129 lines
4.8 KiB
VimL
129 lines
4.8 KiB
VimL
" Copyright 2013 LuoChen (luochen1990@gmail.com). Licensed under the Apache License 2.0.
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if exists('s:loaded') | finish | endif | let s:loaded = 1
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fun s:trim(s)
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return substitute(a:s, '\v^\s*(.{-})\s*$', '\1', '')
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endfun
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fun s:concat(strs)
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return join(filter(a:strs, "v:val !~ '^[ ]*$'"), ',')
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endfun
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fun s:resolve_parenthesis_with(init_state, p)
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let [paren, contained, containedin, contains_prefix, contains, op] = a:init_state
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let p = (type(a:p) == type([])) ? ((len(a:p) == 3) ? printf('start=#%s# step=%s end=#%s#', a:p[0], op, a:p[-1]) : printf('start=#%s# end=#%s#', a:p[0], a:p[-1])) : a:p "NOTE: preprocess the old style parentheses config
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let ls = split(p, '\v%(%(start|step|end)\=(.)%(\1@!.)*\1[^ ]*|\w+%(\=[^ ]*)?) ?\zs', 0)
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for s in ls
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let [k, v] = [matchstr(s, '^[^=]\+\ze\(=\|$\)'), matchstr(s, '^[^=]\+=\zs.*')]
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if k == 'step'
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let op = s:trim(v)
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elseif k == 'contains_prefix'
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let contains_prefix = s:trim(v)
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elseif k == 'contains'
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let contains = s:concat([contains, s:trim(v)])
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elseif k == 'containedin'
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let containedin = s:concat([containedin, s:trim(v)])
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elseif k == 'contained'
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let contained = 1
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else
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let paren .= s
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endif
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endfor
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let rst = [paren, contained, containedin, contains_prefix, contains, op]
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"echom json_encode(rst)
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return rst
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endfun
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fun s:resolve_parenthesis_from_config(config)
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return s:resolve_parenthesis_with(['', 0, '', a:config.contains_prefix, '', a:config.operators], a:config.parentheses_options)
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endfun
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fun s:synID(prefix, group, lv, id)
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return a:prefix.'_lv'.a:lv.'_'.a:group.a:id
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endfun
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fun s:synGroupID(prefix, group, lv)
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return a:prefix.a:group.'_lv'.a:lv
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endfun
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fun rainbow#syn(config)
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let conf = a:config
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let prefix = conf.syn_name_prefix
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let cycle = conf.cycle
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let glob_paran_opts = s:resolve_parenthesis_from_config(conf)
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let b:rainbow_loaded = cycle
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for id in range(len(conf.parentheses))
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let [paren, contained, containedin, contains_prefix, contains, op] = s:resolve_parenthesis_with(glob_paran_opts, conf.parentheses[id])
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for lv in range(cycle)
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let lv2 = ((lv + cycle - 1) % cycle)
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let [rid, pid, gid2] = [s:synID(prefix, 'r', lv, id), s:synID(prefix, 'p', lv, id), s:synGroupID(prefix, 'Regions', lv2)]
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if len(op) > 2
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exe 'syn match '.s:synID(prefix, 'o', lv, id).' '.op.' containedin='.s:synID(prefix, 'r', lv, id).' contained'
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endif
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let real_contained = (lv == 0)? (contained? 'contained ' : '') : 'contained '
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let real_containedin = (lv == 0)? s:concat([containedin, '@'.gid2]) : '@'.gid2
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let real_contains = s:concat([contains_prefix, contains])
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exe 'syn region '.rid.' matchgroup='.pid.' '.real_contained.'containedin='.real_containedin.' contains='.real_contains.' '.paren
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endfor
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endfor
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for lv in range(cycle)
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exe 'syn cluster '.s:synGroupID(prefix, 'Regions', lv).' contains='.join(map(range(len(conf.parentheses)), 's:synID(prefix, "r", lv, v:val)'), ',')
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exe 'syn cluster '.s:synGroupID(prefix, 'Parentheses', lv).' contains='.join(map(range(len(conf.parentheses)), 's:synID(prefix, "p", lv, v:val)'), ',')
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exe 'syn cluster '.s:synGroupID(prefix, 'Operators', lv).' contains='.join(map(range(len(conf.parentheses)), 's:synID(prefix, "o", lv, v:val)'), ',')
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endfor
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exe 'syn cluster '.prefix.'Regions contains='.join(map(range(cycle), '"@".s:synGroupID(prefix, "Regions", v:val)'), ',')
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exe 'syn cluster '.prefix.'Parentheses contains='.join(map(range(cycle), '"@".s:synGroupID(prefix, "Parentheses", v:val)'), ',')
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exe 'syn cluster '.prefix.'Operators contains='.join(map(range(cycle), '"@".s:synGroupID(prefix, "Operators", v:val)'), ',')
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if has_key(conf, 'after') | for cmd in conf.after | exe cmd | endfor | endif
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endfun
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fun rainbow#syn_clear(config)
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let conf = a:config
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let prefix = conf.syn_name_prefix
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for id in range(len(conf.parentheses))
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for lv in range(conf.cycle)
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let [rid, oid] = [s:synID(prefix, 'r', lv, id), s:synID(prefix, 'o', lv, id)]
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exe 'syn clear '.rid
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exe 'syn clear '.oid
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endfor
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endfor
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endfun
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fun rainbow#hi(config)
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let conf = a:config
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let prefix = conf.syn_name_prefix
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for id in range(len(conf.parentheses))
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for lv in range(conf.cycle)
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let [pid, oid] = [s:synID(prefix, 'p', lv, id), s:synID(prefix, 'o', lv, id)]
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let ctermfg = conf.ctermfgs[lv % len(conf.ctermfgs)]
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let guifg = conf.guifgs[lv % len(conf.guifgs)]
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let cterm = conf.cterms[lv % len(conf.cterms)]
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let gui = conf.guis[lv % len(conf.guis)]
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let hi_style = 'ctermfg='.ctermfg.' guifg='.guifg.(len(cterm) > 0 ? ' cterm='.cterm : '').(len(gui) > 0 ? ' gui='.gui : '')
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exe 'hi '.pid.' '.hi_style
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exe 'hi '.oid.' '.hi_style
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endfor
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endfor
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endfun
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fun rainbow#hi_clear(config)
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let conf = a:config
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let prefix = conf.syn_name_prefix
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for id in range(len(conf.parentheses))
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for lv in range(conf.cycle)
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let [pid, oid] = [s:synID(prefix, 'p', lv, id), s:synID(prefix, 'o', lv, id)]
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exe 'hi clear '.pid
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exe 'hi clear '.oid
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endfor
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endfor
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endfun
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