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list_style_type - the type of marker used in ordered lists. This uses CSS styling, and has more types available than the type parameter, which uses an html attribute. Possible values are listed at MDN's list-style-type page. Support may vary by browser. list-style-type is an alias for this parameter.
{{#ifexist: page title | value if page exists | value if page doesn't exist}} The page can be in any namespace, so it can be an article or "content page", an image or other media file, a category, etc. The actual content of the page is irrelevant, so it may be empty or a redirect.
Each branch can be a value, an expression (calculation), or a template call, [1] evaluated and compared to match the value of the switch. Although many #switch structures are used to branch among a simple set of values, the branches can also include boolean expressions to act as a set of pre-conditions to be tested until one tests true, acting ...
It functions the same as the previous example with the content of the "ordered list without any list items", which itself is an ordered list, expressed with # codes; the HTML produced, and hence the rendering, is the same.
A property (also attribute) describes the data value of a statement and can be thought of as a category of data, for example "color" for the data value "blue". Properties, when paired with values, form a statement in Wikidata. Properties are also used in qualifiers.
(There is a related set of templates for some free content resources that are not run by the Wikimedia Foundation. Rather than creating a sidebar link, they create text suitable for using as a bulleted entry in an "External links" section. A list of such templates can be found at Wikipedia:List of templates linking to other free content projects.)
List articles are encyclopedia pages consisting of introductory material in the lead section followed by a list, possibly arranged in sub-sections. The items on these lists might include links to specific articles or other information, and must be supported with references like any article.
Here, the list [0..] represents , x^2>3 represents the predicate, and 2*x represents the output expression.. List comprehensions give results in a defined order (unlike the members of sets); and list comprehensions may generate the members of a list in order, rather than produce the entirety of the list thus allowing, for example, the previous Haskell definition of the members of an infinite list.