sfnf-emo123 0.1.3

It's a bit useful but not useful and strictly doesn't follow PEP8.

sp-lib

There are a lot of dirty words in this section. If you can't stand it, please quit immediately

This is a joke library that is extremely non-compliant with PEP8. I admit it has some use, but:

Do not use it in production environment
Please make sure you can tolerate this library, and won't die on the spot.
FuckItFuckItFuckItFuckItFuckItFuckItFuckItFuckItFuckItFuckItFuckItFuckIt

Only sp_lib is recommended for use, the others are just jokes.

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Installation

pip install sfnf_emo123

Usage

# Note: Use underscore instead of hyphen when importing.
from sp_lib import sp
with sp.OpenFold(".") as fd:
    ...

Polite Mode (Optional)

from please import *
print("Be polite!", please=True)

sp-print

Your current output can now have colors.

sp.print("Red text",color=1)

sp.print("Red background",color2=1)

sp.print("white background and black text",color=0,color2=7)

sp-help

This is bullshit. Return the translated __doc__

print(sp.help(input,"zh"))

sp-ges (Go Empty String)

A string filter that removes specified characters.
The name is a joke. The function is actually useful.

# Remove all 'l' and 'o' from the string
result = sp.ges("hello world", "l", "o")
print(result)  # "he wrd"

# Remove all vowels
result = sp.ges("fuckit", "f", "u", "c", "k", "i", "t")
print(result)  # "" (empty!)

# Remove multiple characters
text = "sp_lib is awesome!"
cleaned = sp.ges(text, " ", "!", "s")  # "p_libiwaome"

Warning: The name stands for "Go Empty String", not what you think.
Or is it? 😏

sp-exit

13 exceptions... No, that's like 14

sp.exit() # fuckit

sp-getfold

Get all contents of a folder

print(sp.getfold("."))

sp-getfile

get a file information

print(sp.getfile("I don't know what to put so I just put a random file name.txt")["name"])

sp-get fold all file

The name is too long, so I abbreviated it to gfaf.

Get all files in a folder as sp.Open, when lazy=True, return the path.

print(sp.gfaf(".",lazy=True))

sp-fuck off

Don't say dirty words.

sp.fuck_off()

sp-badword

Stop swearing.

sp.badword("fuckyou") #Error reporting
sp.badword("thx you") #No error reported.
bad = sp.badword("fuck you",False,True) #Disable error reporting, return the triggered message.

sp-json

Why do I have to imitate the style of open()? Oh my god, I'm about to cry, I'm so helpless, oh oh oh oh oh oh no no no no no, after I finish writing this thing, all I see in my eyes are if, elif, else, raise fuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckit

sp.json("d",data=["data"])#return json string
sp.json("df","./test.json",["data"])#Directly put the generated JSON into a file, which can be sp.Open or a path.
sp.json("l",data="[data]")#load
sp.json("lf","./test.json")#load from file，can be path or sp.Open

sp-Open

Trash version open(), but don't need close() and default to UTF-8 and can use be open()

f = sp.Open("a.txt","w")
f.write("fuckit").add("fuckit").add("fuckit")
with sp.Open("b.txt","w",encoding="utf-8") as f2:
    f2.write("fuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckit")

sp.Timer

timer.

t = sp.Timer()
t.restart()
time1 = t.get()
time2 = t.stop()

sp.Turn & sp.ctext

A simple text substitution cipher system. Define a mapping dictionary, then encrypt/decrypt text with do() and undo().

Basic Usage

# Direct mapping
turn = sp.Turn({"a": "z", "b": "y"})
encrypted = turn.do("ab")  # "zy"
decrypted = turn.undo("zy")  # "ab"

Using Presets (sp.ctext subclasses)

# ROT-13 (Caesar cipher, shift by 13)
from sp_lib import ROT
turn = sp.Turn(__ctext__=ROT(13))
print(turn.do("Hello World!"))  # Uryyb Jbeyq!

# Atbash cipher (a↔z, b↔y, c↔x ...)
from sp_lib import Atbash
turn = sp.Turn(__ctext__=Atbash())
print(turn.do("Hello"))  # Svool

Chain Operations

turn = sp.Turn({"a": "b", "c": "d"})
turn.add(e="f", g="h")  # Add multiple mappings
turn.kill("a")          # Remove mapping for 'a'
turn += {"x": "y"}      # Use += to merge
turn -= ["c"]           # Use -= to remove keys

Read from JSON File

# Save mapping to JSON first, then load
turn.read("mapping.json")

Create Your Own Preset

class MyCipher(sp.ctext):
    def __init__(self):
        self.c = {
            "a": "m",
            "b": "n",
            "c": "o",
            # your mapping here...
        }

turn = sp.Turn(__ctext__=MyCipher())

Advanced: JSON + Cipher Combo

# Dump JSON with encrypted values
data = {"secret": "hello"}
turn = sp.Turn(__ctext__=ROT(13))
encrypted_data = {"secret": turn.do(data["secret"])}
sp.json("df", "data.json", encrypted_data)

Available Presets

Preset	Description	Example
ROT(n)	Caesar cipher, shift by n	ROT(13) → ROT-13
Atbash()	Alphabet reversal	a↔z, b↔y, c↔x

sp.OpenFold

A context manager for folder operations. Auto-creates folder if it doesn't exist.

---

Basic Usage

with sp.OpenFold("./my_project") as folder:
    # Get all files and folders
    all_items = folder.getall()
    print(all_items["file"])  # List of files
    print(all_items["fold"])  # List of subfolders

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Get Files Only

with sp.OpenFold(".") as folder:
    # All files
    files = folder.getall("file")
    
    # Files with specific extension
    py_files = folder.getall("file", just=".py")
    txt_files = folder.getall("file", just=".txt")

---

Get Folders Only

with sp.OpenFold(".") as folder:
    folders = folder.getall("fold")

---

Open a File Inside the Folder

with sp.OpenFold("./data") as folder:
    # Open existing file
    f = folder.openfile("config.json", "r")
    content = f.read()
    
    # Create new file (mode="w" bypasses existence check)
    f = folder.openfile("new.log", "w")
    f.write("Hello")

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Navigate to Subfolder

with sp.OpenFold(".") as folder:
    # Go to subfolder
    folder.gotofold("src")
    print(folder.fold)  # Now points to ./src
    
    # Go to parent
    folder.gotofold("..")
    print(folder.fold)  # Back to parent
    
    # Go to absolute path
    folder.gotofold("/tmp")

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Access Attributes

with sp.OpenFold("./project") as folder:
    print(folder.fold)    # Current folder path
    print(folder.files)   # List of file paths
    print(folder.folds)   # List of subfolder paths

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Combined Example

with sp.OpenFold("./project") as folder:
    # Get all Python files
    py_files = folder.getall("file", just=".py")
    
    # Read the first Python file
    if py_files:
        f = folder.openfile(py_files[0], "r")
        print(f.read())
    
    # Create a new folder and navigate into it
    folder.gotofold("backup")

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Error Handling

try:
    with sp.OpenFold("/nonexistent/path") as folder:
        pass  # Auto-creates the folder, no error
except Exception as e:
    print(e)

---

Warning

# The "just" parameter only works with mode="file"
# This will raise YourMistake:
with sp.OpenFold(".") as folder:
    folder.getall("fold", just=".py")  # 💀 YourMistake!

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File Paths

All file paths returned are absolute paths (full path from root), not relative. Use Path(f).name if you need just the filename:

from pathlib import Path

with sp.OpenFold(".") as folder:
    for f in folder.files:
        print(Path(f).name)  # Just the filename
        print(f)             # Full path

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Attributes Reference

Attribute	Type	Description
folder.fold	str	Current folder path
folder.files	list[str]	List of file paths
folder.folds	list[str]	List of subfolder paths

Methods Reference

Method	Description
getall()	Get everything (files + folders)
getall("file")	Get all files
getall("file", just=".ext")	Get files with specific extension
getall("fold")	Get all subfolders
openfile(name, mode)	Open a file inside the folder
gotofold(path)	Navigate to another folder

Polite Mode

(It's a joke) I believe you must be very puzzled.

First, you need to say: Please import the library

Then, when you call a partial function, you add please=True.

“die” module

Deleted R.I.P. die module (v0.1.1 - v0.1.2) — You were too dangerous for this world.

Finally, I would like to say:

fuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuckitfuck

fuckit