This series demonstrates using the Google Analytics API with PHP to access Google Analytics data. While Laravel and Homestead Improved are used in the example, the concepts apply to other frameworks and environments.
Key Concepts:
- The Google Analytics API requires a Google Developers Console project with the Google Analytics API enabled. API credentials (client ID, client secret, developer key) are essential.
- The API comprises several components: Management API (account, property, view configuration), Metadata API (dimension, metric lists), Core Reporting API (dashboard data), Real Time Reporting API (real-time data – beta), Embed API (dashboard embedding), and MCF Reporting API (multi-channel funnels). This tutorial focuses on the Management, Metadata, and Core Reporting APIs.
- The
Google_Client
class handles authentication and token retrieval. It requires configuration with client ID, client secret, developer key, redirect URI, and scopes. - API usage is subject to quotas (requests per day/second). Monitor usage via the Google Cloud Console.
Prerequisites:
- A Google Analytics account.
- Familiarity with the Google Analytics dashboard.
Application Overview:
This tutorial builds a simplified Google Analytics Explorer clone, focusing on core functionality and extensibility.
Google Analytics API Details:
The Google Analytics API's key components are:
- Management API: Accesses Google Analytics configuration data (accounts, properties, views, goals).
- Metadata API: Retrieves lists of dimensions and metrics, avoiding hardcoding.
- Core Reporting API: Accesses dashboard data; the primary API for most tasks.
- Real Time Reporting API (Beta): Accesses real-time data (currently in beta).
- Embed API: Allows embedding dashboards in websites using JavaScript.
- MCF Reporting API: Provides Multi-Channel Funnels data.
This tutorial uses the Management, Metadata, and Core Reporting APIs.
Basic API Usage:
- Create a project in the Google Developers Console.
- Enable the Google Analytics API.
- Obtain API credentials (client ID, client secret, developer key). Create a new client ID (Web Application type), specifying your website URL (e.g.,
localhost:8000
for development) and redirect URI. Generate a browser key (optional: specify HTTP referrers or leave blank for any origin).
API Limits and Quotas:
Be aware of API request limits (per day, per second). Refer to the official documentation for details.
Project Setup (Laravel Example):
- Add
"google/api-client": "dev-master"
tocomposer.json
and runcomposer update
. - Create
app/config/analytics.php
with API credentials:
return [ 'app_name' => 'Your app name', 'client_id' => 'Your Client ID', 'client_secret' => 'Your Client Secret', 'api_key' => 'Your API Key' ];
- Create
app/src/GA_Service.php
for API interaction logic:
<?php namespace App\Src; use Config; use Google_Client; use Session; use Input; use View; class GA_Service { private $client; public function __construct(Google_Client $client) { $this->client = $client; $this->init(); } private function init() { $this->client->setClientId(Config::get('analytics.client_id')); $this->client->setClientSecret(Config::get('analytics.client_secret')); $this->client->setDeveloperKey(Config::get('analytics.api_key')); $this->client->setRedirectUri('http://localhost:8000/login'); // Adjust as needed $this->client->setScopes(['https://www.googleapis.com/auth/analytics']); } public function isLoggedIn() { if (isset($_SESSION['token'])) { $this->client->setAccessToken($_SESSION['token']); return true; } return false; } public function login($code) { $this->client->authenticate($code); $token = $this->client->getAccessToken(); $_SESSION['token'] = $token; return $token; } public function getLoginUrl() { return $this->client->createAuthUrl(); } // Add methods for data retrieval, etc. here... }
-
Add
app/src
to theautoload
->classmap
incomposer.json
and runcomposer dump-autoload
. -
Modify
app/controllers/HomeController.php
(or your equivalent controller):
<?php use App\Src\GA_Service; class HomeController extends BaseController { private $ga; public function __construct(GA_Service $ga) { $this->ga = $ga; } public function index() { if ($this->ga->isLoggedIn()) { // Show home page with data return "You are logged in!"; // Replace with actual data display } else { $url = $this->ga->getLoginUrl(); return View::make('login', ['url' => $url]); } } public function login() { if (Input::has('code')) { $code = Input::get('code'); $token = $this->ga->login($code); return "Login successful! Token: " . $token; // Replace with redirection } else { return "Invalid request parameters"; } } }
- Update your routes in
app/routes.php
:
Route::get('/', 'HomeController@index'); Route::get('/login', 'HomeController@login');
- Create a
login.blade.php
view:
<a href="https://www.php.cn/link/846437e17a8d1d5f37fe3bb0e1762499">Login with Google</a>
This completes the basic setup. The next steps would involve adding functions to GA_Service.php
to actually retrieve data using the Google Analytics API. Remember to handle potential errors appropriately. The provided code is a foundation upon which to build a more complete application. Consult the Google Analytics API documentation for details on making specific data requests.
The above is the detailed content of Using the Google Analytics API with PHP: Logging In. For more information, please follow other related articles on the PHP Chinese website!

PHP type prompts to improve code quality and readability. 1) Scalar type tips: Since PHP7.0, basic data types are allowed to be specified in function parameters, such as int, float, etc. 2) Return type prompt: Ensure the consistency of the function return value type. 3) Union type prompt: Since PHP8.0, multiple types are allowed to be specified in function parameters or return values. 4) Nullable type prompt: Allows to include null values and handle functions that may return null values.

In PHP, use the clone keyword to create a copy of the object and customize the cloning behavior through the \_\_clone magic method. 1. Use the clone keyword to make a shallow copy, cloning the object's properties but not the object's properties. 2. The \_\_clone method can deeply copy nested objects to avoid shallow copying problems. 3. Pay attention to avoid circular references and performance problems in cloning, and optimize cloning operations to improve efficiency.

PHP is suitable for web development and content management systems, and Python is suitable for data science, machine learning and automation scripts. 1.PHP performs well in building fast and scalable websites and applications and is commonly used in CMS such as WordPress. 2. Python has performed outstandingly in the fields of data science and machine learning, with rich libraries such as NumPy and TensorFlow.

Key players in HTTP cache headers include Cache-Control, ETag, and Last-Modified. 1.Cache-Control is used to control caching policies. Example: Cache-Control:max-age=3600,public. 2. ETag verifies resource changes through unique identifiers, example: ETag: "686897696a7c876b7e". 3.Last-Modified indicates the resource's last modification time, example: Last-Modified:Wed,21Oct201507:28:00GMT.

In PHP, password_hash and password_verify functions should be used to implement secure password hashing, and MD5 or SHA1 should not be used. 1) password_hash generates a hash containing salt values to enhance security. 2) Password_verify verify password and ensure security by comparing hash values. 3) MD5 and SHA1 are vulnerable and lack salt values, and are not suitable for modern password security.

PHP is a server-side scripting language used for dynamic web development and server-side applications. 1.PHP is an interpreted language that does not require compilation and is suitable for rapid development. 2. PHP code is embedded in HTML, making it easy to develop web pages. 3. PHP processes server-side logic, generates HTML output, and supports user interaction and data processing. 4. PHP can interact with the database, process form submission, and execute server-side tasks.

PHP has shaped the network over the past few decades and will continue to play an important role in web development. 1) PHP originated in 1994 and has become the first choice for developers due to its ease of use and seamless integration with MySQL. 2) Its core functions include generating dynamic content and integrating with the database, allowing the website to be updated in real time and displayed in personalized manner. 3) The wide application and ecosystem of PHP have driven its long-term impact, but it also faces version updates and security challenges. 4) Performance improvements in recent years, such as the release of PHP7, enable it to compete with modern languages. 5) In the future, PHP needs to deal with new challenges such as containerization and microservices, but its flexibility and active community make it adaptable.

The core benefits of PHP include ease of learning, strong web development support, rich libraries and frameworks, high performance and scalability, cross-platform compatibility, and cost-effectiveness. 1) Easy to learn and use, suitable for beginners; 2) Good integration with web servers and supports multiple databases; 3) Have powerful frameworks such as Laravel; 4) High performance can be achieved through optimization; 5) Support multiple operating systems; 6) Open source to reduce development costs.


Hot AI Tools

Undresser.AI Undress
AI-powered app for creating realistic nude photos

AI Clothes Remover
Online AI tool for removing clothes from photos.

Undress AI Tool
Undress images for free

Clothoff.io
AI clothes remover

AI Hentai Generator
Generate AI Hentai for free.

Hot Article

Hot Tools

WebStorm Mac version
Useful JavaScript development tools

Notepad++7.3.1
Easy-to-use and free code editor

EditPlus Chinese cracked version
Small size, syntax highlighting, does not support code prompt function

SublimeText3 Chinese version
Chinese version, very easy to use

VSCode Windows 64-bit Download
A free and powerful IDE editor launched by Microsoft