semvec/pypi-packages huggingface dataset:
telebirrTxChecker 0.0.6
asynchronous telebirr transaction checker
License: MIT

# Telebirr Transaction Checker/Parser

This is a simple script that checks your Telebirr transactions and parses them 

### ⚠ Not finished yet

## Installation

```bash

pip install git+https://github.com/wizkiye/telebirr-tx-checker.git

```

## Usage

```python
from ttxc import TelebirrTxChecker


async def main():
    checker = TelebirrTxChecker()
    tx = await checker.get_transaction("<TRANSACTION_ID>")
    print(tx.status)
    print(tx.id)
    print(tx.total_sent)
    print(tx.total_amount_in_word)
    print(tx.mode)
    print(tx.channel)
    print(tx.payer)
    print(tx.payer.name)
    print(tx.payer.phone)
    print(tx.payer.account_type)

```
linearfold-unofficial 0.1
Python interface to LinearFold, a linear-time RNA secondary structure prediction tool
License: MIT
Keywords: RNA,secondary structure,RNA structure

# python-linearfold

Unofficial CPython binding to LinearFold

### Installation

Use `pip` to install the module.

```bash
pip install linearfold-unofficial
```

You may build from the source code for unsupported Python versions or platforms.

```bas
git clone --recursive https://github.com/ChangLabSNU/python-linearfold
cd python-linearfold
pip install .
```

### Usage

The module currently only has one function called `fold(seq)`, and
it doesn't have any customizable options other than the defaults.
The seq parameter should be an RNA sequence in *uppercase* letters,
and any `T` should be converted to `U` before passing it to the function.

```python
>>> import linearfold
>>> seq = 'UGUCGGGUAGCUUAUCAGACUGAUGUUGACUGUUGAAUCUCAUGGCAACACCAGUCGAUGGGCUGUCUGACA'
>>> linearfold.fold(seq)
('((((((((((((((((.(((((.(((((.(((.(((...))))))))))).)))))))))))))))))))))', -34.6)
```

The function returns a tuple with two elements. The first element
is the predicted MFE structure, and the second element is the free
energy of the structure in kcal/mol.

### Author

Hyeshik Chang &lt;hyeshik@snu.ac.kr&gt;

### License

This Python binding is licensed under [the MIT-style license](LICENSE).
However, the compiled binary includes code from the LinearFold
package, which is licensed for non-commercial use.