quote Q

Documentation for quote Q assembled from the following types:

language documentation Quoting Constructs

From Quoting Constructs

(Quoting Constructs) quote Q

Q[A literal string]
More plainly.
Q ^Almost any non-word character can be a delimiter!^
Q 「「Delimiters can be repeated/nested if they are adjacent.」」

Delimiters can be nested, but in the plain Q form, backslash escapes aren't allowed. In other words, basic Q strings are as literal as possible.

Some delimiters are not allowed immediately after Q, q, or qq. Any characters that are allowed in identifiers are not allowed to be used, since in such a case, the quoting construct together with such characters are interpreted as an identifier. In addition, ( ) is not allowed because that is interpreted as a function call. If you still wish to use those characters as delimiters, separate them from Q, q, or qq with a space. Please note that some natural languages use a left delimiting quote on the right side of a string. Q will not support those as it relies on unicode properties to tell left and right delimiters apart.

Q'this will not work!'
Q(this won't work either!)

The examples above will produce an error. However, this will work

Q (this is fine, because of space after Q)
Q 'and so is this'
Q<Make sure you <match> opening and closing delimiters>
Q{This is still a closing curly brace → \}

These examples produce:

this is finebecause of space after Q
and so is this
Make sure you <match> opening and closing delimiters
This is still a closing curly brace → \

The behaviour of quoting constructs can be modified with adverbs, as explained in detail in later sections.

Short Long Meaning
:x :exec Execute as command and return results
:w :words Split result on words (no quote protection)
:ww :quotewords Split result on words (with quote protection)
:q :single Interpolate \\, \qq[...] and escaping the delimiter with \
:qq :double Interpolate with :s, :a, :h, :f, :c, :b
:s :scalar Interpolate $ vars
:a :array Interpolate @ vars
:h :hash Interpolate % vars
:f :function Interpolate & calls
:c :closure Interpolate {...} expressions
:b :backslash Enable backslash escapes (\n, \qq, \$foo, etc)
:to :heredoc Parse result as heredoc terminator
:v :val Convert to allomorph if possible