Skip to content

Commit

Permalink
🔐 PyFileLock - 1.0.1
Browse files Browse the repository at this point in the history
  • Loading branch information
y4kupkaya committed Aug 23, 2022
1 parent 71a51d7 commit da27826
Show file tree
Hide file tree
Showing 3 changed files with 20 additions and 19 deletions.
9 changes: 5 additions & 4 deletions PyFileLock/__main__.py
Original file line number Diff line number Diff line change
Expand Up @@ -15,13 +15,14 @@
#
# Geliştirici: Aylak
#
# Telegram: https://t.me/G4rip
# Destek Grubu: https://t.me/RepoHaneX
# Telegram: https://t.me/AYIAK
# Kanal: https://t.me/BasicBots
#
# PyFileLock: https://www.github.com/aylak-github/PyFileLock
# PyFileLock İndirme: pip install -U PyFileLock
#
# Tarih: Sun Feb 20 23:56:57 2022
# Şifrelenme Tarihi: 2022-08-23 06:00:41
#
#############################################################

_ = lambda __ : __import__('marshal').loads(__import__('zlib').decompress(__import__('base64').b64decode(__[::-1])));exec((_)(b'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'))
_ = lambda __ : __import__('marshal').loads(__import__('zlib').decompress(__import__('base64').b64decode(__[::-1])));exec((_)(b'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'))
28 changes: 14 additions & 14 deletions ReadMe.md
Original file line number Diff line number Diff line change
@@ -1,23 +1,26 @@
# **🔐 PyFileLock**
### **🔑 Dosya şifreleyici**

## **🔑 Dosya şifreleyici**

- Python dosyalarını 15 farklı kombinasyonda şifreleyebilir.

- Şifrelemenin gücünün dosyanın açılma hızını etkileyeceğini unutmayın.
<br>
</br>

## **🪀 PyPi Kütüphanesi:**
<br>

</br>

![PyPI](https://img.shields.io/pypi/v/PyFileLock?color=yellow&logo=python&logoColor=cyan&style=for-the-badge)
<br>
</br>

![PyPI - Downloads](https://img.shields.io/pypi/dm/PyFileLock?label=%C4%B0nd%C4%B0rme&logo=python&style=for-the-badge)
<br>
</br>

[![Python](https://img.shields.io/badge/Python-ile%20yap%C4%B1ld%C4%B1-yellow?style=for-the-badge&logo=python&logoColor=cyan)](https://python.org)
<br>
</br>

<br><a href="https://t.me/G4rip"><img src="https://github.com/aylak-github/PyFileLock/blob/master/ss.png?raw=true" width="350"></a><br>
<br><a href="https://t.me/G4rip"><img src="https://github.com/aylak-github/PyFileLock/blob/master/ss.png?raw=true" width="350"></a></br>

### **💻 Kurulum:**

Expand All @@ -34,17 +37,14 @@ pip install PyFileLock
python -m PyFileLock
```

<br>
</br>

📅 ***2022 (c) [GNU Affero General Public License v3.0](https://github.com/aylak-github/PyFileLock/blob/master/LICENSE) ile korunmaktadır.***

<br>
</br>

### **📡 İletişim :**
[![Github](https://img.shields.io/badge/Github-525252?style=for-the-badge&logo=github)](https://github.com/aylak-github) [![Opensource](https://img.shields.io/badge/Telegram-2CA5E0?style=for-the-badge&logo=telegram&logoColor=white)](https://t.me/G4rip)

<br>

### 📮 Credit's
[![Github](https://img.shields.io/badge/Github-525252?style=for-the-badge&logo=github)](https://github.com/aylak-github) [![Opensource](https://img.shields.io/badge/Telegram-2CA5E0?style=for-the-badge&logo=telegram&logoColor=white)](https://t.me/G4rip)

- [Htr-Tech](https://github.com/htr-tech) - for the main code
</br>
2 changes: 1 addition & 1 deletion setup.py
Original file line number Diff line number Diff line change
Expand Up @@ -66,7 +66,7 @@

setup(
name="PyFileLock",
version="1.0.0",
version="1.0.1",
author="aylak-github",
description="Python dosyalarını 15 farklı kombinasyonda şifreler.",
long_description=long_description,
Expand Down

0 comments on commit da27826

Please sign in to comment.