### Install md2tgmd using pip

Source: https://github.com/yym68686/md2tgmd/blob/main/README.md

This command installs the md2tgmd library using pip, making it available for use in Python projects. Ensure you have pip installed and configured correctly.

```bash
pip install md2tgmd
```

--------------------------------

### Supported LaTeX Symbols and Operators

Source: https://context7.com/yym68686/md2tgmd/llms.txt

Examples of various LaTeX symbol categories supported by the library, including set operations, arrows, logic, and calculus symbols.

```python
from latex2unicode import LaTeX2Unicode

l2u = LaTeX2Unicode()

# Set operations
print(l2u.convert("A \\subset B \\cup C \\cap D \\in E \\notin F"))

# Logic and relations
print(l2u.convert("\\forall x \\exists y \\neg P \\wedge Q \\vee R"))

# Calculus
print(l2u.convert("\\int \\partial \\nabla \\infty \\sum \\prod"))
```

--------------------------------

### Integrate Markdown Formatting for Telegram Bots

Source: https://context7.com/yym68686/md2tgmd/llms.txt

A comprehensive example showing how to escape markdown text and handle message splitting before sending via the Telegram Bot API.

```python
from md2tgmd import escape

def format_message_for_telegram(markdown_text):
    formatted = escape(markdown_text)
    if "@|@|@|@" in formatted:
        return formatted.split("@|@|@|@")
    return [formatted]

# Usage with math content
response = "# Euler's Totient Function\n\\( \\varphi(35) = 24 \\)"
messages = format_message_for_telegram(response)
for msg in messages:
    print(msg)
```

--------------------------------

### Convert LaTeX to Unicode with md2tgmd

Source: https://context7.com/yym68686/md2tgmd/llms.txt

Demonstrates the use of the l2u module to convert LaTeX mathematical notation into readable Unicode characters.

```python
from md2tgmd import l2u
comparison = l2u.convert("x \\leq y \\geq z \\neq w \\approx v")
print(comparison)  # Output: x ≤ y ≥ z ≠ w ≈ v
```

--------------------------------

### Convert Markdown to Telegram Format

Source: https://context7.com/yym68686/md2tgmd/llms.txt

Demonstrates the primary escape function to convert Markdown text into Telegram-compatible syntax, including headings, lists, links, and code blocks.

```python
from md2tgmd import escape

text = '''
# Welcome to My Bot

This is **bold** and _italic_ text with ~~strikethrough~~.

## Math Example

The formula \( \alpha + \beta = \gamma \) demonstrates inline math.

\[ \varphi(35) = 35 \left(1 - \frac{1}{5}\right) \left(1 - \frac{1}{7}\right) \]

## Code Example

```python
def hello():
    print("Hello, World!")
```
'''

result = escape(text)
print(result)
```

--------------------------------

### Configure Italic Formatting in escape

Source: https://context7.com/yym68686/md2tgmd/llms.txt

Shows how to use the optional italic parameter to toggle whether underscores are treated as italic markers or escaped as literal characters.

```python
from md2tgmd import escape

# With italic enabled (default)
text_with_italic = "This is _italic_ text and some_variable_name"
result_italic = escape(text_with_italic, italic=True)
print(result_italic)

# With italic disabled
text_no_italic = "Use some_function_name() in your code"
result_no_italic = escape(text_no_italic, italic=False)
print(result_no_italic)
```

--------------------------------

### Convert Markdown to Telegram Markdown with md2tgmd

Source: https://github.com/yym68686/md2tgmd/blob/main/README.md

This Python code snippet demonstrates how to use the `escape` function from the `md2tgmd` library to convert a given Markdown string into a format compatible with Telegram's markdown. It showcases the conversion of various Markdown elements including headings, bold text, code blocks, links, images, lists, and LaTeX formulas.

```python
from md2tgmd import escape

text = '''
# Title

\[ \varphi(35) = 35 \left(1 - \frac{1}{5}\right) \left(1 - \frac{1}{7}\right) \]

**Bold**
```
# Comment
print(qwer) # ferfe
ni1
```
# bn

# b

# Title
## Subtitle

[1.0.0](http://version.com)
![1.0.0](http://version.com)

- Item 1 -
    - Item 1 -
    - Item 1 -
* Item 2 #
* Item 3 ~

1. Item 1
2. Item 2

sudo apt install mesa-utils # Install

```python

# Comment
print("1.1\n")_
\subsubsection{1.1}
```
\subsubsection{1.1}

And simple text `with-ten`  `with+ten` + some - **symbols**. # `-` inside `with-ten` will not be escaped


```
print("Hello, World!") -
```

Cxy = abs (Pxy)**2/ (Pxx*Pyy)

`a`a-b-c`n`

`-a----++++`++a-b-c`-n-`
`[^``]*`a``b-c``d``
# pattern = r"`[^`]*`-([^`-]*)``
w`-a----`ccccc`-n-`bbbb``a
'''

print(escape(text))
```

--------------------------------

### Perform Pattern-Based Text Replacement

Source: https://context7.com/yym68686/md2tgmd/llms.txt

Uses the replace_all function to apply custom transformations to specific regex patterns within a string, useful for markdown processing.

```python
from md2tgmd import replace_all

# Apply transformation to bold markers
text = "This is **important** information"
result = replace_all(text, r"(\\*\\*.*?\\*\\*)", lambda x: x.replace("**", "").upper())
print(result)

# Escape parentheses inside code blocks
def escape_code(code):
    return code.replace("(", "\\(").replace(")", "\\)")

text_with_code = "Run `print(hello)` in Python"
result = replace_all(text_with_code, r"(`[^`]+`)", escape_code)
print(result)
```

--------------------------------

### Convert LaTeX to Unicode Characters

Source: https://context7.com/yym68686/md2tgmd/llms.txt

Utilizes the LaTeX2Unicode class to convert mathematical notation, fractions, and symbols into Unicode representations independent of Markdown processing.

```python
from latex2unicode import LaTeX2Unicode

l2u = LaTeX2Unicode()

# Greek letters
print(l2u.convert("\\alpha + \\beta = \\gamma"))

# Fractions
print(l2u.convert("\\frac{1}{2} + \\frac{3}{4}"))

# Subscripts and superscripts
print(l2u.convert("x^{2} + y_{1}"))
```

--------------------------------

### Split Long Code Blocks for Telegram

Source: https://context7.com/yym68686/md2tgmd/llms.txt

The split_code function automatically detects code blocks exceeding Telegram's character limits and inserts markers to facilitate splitting.

```python
from md2tgmd import split_code

long_code = '```python\ndef function1(): pass\n...\n```'
result = split_code(long_code)

short_code = '```python\nprint("Hello")\n```'
result = split_code(short_code)
```

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