Using Slim framework middleware to implement international SMS sending and receiving functions

Using Slim framework middleware to implement international SMS sending and receiving functions

In modern society, SMS has become one of the important communication tools in people's daily lives. With the increase in international exchanges, the function of sending and receiving international text messages has also received increasing attention. This article will introduce how to use the Slim framework middleware to implement the function of sending and receiving international text messages.

Slim is a lightweight PHP micro-framework that provides simple and powerful routing functions and is very suitable for rapid development of small API applications. At the same time, Slim also supports the use of middleware to implement additional functional extensions.

First, we need to install the Slim framework in the project. You can use Composer to install, open a terminal and execute the following command:

composer require slim/slim

After the installation is complete, we can create a simple Slim application. First, create a file named index.php and add the following code:

require 'vendor/autoload.php';

$app = new SlimApp();

$app->get('/send-sms', function ($request, $response, $args) {
    // 在这里编写发送短信的逻辑代码
});

$app->post('/receive-sms', function ($request, $response, $args) {
    // 在这里编写接收短信的逻辑代码
});

$app->run();

In the above code, we created a Slim application and defined two routes, respectively Used to send and receive text messages. Now, we need to write the logic code for sending and receiving text messages.

The logic code for sending text messages can be implemented using the API of a third-party SMS service provider. Here, we take Twilio as an example to demonstrate how to send text messages. First, install Twilio's PHP SDK and execute the following command in the terminal:

composer require twilio/sdk

After the installation is completed, we can add the logic code for sending SMS in the index.php file:

use TwilioRestClient;

$app->get('/send-sms', function ($request, $response, $args) {
    $accountSid = 'Your_Account_SID';
    $authToken = 'Your_Auth_Token';
    $twilioNumber = 'Your_Twilio_Number';
    $recipientNumber = $request->getParam('recipient_number');
    $message = $request->getParam('message');

    $client = new Client($accountSid, $authToken);
    $client->messages->create(
        $recipientNumber,
        [
            'from' => $twilioNumber,
            'body' => $message
        ]
    );

    return $response->withJson([
        'success' => true,
        'message' => '短信发送成功'
    ]);
});

In the above code, we use Twilio’s PHP SDK to send text messages. First, you need to replace Your_Account_SID, Your_Auth_Token, and Your_Twilio_Number with your own Twilio account information. We then get the recipient number and SMS content from the request parameters and send the SMS using Twilio's API.

Next, we need to write the logic code for receiving text messages. There are many logical implementation methods for receiving SMS messages. You can use the API provided by the SMS gateway or use SMS hardware devices to receive them. Here, we take receiving and saving text messages to the database as an example to demonstrate how to receive text messages. First, create a SQLite database named sms.db, and create a table named messages, containing id, sender_number and message fields. Then, we can add the logic code for receiving text messages in the index.php file:

$app->post('/receive-sms', function ($request, $response, $args) {
    $senderNumber = $request->getParam('sender_number');
    $message = $request->getParam('message');

    $db = new SQLite3('sms.db');
    $db->exec("INSERT INTO messages (sender_number, message) VALUES ('$senderNumber', '$message')");

    return $response->withJson([
        'success' => true,
        'message' => '短信接收成功'
    ]);
});

In the above code, we first obtain the sender number and text message content from the request parameters. Then, use the SQLite3 library to save the SMS to the database.

So far, we have completed the code example of using the Slim framework middleware to implement the international SMS sending and receiving function. When we access the /send-sms route and pass in the recipient number and text message content, the text message will be sent to the specified number. When we send a text message to the /receive-sms route, the text message will be received and saved in the database.

In summary, using the Slim framework middleware can easily implement international SMS sending and receiving functions. By combining the use of APIs and databases from third-party SMS service providers, we can implement a simple and powerful international SMS application. Of course, the above code is just an example, and actual application needs to be appropriately modified and optimized according to specific needs.

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