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{{DEFAULTSORT:<sort key>}} is a magic word used to modify the sequence of pages shown on category pages. The given sort key in a specific page is used to determine that page's position in all category pages where the page is listed. Note: The specific page will still be listed with its original title, regardless of the modified sort order. The ...
The ! indicates cells that are header cells. In order for a table to be sortable, the first row(s) of a table need to be entirely made up out of these header cells. You can learn more about the basic table syntax by taking the Introduction to tables for source editing.
For example, addresses could be sorted using the city as primary sort key, and the street as secondary sort key. If the sort key values are totally ordered , the sort key defines a weak order of the items: items with the same sort key are equivalent with respect to sorting.
Welcome to the user page design guide. In this multi-page guide, you will find advice on how to develop your user page, and resources that you can copy and paste to make it easier. Eventually, many Wikipedians turn their attention to their user pages. A nice user page can create a stronger tie between a user and the community, but it can be a ...
Welcome to the User page design guide (start here) About you Navigation aids & Metadata Your scripts Style (formatting) Menus & subpages Art, Decor, etc. ...
Stable sorting algorithms maintain the relative order of records with equal keys (i.e. values). That is, a sorting algorithm is stable if whenever there are two records R and S with the same key and with R appearing before S in the original list, R will appear before S in the sorted list.
The sort is an std.algorithm function that sorts the array in place, creating a unique signature for words that are anagrams of each other. The release() method on the return value of sort() is handy to keep the code as a single expression. The second foreach iterates on the values of the associative array, it is able to infer the type of words.
In the bingo sort variant, items are sorted by repeatedly looking through the remaining items to find the greatest value and moving all items with that value to their final location. [2] Like counting sort , this is an efficient variant if there are many duplicate values: selection sort does one pass through the remaining items for each item ...