webit/soap-api

Web-IT SOAP API Tools

3.0.2 2023-04-13 05:51 UTC

Requires

• php: >=7.4
• ext-soap: *
• doctrine/collections: ^1.2|^2.0

Requires (Dev)

• behat/behat: ^3.0
• jms/serializer: ^2.0|^3.0
• mockery/mockery: ^1.5.1
• phpunit/phpunit: ^9.6.5

Suggests

• jms/serializer: To support normalization / hydration based on JMS Serializer. Minimum version: 1.0

MIT

• Daniel Bojdo

• api
• soap
• soap wrapper
• soap sdk

README

This library provides set of tools to ease building clients / SDK's for web services based on SOAP.

Installation

Composer: add the webit/soap-api into composer.json

{
    "require": {
        "php": ">=5.4",
        "webit/soap-api": "~2.0"
    }
}

Tests

./vendor/bin/phpunit

Examples

Run Behat tests

./vendor/bin/behat

Then explore their implementation under features/

Usage

Build your very first SDK

The heart of the library is SoapApiExecutor with its only method executeSoapFunction($soapFunction, $input). It delegates to underlying \SoapClient.

Let's provide SDK for IP2Geo Web Service (WSDL can be found here)

<?php
namespace Webit\SoapApi\Features\Ip2Geo;

use Webit\SoapApi\Executor\SoapApiExecutor;

class Ip2GeoSimpleClient
{
    /** @var SoapApiExecutor */
    private $executor;

    /**
     * @param SoapApiExecutor $executor
     */
    public function __construct(SoapApiExecutor $executor)
    {
        $this->executor = $executor;
    }

    /**
     * @param Ip $ip
     * @return GeoLocation
     */
    public function getGeoLocation(Ip $ip)
    {
        $result = $this->executor->executeSoapFunction(
            'ResolveIP',
            array(
                'ipAddress' => $ip,
                'licenseKey' => ''
            )
        );
        
        return $this->hydrateToGeoLocation($result);
    }
    
    /**
     * @param $result
     * @return null|GeoLocation
     */
    private function hydrateToGeoLocation($result)
    {
        $result = isset($result->ResolveIPResult) ? $result->ResolveIPResult : null;
        if (! $result) {
            return null;
        }

        return new GeoLocation(
            $result->City,
            $result->StateProvince,
            $result->Country,
            $result->Organization,
            $result->Latitude,
            $result->Longitude,
            $result->AreaCode,
            $result->TimeZone,
            $result->HasDaylightSavings,
            $result->Certainty,
            $result->RegionName,
            $result->CountryCode
        );
    }
}

// IP address wrapper
class Ip
{
    /** @var string */
    private $ip;

    public function __construct($ip)
    {
        $this->ip = $ip;
    }

    public function __toString()
    {
        return (string) $this->ip;
    }
}

To use our client we need to configure SoapApiExecutor then pass it into Ip2GeoSimpleClient constructor.

<?php

use Webit\SoapApi\Executor\SoapApiExecutorBuilder;
use Webit\SoapApi\SoapClient\SoapClientSimpleFactory;

$builder = SoapApiExecutorBuilder::create();
$builder->setWsdl('http://ws.cdyne.com/ip2geo/ip2geo.asmx?WSDL');

$client = new \Webit\SoapApi\Features\Ip2Geo\Ip2GeoSimpleClient(
    $builder->build()
);

$result = $client->getGeoLocation(new Ip('8.8.8.8')); // returns GeoLocation instance

Input Normalisation

Let's abstract transformation of our Ip to SOAP function arguments.

<?php
namespace Webit\SoapApi\Features\Ip2Geo\Normaliser;

use Webit\SoapApi\Features\Ip2Geo\Ip;
use Webit\SoapApi\Input\Exception\NormalisationException;
use Webit\SoapApi\Input\InputNormaliser;

class ResolveIPNormaliser implements InputNormaliser
{

    /**
     * @param string $soapFunction
     * @param mixed $arguments
     * @throws NormalisationException
     * @return array
     */
    public function normaliseInput($soapFunction, $arguments)
    {
        if (! ($arguments instanceof Ip)) {
            throw new NormalisationException(__CLASS__ . ' requires arguments to be an instance of IP class.');
        }

        return array(
            'ipAddress' => (string) $arguments,
            'licenseKey' => ''
        );
    }
}

Then Ip2GeoInputNormalisingClient will look like:

<?php
namespace Webit\SoapApi\Features\Ip2Geo;

use Webit\SoapApi\Executor\SoapApiExecutor;

class Ip2GeoInputNormalisingClient
{
    /** @var SoapApiExecutor */
    private $executor;

    public function __construct(SoapApiExecutor $executor)
    {
        $this->executor = $executor;
    }

    /**
     * @param Ip $ip
     * @return GeoLocation
     */
    public function getGeoLocation(Ip $ip)
    {
        $result = $this->executor->executeSoapFunction('ResolveIP', $ip);

        return $this->hydrateToGeoLocation($result);
    }
    
    public function hydrateToGeoLocation($result)
    {
        // same as Ip2GeoSimpleClient
    }
}

Now we configure SoapApiExecutor to use ResolveIPNornaliser for given SOAP Function:

<?php
use Webit\SoapApi\Executor\SoapApiExecutorBuilder;
use Webit\SoapApi\SoapClient\SoapClientSimpleFactory;

$builder = SoapApiExecutorBuilder::create();
$builder->setWsdl('http://ws.cdyne.com/ip2geo/ip2geo.asmx?WSDL');

$builder->setInputNormaliser(
    new \Webit\SoapApi\Input\FrontInputNormaliser(
        array(
            'ResolveIP' => new ResolveIPNormaliser()
        )
    )
);

$client = new \Webit\SoapApi\Features\Ip2Geo\Ip2GeoInputNormalisingClient(
    $builder->build()
);

$result = $client->getGeoLocation(new Ip('8.8.8.8')); // returns GeoLocation instance

Result Hydration

Our Client looks pretty good but still we have some ugly "hydration" part in. Let's abstract it as well.

<?php
namespace Webit\SoapApi\Features\Ip2Geo\Hydrator;

use Webit\SoapApi\Features\Ip2Geo\GeoLocation;
use Webit\SoapApi\Hydrator\Hydrator;

class ResolveIPHydrator implements Hydrator
{

    /**
     * @param \stdClass|array $result
     * @param string $soapFunction
     * @return mixed
     */
    public function hydrateResult($result, $soapFunction)
    {
        $result = isset($result->ResolveIPResult) ? $result->ResolveIPResult : null;
        if (! $result) {
            return null;
        }

        return new GeoLocation(
            $result->City,
            $result->StateProvince,
            $result->Country,
            $result->Organization,
            $result->Latitude,
            $result->Longitude,
            $result->AreaCode,
            $result->TimeZone,
            $result->HasDaylightSavings,
            $result->Certainty,
            $result->RegionName,
            $result->CountryCode
        );
    }
}

Then Ip2GeoResultHydratingClient looks like:

<?php
namespace Webit\SoapApi\Features\Ip2Geo;

use Webit\SoapApi\Executor\SoapApiExecutor;

class Ip2GeoResultHydratingClient
{
    /** @var SoapApiExecutor */
    private $executor;

    public function __construct(SoapApiExecutor $executor)
    {
        $this->executor = $executor;
    }

    /**
     * @param Ip $ip
     * @return GeoLocation
     */
    public function getGeoLocation(Ip $ip)
    {
        return $this->executor->executeSoapFunction('ResolveIP', $ip);
    }
}

Now we configure SoapApiExecutor to use both ResolveIPHydrator and ResolveIPNornaliser as for given SOAP Function:

<?php
use Webit\SoapApi\Executor\SoapApiExecutorBuilder;
use Webit\SoapApi\SoapClient\SoapClientSimpleFactory;

$builder = SoapApiExecutorBuilder::create();
$builder->setWsdl('http://ws.cdyne.com/ip2geo/ip2geo.asmx?WSDL');

$builder->setInputNormaliser(
    new \Webit\SoapApi\Input\FrontInputNormaliser(
        array(
            'ResolveIP' => new ResolveIPNormaliser()
        )
    )
);

$builder->setHydrator(
    new \Webit\SoapApi\Hydrator\FrontHydrator(
        array(
            'ResolveIP' => new ResolveIPHydrator()
        )
    )
);

$client = new \Webit\SoapApi\Features\Ip2Geo\Ip2GeoResultHydratingClient(
    $builder->build()
);

$result = $client->getGeoLocation(new Ip('8.8.8.8')); // returns GeoLocation instance