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HTTP relies on a system of response codes, each comprising three digits, to communicate the status of a client’s request. These codes are indispensable for interpreting the outcome of an HTTP transaction. They are systematically categorized into ranges, with each range signifying a specific class of response.

The 100 Series: Informational Codes

The 100 series of HTTP status codes indicates that the initial portion of a request has been received by the server and has not been rejected. The server intends to provide a final response after processing the request entirely.

Code 100 – Continue

This interim response directs the client to proceed with the request or disregard the response if the request is already completed.

Code 101 – Switching Protocols

This code is dispatched in response to an Upgrade request header from the client, signaling the server’s intent to transition to a different protocol.

Code 102 – Processing

Code 102 signifies that the server has received the request and initiated processing, although a response is not yet available.

Code 103 – Early Hints (Experimental)

Primarily tailored for use with the Link header, this status code enables the user agent to commence preloading resources while the server readies a response.

The 200 Series: Success Codes

The 200 series of response codes denotes the successful fulfillment of an HTTP request. The most recognized code within this range is “200 OK,” signifying that the server successfully processed the request and is providing the requested data. This series predominantly addresses positive outcomes.

Code 200 – OK

This code confirms that the request has been satisfied.

Code 201 – CREATED

Following a POST command, this code indicates success. However, the response line contains the URI under which the newly created document should be known.

Code 202 – Accepted

The request has been acknowledged for processing, but the processing is ongoing. It may or may not be acted upon in the future, as it may be disallowed when actual processing occurs. Asynchronous operations do not support status returns in this context.

Code 203 – Partial Information

In the response to a GET command, this code signifies that the returned metainformation is not a definitive representation of the object from a server with a copy of the object. Instead, it is from a private overlaid web and may include annotation information about the object.

Code 204 – No Content

This response suggests that no content is available for the request, but the headers remain valuable. The user agent may update its cached headers for this resource with the new ones.

Code 205 – Reset Content

This instructs the user agent to reset the document that sent the request.

Code 206 – Partial Content

Used when the client sends a Range header to request only a portion of a resource.

Code 207 – Multi-Status

This code imparts information about multiple resources, applicable when multiple status codes might be pertinent.

Code 208 – Already Reported

Found within a response element, this code aims to prevent repeated enumeration of internal members of multiple bindings to the same collection.

Code 226 – IM Used

This code signifies the server’s fulfillment of a GET request for the resource, with the response representing the result of one or more instance-manipulations applied to the current instance.

The 300 Series: Redirection Codes

The 300 series of codes informs the client of the necessity for additional actions to complete the request. Notable examples include “301 Moved Permanently” and “302 Found,” guiding the client to a new location for the requested resource. These codes facilitate URL redirection, proving valuable for handling relocated or renamed resources.

Code 301 – Moved Permanently

This code indicates that the URL of the requested resource has permanently changed, with the new URL provided in the response.

Code 302 – Found

Signaling a temporary change in the URI of the requested resource, further URI modifications may occur in the future. The client should continue using this URI for future requests.

Code 303 – See Other

The server responds with this code to instruct the client to retrieve the requested resource at another URI using a GET request.

Code 304 – Not Modified

Employed for caching purposes, this code informs the client that the response remains unaltered, allowing the continued use of the cached response.

Code 305 – Use Proxy (Deprecated)

Formerly part of the HTTP specification, this code indicated that a proxy must be used to access a requested response. It has been deprecated due to security concerns related to in-band proxy configuration.

Code 306 – Unused

This response code is obsolete and reserved. It was used in an earlier version of the HTTP/1.1 specification.

Code 307 – Temporary Redirect

Used when the server instructs the client to obtain the requested resource at another URI using the same method as the prior request. Similar to the 302 Found response code, the user agent must retain the HTTP method used.

Code 308 – Permanent Redirect

This code signifies the permanent relocation of a resource to another URI, indicated by the Location: HTTP Response header. Similar to the 301 Moved Permanently response code, the user agent must retain the HTTP method used.

The 400 Series: Client Error Codes

The 400 series of response codes signifies an issue with the client’s request. The most iconic code is “404 Not Found,” indicating the server’s inability to locate the requested resource. Others, such as “400 Bad Request” for malformed requests and “401 Unauthorized” requiring authentication, empower developers to diagnose and resolve client-related problems.

Code 400 – Bad Request

This code pertains to requests with erroneous syntax or inherently unsatisfiable criteria.

Code 401 – Unauthorized

The message parameter specifies acceptable authorization schemes. The client should reattempt the request with an appropriate Authorization header.

Code 402 – Payment Required

Similar to 401 Unauthorized, this code communicates the acceptability of charging schemes. The client may reattempt the request with a suitable ChargeTo header.

Code 403 – Forbidden

This response indicates that the request pertains to forbidden content, with authorization providing no remedy.

Code 404 – Not Found

This code signifies the server’s inability to locate the requested resource. In a browser, it suggests an unrecognized URL. In an API context, it indicates a valid endpoint but a nonexistent resource. Servers may use this response instead of 403 Forbidden to conceal a resource from an unauthorized client.

Code 405 – Method Not Allowed

The server acknowledges the request method but does not support it for the target resource. For instance, an API may disallow the DELETE method for resource removal.

Code 406 – Not Acceptable

Sent when the web server, after server-driven content negotiation, fails to find content adhering to the user agent’s criteria.

Code 407 – Proxy Authentication Required

Similar to 401 Unauthorized, but here, authentication is mandated via a proxy.

Code 408 – Request Timeout

Sent on idle connections by some servers, indicating a desire to terminate unused connections. This response is more common with browsers like Chrome, Firefox 27+, or IE9, which employ HTTP pre-connection mechanisms to enhance browsing speed. Some servers may simply close connections without sending this message.

Code 409 – Conflict

This code is issued when a request conflicts with the server’s current state.

Code 410 – Gone

Sent when the requested content has been permanently deleted without forwarding. Clients should remove their caches and links to the resource. The HTTP specification suggests this code for “limited-time, promotional services,” with APIs not obligated to employ it for deleted resources.

Code 411 – Length Required

The server rejects the request when the Content-Length header field is undefined and required by the server.

Code 412 – Precondition Failed

This code arises when the client specifies preconditions in its headers that the server cannot meet.

Code 413 – Payload Too Large

This indicates that the request entity exceeds the server’s defined limits. The server might close the connection or provide a Retry-After header field.

Code 414 – URI Too Long

This code signifies that the client’s requested URI exceeds the server’s capacity for interpretation.

Code 415 – Unsupported Media Type

This code indicates that the server does not support the media format of the requested data, leading to the request’s rejection.

Code 416 – Range Not Satisfiable

Used when the Range header field in the request cannot be fulfilled, potentially because the specified range exceeds the target URI’s data size.

Code 417 – Expectation Failed

This response code arises when the server cannot meet the expectation set by the Expect request header field.

Code 418 – I’m a Teapot

The server humorously refuses to brew coffee with a teapot. It’s a nod to the absurd and whimsical side of HTTP. It’s also prone to be both short and stout.

Code 421 – Misdirected Request

This code indicates that the request was directed at a server incapable of producing a response, often due to a mismatch between the scheme and authority in the request URI.

Code 422 – Unprocessable Content

The request is well-structured but cannot be processed due to semantic errors.

Code 423 – Locked

This code suggests that the resource being accessed is currently locked.

Code 424 – Failed Dependency

Issued when a request fails due to the failure of a previous request.

Code 425 – Too Early (Experimental)

Indicates the server’s reluctance to process a request that might be subject to replay.

Code 426 – Upgrade Required

The server declines to fulfill the request under the current protocol but is open to doing so once the client upgrades to an alternative protocol. The server communicates the required protocol(s) using an Upgrade header in the 426 response.

Code 428 – Precondition Required

The origin server mandates conditional requests to prevent the “lost update” problem, where a client GETs a resource’s state, modifies it, and PUTs it back, while a third party alters the server’s state simultaneously, leading to a conflict.

Code 429 – Too Many Requests

This code is triggered when a user sends an excessive number of requests within a defined time frame, often referred to as “rate limiting.”

Code 431 – Request Header Fields Too Large

The server refuses to process the request due to excessively large header fields. Resubmission is possible after reducing the request header field size.

Code 451 – Unavailable For Legal Reasons

This code signifies that the user agent sought a resource that cannot legally be provided, such as a web page censored by a government.

The 500 Series: Server Error Codes

The 500 series encompasses HTTP response codes indicative of server-related issues. Notable among these is “500 Internal Server Error,” pointing to an unforeseen error on the server that obstructed request fulfillment. Others include “502 Bad Gateway,” often encountered in proxy scenarios, and “503 Service Unavailable,” denoting temporary unavailability. These codes serve as valuable indicators for server administrators to identify and address internal issues.

Code 500 – Internal Error

The server confronts an unexpected condition that obstructs the request’s fulfillment.

Code 501 – Not Implemented

This code signifies the server’s lack of support for the required facility.

Code 502 – Service Temporarily Overloaded

When the server grapples with high loads, whether due to HTTP servicing or other requests, it cannot process the request. This condition is usually temporary, with alleviation expected at other times. Ironically, if a server is too overloaded, it may not be able to serve this response.

Code 503 – Service Unavailable

The server is unprepared to handle the request, often due to maintenance or overload. Along with this response, a user-friendly page explaining the issue should be provided. Caching-related headers are crucial for this temporary condition response, typically not meant for caching. The Retry-After HTTP header, if possible, should indicate the estimated recovery time for the service. Webmasters should also consider the caching-related headers in this context.

Code 504 – Gateway Timeout

This response surfaces when the server operates as a gateway and cannot obtain a response within the stipulated time.

Code 505 – HTTP Version Not Supported

This code signifies that the server cannot support the HTTP version used in the request.

Code 506 – Variant Also Negotiates

This code reflects an internal configuration error on the server. The chosen variant resource is configured to engage in transparent content negotiation, rendering it an unsuitable endpoint in the negotiation process.

Code 507 – Insufficient Storage

Issued when the server lacks the capacity to store the representation necessary to fulfill the request.

Code 508 – Loop Detected

The server detects an infinite loop while processing the request.

Code 510 – Not Extended

This code denotes that further extensions to the request are necessary for the server to meet it.

Code 511 – Network Authentication Required

Signifies that the client must authenticate to access the network.

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There are various reasons why broken links occur on a WordPress website. For instance, a link may become broken if the target page has been modified, relocated, or no longer exists. This resource aims to guide you on effectively addressing broken links in WordPress. You will gain an understanding of what broken links are, their causes, and the proper methods for fixing them on your WP website.

Understanding Broken Links in WordPress

Definition

“Broken links” refers to links within a WordPress site that direct users to non-existent pages. For example, if there are two pages, A and B, and Page A links to the non-existent Page B, users will encounter an error message when they click on that link.

Impacts

Broken links can significantly impact a website beyond just the user experience. They can also negatively affect SEO, as users can’t access valid pages when clicking on broken links. Additionally, broken internal links (links between two pages on the same website) can generate errors in Google Search Console, negatively affecting the site’s rankings on search engine results pages.

Next Steps

Besides user experience and SEO, broken links can impact a site’s indexing on search engines. Once you have fixed broken links on your WordPress site, submitting re-crawl requests to Google can help you resolve broken link issues and improve the overall performance of your website.

Causes of Broken Links

Improper Management of Pages in WordPress

Broken links occur when a page’s URL has been changed in WordPress. Moving a target page from one location to another can create broken links on a WordPress website. While WordPress can automatically handle some broken links by redirecting them, it requires attention when there is no redirection in place.

Sometimes, the permalinks system can fail, making everything except the front page inaccessible. Luckily, restoring the permalinks in this scenario is easy. From WP Admin, go to Settings > Permalinks. Save the default permalink settings that you find, and voila! The permalinks should work again.

Other permalink errors, such as those caused by website migration or hacking, take a little more work to fix.

Website Migration

During website migration, which involves transferring a site from one host to another, issues such as backup restoration, DNS problems, SSL installation, and HTTPS redirection can result in broken links on your WP site.

Hacking Incidents

Hacking incidents can also lead to broken links on a WordPress website. For instance, when manual backdoors are planted, the site’s pages are removed, or the website experiences defacement, broken links can be created. Conducting a malware scan on your site or seeking assistance from WordPress security professionals can help mitigate such issues.

Addressing Broken Links in WordPress – Step by Step

STEP 1 – Identifying Broken Links

Google Search Console is an excellent tool for identifying broken links. If you have configured GSC for your WordPress site, it will show you broken links over time. Logging into GSC and navigating to Indexing > Pages will display a list of broken links on your site. You can export this list for further analysis and action.

STEP 2 – Resolving Broken Links

To fix broken links, you need to edit and update the links in your WordPress content. After obtaining the list of broken links in GSC, click on each link to see if it triggers a 404 Not Found error. Manually making changes can be challenging, so seeking professional assistance may be beneficial.

When updating a broken link, consider the following:

• If the target page is missing, link it to a different but relevant page on your WordPress site.
• If the target page’s URL has changed, configure redirects for the old URL using a WordPress plugin like Redirects. WordPress should automatically set redirects when a user updates a URL for a page or post.
• If a page links to a page that requires login access, ensure you change the target to a relevant, freely accessible page on your site.

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