CountAPI SDKs & Libraries: Official and Community Integrations (2026)

SDKs overview

CountAPI offers a straightforward API for tracking and displaying numerical counts, designed for ease of integration with minimal setup. The service itself does not require API keys or authentication for its core functionality, simplifying the developer experience for non-critical counting tasks. Its design philosophy prioritizes simplicity and speed over complex features, making it suitable for basic hit counters on websites, tracking downloads, or monitoring simple event occurrences. The API is accessible via standard HTTP requests, returning JSON responses, which facilitates integration across various programming environments.

To further simplify integration, both official and community-contributed SDKs and libraries are available. These SDKs abstract away the direct HTTP calls, allowing developers to interact with CountAPI using native language constructs. This approach can reduce boilerplate code and potential errors associated with manual request construction and response parsing. The availability of multiple language-specific libraries supports a broad range of development stacks, from frontend web applications to backend services. While the core API is simple enough to be used without an SDK, these libraries provide convenience functions that can accelerate development for recurring tasks, such as initializing a counter, incrementing its value, or retrieving the current count for a specified namespace and key. For detailed usage information, the official CountAPI documentation serves as the primary resource.

Official SDKs by language

CountAPI provides official client libraries to facilitate integration into common development environments. These SDKs are maintained to ensure compatibility with the latest API specifications and to offer idiomatic interfaces for each respective language. The official libraries typically encapsulate the HTTP request logic, error handling, and JSON parsing, allowing developers to focus on application-specific logic rather than API communication details. The direct interaction with the CountAPI service occurs over HTTP/S, which is a widely supported protocol, as documented by organizations like the World Wide Web Consortium on HTTP and URIs. This table summarizes the key official SDKs available for CountAPI:

These official SDKs are designed to be lightweight and to mirror the simplicity of the CountAPI itself. They provide functions for the core operations: getting a count, setting a count, and incrementing a count. Developers can typically find the most up-to-date installation instructions and usage examples within the official CountAPI documentation portal.

Installation

Installing CountAPI SDKs typically involves using the package manager specific to each programming language. The process is designed to be straightforward, reflecting the API's overall emphasis on ease of use. Below are common installation methods for the primary official SDKs:

JavaScript (Node.js & Browser)

For JavaScript environments, the countapi package can be installed via npm, the default package manager for Node.js. This package is compatible with both server-side (Node.js) and client-side (browser) applications, often bundled with tools like Webpack or Browserify.

npm install countapi

Alternatively, if using Yarn:

yarn add countapi

Python

Python developers can install the countapi library using pip, the standard package installer for Python packages.

pip install countapi

PHP

For PHP projects, the CountAPI library is available through Composer, the dependency manager for PHP.

composer require countapi/countapi

After installation, Composer's autoloader needs to be included in your project:

require 'vendor/autoload.php';

Ruby

Ruby developers can install the countapi gem via the Bundler dependency manager or directly using the gem command.

gem install countapi

If you are using Bundler, add the following to your Gemfile:

gem 'countapi'

Then run:

bundle install

Specific version requirements or advanced installation options are generally documented within the respective package repositories or on the CountAPI developer site.

Quickstart example

The following quickstart examples demonstrate basic usage of CountAPI's official SDKs to increment and retrieve a count. These snippets illustrate the simplicity of integrating the service into your applications. In these examples, 'my-namespace' and 'my-key' represent unique identifiers for your counter. CountAPI uses a combination of a namespace and a key to identify and manage individual counters. Namespaces help organize counters, preventing naming collisions across different projects or categories.

JavaScript (Node.js)

This example shows how to use the countapi npm package in a Node.js environment to increment a counter and then fetch its current value.

const countapi = require('countapi');

async function updateAndGetCount() {
  try {
    // Increment a counter named 'my-key' within 'my-namespace'
    const incrementResult = await countapi.hit('my-namespace', 'my-key');
    console.log('Counter incremented:', incrementResult.value);

    // Get the current value of the same counter
    const getResult = await countapi.get('my-namespace', 'my-key');
    console.log('Current count:', getResult.value);

    // You can also set a specific value
    // await countapi.set('my-namespace', 'my-key', 100);
    // console.log('Counter set to 100');

  } catch (error) {
    console.error('Error interacting with CountAPI:', error);
  }
}

updateAndGetCount();

Python

This Python example uses the countapi PyPI package to perform similar operations: incrementing a counter and then retrieving its value.

import countapi

def update_and_get_count():
    try:
        # Increment a counter named 'my-key' within 'my-namespace'
        increment_result = countapi.hit('my-namespace', 'my-key')
        print(f'Counter incremented: {increment_result.value}')

        # Get the current value of the same counter
        get_result = countapi.get('my-namespace', 'my-key')
        print(f'Current count: {get_result.value}')

        # You can also set a specific value
        # countapi.set('my-namespace', 'my-key', 150)
        # print('Counter set to 150')

    except Exception as e:
        print(f'Error interacting with CountAPI: {e}')

update_and_get_count()

PHP

Here's a PHP example demonstrating the use of the CountAPI Composer package to manage a simple counter.

<?php
require 'vendor/autoload.php';

use Countapi\Countapi;

try {
    // Increment a counter named 'my-key' within 'my-namespace'
    $incrementResult = Countapi::hit('my-namespace', 'my-key');
    echo 'Counter incremented: ' . $incrementResult->value . "\n";

    // Get the current value of the same counter
    $getResult = Countapi::get('my-namespace', 'my-key');
    echo 'Current count: ' . $getResult->value . "\n";

    // You can also set a specific value
    // Countapi::set('my-namespace', 'my-key', 200);
    // echo 'Counter set to 200\n';

} catch (Exception $e) {
    echo 'Error interacting with CountAPI: ' . $e->getMessage() . "\n";
}
?>

Ruby

This Ruby example illustrates how to use the countapi gem to increment and retrieve a count.

require 'countapi'

begin
  # Increment a counter named 'my-key' within 'my-namespace'
  increment_result = Countapi.hit('my-namespace', 'my-key')
  puts "Counter incremented: #{increment_result['value']}"

  # Get the current value of the same counter
  get_result = Countapi.get('my-namespace', 'my-key')
  puts "Current count: #{get_result['value']}"

  # You can also set a specific value
  # Countapi.set('my-namespace', 'my-key', 250)
  # puts 'Counter set to 250'

rescue StandardError => e
  puts "Error interacting with CountAPI: #{e.message}"
end

These examples can be adapted for various applications where simple, persistent counting is required. For more complex use cases or specific API endpoints, developers should consult the comprehensive CountAPI reference materials.

Community libraries

Beyond the official SDKs, the open-source community has contributed various libraries and wrappers for CountAPI, reflecting its widespread use for basic counting needs. These community-driven projects can offer support for additional programming languages, frameworks, or provide alternative approaches to integration. While official SDKs are typically maintained by the CountAPI team, community libraries are developed and supported by individual developers or groups.

The existence of community libraries often indicates that an API is straightforward enough to be easily wrapped and integrated by third-party developers, which can be a positive signal for developer experience. However, the level of maintenance, documentation, and feature parity with the latest API changes can vary significantly for community projects. Developers considering a community library should verify its active maintenance, review its codebase, and check for community support channels. Resources like GitHub (a common host for open-source projects) can be valuable for evaluating the activity and reliability of such libraries.

Common types of community contributions include:

• Language-specific wrappers: Libraries for languages not covered by official SDKs (e.g., Go, Rust, C#).
• Framework integrations: Plugins or modules designed to work seamlessly with specific web frameworks (e.g., React, Vue, Angular components for client-side counting).
• Specialized utilities: Tools that add extra functionality on top of CountAPI, such as client-side rate limiting or enhanced visualization.

Developers are encouraged to explore community repositories and forums for additional integration options. It is advisable to consult the official CountAPI documentation in conjunction with any community library to ensure a clear understanding of the API's behavior and any potential discrepancies in implementation. For production environments, official SDKs are generally recommended due to their direct support from the API provider and guaranteed compatibility.