Ittraduċi "continue with http" għal Olandiż

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 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 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 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 Whenever a redirect occurs, Query Monitor adds an HTTP header containing the call stack, so you can use your favourite HTTP inspector or browser developer tools to trace what triggered the redirect.

• Whenever a redirect
• Query Monitor adds
• HTTP header containing
• call stack
• favourite HTTP inspector
• browser developer tools
• trace what triggered

EN Highlight plain http requests to the HTTP API as insecure.

• Highlight plain http

EN HTTP Response Codes (only available on HTTP and HTTPS Monitor Types)

• HTTP Response Codes
• available on HTTP
• HTTPS Monitor Types

EN Set 301 redirects between http:// and the http://www versions of your domain. This is something we often forget, but it’s a must in SEO.

• Set redirects between
• domain
• something we often

EN So what?s the difference? The 307 status code was added to the HTTP standard in HTTP 1.1

• difference

EN The HTTP/2 protocol was published in 2015 with the aim of creating a faster and safer Internet, as there hadn’t really been any radical revision since HTTP 1.1

• HTTP
• protocol was published
• aim of creating
• faster
• safer Internet
• revision since HTTP

EN HTTP/2 is developed on the same syntax as HTTP 1.1, so it’s more of an update than a complete revision

• HTTP
• syntax as HTTP
• revision

EN The biggest differences from HTTP 1.1 are summarized in HTTP2 as follows: ? HTTP / 2 is binary, instead of textual ? It’s completely multiplexed, instead of ordered and blocked

• HTTP
• binary
• instead of textual
• completely multiplexed
• instead of ordered
• blocked

EN An HTTP Watch study compared different versions of the same page: between standard HTTPS and HTTP/2.

• HTTP Watch study
• same page
• between standard HTTPS
• HTTP

EN It is also worth noting that if a site is in HTTP/2 and establishes a connection to a resource that is still in HTTP 1.1, they will simply communicate in the previous language.

• establishes a connection
• HTTP
• previous

EN An HTTP status code is a server response to a client’s request (browser or search engine). The codes, which consist of three digits, indicate whether a specific HTTP request has been successfully completed.

• HTTP status code
• request
• browser
• search engine
• codes
• consist of three
• successfully

EN HTTP Archive runs the latest version of Lighthouse for all of its mobile web pages — desktop pages are not included because of limited resources. As of the July 2019 crawl, HTTP Archive used the 5.1.0 version of Lighthouse.

• HTTP Archive runs
• mobile web pages
• resources
• July crawl
• HTTP Archive used

EN HTTP Archive runs the latest version of Lighthouse for all of its mobile web pages — desktop pages are not included because of limited resources. As of the August 2020 crawl, HTTP Archive used the 6.2.0 version of Lighthouse.

• HTTP Archive runs
• mobile web pages
• resources
• August crawl
• HTTP Archive used

EN Set up HTTP API in just a few minutes and feed real-time broker data.What can you do with HTTP API?

• Set up HTTP
• just a few
• feed real-time broker
• HTTP API

EN Browsers send a variety of HTTP headers. This list contains the most common HTTP headers you will see coming from regular browsers and bots like the crawlers from the major search engines.

• HTTP headers
• common HTTP headers
• coming from regular
• major search

EN HTTP Archive runs the latest version of Lighthouse for all of its mobile web pages — desktop pages are not included because of limited resources. As of the July 2019 crawl, HTTP Archive used the 5.1.0 version of Lighthouse.

• HTTP Archive runs
• mobile web pages
• resources
• July crawl
• HTTP Archive used

EN HTTP Archive runs the latest version of Lighthouse for all of its mobile web pages — desktop pages are not included because of limited resources. As of the August 2020 crawl, HTTP Archive used the 6.2.0 version of Lighthouse.

• HTTP Archive runs
• mobile web pages
• resources
• August crawl
• HTTP Archive used

EN Browsers send a variety of HTTP headers. This list contains the most common HTTP headers you will see coming from regular browsers and bots like the crawlers from the major search engines.

• HTTP headers
• common HTTP headers
• coming from regular
• major search

EN Iterable uses Transport Layer Security (“TLS”) to encrypt all data communication over Hypertext Transfer Protocol (“HTTP”), otherwise known as HTTP Secure (“HTTPS”)

• Iterable uses Transport
• Security
• Hypertext Transfer Protocol
• Secure

EN HTTP Response Codes (only available on HTTP and HTTPS Monitor Types)

• HTTP Response Codes
• available on HTTP
• HTTPS Monitor Types

EN Whenever a redirect occurs, Query Monitor adds an HTTP header containing the call stack, so you can use your favourite HTTP inspector or browser developer tools to trace what triggered the redirect.

• Whenever a redirect
• Query Monitor adds
• HTTP header containing
• call stack
• favourite HTTP inspector
• browser developer tools
• trace what triggered

EN Hyper text transfer protocol. The protocol of the web, most commonly used for transferring web page HTML data over the Internet. Git can be configured to communicate over HTTP http[s]://host.xz[:port]/path/to/repo.git/  

• Hyper text transfer
• web page HTML
• Internet
• communicate over HTTP
• path

EN "Conversion HTTP data" means data that has arisen by design when the conversion tracking tool used on our website is used via Hypertext Transfer Protocol (Secure) (HTTP(S))

• HTTP
• arisen by design
• conversion tracking tool
• website is used
• Hypertext Transfer Protocol
• Secure

EN "HTTP data" means protocol data that has arisen by design when accessing the website via the Hypertext Transfer Protocol (Secure) (HTTP(S))

• arisen by design
• accessing the website
• Hypertext Transfer Protocol
• Secure
• HTTP

EN "Newsletter form HTTP data" means data that has arisen by design when accessing the form on our website to register for and unsubscribe from our newsletter via the Hypertext Transfer Protocol (Secure) (HTTP(S))

• form HTTP
• arisen by design
• accessing the form
• website to register
• via the Hypertext
• Protocol
• Secure
• HTTP

EN "Remarketing HTTP data" means data that has arisen by design when the remarketing tool used on our website is used via Hypertext Transfer Protocol (Secure) (HTTP(S))

• HTTP
• arisen by design
• remarketing tool used
• website is used
• Hypertext Transfer Protocol
• Secure

EN "Web analysis HTTP data" means data that has arisen by design using the web analysis tool used on our website via the Hypertext Transfer Protocol (Secure) (HTTP(S))

• analysis HTTP
• arisen by design
• web analysis tool
• Transfer Protocol
• Secure
• HTTP

EN "Tracking pixel HTTP data" means data that has arisen via the Hypertext Transfer Protocol (Secure) (HTTP(S)) upon accessing the tracking pixel contained in our website

• pixel HTTP
• Transfer Protocol
• Secure
• HTTP
• website

EN Set 301 redirects between http:// and the http://www versions of your domain. This is something we often forget, but it’s a must in SEO.

• Set redirects between
• domain
• something we often

EN So what?s the difference? The 307 status code was added to the HTTP standard in HTTP 1.1

• difference

EN The HTTP/2 protocol was published in 2015 with the aim of creating a faster and safer Internet, as there hadn’t really been any radical revision since HTTP 1.1

• HTTP
• protocol was published
• aim of creating
• faster
• safer Internet
• revision since HTTP

EN HTTP/2 is developed on the same syntax as HTTP 1.1, so it’s more of an update than a complete revision

• HTTP
• syntax as HTTP
• revision

EN The biggest differences from HTTP 1.1 are summarized in HTTP2 as follows: ? HTTP / 2 is binary, instead of textual ? It’s completely multiplexed, instead of ordered and blocked

• HTTP
• binary
• instead of textual
• completely multiplexed
• instead of ordered
• blocked

EN An HTTP Watch study compared different versions of the same page: between standard HTTPS and HTTP/2.

• HTTP Watch study
• same page
• between standard HTTPS
• HTTP

EN It is also worth noting that if a site is in HTTP/2 and establishes a connection to a resource that is still in HTTP 1.1, they will simply communicate in the previous language.

• establishes a connection
• HTTP
• previous

EN An HTTP status code is a server response to a client’s request (browser or search engine). The codes, which consist of three digits, indicate whether a specific HTTP request has been successfully completed.

• HTTP status code
• request
• browser
• search engine
• codes
• consist of three
• successfully