ping-rs 2.0.1

Fast ping implementation using Rust with Python bindings

ping-rs

简体中文 | English

A high-performance network ping library built with Rust and exposed to Python.

This package provides fast and reliable ping functionality with both synchronous and asynchronous interfaces. By leveraging Rust's performance and safety guarantees, ping-rs offers an efficient alternative to traditional Python ping implementations.

Installation

uv add ping-rs

Usage

Note: If you encounter the error RuntimeError: Failed to start ping: Could not detect ping., please install the ping utility first:

# On Debian/Ubuntu
sudo apt-get install iputils-ping

Basic Usage (Synchronous)

from ping_rs import ping_once

# Simple ping (synchronous)
result = ping_once("google.com")
if result.is_success():
    print(f"Ping successful! Latency: {result.duration_ms} ms")
else:
    print("Ping failed")

Asynchronous Usage

import asyncio
from ping_rs import ping_once_async, ping_multiple_async

async def ping_test():
    # Single ping asynchronously
    result = await ping_once_async("google.com")
    if result.is_success():
        print(f"Ping successful! Latency: {result.duration_ms} ms")
    else:
        print("Ping failed")

    # Multiple pings asynchronously
    results = await ping_multiple_async("google.com", count=5)
    for i, result in enumerate(results):
        if result.is_success():
            print(f"Ping {i+1}: {result.duration_ms} ms")
        else:
            print(f"Ping {i+1}: Failed")

# Run the async function
asyncio.run(ping_test())

Multiple Pings (Synchronous)

from ping_rs import ping_multiple

# Multiple pings (synchronous)
results = ping_multiple("google.com", count=5)
for i, result in enumerate(results):
    if result.is_success():
        print(f"Ping {i+1}: {result.duration_ms} ms")
    else:
        print(f"Ping {i+1}: Failed")

Using Timeout

from ping_rs import ping_multiple

# Multiple pings with timeout (will stop after 3 seconds)
results = ping_multiple("google.com", count=10, timeout_ms=3000)
print(f"Received {len(results)} results before timeout")

Non-blocking Stream

import time
from ping_rs import create_ping_stream

# Create a non-blocking ping stream
stream = create_ping_stream("google.com")

# Process results as they arrive
while stream.is_active():
    result = stream.try_recv()
    if result is not None:
        if result.is_success():
            print(f"Ping: {result.duration_ms} ms")
        else:
            print("Ping failed")
    time.sleep(0.1)  # Small delay to avoid busy waiting

Using PingStream as Iterator

from ping_rs import create_ping_stream

# Create a ping stream with a maximum number of 5 pings
stream = create_ping_stream("google.com", count=5)

# Process results using for loop (blocks until each result is available)
for i, result in enumerate(stream):
    if result.is_success():
        print(f"Ping {i+1}: {result.duration_ms} ms")
    else:
        print(f"Ping {i+1}: Failed with {result.type_name}")

API Reference

Functions

• ping_once(target, timeout_ms=5000, interface=None, ipv4=False, ipv6=False): Execute a single ping operation synchronously
• ping_once_async(target, timeout_ms=5000, interface=None, ipv4=False, ipv6=False): Execute a single ping operation asynchronously
• ping_multiple(target, count=4, interval_ms=1000, timeout_ms=None, interface=None, ipv4=False, ipv6=False): Execute multiple pings synchronously
• ping_multiple_async(target, count=4, interval_ms=1000, timeout_ms=None, interface=None, ipv4=False, ipv6=False): Execute multiple pings asynchronously
• create_ping_stream(target, interval_ms=1000, interface=None, ipv4=False, ipv6=False, count=None): Create a non-blocking ping stream

Classes

PingResult

Represents the result of a ping operation.

• duration_ms: Get the ping duration in milliseconds (None if not successful)
• line: Get the raw output line from the ping command
• exit_code: Get the exit code if this is a PingExited result, or None otherwise
• stderr: Get the stderr output if this is a PingExited result, or None otherwise
• type_name: Get the type name of this PingResult (Pong, Timeout, Unknown, or PingExited)
• is_success(): Check if this is a successful ping result
• is_timeout(): Check if this is a timeout result
• is_unknown(): Check if this is an unknown result
• is_exited(): Check if this is a ping process exit result
• to_dict(): Convert this PingResult to a dictionary

Pinger

High-level ping interface.

• __init__(target, interval_ms=1000, interface=None, ipv4=False, ipv6=False): Initialize a Pinger
• ping_once(): Execute a single ping synchronously
• ping_stream(count=None): Execute multiple pings asynchronously

AsyncPinger

High-level async ping interface.

• __init__(target, interval_ms=1000, interface=None, ipv4=False, ipv6=False): Initialize an AsyncPinger
• ping_once(): Execute a single ping asynchronously
• ping_multiple(count=4, timeout_ms=None): Execute multiple pings asynchronously

PingStream

Non-blocking ping stream processor.

• try_recv(): Try to receive the next ping result without blocking
• recv(): Receive the next ping result, blocking if necessary
• is_active(): Check if the stream is still active
• __iter__ and __next__: Support for using PingStream as an iterator in a for loop

AsyncPingStream

Async ping stream processor with native async/await support.

• __init__(target, interval_ms=1000, interface=None, ipv4=False, ipv6=False, max_count=None): Initialize an AsyncPingStream
• __aiter__(): Return self as an async iterator
• __anext__(): Get the next ping result asynchronously

Development

Advanced Usage Examples

Working with PingResult Types

from ping_rs import ping_once

# Using pattern matching (Python 3.10+)
result = ping_once("google.com")
match result:
    case result if result.is_success():
        print(f"Success: {result.duration_ms} ms")
    case result if result.is_timeout():
        print("Timeout")
    case result if result.is_unknown():
        print(f"Unknown response: {result.line}")
    case result if result.is_exited():
        print(f"Ping process exited with code {result.exit_code}")
        print(f"Error message: {result.stderr}")
    case _:
        print("Unexpected result type")

# Converting results to dictionaries for data processing
result = ping_once("google.com")
result_dict = result.to_dict()
print(result_dict)  # {'type': 'Pong', 'duration_ms': 15.2, 'line': 'Reply from...'}

Using AsyncPingStream for Native Async Iteration

import asyncio
from ping_rs import AsyncPingStream

async def ping_async_stream():
    # Create an async ping stream with a maximum of 5 pings
    stream = AsyncPingStream("google.com", interval_ms=1000, max_count=5)

    # Process results using async for loop
    async for result in stream:
        if result.is_success():
            print(f"Ping successful: {result.duration_ms} ms")
        else:
            print(f"Ping failed: {result.type_name}")

# Run the async function
asyncio.run(ping_async_stream())

PingResult Types

PingResult can be one of the following types:

1. Pong - Successful ping response

   • duration_ms - Ping duration in milliseconds
   • line - Raw output line from ping command

2. Timeout - Ping timeout

   • line - Raw output line with timeout information

3. Unknown - Unrecognized ping response

   • line - Raw output line that couldn't be parsed

4. PingExited - Ping process exited unexpectedly

   • exit_code - Exit code of the ping process
   • stderr - Error output from the ping process

Running Tests

The package includes a comprehensive test suite in the tests directory. To run the tests:

# Run all tests
cd /path/to/ping-rs
python -m tests.run_all_tests

Building from Source

To build the package from source:

cd /path/to/ping-rs
maturin develop

Architecture

Platform Support

ping-rs uses the pinger library for cross-platform ping functionality:

• Windows: Native ICMP ping via winping crate (no external command required)
• Linux: System ping command with output parsing
• macOS: System ping command with output parsing
• BSD: System ping command with output parsing

All platform-specific implementations are handled by the pinger library, providing a unified interface across all platforms.

Acknowledgements

This package uses the following Rust libraries:

• pinger: Provides a cross-platform way to execute ping commands and parse their output. Currently developed as part of the gping project.
• winping: Enables native ICMP ping functionality on Windows platforms without relying on external commands.

License

MIT License