Merge pull request #2818 from ruby/bundle-update-20260120-ca6048cc

bundle update (2026-01-20)

Author: soutaro

Gemfile.lock

@@ -63,7 +63,8 @@ GEM
       bigdecimal (>= 3.1, < 5)
     language_server-protocol (3.17.0.5)
     lint_roller (1.1.0)
-    listen (3.9.0)
+    listen (3.10.0)
+      logger
       rb-fsevent (~> 0.10, >= 0.10.3)
       rb-inotify (~> 0.9, >= 0.9.10)
     logger (1.7.0)
@@ -84,14 +85,14 @@ GEM
       racc (~> 1.4)
     ostruct (0.6.3)
     parallel (1.27.0)
-    parser (3.3.10.0)
+    parser (3.3.10.1)
       ast (~> 2.4.1)
       racc
     power_assert (3.0.1)
     pp (0.6.3)
       prettyprint
     prettyprint (0.2.0)
-    prism (1.7.0)
+    prism (1.8.0)
     pstore (0.2.0)
     psych (4.0.6)
       stringio
@@ -107,7 +108,7 @@ GEM
     rb-fsevent (0.11.2)
     rb-inotify (0.11.1)
       ffi (~> 1.0)
-    rdoc (7.0.3)
+    rdoc (7.1.0)
       erb
       psych (>= 4.0.0)
       tsort
@@ -141,7 +142,7 @@ GEM
     rubocop-ast (1.49.0)
       parser (>= 3.3.7.2)
       prism (~> 1.7)
-    rubocop-on-rbs (1.8.0)
+    rubocop-on-rbs (1.9.0)
       lint_roller (~> 1.1)
       rbs (~> 3.5)
       rubocop (>= 1.72.1, < 2.0)

core/complex.rbs

@@ -740,7 +740,7 @@ class Complex < Numeric
   #     Complex.rect(1, Rational(0, 1)).to_f # => 1.0
   #
   # Raises RangeError if `self.imag` is not exactly zero (either `Integer(0)` or
-  # `Rational(0, *n*)`).
+  # `Rational(0, _n_)`).
   #
   def to_f: () -> Float
 
@@ -754,7 +754,7 @@ class Complex < Numeric
   #     Complex.rect(1, Rational(0, 1)).to_i # => 1
   #
   # Raises RangeError if `self.imag` is not exactly zero (either `Integer(0)` or
-  # `Rational(0, *n*)`).
+  # `Rational(0, _n_)`).
   #
   def to_i: () -> Integer
 
@@ -769,7 +769,7 @@ class Complex < Numeric
   #     Complex.rect(1, 0.0).to_r            # => (1/1)
   #
   # Raises RangeError if `self.imag` is not exactly zero (either `Integer(0)` or
-  # `Rational(0, *n*)`) and `self.imag.to_r` is not exactly zero.
+  # `Rational(0, _n_)`) and `self.imag.to_r` is not exactly zero.
   #
   # Related: Complex#rationalize.
   #

core/dir.rbs

@@ -567,14 +567,14 @@ class Dir
   #
   #         Dir.glob('io.?') # => ["io.c"]
   #
-  # *   `'[*set*]'`: Matches any one character in the string *set*; behaves like a
+  # *   `'[_set_]'`: Matches any one character in the string *set*; behaves like a
   #     [Regexp character class](rdoc-ref:Regexp@Character+Classes), including set
   #     negation (`'[^a-z]'`):
   #
   #         Dir.glob('*.[a-z][a-z]').take(3)
   #         # => ["CONTRIBUTING.md", "COPYING.ja", "KNOWNBUGS.rb"]
   #
-  # *   `'{*abc*,*xyz*}'`: Matches either string *abc* or string *xyz*; behaves
+  # *   `'{_abc_,_xyz_}'`: Matches either string *abc* or string *xyz*; behaves
   #     like [Regexp alternation](rdoc-ref:Regexp@Alternation):
   #
   #         Dir.glob('{LEGAL,BSDL}') # => ["LEGAL", "BSDL"]
@@ -631,9 +631,9 @@ class Dir
   #         Dir.glob('*', flags: File::FNM_DOTMATCH).take(5)
   #         # => [".", ".appveyor.yml", ".cirrus.yml", ".dir-locals.el", ".document"]
   #
-  # *   File::FNM_EXTGLOB: enables the pattern extension `'{*a*,*b*}'`, which
+  # *   File::FNM_EXTGLOB: enables the pattern extension `'{_a_,_b_}'`, which
   #     matches pattern *a* and pattern *b*; behaves like a [regexp
-  #     union](rdoc-ref:Regexp.union) (e.g., `'(?:*a*|*b*)'`):
+  #     union](rdoc-ref:Regexp.union) (e.g., `'(?:_a_|_b_)'`):
   #
   #         pattern = '{LEGAL,BSDL}'
   #         Dir.glob(pattern)      # => ["LEGAL", "BSDL"]

core/enumerable.rbs

@@ -2314,7 +2314,7 @@ module Enumerable[unchecked out Elem] : _Each[Elem]
   # Creates an enumerator for each chunked elements. The ends of chunks are
   # defined by *pattern* and the block.
   #
-  # If *`pattern* === *elt`* returns `true` or the block returns `true` for the
+  # If `_pattern_ === _elt_` returns `true` or the block returns `true` for the
   # element, the element is end of a chunk.
   #
   # The `===` and *block* is called from the first element to the last element of

core/file.rbs

@@ -2239,9 +2239,9 @@ File::Separator: String
 #
 # #### File::FNM_EXTGLOB
 #
-# Flag File::FNM_EXTGLOB enables pattern `'{*a*,*b*}'`, which matches pattern
+# Flag File::FNM_EXTGLOB enables pattern `'{_a_,_b_}'`, which matches pattern
 # '*a*' and pattern '*b*'; behaves like a [regexp union](rdoc-ref:Regexp.union)
-# (e.g., `'(?:*a*|*b*)'`):
+# (e.g., `'(?:_a_|_b_)'`):
 #
 #     pattern = '{LEGAL,BSDL}'
 #     Dir.glob(pattern)      # => ["LEGAL", "BSDL"]

core/kernel.rbs

@@ -102,7 +102,7 @@
 #
 # ### Subprocesses
 #
-# *   [\`command`](rdoc-ref:Kernel#`): Returns the standard output of running
+# *   [`command`](rdoc-ref:Kernel#`): Returns the standard output of running
 #     `command` in a subshell.
 # *   #exec: Replaces current process with a new process.
 # *   #fork: Forks the current process into two processes.

core/process.rbs

@@ -257,10 +257,10 @@
 #
 # Use execution options to set resource limits.
 #
-# The keys for these options are symbols of the form `:rlimit_*resource_name`*,
-# where *resource_name* is the downcased form of one of the string resource
-# names described at method Process.setrlimit. For example, key `:rlimit_cpu`
-# corresponds to resource limit `'CPU'`.
+# The keys for these options are symbols of the form
+# `:rlimit_<i>resource_name</i>`, where *resource_name* is the downcased form of
+# one of the string resource names described at method Process.setrlimit. For
+# example, key `:rlimit_cpu` corresponds to resource limit `'CPU'`.
 #
 # The value for such as key is one of:
 #

core/regexp.rbs

@@ -414,26 +414,26 @@
 #
 # Lookahead anchors:
 #
-# *   `(?=*pat*)`: Positive lookahead assertion: ensures that the following
+# *   `(?=_pat_)`: Positive lookahead assertion: ensures that the following
 #     characters match *pat*, but doesn't include those characters in the
 #     matched substring.
 #
-# *   `(?!*pat*)`: Negative lookahead assertion: ensures that the following
+# *   `(?!_pat_)`: Negative lookahead assertion: ensures that the following
 #     characters *do not* match *pat*, but doesn't include those characters in
 #     the matched substring.
 #
 # Lookbehind anchors:
 #
-# *   `(?<=*pat*)`: Positive lookbehind assertion: ensures that the preceding
+# *   `(?<=_pat_)`: Positive lookbehind assertion: ensures that the preceding
 #     characters match *pat*, but doesn't include those characters in the
 #     matched substring.
 #
-# *   `(?<!*pat*)`: Negative lookbehind assertion: ensures that the preceding
+# *   `(?<!_pat_)`: Negative lookbehind assertion: ensures that the preceding
 #     characters do not match *pat*, but doesn't include those characters in the
 #     matched substring.
 #
 # The pattern below uses positive lookahead and positive lookbehind to match
-# text appearing in **...** tags without including the tags in the match:
+# text appearing in `<b>`...`</b>` tags without including the tags in the match:
 #
 #     /(?<=<b>)\w+(?=<\/b>)/.match("Fortune favors the <b>bold</b>.")
 #     # => #<MatchData "bold">
@@ -577,7 +577,7 @@
 #     re.match('1943-02-04').size # => 1
 #     re.match('foo')             # => nil
 #
-# Adding one or more pairs of parentheses, `(*subexpression*)`, defines
+# Adding one or more pairs of parentheses, `(_subexpression_)`, defines
 # *groups*, which may result in multiple matched substrings, called *captures*:
 #
 #     re = /(\d\d\d\d)-(\d\d)-(\d\d)/
@@ -649,8 +649,8 @@
 #
 # *   For a large number of groups:
 #
-#     *   The ordinary `\*n`* notation applies only for *n* in range (1..9).
-#     *   The `MatchData[*n*]` notation applies for any non-negative *n*.
+#     *   The ordinary `\_n_` notation applies only for *n* in range (1..9).
+#     *   The `MatchData[_n_]` notation applies for any non-negative *n*.
 #
 # *   `\0` is a special backreference, referring to the entire matched string;
 #     it may not be used within the regexp itself, but may be used outside it
@@ -662,7 +662,7 @@
 # #### Named Captures
 #
 # As seen above, a capture can be referred to by its number. A capture can also
-# have a name, prefixed as `?<*name*>` or `?'*name*'`, and the name (symbolized)
+# have a name, prefixed as `?<_name_>` or `?'_name_'`, and the name (symbolized)
 # may be used as an index in `MatchData[]`:
 #
 #     md = /\$(?<dollars>\d+)\.(?'cents'\d+)/.match("$3.67")
@@ -677,7 +677,7 @@
 #     /\$(?<dollars>\d+)\.(\d+)/.match("$3.67")
 #     # => #<MatchData "$3.67" dollars:"3">
 #
-# A named group may be backreferenced as `\k<*name*>`:
+# A named group may be backreferenced as `\k<_name_>`:
 #
 #     /(?<vowel>[aeiou]).\k<vowel>.\k<vowel>/.match('ototomy')
 #     # => #<MatchData "ototo" vowel:"o">
@@ -733,9 +733,9 @@
 #
 # #### Subexpression Calls
 #
-# As seen above, a backreference number (`\*n`*) or name (`\k<*name*>`) gives
+# As seen above, a backreference number (`\_n_`) or name (`\k<_name_>`) gives
 # access to a captured *substring*; the corresponding regexp *subexpression* may
-# also be accessed, via the number (`\\g*n`*) or name (`\g<*name*>`):
+# also be accessed, via the number (`\\g<i>n</i>`) or name (`\g<_name_>`):
 #
 #     /\A(?<paren>\(\g<paren>*\))*\z/.match('(())')
 #     # ^1
@@ -770,12 +770,12 @@
 #
 # #### Conditionals
 #
-# The conditional construct takes the form `(?(*cond*)*yes*|*no*)`, where:
+# The conditional construct takes the form `(?(_cond_)_yes_|_no_)`, where:
 #
 # *   *cond* may be a capture number or name.
 # *   The match to be applied is *yes* if *cond* is captured; otherwise the
 #     match to be applied is *no*.
-# *   If not needed, `|*no`* may be omitted.
+# *   If not needed, `|_no_` may be omitted.
 #
 # Examples:
 #
@@ -804,7 +804,7 @@
 #
 # #### Unicode Properties
 #
-# The `/\p{*property_name*}/` construct (with lowercase `p`) matches characters
+# The `/\p{_property_name_}/` construct (with lowercase `p`) matches characters
 # using a Unicode property name, much like a character class; property `Alpha`
 # specifies alphabetic characters:
 #
@@ -1038,21 +1038,21 @@
 #
 # Each of these modifiers sets a mode for the regexp:
 #
-# *   `i`: `/*pattern*/i` sets [Case-Insensitive
+# *   `i`: `/_pattern_/i` sets [Case-Insensitive
 #     Mode](rdoc-ref:Regexp@Case-Insensitive+Mode).
-# *   `m`: `/*pattern*/m` sets [Multiline Mode](rdoc-ref:Regexp@Multiline+Mode).
-# *   `x`: `/*pattern*/x` sets [Extended Mode](rdoc-ref:Regexp@Extended+Mode).
-# *   `o`: `/*pattern*/o` sets [Interpolation
+# *   `m`: `/_pattern_/m` sets [Multiline Mode](rdoc-ref:Regexp@Multiline+Mode).
+# *   `x`: `/_pattern_/x` sets [Extended Mode](rdoc-ref:Regexp@Extended+Mode).
+# *   `o`: `/_pattern_/o` sets [Interpolation
 #     Mode](rdoc-ref:Regexp@Interpolation+Mode).
 #
 # Any, all, or none of these may be applied.
 #
 # Modifiers `i`, `m`, and `x` may be applied to subexpressions:
 #
-# *   `(?*modifier*)` turns the mode "on" for ensuing subexpressions
-# *   `(?-*modifier*)` turns the mode "off" for ensuing subexpressions
-# *   `(?*modifier*:*subexp*)` turns the mode "on" for *subexp* within the group
-# *   `(?-*modifier*:*subexp*)` turns the mode "off" for *subexp* within the
+# *   `(?_modifier_)` turns the mode "on" for ensuing subexpressions
+# *   `(?-_modifier_)` turns the mode "off" for ensuing subexpressions
+# *   `(?_modifier_:_subexp_)` turns the mode "on" for *subexp* within the group
+# *   `(?-_modifier_:_subexp_)` turns the mode "off" for *subexp* within the
 #     group
 #
 # Example:
@@ -1168,22 +1168,22 @@
 # A regular expression containing non-US-ASCII characters is assumed to use the
 # source encoding. This can be overridden with one of the following modifiers.
 #
-# *   `/*pat*/n`: US-ASCII if only containing US-ASCII characters, otherwise
+# *   `/_pat_/n`: US-ASCII if only containing US-ASCII characters, otherwise
 #     ASCII-8BIT:
 #
 #         /foo/n.encoding     # => #<Encoding:US-ASCII>
 #         /foo\xff/n.encoding # => #<Encoding:ASCII-8BIT>
 #         /foo\x7f/n.encoding # => #<Encoding:US-ASCII>
 #
-# *   `/*pat*/u`: UTF-8
+# *   `/_pat_/u`: UTF-8
 #
 #         /foo/u.encoding # => #<Encoding:UTF-8>
 #
-# *   `/*pat*/e`: EUC-JP
+# *   `/_pat_/e`: EUC-JP
 #
 #         /foo/e.encoding # => #<Encoding:EUC-JP>
 #
-# *   `/*pat*/s`: Windows-31J
+# *   `/_pat_/s`: Windows-31J
 #
 #         /foo/s.encoding # => #<Encoding:Windows-31J>
 #
@@ -1926,7 +1926,7 @@ class Regexp
   #   rdoc-file=re.c
   #   - ~ rxp -> integer or nil
   # -->
-  # Equivalent to *`rxp* =~ $_`:
+  # Equivalent to `<i>rxp</i> =~ $_`:
   #
   #     $_ = "input data"
   #     ~ /at/ # => 7

core/string.rbs

@@ -86,7 +86,7 @@
 # *   `\&` and `\0` correspond to `$&`, which contains the complete matched
 #     text.
 # *   `\'` corresponds to `$'`, which contains the string after the match.
-# *   `\`` corresponds to `$``, which contains the string before the match.
+# *   ``` corresponds to `$``, which contains the string before the match.
 # *   `\+` corresponds to `$+`, which contains the last capture group.
 #
 # See Regexp for details.
@@ -559,7 +559,7 @@
 # *   `\&` and `\0` correspond to `$&`, which contains the complete matched
 #     text.
 # *   `\'` corresponds to `$'`, which contains the string after the match.
-# *   `\`` corresponds to `$``, which contains the string before the match.
+# *   ``` corresponds to `$``, which contains the string before the match.
 # *   `\+` corresponds to `$+`, which contains the last capture group.
 #
 # See Regexp for details.

core/struct.rbs

@@ -133,7 +133,7 @@ class Struct[Elem]
   # **Class Name**
   #
   # With string argument `class_name`, returns a new subclass of `Struct` named
-  # `Struct::*class_name`*:
+  # `Struct::<em>class_name</em>`:
   #
   #     Foo = Struct.new('Foo', :foo, :bar) # => Struct::Foo
   #     Foo.name                            # => "Struct::Foo"