Historical Ship Data API For PHP Projects

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Historical ship api data for php projects

As a PHP developer seeking historical ship data for PHP projects, incorporating ship tracking data into your applications can add a valuable new dimension to your projects. There are several APIs available that can provide you with easy access to this type of information. These APIs typically have a user-friendly interface and offer a comprehensive dataset of ship tracking data. By using one of these APIs, you can easily integrate ship tracking capabilities into your PHP applications.

Why the Datalastic ship historical data API is a must-have for PHP developers?

The Datalastic Ship Historical Data API is a valuable tool for PHP developers because it offers a simple, easy-to-use interface for accessing ship tracking data. Its comprehensive dataset allows developers to incorporate a wide range of information into their PHP projects, enhancing their functionality and user experience. Additionally, the API is backed by Datalastic, a leading data provider with a very high uptime and servers located in Germany.

How to use the Datalastic ship historical data API in your PHP projects?

To use the Datalastic Ship Historical Data API in your PHP projects, you will first need to obtain an API key. This can be done by signing up for a Datalastic account and accessing your API key through the account dashboard.

Once you have your API key, you can begin using the API in your PHP projects. To do this, you will need to make HTTP requests to the API’s endpoint, passing in your API key and any necessary parameters. For example, the following URL makes a request for ship tracking information using the vessel_history endpoint:


In this URL, {YOUR_API_KEY} should be replaced with your actual API key.

And the {PARAMETER} and {PARAMETER_VALUE} sections should be replaced with the specific parameters you want to use.

For example, if you want to search for a specific vessel by IMO number, you would use the imo parameter, like so:


To make the request, you can use PHP’s built-in cURL library, which allows you to make HTTP requests from your PHP code.

Here is an example of how to use CURL to make a request to the Datalastic Ship Historical Data API:

// Replace {YOUR_API_KEY} with your actual API key
$apiKey = "{YOUR_API_KEY}";  // Replace {PARAMETER} and {PARAMETER_VALUE} with the desired search parameters
$parameters = array(
 "from" => "{YYYY-MM-DD}",
 "to" => "{YYYY-MM-DD}"
);  // Encode the parameters as a query string
$queryString = http_build_query($parameters);  // Set up the cURL request
$ch = curl_init("https://api.datalastic.com/api/v0/vessel_history?api-key=$apiKey&$queryString");
curl_setopt($ch, CURLOPT_RETURNTRANSFER, true);  // Execute the request and get the response
$response = curl_exec($ch);  // Decode the JSON response
$data = json_decode($response, true);  // Use the data as needed in your PHP project 

The PHP example above demonstrates how the Datalastic Ship Historical Data API can be utilized to search for ship tracking information.

In this process, the API key and search parameters are initially set up as variables, which will be utilized in the request. Subsequently, a query string is built from these parameters using the http_build_query function. The HTTP request to the API’s endpoint is made using PHP’s CURL library.

The response received from the API is decoded from JSON and returned as a PHP array. This array can be further utilized in the PHP project as required.

The following steps outline the code’s execution:

1. The API key and search parameters are defined as variables.
2. The API key is a string that can be obtained upon subscribing to the service.
3. The search parameters are stored in an array, containing the desired search criteria, such as the vessel’s IMO number or name.
4. The http_build_query function is used to encode the search parameters into a query string, which will be used in the API request.
5. The curl_init function is employed to initialize a CURL request, providing the API endpoint URL and the query string as arguments. Additionally, the CURLOPT_RETURNTRANSFER option is set to true to ensure that the response is returned as a string rather than being displayed on the screen.
6. The curl_exec function is used to execute the CURL request, and the response is stored in a variable.
7. The json_decode function is utilized to decode the JSON response, and the resulting data is stored in a PHP array.
8. The PHP project can then utilize the data from the response as needed, such as iterating through the results and displaying them on a webpage or saving them to a database.

You may also like to read: Historical vessel data API

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