Renamed 'ansi_c', 'dmd', and 'rstats' lexers to 'c', 'd', and 'r', respectively.

Originally this was to prevent clashes with Textadept's language-specific key handling, but this is
no longer applicable.

Author: orbitalquark

docs/api.md

@@ -54,9 +54,6 @@ and modify, or inherit from that lexer, saving some time and effort. The filenam
 lexer should be the name of your programming language in lower case followed by a *.lua*
 extension. For example, a new Lua lexer has the name *lua.lua*.
 
-Note: Try to refrain from using one-character language names like "c", "d", or "r". For
-example, Scintillua uses "ansi_c", "dmd", and "rstats", respectively.
-
 #### New Lexer Template
 
 There is a *lexers/template.txt* file that contains a simple template for a new lexer. Feel

docs/changelog.md

@@ -424,7 +424,7 @@ Bugfixes:
 Changes:
 
 * Do not match '..' on the trailing end of `lexer.float`.
-* Updated dmd lexer.
+* Updated D lexer.
 
 [Scintilla 3.10.3]: https://sourceforge.net/projects/scintilla/files/scintilla/3.10.3/scintilla3103.zip/download
 

docs/manual.md

@@ -327,22 +327,22 @@ doing this:
     Lua 5.1.4  Copyright (C) 1994-2008 Lua.org, PUC-Rio
     > lexer_path = '/home/mitchell/code/scintillua/lexers/?.lua'
     > package.path = package.path .. ';' .. lexer_path
-    > c = require('lexer').load('ansi_c')
+    > c = require('lexer').load('c')
     > tokens = c:lex('int main() { return 0; }')
     > for i = 1, #tokens, 2 do print(tokens[i], tokens[i+1]) end
     type	4
-    whitespace.ansi_c	5
+    whitespace.c	5
     function	9
     operator	10
     operator	11
-    whitespace.ansi_c	12
+    whitespace.c	12
     operator	13
-    whitespace.ansi_c	14
+    whitespace.c	14
     keyword	20
-    whitespace.ansi_c	21
+    whitespace.c	21
     number	22
     operator	23
-    whitespace.ansi_c	24
+    whitespace.c	24
     operator	25
 
 If you are unsure of which lexer to use for a given filename and/or content line (e.g. shebang line), you can

gen_lexer_props.lua

@@ -8,10 +8,7 @@ local noglobs = {
 	['Rout.save'] = true, ['Rout.fail'] = true, fstab = true, ['meson.build'] = true
 }
 
-local alt_name = {
-  actionscript = 'flash', ansi_c = 'c', dmd = 'd', javascript = 'js', python = 'py', rstats = 'r',
-  ruby = 'rb'
-}
+local alt_name = {actionscript = 'flash', javascript = 'js', python = 'py', ruby = 'rb'}
 
 -- Process file patterns and lexer definitions.
 local f = io.open('lexers/lexer.lua')

lexers/ansi_c.lua renamed to lexers/c.lua

@@ -4,7 +4,7 @@
 local lexer = lexer
 local P, S = lpeg.P, lpeg.S
 
-local lex = lexer.new(..., {inherit = lexer.load('ansi_c')})
+local lex = lexer.new(..., {inherit = lexer.load('c')})
 
 -- Word lists.
 lex:set_word_list(lexer.KEYWORD, {

lexers/dmd.lua renamed to lexers/d.lua

@@ -50,9 +50,6 @@
 -- lexer should be the name of your programming language in lower case followed by a *.lua*
 -- extension. For example, a new Lua lexer has the name *lua.lua*.
 --
--- Note: Try to refrain from using one-character language names like "c", "d", or "r". For
--- example, Scintillua uses "ansi_c", "dmd", and "rstats", respectively.
---
 -- #### New Lexer Template
 --
 -- There is a *lexers/template.txt* file that contains a simple template for a new lexer. Feel
@@ -1612,8 +1609,8 @@ function M.detect(filename, line)
 		bib = 'bibtex', --
 		boo = 'boo', --
 		cs = 'csharp', --
-		c = 'ansi_c', C = 'ansi_c', cc = 'cpp', cpp = 'cpp', cxx = 'cpp', ['c++'] = 'cpp', h = 'cpp',
-		hh = 'cpp', hpp = 'cpp', hxx = 'cpp', ['h++'] = 'cpp', --
+		c = 'c', C = 'c', cc = 'cpp', cpp = 'cpp', cxx = 'cpp', ['c++'] = 'cpp', h = 'cpp', hh = 'cpp',
+		hpp = 'cpp', hxx = 'cpp', ['h++'] = 'cpp', --
 		ck = 'chuck', --
 		clj = 'clojure', cljs = 'clojure', cljc = 'clojure', edn = 'clojure', --
 		['CMakeLists.txt'] = 'cmake', cmake = 'cmake', ['cmake.in'] = 'cmake', ctest = 'cmake',
@@ -1622,7 +1619,7 @@ function M.detect(filename, line)
 		cr = 'crystal', --
 		css = 'css', --
 		cu = 'cuda', cuh = 'cuda', --
-		d = 'dmd', di = 'dmd', --
+		d = 'd', di = 'd', --
 		dart = 'dart', --
 		desktop = 'desktop', --
 		diff = 'diff', patch = 'diff', --
@@ -1700,8 +1697,7 @@ function M.detect(filename, line)
 		proto = 'protobuf', --
 		pure = 'pure', --
 		sc = 'python', py = 'python', pyw = 'python', --
-		R = 'rstats', Rout = 'rstats', Rhistory = 'rstats', Rt = 'rstats', ['Rout.save'] = 'rstats',
-		['Rout.fail'] = 'rstats', --
+		R = 'r', Rout = 'r', Rhistory = 'r', Rt = 'r', ['Rout.save'] = 'r', ['Rout.fail'] = 'r', --
 		re = 'reason', --
 		r = 'rebol', reb = 'rebol', --
 		rst = 'rest', --

lexers/glsl.lua

@@ -66,7 +66,7 @@ lex:add_rule('python',
 local lparen, rparen = text('('), text(')')
 local d_filename = filename((lexer.nonnewline - '(')^1)
 local d_error = message(lexer.to_eol(S('Ee') * 'rror')) * mark_error
-lex:add_rule('dmd', starts_line(d_filename) * lparen * line * rparen * colon * d_error)
+lex:add_rule('d', starts_line(d_filename) * lparen * line * rparen * colon * d_error)
 
 -- "filename" line X: message (gnuplot)
 local gp_filename = filename((lexer.nonnewline - '"')^1)

lexers/lexer.lua

@@ -5,7 +5,7 @@ local lexer = require('lexer')
 local token, word_match = lexer.token, lexer.word_match
 local P, S = lpeg.P, lpeg.S
 
-local lex = lexer.new('rstats')
+local lex = lexer.new('r')
 
 -- Whitespace.
 lex:add_rule('whitespace', token(lexer.WHITESPACE, lexer.space^1))

lexers/output.lua

@@ -188,7 +188,7 @@ keywords7.$(file.patterns.csharp)=scintillua
 keywords8.$(file.patterns.csharp)=scintillua
 keywords9.$(file.patterns.csharp)=scintillua
 file.patterns.c=*.c;*.C
-lexer.$(file.patterns.c)=scintillua.ansi_c
+lexer.$(file.patterns.c)=scintillua.c
 keywords.$(file.patterns.c)=scintillua
 keywords2.$(file.patterns.c)=scintillua
 keywords3.$(file.patterns.c)=scintillua
@@ -287,7 +287,7 @@ keywords7.$(file.patterns.cuda)=scintillua
 keywords8.$(file.patterns.cuda)=scintillua
 keywords9.$(file.patterns.cuda)=scintillua
 file.patterns.d=*.d;*.di
-lexer.$(file.patterns.d)=scintillua.dmd
+lexer.$(file.patterns.d)=scintillua.d
 keywords.$(file.patterns.d)=scintillua
 keywords2.$(file.patterns.d)=scintillua
 keywords3.$(file.patterns.d)=scintillua
@@ -1123,7 +1123,7 @@ keywords7.$(file.patterns.py)=scintillua
 keywords8.$(file.patterns.py)=scintillua
 keywords9.$(file.patterns.py)=scintillua
 file.patterns.r=*.R;*.Rout;*.Rhistory;*.Rt;Rout.save;Rout.fail
-lexer.$(file.patterns.r)=scintillua.rstats
+lexer.$(file.patterns.r)=scintillua.r
 keywords.$(file.patterns.r)=scintillua
 keywords2.$(file.patterns.r)=scintillua
 keywords3.$(file.patterns.r)=scintillua

lexers/rstats.lua renamed to lexers/r.lua

@@ -645,8 +645,8 @@ end
 
 -- Tests the C lexer.
 function test_c()
-	local c = lexer.load('ansi_c')
-	assert(c._name == 'ansi_c')
+	local c = lexer.load('c')
+	assert(c._name == 'c')
 	assert_default_tags(c)
 
 	-- Lexing tests.
@@ -1686,7 +1686,7 @@ end
 
 function test_detect()
 	assert(lexer.detect('foo.lua') == 'lua')
-	assert(lexer.detect('foo.c') == 'ansi_c')
+	assert(lexer.detect('foo.c') == 'c')
 	assert(not lexer.detect('foo.txt'))
 	assert(lexer.detect('foo', '#!/bin/sh') == 'bash')
 	assert(not lexer.detect('foo', '/bin/sh'))