acamposm/ping

Ping uses the ICMP protocol's mandatory ECHO_REQUEST datagram to elicit an ICMP ECHO_RESPONSE from a host or gateway.

Maintainers

Details

github.com/angelcamposm/ping

Homepage

Source

Issues

Fund package maintenance!
www.blockchain.com/btc/address/3DWxSQg2HNijAADowkQWFJsDHHpKo8Ec2z

Installs: 15 116

Dependents: 0

Suggesters: 0

Security: 0

Stars: 56

Watchers: 3

Forks: 9

Open Issues: 4

2.1.3 2021-12-04 22:38 UTC

Requires

  • php: ^8.0

Requires (Dev)

MIT 5cd871f08a3cad8c36959c36172a48ae066aee8a

  • Angel Campos <angel.campos.m.woop@outlook.com>

phplaravelpingicmp

This package is auto-updated.

Last update: 2024-11-07 23:11:16 UTC

README

License Latest Stable Version StyleCI Total Downloads

Quality Gate Status Coverage Maintainability Rating Security Rating

This ping class allow making ping request from Laravel applications, it is based on PING command from the linux iputils package.

ping uses the ICMP protocol's mandatory ECHO_REQUEST datagram to elicit an ICMP ECHO_RESPONSE from a host or gateway. ECHO_REQUEST datagrams (pings) have an IP and ICMP header, followed by a struct timeval and then an arbitrary number ofpadbytes used to fill out the packet.

Installation

You can install the package via composer and then publish the assets:

Prior to Ping 2.1.0 version you can install with:

composer require acamposm/ping

php artisan vendor:publish --provider="Acamposm\Ping\PingServiceProvider"

From Ping 2.1.0 version you can install with:

composer require acamposm/ping

php artisan ping:install

Usage

For basic usage you only need to create with an ip address as a first argument and run...

use Acamposm\Ping\Ping;
use Acamposm\Ping\PingCommandBuilder;

// Create an instance of PingCommand
$command = (new PingCommandBuilder('192.168.1.1'));

// Pass the PingCommand instance to Ping and run...
$ping = (new Ping($command))->run();

Change Count

Stop after sending count ECHO_REQUEST packets. With deadline option, ping waits for count ECHO_REPLY packets, until the timeout expires.

use Acamposm\Ping\Ping;
use Acamposm\Ping\PingCommandBuilder;

// Change the number of packets to send to 10
$command = (new PingCommandBuilder('192.168.1.1'))->count(10);

$ping = (new Ping($command))->run();

Change Interval

Wait interval seconds between sending each packet. The default is to wait for one second between each packet normally, or not to wait in flood mode. Only super-user may set interval to values less than 0.2 seconds.

use Acamposm\Ping\Ping;
use Acamposm\Ping\PingCommandBuilder;

// Change interval to 0.5 seconds between each packet
$command = (new PingCommandBuilder('192.168.1.1'))->interval(0.5);

$ping = (new Ping($command))->run();

Change Packet Size

Specifies the number of data bytes to be sent. The default is 56, which translates into 64 ICMP data bytes when combined with the 8 bytes of ICMP header data.

use Acamposm\Ping\Ping;
use Acamposm\Ping\PingCommandBuilder;

// Change packet size to 128
$command = (new PingCommandBuilder('192.168.1.1'))->packetSize(128);

$ping = (new Ping($command))->run();

Change Timeout

Time to wait for a response, in seconds. The option affects only timeout in absence of any responses, otherwise ping waits for two RTTs.

use Acamposm\Ping\Ping;
use Acamposm\Ping\PingCommandBuilder;

// Change timeout to 10 seconds
$command = (new PingCommandBuilder('192.168.1.1'))->timeout(10);

$ping = (new Ping($command))->run();

Change Time To Live

ping only. Set the IP Time to Live.

use Acamposm\Ping\Ping;
use Acamposm\Ping\PingCommandBuilder;

// Change Time To Live to 128
$command = (new PingCommandBuilder('192.168.1.1'))->ttl(128);

$ping = (new Ping($command))->run();

Sample outputs

Here you can see three output samples of the ping command...

  • The first with domain.
  • The second with an IPv4 Address
  • The third with an IPv6 Address

Sample output on Windows based server to https://google.com

use Acamposm\Ping\Ping;
use Acamposm\Ping\PingCommandBuilder;

$command = (new PingCommandBuilder('https://google.com'))->count(10)->packetSize(200)->ttl(128);

// Sample output from Windows based server
$ping = (new Ping($command))->run();

dd($ping);
{
    "host_status": "Ok",
    "raw": [
        "",
        "Haciendo ping a google.com [216.58.213.142] con 200 bytes de datos:",
        "Respuesta desde 216.58.213.142: bytes=68 (enviados 200) tiempo=36ms TTL=115",
        "Respuesta desde 216.58.213.142: bytes=68 (enviados 200) tiempo=36ms TTL=115",
        "Respuesta desde 216.58.213.142: bytes=68 (enviados 200) tiempo=36ms TTL=115",
        "Respuesta desde 216.58.213.142: bytes=68 (enviados 200) tiempo=37ms TTL=115",
        "Respuesta desde 216.58.213.142: bytes=68 (enviados 200) tiempo=37ms TTL=115",
        "Respuesta desde 216.58.213.142: bytes=68 (enviados 200) tiempo=36ms TTL=115",
        "Respuesta desde 216.58.213.142: bytes=68 (enviados 200) tiempo=36ms TTL=115",
        "Respuesta desde 216.58.213.142: bytes=68 (enviados 200) tiempo=36ms TTL=115",
        "Respuesta desde 216.58.213.142: bytes=68 (enviados 200) tiempo=36ms TTL=115",
        "Respuesta desde 216.58.213.142: bytes=68 (enviados 200) tiempo=36ms TTL=115",
        "",
        "Estadísticas de ping para 216.58.213.142:",
        "    Paquetes: enviados = 10, recibidos = 10, perdidos = 0",
        "    (0% perdidos),",
        "Tiempos aproximados de ida y vuelta en milisegundos:",
        "    Mínimo = 36ms, Máximo = 37ms, Media = 36ms",
    ],
    "latency": 0.036,
    "rtt": {
        "avg": 0.036,
        "min": 0.036,
        "max": 0.037,
    },
    "sequence": {
        "0": "Respuesta desde 216.58.213.142: bytes=68 (enviados 200) tiempo=36ms TTL=115",
        "1": "Respuesta desde 216.58.213.142: bytes=68 (enviados 200) tiempo=36ms TTL=115",
        "2": "Respuesta desde 216.58.213.142: bytes=68 (enviados 200) tiempo=36ms TTL=115",
        "3": "Respuesta desde 216.58.213.142: bytes=68 (enviados 200) tiempo=37ms TTL=115",
        "4": "Respuesta desde 216.58.213.142: bytes=68 (enviados 200) tiempo=37ms TTL=115",
        "5": "Respuesta desde 216.58.213.142: bytes=68 (enviados 200) tiempo=36ms TTL=115",
        "6": "Respuesta desde 216.58.213.142: bytes=68 (enviados 200) tiempo=36ms TTL=115",
        "7": "Respuesta desde 216.58.213.142: bytes=68 (enviados 200) tiempo=36ms TTL=115",
        "8": "Respuesta desde 216.58.213.142: bytes=68 (enviados 200) tiempo=36ms TTL=115",
        "9": "Respuesta desde 216.58.213.142: bytes=68 (enviados 200) tiempo=36ms TTL=115",
    },
    "statistics": {
        "packets_transmitted": 10,
        "packets_received": 10,
        "packets_lost": 0,
        "packet_loss": 0,
    },
    "options": {
        "host": "google.com",
        "count": 10,
        "packet_size": 200,
        "ttl": 120,
    },
    "time": {
        "start": {
            "as_float": 1596984650.5006,
            "human_readable": "09-08-2020 14:50:50.500600",
        },
        "stop": {
            "as_float": 1596984659.5802,
            "human_readable": "09-08-2020 14:50:59.580200",
        },
        "time": 9.08,
    },
}

Sample output from Windows based server to local gateway IPv4

use Acamposm\Ping\Ping;
use Acamposm\Ping\PingCommandBuilder;

$command = (new PingCommandBuilder('192.168.10.254'))->count(10)->packetSize(200)->ttl(120);

$ping = (new Ping($command))->run();

dd($ping);
{
    "host_status": "Ok",
    "raw": [
        "",
        "Haciendo ping a 192.168.10.254 con 200 bytes de datos:",
        "Respuesta desde 192.168.10.254: bytes=200 tiempo<1m TTL=255",
        "Respuesta desde 192.168.10.254: bytes=200 tiempo<1m TTL=255",
        "Respuesta desde 192.168.10.254: bytes=200 tiempo<1m TTL=255",
        "Respuesta desde 192.168.10.254: bytes=200 tiempo<1m TTL=255",
        "Respuesta desde 192.168.10.254: bytes=200 tiempo<1m TTL=255",
        "Respuesta desde 192.168.10.254: bytes=200 tiempo<1m TTL=255",
        "Respuesta desde 192.168.10.254: bytes=200 tiempo<1m TTL=255",
        "Respuesta desde 192.168.10.254: bytes=200 tiempo<1m TTL=255",
        "Respuesta desde 192.168.10.254: bytes=200 tiempo<1m TTL=255",
        "Respuesta desde 192.168.10.254: bytes=200 tiempo<1m TTL=255",
        "",
        "Estadísticas de ping para 192.168.10.254:",
        "    Paquetes: enviados = 10, recibidos = 10, perdidos = 0",
        "    (0% perdidos),",
        "Tiempos aproximados de ida y vuelta en milisegundos:",
        "    Mínimo = 0ms, Máximo = 0ms, Media = 0ms",
    ],
    "latency": 0.0,
    "rtt": {
        "avg": 0.0,
        "min": 0.0,
        "max": 0.0,
    },
    "sequence": {
        "0": "Respuesta desde 192.168.10.254: bytes=200 tiempo<1m TTL=255",
        "1": "Respuesta desde 192.168.10.254: bytes=200 tiempo<1m TTL=255",
        "2": "Respuesta desde 192.168.10.254: bytes=200 tiempo<1m TTL=255",
        "3": "Respuesta desde 192.168.10.254: bytes=200 tiempo<1m TTL=255",
        "4": "Respuesta desde 192.168.10.254: bytes=200 tiempo<1m TTL=255",
        "5": "Respuesta desde 192.168.10.254: bytes=200 tiempo<1m TTL=255",
        "6": "Respuesta desde 192.168.10.254: bytes=200 tiempo<1m TTL=255",
        "7": "Respuesta desde 192.168.10.254: bytes=200 tiempo<1m TTL=255",
        "8": "Respuesta desde 192.168.10.254: bytes=200 tiempo<1m TTL=255",
        "9": "Respuesta desde 192.168.10.254: bytes=200 tiempo<1m TTL=255",
    },
    "statistics": {
        "packets_transmitted": 10,
        "packets_received": 10,
        "packets_lost": 0,
        "packet_loss": 0,
    },
    "options": {
        "host": "192.168.10.254",
        "count": 10,
        "packet_size": 200,
        "ttl": 120,
        "version": 4,
    },
    "time": {
    "start": {
        "as_float": 1596985359.7592,
        "human_readable": "09-08-2020 15:02:39.759200",
    },
    "stop": {
        "as_float": 1596985368.7952,
        "human_readable": "09-08-2020 15:02:48.795200",
    },
    "time": 9.036,
    },
}

Sample output from Windows based server to link local IPv6 address

use Acamposm\Ping\Ping;
use Acamposm\Ping\PingCommandBuilder;

$command = (new PingCommandBuilder('fe80::6c42:407d:af01:9567'))->count(10)->packetSize(200)->ttl(120);

$ping = (new Ping($command))->run();

dd($ping);
{
    "host_status": "Ok",
    "raw": [
        "",
        "Haciendo ping a fe80::6c42:407d:af01:9567 con 200 bytes de datos:",
        "Respuesta desde fe80::6c42:407d:af01:9567: tiempo<1m",
        "Respuesta desde fe80::6c42:407d:af01:9567: tiempo<1m",
        "Respuesta desde fe80::6c42:407d:af01:9567: tiempo<1m",
        "Respuesta desde fe80::6c42:407d:af01:9567: tiempo<1m",
        "Respuesta desde fe80::6c42:407d:af01:9567: tiempo<1m",
        "Respuesta desde fe80::6c42:407d:af01:9567: tiempo<1m",
        "Respuesta desde fe80::6c42:407d:af01:9567: tiempo<1m",
        "Respuesta desde fe80::6c42:407d:af01:9567: tiempo<1m",
        "Respuesta desde fe80::6c42:407d:af01:9567: tiempo<1m",
        "Respuesta desde fe80::6c42:407d:af01:9567: tiempo<1m",
        "",
        "Estadísticas de ping para fe80::6c42:407d:af01:9567:",
        "    Paquetes: enviados = 10, recibidos = 10, perdidos = 0",
        "    (0% perdidos),",
        "Tiempos aproximados de ida y vuelta en milisegundos:",
        "    Mínimo = 0ms, Máximo = 0ms, Media = 0ms",
    ],
    "latency": 0.0,
    "rtt": {
        "avg": 0.0,
        "min": 0.0,
        "max": 0.0,
    },
    "sequence": {
        "0": "Respuesta desde fe80::6c42:407d:af01:9567: tiempo<1m",
        "1": "Respuesta desde fe80::6c42:407d:af01:9567: tiempo<1m",
        "2": "Respuesta desde fe80::6c42:407d:af01:9567: tiempo<1m",
        "3": "Respuesta desde fe80::6c42:407d:af01:9567: tiempo<1m",
        "4": "Respuesta desde fe80::6c42:407d:af01:9567: tiempo<1m",
        "5": "Respuesta desde fe80::6c42:407d:af01:9567: tiempo<1m",
        "6": "Respuesta desde fe80::6c42:407d:af01:9567: tiempo<1m",
        "7": "Respuesta desde fe80::6c42:407d:af01:9567: tiempo<1m",
        "8": "Respuesta desde fe80::6c42:407d:af01:9567: tiempo<1m",
        "9": "Respuesta desde fe80::6c42:407d:af01:9567: tiempo<1m",
    },
    "statistics": {
        "packets_transmitted": 10,
        "packets_received": 10,
        "packets_lost": 0,
        "packet_loss": 0,
    },
    "options": {
        "host": "fe80::6c42:407d:af01:9567",
        "count": 10,
        "packet_size": 200,
        "ttl": 120,
        "version": 6,
    },
    "time": {
        "start": {
            "as_float": 1596985675.4344,
            "human_readable": "09-08-2020 15:07:55.434400",
        },
        "stop": {
            "as_float": 1596985684.4659,
            "human_readable": "09-08-2020 15:08:04.465900",
        },
        "time": 9.032,
    },
}

Testing

For running the tests, in the console run:

composer test

Changelog

Please see CHANGELOG for more information what has changed recently.

Contributing

Thank you for considering contributing to the improvement of the package. Please see CONTRIBUTING for details.

Security & Vulnerabilities

If you discover any security related issues, please send an e-mail to Angel Campos via angel.campos.m@outlook.com instead of using the issue tracker. All security vulnerabilities will be promptly addressed.

Standards

The php package IPv4 Address Converter, comply with the next standards:

Credits

License

The package Ping is open-source package and is licensed under The MIT License (MIT). Please see License File for more information.