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.htaccess Generator

Generate Apache .htaccess rules for redirects, caching, security headers, and URL rewriting.

SSL / HTTPS

URL Normalization

Redirects

No redirects added

Custom Error Pages

Performance

Security

Generated .htaccess

# No rules selected. Enable options above to generate .htaccess rules.
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Frequently Asked Questions

What is an .htaccess file?
An .htaccess (hypertext access) file is a configuration file used by Apache web servers. It allows you to make configuration changes on a per-directory basis, controlling URL redirects, access control, custom error pages, MIME types, compression, caching, and security headers without modifying the main server configuration.
What rules can this tool generate?
The tool generates rules for: 301 and 302 redirects, forcing HTTPS, www to non-www redirects (and vice versa), custom error pages (404, 403, 500), GZIP compression, browser caching with expiration headers, IP blocking, hotlink protection, security headers (XSS, clickjacking, MIME sniffing), and directory listing prevention.
How do I use the generated .htaccess rules?
Copy the generated code and save it in a file named ".htaccess" (including the leading dot) in your website root directory. Upload it to your Apache web server via FTP, SFTP, or your hosting file manager. The rules take effect immediately without server restart.
What is the difference between 301 and 302 redirects?
A 301 redirect is permanent, telling search engines to transfer ranking authority to the new URL. A 302 redirect is temporary, keeping the original URL in search engine indexes. Use 301 when a page has permanently moved, and 302 when the redirect is temporary (maintenance, A/B testing).
Will .htaccess rules work on my server?
.htaccess files only work on Apache web servers with mod_rewrite enabled. They do not work on Nginx, IIS, or other web servers. Most shared hosting providers use Apache and support .htaccess. Check with your hosting provider if you are unsure about your server type.
Can .htaccess rules affect site performance?
Yes, Apache checks for .htaccess files on every request by traversing all directories from root to the requested file. For high-traffic sites, putting rules in the main server configuration (httpd.conf or virtual host config) is more performant. However, for most websites, the performance impact of .htaccess is negligible.
How do I enable GZIP compression?
Enable the GZIP compression option in the tool to generate mod_deflate rules that compress HTML, CSS, JavaScript, XML, and JSON responses before sending them to the browser. This typically reduces transfer sizes by 60-80%, significantly improving page load times.

How to Use the .htaccess Generator

Configuring Apache web servers through .htaccess files can be complex and error-prone, with subtle syntax that leads to server errors when mistakes are made. Our .htaccess Generator provides a simple checkbox-based interface that produces tested, production-ready rules for the most common server configuration needs.

Step 1: Select your rules. Browse through the available rule categories: redirects, HTTPS/SSL, URL normalization, error pages, performance optimization, security, and access control. Check the boxes for the rules you need, and configure any parameters like redirect URLs or blocked IP addresses.

Step 2: Configure parameters. Some rules require additional input, such as the URL for redirects, IP addresses to block, or the domain name for hotlink protection. Fill in these fields as needed. Default values are provided as sensible starting points.

Step 3: Copy and deploy. The generated .htaccess code appears in real-time. Copy the complete output, save it as ".htaccess" in your web root, and upload it to your server. Test the rules by visiting your site and checking that redirects, caching, and security headers work as expected.

Understanding .htaccess Configuration

The .htaccess file is one of the most powerful configuration tools available on Apache web servers. It provides directory-level control over server behavior, enabling developers and server administrators to implement URL rewriting, access control, authentication, and performance optimization without direct access to the main server configuration files.

Apache processes .htaccess files by searching for them in every directory in the path to the requested file. This cascading behavior means that rules in a subdirectory can override or extend rules in parent directories. The file is read on every request, which provides immediate configuration changes but has a minor performance cost compared to main configuration file rules.

The mod_rewrite module, which handles URL rewriting and redirects, uses a powerful but complex syntax based on regular expressions. Simple rules like redirecting HTTP to HTTPS require understanding RewriteCond (conditions) and RewriteRule (actions), along with server variables and flags. Our generator handles this complexity for you.

Essential .htaccess Rules Explained

Force HTTPS. Redirecting all HTTP traffic to HTTPS is essential for security and SEO (Google uses HTTPS as a ranking signal). The rule checks if the connection is not secure and redirects to the HTTPS version of the URL, preserving the original path and query string.

GZIP compression. Enabling GZIP compression through mod_deflate can reduce the size of HTML, CSS, JavaScript, and JSON responses by 60-80%. This significantly improves page load times, especially on slower connections. Modern browsers all support GZIP decompression transparently.

Browser caching. Setting proper cache-control and expires headers tells browsers how long to cache static assets. CSS, JavaScript, and images can typically be cached for months or years (using versioned filenames), while HTML pages should have shorter cache durations. This dramatically reduces repeat-visit load times.

Security headers. HTTP security headers protect against common attacks. X-Frame-Options prevents clickjacking, X-Content-Type-Options prevents MIME-type sniffing, X-XSS-Protection enables browser XSS filters, and Referrer-Policy controls information leakage. These headers are easy to implement and significantly improve your security posture.

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