Mercurial > vim
view runtime/syntax/a65.vim @ 34420:c5a945f7f3da v9.1.0133
patch 9.1.0133: MS-Windows: ligatures not rendering correctly
Commit: https://github.com/vim/vim/commit/8b1e749ca6ca6d09a174c57de6999f69393ee567
Author: Erik S. V. Jansson <caffeineviking@gmail.com>
Date: Sat Feb 24 14:26:52 2024 +0100
patch 9.1.0133: MS-Windows: ligatures not rendering correctly
Problem: font ligatures don't render correctly in the Win32 GUI-version
of gvim even when set rop=type:directx is used. Setting
guiligatures also doesn't make any difference. This leads to
broken font ligatures when the cursor passes through them. It
does not recover from this, and they remain broken until you
re-render the whole buffer (e.g. by using Ctrl+L).
Solution: the problem is that we only re-draw the current and previous
character in gui_undraw_cursor() and only have the special case
for GTK when it comes to rendering ligatures. So let's enable
gui_adjust_undraw_cursor_for_ligatures() to also happen for
Win32 GUI if guiligatures is setup correctly (all this does is
expand the range of gui_undraw_cursor() with ligature characters).
related: #9181
related: #12901
closes: #14084
Signed-off-by: Erik S. V. Jansson <caffeineviking@gmail.com>
Signed-off-by: Christian Brabandt <cb@256bit.org>
author | Christian Brabandt <cb@256bit.org> |
---|---|
date | Sat, 24 Feb 2024 14:45:03 +0100 |
parents | d46f974fd69e |
children |
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" Vim syntax file " Language: xa 6502 cross assembler " Maintainer: Clemens Kirchgatterer <clemens@1541.org> " Last Change: 2016 Aug 31 " quit when a syntax file was already loaded if exists("b:current_syntax") finish endif syn case ignore " Opcodes syn match a65Opcode "\<PHP\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<PLA\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<PLX\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<PLY\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<SEC\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<CLD\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<SED\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<CLI\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<BVC\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<BVS\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<BCS\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<BCC\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<DEY\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<DEC\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<CMP\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<CPX\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<BIT\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<ROL\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<ROR\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<ASL\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<TXA\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<TYA\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<TSX\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<TXS\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<LDA\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<LDX\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<LDY\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<STA\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<PLP\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<BRK\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<RTI\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<NOP\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<SEI\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<CLV\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<PHA\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<PHX\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<BRA\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<JMP\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<JSR\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<RTS\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<CPY\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<BNE\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<BEQ\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<BMI\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<LSR\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<INX\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<INY\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<INC\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<ADC\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<SBC\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<AND\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<ORA\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<STX\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<STY\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<STZ\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<EOR\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<DEX\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<BPL\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<CLC\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<PHY\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<TRB\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<BBR\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<BBS\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<RMB\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<SMB\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<TAY\($\|\s\)" nextgroup=a65Address syn match a65Opcode "\<TAX\($\|\s\)" nextgroup=a65Address " Addresses syn match a65Address "\s*!\=$[0-9A-F]\{2}\($\|\s\)" syn match a65Address "\s*!\=$[0-9A-F]\{4}\($\|\s\)" syn match a65Address "\s*!\=$[0-9A-F]\{2},X\($\|\s\)" syn match a65Address "\s*!\=$[0-9A-F]\{4},X\($\|\s\)" syn match a65Address "\s*!\=$[0-9A-F]\{2},Y\($\|\s\)" syn match a65Address "\s*!\=$[0-9A-F]\{4},Y\($\|\s\)" syn match a65Address "\s*($[0-9A-F]\{2})\($\|\s\)" syn match a65Address "\s*($[0-9A-F]\{4})\($\|\s\)" syn match a65Address "\s*($[0-9A-F]\{2},X)\($\|\s\)" syn match a65Address "\s*($[0-9A-F]\{2}),Y\($\|\s\)" " Numbers syn match a65Number "#\=[0-9]*\>" syn match a65Number "#\=$[0-9A-F]*\>" syn match a65Number "#\=&[0-7]*\>" syn match a65Number "#\=%[01]*\>" syn case match " Types syn match a65Type "\(^\|\s\)\.byt\($\|\s\)" syn match a65Type "\(^\|\s\)\.word\($\|\s\)" syn match a65Type "\(^\|\s\)\.asc\($\|\s\)" syn match a65Type "\(^\|\s\)\.dsb\($\|\s\)" syn match a65Type "\(^\|\s\)\.fopt\($\|\s\)" syn match a65Type "\(^\|\s\)\.text\($\|\s\)" syn match a65Type "\(^\|\s\)\.data\($\|\s\)" syn match a65Type "\(^\|\s\)\.bss\($\|\s\)" syn match a65Type "\(^\|\s\)\.zero\($\|\s\)" syn match a65Type "\(^\|\s\)\.align\($\|\s\)" " Blocks syn match a65Section "\(^\|\s\)\.(\($\|\s\)" syn match a65Section "\(^\|\s\)\.)\($\|\s\)" " Strings syn match a65String "\".*\"" " Program Counter syn region a65PC start="\*=" end="\>" keepend " HI/LO Byte syn region a65HiLo start="#[<>]" end="$\|\s" contains=a65Comment keepend " Comments syn keyword a65Todo TODO XXX FIXME BUG contained syn match a65Comment ";.*"hs=s+1 contains=a65Todo syn region a65Comment start="/\*" end="\*/" contains=a65Todo,a65Comment " Preprocessor syn region a65PreProc start="^#" end="$" contains=a65Comment,a65Continue syn match a65End excludenl /end$/ contained syn match a65Continue "\\$" contained " Define the default highlighting. " Only when an item doesn't have highlighting yet hi def link a65Section Special hi def link a65Address Special hi def link a65Comment Comment hi def link a65PreProc PreProc hi def link a65Number Number hi def link a65String String hi def link a65Type Statement hi def link a65Opcode Type hi def link a65PC Error hi def link a65Todo Todo hi def link a65HiLo Number let b:current_syntax = "a65"