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// Test text replacement show rules.
--- show-text-basic ---
// Test classic example.
#set text(font: "Roboto")
#show "Der Spiegel": smallcaps
Die Zeitung Der Spiegel existiert.
--- show-text-regex ---
// Another classic example.
#show "TeX": [T#h(-0.145em)#box(move(dy: 0.233em)[E])#h(-0.135em)X]
#show regex("(Lua)?(La)?TeX"): name => box(text(font: "New Computer Modern")[#name])
TeX, LaTeX, LuaTeX and LuaLaTeX!
--- show-text-cyclic ---
// Test direct cycle.
#show "Hello": text(red)[Hello]
Hello World!
--- show-text-cyclic-raw ---
// Test replacing text with raw text.
#show "rax": `rax`
The register rax.
--- show-text-indirectly-cyclic ---
// Test indirect cycle.
#show "Good": [Typst!]
#show "Typst": [Fun!]
#show "Fun": [Good!]
#set text(ligatures: false)
Good \
Fun \
Typst \
--- show-text-exactly-once ---
// Test that replacements happen exactly once.
#show "A": [BB]
#show "B": [CC]
AA (8)
--- show-text-regex-word-boundary ---
// Test caseless match and word boundaries.
#show regex("(?i)\bworld\b"): [🌍]
Treeworld, the World of worlds, is a world.
--- show-text-empty ---
// Test there is no crashing on empty strings
// Error: 1:7-1:9 text selector is empty
#show "": []
--- show-text-regex-empty ---
// Error: 1:7-1:16 regex selector is empty
#show regex(""): [AA]
--- show-text-regex-matches-empty ---
// Error: 1:7-1:42 regex matches empty text
#show regex("(VAR_GLOBAL|END_VAR||BOOL)") : []
--- show-text-regex-character-class ---
// This is a fun one.
#set par(justify: true)
#show regex("\S"): letter => box(stroke: 1pt, inset: 2pt, upper(letter))
#lorem(5)
--- show-text-regex-case-insensitive ---
// See also: https://github.com/mTvare6/hello-world.rs
#show regex("(?i)rust"): it => [#it (🚀)]
Rust is memory-safe and blazingly fast. Let's rewrite everything in rust.
--- show-text-get-text-on-it ---
// Test accessing the string itself.
#show "hello": it => it.text.split("").map(upper).join("|")
Oh, hello there!
--- show-text-in-other-show ---
// Replace worlds but only in lists.
#show list: it => [
#show "World": [🌎]
#it
]
World
- World
--- show-text-path-resolving ---
// Test absolute path in layout phase.
#show "GRAPH": image("/assets/images/graph.png")
The GRAPH has nodes.
--- show-set-text-order-adjacent-1 ---
#show "He": set text(red)
#show "ya": set text(blue)
Heya
--- show-set-text-order-contained-1 ---
#show "Heya": set text(red)
#show "ya": set text(blue)
Heya
--- show-set-text-order-contained-3 ---
#show "He": set text(red)
#show "Heya": set text(blue)
Heya
--- show-set-text-order-overlapping-1 ---
#show "Heya": set text(red)
#show "yaho": set text(blue)
Heyaho
--- show-set-text-order-adjacent-2 ---
#show "He": set text(red)
#show "ya": set text(weight: "bold")
Heya
--- show-set-text-order-contained-2 ---
#show "Heya": set text(red)
#show "ya": set text(weight: "bold")
Heya
--- show-set-text-order-contained-4 ---
#show "He": set text(red)
#show "Heya": set text(weight: "bold")
Heya
--- show-set-text-order-overlapping-2 ---
#show "Heya": set text(red)
#show "yaho": set text(weight: "bold")
Heyaho
--- show-text-smartquote ---
#show "up,\" she": set text(red)
"What's up," she asked.
--- show-text-apostrophe ---
#show regex("Who's|We've"): highlight
Who's got it? \
We've got it.
--- show-text-citation ---
#show "hey": [@arrgh]
@netwok hey
#show bibliography: none
#bibliography("/assets/bib/works.bib")
--- show-text-list ---
#show "hi": [- B]
- A
hi
- C
--- show-text-citation-smartquote ---
#show "hey \"": [@arrgh]
#show "dis": [@distress]
@netwok hey " dis
#show bibliography: none
#bibliography("/assets/bib/works.bib")
--- show-text-linebreak ---
#show "lo\nwo": set text(red)
Hello #[ ] \
#[ ] #[ ] world!
--- show-text-line-wrapping ---
#show "start end": "word"
start
end
--- show-text-after-normal-show ---
#show rect: "world"
#show "lo wo": set text(red)
hello #rect()
--- show-text-space-collapsing ---
#show "i ther": set text(red)
hi#[ ]#[ ]the#"re"
--- show-text-style-boundary ---
#show "What's up": set text(blue)
#show "your party": underline
What's #[ ] up at #"your" #text(red)[party?]
--- show-text-within-par ---
#show "Pythagoras'": highlight
$a^2 + b^2 = c^2$ is Pythagoras' theorem.
--- show-text-outer-space ---
// Spaces must be interior to strong textual elements for matching to work.
// For outer spaces, it is hard to say whether they would collapse.
#show "a\n": set text(blue)
#show "b\n ": set text(blue)
#show " c ": set text(blue)
a \ #h(0pt, weak: true)
b \ #h(0pt, weak: true)
$x$ c $y$
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