Merge from origin/emacs-29

ab1f245f1a Show tree-sitter query source when signaling query error
0b58ea0e60 ; * lisp/treesit.el (treesit--install-language-grammar-1)...
724da28763 Add version tags and mention the new options in NEWS
8675f4136c Add new options for Ruby code indentation
4922de626f ; Fix doc strings of 'treesit-install-language-grammar'
69b2aaaade ; Fix recently modified docs of 'set-face-attribute' (bug...
0248fc9e1a Add treesit-install-language-grammar
0237c5927e Add treesit-language-abi-version
312f82d36f Change "language definition" to "language grammar" in man...
fba35657da ; * lisp/progmodes/c-ts-mode.el (c-ts-mode--fill-paragrap...
dec1b37a32 ; * doc/lispref/parsing.texi (Accessing Node Information)...
39265abf0c * test/lisp/net/tramp-tests.el (tramp-test32-shell-comman...
ebf65c7e7e * lisp/eshell/em-tramp.el (tramp): Require also at runtim...

# Conflicts:
#	etc/NEWS
This commit is contained in:
Stefan Kangas 2022-12-31 06:30:21 +01:00
commit 2ec4e187c9
18 changed files with 503 additions and 85 deletions

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@ -3059,16 +3059,23 @@ values specified by @code{defface}. If @var{frame} is @code{nil},
this function sets the attributes for all existing frames, as well as
for newly created frames.
To @emph{unset} the value of an attribute, that is, to indicate that
the face doesn't by itself specify a value for the attribute, the
special value @code{unspecified} (@emph{not} @code{nil}!@:) must be
used.
To @emph{reset} the value of an attribute, that is, to indicate that
the face doesn't by itself specify a value for the attribute, use the
special value @code{unspecified} (@emph{not} @code{nil}!@:) for the
attribute, and set the @var{frame} argument to @code{t}, in addition
to the call with @var{frame} set to @code{nil}. This is because the
default attributes for newly created frames are merged with the face's
spec in @code{defface} when a new frame is created, and so having
@code{unspecified} in the default attributes for new frames will be
unable to override @code{defface}; the special call to this function
as described above will arrange for @code{defface} to be overridden.
Note that the attribute-value pairs are evaluated in the order they
are specified, except the @code{:family} and @code{:foundry}
attributes, which are evaluated first. This means both that only the
last value of a given attribute will be used, and that in some cases a
different order will give different results. For example, when
are specified, with the exception of the @code{:family} and
@code{:foundry} attributes, which are evaluated first. This means
that if a certain attribute is specified more than once, only the last
value will be used. It also means that in some cases a different
order of attributes will produce different results. For example, when
@code{:weight} is placed before @code{:font}, the weight value is
applied to the current font of the face, and might be rounded to the
closest available weight of that font, whereas when @code{:font} is

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@ -1364,7 +1364,7 @@ Syntax Tables
Parsing Program Source
* Language Definitions:: Loading tree-sitter language definitions.
* Language Grammar:: Loading tree-sitter language grammar.
* Using Parser:: Introduction to parsers.
* Retrieving Nodes:: Retrieving nodes from a syntax tree.
* Accessing Node Information:: Accessing node information.

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@ -5082,7 +5082,7 @@ shown in red color. @c Are colors customizable? faces?
@end defun
It is also helpful to use @code{treesit-inspect-mode} (@pxref{Language
Definitions}) when writing indentation rules.
Grammar}) when writing indentation rules.
@node Desktop Save Mode
@section Desktop Save Mode

View file

@ -30,7 +30,7 @@ available for the current Emacs session.
To be able to parse the program source using the tree-sitter library
and access the syntax tree of the program, a Lisp program needs to
load a language definition library, and create a parser for that
load a language grammar library, and create a parser for that
language and the current buffer. After that, the Lisp program can
query the parser about specific nodes of the syntax tree. Then, it
can access various kinds of information about each node, and search
@ -39,7 +39,7 @@ explains how to do all this, and also how a Lisp program can work with
source files that mix multiple programming languages.
@menu
* Language Definitions:: Loading tree-sitter language definitions.
* Language Grammar:: Loading tree-sitter language grammar.
* Using Parser:: Introduction to parsers.
* Retrieving Nodes:: Retrieving nodes from a syntax tree.
* Accessing Node Information:: Accessing node information.
@ -49,27 +49,27 @@ source files that mix multiple programming languages.
* Tree-sitter C API:: Compare the C API and the ELisp API.
@end menu
@node Language Definitions
@section Tree-sitter Language Definitions
@cindex language definitions, for tree-sitter
@node Language Grammar
@section Tree-sitter Language Grammar
@cindex language grammar, for tree-sitter
@heading Loading a language definition
@cindex loading language definition for tree-sitter
@heading Loading a language grammar
@cindex loading language grammar for tree-sitter
@cindex language argument, for tree-sitter
Tree-sitter relies on language definitions to parse text in that
language. In Emacs, a language definition is represented by a symbol.
For example, the C language definition is represented as the symbol
Tree-sitter relies on language grammar to parse text in that
language. In Emacs, a language grammar is represented by a symbol.
For example, the C language grammar is represented as the symbol
@code{c}, and @code{c} can be passed to tree-sitter functions as the
@var{language} argument.
@vindex treesit-extra-load-path
@vindex treesit-load-language-error
@vindex treesit-load-suffixes
Tree-sitter language definitions are distributed as dynamic libraries.
In order to use a language definition in Emacs, you need to make sure
Tree-sitter language grammar are distributed as dynamic libraries.
In order to use a language grammar in Emacs, you need to make sure
that the dynamic library is installed on the system. Emacs looks for
language definitions in several places, in the following order:
language grammar in several places, in the following order:
@itemize @bullet
@item
@ -91,12 +91,12 @@ that signal could be one of the following:
@table @code
@item (not-found @var{error-msg} @dots{})
This means that Emacs could not find the language definition library.
This means that Emacs could not find the language grammar library.
@item (symbol-error @var{error-msg})
This means that Emacs could not find in the library the expected function
that every language definition library should export.
that every language grammar library should export.
@item (version-mismatch @var{error-msg})
This means that the version of language definition library is incompatible
This means that the version of language grammar library is incompatible
with that of the tree-sitter library.
@end table
@ -105,7 +105,7 @@ In all of these cases, @var{error-msg} might provide additional
details about the failure.
@defun treesit-language-available-p language &optional detail
This function returns non-@code{nil} if the language definitions for
This function returns non-@code{nil} if the language grammar for
@var{language} exist and can be loaded.
If @var{detail} is non-@code{nil}, return @code{(t . nil)} when
@ -119,7 +119,7 @@ By convention, the file name of the dynamic library for @var{language} is
@file{libtree-sitter-@var{language}.@var{ext}}, where @var{ext} is the
system-specific extension for dynamic libraries. Also by convention,
the function provided by that library is named
@code{tree_sitter_@var{language}}. If a language definition library
@code{tree_sitter_@var{language}}. If a language grammar library
doesn't follow this convention, you should add an entry
@example
@ -140,19 +140,25 @@ to the list in the variable @code{treesit-load-name-override-list}, where
for a language that considers itself too ``cool'' to abide by
conventions.
@cindex language-definition version, compatibility
@defun treesit-language-version &optional min-compatible
This function returns the version of the language-definition
@cindex language grammar version, compatibility
@defun treesit-library-abi-version &optional min-compatible
This function returns the version of the language grammar
Application Binary Interface (@acronym{ABI}) supported by the
tree-sitter library. By default, it returns the latest ABI version
supported by the library, but if @var{min-compatible} is
non-@code{nil}, it returns the oldest ABI version which the library
still can support. Language definition libraries must be built for
still can support. language grammar libraries must be built for
ABI versions between the oldest and the latest versions supported by
the tree-sitter library, otherwise the library will be unable to load
them.
@end defun
@defun treesit-language-abi-version language
This function returns the language grammar @acronym{ABI} version of
language grammar for @var{language} loaded by Emacs. If
@var{language} is unavailable, this function returns @code{nil}.
@end defun
@heading Concrete syntax tree
@cindex syntax tree, concrete
@ -210,7 +216,7 @@ punctuation characters like bracket @samp{]}, and keywords like
@cindex field name, tree-sitter
@cindex tree-sitter node field name
@anchor{tree-sitter node field name}
To make the syntax tree easier to analyze, many language definitions
To make the syntax tree easier to analyze, many language grammar
assign @dfn{field names} to child nodes. For example, a
@code{function_definition} node could have a @code{declarator} and a
@code{body}:
@ -266,13 +272,13 @@ parser in @code{(treesit-parser-list)} (@pxref{Using Parser}).
@heading Reading the grammar definition
@cindex reading grammar definition, tree-sitter
Authors of language definitions define the @dfn{grammar} of a
Authors of language grammar define the @dfn{grammar} of a
programming language, which determines how a parser constructs a
concrete syntax tree out of the program text. In order to use the
syntax tree effectively, you need to consult the @dfn{grammar file}.
The grammar file is usually @file{grammar.js} in a language
definition's project repository. The link to a language definition's
grammar's project repository. The link to a language grammar's
home page can be found on
@uref{https://tree-sitter.github.io/tree-sitter, tree-sitter's
homepage}.
@ -350,7 +356,7 @@ makes any node matched by @code{preprocessor_call_exp} appear as
@end table
Below are grammar functions of lesser importance for reading a
language definition.
language grammar.
@table @code
@item token(@var{rule})
@ -397,7 +403,7 @@ when deciding whether to enable tree-sitter features.
@cindex tree-sitter parser, creating
@defun treesit-parser-create language &optional buffer no-reuse
Create a parser for the specified @var{buffer} and @var{language}
(@pxref{Language Definitions}). If @var{buffer} is omitted or
(@pxref{Language Grammar}). If @var{buffer} is omitted or
@code{nil}, it stands for the current buffer.
By default, this function reuses a parser if one already exists for
@ -685,7 +691,7 @@ This function finds the previous sibling of @var{node}. If
@cindex nodes, by field name
@cindex syntax tree nodes, by field name
To make the syntax tree easier to analyze, many language definitions
To make the syntax tree easier to analyze, many language grammar
assign @dfn{field names} to child nodes (@pxref{tree-sitter node field
name, field name}). For example, a @code{function_definition} node
could have a @code{declarator} node and a @code{body} node.
@ -929,7 +935,7 @@ tree.
In general, nodes in a concrete syntax tree fall into two categories:
@dfn{named nodes} and @dfn{anonymous nodes}. Whether a node is named
or anonymous is determined by the language definition
or anonymous is determined by the language grammar
(@pxref{tree-sitter named node, named node}).
@cindex tree-sitter missing node
@ -968,7 +974,7 @@ Named nodes have ``types'' (@pxref{tree-sitter node type, node type}).
For example, a named node can be a @code{string_literal} node, where
@code{string_literal} is its type. The type of an anonymous node is
just the text that the node represents; e.g., the type of a @samp{,}
node 480is just @samp{,}.
node is just @samp{,}.
This function returns @var{node}'s type as a string.
@end defun
@ -1704,8 +1710,8 @@ whether tree-sitter can be activated in this mode.
This function checks for conditions for activating tree-sitter. It
checks whether Emacs was built with tree-sitter, whether the buffer's
size is not too large for tree-sitter to handle it, and whether the
language definition for @var{language} is available on the system
(@pxref{Language Definitions}).
language grammar for @var{language} is available on the system
(@pxref{Language Grammar}).
This function emits a warning if tree-sitter cannot be activated. If
@var{quiet} is @code{message}, the warning is turned into a message;
@ -1826,7 +1832,7 @@ Using (row, column) coordinates as position.
Updating a node with changes. (In Emacs, retrieve a new node instead
of updating the existing one.)
@item
Querying statics of a language definition.
Querying statics of a language grammar.
@end itemize
In addition, Emacs makes some changes to the C API to make the API more

View file

@ -2832,7 +2832,11 @@ project-dedicated or global) is specified by the new
*** Support for endless methods.
---
*** New user option 'ruby-method-params-indent'.
*** New user options that determine indentation logic.
'ruby-method-params-indent', 'ruby-block-indent',
'ruby-after-operator-indent', 'ruby-method-call-indent',
'ruby-parenless-call-arguments-indent'. See the docstrings for
explanations and examples.
** Eshell

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@ -30,8 +30,9 @@
(eval-when-compile
(require 'esh-mode)
(require 'eshell)
(require 'tramp))
(require 'eshell))
(require 'tramp)
;; There are no items in this custom group, but eshell modules (ab)use
;; custom groups.

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@ -691,8 +691,8 @@ what the FACE's face spec says, call this function with FRAME set to
t and the ATTRIBUTE's value set to `unspecified'.
Note that the ATTRIBUTE VALUE pairs are evaluated in the order
they are specified, except the `:family' and `:foundry'
attributes which are evaluated first.
they are specified, except that the `:family' and `:foundry'
attributes are evaluated first.
The following attributes are recognized:

View file

@ -595,7 +595,9 @@ ARG is passed to `fill-paragraph'."
(start-marker nil)
(end-marker nil)
(end-len 0))
(when (equal (treesit-node-type node) "comment")
;; These covers C/C++, Java, JavaScript, TypeScript, Rust, C#.
(when (member (treesit-node-type node)
'("comment" "line_comment" "block_comment"))
;; We mask "/*" and the space before "*/" like
;; `c-fill-paragraph' does.
(atomic-change-group

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@ -285,6 +285,96 @@ Only has effect when `ruby-use-smie' is t."
:safe (lambda (val) (or (memq val '(t nil)) (numberp val)))
:version "29.1")
(defcustom ruby-block-indent t
"Non-nil to align the body of a block to the statement's start.
The body and the closer will be aligned to the column where the
statement containing the block starts. Example:
foo.bar
.each do
baz
end
If nil, it will be aligned instead to the beginning of the line
containing the block's opener:
foo.bar
.each do
baz
end
Only has effect when `ruby-use-smie' is t."
:type 'boolean
:safe 'booleanp
:version "29.1")
(defcustom ruby-after-operator-indent t
"Non-nil to use structural indentation after binary operators.
The code will be aligned to the implicit parent expression,
according to the operator precedence:
qux = 4 + 5 *
6 +
7
Set it to nil to align to the beginning of the statement:
qux = 4 + 5 *
6 +
7
Only has effect when `ruby-use-smie' is t."
:type 'boolean
:safe 'booleanp
:version "29.1")
(defcustom ruby-method-call-indent t
"Non-nil to use the structural indentation algorithm.
The method call will be aligned to the implicit parent
expression, according to the operator precedence:
foo = subject
.update(
1
)
Set it to nil to align to the beginning of the statement:
foo = subject
.update(
1
)
Only has effect when `ruby-use-smie' is t."
:type 'boolean
:safe 'booleanp
:version "29.1")
(defcustom ruby-parenless-call-arguments-indent t
"Non-nil to align arguments in a parenless call vertically.
Example:
qux :+,
bar,
:[]=,
bar
Set it to nil to align to the beginning of the statement:
qux :+,
bar,
:[]=,
bar
Only has effect when `ruby-use-smie' is t."
:type 'boolean
:safe 'booleanp
:version "29.1")
(defcustom ruby-deep-arglist t
"Deep indent lists in parenthesis when non-nil.
Also ignores spaces after parenthesis when `space'.
@ -416,6 +506,7 @@ This only affects the output of the command `ruby-toggle-block'."
'((right "=")
(right "+=" "-=" "*=" "/=" "%=" "**=" "&=" "|=" "^="
"<<=" ">>=" "&&=" "||=")
(right "?")
(nonassoc ".." "...")
(left "&&" "||")
(nonassoc "<=>")
@ -608,10 +699,10 @@ This only affects the output of the command `ruby-toggle-block'."
"def=")
(t tok)))))))
(defun ruby-smie--indent-to-stmt ()
(defun ruby-smie--indent-to-stmt (&optional offset)
(save-excursion
(smie-backward-sexp ";")
(cons 'column (smie-indent-virtual))))
(cons 'column (+ (smie-indent-virtual) (or offset 0)))))
(defun ruby-smie--indent-to-stmt-p (keyword)
(or (eq t ruby-align-to-stmt-keywords)
@ -642,7 +733,9 @@ This only affects the output of the command `ruby-toggle-block'."
(forward-comment -1)
(not (eq (preceding-char) ?:))))
;; Curly block opener.
(ruby-smie--indent-to-stmt))
(if ruby-block-indent
(ruby-smie--indent-to-stmt)
(cons 'column (current-indentation))))
((smie-rule-hanging-p)
;; Treat purely syntactic block-constructs as being part of their parent,
;; when the opening token is hanging and the parent is not an
@ -677,13 +770,20 @@ This only affects the output of the command `ruby-toggle-block'."
(unless (or (eolp) (forward-comment 1))
(cons 'column (current-column)))))
('(:before . " @ ")
(if (or (eq ruby-method-params-indent t)
(not (smie-rule-parent-p "def" "def=")))
(save-excursion
(skip-chars-forward " \t")
(cons 'column (current-column)))
(smie-rule-parent (or ruby-method-params-indent 0))))
('(:before . "do") (ruby-smie--indent-to-stmt))
(cond
((and (not ruby-parenless-call-arguments-indent)
(not (smie-rule-parent-p "def" "def=")))
(ruby-smie--indent-to-stmt ruby-indent-level))
((or (eq ruby-method-params-indent t)
(not (smie-rule-parent-p "def" "def=")))
(save-excursion
(skip-chars-forward " \t")
(cons 'column (current-column))))
(t (smie-rule-parent (or ruby-method-params-indent 0)))))
('(:before . "do")
(if ruby-block-indent
(ruby-smie--indent-to-stmt)
(cons 'column (current-indentation))))
('(:before . ".")
(if (smie-rule-sibling-p)
(when ruby-align-chained-calls
@ -696,8 +796,10 @@ This only affects the output of the command `ruby-toggle-block'."
(not (smie-rule-bolp)))))
(cons 'column (current-column)))
(smie-backward-sexp ".")
(cons 'column (+ (current-column)
ruby-indent-level))))
(if ruby-method-call-indent
(cons 'column (+ (current-column)
ruby-indent-level))
(ruby-smie--indent-to-stmt ruby-indent-level))))
(`(:before . ,(or "else" "then" "elsif" "rescue" "ensure"))
(smie-rule-parent))
(`(:before . ,(or "when" "in"))
@ -708,16 +810,22 @@ This only affects the output of the command `ruby-toggle-block'."
"<=>" ">" "<" ">=" "<=" "==" "===" "!=" "<<" ">>"
"+=" "-=" "*=" "/=" "%=" "**=" "&=" "|=" "^=" "|"
"<<=" ">>=" "&&=" "||=" "and" "or"))
(and (smie-rule-parent-p ";" nil)
(smie-indent--hanging-p)
ruby-indent-level))
(cond
((not ruby-after-operator-indent)
(ruby-smie--indent-to-stmt ruby-indent-level))
((and (smie-rule-parent-p ";" nil)
(smie-indent--hanging-p))
ruby-indent-level)))
(`(:before . "=")
(save-excursion
(and (smie-rule-parent-p " @ ")
(goto-char (nth 1 (smie-indent--parent)))
(smie-rule-prev-p "def=")
(cons 'column (+ (current-column) ruby-indent-level -3)))))
(`(:after . ,(or "?" ":")) ruby-indent-level)
(`(:after . ,(or "?" ":"))
(if ruby-after-operator-indent
ruby-indent-level
(ruby-smie--indent-to-stmt ruby-indent-level)))
(`(:before . ,(guard (memq (intern-soft token) ruby-alignable-keywords)))
(when (not (ruby--at-indentation-p))
(if (ruby-smie--indent-to-stmt-p token)
@ -725,7 +833,10 @@ This only affects the output of the command `ruby-toggle-block'."
(cons 'column (current-column)))))
('(:before . "iuwu-mod")
(smie-rule-parent ruby-indent-level))
))
(`(:before . ",")
(and (not ruby-parenless-call-arguments-indent)
(smie-rule-parent-p " @ ")
(ruby-smie--indent-to-stmt ruby-indent-level)))))
(defun ruby--at-indentation-p (&optional point)
(save-excursion

View file

@ -36,6 +36,7 @@
(eval-when-compile (require 'subr-x)) ; For `string-join'.
(require 'cl-seq)
(require 'font-lock)
(require 'seq)
;;; Function declarations
@ -2163,7 +2164,7 @@ instead of emitting a warning."
(pcase-let ((`(,available . ,err)
(treesit-language-available-p lang t)))
(when (not available)
(setq msg (format "language definition for %s is unavailable (%s): %s"
(setq msg (format "language grammar for %s is unavailable (%s): %s"
lang (nth 0 err)
(string-join
(mapcar (lambda (x) (format "%s" x))
@ -2310,7 +2311,7 @@ When this mode is enabled, the mode-line displays
where NODE, CHILD, etc, are nodes which begin at point. PARENT
is the parent of NODE. NODE is displayed in bold typeface.
FIELD-NAMEs are field names of NODE and CHILD, etc (see Info
node `(elisp)Language Definitions', heading \"Field names\").
node `(elisp)Language Grammar', heading \"Field names\").
If no node starts at point, i.e., point is in the middle of a
node, then the mode line displays the earliest node that spans point,
@ -2649,6 +2650,143 @@ window."
#'treesit--explorer-post-command t)
(kill-buffer treesit--explorer-buffer)))
;;; Install & build language grammar
(defvar treesit-language-source-alist nil
"Configures how to download tree-sitter language grammars.
This should be an alist of
(LANG . (URL SOURCE-DIR GRAMMAR-DIR CC C++))
Only LANG and URL are mandatory. LANG is the language symbol.
URL is the repository's url.
SOURCE-DIR is the relative directory in the repository in which
the grammar.c file resides, default to \"src\".
GRAMMAR-DIR is the relative grammar directory in the repository
in which the grammar.js file resides, default to \"\".
CC and C++ are C and C++ compilers, default to \"cc\" and
\"c++\", respectively.")
(defun treesit-install-language-grammar (lang)
"Build and install the tree-sitter language grammar library for LANG.
This command requires Git, a C compiler and (sometimes) a C++ compiler,
and the linker to be installed and on PATH. It also requires that the
recipe for LANG exists in `treesit-language-source-alist'.
See `exec-path' for the current path where Emacs looks for
executable programs, such as the C/C++ compiler and linker."
(interactive (list (intern
(completing-read
"Language: "
(mapcar #'car treesit-language-source-alist)
nil t))))
(condition-case err
(apply #'treesit--install-language-grammar-1
;; The nil is OUT-DIR.
(cons nil (assoc lang treesit-language-source-alist)))
(error
(display-warning
'treesit
(format "Error encountered when installing language grammar: %s"
err))))
;; Check that the installed language grammar is loadable.
(pcase-let ((`(,available . ,err)
(treesit-language-available-p lang t)))
(when (not available)
(display-warning
'treesit
(format "The installed language grammar for %s cannot be located or has problems (%s): %s"
lang (nth 0 err)
(string-join
(mapcar (lambda (x) (format "%s" x))
(cdr err))
" "))))))
(defun treesit--call-process-signal (&rest args)
"Run `call-process' with ARGS.
If it returns anything but 0, signal an error. Use the buffer
content as signal data, and erase buffer afterwards."
(unless (eq 0 (apply #'call-process args))
(signal 'treesit-error (list "Command:"
(string-join (cons (car args)
(nthcdr 4 args))
" ")
"Error output:"
(buffer-string)))
(erase-buffer)))
(defun treesit--install-language-grammar-1
(out-dir lang url &optional source-dir grammar-dir cc c++)
"Install and compile a tree-sitter language grammar library.
OUT-DIR is the directory to put the compiled library file. If it
is nil, the \"tree-sitter\" directory under user's Emacs
configuration directory is used (and automatically created if not
exist).
For LANG, URL, SOURCE-DIR, GRAMMAR-DIR, CC, C++, see
`treesit-language-source-alist'. If anything goes wrong, this
function signals an error."
(let* ((lang (symbol-name lang))
(default-directory (make-temp-file "treesit-workdir" t))
(workdir (expand-file-name "repo"))
(source-dir (expand-file-name (or source-dir "src") workdir))
(grammar-dir (expand-file-name (or grammar-dir "") workdir))
(cc (or cc (seq-find #'executable-find '("cc" "gcc" "c99"))
;; If no C compiler found, just use cc and let
;; `call-process' signal the error.
"cc"))
(c++ (or c++ (seq-find #'executable-find '("c++" "g++"))
"c++"))
(soext (or (car dynamic-library-suffixes)
(signal 'treesit-error '("Emacs cannot figure out the file extension for dynamic libraries for this system, because `dynamic-library-suffixes' is nil"))))
(out-dir (or (and out-dir (expand-file-name out-dir))
(locate-user-emacs-file "tree-sitter")))
(lib-name (concat "libtree-sitter-" lang soext)))
(unwind-protect
(with-temp-buffer
(message "Cloning repository")
;; git clone xxx --depth 1 --quiet workdir
(treesit--call-process-signal
"git" nil t nil "clone" url "--depth" "1" "--quiet"
workdir)
;; cp "${grammardir}"/grammar.js "${sourcedir}"
(copy-file (expand-file-name "grammar.js" grammar-dir)
(expand-file-name "grammar.js" source-dir)
t t)
;; cd "${sourcedir}"
(setq default-directory source-dir)
(message "Compiling library")
;; cc -fPIC -c -I. parser.c
(treesit--call-process-signal
cc nil t nil "-fPIC" "-c" "-I." "parser.c")
;; cc -fPIC -c -I. scanner.c
(when (file-exists-p "scanner.c")
(treesit--call-process-signal
cc nil t nil "-fPIC" "-c" "-I." "scanner.c"))
;; c++ -fPIC -I. -c scanner.cc
(when (file-exists-p "scanner.cc")
(treesit--call-process-signal
c++ nil t nil "-fPIC" "-c" "-I." "scanner.cc"))
;; cc/c++ -fPIC -shared *.o -o "libtree-sitter-${lang}.${soext}"
(apply #'treesit--call-process-signal
(if (file-exists-p "scanner.cc") c++ cc)
nil t nil
`("-fPIC" "-shared"
,@(directory-files
default-directory nil
(rx bos (+ anychar) ".o" eos))
"-o" ,lib-name))
;; Copy out.
(copy-file lib-name (file-name-as-directory out-dir) t t)
(message "Library installed to %s/%s" out-dir lib-name))
(when (file-exists-p workdir)
(delete-directory workdir t)))))
;;; Etc
(declare-function find-library-name "find-func.el")

View file

@ -662,9 +662,8 @@ If DETAIL is non-nil, return (t . nil) when LANGUAGE is available,
}
}
DEFUN ("treesit-language-version",
Ftreesit_language_version,
Streesit_language_version,
DEFUN ("treesit-library-abi-version", Ftreesit_library_abi_version,
Streesit_library_abi_version,
0, 1, 0,
doc: /* Return the language ABI version of the tree-sitter library.
@ -680,6 +679,29 @@ is non-nil, return the oldest compatible ABI version. */)
return make_fixnum (TREE_SITTER_MIN_COMPATIBLE_LANGUAGE_VERSION);
}
DEFUN ("treesit-language-version", Ftreesit_language_abi_version,
Streesit_language_abi_version,
0, 1, 0,
doc: /* Return the language ABI version of the tree-sitter LANGUAGE.
Return nil if LANGUAGE is not available. */)
(Lisp_Object language)
{
if (NILP (Ftreesit_langauge_available_p (language, Qnil)))
return Qnil;
else
{
Lisp_Object signal_symbol = Qnil;
Lisp_Object signal_data = Qnil;
TSLanguage *ts_language = treesit_load_language (language,
&signal_symbol,
&signal_data);
if (ts_language == NULL)
return Qnil;
uint32_t version = ts_language_version (ts_language);
return make_fixnum((ptrdiff_t) version);
}
}
/*** Parsing functions */
static void
@ -1172,10 +1194,12 @@ treesit_query_error_to_string (TSQueryError error)
static Lisp_Object
treesit_compose_query_signal_data (uint32_t error_offset,
TSQueryError error_type)
TSQueryError error_type,
Lisp_Object query_source)
{
return list3 (build_string (treesit_query_error_to_string (error_type)),
return list4 (build_string (treesit_query_error_to_string (error_type)),
make_fixnum (error_offset + 1),
query_source,
build_pure_c_string ("Debug the query with `treesit-query-validate'"));
}
@ -1217,7 +1241,8 @@ treesit_ensure_query_compiled (Lisp_Object query, Lisp_Object *signal_symbol,
{
*signal_symbol = Qtreesit_query_error;
*signal_data = treesit_compose_query_signal_data (error_offset,
error_type);
error_type,
source);
}
XTS_COMPILED_QUERY (query)->query = treesit_query;
return treesit_query;
@ -2605,7 +2630,7 @@ the query. */)
if (treesit_query == NULL)
xsignal (Qtreesit_query_error,
treesit_compose_query_signal_data (error_offset,
error_type));
error_type, query));
cursor = ts_query_cursor_new ();
needs_to_free_query_and_cursor = true;
}
@ -3345,7 +3370,8 @@ then in the system default locations for dynamic libraries, in that order. */);
Vtreesit_extra_load_path = Qnil;
defsubr (&Streesit_language_available_p);
defsubr (&Streesit_language_version);
defsubr (&Streesit_library_abi_version);
defsubr (&Streesit_language_abi_version);
defsubr (&Streesit_parser_p);
defsubr (&Streesit_node_p);

View file

@ -5510,15 +5510,11 @@ INPUT, if non-nil, is a string sent to the process."
;; String to be sent.
(format "%s\n" (file-name-nondirectory tmp-name)))
(should
(string-equal
;; tramp-adb.el echoes, so we must add the string.
(if (and (tramp--test-adb-p)
(not (tramp-direct-async-process-p)))
(format
"%s\n%s\n"
(file-name-nondirectory tmp-name)
(file-name-nondirectory tmp-name))
(format "%s\n" (file-name-nondirectory tmp-name)))
(string-match-p
;; Some shells echo, for example the "adb" or "docker" methods.
(tramp-compat-rx
bos (** 1 2 (literal (file-name-nondirectory tmp-name)) "\n")
eos)
(buffer-string))))
;; Cleanup.

View file

@ -0,0 +1,29 @@
4 +
5 +
6 +
7
qux = 4 + 5 *
6 +
7
foo = obj.bar { |m| tee(m) } +
obj.qux { |m| hum(m) }
foo.
bar
.baz
qux = foo.fee ?
bar :
tee
# Endless methods.
class Bar
def foo(abc) = bar +
baz
end
# Local Variables:
# ruby-after-operator-indent: nil
# End:

View file

@ -0,0 +1,33 @@
foo
.asdasd
.proc do |**args|
p(**args)
end
foo
.asdasd
.proc { |**args|
p(**args)
}
bar.foo do
bar
end
bar.foo(tee) do
bar
end
bar.foo(tee) {
bar
}
x.foo do
foo
end.bar do
bar
end
# Local Variables:
# ruby-block-indent: nil
# End:

View file

@ -0,0 +1,15 @@
foo2 =
subject.
update(
2
)
foo3 =
subject
.update(
2
)
# Local Variables:
# ruby-method-call-indent: nil
# End:

View file

@ -0,0 +1,23 @@
method arg1,
method2 arg2,
arg3, [
arg4,
arg5
]
zzz = method (a + b),
c, :d => :e,
f: g
return render json: {
errors: { base: [message] },
copying: copying
},
status: 400
foo(a,
b)
# Local Variables:
# ruby-parenless-call-arguments-indent: nil
# End:

View file

@ -226,6 +226,7 @@ def begin
foo.
bar
.baz
# https://github.com/rails/rails/blob/17f5d8e062909f1fcae25351834d8e89967b645e/activesupport/lib/active_support/time_with_zone.rb#L206
foo # comment intended to confuse the tokenizer
@ -380,6 +381,18 @@ def bar
i + 1
end
m1 = foo
.asdasd
.proc do |**args|
p(**args)
end
m2 = foo
.asdasd
.proc { |**args|
p(**args)
}
bar.foo do
bar
end
@ -398,6 +411,12 @@ def bar
end
end
x.foo do
foo
end.bar do
bar
end
foo |
bar
@ -540,5 +559,9 @@ def baz.full_name = "#{bar} 3"
end
# Local Variables:
# ruby-after-operator-indent: t
# ruby-block-indent: t
# ruby-method-call-indent: t
# ruby-method-params-indent: t
# ruby-parenless-call-arguments-indent: t
# End:

View file

@ -956,7 +956,11 @@ VALUES-PLIST is a list with alternating index and value elements."
(kill-buffer buf)))))
(ruby-deftest-indent "ruby.rb")
(ruby-deftest-indent "ruby-after-operator-indent.rb")
(ruby-deftest-indent "ruby-block-indent.rb")
(ruby-deftest-indent "ruby-method-call-indent.rb")
(ruby-deftest-indent "ruby-method-params-indent.rb")
(ruby-deftest-indent "ruby-parenless-call-arguments-indent.rb")
(ert-deftest ruby--test-chained-indentation ()
(with-temp-buffer