isptools-pro 3.0.0

Python library for ISP network management - MikroTik, Ubiquiti NanoStation, Cisco, SNMP

isptools 🌐 (v3.0.0)

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🌍 (Arabic / العربية)

isptools هي مكتبة Python احترافية وأداة سطر أوامر (CLI) متكاملة مصممة خصيصاً لمهندسي الشبكات وفنيي مزودي خدمات الإنترنت (ISPs).

❓ ما هي أداة isptools؟

هي أداة شاملة لإدارة أجهزة الشبكة من شركات مختلفة مثل MikroTik, Ubiquiti, Cisco, و أجهزة SNMP عبر واجهة موحدة.

⚙️ كيف تعمل الأداة؟

1. الاتصال الموحد: تستخدم بروتوكولات (SSH, HTTP, API) للوصول للأجهزة.
2. التحليل: تحول البيانات المعقدة إلى تقارير بسيطة.
3. الإصلاح التلقائي (AutoFix): تكتشف المشاكل (مثل ضعف الإشارة) وتعالجها تلقائياً.
4. رسم الخرائط: ترسم خريطة الشبكة (Topology) آلياً.

👨‍💻 المطور

تم التطوير بواسطة ياسين طه (devyassin01).

• GitHub: devyassin01
• Instagram: @y_as.01

💻 الأنظمة المدعومة

تعمل على: Linux, Windows, macOS, و Android (Termux).

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🌎 (English / الإنجليزية)

isptools is a professional Python library and CLI tool designed specifically for network engineers and ISP technicians.

❓ What is isptools?

It is a comprehensive tool for managing network equipment from multiple vendors like MikroTik, Ubiquiti, Cisco, and SNMP devices through a unified interface.

⚙️ How does it work?

1. Unified Connection: Uses standard protocols (SSH, HTTP, API) to access devices.
2. Analysis: Converts complex data into simple, readable reports.
3. Self-Healing (AutoFix): Detects issues (like low signal) and fixes them automatically.
4. Topology Mapping: Automatically maps the network structure.

👨‍💻 Developer

Developed by Yassin Taha (devyassin01).

• GitHub: devyassin01
• Instagram: @y_as.01

💻 Supported Systems

Runs on: Linux, Windows, macOS, and Android (Termux).

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Features

• Unified API: One library to talk to multiple vendor platforms.
• MikroTik: Full support via RouterOS API.
• Ubiquiti NanoStation: Deep integration with airOS 6.x/8.x (Auto-detection, Link Quality, Spectrum Scan).
• Cisco: Command execution via SSH (Netmiko).
• SNMP: Generic monitoring support (v1, v2c, v3).
• CLI Tool: Powerful isptools command for terminal-based management.
• Monitoring: Built-in asynchronous poller for concurrent device monitoring.
• Alerting: Flexible alert manager with threshold-based rules.

Installation

pip install isptools

CLI Usage

The library comes with a powerful CLI tool:

# Scan a device for full info
isptools scan --host 192.168.1.20 --user admin --password pass --type ubiquiti

# List connected clients
isptools clients --host 192.168.1.1 --user admin --password pass --type mikrotik

# Live monitor stats
isptools monitor --host 10.0.0.1 --user ubnt --password ubnt --type ubiquiti --interval 2

Quick Start (Python API)

Basic Usage

from isptools import ISPTools, Device

# Initialize
isp = ISPTools()

# Add a MikroTik device
isp.add_device(Device(
    host="192.168.88.1", 
    username="admin", 
    password="password", 
    device_type="mikrotik"
))

# Connect and get stats
isp.connect_all()
stats = isp.get_stats("192.168.88.1")
print(f"CPU Load: {stats.cpu_load}%")

Advanced NanoStation Support

from isptools import ISPTools, Device

isp = ISPTools()
isp.add_device(Device(host="192.168.1.20", username="ubnt", password="ubnt", device_type="ubiquiti"))
isp.connect_all()

driver = isp.devices["192.168.1.20"]
quality = driver.get_link_quality()
print(f"Link Quality Score: {quality['score']}/100 ({quality['level']})")

# Run spectrum scan
# results = driver.scan_spectrum()

Advanced Features

AutoFix (Self-Healing)

Automatically detect and repair common network issues with a permission-based system.

from isptools import ISPTools, Device, PermissionManager, PermissionLevel, AutoFixEngine

pm = PermissionManager(level=PermissionLevel.SAFE_FIX, require_confirm=True)
engine = AutoFixEngine(pm)

isp = ISPTools()
# ... add devices ...
stats = isp.get_stats("192.168.1.20")
results = engine.apply_fixes(isp.devices["192.168.1.20"], stats.__dict__)

Network Topology Mapping

Discover how your devices are connected and export the graph.

from isptools import TopologyMapper, TopologyExporter

mapper = TopologyMapper(list(isp.devices.values()))
graph = mapper.discover()
print(TopologyExporter.to_mermaid(graph))

Reports & History

Track bandwidth and performance over time using SQLite.

from isptools import StatsCollector, Reporter

collector = StatsCollector()
reporter = Reporter(collector)

# After some polling...
reporter.export_html("192.168.1.1", hours=24, output_path="daily_report.html")

Telegram Alerts

Get notified of issues directly on your phone.

from isptools import TelegramNotifier

tg = TelegramNotifier(bot_token="YOUR_TOKEN", chat_id="YOUR_ID")
tg.send_alert("192.168.1.20", "Signal dropped to -85 dBm", "Increased TX power ✅")

API Reference

Device Dataclass

Field	Type	Description
host	str	IP address or hostname
username	str	Login username
password	str	Login password
device_type	str	mikrotik, ubiquiti, cisco, snmp
port	int	Optional override port

ISPTools Class Methods

• add_device(device: Device): Register a device.
• connect_all(): Establish connections to all devices.
• get_stats(host: str) -> DeviceStats: Fetch performance metrics.
• get_clients(host: str) -> List[Station]: List connected clients.
• start_monitor(interval: int): Start async background polling.
• stop_monitor(): Stop polling.

Publishing

To publish a new version to PyPI:

1. Update version in isptools/version.py.
2. Commit changes and push.
3. Create a git tag:

git tag -a v3.0.0 -m "Release version 3.0.0"
git push origin v3.0.0

GitHub Actions will automatically build and publish to PyPI.

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👨‍💻 Developer

isptools was developed by Yassin Taha

[

](https://instagram.com/y_as.01) [

](https://github.com/alexiq01)

Built with ❤️ for ISP engineers and network technicians.

License

MIT