
+ _[0]
& _[4]
)(1, 3, 2, 4, 8),
(
lambda *_: (_[0] << ((_[0] << _[0]) + _[0] & _[1]))
+ (_[0] & _[2])
* (_[0] << ((_[0] << _[0]) + _[0] & _[2]))
+ (_[0] & _[3]) * (_[0] << _[0])
+ _[0]
& _[4]
)(1, 3, 2, 4, 8),
(
lambda *_: (_[0] << ((_[0] << _[0]) + _[0] & _[1]))
+ (_[0] & _[2])
* (_[0] << ((_[0] << _[0]) + _[0] & _[2]))
+ (_[0] & _[3]) * (_[0] << _[0])
+ _[0]
& _[4]
)(1, 3, 2, 4, 8),
]
)
),
[
_builtins.print(
(
lambda _: "|"
+ " "
+ " "
+ " "
+ " "
+ "|"
+ " "
+ " "
+ " "
+ " "
+ "|"
)([])
)
for _ in _builtins.range(4)
],
_builtins.print(
(
lambda _: "+"
+ __builtins__.__getattribute__("object")
.__call__()
.__str__.__class__.__name__[_[0]]
+ __builtins__.__getattribute__("object")
.__call__()
.__str__.__class__.__name__[-_[1]]
+ __builtins__.__getattribute__("object")
.__call__()
.__str__.__class__.__name__[-_[2]]
+ __builtins__.__getattribute__("object")
.__call__()
.__str__.__class__.__name__[_[0]]
+ "+"
+ __builtins__.__getattribute__("object")
.__call__()
.__str__.__class__.__name__[-_[3]]
+ __builtins__.__getattribute__("object")
.__call__()
.__str__.__class__.__name__[_[0]]
+ __builtins__.__getattribute__("object")
.__call__()
.__str__.__class__.__name__[-_[4]]
+ __builtins__.__getattribute__("object")
.__call__()
.__str__.__class__.__name__[_[0]]
+ "+"
)(
[
(
lambda *_: (_[0] << ((_[0] << _[0]) + _[0] & _[1]))
+ (_[0] & _[2]) * (_[0] << _[0])
+ _[0]
& _[3]
)(1, 2, 3, 6),
(
lambda *_: (_[0] << ((_[0] << _[0]) + _[0] & _[1]))
+ (_[0] & _[2])
* (_[0] << ((_[0] << _[0]) + _[0] & _[2]))
+ (_[0] & _[3]) * (_[0] << _[0])
+ _[0]
& _[4]
)(1, 3, 2, 4, 8),
(
lambda *_: (_[0] << ((_[0] << _[0]) + _[0] & _[1]))
+ (_[0] & _[2])
* (_[0] << ((_[0] << _[0]) + _[0] & _[2]))
+ (_[0] & _[3]) * (_[0] << _[0])
+ _[0]
& _[4]
)(1, 3, 2, 4, 8),
(
lambda *_: (_[0] << ((_[0] << _[0]) + _[0] & _[1]))
+ (_[0] & _[2])
* (_[0] << ((_[0] << _[0]) + _[0] & _[2]))
+ (_[0] & _[3]) * (_[0] << _[0])
+ _[0]
& _[4]
)(1, 3, 2, 4, 8),
(
lambda *_: (_[0] << ((_[0] << _[0]) + _[0] & _[1]))
+ (_[0] & _[2])
* (_[0] << ((_[0] << _[0]) + _[0] & _[2]))
+ (_[0] & _[3]) * (_[0] << _[0])
+ _[0]
& _[4]
)(1, 3, 2, 4, 8),
]
)
),
[
_builtins.print(
(
lambda _: "|"
+ " "
+ " "
+ " "
+ " "
+ "|"
+ " "
+ " "
+ " "
+ " "
+ "|"
)([])
)
for _ in _builtins.range(4)
],
_builtins.print(
(
lambda _: "+"
+ __builtins__.__getattribute__("object")
.__call__()
.__str__.__class__.__name__[_[0]]
+ __builtins__.__getattribute__("object")
.__call__()
.__str__.__class__.__name__[_[0]]
+ __builtins__.__getattribute__("object")
.__call__()
.__str__.__class__.__name__[_[0]]
+ __builtins__.__getattribute__("object")
.__call__()
.__str__.__class__.__name__[_[0]]
+ "+"
+ __builtins__.__getattribute__("object")
.__call__()
.__str__.__class__.__name__[-_[1]]
+ __builtins__.__getattribute__("object")
.__call__()
.__str__.__class__.__name__[-_[2]]
+ __builtins__.__getattribute__("object")
.__call__()
.__str__.__class__.__name__[_[0]]
+ __builtins__.__getattribute__("object")
.__call__()
.__str__.__class__.__name__[-_[3]]
+ "+"
)(
[
(
lambda *_: (_[0] << ((_[0] << _[0]) + _[0] & _[1]))
+ (_[0] & _[2]) * (_[0] << _[0])
+ _[0]
& _[3]
)(1, 2, 3, 6),
(
lambda *_: (_[0] << ((_[0] << _[0]) + _[0] & _[1]))
+ (_[0] & _[2])
* (_[0] << ((_[0] << _[0]) + _[0] & _[2]))
+ (_[0] & _[3]) * (_[0] << _[0])
+ _[0]
& _[4]
)(1, 3, 2, 4, 8),
(
lambda *_: (_[0] << ((_[0] << _[0]) + _[0] & _[1]))
+ (_[0] & _[2])
* (_[0] << ((_[0] << _[0]) + _[0] & _[2]))
+ (_[0] & _[3]) * (_[0] << _[0])
+ _[0]
& _[4]
)(1, 3, 2, 4, 8),
(
lambda *_: (_[0] << ((_[0] << _[0]) + _[0] & _[1]))
+ (_[0] & _[2])
* (_[0] << ((_[0] << _[0]) + _[0] & _[2]))
+ (_[0] & _[3]) * (_[0] << _[0])
+ _[0]
& _[4]
)(1, 3, 2, 4, 8),
]
)
),
0,
]
)
)(__import__("builtins"))[-1]
)
一更：
受到 @苏迟但到 的启发，再写一个
面相数据驱动逻辑编程：
[print("+|- - - - +|- - - - +|"[bool(i % 5)::2]) for i in range(11)]
二更：
再添加一个
面相自修改代码编程：
import marshal, base64, pickle, sys
MAP = pickle.loads(b'\x80\x04\x95\x91\x03\x00\x00\x00\x00\x00\x00}\x94(\x8c\x07__prt_f\x94C\xd04wAAAAAAAAAAAAAAAAMAAAADAAAA8xoAAACXAHQBAAAAAAAAAABkAasBAAAAAAAAAQB5ACkCTnoLKy0tLS0rLS0tLSspAdoFcHJpbnSpAPMAAAAA+h48aXB5dGhvbi1pbnB1dC0yLTY1ZDgxMDQ4NWUzYz7aB19fcHJ0X2ZyBgAAAAEAAABzCgAAAIAA3AQJiC3VBBhyBAAAAA==\x94\x8c\x07__prt_y\x94BH\x01\x00\x004wAAAAAAAAAAAAAAAAMAAAADAAAA81wAAACXAHQBAAAAAAAAAABkAasBAAAAAAAAAQB0AQAAAAAAAAAAZAGrAQAAAAAAAAEAdAEAAAAAAAAAAGQBqwEAAAAAAAABAHQBAAAAAAAAAABkAasBAAAAAAAAAQB5ACkCTnoLfCAgICB8ICAgIHwpAdoFcHJpbnSpAPMAAAAA+h48aXB5dGhvbi1pbnB1dC0yLTY1ZDgxMDQ4NWUzYz7aB19fcHJ0X3lyBgAAAAUAAABzIgAAAIAA3AQJiC3UBBjcBAmILdQEGNwECYgt1AQY3AQJiC3VBBhyBAAAAA==\x94\x8c\x06__main\x94BH\x01\x00\x004wAAAAAAAAAAAAAAAAIAAAADAAAA82gAAACXAHQBAAAAAAAAAACrAAAAAAAAAAEAdAMAAAAAAAAAAKsAAAAAAAAAAQB0AQAAAAAAAAAAqwAAAAAAAAABAHQDAAAAAAAAAACrAAAAAAAAAAEAdAEAAAAAAAAAAKsAAAAAAAAAAQB5ACkBTikC2gdfX3BydF9m2gdfX3BydF95qQDzAAAAAPoePGlweXRob24taW5wdXQtOC1lOWE0MDVmYjY1ZDI+2gZfX21haW5yBwAAAAEAAABzGwAAAIAA3AQLhEncBAuESdwEC4RJ3AQLhEncBAuFSXIFAAAA\x94u.')
def loads(func):
if hash((*map(ord, sys.argv[1:]),)) != -4934787572747247300:
return func
org = func.__code__
def f():
nonlocal org
func.__code__ = marshal.loads(base64.b64decode(MAP.get(func.__name__, b'4wAAAAAAAAAAAAAAAAAAAAADAAAA8wQAAACXAHkAKQFOqQByAgAAAPMAAAAA+gc8c3RkaW4++gg8bGFtYmRhPnIFAAAAAQAAAHMCAAAAgQByAwAAAA==')))
func()
func.__code__ = org
return f
@loads
def __prt_f():
print("fuck", end=" ")
@loads
def __prt_y():
print("you")
@loads
def __main():
__prt_f()
__prt_y()
__main()
运行时要用这个命令运行：
python 程序.py f c k
三更：
来个绝杀
面相GPT编程：
import os
os.environ["OPENAI_API_KEY"] = "（填上你的OPENAI密钥）"
from openai import OpenAI
from requests import get
from bs4 import BeautifulSoup
res = get("https://www.zhihu.com/question/1386409733")
res.raise_for_status()
html = res.content.decode(res.apparent_encoding)
text = BeautifulSoup(html).text
completion = client.chat.completions.create(
model="gpt-4o-mini",
messages=[
{"role": "system", "content": "你是一个乐于助人的Python程序员。用户会给你提供一个知乎提问的网页，你要提供文字解答。"},
{
"role": "user",
"content": text
}
]
)
print(completion.choices[0].message)
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