High-performance website -
This results in quicker response times and more efficient query processing, leading to improved overall server performance. With its high-speed data transfer and low latency, NVMe storage allows for quicker access to website files and assets, such as images, stylesheets, and scripts.
This leads to faster page load times and a better user experience. Overall, using NVMe storage greatly enhances database query performance due to its rapid data access capabilities.
Compressing web server responses with Brotli or Gzip can significantly improve website performance by reducing the amount of data transferred over the network.
This provides a final stage of optimization on the response being returned from the Origin Server. Enabling Brotli compression within NGINX is accomplished through the use of the brotli nginx module.
The module can be compiled and installed alongside NGINX and loaded dynamically. To determine if a request response was compressed with Brotli or Gzip compression, you can use Chrome or Firefox Developer Tools to review the Content-Encoding header — follow these steps:.
By examining the Content-Encoding header in the developer tools, you can quickly determine if a request response was compressed with Brotli or Gzip. Serving requests from the Nginx cache can result in significant performance improvements, as it eliminates the need for the request to traverse the entire stack and access the backend services.
This can lead to reduced processing times and improved response times, resulting in a better user experience. This is due to the caching mechanism's ability to serve requests directly from memory or disk, reducing the time taken to process the request.
Furthermore, serving requests from the Nginx cache can significantly reduce server load and improve scalability. By reducing the number of requests that must be handled by backend services like PHP-FPM or MySQL, the server can handle more requests concurrently, leading to improved performance and faster response times.
This is essential for a high traffic website. Our UltraStack NGINX configuration adds an X-Proxy-Cache HTTP header to responses and the Upstream Cache Status to nginx access log entries.
The following three techniques explain how to identify whether the page being received is a cached version served by Nginx:. MISS — The response was not found in the cache and so was fetched from an origin server.
The response might then have been cached. EXPIRED — The entry in the cache has expired. The response contains fresh content from the origin server. HIT — The response contains valid, fresh content direct from the cache. log com gonintesto. com vps com With NGINX proxy cache configured, you may use our Ultrastack Utilities to determine the cache HIT rates for all requests to NGINX.
log' While this is a tool specific to InMotion Hosting, the information can be retrieved using the third party NGINX module, nginx-module-vts.
TLS Transport Layer Security is a cryptographic protocol that provides secure communication between web clients and servers. TLS 1. Additionally, TLS 1. html variables. Finally, test the configuration using nginx -t and reload the nginx service using systemctl reload nginx.
It is designed to improve website performance by reducing latency and enabling faster page load times. While the exact amount depends on the specific workload of the website, a minimum of 4GB and 2 vCPU cores is recommended when benchmarking your resource needs on a high traffic website.
In a high-performance server running MySQL, Redis, PHP-FPM, Apache, and Nginx, having enough RAM is critical to allow each service's caching techniques to work at their full potential.
These services use RAM to cache frequently accessed data and reduce the time taken to retrieve it from disk or other storage devices.
If the server does not have enough RAM, the caching will not be as effective, leading to longer processing times and slower website performance.
For instance, MySQL uses the InnoDB buffer pool to cache frequently accessed data from the database, and Redis uses memory to store frequently accessed data in key-value pairs.
PHP-FPM uses opcache to cache PHP scripts, and Nginx uses RAM to cache frequently requested web pages and assets. If the server does not have sufficient RAM, these caching techniques will not be as effective, and the server may resort to swapping data in and out of slower storage devices, leading to slower response times and reduced server capacity.
To determine if a Linux server is swapping, you can use the free command to view the system's memory usage. If the "Swap" value is greater than zero, it indicates that the server is currently using swap space to store data in memory.
Additionally, you can use the vmstat command to monitor the amount of swapping activity occurring on the server, with the "si" and "so" values indicating the amount of memory being swapped in and out, respectively.
vmstat procs memory swap-- io -system-- cpu r b swpd free buff cache si so bi bo in cs us sy id wa st 1 0 0 0 0 0 16 14 0 0 4 3 93 0 0. To determine if a Linux server is experiencing OOM Out of Memory kills, you can check the system logs for messages related to OOM events.
If OOM events are occurring, you will see log entries that indicate which process or application was killed by the OOM killer. Additionally, you can use tools like dmesg and journalctl to view kernel messages related to OOM events.
By having enough RAM on the server, each service can utilize caching techniques to their fullest extent, resulting in faster processing times, reduced disk usage, and an overall better user experience.
It is important to note that the Etag request and response is much, much smaller than a download of content. In the context of CDNs, TTL typically refers to content caching, which is the process of storing a copy of your website resources e.
TTLs are used for caching purposes, and the value is stored in seconds. If the TTL value is set to a low number like seconds, the data will be stored in the cache for one hour. After one hour, a new version of the data needs to be retrieved.
If the TTL value is set to a high number like seconds, the data will be stored in the cache for 24 hours. High TTL values cache your data longer, and lessen the frequency for retrieving new data. This gives your website a performance boost by reducing the server's load, which improves the user's experience.
Before you set your cache TTL policies, you need to consider the types of content you have: static and dynamic. Static files like images and PDFs do not change frequently, so these should have a long TTL policy. This ensures that these files are cached for a longer period of time.
Dynamic content e. CSS, HTML, database driven content is updated on a frequent basis, so these resources need to be set accordingly. Cache busting is a technique used to force a browser or caching server to retrieve a new version of a resource, rather than using the cached version.
One way to do this is by using a query parameter, such as a timestamp or a version number, in the URL of the resource. This query parameter can be a timestamp or a version number, and it will be ignored by the server, but it will force the browser or caching server to treat the request as a new request, rather than using the cached version of the resource.
This technique is often used for static resources like stylesheets, scripts, images and so on, that are intended to be cached, but that may need to be updated frequently. By appending a query parameter to the URL, a new version of the resource will be retrieved each time the query parameter changes.
This technique is commonly used to ensure that the client gets the latest version of the resources after they are updated on the server side. This adds a random string at the end of static asset URLs.
This regenerates a new string that appends to the static asset URL, which will not match the URL of the stored version in your browser so it will show the updated version to the visitor. Cache storage is a finite resource, so every bit of storage performance matters. Caching at proxy servers is one of the ways to reduce the response time perceived by World Wide Web users.
What do you have now? What is your budget? Cache replacement algorithms play a central role in reducing response times by selecting specific website assets for caching, so that a given performance metric is maximized. They do this by deciding which objects can stay and which objects should be evicted the next time the website is accessed.
For the different types of caching and storage engines available in the W3TC plugin. The following list outlines those choices for you. Note: In order for some of these services to be available to your WordPress installation, they must be installed on the server in conjunction with the PHP extension or module needed for the service to function.
Page caching refers to caching the content of a whole page on the server side. Later when the same page is requested again, its content will be served from the cache instead of regenerating it from scratch. A page from a WordPress website contains dynamic content: PHP scripts, JavaScript, and SQL queries.
Executing this dynamic content is very resource heavy and takes a lot of time. Page caching allows for forming a part of the web page into static HTML.
With page cache enabled, website content displays faster for a visitor with less load to the server. Tip: The Disk: Enhanced caching method is the recommended storage engine and the most reliable option for page caching for most types of hosting plans.
Explain why Disk Enhanced is often recommended, under what scenarios is another type of page cache going to give better performance? Object caching is the process that involves storing database queries to serve a specific piece of data on the subsequent server request.
As a result, there will be fewer queries sent to the database and the result is your website will load much faster. The idea of an Object Cache is that WordPress Core, themes, and plugins may store some data that is frequently accessed and rarely changed in an object store.
This is so these objects will not have to be retrieved and processed on each request. This means that data stored in the cache resides in memory only and only for the duration of the request. Cached data will not be stored persistently across page loads unless you install a persistent caching plugin.
Ultimately, Object Caching will reduce the total number of database queries required for each page load. When the CPU does not have to rebuild these blocks of data, your response time will decrease. Tip: The Redis caching method is the recommended storage engine and the most reliable option for object caching if you have a VPS or Dedicated Server.
For shared hosting, Disk may be your only option in some cases. Transients are the data that exists in memory in cache for current WordPress activity. It makes the website faster. However, when the cache is cleared or expires, the heavy numerous database requests should run again to re-fill the cache.
It results in much less database load when the cache is cleared or expires. In W3 Total Cache, there is an option to store transients in the database. Database caching will store the results of MySQL database queries, in theory making it faster to return a response.
While this does sound like it would be useful, it is recommended that you disable it, and use Object Cache via Redis or Memcache instead. Tip: Database caching is not recommended if you are hosting on SSD or NVME drives.
Once the server and database have been tuned for performance, the next step is to ensure the application is optimized for performance. This can be done by leveraging techniques designed to deliver assets more efficiently, or remove any unnecessary data from them resulting in faster transfers.
The following are some of the most effective techniques you can use when it comes to optimizing your WordPress site for speed, but it is not an exhaustive list. When focusing on page and website performance, there are some essential tasks you can complete to help you achieve the performance results you are looking for.
These tasks include configuring caching, following best practices for elements that can introduce layout shifts, and adjusting your assets to ensure they are configured for the fastest possible delivery to your visitors.
WordPress is a dynamic program by default, so the easiest way to speed things up is to create a static version of your website pages, and use redirects to serve those cached files instead of calculating the result again with PHP and MySQL.
This cache can be stored on the disk, in the server's RAM or if you are using a CDN, on a Point of Presence or Edge Server.
If you are storing the page cache on the web server, then it is recommended to use Disk: Enhanced storage, so the web server redirects can serve the cache prior to the request reaching PHP, essentially making the site load faster by using these static files instead of recreating them with queries and calculations.
Storing page cache on a CDN at the edge is a practice known as Full Site Delivery or Acceleration, where the website is served by sending a cached version of the website from a geographic location near the visitor, as opposed to the request reaching out to the origin server where the data lives.
This removes location introduced latency from the equation, making websites much faster for all of your visitors. By default, the object cache in WordPress is not persistent.
This means that data stored in the cache resides in memory for the duration of the request and is removed after the response is delivered. To store these cached objects for reuse, you can use a plugin that connects the WordPress cache to Redis, a RAM based service that is used for persistent object storage.
W3 Total Cache will allow you to use object caching with Redis. Redis stores the data as keys in the web server's memory, which allows for retrieval of the data to happen much faster than the WordPress method, which caches those objects to the options table in the database by default.
When adding elements such as fonts, carousels and banners to your website, you want to ensure you are following best practices. These types of elements can have a negative impact on Core Web Vitals if not implemented correctly. A great example of this is not explicitly setting proper placeholders or dimensions for images, videos, iframes or other similar embedded content throughout your page.
When the content is loaded, this can cause layout shift, and Core Web Vitals has very specific metrics, as a moving page can create a bad user experience for your visitor.
Loading custom fonts on your website is another example where things can go wrong. Adding them incorrectly can delay the text rendering or even cause layout shifts.
Typically, your browser will delay displaying text until the font is loaded, which can also impact your FCP or LCP.
If the text does load prior to your web font, and they are different sizes, layout shifts will occur and directly impact your CLS score. Using best practices for these and other common UX elements is recommended to avoid negative impacts to your page performance.
When developing a website, most programmers tend to use spacing and comments to make code readable for both themselves and others. Minification is a technique used to reduce load times on a website by removing unnecessary characters and comments from the code for faster delivery and rendering.
This technique can be used on HTML, CSS and Javascript files and code, and can dramatically improve your site's performance. To minify your assets with W3 Total Cache, you will need to enable it in General Settings.
There is an automatic mode which attempts to handle the heavy lifting for you, but if you have issues with it you will need to enable manual mode and add the assets you wish to be minified yourself under the minify page. There is a help wizard for setting up minify, which you can use to specify the template to use when loading the asset, or choose to load the asset globally.
Using this method you can create page templates and page specific assets that only load the necessary files for the page being requested to fine tune your application for performance.
The term concatenation refers to the action of linking things together in a series. In the context of website performance, this means combining multiple CSS and Javascript files into a few files, to deliver the assets the browser needs faster with less requests.
In W3 Total Cache, concatenating files is an option in General Settings, under minify. Checking the box will allow you to combine the asset files into one of 3 different files in the DOM: One in the head, one in the body or one at the footer before the closing of the document.
Render-blocking resources is essentially code in your website files, usually CSS and JavaScript, that prevents a web page from loading quickly.
To ensure your site loads as efficiently as possible, you can specify attributes that tell the browser how to download the code in relation to the other site assets.
The Minify Help wizard in Total Cache will allow you to specify which JS and CSS files load by template, allowing you to have fine tune control over what assets load when and where. To use the wizard, you must set Minify to Manual Mode in General Settings, then visit the Minify Page to launch the Help Wizard.
If your site is using multiple 3rd party scripts, the location those scripts are hosted on will be considered a cross-origin domain. That 3rd party domain will need to resolve to an IP address for the browser to download the file and complete the request.
The time it takes for this DNS resolution to take place can introduce latency into the page load, and using preconnect and prefetch will instruct the browser to handle this prior to fetching the asset. This can help remove the latency introduced by resolving a large number of DNS requests for assets in the background.
Using dns-prefetch and preconnect links will help your page load faster by performing these operations for later use.
The dns-prefetch will do a DNS lookup, while preconnect will establish the connection to the server. This connection established will also include a TLS handshake, if served over HTTPS.
The preconnect hint should be used sparingly, and only for the most critical assets being used in the viewport during the initial page load. For non critical assets, using only the dns-prefetch hint is recommended. Image Optimization refers to the practice of a website delivering the highest quality image with the right format, resolution and dimensions for the device and viewport accessing them.
This is done with the intent of keeping the file size as small as possible. There are several layers when dealing with optimizing your images, including removing metadata, converting to a different format, resizing and lazy loading.
One of the ways to reduce an image's file size is to remove any metadata attached to the file. This data can include information about the camera used to take the picture, GPS coordinates, the files owner, comments, a thumbnail, date, description, keywords and much more.
There are several types of metadata that can be added to images, including EXIF, IPTC, XMP. Removing this data will help to decrease the file size of the image. An added benefit is that removing metadata keeps these details from being publicly shared.
WebP is a compression format for images developed by Google. When optimizing your images for speed, using WebP is the recommended format for websites. Most modern browsers now support the WebP image format. There are many WordPress plugins that offer this type of image conversion and most even assist with redirects to automate the process and a fallback option in case the browser does not support the WebP format.
When different devices are used to access your web page, the image size needed will vary depending on the visitors viewport. Dynamic image sizes can be used to make each of these devices load the image with a size tailored specifically to the viewport where the site is being rendered.
A great example of this would be the hero image on your website. Providing the browser with the smaller size would reduce the time it needs to download the file, and display it. There are many WordPress plugins and CDN Providers that offer dynamic resizing for images.
The solution you choose should be based on your audience. Lazy Loading is the practice of identifying non critical assets, and ensuring they only load later as needed to render the page in the browser.
In the context of images, lazy loading is usually based on a user interaction such as scrolling, and loads the images needed as a user gets near them. Lazy Loading allows the first render to happen faster, as it instructs the browser to only load the critical resources needed to display what is being rendered in the viewport.
Then, as you scroll, the application can detect when resources such as images or embeds are needed , and initialize the download. W3 Total Cache offers lazy loading for images.
And upgrading to Pro gives you the ability to lazy load Google maps. One of the biggest issues authors run across is having multiple video embeds from providers such as Youtube or Vimeo.
Loading these videos will force your site to do DNS lookups, make connections to these 3rd party servers in the background, and download the elements needed to render the content. This technique is also known as Front end optimization. The following is a list of the top 10 key actions reference Front End Optimization.
APIs are the bridge between the web pages and the database. APIs transfer data from data sources to web browsers and vice versa. If not appropriately designed, APIs could clog the data pipes and degrade your app's performance. Software architects must use API best practices and architectural and coding guidelines.
Unoptimized SQL queries or stored procedures are one of the common reasons data-heavy web applications are slow. Web developers who are not experienced in writing optimal SQL queries can easily add additional stress on a database server.
You can run SQL optimization tools available in the market. Most of these tools have recommendations on how to fix SQL queries. Learn here How to Optimize SQL Queries.
Many database engines, such as SQL Server, provide query optimization and tuning tools. SQL Server's automatic tuning feature can notify you when your database requires Tuning. Several other tools are available in SQL Server, such as Performance Dashboard, QTA, Open Activity Monitor, and more.
This is because thes is because the database stores website-related data, including, including text and raw data.
Therefore, a database must be appropriately designed for performance reasons. Lousy database design affects the performance of SQL queries. Perhaps you should hire an expert to analyze your database and prepare a recommendation report.
This is probably the most challenging component to fix. All stored procedures, SQL queries, backend jobs, and data layer code are written based on database tables.
Unfortunately, the lousy design of tables also means slow SQL queries. You can hire an expert DBA to analyze your database and help you optimize the tables and queries to fix a bad database design.
Hardware resources could be the reason for a slow website if a website gets a lot of traffic. For C Corner, hardware resources have always been a challenge.
Hardware resources include processor speed, hard drive speed, storage size, memory, network speed, and firewalls. Most hosting service providers have tools to analyze hardware resources' usage and performance.
Third-party services and APIs are often needed in large scalable complex websites. Third-party services and APIs may also change from time to time. Your website must ensure that any update in third-party APIs is up to date at your end.
One of our clients uses a third-party API to authenticate and register new members. The only way to fix this is to allocate enough resources to your Web app. If unsure, you may want to talk to your hosting provider. Most of the hosting providers also have resource consumption reports and monitoring.
Ensure you compress data and files before they are uploaded to your website. You want to squeeze, for example, if your website serves images and icons like C Corner does. If your web pages provide a large data display and tables, try to download data in chunks visible on the page.
If any previous points are not taken care of, increased website traffic can worsen it. If you have a poor front-end framework, bad SQL or database, or insufficient hardware resources, more traffic will add to your problems.
Increased traffic is a good problem to have. The only way to fix this is to optimize website components, including front-end pages, SQL, and APIs. You definitely will need to add more hardware power to the servers. When building a website that may get a ton of traffic, you want to make sure that you choose a scalable and high-performance database engine.
For example, some databases are not designed for highly trafficked websites. Data access and data download can lead to slow website responses. Lousy database design and unoptimized SQL queries and stored procedures pair often lead to slow answers from database to UI.
Making a website a progressive web app PWA is one of the growing technologies these days. PWA technology allows a Website to cache data in a local browser and even lets you access it in offline modes. The service worker's use will enable PWAs to access data access and other operations in the background worker threads.
Optimized and caching images also help. This is a bonus point. The top 5 website speed test tools include TestMySite, YSlow, WebPageTest, GTMetrix, and Google Analytics. Check out the Top 5 Website Speed Test Tools to learn more about these tools.
A score above 90 is a good score. The tool provides a detailed analysis and report on the problems in a Web page and how to fix these problems.
High-performance website High-perforamnce is High-perfomrance with Hiyh-performance inspiring websites for wesbite of all sizes. Wwbsite design is one of the most High-performance website factors in determining whether or not a Insulin sensitivity improvement will stay on Endurance nutrition for endurance sports website. Websites play an important High-performance website in most businesses, as it helps consumers obtain more information about the business and even interact with its features. Consumers have come to expect lightning-fast website performance not only via their personal systems but also phones, and companies that fail to meet this expectation can possibly lose their audience and customers. Consumers now have shorter attention spantherefore, an attractive website is a must. It should also be easy to navigate and helpful with information.High-performance website -
All Design Services. How to Design a High Performance Landing Page. A landing page is commonly used for and of these: Offer a product.
Offer a service. Offer an event. Offer something for free. In return for email addresses. Register for a webinar. Free trial. Test an offer.
Step 1. Get clear on who your target market is Step 2. Have only one action for people to do on the page Step 3. Add a compelling headline that evokes emotion and curiosity Step 4. Add clearly defined benefits to the reader of your product or service Step 5.
Add credibility and share your expertise to back up your claim Step 8. Step 9. Explain the features Step Explain the value in the pricing section Step Have a guarantee Step Have Frequently Asked Questions Step Have a link to your Terms and Privacy Policy and contact details Step Use a secure payment gateway.
COMMON DESIGN MISTAKES Not congruent across all of their touchpoints from ads to landers. Not designed to attract the right audience by using the wrong color palette to using the wrong images and graphic style.
Designed with cheesy stock images!! KILLER TIP: Test It!!!!!! Be prepared to tweak the design because every audience responds differently. Quantitive data is checking your Google analytics and any type of analytics that show the measurable figures in your business.
Qualitative data is studying user behavior on your website. We use an amazing tool called HOTJAR. Heat maps, user polls, video recordings of your website users.
Ready to Transform Your Brand and Website? Get Started. You may also like…. How To Fix a Brochure Website So it Converts Like Crazy! View Post. How much should you pay for a new website in ?
NOT a designer, not a web designer and certainly not a landing page expert. Full stop! Gary Goldstein. Greg and his team are total professionals. For example, you can use separate backend and front-end frameworks.
NET Core now. NET 5 as the backend and React as front end framework. Here is a list of Top Front-end frameworks. Poorly designed web pages are one of the significant reasons many highly-trafficked websites are slow to load and respond.
This technique is also known as Front end optimization. The following is a list of the top 10 key actions reference Front End Optimization. APIs are the bridge between the web pages and the database. APIs transfer data from data sources to web browsers and vice versa.
If not appropriately designed, APIs could clog the data pipes and degrade your app's performance. Software architects must use API best practices and architectural and coding guidelines.
Unoptimized SQL queries or stored procedures are one of the common reasons data-heavy web applications are slow. Web developers who are not experienced in writing optimal SQL queries can easily add additional stress on a database server.
You can run SQL optimization tools available in the market. Most of these tools have recommendations on how to fix SQL queries. Learn here How to Optimize SQL Queries. Many database engines, such as SQL Server, provide query optimization and tuning tools.
SQL Server's automatic tuning feature can notify you when your database requires Tuning. Several other tools are available in SQL Server, such as Performance Dashboard, QTA, Open Activity Monitor, and more.
This is because thes is because the database stores website-related data, including, including text and raw data. Therefore, a database must be appropriately designed for performance reasons. Lousy database design affects the performance of SQL queries.
Perhaps you should hire an expert to analyze your database and prepare a recommendation report. This is probably the most challenging component to fix. All stored procedures, SQL queries, backend jobs, and data layer code are written based on database tables.
Unfortunately, the lousy design of tables also means slow SQL queries. You can hire an expert DBA to analyze your database and help you optimize the tables and queries to fix a bad database design. Hardware resources could be the reason for a slow website if a website gets a lot of traffic. For C Corner, hardware resources have always been a challenge.
Hardware resources include processor speed, hard drive speed, storage size, memory, network speed, and firewalls. Most hosting service providers have tools to analyze hardware resources' usage and performance.
Third-party services and APIs are often needed in large scalable complex websites. Third-party services and APIs may also change from time to time. Your website must ensure that any update in third-party APIs is up to date at your end. One of our clients uses a third-party API to authenticate and register new members.
The only way to fix this is to allocate enough resources to your Web app. Interesting reading with a lot good advices. Amir Sarabadani. Very basic and so outdated that it's not any of use. Katie Cunningham. Author 15 books 24 followers. This is a must-read for anyone that ever touches a website.
There's tips for front-end people, back-end people, and ops. Even the introduction blew my mind. This will make you want to tear down every website you've ever built and make it as efficient as possible, even if it only gets four views a month. Need-to-know knowledge about we site performance, in a very compact form.
On the other hand, much of this book has been distilled into the YSLOW tool suite, and a thorough sift through its documentation and some experimentation make reading the book kind of redundant. Hasn't aged as much as I thought. Still a concise primer on best practices for serving web content.
Luckily most of this has become standard. Extra star for the screenshots of major websites, such as Amazon. A time capsule and funny because they got the lowest grade and the heaviest payload.
Times have changed. Chiranjivee Thakur. This book is awesome, learned some of the most amazing concepts and got a great clarity on website performance.
This book was clearly written for a different time in the history of technology. A lot has changed in the last 15 years The basics are still the same good ole HTML, CSS, and JS still dominate so for building static websites a lot of the advice here still makes sense.
If you need to be concerned about low bandwidth users or even high bandwidth users , by all means you should follow caching best practices. But there are a lot of new tools that will help reduce many of these pain points. All that said, it was an easy read and an interesting view of the internet from days gone by.
Modern bundlers, minifiers, and service workers can alleviate many of concerns mentioned in this book, but you'll have to wait for High Performance Web Apps to be published before you can learn about them.
Pass this book over if you want some advice for Excellent introduction to topic. Easy to read, informative, and indeed, adopting just couple rules from presented in this book ,could save a lot of bandwidth of your users.
In my opinion, essential lecture for an beginners on web related career paths, since which I began thinking seriously about performance even as a junior front dev. I would highly recommend. An excellent resource covering the basics of frontend page performance. However the contents and examples are quite dated I believe most come from or earlier.
I would have preferred a larger book with more discussion about recent changes in frontend performance and more about non-standard pages. I read this book back when it was new. Souders pioneered much of the field of front end performance. it's pretty old but still worth skimming.
Ken Murphy. I read this one a while ago. David Druska. This book is good for beginner or intermediate web developers, or a backend developer that isn't knowledgeable on web browsers. Aaron Nance. Don't bother.
This book is so out of date it should be removed from publication. Qin Zhong. explained how modern front-end frameworks work Gabriel Santos. Despite being old it contains very useful information! Natasha Holme. Author 5 books 65 followers. Despite being written in , the techniques outlined in this book are largely still relevant ten years later.
High-perfprmance your High-petformance site to display High-performance website quickly? Author Steve Souders, in his job as Chief Performance Yahoo! Even sites that had already been highly optimized, such as Yahoo! Search and the Yahoo! Front Page, were able to benefit from these surprisingly simple performance guidelines.
In diesen Tag, wie absichtlich
die Analoga existieren?
Ja, ich verstehe Sie.
Sie sind absolut recht. Darin ist etwas auch mir scheint es die ausgezeichnete Idee. Ich bin mit Ihnen einverstanden.