Luci-Code-Tools 2.2.9

一个简单的工具库 / A Eazy Tools Module

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中文文档

Chinese Document

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English Document use DeepSeek AI and Google Translate

There may be some inaccuracies

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欢迎 💎

感谢你点击这个项目

这是一个 工具箱 / 快捷工具 类型的项目

带有 6 个函数可使用

Luci_Code_Tools 🔍

代码花费 9000+ 字符数

2026 年 5 月 9 日开始维护

27 个异常处理, 个个定制的异常返回 (触发异常时返回的操作)

许可证 📄

使用 MIT License 许可证

设备 📱 💻

早期版本 (2.1.5 及更早) 使用 Android 上的 MT 管理器 (软件开发者: Bin)

早期版本以后的版本使用 (版本 >=2.1.6) Visual Studio Code 进行编写 (软件开发商: Microsoft Corporation)

设备信息

Android 设备信息: Android 13

Windows 设备信息: Windows 10 22H2

作者 ヾ(≧▽≦*)o

作者名字叫: Luci_Code

2014 年出生 🐱

此代码的编写者 : Luci_Code

此文档的编写者 : Luci_Code

Github 链接: https://github.com/Luci-Code-2014/

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代码介绍 🎮

项目文件夹 📂:

Luci_Code_tools.py | 代码主文件

200+ 行数运行的代码文件 🐱

setup.py | 上传信息

在 PyPI 上上传时传输的信息

包括 适用版本, 许可证信息等

你可以在此模块的网页界面左边部分看到他给予的信息喵🐱

README.md | 此文档

这就是你现在看到的文档喵🐱

LICENSE | 许可证 (MIT)

MIT 许可证是 目前 (2026 年) 最自由的许可证

他不要求你获得授权

他只要求在转载时能加一个来源喵🐱

主代码

27 个异常处理

包括:

结果 板块为代码中给出的结果

在原本的代码中所有异常处理的结果都为报错

错误退出是指在错误的状态的报出错误并退出

比如程序被不正确的方式报错了, 这时候就应该错误退出程序, 会被 SystemExit 捕获

报错	意思	结果
ValueError	输入的值与期待的值类型错误	重试
KeyboardInterrupt	在 Ctrl + C 时, 命令行会被中断而显示的报错	退出 + 提示语
EOFError	意思是 End of file , 代表输入流被关闭	退出 + 提示语
MemoryError	内存过高导致的错误, 比如你输入了一个极高长度的字符超过了你的内存大小	退出(错误退出) + 提示语
SystemError	Python 解释器损坏	退出 + 提示语
OSError	你系统炸了 😂 (可能是系统文件损坏问题引起的错误)	退出(错误退出) + 提示语

等错误, 总共有 27 种异常处理, 正常情况下 几乎不可能报错

📦 安装方式 & 导入方式

pip install Luci-Code-Tools

默认会安装最新版

你可以通过把

pip install <包名>

改成

pip install <包名>==<版本号>

来安装对应的版本

导入 & 引用

# 注: 所有方式的示例函数为 color 函数

# 导入
import Luci_Code_tools
Luci_Code_tools.color("HelloWorld", 32, None, 1, 2)

# 导入 + as
import Luci_Code_tools as lct
lct.color("HelloWorld", 32, None, 1, 2)

# 引用
from Luci_Code_tools import color
color("HelloWorld", 32, None, 1, 2)

# 引用 + as
from Luci_Code_tools import color as cl
cl("HelloWorld", 32, None, 1, 2)

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参数介绍

line 的输出样式是

{

"line": 0,

"data": "Hello",

"data": "World",

"output": 2

} "output": 2 等于两个输出函数

输出效果:

HelloWorld ("Hello" 和 "World" 是两个字符串)

{

"line": 1,

"data": "Hello",

"data": "World",

"output": 2

} "output": 2 等于两个输出函数

输出效果:

Hello

(这里的空间其实不空行)

World

{

"line": 2,

"data": "Hello",

"data": "World",

"output": 2

} "output": 2 等于两个输出函数

输出效果:

Hello

(Markdown 格式限制, 中间其实有空着一行)

World

line 参数可以调更高, 但是由于篇幅限制我需要减少测试喵🐱

通过数字个性化调整空行数来提高辨识度

函数参数

我们先列出目前代码中所用的函数

函数

• color_rgb

• color

• clear_screen

• safe_input

• safe_int

• safe_float

所有参数

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我们首先介绍 color_rgb

• color_rgb

这个函数是一个管理 RGB 彩色输出的函数, 使用 ANSI 转义序列 + 参数 完成的构建

参数包括:

data r g b mode line

• data

data 参数是控制 输入的内容 的参数

• r

• g

• b

这三个参数按照 R, G, B 三个字符的顺序写, 比如 255, 0, 0 为纯红色

• mode

mode 参数是控制输出模式的参数, 具体输出模式参数表在最后

• line

line 参数输入整数, 具体信息在 "参数介绍" 部分片段

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• color

此函数是一个管理 ANSI 转义序列彩色字符的函数 🤔

• data

管理在彩色字符输出时输出的字符串

• text_color

通过 ANSI 颜色码来控制输出的颜色, 不用调来调去, 详细参数在最后的参数表

• bg_color

通过 ANSI 颜色码来控制输出时背景的颜色, 详细参数在最后的参数表

• mode

通过 ANSI 转义序列的输出方式来控制输出 / 显示的方式

• line

和上一位 color_rgb 是一个意思, 都可以控制输出时间隔的行数

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• clear_screen

clear_screen 没有参数, 但是我带来了函数介绍

函数介绍

此函数有:

判断系统自动使用相对应清屏命令

比如:

Android -> clear (Linux 内核)

Linux -> clear

Windows -> cls

来切换使用的清屏命令

绝对的防注入, 列表控制清屏的参数与命令

即使是没有命令行的环境 (无法使用 clear / cls 命令的环境) 也可以使用 shutil 模块来检测终端高度并输出对应的空行数

甚至不能获取到终端高度也能输出 250 个空行来 "清屏"

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• safe_input

• safe_int

• safe_float

这些 safe_* 的参数都是一样的:

prompt | 提示词

text_color | 提示词颜色

bg_color | 提示词背景颜色

mode | 提示词输出方式

• prompt

prompt 跟 data 参数是一个意思喵🐱

• text_color

• bg_color

• mode

这三个参数和 color, color_rgb 中的这三个参数是一样的, 代表的意思相同喵🐱

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参数表

前景色

前景色 - 值	效果
30	黑色
31	红色
32	绿色
33	黄色
34	蓝色
35	紫色
36	青色
37	白色

前景色 - 浅色

前景色 - 值	效果
90	深灰色
91	浅红色
92	浅绿色
93	浅黄色
94	浅蓝色
95	浅紫色
96	浅青色
97	浅灰色

背景色

背景色 - 值	效果
40	黑色
41	红色
42	绿色
43	黄色
44	蓝色
45	紫色
46	青色
47	白色

背景色 - 浅色

背景色 - 值	效果
100	深灰色
101	浅红色
102	浅绿色
103	浅黄色
104	浅蓝色
105	浅紫色
106	浅青色
107	纯白色

输出方式

显示方式 - 值	效果
0	默认
1	高亮 + 加粗
2	暗淡
3	斜体 (部分终端可能不支持)
4	下划线
5	闪烁
6	快闪(部分终端可能不支持)
7	反色(前景色与背景色互换)
8	隐藏
9	删除线

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制作人员 & 感谢名单 (以贡献程度排名从上到下)

人员	提供
DeepSeek	构建 & 打包 & 上传教程
DeepSeek	提供改进意见
DeepSeek	环境帮助
Luci_Code	编写
Luci_Code	打包
Luci_Code	制作
Luci_Code	构建
Luci_Code	上传
Luci_Code	构思

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快速上手

输入输出

from Luci_Code_tools import color, safe_input

text = safe_input("请输入文本: ", 32, None, 1)
color(f"你输入了 {text}", 32, None, 1, 2)

计算器

from Luci_Code_tools import color, safe_float, safe_input
from sys import exit

color("=== 计算器 ===", 32, None, 1, 2)
while True:
    num1 = safe_float("请输入第一位数字: ", 32, None, 1)
    num2 = safe_float("请输入第二位数字: ", 32, None, 1)
    operators = safe_input("请输入运算符(+, -, *, /, 输入 quit 退出): ")
    if operators == "+":
        color(f"结果为: {num1 + num2}\n==========", 32, None, 1, 2)
        continue
    elif operators == "-":
        color(f"结果为: {num1 - num2}\n==========", 32, None, 1, 2)
        continue
    elif operators == "*":
        color(f"结果为: {num1 * num2}\n==========", 32, None, 1, 2)
        continue
    elif operators == "/":
        if num2 == 0:
            color("除数不能等于 0\n==========", 33, None, 1, 2)
            continue
        else:
            color(f"结果为: {num1 / num2}\n==========", 32, None, 1, 2)
            continue
    elif operators == "quit":
        color("=== 退出成功 ===", 32, None, 1, 2)
        exit(0)
    else:
        color("没有这个运算符!\n==========", 33, None, 1, 2)
        continue

文件读写

from Luci_Code_tools import color
from os import remove
from json import load, dump, JSONDecodeError

JSON = {
    "test": "This is Test content",
    "test2": "This is Test content 2"
}

FILE_PATH = "user.json"

def fix_json(prompt: str) -> None:
    color(prompt, 33, None, 1, 2)
    with open(FILE_PATH, "w", encoding="utf-8") as f:
        dump(JSON, f, ensure_ascii=False, indent=4, sort_keys=True)
    color("修复成功! 请重启程序", 32, None, 1)

try:
    with open(FILE_PATH, "r", encoding="utf-8") as f:
        data = load(f)
except FileNotFoundError:
    fix_json("文件不存在, 正在修复中...")
except JSONDecodeError:
    fix_json("Json 文件格式或内容错误")
else:
    content_1 = data["test"]
    content_2 = data["test2"]
    color(f"内容1: {content_1}\n内容2: {content_2}\n\n测试成功!", 32, None, 1, 2)
    remove(FILE_PATH)

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English Document

英语文档

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Welcome 💎

Thanks for checking out this project

This is a toolbox / quick-utility style project

Features 6 functions for use

Luci_Code_Tools 🔍

Codebase spans over 9,000 characters

Maintenance began on May 9, 2026

27 exception handlers, each with a custom return value (the output returned when an exception is triggered)

License 📄

Uses the MIT License

Devices 📱 💻

Early versions (2.1.5 and earlier) were developed using MT Manager on Android (Developer: Bin)

Versions from 2.1.6 onwards were written using Visual Studio Code (Developer: Microsoft Corporation)

Device Information

Android device info: Android 13

Windows device info: Windows 10 22H2

Author ヾ(≧▽≦*)o

Author's name: Luci_Code

Born in 2014 🐱

Code written by: Luci_Code

Documentation written by: Luci_Code

GitHub link: https://github.com/Luci-Code-2014/

---

Code Overview 🎮

Project folders/files 📂:

Luci_Code_tools.py | Main code file

A script spanning over 200 lines of code 🐱

setup.py | Upload metadata

Information transmitted during PyPI upload

Includes compatible versions, license details, etc.

You can view this information on the left side of the module's webpage 🐱

README.md | This document

The very document you are reading right now 🐱

LICENSE | License (MIT)

The MIT License is currently (as of 2026) the most permissive license available

It does not require you to obtain explicit authorization

It only asks that you credit the source when redistributing 🐱

Main Code

27 exception handlers

Including:

Results The sections below describe the results defined in the code.

In the original code, all exception handling scenarios result in an error report.

Error Exit refers to raising an error due to an invalid state and subsequently terminating the program.

For instance, if the program encounters an improper error condition, it should perform an Error Exit; this is caught by SystemExit.

Error	Meaning	Result
ValueError	Input value type does not match expected type	Retry
KeyboardInterrupt	Error displayed when the command line is interrupted (e.g., Ctrl + C)	Exit + Message
EOFError	End of File; indicates the input stream has been closed	Exit + Message
MemoryError	Error caused by excessive memory usage (e.g., inputting a string exceeding available memory)	Exit (Error Exit) + Message
SystemError	Python interpreter corruption	Exit + Message
OSError	Your system crashed 😂 (likely caused by corrupted system files)	Exit (Error Exit) + Message

There are 27 types of exception handling in total; under normal circumstances, errors almost never occur.

📦 Installation & Import

pip install Luci-Code-Tools

This installs the latest version by default.

You can install a specific version by changing

pip install <package_name>

to

pip install <package_name>==<version_number>

Import & Reference

# Note: The example function used in all cases is the 'color' function

# Import
import Luci_Code_tools
Luci_Code_tools.color("HelloWorld", 32, None, 1, 2)

# Import + as
import Luci_Code_tools as lct
lct.color("HelloWorld", 32, None, 1, 2)

# Reference
from Luci_Code_tools import color
color("HelloWorld", 32, None, 1, 2)

# Reference + as
from Luci_Code_tools import color as cl
cl("HelloWorld", 32, None, 1, 2)

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Parameter Introduction

The output style for line is:

{
    "line": 0,
    "data": "Hello",
    "data": "World",
    "output": 2
}

"output": 2 corresponds to two output functions.

Output effect:

HelloWorld ("Hello" and "World" are two separate strings)

{
    "line": 1,
    "data": "Hello",
    "data": "World",
    "output": 2
}

"output": 2 corresponds to two output functions.

Output effect:

Hello

(There is actually no blank line here)

World

{
    "line": 2,
    "data": "Hello",
    "data": "World",
    "output": 2
}

"output": 2 corresponds to two output functions.

Output effect:

Hello

(There is actually a blank line in between)

World

The line parameter can be set higher, but I need to limit the number of tests due to space constraints 🐱

Adjust the number of blank lines numerically to improve readability.

Function Parameters

Let's first list the functions currently used in the code.

Functions

• color_rgb

• color

• clear_screen

• safe_input

• safe_int

• safe_float

All Parameters

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First, let's introduce color_rgb

• color_rgb

This function manages RGB color output; it is constructed using ANSI escape sequences + parameters.

Parameters include:

data r g b mode line

• data

The data parameter controls the content to be output.

• r

• g

• b

These three parameters are specified in the order of R, G, and B; for example, 255, 0, 0 represents pure red.

• mode

The mode parameter controls the output mode; a table of specific output modes is provided at the end.

• line

The line parameter accepts an integer; specific details can be found in the "Parameter Introduction" section above.

---

• color

This function manages colored text using ANSI escape sequences 🤔

• data

Manages the string to be output with color formatting.

• text_color

Controls the output color using ANSI color codes; no need for complex adjustments. Detailed parameters are in the parameter table at the end.

• bg_color

Controls the background color of the output using ANSI color codes. Detailed parameters are in the parameter table at the end.

• mode

Controls the output/display style using ANSI escape sequences.

• line

Serves the same purpose as the color_rgb parameter mentioned earlier; both control the number of blank lines between outputs.

---

• clear_screen

clear_screen takes no arguments, but here is an introduction to the function.

Function Introduction

This function:

Automatically detects the system and uses the corresponding screen-clearing command.

For example:

Android -> clear (Linux kernel)

Linux -> clear

Windows -> cls

It switches the command used based on the OS.

Ensures absolute protection against injection attacks by using a controlled list of parameters and commands for clearing the screen.

Can use the shutil module to detect terminal height and output the appropriate number of blank lines, even in environments without a command-line interface (where clear or cls commands are unavailable).

Can output 250 blank lines to "clear the screen" even if the terminal height cannot be detected.

---

• safe_input

• safe_int

• safe_float

These safe_* functions share the same parameters:

prompt | Prompt text

text_color | Prompt text color

bg_color | Prompt background color

mode | Prompt output style

• prompt

The prompt parameter serves the same purpose as the data parameter.

• text_color

• bg_color

• mode

These three parameters are identical to the corresponding ones in color and color_rgb, serving the same function.

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Parameter Table

Foreground Color

Foreground Color - Value	Effect
30	Black
31	Red
32	Green
33	Yellow
34	Blue
35	Purple
36	Cyan
37	White

Foreground Color - Light/Bright

Foreground Color - Value	Effect
90	Dark gray
91	Light red
92	Light green
93	Light yellow
94	Light blue
95	Light purple
96	Light cyan
97	Light gray

Background Color

Background Color - Value	Effect
40	Black
41	Red
42	Green
43	Yellow
44	Blue
45	Purple
46	Cyan
47	White

Background Color - Light Shades

Background Color - Value	Effect
100	Dark gray
101	Light red
102	Light green
103	Light yellow
104	Light blue
105	Light purple
106	Light cyan
107	Pure white

Output Mode

Display Mode - Value	Effect
0	Default
1	Highlight + Bold
2	Dim
3	Italic (may not be supported by some terminals)
4	Underline
5	Blink
6	Rapid blink (may not be supported by some terminals)
7	Invert (swap foreground and background colors)
8	Hidden
9	Strikethrough

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Credits & Acknowledgments (Ranked by contribution level, top to bottom)

Person/Entity	Contribution
DeepSeek	Build, packaging, and upload tutorial
DeepSeek	Provided improvement suggestions
DeepSeek	Environment help
Luci_Code	Writing
Luci_Code	Packaging
Luci_Code	Creation
Luci_Code	Building
Luci_Code	Uploading
Luci_Code	Conceptualization

---

Quick Start

Input and Output

from Luci_Code_tools import color, safe_input

text = safe_input("Please enter text: ", 32, None, 1)
color(f"You entered {text}", 32, None, 1, 2)

Calculator

from Luci_Code_tools import color, safe_float, safe_input
from sys import exit

color("=== Calculator ===", 32, None, 1, 2)
while True:
    num1 = safe_float("Enter the first number: ", 32, None, 1)
    num2 = safe_float("Enter the second number: ", 32, None, 1)
    operators = safe_input("Enter operator (+, -, *, /, type 'quit' to exit): ")
    if operators == "+":
        color(f"Result: {num1 + num2}\n==========", 32, None, 1, 2)
        continue
    elif operators == "-":
        color(f"Result: {num1 - num2}\n==========", 32, None, 1, 2)
        continue
    elif operators == "*":
        color(f"Result: {num1 * num2}\n==========", 32, None, 1, 2)
        continue
    elif operators == "/":
        if num2 == 0:
            color("Divisor cannot be zero\n==========", 33, None, 1, 2)
            continue
        else:
            color(f"Result: {num1 / num2}\n==========", 32, None, 1, 2)
            continue
    elif operators == "quit":
        color("=== Exit successful ===", 32, None, 1, 2)
        exit(0)
    else:
        color("Invalid operator!\n==========", 33, None, 1, 2)
        continue

File Read and Write

from Luci_Code_tools import color
from os import remove
from json import load, dump, JSONDecodeError

JSON = {
    "test": "This is Test content",
    "test2": "This is Test content 2"
}

FILE_PATH = "user.json"

def fix_json(prompt: str) -> None:
    color(prompt, 33, None, 1, 2)
    with open(FILE_PATH, "w", encoding="utf-8") as f:
        dump(JSON, f, ensure_ascii=False, indent=4, sort_keys=True)
    color("Repair successful! Please restart the program", 32, None, 1)

try:
    with open(FILE_PATH, "r", encoding="utf-8") as f:
        data = load(f)
except FileNotFoundError:
    fix_json("File not found, repairing...")
except JSONDecodeError:
    fix_json("JSON file format or content error")
else:
    content_1 = data["test"]
    content_2 = data["test2"]
    color(f"Content 1: {content_1}\nContent 2: {content_2}\n\nTest successful!", 32, None, 1, 2)
    remove(FILE_PATH)