__TOP__ Download Entire Wikipedia Size

The size of the English Wikipedia can be measured in terms of the number of articles, number of words, number of pages, and the size of the database, among other ways. As of 27 December 2023, there are 6,762,806 articles in the English Wikipedia containing over 4.3 billion words (giving an average of about 658 words per article). Including articles from all languages, the total number of pages is 59,659,933. Being pages themselves, English articles make up 11.34 percent of all pages on Wikipedia.[1] As of 2 July 2023, the size of the current version of all articles compressed is about 22.14 GB without media.[2][3]

Wikipedia continues to grow, and the number of articles on Wikipedia is increasing by over 17,000 a month. The number of articles added to Wikipedia every month reached its peak in 2006, at over 50,000 new articles a month, and has been slowly but steadily declining since then. While this might seem to show that Wikipedia's growth is slowing or stopping, it should be noted that the amount of text added to Wikipedia articles every year has been constant since 2006, at roughly 1 gigabyte of (compressed) text added per year. This implies that as time progresses, proportionally more content is added to existing articles rather than new articles, and that Wikipedia has maintained the same persistent rate of growth throughout since the 2010s. In other words, over time, the average article size is growing faster than the number of articles.

Download Entire Wikipedia Size

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This model is related to the quantity (number of articles). The quality might still increase independently depending on the individual article. The model does not account for article size.

There are various elements of the Wikipedia database to consider when describing its size. The most obvious include the markup text of the articles, templates, media/file descriptions, and primary meta-pages that would be needed to render the text of the latest version of the current encyclopedia proper. The associated talk pages and the other namespaces (User, Wikipedia, Help, etc.) are often considered separately. Each of these has an associated edit history, etc. In addition, there are the images and other multimedia (stored in common across all Wikipedias). It is important to take into account whether the data is compressed and if so what compression scheme is used. Besides the English Wikipedia, there are hundreds of Wikipedias in other languages to consider, as well.

The size of the article text in the English Wikipedia, measured in gigabytes (compressed), grew steadily from 1 GB in 2006 to 9 GB in 2013 to 11.5 GB in 2015 as shown in the chart. However, due to an error in compiling the data dump for April 2016, the size of the article text shrunk by approximately 9 percent to 10.8 GB compressed (though the actual size of the article text grew in reality, which can be seen by comparing with the March 2016 and May 2016 data dumps).[9] Likewise, there is also a similar error when compiling the April 20, 2018 data, showing as 12.85 GB (again, the actual size of the article text grew in reality as can be seen by comparing the previous and following months).[10]

The following graphic illustrates how big the English Wikipedia might be if the articles (without images and other multimedia content) were to be printed and bound in book form with a format similar to Encyclopdia Britannica. Each volume is assumed to be 25 cm (9.8 in) tall, 5 cm (2.0 in) thick, and containing 1,600,000 words or 8,000,000 characters. The size of this illustration is based upon the live article count manually adjusted by the average word count on an irregular basis.

pages-articles.xml.bz2 and pages-articles-multistream.xml.bz2 both contain the same xml contents. So if you unpack either, you get the same data. But with multistream, it is possible to get an article from the archive without unpacking the whole thing. Your reader should handle this for you, if your reader doesn't support it it will work anyway since multistream and non-multistream contain the same xml. The only downside to multistream is that it is marginally larger. You might be tempted to get the smaller non-multistream archive, but this will be useless if you don't unpack it. And it will unpack to ~5-10 times its original size. Penny wise, pound foolish. Get multistream.

As files grow in size, so does the likelihood they will exceed some limit of a computing device. Each operating system, file system, hard storage device, and software (application) has a maximum file size limit. Each one of these will likely have a different maximum, and the lowest limit of all of them will become the file size limit for a storage device.

The older the software in a computing device, the more likely it will have a 2 GB file limit somewhere in the system. This is due to older software using 32-bit integers for file indexing, which limits file sizes to 2^31 bytes (2 GB) (for signed integers), or 2^32 (4 GB) (for unsigned integers). Older C programming libraries have this 2 or 4 GB limit, but the newer file libraries have been converted to 64-bit integers thus supporting file sizes up to 2^63 or 2^64 bytes (8 or 16 EB).

Before starting a download of a large file, check the storage device to ensure its file system can support files of such a large size, check the amount of free space to ensure that it can hold the downloaded file, and make sure the device(s) you'll use the storage with are able to read your chosen file system.

There are two limits for a file system: the file system size limit, and the file system limit. In general, since the file size limit is less than the file system limit, the larger file system limits are a moot point. A large percentage of users assume they can create files up to the size of their storage device, but are wrong in their assumption. For example, a 16 GB storage device formatted as FAT32 file system has a file limit of 4 GB for any single file. The following is a list of the most common file systems, and see Comparison of file systems for additional detailed information.

Each operating system has internal file system limits for file size and drive size, which is independent of the file system or physical media. If the operating system has any limits lower than the file system or physical media, then the OS limits will be the real limit.

It is useful to check the MD5 sums (provided in a file in the download directory) to make sure the download was complete and accurate. This can be checked by running the "md5sum" command on the files downloaded. Given their sizes, this may take some time to calculate. Due to the technical details of how files are stored, file sizes may be reported differently on different filesystems, and so are not necessarily reliable. Also, corruption may have occurred during the download, though this is unlikely.

Also, if you want to get all the data, you'll probably want to transfer it in the most efficient way that's possible. The wikipedia.org servers need to do quite a bit of work to convert the wikicode into HTML. That's time consuming both for you and for the wikipedia.org servers, so simply spidering all pages is not the way to go.

WP-MIRROR is a free utility for mirroring any desired set of WMF wikis. That is, it builds a wiki farm that the user can browse locally. WP-MIRROR builds a complete mirror with original size media files. WP-MIRROR is available for download.

Xowa has been around for a while with support for "Simple Wikipedia," which has just a fraction of the full collaborative dictionary. It was updated yesterday with support for the entire English language-version of Wikipedia.

Have you ever wished you could download Wikipedia in its entirety, and have a copy of it for yourself? There are a handful of ways to do just that --- all you need is a third-party program and about 150 gigabytes of storage.

Kiwix displays the size of the archive, the date it was last updated, and the content type. Note the size of the files involved --- they're pretty large. If you want to change your download directory, click on the three dots in the top right corner and click "Settings," or hit the F12 key.

There will be a progress indicator that appears. You'll have to wait a bit --- even with a gigabit internet connection, you're still looking at a minimum of about 20 minutes for the entire thing to download. It'll probably be longer.

Almost 5 years after only the direct HTML formatting works for images on GitHub and other markdown options still prevent images from loading when specifying some custom sizes even with the wrong dimensions.I prefer to specify the desired width and get the height calculated automatically, for example,

Ever since Hancock fell in love with Luffy, she began to outwardly treat the Kuja warriors kindly. She sometimes goes as far as offering to personally help them prepare food for Luffy's recovery. On their end, the entire tribe is fiercely loyal to her and looks to her for guidance in times of need, supporting her every decision, including her love life.

With the Seven Warlords system abolished due to Crocodile and Donquixote Doflamingo's sins, she is now considered as an enemy and a most wanted criminal to the government once again.[11] When a host of Marines attempted to arrest her, she was unafraid, prepared to show them the might of the Kuja, and refused to surrender herself and relegate as a prisoner to the World Government again (due to her being a former slave of the Celestial Dragons). However, even though the Marines and the Blackbeard Pirates were driven off, the growing threat that the Marines and their Seraphim posed to the island forced Hancock to contemplate leaving her home island entirely, acknowledging the Marines are only after her persistently.[34]

Hancock is widely considered to be extremely powerful by friend and foe alike. Ruling beside her sisters, Hancock has power over Amazon Lily and the rest of the Kuja tribe. As the empress and captain of the tribe, Hancock is the strongest Kuja warrior. The Kuja believe that "strength is beauty", and since all members of the tribe state that she is the most beautiful in the world, they believe she is immensely powerful, and the strongest among the entire tribe. It is to be noted that only the strongest Kuja warriors are allowed in the country's pirate crew, Hancock and her sisters were strong enough to be there when they were small children, although it is possible, they were just apprentices like Shanks and Buggy. ff782bc1db