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Fix some typos for the Raku page

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Samuel Chase 2020-04-17 21:05:27 +05:30 committed by Andrew Ryan Davis
parent c23bbf004a
commit cfad802b4f
1 changed files with 14 additions and 14 deletions
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raku.html.markdown
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@ -614,8 +614,8 @@ say Int === Int; # OUTPUT: «True␤»
# Here are some common comparison semantics: # Here are some common comparison semantics:
# String or numeric equality # String or numeric equality
say 'Foo' ~~ 'Foo'; # OUTPU: «True␤», if strings are equal. say 'Foo' ~~ 'Foo'; # OUTPUT: «True␤», if strings are equal.
say 12.5 ~~ 12.50; # OUTPU: «True␤», if numbers are equal. say 12.5 ~~ 12.50; # OUTPUT: «True␤», if numbers are equal.
# Regex - For matching a regular expression against the left side. # Regex - For matching a regular expression against the left side.
# Returns a `Match` object, which evaluates as True if regexp matches. # Returns a `Match` object, which evaluates as True if regexp matches.
@ -2078,19 +2078,19 @@ say so 'abc' ~~ / a b+ c /; # OUTPUT: «True␤», one is enough
say so 'abbbbc' ~~ / a b+ c /; # OUTPUT: «True␤», matched 4 "b"s say so 'abbbbc' ~~ / a b+ c /; # OUTPUT: «True␤», matched 4 "b"s
# `*` - zero or more matches # `*` - zero or more matches
say so 'ac' ~~ / a b* c /; # OUTPU: «True␤», they're all optional say so 'ac' ~~ / a b* c /; # OUTPUT: «True␤», they're all optional
say so 'abc' ~~ / a b* c /; # OUTPU: «True␤» say so 'abc' ~~ / a b* c /; # OUTPUT: «True␤»
say so 'abbbbc' ~~ / a b* c /; # OUTPU: «True␤» say so 'abbbbc' ~~ / a b* c /; # OUTPUT: «True␤»
say so 'aec' ~~ / a b* c /; # OUTPU: «False␤», "b"(s) are optional, not replaceable. say so 'aec' ~~ / a b* c /; # OUTPUT: «False␤», "b"(s) are optional, not replaceable.
# `**` - (Unbound) Quantifier # `**` - (Unbound) Quantifier
# If you squint hard enough, you might understand why exponentation is used # If you squint hard enough, you might understand why exponentation is used
# for quantity. # for quantity.
say so 'abc' ~~ / a b**1 c /; # OUTPU: «True␤», exactly one time say so 'abc' ~~ / a b**1 c /; # OUTPUT: «True␤», exactly one time
say so 'abc' ~~ / a b**1..3 c /; # OUTPU: «True␤», one to three times say so 'abc' ~~ / a b**1..3 c /; # OUTPUT: «True␤», one to three times
say so 'abbbc' ~~ / a b**1..3 c /; # OUTPU: «True␤» say so 'abbbc' ~~ / a b**1..3 c /; # OUTPUT: «True␤»
say so 'abbbbbbc' ~~ / a b**1..3 c /; # OUTPU: «Fals␤», too much say so 'abbbbbbc' ~~ / a b**1..3 c /; # OUTPUT: «Fals␤», too much
say so 'abbbbbbc' ~~ / a b**3..* c /; # OUTPU: «True␤», infinite ranges are ok say so 'abbbbbbc' ~~ / a b**3..* c /; # OUTPUT: «True␤», infinite ranges are ok
# #
# 18.2 `<[]>` - Character classes # 18.2 `<[]>` - Character classes
@ -2202,8 +2202,8 @@ say $/[0].list.perl; # OUTPUT: «(Match.new(...),).list␤»
# Alternation - the `or` of regexes # Alternation - the `or` of regexes
# WARNING: They are DIFFERENT from PCRE regexps. # WARNING: They are DIFFERENT from PCRE regexps.
say so 'abc' ~~ / a [ b | y ] c /; # OUTPU: «True␤», Either "b" or "y". say so 'abc' ~~ / a [ b | y ] c /; # OUTPUT: «True␤», Either "b" or "y".
say so 'ayc' ~~ / a [ b | y ] c /; # OUTPU: «True␤», Obviously enough... say so 'ayc' ~~ / a [ b | y ] c /; # OUTPUT: «True␤», Obviously enough...
# The difference between this `|` and the one you're used to is # The difference between this `|` and the one you're used to is
# LTM ("Longest Token Matching") strategy. This means that the engine will # LTM ("Longest Token Matching") strategy. This means that the engine will
@ -2218,7 +2218,7 @@ To decide which part is the "longest", it first splits the regex in two parts:
yet introduced), literals, characters classes and quantifiers. yet introduced), literals, characters classes and quantifiers.
* The "procedural part" includes everything else: back-references, * The "procedural part" includes everything else: back-references,
code assertions, and other things that can't traditionnaly be represented code assertions, and other things that can't traditionally be represented
by normal regexps. by normal regexps.
Then, all the alternatives are tried at once, and the longest wins. Then, all the alternatives are tried at once, and the longest wins.