{Ssearch} ን ወደ ደች ይተርጉሙ

EN More importantly, since HTTP/3 uses QUIC (hence UDP) where prior versions of HTTP use TCP, HTTP/3 will always be at a different endpoint from the HTTP/1.x and HTTP/2 service.

• importantly
• since HTTP
• uses QUIC
• hence UDP
• TCP
• HTTP

EN A bar chart showing the usage rates of different compression algorithms for HTTP responses. 77.39% of HTTP responses that use compression employ the Gzip algorithm, 22.59% use Brotli, and 0.03% use some other method.

• bar chart showing
• responses
• algorithm
• Brotli

EN Survio automatically processes all collected responses. Browse freely through individual responses from submitted surveys. Is your survey non-anonymous? Find particular responses by respondent’s e-mail.

• Survio automatically processes
• collected responses
• responses from submitted
• survey non-anonymous

EN As we can see 73.5% of mobile responses are served with a Cache-Control header, and 56.2% of responses are served with an Expires header and nearly all of those (55.4%) will not be used as the responses include both headers

• Cache-Control header
• responses are served
• Expires header
• include both headers

EN A bar chart showing Set-Cookie usage on cacheable responses. 41.4% of cacheable desktop responses and 40.4% of cacheable mobile responses contain a Set-Cookie header.

• bar chart showing
• usage on cacheable
• cacheable desktop responses
• cacheable mobile responses
• Set-Cookie

EN The Vary header is used on 43.4% of HTTP responses, and 84.2% of these responses include a Cache-Control header.

• HTTP responses

EN Across all HTTP(S) requests, 90.4% of responses are considered cacheable, meaning that a cache is permitted to store them. The remaining 9.6% of responses are not permitted to be stored in browser caches—typically because of Cache-Control: no-store.

• Across all HTTP
• requests
• responses are considered
• permitted to store
• remaining of responses
• browser
• because of Cache-Control

EN HTTP headers are the core part of requests and responses in the Hypertext Transfer Protocol (HTTP)

• Transfer Protocol
• HTTP

EN HTTP: This will route from HTTP, usually to the same HTTP. If used with HTTPS on the right side, it may cause errors to occur.

• HTTP
• route from HTTP
• used with HTTPS
• right side

EN HTTP Secure (HTTPS) is the safe version of the Hypertext Transfer Protocol (HTTP) for secure online transactions. It is easy to see the difference because with the protocol HTTP, URLs start with

• HTTP Secure
• HTTPS
• Hypertext Transfer Protocol
• HTTP
• secure online transactions
• protocol HTTP

EN HTTP: This will route from HTTP, usually to the same HTTP. If used with HTTPS on the right side, it may cause errors to occur.

• HTTP
• route from HTTP
• used with HTTPS
• right side

EN HTTP Secure (HTTPS) is the safe version of the Hypertext Transfer Protocol (HTTP) for secure online transactions. It is easy to see the difference because with the protocol HTTP, URLs start with

• HTTP Secure
• HTTPS
• Hypertext Transfer Protocol
• HTTP
• secure online transactions
• protocol HTTP

EN HTTP/3 is the latest version of HTTP, and it builds upon the success of HTTP/2 by adding several new features and improvements

• HTTP
• improvements

EN As the HTTP protocol has evolved, the semantics of HTTP have stayed the same; there have been no changes to the HTTP methods (such as GET or POST), status codes (200, or the dreaded 404), URIs, or header fields

• semantics of HTTP
• stayed the same
• methods
• POST
• status codes
• dreaded
• URIs
• header fields

EN Last year?s analysis of HTTP Archive data showed that HTTP/2 was used for over 50% of requests and, as can be seen, linear growth has continued in 2020; now in excess of 60% of requests are served over HTTP/2.

• Last year
• analysis of HTTP
• showed that HTTP
• requests
• seen
• served over HTTP

EN Is there any difference in which content-types are served over HTTP/2 or gQUIC? Figure 22.8 shows, for example, that 90% of websites serve 100% of third party fonts and audio over HTTP/2 or gQUIC, only 5% over HTTP/1.1 and 5% are a mix

• served over HTTP
• gQUIC
• Figure shows
• example
• party fonts
• audio over HTTP
• HTTP
• mix

EN As discussed in the HTTP/1.0 to HTTP/2 section, HTTP/2 multiplexes multiple different streams on top of one connection

• HTTP
• section
• multiplexes multiple different

EN Since QUIC and HTTP/3 run over UDP, things aren?t as simple as with HTTP/1.1 or HTTP/2

• Since QUIC
• HTTP
• run over UDP
• things aren

EN This likely will have to be done for each domain separately, which will probably lead to most page loads using a mix of HTTP/1.1, HTTP/2, and HTTP/3.

• done for each
• separately
• mix of HTTP
• HTTP

EN Most likely, we will continue to see a healthy mix of HTTP/3, HTTP/2, and even HTTP/1.1 on the web for years to come.

• likely
• HTTP
• even HTTP
• web for years

EN Home pages have seen a 13% increase in HTTP/2 adoption, leading to an even split of pages served over HTTP/1.1 and HTTP/2

• increase in HTTP
• adoption
• split of pages
• HTTP

EN When asked by a customer to not store particular responses any longer, you can delete them in the Individual responses section

• store particular responses
• longer
• Individual responses section

EN Visualisation features that aggregate trends in open-text responses while still allowing users to drill into individual responses to gain a fuller understanding into the “why” behind customer experience trends. 

• trends in open-text
• while still allowing
• drill into individual
• gain a fuller
• behind customer experience

EN Yes, forms can be customized to collect anything from short responses (email, name, phone number) to long form responses like a short paragraph

• Yes
• responses
• email
• name
• phone number
• long form responses
• short paragraph

EN 41.0% of mobile responses are served with both headers and, as noted above, the ETag header takes precedence in this case. 22.9% of mobile responses include neither a Last-Modified or ETag header.

• both headers
• noted above
• ETag header takes
• case
• mobile responses include
• Last-Modified
• ETag

EN Only 0.1% of the responses had a 304 Not Modified status in our crawl, though this is not unexpected as our crawl is using an empty cache and 304 responses are mostly useful for subsequent visits that our Methodology does not test for

• crawl
• empty cache
• responses are mostly

EN A bar chart showing proportion of cacheable responses. 9.2% of desktop and 9.6% of mobile responses are cacheable.

• bar chart showing
• cacheable responses
• desktop

EN A Creator has some controls over how we use responses in their Account settings and may have turned off our ability to apply machine learning to responses where it is linked to a specific product feature in some cases.

• settings
• apply machine learning

EN A Creator has some controls over how we use responses in their Account settings and may have turned off our ability to apply machine learning to responses where it is linked to a specific product feature in some cases.

• settings
• apply machine learning

EN A Creator has some controls over how we use responses in their Account settings and may have turned off our ability to apply machine learning to responses where it is linked to a specific product feature in some cases.

• settings
• apply machine learning

EN A Creator has some controls over how we use responses in their Account settings and may have turned off our ability to apply machine learning to responses where it is linked to a specific product feature in some cases.

• settings
• apply machine learning

EN A Creator has some controls over how we use responses in their Account settings and may have turned off our ability to apply machine learning to responses where it is linked to a specific product feature in some cases.

• settings
• apply machine learning

EN A Creator has some controls over how we use responses in their Account settings and may have turned off our ability to apply machine learning to responses where it is linked to a specific product feature in some cases.

• settings
• apply machine learning

EN A Creator has some controls over how we use responses in their Account settings and may have turned off our ability to apply machine learning to responses where it is linked to a specific product feature in some cases.

• settings
• apply machine learning

EN A Creator has some controls over how we use responses in their Account settings and may have turned off our ability to apply machine learning to responses where it is linked to a specific product feature in some cases.

• settings
• apply machine learning

EN A Creator has some controls over how we use responses in their Account settings and may have turned off our ability to apply machine learning to responses where it is linked to a specific product feature in some cases.

• settings
• apply machine learning

EN A Creator has some controls over how we use responses in their Account settings and may have turned off our ability to apply machine learning to responses where it is linked to a specific product feature in some cases.

• settings
• apply machine learning

EN A Creator has some controls over how we use responses in their Account settings and may have turned off our ability to apply machine learning to responses where it is linked to a specific product feature in some cases.

• settings
• apply machine learning

EN A Creator has some controls over how we use responses in their Account settings and may have turned off our ability to apply machine learning to responses where it is linked to a specific product feature in some cases.

• settings
• apply machine learning

EN A Creator has some controls over how we use responses in their Account settings and may have turned off our ability to apply machine learning to responses where it is linked to a specific product feature in some cases.

• settings
• apply machine learning

EN Here, we will focus on the 5xx HTTP responses. You will learn what this code means, the most common causes, how to detect it and fix it.

• responses
• means
• common causes
• fix

EN HTTP or Hypertext Transfer Protocol is simply the method of transferring data over a network. Often, it comes through in two types: requests and responses. All users want and expect...

• HTTP
• Hypertext Transfer Protocol
• simply the method
• network
• Often
• types
• requests
• responses
• users want

EN Here, we will focus on the 5xx HTTP responses. You will learn what this code means, the most common causes, how to detect it and fix it.

• responses
• means
• common causes
• fix

EN This number is exaggerated in HTTP Archive due to all page loads being effectively first-time visitors - OCSP responses are generally cached and valid for seven days in real-world browsing

• number is exaggerated
• HTTP Archive due
• page loads being
• first-time visitors
• cached
• valid for seven
• real-world browsing

EN The results in HTTP Archive show that only one third of third-party responses expose detailed size and timing information to the hosting website.

• results in HTTP
• third of third-party
• expose detailed size
• hosting

EN Approximately 60% of HTTP responses are delivered with no text-based compression

• Approximately of HTTP
• compression

EN This may seem like a surprising statistic, but keep in mind that it is based on all HTTP responses in the dataset

• statistic
• keep in mind

EN Text compression is widely used for the relevant formats, although there is still a significant percentage of HTTP responses that could benefit from additional compression

• formats
• responses that could
• additional compression

EN The remaining 95.1% (198.6 million HTTP responses) contain at least one Set-Cookie response header and can be cached by both public cache servers, such as CDNs

• remaining
• million HTTP responses
• contain at least
• Set-Cookie response header
• cached by both
• cache servers
• CDNs

EN Using these streams, a browser can make optimal use of a single TCP connection to multiplex multiple HTTP requests/responses concurrently

• streams
• single TCP connection
• multiplex multiple HTTP
• responses concurrently