#!/usr/bin/env texlua if not modules then modules = { } end modules ['luatools'] = { version = 1.001, comment = "companion to context.tex", author = "Hans Hagen, PRAGMA-ADE, Hasselt NL", copyright = "PRAGMA ADE / ConTeXt Development Team", license = "see context related readme files" } local format = string.format -- one can make a stub: -- -- #!/bin/sh -- env LUATEXDIR=/....../texmf/scripts/context/lua texlua luatools.lua "$@" -- Although this script is part of the ConTeXt distribution it is -- relatively indepent of ConTeXt. The same is true for some of -- the luat files. We may may make them even less dependent in -- the future. As long as Luatex is under development the -- interfaces and names of functions may change. -- For the sake of independence we optionally can merge the library -- code here. It's too much code, but that does not harm. Much of the -- library code is used elsewhere. We don't want dependencies on -- Lua library paths simply because these scripts are located in the -- texmf tree and not in some Lua path. Normally this merge is not -- needed when texmfstart is used, or when the proper stub is used or -- when (windows) suffix binding is active. texlua = true -- begin library merge do -- create closure to overcome 200 locals limit if not modules then modules = { } end modules ['l-string'] = { version = 1.001, comment = "companion to luat-lib.mkiv", author = "Hans Hagen, PRAGMA-ADE, Hasselt NL", copyright = "PRAGMA ADE / ConTeXt Development Team", license = "see context related readme files" } local sub, gsub, find, match, gmatch, format, char, byte, rep, lower = string.sub, string.gsub, string.find, string.match, string.gmatch, string.format, string.char, string.byte, string.rep, string.lower local lpegmatch = lpeg.match -- some functions may disappear as they are not used anywhere if not string.split then -- this will be overloaded by a faster lpeg variant function string:split(pattern) if #self > 0 then local t = { } for s in gmatch(self..pattern,"(.-)"..pattern) do t[#t+1] = s end return t else return { } end end end local chr_to_esc = { ["%"] = "%%", ["."] = "%.", ["+"] = "%+", ["-"] = "%-", ["*"] = "%*", ["^"] = "%^", ["$"] = "%$", ["["] = "%[", ["]"] = "%]", ["("] = "%(", [")"] = "%)", ["{"] = "%{", ["}"] = "%}" } string.chr_to_esc = chr_to_esc function string:esc() -- variant 2 return (gsub(self,"(.)",chr_to_esc)) end function string:unquote() return (gsub(self,"^([\"\'])(.*)%1$","%2")) end --~ function string:unquote() --~ if find(self,"^[\'\"]") then --~ return sub(self,2,-2) --~ else --~ return self --~ end --~ end function string:quote() -- we could use format("%q") return format("%q",self) end function string:count(pattern) -- variant 3 local n = 0 for _ in gmatch(self,pattern) do n = n + 1 end return n end function string:limit(n,sentinel) if #self > n then sentinel = sentinel or " ..." return sub(self,1,(n-#sentinel)) .. sentinel else return self end end --~ function string:strip() -- the .- is quite efficient --~ -- return match(self,"^%s*(.-)%s*$") or "" --~ -- return match(self,'^%s*(.*%S)') or '' -- posted on lua list --~ return find(s,'^%s*$') and '' or match(s,'^%s*(.*%S)') --~ end do -- roberto's variant: local space = lpeg.S(" \t\v\n") local nospace = 1 - space local stripper = space^0 * lpeg.C((space^0 * nospace^1)^0) function string.strip(str) return lpegmatch(stripper,str) or "" end end function string:is_empty() return not find(self,"%S") end function string:enhance(pattern,action) local ok, n = true, 0 while ok do ok = false self = gsub(self,pattern, function(...) ok, n = true, n + 1 return action(...) end) end return self, n end local chr_to_hex, hex_to_chr = { }, { } for i=0,255 do local c, h = char(i), format("%02X",i) chr_to_hex[c], hex_to_chr[h] = h, c end function string:to_hex() return (gsub(self or "","(.)",chr_to_hex)) end function string:from_hex() return (gsub(self or "","(..)",hex_to_chr)) end if not string.characters then local function nextchar(str, index) index = index + 1 return (index <= #str) and index or nil, sub(str,index,index) end function string:characters() return nextchar, self, 0 end local function nextbyte(str, index) index = index + 1 return (index <= #str) and index or nil, byte(sub(str,index,index)) end function string:bytes() return nextbyte, self, 0 end end -- we can use format for this (neg n) function string:rpadd(n,chr) local m = n-#self if m > 0 then return self .. rep(chr or " ",m) else return self end end function string:lpadd(n,chr) local m = n-#self if m > 0 then return rep(chr or " ",m) .. self else return self end end string.padd = string.rpadd function is_number(str) -- tonumber return find(str,"^[%-%+]?[%d]-%.?[%d+]$") == 1 end --~ print(is_number("1")) --~ print(is_number("1.1")) --~ print(is_number(".1")) --~ print(is_number("-0.1")) --~ print(is_number("+0.1")) --~ print(is_number("-.1")) --~ print(is_number("+.1")) function string:split_settings() -- no {} handling, see l-aux for lpeg variant if find(self,"=") then local t = { } for k,v in gmatch(self,"(%a+)=([^%,]*)") do t[k] = v end return t else return nil end end local patterns_escapes = { ["-"] = "%-", ["."] = "%.", ["+"] = "%+", ["*"] = "%*", ["%"] = "%%", ["("] = "%)", [")"] = "%)", ["["] = "%[", ["]"] = "%]", } function string:pattesc() return (gsub(self,".",patterns_escapes)) end local simple_escapes = { ["-"] = "%-", ["."] = "%.", ["?"] = ".", ["*"] = ".*", } function string:simpleesc() return (gsub(self,".",simple_escapes)) end function string:tohash() local t = { } for s in gmatch(self,"([^, ]+)") do -- lpeg t[s] = true end return t end local pattern = lpeg.Ct(lpeg.C(1)^0) function string:totable() return lpegmatch(pattern,self) end --~ local t = { --~ "1234567123456712345671234567", --~ "a\tb\tc", --~ "aa\tbb\tcc", --~ "aaa\tbbb\tccc", --~ "aaaa\tbbbb\tcccc", --~ "aaaaa\tbbbbb\tccccc", --~ "aaaaaa\tbbbbbb\tcccccc", --~ } --~ for k,v do --~ print(string.tabtospace(t[k])) --~ end function string.tabtospace(str,tab) -- we don't handle embedded newlines while true do local s = find(str,"\t") if s then if not tab then tab = 7 end -- only when found local d = tab-(s-1) % tab if d > 0 then str = gsub(str,"\t",rep(" ",d),1) else str = gsub(str,"\t","",1) end else break end end return str end function string:compactlong() -- strips newlines and leading spaces self = gsub(self,"[\n\r]+ *","") self = gsub(self,"^ *","") return self end function string:striplong() -- strips newlines and leading spaces self = gsub(self,"^%s*","") self = gsub(self,"[\n\r]+ *","\n") return self end function string:topattern(lowercase,strict) if lowercase then self = lower(self) end self = gsub(self,".",simple_escapes) if self == "" then self = ".*" elseif strict then self = "^" .. self .. "$" end return self end end -- of closure do -- create closure to overcome 200 locals limit if not modules then modules = { } end modules ['l-lpeg'] = { version = 1.001, comment = "companion to luat-lib.mkiv", author = "Hans Hagen, PRAGMA-ADE, Hasselt NL", copyright = "PRAGMA ADE / ConTeXt Development Team", license = "see context related readme files" } local lpeg = require("lpeg") lpeg.patterns = lpeg.patterns or { } -- so that we can share local patterns = lpeg.patterns local P, R, S, Ct, C, Cs, Cc, V = lpeg.P, lpeg.R, lpeg.S, lpeg.Ct, lpeg.C, lpeg.Cs, lpeg.Cc, lpeg.V local match = lpeg.match local digit, sign = R('09'), S('+-') local cr, lf, crlf = P("\r"), P("\n"), P("\r\n") local utf8byte = R("\128\191") patterns.utf8byte = utf8byte patterns.utf8one = R("\000\127") patterns.utf8two = R("\194\223") * utf8byte patterns.utf8three = R("\224\239") * utf8byte * utf8byte patterns.utf8four = R("\240\244") * utf8byte * utf8byte * utf8byte patterns.digit = digit patterns.sign = sign patterns.cardinal = sign^0 * digit^1 patterns.integer = sign^0 * digit^1 patterns.float = sign^0 * digit^0 * P('.') * digit^1 patterns.number = patterns.float + patterns.integer patterns.oct = P("0") * R("07")^1 patterns.octal = patterns.oct patterns.HEX = P("0x") * R("09","AF")^1 patterns.hex = P("0x") * R("09","af")^1 patterns.hexadecimal = P("0x") * R("09","AF","af")^1 patterns.lowercase = R("az") patterns.uppercase = R("AZ") patterns.letter = patterns.lowercase + patterns.uppercase patterns.space = S(" ") patterns.eol = S("\n\r") patterns.spacer = S(" \t\f\v") -- + string.char(0xc2, 0xa0) if we want utf (cf mail roberto) patterns.newline = crlf + cr + lf patterns.nonspace = 1 - patterns.space patterns.nonspacer = 1 - patterns.spacer patterns.whitespace = patterns.eol + patterns.spacer patterns.nonwhitespace = 1 - patterns.whitespace patterns.utf8 = patterns.utf8one + patterns.utf8two + patterns.utf8three + patterns.utf8four patterns.utfbom = P('\000\000\254\255') + P('\255\254\000\000') + P('\255\254') + P('\254\255') + P('\239\187\191') function lpeg.anywhere(pattern) --slightly adapted from website return P { P(pattern) + 1 * V(1) } -- why so complex? end function lpeg.splitter(pattern, action) return (((1-P(pattern))^1)/action+1)^0 end local spacing = patterns.spacer^0 * patterns.newline -- sort of strip local empty = spacing * Cc("") local nonempty = Cs((1-spacing)^1) * spacing^-1 local content = (empty + nonempty)^1 local capture = Ct(content^0) function string:splitlines() return match(capture,self) end patterns.textline = content --~ local p = lpeg.splitat("->",false) print(match(p,"oeps->what->more")) -- oeps what more --~ local p = lpeg.splitat("->",true) print(match(p,"oeps->what->more")) -- oeps what->more --~ local p = lpeg.splitat("->",false) print(match(p,"oeps")) -- oeps --~ local p = lpeg.splitat("->",true) print(match(p,"oeps")) -- oeps local splitters_s, splitters_m = { }, { } local function splitat(separator,single) local splitter = (single and splitters_s[separator]) or splitters_m[separator] if not splitter then separator = P(separator) if single then local other, any = C((1 - separator)^0), P(1) splitter = other * (separator * C(any^0) + "") -- ? splitters_s[separator] = splitter else local other = C((1 - separator)^0) splitter = other * (separator * other)^0 splitters_m[separator] = splitter end end return splitter end lpeg.splitat = splitat local cache = { } function lpeg.split(separator,str) local c = cache[separator] if not c then c = Ct(splitat(separator)) cache[separator] = c end return match(c,str) end function string:split(separator) local c = cache[separator] if not c then c = Ct(splitat(separator)) cache[separator] = c end return match(c,self) end lpeg.splitters = cache local cache = { } function lpeg.checkedsplit(separator,str) local c = cache[separator] if not c then separator = P(separator) local other = C((1 - separator)^0) c = Ct(separator^0 * other * (separator^1 * other)^0) cache[separator] = c end return match(c,str) end function string:checkedsplit(separator) local c = cache[separator] if not c then separator = P(separator) local other = C((1 - separator)^0) c = Ct(separator^0 * other * (separator^1 * other)^0) cache[separator] = c end return match(c,self) end --~ function lpeg.append(list,pp) --~ local p = pp --~ for l=1,#list do --~ if p then --~ p = p + P(list[l]) --~ else --~ p = P(list[l]) --~ end --~ end --~ return p --~ end --~ from roberto's site: local f1 = string.byte local function f2(s) local c1, c2 = f1(s,1,2) return c1 * 64 + c2 - 12416 end local function f3(s) local c1, c2, c3 = f1(s,1,3) return (c1 * 64 + c2) * 64 + c3 - 925824 end local function f4(s) local c1, c2, c3, c4 = f1(s,1,4) return ((c1 * 64 + c2) * 64 + c3) * 64 + c4 - 63447168 end patterns.utf8byte = patterns.utf8one/f1 + patterns.utf8two/f2 + patterns.utf8three/f3 + patterns.utf8four/f4 end -- of closure do -- create closure to overcome 200 locals limit if not modules then modules = { } end modules ['l-table'] = { version = 1.001, comment = "companion to luat-lib.mkiv", author = "Hans Hagen, PRAGMA-ADE, Hasselt NL", copyright = "PRAGMA ADE / ConTeXt Development Team", license = "see context related readme files" } table.join = table.concat local concat, sort, insert, remove = table.concat, table.sort, table.insert, table.remove local format, find, gsub, lower, dump, match = string.format, string.find, string.gsub, string.lower, string.dump, string.match local getmetatable, setmetatable = getmetatable, setmetatable local type, next, tostring, tonumber, ipairs = type, next, tostring, tonumber, ipairs -- Starting with version 5.2 Lua no longer provide ipairs, which makes -- sense. As we already used the for loop and # in most places the -- impact on ConTeXt was not that large; the remaining ipairs already -- have been replaced. In a similar fashio we also hardly used pairs. -- -- Just in case, we provide the fallbacks as discussed in Programming -- in Lua (http://www.lua.org/pil/7.3.html): if not ipairs then -- for k, v in ipairs(t) do ... end -- for k=1,#t do local v = t[k] ... end local function iterate(a,i) i = i + 1 local v = a[i] if v ~= nil then return i, v --, nil end end function ipairs(a) return iterate, a, 0 end end if not pairs then -- for k, v in pairs(t) do ... end -- for k, v in next, t do ... end function pairs(t) return next, t -- , nil end end -- Also, unpack has been moved to the table table, and for compatiility -- reasons we provide both now. if not table.unpack then table.unpack = _G.unpack elseif not unpack then _G.unpack = table.unpack end -- extra functions, some might go (when not used) function table.strip(tab) local lst = { } for i=1,#tab do local s = gsub(tab[i],"^%s*(.-)%s*$","%1") if s == "" then -- skip this one else lst[#lst+1] = s end end return lst end function table.keys(t) local k = { } for key, _ in next, t do k[#k+1] = key end return k end local function compare(a,b) return (tostring(a) < tostring(b)) end local function sortedkeys(tab) local srt, kind = { }, 0 -- 0=unknown 1=string, 2=number 3=mixed for key,_ in next, tab do srt[#srt+1] = key if kind == 3 then -- no further check else local tkey = type(key) if tkey == "string" then -- if kind == 2 then kind = 3 else kind = 1 end kind = (kind == 2 and 3) or 1 elseif tkey == "number" then -- if kind == 1 then kind = 3 else kind = 2 end kind = (kind == 1 and 3) or 2 else kind = 3 end end end if kind == 0 or kind == 3 then sort(srt,compare) else sort(srt) end return srt end local function sortedhashkeys(tab) -- fast one local srt = { } for key,_ in next, tab do srt[#srt+1] = key end sort(srt) return srt end table.sortedkeys = sortedkeys table.sortedhashkeys = sortedhashkeys function table.sortedhash(t) local s = sortedhashkeys(t) -- maybe just sortedkeys local n = 0 local function kv(s) n = n + 1 local k = s[n] return k, t[k] end return kv, s end table.sortedpairs = table.sortedhash function table.append(t, list) for _,v in next, list do insert(t,v) end end function table.prepend(t, list) for k,v in next, list do insert(t,k,v) end end function table.merge(t, ...) -- first one is target t = t or {} local lst = {...} for i=1,#lst do for k, v in next, lst[i] do t[k] = v end end return t end function table.merged(...) local tmp, lst = { }, {...} for i=1,#lst do for k, v in next, lst[i] do tmp[k] = v end end return tmp end function table.imerge(t, ...) local lst = {...} for i=1,#lst do local nst = lst[i] for j=1,#nst do t[#t+1] = nst[j] end end return t end function table.imerged(...) local tmp, lst = { }, {...} for i=1,#lst do local nst = lst[i] for j=1,#nst do tmp[#tmp+1] = nst[j] end end return tmp end local function fastcopy(old) -- fast one if old then local new = { } for k,v in next, old do if type(v) == "table" then new[k] = fastcopy(v) -- was just table.copy else new[k] = v end end -- optional second arg local mt = getmetatable(old) if mt then setmetatable(new,mt) end return new else return { } end end local function copy(t, tables) -- taken from lua wiki, slightly adapted tables = tables or { } local tcopy = {} if not tables[t] then tables[t] = tcopy end for i,v in next, t do -- brrr, what happens with sparse indexed if type(i) == "table" then if tables[i] then i = tables[i] else i = copy(i, tables) end end if type(v) ~= "table" then tcopy[i] = v elseif tables[v] then tcopy[i] = tables[v] else tcopy[i] = copy(v, tables) end end local mt = getmetatable(t) if mt then setmetatable(tcopy,mt) end return tcopy end table.fastcopy = fastcopy table.copy = copy -- roughly: copy-loop : unpack : sub == 0.9 : 0.4 : 0.45 (so in critical apps, use unpack) function table.sub(t,i,j) return { unpack(t,i,j) } end function table.replace(a,b) for k,v in next, b do a[k] = v end end -- slower than #t on indexed tables (#t only returns the size of the numerically indexed slice) function table.is_empty(t) -- obolete, use inline code instead return not t or not next(t) end function table.one_entry(t) -- obolete, use inline code instead local n = next(t) return n and not next(t,n) end --~ function table.starts_at(t) -- obsolete, not nice anyway --~ return ipairs(t,1)(t,0) --~ end function table.tohash(t,value) local h = { } if t then if value == nil then value = true end for _, v in next, t do -- no ipairs here h[v] = value end end return h end function table.fromhash(t) local h = { } for k, v in next, t do -- no ipairs here if v then h[#h+1] = k end end return h end --~ print(table.serialize(t), "\n") --~ print(table.serialize(t,"name"), "\n") --~ print(table.serialize(t,false), "\n") --~ print(table.serialize(t,true), "\n") --~ print(table.serialize(t,"name",true), "\n") --~ print(table.serialize(t,"name",true,true), "\n") table.serialize_functions = true table.serialize_compact = true table.serialize_inline = true local noquotes, hexify, handle, reduce, compact, inline, functions local reserved = table.tohash { -- intercept a language flaw, no reserved words as key 'and', 'break', 'do', 'else', 'elseif', 'end', 'false', 'for', 'function', 'if', 'in', 'local', 'nil', 'not', 'or', 'repeat', 'return', 'then', 'true', 'until', 'while', } local function simple_table(t) if #t > 0 then local n = 0 for _,v in next, t do n = n + 1 end if n == #t then local tt = { } for i=1,#t do local v = t[i] local tv = type(v) if tv == "number" then if hexify then tt[#tt+1] = format("0x%04X",v) else tt[#tt+1] = tostring(v) -- tostring not needed end elseif tv == "boolean" then tt[#tt+1] = tostring(v) elseif tv == "string" then tt[#tt+1] = format("%q",v) else tt = nil break end end return tt end end return nil end -- Because this is a core function of mkiv I moved some function calls -- inline. -- -- twice as fast in a test: -- -- local propername = lpeg.P(lpeg.R("AZ","az","__") * lpeg.R("09","AZ","az", "__")^0 * lpeg.P(-1) ) -- problem: there no good number_to_string converter with the best resolution local function do_serialize(root,name,depth,level,indexed) if level > 0 then depth = depth .. " " if indexed then handle(format("%s{",depth)) elseif name then --~ handle(format("%s%s={",depth,key(name))) if type(name) == "number" then -- or find(k,"^%d+$") then if hexify then handle(format("%s[0x%04X]={",depth,name)) else handle(format("%s[%s]={",depth,name)) end elseif noquotes and not reserved[name] and find(name,"^%a[%w%_]*$") then handle(format("%s%s={",depth,name)) else handle(format("%s[%q]={",depth,name)) end else handle(format("%s{",depth)) end end -- we could check for k (index) being number (cardinal) if root and next(root) then local first, last = nil, 0 -- #root cannot be trusted here (will be ok in 5.2 when ipairs is gone) if compact then -- NOT: for k=1,#root do (we need to quit at nil) for k,v in ipairs(root) do -- can we use next? if not first then first = k end last = last + 1 end end local sk = sortedkeys(root) for i=1,#sk do local k = sk[i] local v = root[k] --~ if v == root then -- circular --~ else local t = type(v) if compact and first and type(k) == "number" and k >= first and k <= last then if t == "number" then if hexify then handle(format("%s 0x%04X,",depth,v)) else handle(format("%s %s,",depth,v)) -- %.99g end elseif t == "string" then if reduce and tonumber(v) then handle(format("%s %s,",depth,v)) else handle(format("%s %q,",depth,v)) end elseif t == "table" then if not next(v) then handle(format("%s {},",depth)) elseif inline then -- and #t > 0 local st = simple_table(v) if st then handle(format("%s { %s },",depth,concat(st,", "))) else do_serialize(v,k,depth,level+1,true) end else do_serialize(v,k,depth,level+1,true) end elseif t == "boolean" then handle(format("%s %s,",depth,tostring(v))) elseif t == "function" then if functions then handle(format('%s loadstring(%q),',depth,dump(v))) else handle(format('%s "function",',depth)) end else handle(format("%s %q,",depth,tostring(v))) end elseif k == "__p__" then -- parent if false then handle(format("%s __p__=nil,",depth)) end elseif t == "number" then --~ if hexify then --~ handle(format("%s %s=0x%04X,",depth,key(k),v)) --~ else --~ handle(format("%s %s=%s,",depth,key(k),v)) -- %.99g --~ end if type(k) == "number" then -- or find(k,"^%d+$") then if hexify then handle(format("%s [0x%04X]=0x%04X,",depth,k,v)) else handle(format("%s [%s]=%s,",depth,k,v)) -- %.99g end elseif noquotes and not reserved[k] and find(k,"^%a[%w%_]*$") then if hexify then handle(format("%s %s=0x%04X,",depth,k,v)) else handle(format("%s %s=%s,",depth,k,v)) -- %.99g end else if hexify then handle(format("%s [%q]=0x%04X,",depth,k,v)) else handle(format("%s [%q]=%s,",depth,k,v)) -- %.99g end end elseif t == "string" then if reduce and tonumber(v) then --~ handle(format("%s %s=%s,",depth,key(k),v)) if type(k) == "number" then -- or find(k,"^%d+$") then if hexify then handle(format("%s [0x%04X]=%s,",depth,k,v)) else handle(format("%s [%s]=%s,",depth,k,v)) end elseif noquotes and not reserved[k] and find(k,"^%a[%w%_]*$") then handle(format("%s %s=%s,",depth,k,v)) else handle(format("%s [%q]=%s,",depth,k,v)) end else --~ handle(format("%s %s=%q,",depth,key(k),v)) if type(k) == "number" then -- or find(k,"^%d+$") then if hexify then handle(format("%s [0x%04X]=%q,",depth,k,v)) else handle(format("%s [%s]=%q,",depth,k,v)) end elseif noquotes and not reserved[k] and find(k,"^%a[%w%_]*$") then handle(format("%s %s=%q,",depth,k,v)) else handle(format("%s [%q]=%q,",depth,k,v)) end end elseif t == "table" then if not next(v) then --~ handle(format("%s %s={},",depth,key(k))) if type(k) == "number" then -- or find(k,"^%d+$") then if hexify then handle(format("%s [0x%04X]={},",depth,k)) else handle(format("%s [%s]={},",depth,k)) end elseif noquotes and not reserved[k] and find(k,"^%a[%w%_]*$") then handle(format("%s %s={},",depth,k)) else handle(format("%s [%q]={},",depth,k)) end elseif inline then local st = simple_table(v) if st then --~ handle(format("%s %s={ %s },",depth,key(k),concat(st,", "))) if type(k) == "number" then -- or find(k,"^%d+$") then if hexify then handle(format("%s [0x%04X]={ %s },",depth,k,concat(st,", "))) else handle(format("%s [%s]={ %s },",depth,k,concat(st,", "))) end elseif noquotes and not reserved[k] and find(k,"^%a[%w%_]*$") then handle(format("%s %s={ %s },",depth,k,concat(st,", "))) else handle(format("%s [%q]={ %s },",depth,k,concat(st,", "))) end else do_serialize(v,k,depth,level+1) end else do_serialize(v,k,depth,level+1) end elseif t == "boolean" then --~ handle(format("%s %s=%s,",depth,key(k),tostring(v))) if type(k) == "number" then -- or find(k,"^%d+$") then if hexify then handle(format("%s [0x%04X]=%s,",depth,k,tostring(v))) else handle(format("%s [%s]=%s,",depth,k,tostring(v))) end elseif noquotes and not reserved[k] and find(k,"^%a[%w%_]*$") then handle(format("%s %s=%s,",depth,k,tostring(v))) else handle(format("%s [%q]=%s,",depth,k,tostring(v))) end elseif t == "function" then if functions then --~ handle(format('%s %s=loadstring(%q),',depth,key(k),dump(v))) if type(k) == "number" then -- or find(k,"^%d+$") then if hexify then handle(format("%s [0x%04X]=loadstring(%q),",depth,k,dump(v))) else handle(format("%s [%s]=loadstring(%q),",depth,k,dump(v))) end elseif noquotes and not reserved[k] and find(k,"^%a[%w%_]*$") then handle(format("%s %s=loadstring(%q),",depth,k,dump(v))) else handle(format("%s [%q]=loadstring(%q),",depth,k,dump(v))) end end else --~ handle(format("%s %s=%q,",depth,key(k),tostring(v))) if type(k) == "number" then -- or find(k,"^%d+$") then if hexify then handle(format("%s [0x%04X]=%q,",depth,k,tostring(v))) else handle(format("%s [%s]=%q,",depth,k,tostring(v))) end elseif noquotes and not reserved[k] and find(k,"^%a[%w%_]*$") then handle(format("%s %s=%q,",depth,k,tostring(v))) else handle(format("%s [%q]=%q,",depth,k,tostring(v))) end end --~ end end end if level > 0 then handle(format("%s},",depth)) end end -- replacing handle by a direct t[#t+1] = ... (plus test) is not much -- faster (0.03 on 1.00 for zapfino.tma) local function serialize(root,name,_handle,_reduce,_noquotes,_hexify) noquotes = _noquotes hexify = _hexify handle = _handle or print reduce = _reduce or false compact = table.serialize_compact inline = compact and table.serialize_inline functions = table.serialize_functions local tname = type(name) if tname == "string" then if name == "return" then handle("return {") else handle(name .. "={") end elseif tname == "number" then if hexify then handle(format("[0x%04X]={",name)) else handle("[" .. name .. "]={") end elseif tname == "boolean" then if name then handle("return {") else handle("{") end else handle("t={") end if root and next(root) then do_serialize(root,name,"",0,indexed) end handle("}") end --~ name: --~ --~ true : return { } --~ false : { } --~ nil : t = { } --~ string : string = { } --~ 'return' : return { } --~ number : [number] = { } function table.serialize(root,name,reduce,noquotes,hexify) local t = { } local function flush(s) t[#t+1] = s end serialize(root,name,flush,reduce,noquotes,hexify) return concat(t,"\n") end function table.tohandle(handle,root,name,reduce,noquotes,hexify) serialize(root,name,handle,reduce,noquotes,hexify) end -- sometimes tables are real use (zapfino extra pro is some 85M) in which -- case a stepwise serialization is nice; actually, we could consider: -- -- for line in table.serializer(root,name,reduce,noquotes) do -- ...(line) -- end -- -- so this is on the todo list table.tofile_maxtab = 2*1024 function table.tofile(filename,root,name,reduce,noquotes,hexify) local f = io.open(filename,'w') if f then local maxtab = table.tofile_maxtab if maxtab > 1 then local t = { } local function flush(s) t[#t+1] = s if #t > maxtab then f:write(concat(t,"\n"),"\n") -- hm, write(sometable) should be nice t = { } end end serialize(root,name,flush,reduce,noquotes,hexify) f:write(concat(t,"\n"),"\n") else local function flush(s) f:write(s,"\n") end serialize(root,name,flush,reduce,noquotes,hexify) end f:close() end end local function flatten(t,f,complete) -- is this used? meybe a variant with next, ... for i=1,#t do local v = t[i] if type(v) == "table" then if complete or type(v[1]) == "table" then flatten(v,f,complete) else f[#f+1] = v end else f[#f+1] = v end end end function table.flatten(t) local f = { } flatten(t,f,true) return f end function table.unnest(t) -- bad name local f = { } flatten(t,f,false) return f end table.flatten_one_level = table.unnest -- a better one: local function flattened(t,f) if not f then f = { } end for k, v in next, t do if type(v) == "table" then flattened(v,f) else f[k] = v end end return f end table.flattened = flattened -- the next three may disappear function table.remove_value(t,value) -- todo: n if value then for i=1,#t do if t[i] == value then remove(t,i) -- remove all, so no: return end end end end function table.insert_before_value(t,value,str) if str then if value then for i=1,#t do if t[i] == value then insert(t,i,str) return end end end insert(t,1,str) elseif value then insert(t,1,value) end end function table.insert_after_value(t,value,str) if str then if value then for i=1,#t do if t[i] == value then insert(t,i+1,str) return end end end t[#t+1] = str elseif value then t[#t+1] = value end end local function are_equal(a,b,n,m) -- indexed if a and b and #a == #b then n = n or 1 m = m or #a for i=n,m do local ai, bi = a[i], b[i] if ai==bi then -- same elseif type(ai)=="table" and type(bi)=="table" then if not are_equal(ai,bi) then return false end else return false end end return true else return false end end local function identical(a,b) -- assumes same structure for ka, va in next, a do local vb = b[k] if va == vb then -- same elseif type(va) == "table" and type(vb) == "table" then if not identical(va,vb) then return false end else return false end end return true end table.are_equal = are_equal table.identical = identical -- maybe also make a combined one function table.compact(t) if t then for k,v in next, t do if not next(v) then t[k] = nil end end end end function table.contains(t, v) if t then for i=1, #t do if t[i] == v then return i end end end return false end function table.count(t) local n, e = 0, next(t) while e do n, e = n + 1, next(t,e) end return n end function table.swapped(t) local s = { } for k, v in next, t do s[v] = k end return s end --~ function table.are_equal(a,b) --~ return table.serialize(a) == table.serialize(b) --~ end function table.clone(t,p) -- t is optional or nil or table if not p then t, p = { }, t or { } elseif not t then t = { } end setmetatable(t, { __index = function(_,key) return p[key] end }) -- why not __index = p ? return t end function table.hexed(t,seperator) local tt = { } for i=1,#t do tt[i] = format("0x%04X",t[i]) end return concat(tt,seperator or " ") end function table.reverse_hash(h) local r = { } for k,v in next, h do r[v] = lower(gsub(k," ","")) end return r end function table.reverse(t) local tt = { } if #t > 0 then for i=#t,1,-1 do tt[#tt+1] = t[i] end end return tt end function table.insert_before_value(t,value,extra) for i=1,#t do if t[i] == extra then remove(t,i) end end for i=1,#t do if t[i] == value then insert(t,i,extra) return end end insert(t,1,extra) end function table.insert_after_value(t,value,extra) for i=1,#t do if t[i] == extra then remove(t,i) end end for i=1,#t do if t[i] == value then insert(t,i+1,extra) return end end insert(t,#t+1,extra) end end -- of closure do -- create closure to overcome 200 locals limit if not modules then modules = { } end modules ['l-io'] = { version = 1.001, comment = "companion to luat-lib.mkiv", author = "Hans Hagen, PRAGMA-ADE, Hasselt NL", copyright = "PRAGMA ADE / ConTeXt Development Team", license = "see context related readme files" } local byte, find, gsub = string.byte, string.find, string.gsub if string.find(os.getenv("PATH"),";") then io.fileseparator, io.pathseparator = "\\", ";" else io.fileseparator, io.pathseparator = "/" , ":" end function io.loaddata(filename,textmode) local f = io.open(filename,(textmode and 'r') or 'rb') if f then -- collectgarbage("step") -- sometimes makes a big difference in mem consumption local data = f:read('*all') -- garbagecollector.check(data) f:close() return data else return nil end end function io.savedata(filename,data,joiner) local f = io.open(filename,"wb") if f then if type(data) == "table" then f:write(table.join(data,joiner or "")) elseif type(data) == "function" then data(f) else f:write(data or "") end f:close() return true else return false end end function io.exists(filename) local f = io.open(filename) if f == nil then return false else assert(f:close()) return true end end function io.size(filename) local f = io.open(filename) if f == nil then return 0 else local s = f:seek("end") assert(f:close()) return s end end function io.noflines(f) local n = 0 for _ in f:lines() do n = n + 1 end f:seek('set',0) return n end local nextchar = { [ 4] = function(f) return f:read(1,1,1,1) end, [ 2] = function(f) return f:read(1,1) end, [ 1] = function(f) return f:read(1) end, [-2] = function(f) local a, b = f:read(1,1) return b, a end, [-4] = function(f) local a, b, c, d = f:read(1,1,1,1) return d, c, b, a end } function io.characters(f,n) if f then return nextchar[n or 1], f else return nil, nil end end local nextbyte = { [4] = function(f) local a, b, c, d = f:read(1,1,1,1) if d then return byte(a), byte(b), byte(c), byte(d) else return nil, nil, nil, nil end end, [2] = function(f) local a, b = f:read(1,1) if b then return byte(a), byte(b) else return nil, nil end end, [1] = function (f) local a = f:read(1) if a then return byte(a) else return nil end end, [-2] = function (f) local a, b = f:read(1,1) if b then return byte(b), byte(a) else return nil, nil end end, [-4] = function(f) local a, b, c, d = f:read(1,1,1,1) if d then return byte(d), byte(c), byte(b), byte(a) else return nil, nil, nil, nil end end } function io.bytes(f,n) if f then return nextbyte[n or 1], f else return nil, nil end end function io.ask(question,default,options) while true do io.write(question) if options then io.write(string.format(" [%s]",table.concat(options,"|"))) end if default then io.write(string.format(" [%s]",default)) end io.write(string.format(" ")) local answer = io.read() answer = gsub(answer,"^%s*(.*)%s*$","%1") if answer == "" and default then return default elseif not options then return answer else for k=1,#options do if options[k] == answer then return answer end end local pattern = "^" .. answer for k=1,#options do local v = options[k] if find(v,pattern) then return v end end end end end end -- of closure do -- create closure to overcome 200 locals limit if not modules then modules = { } end modules ['l-number'] = { version = 1.001, comment = "companion to luat-lib.mkiv", author = "Hans Hagen, PRAGMA-ADE, Hasselt NL", copyright = "PRAGMA ADE / ConTeXt Development Team", license = "see context related readme files" } local tostring = tostring local format, floor, insert, match = string.format, math.floor, table.insert, string.match local lpegmatch = lpeg.match number = number or { } -- a,b,c,d,e,f = number.toset(100101) function number.toset(n) return match(tostring(n),"(.?)(.?)(.?)(.?)(.?)(.?)(.?)(.?)") end function number.toevenhex(n) local s = format("%X",n) if #s % 2 == 0 then return s else return "0" .. s end end -- the lpeg way is slower on 8 digits, but faster on 4 digits, some 7.5% -- on -- -- for i=1,1000000 do -- local a,b,c,d,e,f,g,h = number.toset(12345678) -- local a,b,c,d = number.toset(1234) -- local a,b,c = number.toset(123) -- end -- -- of course dedicated "(.)(.)(.)(.)" matches are even faster local one = lpeg.C(1-lpeg.S(''))^1 function number.toset(n) return lpegmatch(one,tostring(n)) end function number.bits(n,zero) local t, i = { }, (zero and 0) or 1 while n > 0 do local m = n % 2 if m > 0 then insert(t,1,i) end n = floor(n/2) i = i + 1 end return t end end -- of closure do -- create closure to overcome 200 locals limit if not modules then modules = { } end modules ['l-set'] = { version = 1.001, comment = "companion to luat-lib.mkiv", author = "Hans Hagen, PRAGMA-ADE, Hasselt NL", copyright = "PRAGMA ADE / ConTeXt Development Team", license = "see context related readme files" } set = set or { } local nums = { } local tabs = { } local concat = table.concat local next, type = next, type set.create = table.tohash function set.tonumber(t) if next(t) then local s = "" -- we could save mem by sorting, but it slows down for k, v in next, t do if v then -- why bother about the leading space s = s .. " " .. k end end local n = nums[s] if not n then n = #tabs + 1 tabs[n] = t nums[s] = n end return n else return 0 end end function set.totable(n) if n == 0 then return { } else return tabs[n] or { } end end function set.tolist(n) if n == 0 or not tabs[n] then return "" else local t = { } for k, v in next, tabs[n] do if v then t[#t+1] = k end end return concat(t," ") end end function set.contains(n,s) if type(n) == "table" then return n[s] elseif n == 0 then return false else local t = tabs[n] return t and t[s] end end --~ local c = set.create{'aap','noot','mies'} --~ local s = set.tonumber(c) --~ local t = set.totable(s) --~ print(t['aap']) --~ local c = set.create{'zus','wim','jet'} --~ local s = set.tonumber(c) --~ local t = set.totable(s) --~ print(t['aap']) --~ print(t['jet']) --~ print(set.contains(t,'jet')) --~ print(set.contains(t,'aap')) end -- of closure do -- create closure to overcome 200 locals limit if not modules then modules = { } end modules ['l-os'] = { version = 1.001, comment = "companion to luat-lib.mkiv", author = "Hans Hagen, PRAGMA-ADE, Hasselt NL", copyright = "PRAGMA ADE / ConTeXt Development Team", license = "see context related readme files" } -- maybe build io.flush in os.execute local find, format, gsub = string.find, string.format, string.gsub local random, ceil = math.random, math.ceil local execute, spawn, exec, ioflush = os.execute, os.spawn or os.execute, os.exec or os.execute, io.flush function os.execute(...) ioflush() return execute(...) end function os.spawn (...) ioflush() return spawn (...) end function os.exec (...) ioflush() return exec (...) end function os.resultof(command) ioflush() -- else messed up logging local handle = io.popen(command,"r") if not handle then -- print("unknown command '".. command .. "' in os.resultof") return "" else return handle:read("*all") or "" end end --~ os.type : windows | unix (new, we already guessed os.platform) --~ os.name : windows | msdos | linux | macosx | solaris | .. | generic (new) --~ os.platform : extended os.name with architecture if not io.fileseparator then if find(os.getenv("PATH"),";") then io.fileseparator, io.pathseparator, os.type = "\\", ";", os.type or "mswin" else io.fileseparator, io.pathseparator, os.type = "/" , ":", os.type or "unix" end end os.type = os.type or (io.pathseparator == ";" and "windows") or "unix" os.name = os.name or (os.type == "windows" and "mswin" ) or "linux" if os.type == "windows" then os.libsuffix, os.binsuffix = 'dll', 'exe' else os.libsuffix, os.binsuffix = 'so', '' end function os.launch(str) if os.type == "windows" then os.execute("start " .. str) -- os.spawn ? else os.execute(str .. " &") -- os.spawn ? end end if not os.times then -- utime = user time -- stime = system time -- cutime = children user time -- cstime = children system time function os.times() return { utime = os.gettimeofday(), -- user stime = 0, -- system cutime = 0, -- children user cstime = 0, -- children system } end end os.gettimeofday = os.gettimeofday or os.clock local startuptime = os.gettimeofday() function os.runtime() return os.gettimeofday() - startuptime end --~ print(os.gettimeofday()-os.time()) --~ os.sleep(1.234) --~ print (">>",os.runtime()) --~ print(os.date("%H:%M:%S",os.gettimeofday())) --~ print(os.date("%H:%M:%S",os.time())) -- no need for function anymore as we have more clever code and helpers now -- this metatable trickery might as well disappear os.resolvers = os.resolvers or { } local resolvers = os.resolvers local osmt = getmetatable(os) or { __index = function(t,k) t[k] = "unset" return "unset" end } -- maybe nil local osix = osmt.__index osmt.__index = function(t,k) return (resolvers[k] or osix)(t,k) end setmetatable(os,osmt) if not os.setenv then -- we still store them but they won't be seen in -- child processes although we might pass them some day -- using command concatination local env, getenv = { }, os.getenv function os.setenv(k,v) env[k] = v end function os.getenv(k) return env[k] or getenv(k) end end -- we can use HOSTTYPE on some platforms local name, platform = os.name or "linux", os.getenv("MTX_PLATFORM") or "" local function guess() local architecture = os.resultof("uname -m") or "" if architecture ~= "" then return architecture end architecture = os.getenv("HOSTTYPE") or "" if architecture ~= "" then return architecture end return os.resultof("echo $HOSTTYPE") or "" end if platform ~= "" then os.platform = platform elseif os.type == "windows" then -- we could set the variable directly, no function needed here function os.resolvers.platform(t,k) local platform, architecture = "", os.getenv("PROCESSOR_ARCHITECTURE") or "" if find(architecture,"AMD64") then platform = "mswin-64" else platform = "mswin" end os.setenv("MTX_PLATFORM",platform) os.platform = platform return platform end elseif name == "linux" then function os.resolvers.platform(t,k) -- we sometims have HOSTTYPE set so let's check that first local platform, architecture = "", os.getenv("HOSTTYPE") or os.resultof("uname -m") or "" if find(architecture,"x86_64") then platform = "linux-64" elseif find(architecture,"ppc") then platform = "linux-ppc" else platform = "linux" end os.setenv("MTX_PLATFORM",platform) os.platform = platform return platform end elseif name == "macosx" then --[[ Identifying the architecture of OSX is quite a mess and this is the best we can come up with. For some reason $HOSTTYPE is a kind of pseudo environment variable, not known to the current environment. And yes, uname cannot be trusted either, so there is a change that you end up with a 32 bit run on a 64 bit system. Also, some proper 64 bit intel macs are too cheap (low-end) and therefore not permitted to run the 64 bit kernel. ]]-- function os.resolvers.platform(t,k) -- local platform, architecture = "", os.getenv("HOSTTYPE") or "" -- if architecture == "" then -- architecture = os.resultof("echo $HOSTTYPE") or "" -- end local platform, architecture = "", os.resultof("echo $HOSTTYPE") or "" if architecture == "" then -- print("\nI have no clue what kind of OSX you're running so let's assume an 32 bit intel.\n") platform = "osx-intel" elseif find(architecture,"i386") then platform = "osx-intel" elseif find(architecture,"x86_64") then platform = "osx-64" else platform = "osx-ppc" end os.setenv("MTX_PLATFORM",platform) os.platform = platform return platform end elseif name == "sunos" then function os.resolvers.platform(t,k) local platform, architecture = "", os.resultof("uname -m") or "" if find(architecture,"sparc") then platform = "solaris-sparc" else -- if architecture == 'i86pc' platform = "solaris-intel" end os.setenv("MTX_PLATFORM",platform) os.platform = platform return platform end elseif name == "freebsd" then function os.resolvers.platform(t,k) local platform, architecture = "", os.resultof("uname -m") or "" if find(architecture,"amd64") then platform = "freebsd-amd64" else platform = "freebsd" end os.setenv("MTX_PLATFORM",platform) os.platform = platform return platform end elseif name == "kfreebsd" then function os.resolvers.platform(t,k) -- we sometims have HOSTTYPE set so let's check that first local platform, architecture = "", os.getenv("HOSTTYPE") or os.resultof("uname -m") or "" if find(architecture,"x86_64") then platform = "kfreebsd-64" else platform = "kfreebsd-i386" end os.setenv("MTX_PLATFORM",platform) os.platform = platform return platform end else -- platform = "linux" -- os.setenv("MTX_PLATFORM",platform) -- os.platform = platform function os.resolvers.platform(t,k) local platform = "linux" os.setenv("MTX_PLATFORM",platform) os.platform = platform return platform end end -- beware, we set the randomseed -- from wikipedia: Version 4 UUIDs use a scheme relying only on random numbers. This algorithm sets the -- version number as well as two reserved bits. All other bits are set using a random or pseudorandom -- data source. Version 4 UUIDs have the form xxxxxxxx-xxxx-4xxx-yxxx-xxxxxxxxxxxx with hexadecimal -- digits x and hexadecimal digits 8, 9, A, or B for y. e.g. f47ac10b-58cc-4372-a567-0e02b2c3d479. -- -- as we don't call this function too often there is not so much risk on repetition local t = { 8, 9, "a", "b" } function os.uuid() return format("%04x%04x-4%03x-%s%03x-%04x-%04x%04x%04x", random(0xFFFF),random(0xFFFF), random(0x0FFF), t[ceil(random(4))] or 8,random(0x0FFF), random(0xFFFF), random(0xFFFF),random(0xFFFF),random(0xFFFF) ) end local d function os.timezone(delta) d = d or tonumber(tonumber(os.date("%H")-os.date("!%H"))) if delta then if d > 0 then return format("+%02i:00",d) else return format("-%02i:00",-d) end else return 1 end end end -- of closure do -- create closure to overcome 200 locals limit if not modules then modules = { } end modules ['l-file'] = { version = 1.001, comment = "companion to luat-lib.mkiv", author = "Hans Hagen, PRAGMA-ADE, Hasselt NL", copyright = "PRAGMA ADE / ConTeXt Development Team", license = "see context related readme files" } -- needs a cleanup file = file or { } local concat = table.concat local find, gmatch, match, gsub, sub, char = string.find, string.gmatch, string.match, string.gsub, string.sub, string.char local lpegmatch = lpeg.match function file.removesuffix(filename) return (gsub(filename,"%.[%a%d]+$","")) end function file.addsuffix(filename, suffix) if not suffix or suffix == "" then return filename elseif not find(filename,"%.[%a%d]+$") then return filename .. "." .. suffix else return filename end end function file.replacesuffix(filename, suffix) return (gsub(filename,"%.[%a%d]+$","")) .. "." .. suffix end function file.dirname(name,default) return match(name,"^(.+)[/\\].-$") or (default or "") end function file.basename(name) return match(name,"^.+[/\\](.-)$") or name end function file.nameonly(name) return (gsub(match(name,"^.+[/\\](.-)$") or name,"%..*$","")) end function file.extname(name,default) return match(name,"^.+%.([^/\\]-)$") or default or "" end file.suffix = file.extname --~ function file.join(...) --~ local pth = concat({...},"/") --~ pth = gsub(pth,"\\","/") --~ local a, b = match(pth,"^(.*://)(.*)$") --~ if a and b then --~ return a .. gsub(b,"//+","/") --~ end --~ a, b = match(pth,"^(//)(.*)$") --~ if a and b then --~ return a .. gsub(b,"//+","/") --~ end --~ return (gsub(pth,"//+","/")) --~ end local trick_1 = char(1) local trick_2 = "^" .. trick_1 .. "/+" function file.join(...) local lst = { ... } local a, b = lst[1], lst[2] if a == "" then lst[1] = trick_1 elseif b and find(a,"^/+$") and find(b,"^/") then lst[1] = "" lst[2] = gsub(b,"^/+","") end local pth = concat(lst,"/") pth = gsub(pth,"\\","/") local a, b = match(pth,"^(.*://)(.*)$") if a and b then return a .. gsub(b,"//+","/") end a, b = match(pth,"^(//)(.*)$") if a and b then return a .. gsub(b,"//+","/") end pth = gsub(pth,trick_2,"") return (gsub(pth,"//+","/")) end --~ print(file.join("//","/y")) --~ print(file.join("/","/y")) --~ print(file.join("","/y")) --~ print(file.join("/x/","/y")) --~ print(file.join("x/","/y")) --~ print(file.join("http://","/y")) --~ print(file.join("http://a","/y")) --~ print(file.join("http:///a","/y")) --~ print(file.join("//nas-1","/y")) function file.iswritable(name) local a = lfs.attributes(name) or lfs.attributes(file.dirname(name,".")) return a and sub(a.permissions,2,2) == "w" end function file.isreadable(name) local a = lfs.attributes(name) return a and sub(a.permissions,1,1) == "r" end file.is_readable = file.isreadable file.is_writable = file.iswritable -- todo: lpeg --~ function file.split_path(str) --~ local t = { } --~ str = gsub(str,"\\", "/") --~ str = gsub(str,"(%a):([;/])", "%1\001%2") --~ for name in gmatch(str,"([^;:]+)") do --~ if name ~= "" then --~ t[#t+1] = gsub(name,"\001",":") --~ end --~ end --~ return t --~ end local checkedsplit = string.checkedsplit function file.split_path(str,separator) str = gsub(str,"\\","/") return checkedsplit(str,separator or io.pathseparator) end function file.join_path(tab) return concat(tab,io.pathseparator) -- can have trailing // end -- we can hash them weakly function file.collapse_path(str) str = gsub(str,"\\","/") if find(str,"/") then str = gsub(str,"^%./",(gsub(lfs.currentdir(),"\\","/")) .. "/") -- ./xx in qualified str = gsub(str,"/%./","/") local n, m = 1, 1 while n > 0 or m > 0 do str, n = gsub(str,"[^/%.]+/%.%.$","") str, m = gsub(str,"[^/%.]+/%.%./","") end str = gsub(str,"([^/])/$","%1") -- str = gsub(str,"^%./","") -- ./xx in qualified str = gsub(str,"/%.$","") end if str == "" then str = "." end return str end --~ print(file.collapse_path("/a")) --~ print(file.collapse_path("a/./b/..")) --~ print(file.collapse_path("a/aa/../b/bb")) --~ print(file.collapse_path("a/../..")) --~ print(file.collapse_path("a/.././././b/..")) --~ print(file.collapse_path("a/./././b/..")) --~ print(file.collapse_path("a/b/c/../..")) function file.robustname(str) return (gsub(str,"[^%a%d%/%-%.\\]+","-")) end file.readdata = io.loaddata file.savedata = io.savedata function file.copy(oldname,newname) file.savedata(newname,io.loaddata(oldname)) end -- lpeg variants, slightly faster, not always --~ local period = lpeg.P(".") --~ local slashes = lpeg.S("\\/") --~ local noperiod = 1-period --~ local noslashes = 1-slashes --~ local name = noperiod^1 --~ local pattern = (noslashes^0 * slashes)^0 * (noperiod^1 * period)^1 * lpeg.C(noperiod^1) * -1 --~ function file.extname(name) --~ return lpegmatch(pattern,name) or "" --~ end --~ local pattern = lpeg.Cs(((period * noperiod^1 * -1)/"" + 1)^1) --~ function file.removesuffix(name) --~ return lpegmatch(pattern,name) --~ end --~ local pattern = (noslashes^0 * slashes)^1 * lpeg.C(noslashes^1) * -1 --~ function file.basename(name) --~ return lpegmatch(pattern,name) or name --~ end --~ local pattern = (noslashes^0 * slashes)^1 * lpeg.Cp() * noslashes^1 * -1 --~ function file.dirname(name) --~ local p = lpegmatch(pattern,name) --~ if p then --~ return sub(name,1,p-2) --~ else --~ return "" --~ end --~ end --~ local pattern = (noslashes^0 * slashes)^0 * (noperiod^1 * period)^1 * lpeg.Cp() * noperiod^1 * -1 --~ function file.addsuffix(name, suffix) --~ local p = lpegmatch(pattern,name) --~ if p then --~ return name --~ else --~ return name .. "." .. suffix --~ end --~ end --~ local pattern = (noslashes^0 * slashes)^0 * (noperiod^1 * period)^1 * lpeg.Cp() * noperiod^1 * -1 --~ function file.replacesuffix(name,suffix) --~ local p = lpegmatch(pattern,name) --~ if p then --~ return sub(name,1,p-2) .. "." .. suffix --~ else --~ return name .. "." .. suffix --~ end --~ end --~ local pattern = (noslashes^0 * slashes)^0 * lpeg.Cp() * ((noperiod^1 * period)^1 * lpeg.Cp() + lpeg.P(true)) * noperiod^1 * -1 --~ function file.nameonly(name) --~ local a, b = lpegmatch(pattern,name) --~ if b then --~ return sub(name,a,b-2) --~ elseif a then --~ return sub(name,a) --~ else --~ return name --~ end --~ end --~ local test = file.extname --~ local test = file.basename --~ local test = file.dirname --~ local test = file.addsuffix --~ local test = file.replacesuffix --~ local test = file.nameonly --~ print(1,test("./a/b/c/abd.def.xxx","!!!")) --~ print(2,test("./../b/c/abd.def.xxx","!!!")) --~ print(3,test("a/b/c/abd.def.xxx","!!!")) --~ print(4,test("a/b/c/def.xxx","!!!")) --~ print(5,test("a/b/c/def","!!!")) --~ print(6,test("def","!!!")) --~ print(7,test("def.xxx","!!!")) --~ local tim = os.clock() for i=1,250000 do local ext = test("abd.def.xxx","!!!") end print(os.clock()-tim) -- also rewrite previous local letter = lpeg.R("az","AZ") + lpeg.S("_-+") local separator = lpeg.P("://") local qualified = lpeg.P(".")^0 * lpeg.P("/") + letter*lpeg.P(":") + letter^1*separator + letter^1 * lpeg.P("/") local rootbased = lpeg.P("/") + letter*lpeg.P(":") -- ./name ../name /name c: :// name/name function file.is_qualified_path(filename) return lpegmatch(qualified,filename) ~= nil end function file.is_rootbased_path(filename) return lpegmatch(rootbased,filename) ~= nil end local slash = lpeg.S("\\/") local period = lpeg.P(".") local drive = lpeg.C(lpeg.R("az","AZ")) * lpeg.P(":") local path = lpeg.C(((1-slash)^0 * slash)^0) local suffix = period * lpeg.C(lpeg.P(1-period)^0 * lpeg.P(-1)) local base = lpeg.C((1-suffix)^0) local pattern = (drive + lpeg.Cc("")) * (path + lpeg.Cc("")) * (base + lpeg.Cc("")) * (suffix + lpeg.Cc("")) function file.splitname(str) -- returns drive, path, base, suffix return lpegmatch(pattern,str) end -- function test(t) for k, v in next, t do print(v, "=>", file.splitname(v)) end end -- -- test { "c:", "c:/aa", "c:/aa/bb", "c:/aa/bb/cc", "c:/aa/bb/cc.dd", "c:/aa/bb/cc.dd.ee" } -- test { "c:", "c:aa", "c:aa/bb", "c:aa/bb/cc", "c:aa/bb/cc.dd", "c:aa/bb/cc.dd.ee" } -- test { "/aa", "/aa/bb", "/aa/bb/cc", "/aa/bb/cc.dd", "/aa/bb/cc.dd.ee" } -- test { "aa", "aa/bb", "aa/bb/cc", "aa/bb/cc.dd", "aa/bb/cc.dd.ee" } --~ -- todo: --~ --~ if os.type == "windows" then --~ local currentdir = lfs.currentdir --~ function lfs.currentdir() --~ return (gsub(currentdir(),"\\","/")) --~ end --~ end end -- of closure do -- create closure to overcome 200 locals limit if not modules then modules = { } end modules ['l-md5'] = { version = 1.001, author = "Hans Hagen, PRAGMA-ADE, Hasselt NL", copyright = "PRAGMA ADE / ConTeXt Development Team", license = "see context related readme files" } -- This also provides file checksums and checkers. local gsub, format, byte = string.gsub, string.format, string.byte local function convert(str,fmt) return (gsub(md5.sum(str),".",function(chr) return format(fmt,byte(chr)) end)) end if not md5.HEX then function md5.HEX(str) return convert(str,"%02X") end end if not md5.hex then function md5.hex(str) return convert(str,"%02x") end end if not md5.dec then function md5.dec(str) return convert(str,"%03i") end end --~ if not md5.HEX then --~ local function remap(chr) return format("%02X",byte(chr)) end --~ function md5.HEX(str) return (gsub(md5.sum(str),".",remap)) end --~ end --~ if not md5.hex then --~ local function remap(chr) return format("%02x",byte(chr)) end --~ function md5.hex(str) return (gsub(md5.sum(str),".",remap)) end --~ end --~ if not md5.dec then --~ local function remap(chr) return format("%03i",byte(chr)) end --~ function md5.dec(str) return (gsub(md5.sum(str),".",remap)) end --~ end file.needs_updating_threshold = 1 function file.needs_updating(oldname,newname) -- size modification access change local oldtime = lfs.attributes(oldname, modification) local newtime = lfs.attributes(newname, modification) if newtime >= oldtime then return false elseif oldtime - newtime < file.needs_updating_threshold then return false else return true end end function file.checksum(name) if md5 then local data = io.loaddata(name) if data then return md5.HEX(data) end end return nil end function file.loadchecksum(name) if md5 then local data = io.loaddata(name .. ".md5") return data and (gsub(data,"%s","")) end return nil end function file.savechecksum(name, checksum) if not checksum then checksum = file.checksum(name) end if checksum then io.savedata(name .. ".md5",checksum) return checksum end return nil end end -- of closure do -- create closure to overcome 200 locals limit if not modules then modules = { } end modules ['l-url'] = { version = 1.001, comment = "companion to luat-lib.mkiv", author = "Hans Hagen, PRAGMA-ADE, Hasselt NL", copyright = "PRAGMA ADE / ConTeXt Development Team", license = "see context related readme files" } local char, gmatch, gsub = string.char, string.gmatch, string.gsub local tonumber, type = tonumber, type local lpegmatch = lpeg.match -- from the spec (on the web): -- -- foo://example.com:8042/over/there?name=ferret#nose -- \_/ \______________/\_________/ \_________/ \__/ -- | | | | | -- scheme authority path query fragment -- | _____________________|__ -- / \ / \ -- urn:example:animal:ferret:nose url = url or { } local function tochar(s) return char(tonumber(s,16)) end local colon, qmark, hash, slash, percent, endofstring = lpeg.P(":"), lpeg.P("?"), lpeg.P("#"), lpeg.P("/"), lpeg.P("%"), lpeg.P(-1) local hexdigit = lpeg.R("09","AF","af") local plus = lpeg.P("+") local escaped = (plus / " ") + (percent * lpeg.C(hexdigit * hexdigit) / tochar) -- we assume schemes with more than 1 character (in order to avoid problems with windows disks) local scheme = lpeg.Cs((escaped+(1-colon-slash-qmark-hash))^2) * colon + lpeg.Cc("") local authority = slash * slash * lpeg.Cs((escaped+(1- slash-qmark-hash))^0) + lpeg.Cc("") local path = slash * lpeg.Cs((escaped+(1- qmark-hash))^0) + lpeg.Cc("") local query = qmark * lpeg.Cs((escaped+(1- hash))^0) + lpeg.Cc("") local fragment = hash * lpeg.Cs((escaped+(1- endofstring))^0) + lpeg.Cc("") local parser = lpeg.Ct(scheme * authority * path * query * fragment) -- todo: reconsider Ct as we can as well have five return values (saves a table) -- so we can have two parsers, one with and one without function url.split(str) return (type(str) == "string" and lpegmatch(parser,str)) or str end -- todo: cache them function url.hashed(str) local s = url.split(str) local somescheme = s[1] ~= "" return { scheme = (somescheme and s[1]) or "file", authority = s[2], path = s[3], query = s[4], fragment = s[5], original = str, noscheme = not somescheme, } end function url.hasscheme(str) return url.split(str)[1] ~= "" end function url.addscheme(str,scheme) return (url.hasscheme(str) and str) or ((scheme or "file:///") .. str) end function url.construct(hash) local fullurl = hash.sheme .. "://".. hash.authority .. hash.path if hash.query then fullurl = fullurl .. "?".. hash.query end if hash.fragment then fullurl = fullurl .. "?".. hash.fragment end return fullurl end function url.filename(filename) local t = url.hashed(filename) return (t.scheme == "file" and (gsub(t.path,"^/([a-zA-Z])([:|])/)","%1:"))) or filename end function url.query(str) if type(str) == "string" then local t = { } for k, v in gmatch(str,"([^&=]*)=([^&=]*)") do t[k] = v end return t else return str end end --~ print(url.filename("file:///c:/oeps.txt")) --~ print(url.filename("c:/oeps.txt")) --~ print(url.filename("file:///oeps.txt")) --~ print(url.filename("file:///etc/test.txt")) --~ print(url.filename("/oeps.txt")) --~ from the spec on the web (sort of): --~ --~ function test(str) --~ print(table.serialize(url.hashed(str))) --~ end --~ --~ test("%56pass%20words") --~ test("file:///c:/oeps.txt") --~ test("file:///c|/oeps.txt") --~ test("file:///etc/oeps.txt") --~ test("file://./etc/oeps.txt") --~ test("file:////etc/oeps.txt") --~ test("ftp://ftp.is.co.za/rfc/rfc1808.txt") --~ test("http://www.ietf.org/rfc/rfc2396.txt") --~ test("ldap://[2001:db8::7]/c=GB?objectClass?one#what") --~ test("mailto:John.Doe@example.com") --~ test("news:comp.infosystems.www.servers.unix") --~ test("tel:+1-816-555-1212") --~ test("telnet://192.0.2.16:80/") --~ test("urn:oasis:names:specification:docbook:dtd:xml:4.1.2") --~ test("/etc/passwords") --~ test("http://www.pragma-ade.com/spaced%20name") --~ test("zip:///oeps/oeps.zip#bla/bla.tex") --~ test("zip:///oeps/oeps.zip?bla/bla.tex") end -- of closure do -- create closure to overcome 200 locals limit if not modules then modules = { } end modules ['l-dir'] = { version = 1.001, comment = "companion to luat-lib.mkiv", author = "Hans Hagen, PRAGMA-ADE, Hasselt NL", copyright = "PRAGMA ADE / ConTeXt Development Team", license = "see context related readme files" } -- dir.expand_name will be merged with cleanpath and collapsepath local type = type local find, gmatch, match, gsub = string.find, string.gmatch, string.match, string.gsub local lpegmatch = lpeg.match dir = dir or { } -- handy function dir.current() return (gsub(lfs.currentdir(),"\\","/")) end -- optimizing for no string.find (*) does not save time local attributes = lfs.attributes local walkdir = lfs.dir local function glob_pattern(path,patt,recurse,action) local ok, scanner if path == "/" then ok, scanner = xpcall(function() return walkdir(path..".") end, function() end) -- kepler safe else ok, scanner = xpcall(function() return walkdir(path) end, function() end) -- kepler safe end if ok and type(scanner) == "function" then if not find(path,"/$") then path = path .. '/' end for name in scanner do local full = path .. name local mode = attributes(full,'mode') if mode == 'file' then if find(full,patt) then action(full) end elseif recurse and (mode == "directory") and (name ~= '.') and (name ~= "..") then glob_pattern(full,patt,recurse,action) end end end end dir.glob_pattern = glob_pattern local function collect_pattern(path,patt,recurse,result) local ok, scanner result = result or { } if path == "/" then ok, scanner = xpcall(function() return walkdir(path..".") end, function() end) -- kepler safe else ok, scanner = xpcall(function() return walkdir(path) end, function() end) -- kepler safe end if ok and type(scanner) == "function" then if not find(path,"/$") then path = path .. '/' end for name in scanner do local full = path .. name local attr = attributes(full) local mode = attr.mode if mode == 'file' then if find(full,patt) then result[name] = attr end elseif recurse and (mode == "directory") and (name ~= '.') and (name ~= "..") then attr.list = collect_pattern(full,patt,recurse) result[name] = attr end end end return result end dir.collect_pattern = collect_pattern local P, S, R, C, Cc, Cs, Ct, Cv, V = lpeg.P, lpeg.S, lpeg.R, lpeg.C, lpeg.Cc, lpeg.Cs, lpeg.Ct, lpeg.Cv, lpeg.V local pattern = Ct { [1] = (C(P(".") + P("/")^1) + C(R("az","AZ") * P(":") * P("/")^0) + Cc("./")) * V(2) * V(3), [2] = C(((1-S("*?/"))^0 * P("/"))^0), [3] = C(P(1)^0) } local filter = Cs ( ( P("**") / ".*" + P("*") / "[^/]*" + P("?") / "[^/]" + P(".") / "%%." + P("+") / "%%+" + P("-") / "%%-" + P(1) )^0 ) local function glob(str,t) if type(t) == "function" then if type(str) == "table" then for s=1,#str do glob(str[s],t) end elseif lfs.isfile(str) then t(str) else local split = lpegmatch(pattern,str) if split then local root, path, base = split[1], split[2], split[3] local recurse = find(base,"%*%*") local start = root .. path local result = lpegmatch(filter,start .. base) glob_pattern(start,result,recurse,t) end end else if type(str) == "table" then local t = t or { } for s=1,#str do glob(str[s],t) end return t elseif lfs.isfile(str) then local t = t or { } t[#t+1] = str return t else local split = lpegmatch(pattern,str) if split then local t = t or { } local action = action or function(name) t[#t+1] = name end local root, path, base = split[1], split[2], split[3] local recurse = find(base,"%*%*") local start = root .. path local result = lpegmatch(filter,start .. base) glob_pattern(start,result,recurse,action) return t else return { } end end end end dir.glob = glob --~ list = dir.glob("**/*.tif") --~ list = dir.glob("/**/*.tif") --~ list = dir.glob("./**/*.tif") --~ list = dir.glob("oeps/**/*.tif") --~ list = dir.glob("/oeps/**/*.tif") local function globfiles(path,recurse,func,files) -- func == pattern or function if type(func) == "string" then local s = func -- alas, we need this indirect way func = function(name) return find(name,s) end end files = files or { } for name in walkdir(path) do if find(name,"^%.") then --- skip else local mode = attributes(name,'mode') if mode == "directory" then if recurse then globfiles(path .. "/" .. name,recurse,func,files) end elseif mode == "file" then if func then if func(name) then files[#files+1] = path .. "/" .. name end else files[#files+1] = path .. "/" .. name end end end end return files end dir.globfiles = globfiles -- t = dir.glob("c:/data/develop/context/sources/**/????-*.tex") -- t = dir.glob("c:/data/develop/tex/texmf/**/*.tex") -- t = dir.glob("c:/data/develop/context/texmf/**/*.tex") -- t = dir.glob("f:/minimal/tex/**/*") -- print(dir.ls("f:/minimal/tex/**/*")) -- print(dir.ls("*.tex")) function dir.ls(pattern) return table.concat(glob(pattern),"\n") end --~ mkdirs("temp") --~ mkdirs("a/b/c") --~ mkdirs(".","/a/b/c") --~ mkdirs("a","b","c") local make_indeed = true -- false if string.find(os.getenv("PATH"),";") then -- os.type == "windows" function dir.mkdirs(...) local str, pth, t = "", "", { ... } for i=1,#t do local s = t[i] if s ~= "" then if str ~= "" then str = str .. "/" .. s else str = s end end end local first, middle, last local drive = false first, middle, last = match(str,"^(//)(//*)(.*)$") if first then -- empty network path == local path else first, last = match(str,"^(//)/*(.-)$") if first then middle, last = match(str,"([^/]+)/+(.-)$") if middle then pth = "//" .. middle else pth = "//" .. last last = "" end else first, middle, last = match(str,"^([a-zA-Z]:)(/*)(.-)$") if first then pth, drive = first .. middle, true else middle, last = match(str,"^(/*)(.-)$") if not middle then last = str end end end end for s in gmatch(last,"[^/]+") do if pth == "" then pth = s elseif drive then pth, drive = pth .. s, false else pth = pth .. "/" .. s end if make_indeed and not lfs.isdir(pth) then lfs.mkdir(pth) end end return pth, (lfs.isdir(pth) == true) end --~ print(dir.mkdirs("","","a","c")) --~ print(dir.mkdirs("a")) --~ print(dir.mkdirs("a:")) --~ print(dir.mkdirs("a:/b/c")) --~ print(dir.mkdirs("a:b/c")) --~ print(dir.mkdirs("a:/bbb/c")) --~ print(dir.mkdirs("/a/b/c")) --~ print(dir.mkdirs("/aaa/b/c")) --~ print(dir.mkdirs("//a/b/c")) --~ print(dir.mkdirs("///a/b/c")) --~ print(dir.mkdirs("a/bbb//ccc/")) function dir.expand_name(str) -- will be merged with cleanpath and collapsepath local first, nothing, last = match(str,"^(//)(//*)(.*)$") if first then first = dir.current() .. "/" end if not first then first, last = match(str,"^(//)/*(.*)$") end if not first then first, last = match(str,"^([a-zA-Z]:)(.*)$") if first and not find(last,"^/") then local d = lfs.currentdir() if lfs.chdir(first) then first = dir.current() end lfs.chdir(d) end end if not first then first, last = dir.current(), str end last = gsub(last,"//","/") last = gsub(last,"/%./","/") last = gsub(last,"^/*","") first = gsub(first,"/*$","") if last == "" then return first else return first .. "/" .. last end end else function dir.mkdirs(...) local str, pth, t = "", "", { ... } for i=1,#t do local s = t[i] if s ~= "" then if str ~= "" then str = str .. "/" .. s else str = s end end end str = gsub(str,"/+","/") if find(str,"^/") then pth = "/" for s in gmatch(str,"[^/]+") do local first = (pth == "/") if first then pth = pth .. s else pth = pth .. "/" .. s end if make_indeed and not first and not lfs.isdir(pth) then lfs.mkdir(pth) end end else pth = "." for s in gmatch(str,"[^/]+") do pth = pth .. "/" .. s if make_indeed and not lfs.isdir(pth) then lfs.mkdir(pth) end end end return pth, (lfs.isdir(pth) == true) end --~ print(dir.mkdirs("","","a","c")) --~ print(dir.mkdirs("a")) --~ print(dir.mkdirs("/a/b/c")) --~ print(dir.mkdirs("/aaa/b/c")) --~ print(dir.mkdirs("//a/b/c")) --~ print(dir.mkdirs("///a/b/c")) --~ print(dir.mkdirs("a/bbb//ccc/")) function dir.expand_name(str) -- will be merged with cleanpath and collapsepath if not find(str,"^/") then str = lfs.currentdir() .. "/" .. str end str = gsub(str,"//","/") str = gsub(str,"/%./","/") return str end end dir.makedirs = dir.mkdirs end -- of closure do -- create closure to overcome 200 locals limit if not modules then modules = { } end modules ['l-boolean'] = { version = 1.001, comment = "companion to luat-lib.mkiv", author = "Hans Hagen, PRAGMA-ADE, Hasselt NL", copyright = "PRAGMA ADE / ConTeXt Development Team", license = "see context related readme files" } boolean = boolean or { } local type, tonumber = type, tonumber function boolean.tonumber(b) if b then return 1 else return 0 end end function toboolean(str,tolerant) if tolerant then local tstr = type(str) if tstr == "string" then return str == "true" or str == "yes" or str == "on" or str == "1" or str == "t" elseif tstr == "number" then return tonumber(str) ~= 0 elseif tstr == "nil" then return false else return str end elseif str == "true" then return true elseif str == "false" then return false else return str end end function string.is_boolean(str) if type(str) == "string" then if str == "true" or str == "yes" or str == "on" or str == "t" then return true elseif str == "false" or str == "no" or str == "off" or str == "f" then return false end end return nil end function boolean.alwaystrue() return true end function boolean.falsetrue() return false end end -- of closure do -- create closure to overcome 200 locals limit if not modules then modules = { } end modules ['l-unicode'] = { version = 1.001, comment = "companion to luat-lib.mkiv", author = "Hans Hagen, PRAGMA-ADE, Hasselt NL", copyright = "PRAGMA ADE / ConTeXt Development Team", license = "see context related readme files" } if not unicode then unicode = { utf8 = { } } local floor, char = math.floor, string.char function unicode.utf8.utfchar(n) if n < 0x80 then return char(n) elseif n < 0x800 then return char(0xC0 + floor(n/0x40)) .. char(0x80 + (n % 0x40)) elseif n < 0x10000 then return char(0xE0 + floor(n/0x1000)) .. char(0x80 + (floor(n/0x40) % 0x40)) .. char(0x80 + (n % 0x40)) elseif n < 0x40000 then return char(0xF0 + floor(n/0x40000)) .. char(0x80 + floor(n/0x1000)) .. char(0x80 + (floor(n/0x40) % 0x40)) .. char(0x80 + (n % 0x40)) else -- wrong: -- return char(0xF1 + floor(n/0x1000000)) .. char(0x80 + floor(n/0x40000)) .. char(0x80 + floor(n/0x1000)) .. char(0x80 + (floor(n/0x40) % 0x40)) .. char(0x80 + (n % 0x40)) return "?" end end end utf = utf or unicode.utf8 local concat, utfchar, utfgsub = table.concat, utf.char, utf.gsub local char, byte, find, bytepairs = string.char, string.byte, string.find, string.bytepairs -- 0 EF BB BF UTF-8 -- 1 FF FE UTF-16-little-endian -- 2 FE FF UTF-16-big-endian -- 3 FF FE 00 00 UTF-32-little-endian -- 4 00 00 FE FF UTF-32-big-endian unicode.utfname = { [0] = 'utf-8', [1] = 'utf-16-le', [2] = 'utf-16-be', [3] = 'utf-32-le', [4] = 'utf-32-be' } -- \000 fails in <= 5.0 but is valid in >=5.1 where %z is depricated function unicode.utftype(f) local str = f:read(4) if not str then f:seek('set') return 0 -- elseif find(str,"^%z%z\254\255") then -- depricated -- elseif find(str,"^\000\000\254\255") then -- not permitted and bugged elseif find(str,"\000\000\254\255",1,true) then -- seems to work okay (TH) return 4 -- elseif find(str,"^\255\254%z%z") then -- depricated -- elseif find(str,"^\255\254\000\000") then -- not permitted and bugged elseif find(str,"\255\254\000\000",1,true) then -- seems to work okay (TH) return 3 elseif find(str,"^\254\255") then f:seek('set',2) return 2 elseif find(str,"^\255\254") then f:seek('set',2) return 1 elseif find(str,"^\239\187\191") then f:seek('set',3) return 0 else f:seek('set') return 0 end end function unicode.utf16_to_utf8(str, endian) -- maybe a gsub is faster or an lpeg local result, tmp, n, m, p = { }, { }, 0, 0, 0 -- lf | cr | crlf / (cr:13, lf:10) local function doit() if n == 10 then if p ~= 13 then result[#result+1] = concat(tmp) tmp = { } p = 0 end elseif n == 13 then result[#result+1] = concat(tmp) tmp = { } p = n else tmp[#tmp+1] = utfchar(n) p = 0 end end for l,r in bytepairs(str) do if r then if endian then n = l*256 + r else n = r*256 + l end if m > 0 then n = (m-0xD800)*0x400 + (n-0xDC00) + 0x10000 m = 0 doit() elseif n >= 0xD800 and n <= 0xDBFF then m = n else doit() end end end if #tmp > 0 then result[#result+1] = concat(tmp) end return result end function unicode.utf32_to_utf8(str, endian) local result = { } local tmp, n, m, p = { }, 0, -1, 0 -- lf | cr | crlf / (cr:13, lf:10) local function doit() if n == 10 then if p ~= 13 then result[#result+1] = concat(tmp) tmp = { } p = 0 end elseif n == 13 then result[#result+1] = concat(tmp) tmp = { } p = n else tmp[#tmp+1] = utfchar(n) p = 0 end end for a,b in bytepairs(str) do if a and b then if m < 0 then if endian then m = a*256*256*256 + b*256*256 else m = b*256 + a end else if endian then n = m + a*256 + b else n = m + b*256*256*256 + a*256*256 end m = -1 doit() end else break end end if #tmp > 0 then result[#result+1] = concat(tmp) end return result end local function little(c) local b = byte(c) -- b = c:byte() if b < 0x10000 then return char(b%256,b/256) else b = b - 0x10000 local b1, b2 = b/1024 + 0xD800, b%1024 + 0xDC00 return char(b1%256,b1/256,b2%256,b2/256) end end local function big(c) local b = byte(c) if b < 0x10000 then return char(b/256,b%256) else b = b - 0x10000 local b1, b2 = b/1024 + 0xD800, b%1024 + 0xDC00 return char(b1/256,b1%256,b2/256,b2%256) end end function unicode.utf8_to_utf16(str,littleendian) if littleendian then return char(255,254) .. utfgsub(str,".",little) else return char(254,255) .. utfgsub(str,".",big) end end end -- of closure do -- create closure to overcome 200 locals limit if not modules then modules = { } end modules ['l-math'] = { version = 1.001, comment = "companion to luat-lib.mkiv", author = "Hans Hagen, PRAGMA-ADE, Hasselt NL", copyright = "PRAGMA ADE / ConTeXt Development Team", license = "see context related readme files" } local floor, sin, cos, tan = math.floor, math.sin, math.cos, math.tan if not math.round then function math.round(x) return floor(x + 0.5) end end if not math.div then function math.div(n,m) return floor(n/m) end end if not math.mod then function math.mod(n,m) return n % m end end local pipi = 2*math.pi/360 function math.sind(d) return sin(d*pipi) end function math.cosd(d) return cos(d*pipi) end function math.tand(d) return tan(d*pipi) end end -- of closure do -- create closure to overcome 200 locals limit if not modules then modules = { } end modules ['l-utils'] = { version = 1.001, comment = "companion to luat-lib.mkiv", author = "Hans Hagen, PRAGMA-ADE, Hasselt NL", copyright = "PRAGMA ADE / ConTeXt Development Team", license = "see context related readme files" } -- hm, quite unreadable local gsub = string.gsub local concat = table.concat local type, next = type, next if not utils then utils = { } end if not utils.merger then utils.merger = { } end if not utils.lua then utils.lua = { } end utils.merger.m_begin = "begin library merge" utils.merger.m_end = "end library merge" utils.merger.pattern = "%c+" .. "%-%-%s+" .. utils.merger.m_begin .. "%c+(.-)%c+" .. "%-%-%s+" .. utils.merger.m_end .. "%c+" function utils.merger._self_fake_() return "-- " .. "created merged file" .. "\n\n" .. "-- " .. utils.merger.m_begin .. "\n\n" .. "-- " .. utils.merger.m_end .. "\n\n" end function utils.report(...) print(...) end utils.merger.strip_comment = true function utils.merger._self_load_(name) local f, data = io.open(name), "" if f then utils.report("reading merge from %s",name) data = f:read("*all") f:close() else utils.report("unknown file to merge %s",name) end if data and utils.merger.strip_comment then -- saves some 20K data = gsub(data,"%-%-~[^\n\r]*[\r\n]", "") end return data or "" end function utils.merger._self_save_(name, data) if data ~= "" then local f = io.open(name,'w') if f then utils.report("saving merge from %s",name) f:write(data) f:close() end end end function utils.merger._self_swap_(data,code) if data ~= "" then return (gsub(data,utils.merger.pattern, function(s) return "\n\n" .. "-- "..utils.merger.m_begin .. "\n" .. code .. "\n" .. "-- "..utils.merger.m_end .. "\n\n" end, 1)) else return "" end end --~ stripper: --~ --~ data = gsub(data,"%-%-~[^\n]*\n","") --~ data = gsub(data,"\n\n+","\n") function utils.merger._self_libs_(libs,list) local result, f, frozen = { }, nil, false result[#result+1] = "\n" if type(libs) == 'string' then libs = { libs } end if type(list) == 'string' then list = { list } end local foundpath = nil for i=1,#libs do local lib = libs[i] for j=1,#list do local pth = gsub(list[j],"\\","/") -- file.clean_path utils.report("checking library path %s",pth) local name = pth .. "/" .. lib if lfs.isfile(name) then foundpath = pth end end if foundpath then break end end if foundpath then utils.report("using library path %s",foundpath) local right, wrong = { }, { } for i=1,#libs do local lib = libs[i] local fullname = foundpath .. "/" .. lib if lfs.isfile(fullname) then -- right[#right+1] = lib utils.report("merging library %s",fullname) result[#result+1] = "do -- create closure to overcome 200 locals limit" result[#result+1] = io.loaddata(fullname,true) result[#result+1] = "end -- of closure" else -- wrong[#wrong+1] = lib utils.report("no library %s",fullname) end end if #right > 0 then utils.report("merged libraries: %s",concat(right," ")) end if #wrong > 0 then utils.report("skipped libraries: %s",concat(wrong," ")) end else utils.report("no valid library path found") end return concat(result, "\n\n") end function utils.merger.selfcreate(libs,list,target) if target then utils.merger._self_save_( target, utils.merger._self_swap_( utils.merger._self_fake_(), utils.merger._self_libs_(libs,list) ) ) end end function utils.merger.selfmerge(name,libs,list,target) utils.merger._self_save_( target or name, utils.merger._self_swap_( utils.merger._self_load_(name), utils.merger._self_libs_(libs,list) ) ) end function utils.merger.selfclean(name) utils.merger._self_save_( name, utils.merger._self_swap_( utils.merger._self_load_(name), "" ) ) end function utils.lua.compile(luafile, lucfile, cleanup, strip) -- defaults: cleanup=false strip=true -- utils.report("compiling",luafile,"into",lucfile) os.remove(lucfile) local command = "-o " .. string.quote(lucfile) .. " " .. string.quote(luafile) if strip ~= false then command = "-s " .. command end local done = (os.spawn("texluac " .. command) == 0) or (os.spawn("luac " .. command) == 0) if done and cleanup == true and lfs.isfile(lucfile) and lfs.isfile(luafile) then -- utils.report("removing",luafile) os.remove(luafile) end return done end end -- of closure do -- create closure to overcome 200 locals limit if not modules then modules = { } end modules ['l-aux'] = { version = 1.001, comment = "companion to luat-lib.mkiv", author = "Hans Hagen, PRAGMA-ADE, Hasselt NL", copyright = "PRAGMA ADE / ConTeXt Development Team", license = "see context related readme files" } -- for inline, no store split : for s in string.gmatch(str,",* *([^,]+)") do .. end aux = aux or { } local concat, format, gmatch = table.concat, string.format, string.gmatch local tostring, type = tostring, type local lpegmatch = lpeg.match local P, R, V = lpeg.P, lpeg.R, lpeg.V local escape, left, right = P("\\"), P('{'), P('}') lpeg.patterns.balanced = P { [1] = ((escape * (left+right)) + (1 - (left+right)) + V(2))^0, [2] = left * V(1) * right } local space = lpeg.P(' ') local equal = lpeg.P("=") local comma = lpeg.P(",") local lbrace = lpeg.P("{") local rbrace = lpeg.P("}") local nobrace = 1 - (lbrace+rbrace) local nested = lpeg.P { lbrace * (nobrace + lpeg.V(1))^0 * rbrace } local spaces = space^0 local value = lpeg.P(lbrace * lpeg.C((nobrace + nested)^0) * rbrace) + lpeg.C((nested + (1-comma))^0) local key = lpeg.C((1-equal-comma)^1) local pattern_a = (space+comma)^0 * (key * equal * value + key * lpeg.C("")) local pattern_c = (space+comma)^0 * (key * equal * value) local key = lpeg.C((1-space-equal-comma)^1) local pattern_b = spaces * comma^0 * spaces * (key * ((spaces * equal * spaces * value) + lpeg.C(""))) -- "a=1, b=2, c=3, d={a{b,c}d}, e=12345, f=xx{a{b,c}d}xx, g={}" : outer {} removes, leading spaces ignored local hash = { } local function set(key,value) -- using Carg is slower here hash[key] = value end local pattern_a_s = (pattern_a/set)^1 local pattern_b_s = (pattern_b/set)^1 local pattern_c_s = (pattern_c/set)^1 aux.settings_to_hash_pattern_a = pattern_a_s aux.settings_to_hash_pattern_b = pattern_b_s aux.settings_to_hash_pattern_c = pattern_c_s function aux.make_settings_to_hash_pattern(set,how) if how == "strict" then return (pattern_c/set)^1 elseif how == "tolerant" then return (pattern_b/set)^1 else return (pattern_a/set)^1 end end function aux.settings_to_hash(str,existing) if str and str ~= "" then hash = existing or { } if moretolerant then lpegmatch(pattern_b_s,str) else lpegmatch(pattern_a_s,str) end return hash else return { } end end function aux.settings_to_hash_tolerant(str,existing) if str and str ~= "" then hash = existing or { } lpegmatch(pattern_b_s,str) return hash else return { } end end function aux.settings_to_hash_strict(str,existing) if str and str ~= "" then hash = existing or { } lpegmatch(pattern_c_s,str) return next(hash) and hash else return nil end end local separator = comma * space^0 local value = lpeg.P(lbrace * lpeg.C((nobrace + nested)^0) * rbrace) + lpeg.C((nested + (1-comma))^0) local pattern = lpeg.Ct(value*(separator*value)^0) -- "aap, {noot}, mies" : outer {} removes, leading spaces ignored aux.settings_to_array_pattern = pattern -- we could use a weak table as cache function aux.settings_to_array(str) if not str or str == "" then return { } else return lpegmatch(pattern,str) end end local function set(t,v) t[#t+1] = v end local value = lpeg.P(lpeg.Carg(1)*value) / set local pattern = value*(separator*value)^0 * lpeg.Carg(1) function aux.add_settings_to_array(t,str) return lpegmatch(pattern,str,nil,t) end function aux.hash_to_string(h,separator,yes,no,strict,omit) if h then local t, s = { }, table.sortedkeys(h) omit = omit and table.tohash(omit) for i=1,#s do local key = s[i] if not omit or not omit[key] then local value = h[key] if type(value) == "boolean" then if yes and no then if value then t[#t+1] = key .. '=' .. yes elseif not strict then t[#t+1] = key .. '=' .. no end elseif value or not strict then t[#t+1] = key .. '=' .. tostring(value) end else t[#t+1] = key .. '=' .. value end end end return concat(t,separator or ",") else return "" end end function aux.array_to_string(a,separator) if a then return concat(a,separator or ",") else return "" end end function aux.settings_to_set(str,t) t = t or { } for s in gmatch(str,"%s*([^,]+)") do t[s] = true end return t end local value = lbrace * lpeg.C((nobrace + nested)^0) * rbrace local pattern = lpeg.Ct((space + value)^0) function aux.arguments_to_table(str) return lpegmatch(pattern,str) end -- temporary here function aux.getparameters(self,class,parentclass,settings) local sc = self[class] if not sc then sc = table.clone(self[parent]) self[class] = sc end aux.settings_to_hash(settings,sc) end -- temporary here local digit = lpeg.R("09") local period = lpeg.P(".") local zero = lpeg.P("0") local trailingzeros = zero^0 * -digit -- suggested by Roberto R local case_1 = period * trailingzeros / "" local case_2 = period * (digit - trailingzeros)^1 * (trailingzeros / "") local number = digit^1 * (case_1 + case_2) local stripper = lpeg.Cs((number + 1)^0) --~ local sample = "bla 11.00 bla 11 bla 0.1100 bla 1.00100 bla 0.00 bla 0.001 bla 1.1100 bla 0.100100100 bla 0.00100100100" --~ collectgarbage("collect") --~ str = string.rep(sample,10000) --~ local ts = os.clock() --~ lpegmatch(stripper,str) --~ print(#str, os.clock()-ts, lpegmatch(stripper,sample)) lpeg.patterns.strip_zeros = stripper function aux.strip_zeros(str) return lpegmatch(stripper,str) end function aux.definetable(target) -- defines undefined tables local composed, t = nil, { } for name in gmatch(target,"([^%.]+)") do if composed then composed = composed .. "." .. name else composed = name end t[#t+1] = format("%s = %s or { }",composed,composed) end return concat(t,"\n") end function aux.accesstable(target) local t = _G for name in gmatch(target,"([^%.]+)") do t = t[name] end return t end --~ function string.commaseparated(str) --~ return gmatch(str,"([^,%s]+)") --~ end -- as we use this a lot ... --~ function aux.cachefunction(action,weak) --~ local cache = { } --~ if weak then --~ setmetatable(cache, { __mode = "kv" } ) --~ end --~ local function reminder(str) --~ local found = cache[str] --~ if not found then --~ found = action(str) --~ cache[str] = found --~ end --~ return found --~ end --~ return reminder, cache --~ end end -- of closure do -- create closure to overcome 200 locals limit if not modules then modules = { } end modules ['trac-tra'] = { version = 1.001, comment = "companion to trac-tra.mkiv", author = "Hans Hagen, PRAGMA-ADE, Hasselt NL", copyright = "PRAGMA ADE / ConTeXt Development Team", license = "see context related readme files" } -- the tag is kind of generic and used for functions that are not -- bound to a variable, like node.new, node.copy etc (contrary to for instance -- node.has_attribute which is bound to a has_attribute local variable in mkiv) local debug = require "debug" local getinfo = debug.getinfo local type, next = type, next local concat = table.concat local format, find, lower, gmatch, gsub = string.format, string.find, string.lower, string.gmatch, string.gsub debugger = debugger or { } local counters = { } local names = { } -- one local function hook() local f = getinfo(2,"f").func local n = getinfo(2,"Sn") -- if n.what == "C" and n.name then print (n.namewhat .. ': ' .. n.name) end if f then local cf = counters[f] if cf == nil then counters[f] = 1 names[f] = n else counters[f] = cf + 1 end end end local function getname(func) local n = names[func] if n then if n.what == "C" then return n.name or '' else -- source short_src linedefined what name namewhat nups func local name = n.name or n.namewhat or n.what if not name or name == "" then name = "?" end return format("%s : %s : %s", n.short_src or "unknown source", n.linedefined or "--", name) end else return "unknown" end end function debugger.showstats(printer,threshold) printer = printer or texio.write or print threshold = threshold or 0 local total, grandtotal, functions = 0, 0, 0 printer("\n") -- ugly but ok -- table.sort(counters) for func, count in next, counters do if count > threshold then local name = getname(func) if not find(name,"for generator") then printer(format("%8i %s", count, name)) total = total + count end end grandtotal = grandtotal + count functions = functions + 1 end printer(format("functions: %s, total: %s, grand total: %s, threshold: %s\n", functions, total, grandtotal, threshold)) end -- two --~ local function hook() --~ local n = getinfo(2) --~ if n.what=="C" and not n.name then --~ local f = tostring(debug.traceback()) --~ local cf = counters[f] --~ if cf == nil then --~ counters[f] = 1 --~ names[f] = n --~ else --~ counters[f] = cf + 1 --~ end --~ end --~ end --~ function debugger.showstats(printer,threshold) --~ printer = printer or texio.write or print --~ threshold = threshold or 0 --~ local total, grandtotal, functions = 0, 0, 0 --~ printer("\n") -- ugly but ok --~ -- table.sort(counters) --~ for func, count in next, counters do --~ if count > threshold then --~ printer(format("%8i %s", count, func)) --~ total = total + count --~ end --~ grandtotal = grandtotal + count --~ functions = functions + 1 --~ end --~ printer(format("functions: %s, total: %s, grand total: %s, threshold: %s\n", functions, total, grandtotal, threshold)) --~ end -- rest function debugger.savestats(filename,threshold) local f = io.open(filename,'w') if f then debugger.showstats(function(str) f:write(str) end,threshold) f:close() end end function debugger.enable() debug.sethook(hook,"c") end function debugger.disable() debug.sethook() --~ counters[debug.getinfo(2,"f").func] = nil end function debugger.tracing() local n = tonumber(os.env['MTX.TRACE.CALLS']) or tonumber(os.env['MTX_TRACE_CALLS']) or 0 if n > 0 then function debugger.tracing() return true end ; return true else function debugger.tracing() return false end ; return false end end --~ debugger.enable() --~ print(math.sin(1*.5)) --~ print(math.sin(1*.5)) --~ print(math.sin(1*.5)) --~ print(math.sin(1*.5)) --~ print(math.sin(1*.5)) --~ debugger.disable() --~ print("") --~ debugger.showstats() --~ print("") --~ debugger.showstats(print,3) setters = setters or { } setters.data = setters.data or { } --~ local function set(t,what,value) --~ local data, done = t.data, t.done --~ if type(what) == "string" then --~ what = aux.settings_to_array(what) -- inefficient but ok --~ end --~ for i=1,#what do --~ local w = what[i] --~ for d, f in next, data do --~ if done[d] then --~ -- prevent recursion due to wildcards --~ elseif find(d,w) then --~ done[d] = true --~ for i=1,#f do --~ f[i](value) --~ end --~ end --~ end --~ end --~ end local function set(t,what,value) local data, done = t.data, t.done if type(what) == "string" then what = aux.settings_to_hash(what) -- inefficient but ok end for w, v in next, what do if v == "" then v = value else v = toboolean(v) end for d, f in next, data do if done[d] then -- prevent recursion due to wildcards elseif find(d,w) then done[d] = true for i=1,#f do f[i](v) end end end end end local function reset(t) for d, f in next, t.data do for i=1,#f do f[i](false) end end end local function enable(t,what) set(t,what,true) end local function disable(t,what) local data = t.data if not what or what == "" then t.done = { } reset(t) else set(t,what,false) end end function setters.register(t,what,...) local data = t.data what = lower(what) local w = data[what] if not w then w = { } data[what] = w end for _, fnc in next, { ... } do local typ = type(fnc) if typ == "function" then w[#w+1] = fnc elseif typ == "string" then w[#w+1] = function(value) set(t,fnc,value,nesting) end end end end function setters.enable(t,what) local e = t.enable t.enable, t.done = enable, { } enable(t,string.simpleesc(tostring(what))) t.enable, t.done = e, { } end function setters.disable(t,what) local e = t.disable t.disable, t.done = disable, { } disable(t,string.simpleesc(tostring(what))) t.disable, t.done = e, { } end function setters.reset(t) t.done = { } reset(t) end function setters.list(t) -- pattern local list = table.sortedkeys(t.data) local user, system = { }, { } for l=1,#list do local what = list[l] if find(what,"^%*") then system[#system+1] = what else user[#user+1] = what end end return user, system end function setters.show(t) commands.writestatus("","") local list = setters.list(t) for k=1,#list do commands.writestatus(t.name,list[k]) end commands.writestatus("","") end -- we could have used a bit of oo and the trackers:enable syntax but -- there is already a lot of code around using the singular tracker -- we could make this into a module function setters.new(name) local t t = { data = { }, name = name, enable = function(...) setters.enable (t,...) end, disable = function(...) setters.disable (t,...) end, register = function(...) setters.register(t,...) end, list = function(...) setters.list (t,...) end, show = function(...) setters.show (t,...) end, } setters.data[name] = t return t end trackers = setters.new("trackers") directives = setters.new("directives") experiments = setters.new("experiments") -- nice trick: we overload two of the directives related functions with variants that -- do tracing (itself using a tracker) .. proof of concept local trace_directives = false local trace_directives = false trackers.register("system.directives", function(v) trace_directives = v end) local trace_experiments = false local trace_experiments = false trackers.register("system.experiments", function(v) trace_experiments = v end) local e = directives.enable local d = directives.disable function directives.enable(...) commands.writestatus("directives","enabling: %s",concat({...}," ")) e(...) end function directives.disable(...) commands.writestatus("directives","disabling: %s",concat({...}," ")) d(...) end local e = experiments.enable local d = experiments.disable function experiments.enable(...) commands.writestatus("experiments","enabling: %s",concat({...}," ")) e(...) end function experiments.disable(...) commands.writestatus("experiments","disabling: %s",concat({...}," ")) d(...) end -- a useful example directives.register("system.nostatistics", function(v) statistics.enable = not v end) end -- of closure do -- create closure to overcome 200 locals limit if not modules then modules = { } end modules ['luat-env'] = { version = 1.001, comment = "companion to luat-lib.mkiv", author = "Hans Hagen, PRAGMA-ADE, Hasselt NL", copyright = "PRAGMA ADE / ConTeXt Development Team", license = "see context related readme files" } -- A former version provided functionality for non embeded core -- scripts i.e. runtime library loading. Given the amount of -- Lua code we use now, this no longer makes sense. Much of this -- evolved before bytecode arrays were available and so a lot of -- code has disappeared already. local trace_locating = false trackers.register("resolvers.locating", function(v) trace_locating = v end) local format, sub, match, gsub, find = string.format, string.sub, string.match, string.gsub, string.find local unquote, quote = string.unquote, string.quote -- precautions os.setlocale(nil,nil) -- useless feature and even dangerous in luatex function os.setlocale() -- no way you can mess with it end -- dirty tricks if arg and (arg[0] == 'luatex' or arg[0] == 'luatex.exe') and arg[1] == "--luaonly" then arg[-1]=arg[0] arg[0]=arg[2] for k=3,#arg do arg[k-2]=arg[k] end arg[#arg]=nil arg[#arg]=nil end if profiler and os.env["MTX_PROFILE_RUN"] == "YES" then profiler.start("luatex-profile.log") end -- environment environment = environment or { } environment.arguments = { } environment.files = { } environment.sortedflags = nil if not environment.jobname or environment.jobname == "" then if tex then environment.jobname = tex.jobname end end if not environment.version or environment.version == "" then environment.version = "unknown" end if not environment.jobname then environment.jobname = "unknown" end function environment.initialize_arguments(arg) local arguments, files = { }, { } environment.arguments, environment.files, environment.sortedflags = arguments, files, nil for index=1,#arg do local argument = arg[index] if index > 0 then local flag, value = match(argument,"^%-+(.-)=(.-)$") if flag then arguments[flag] = unquote(value or "") else flag = match(argument,"^%-+(.+)") if flag then arguments[flag] = true else files[#files+1] = argument end end end end environment.ownname = environment.ownname or arg[0] or 'unknown.lua' end function environment.setargument(name,value) environment.arguments[name] = value end -- todo: defaults, better checks e.g on type (boolean versus string) -- -- tricky: too many hits when we support partials unless we add -- a registration of arguments so from now on we have 'partial' function environment.argument(name,partial) local arguments, sortedflags = environment.arguments, environment.sortedflags if arguments[name] then return arguments[name] elseif partial then if not sortedflags then sortedflags = table.sortedkeys(arguments) for k=1,#sortedflags do sortedflags[k] = "^" .. sortedflags[k] end environment.sortedflags = sortedflags end -- example of potential clash: ^mode ^modefile for k=1,#sortedflags do local v = sortedflags[k] if find(name,v) then return arguments[sub(v,2,#v)] end end end return nil end environment.argument("x",true) function environment.split_arguments(separator) -- rather special, cut-off before separator local done, before, after = false, { }, { } local original_arguments = environment.original_arguments for k=1,#original_arguments do local v = original_arguments[k] if not done and v == separator then done = true elseif done then after[#after+1] = v else before[#before+1] = v end end return before, after end function environment.reconstruct_commandline(arg,noquote) arg = arg or environment.original_arguments if noquote and #arg == 1 then local a = arg[1] a = resolvers.resolve(a) a = unquote(a) return a elseif #arg > 0 then local result = { } for i=1,#arg do local a = arg[i] a = resolvers.resolve(a) a = unquote(a) a = gsub(a,'"','\\"') -- tricky if find(a," ") then result[#result+1] = quote(a) else result[#result+1] = a end end return table.join(result," ") else return "" end end if arg then -- new, reconstruct quoted snippets (maybe better just remove the " then and add them later) local newarg, instring = { }, false for index=1,#arg do local argument = arg[index] if find(argument,"^\"") then newarg[#newarg+1] = gsub(argument,"^\"","") if not find(argument,"\"$") then instring = true end elseif find(argument,"\"$") then newarg[#newarg] = newarg[#newarg] .. " " .. gsub(argument,"\"$","") instring = false elseif instring then newarg[#newarg] = newarg[#newarg] .. " " .. argument else newarg[#newarg+1] = argument end end for i=1,-5,-1 do newarg[i] = arg[i] end environment.initialize_arguments(newarg) environment.original_arguments = newarg environment.raw_arguments = arg arg = { } -- prevent duplicate handling end -- weird place ... depends on a not yet loaded module function environment.texfile(filename) return resolvers.find_file(filename,'tex') end function environment.luafile(filename) local resolved = resolvers.find_file(filename,'tex') or "" if resolved ~= "" then return resolved end resolved = resolvers.find_file(filename,'texmfscripts') or "" if resolved ~= "" then return resolved end return resolvers.find_file(filename,'luatexlibs') or "" end environment.loadedluacode = loadfile -- can be overloaded --~ function environment.loadedluacode(name) --~ if os.spawn("texluac -s -o texluac.luc " .. name) == 0 then --~ local chunk = loadstring(io.loaddata("texluac.luc")) --~ os.remove("texluac.luc") --~ return chunk --~ else --~ environment.loadedluacode = loadfile -- can be overloaded --~ return loadfile(name) --~ end --~ end function environment.luafilechunk(filename) -- used for loading lua bytecode in the format filename = file.replacesuffix(filename, "lua") local fullname = environment.luafile(filename) if fullname and fullname ~= "" then if trace_locating then logs.report("fileio","loading file %s", fullname) end return environment.loadedluacode(fullname) else if trace_locating then logs.report("fileio","unknown file %s", filename) end return nil end end -- the next ones can use the previous ones / combine function environment.loadluafile(filename, version) local lucname, luaname, chunk local basename = file.removesuffix(filename) if basename == filename then lucname, luaname = basename .. ".luc", basename .. ".lua" else lucname, luaname = nil, basename -- forced suffix end -- when not overloaded by explicit suffix we look for a luc file first local fullname = (lucname and environment.luafile(lucname)) or "" if fullname ~= "" then if trace_locating then logs.report("fileio","loading %s", fullname) end chunk = loadfile(fullname) -- this way we don't need a file exists check end if chunk then assert(chunk)() if version then -- we check of the version number of this chunk matches local v = version -- can be nil if modules and modules[filename] then v = modules[filename].version -- new method elseif versions and versions[filename] then v = versions[filename] -- old method end if v == version then return true else if trace_locating then logs.report("fileio","version mismatch for %s: lua=%s, luc=%s", filename, v, version) end environment.loadluafile(filename) end else return true end end fullname = (luaname and environment.luafile(luaname)) or "" if fullname ~= "" then if trace_locating then logs.report("fileio","loading %s", fullname) end chunk = loadfile(fullname) -- this way we don't need a file exists check if not chunk then if trace_locating then logs.report("fileio","unknown file %s", filename) end else assert(chunk)() return true end end return false end end -- of closure do -- create closure to overcome 200 locals limit if not modules then modules = { } end modules ['trac-inf'] = { version = 1.001, comment = "companion to trac-inf.mkiv", author = "Hans Hagen, PRAGMA-ADE, Hasselt NL", copyright = "PRAGMA ADE / ConTeXt Development Team", license = "see context related readme files" } local format = string.format local statusinfo, n, registered = { }, 0, { } statistics = statistics or { } statistics.enable = true statistics.threshold = 0.05 -- timing functions local clock = os.gettimeofday or os.clock local notimer function statistics.hastimer(instance) return instance and instance.starttime end function statistics.resettiming(instance) if not instance then notimer = { timing = 0, loadtime = 0 } else instance.timing, instance.loadtime = 0, 0 end end function statistics.starttiming(instance) if not instance then notimer = { } instance = notimer end local it = instance.timing if not it then it = 0 end if it == 0 then instance.starttime = clock() if not instance.loadtime then instance.loadtime = 0 end else --~ logs.report("system","nested timing (%s)",tostring(instance)) end instance.timing = it + 1 end function statistics.stoptiming(instance, report) if not instance then instance = notimer end if instance then local it = instance.timing if it > 1 then instance.timing = it - 1 else local starttime = instance.starttime if starttime then local stoptime = clock() local loadtime = stoptime - starttime instance.stoptime = stoptime instance.loadtime = instance.loadtime + loadtime if report then statistics.report("load time %0.3f",loadtime) end instance.timing = 0 return loadtime end end end return 0 end function statistics.elapsedtime(instance) if not instance then instance = notimer end return format("%0.3f",(instance and instance.loadtime) or 0) end function statistics.elapsedindeed(instance) if not instance then instance = notimer end local t = (instance and instance.loadtime) or 0 return t > statistics.threshold end function statistics.elapsedseconds(instance,rest) -- returns nil if 0 seconds if statistics.elapsedindeed(instance) then return format("%s seconds %s", statistics.elapsedtime(instance),rest or "") end end -- general function function statistics.register(tag,fnc) if statistics.enable and type(fnc) == "function" then local rt = registered[tag] or (#statusinfo + 1) statusinfo[rt] = { tag, fnc } registered[tag] = rt if #tag > n then n = #tag end end end function statistics.show(reporter) if statistics.enable then if not reporter then reporter = function(tag,data,n) texio.write_nl(tag .. " " .. data) end end -- this code will move local register = statistics.register register("luatex banner", function() return string.lower(status.banner) end) register("control sequences", function() return format("%s of %s", status.cs_count, status.hash_size+status.hash_extra) end) register("callbacks", function() local total, indirect = status.callbacks or 0, status.indirect_callbacks or 0 return format("direct: %s, indirect: %s, total: %s", total-indirect, indirect, total) end) register("current memory usage", statistics.memused) register("runtime",statistics.runtime) -- -- for i=1,#statusinfo do local s = statusinfo[i] local r = s[2]() if r then reporter(s[1],r,n) end end texio.write_nl("") -- final newline statistics.enable = false end end function statistics.show_job_stat(tag,data,n) texio.write_nl(format("%-15s: %s - %s","mkiv lua stats",tag:rpadd(n," "),data)) end function statistics.memused() -- no math.round yet -) local round = math.round or math.floor return format("%s MB (ctx: %s MB)",round(collectgarbage("count")/1000), round(status.luastate_bytes/1000000)) end if statistics.runtime then -- already loaded and set elseif luatex and luatex.starttime then statistics.starttime = luatex.starttime statistics.loadtime = 0 statistics.timing = 0 else statistics.starttiming(statistics) end function statistics.runtime() statistics.stoptiming(statistics) return statistics.formatruntime(statistics.elapsedtime(statistics)) end function statistics.formatruntime(runtime) return format("%s seconds", statistics.elapsedtime(statistics)) end function statistics.timed(action,report) local timer = { } report = report or logs.simple statistics.starttiming(timer) action() statistics.stoptiming(timer) report("total runtime: %s",statistics.elapsedtime(timer)) end -- where, not really the best spot for this: commands = commands or { } local timer function commands.resettimer() statistics.resettiming(timer) statistics.starttiming(timer) end function commands.elapsedtime() statistics.stoptiming(timer) tex.sprint(statistics.elapsedtime(timer)) end commands.resettimer() end -- of closure do -- create closure to overcome 200 locals limit if not modules then modules = { } end modules ['trac-log'] = { version = 1.001, comment = "companion to trac-log.mkiv", author = "Hans Hagen, PRAGMA-ADE, Hasselt NL", copyright = "PRAGMA ADE / ConTeXt Development Team", license = "see context related readme files" } -- this is old code that needs an overhaul --~ io.stdout:setvbuf("no") --~ io.stderr:setvbuf("no") local write_nl, write = texio.write_nl or print, texio.write or io.write local format, gmatch = string.format, string.gmatch local texcount = tex and tex.count if texlua then write_nl = print write = io.write end --[[ldx--

This is a prelude to a more extensive logging module. For the sake of parsing log files, in addition to the standard logging we will provide an structured file. Actually, any logging that is hooked into callbacks will be \XML\ by default.

--ldx]]-- logs = logs or { } logs.xml = logs.xml or { } logs.tex = logs.tex or { } --[[ldx--

This looks pretty ugly but we need to speed things up a bit.

--ldx]]-- logs.moreinfo = [[ more information about ConTeXt and the tools that come with it can be found at: maillist : ntg-context@ntg.nl / http://www.ntg.nl/mailman/listinfo/ntg-context webpage : http://www.pragma-ade.nl / http://tex.aanhet.net wiki : http://contextgarden.net ]] logs.levels = { ['error'] = 1, ['warning'] = 2, ['info'] = 3, ['debug'] = 4, } logs.functions = { 'report', 'start', 'stop', 'push', 'pop', 'line', 'direct', 'start_run', 'stop_run', 'start_page_number', 'stop_page_number', 'report_output_pages', 'report_output_log', 'report_tex_stat', 'report_job_stat', 'show_open', 'show_close', 'show_load', } logs.tracers = { } logs.level = 0 logs.mode = string.lower((os.getenv("MTX.LOG.MODE") or os.getenv("MTX_LOG_MODE") or "tex")) function logs.set_level(level) logs.level = logs.levels[level] or level end function logs.set_method(method) for _, v in next, logs.functions do logs[v] = logs[method][v] or function() end end end -- tex logging function logs.tex.report(category,fmt,...) -- new if fmt then write_nl(category .. " | " .. format(fmt,...)) else write_nl(category .. " |") end end function logs.tex.line(fmt,...) -- new if fmt then write_nl(format(fmt,...)) else write_nl("") end end --~ function logs.tex.start_page_number() --~ local real, user, sub = texcount.realpageno, texcount.userpageno, texcount.subpageno --~ if real > 0 then --~ if user > 0 then --~ if sub > 0 then --~ write(format("[%s.%s.%s",real,user,sub)) --~ else --~ write(format("[%s.%s",real,user)) --~ end --~ else --~ write(format("[%s",real)) --~ end --~ else --~ write("[-") --~ end --~ end --~ function logs.tex.stop_page_number() --~ write("]") --~ end local real, user, sub function logs.tex.start_page_number() real, user, sub = texcount.realpageno, texcount.userpageno, texcount.subpageno end function logs.tex.stop_page_number() if real > 0 then if user > 0 then if sub > 0 then logs.report("pages", "flushing realpage %s, userpage %s, subpage %s",real,user,sub) else logs.report("pages", "flushing realpage %s, userpage %s",real,user) end else logs.report("pages", "flushing realpage %s",real) end else logs.report("pages", "flushing page") end io.flush() end logs.tex.report_job_stat = statistics.show_job_stat -- xml logging function logs.xml.report(category,fmt,...) -- new if fmt then write_nl(format("%s",category,format(fmt,...))) else write_nl(format("",category)) end end function logs.xml.line(fmt,...) -- new if fmt then write_nl(format("%s",format(fmt,...))) else write_nl("") end end function logs.xml.start() if logs.level > 0 then tw("<%s>" ) end end function logs.xml.stop () if logs.level > 0 then tw("") end end function logs.xml.push () if logs.level > 0 then tw("" ) end end function logs.xml.start_run() write_nl("") write_nl("") -- xmlns='www.pragma-ade.com/luatex/schemas/context-job.rng' write_nl("") end function logs.xml.stop_run() write_nl("") end function logs.xml.start_page_number() write_nl(format("

") write_nl("") end function logs.xml.report_output_pages(p,b) write_nl(format("", p)) write_nl(format("", b)) write_nl("") end function logs.xml.report_output_log() end function logs.xml.report_tex_stat(k,v) texiowrite_nl("log",""..tostring(v).."") end local level = 0 function logs.xml.show_open(name) level = level + 1 texiowrite_nl(format("",level,name)) end function logs.xml.show_close(name) texiowrite(" ") level = level - 1 end function logs.xml.show_load(name) texiowrite_nl(format("",level+1,name)) end -- local name, banner = 'report', 'context' local function report(category,fmt,...) if fmt then write_nl(format("%s | %s: %s",name,category,format(fmt,...))) elseif category then write_nl(format("%s | %s",name,category)) else write_nl(format("%s |",name)) end end local function simple(fmt,...) if fmt then write_nl(format("%s | %s",name,format(fmt,...))) else write_nl(format("%s |",name)) end end function logs.setprogram(_name_,_banner_,_verbose_) name, banner = _name_, _banner_ if _verbose_ then trackers.enable("resolvers.locating") end logs.set_method("tex") logs.report = report -- also used in libraries logs.simple = simple -- only used in scripts ! if utils then utils.report = simple end logs.verbose = _verbose_ end function logs.setverbose(what) if what then trackers.enable("resolvers.locating") else trackers.disable("resolvers.locating") end logs.verbose = what or false end function logs.extendbanner(_banner_,_verbose_) banner = banner .. " | ".. _banner_ if _verbose_ ~= nil then logs.setverbose(what) end end logs.verbose = false logs.report = logs.tex.report logs.simple = logs.tex.report function logs.reportlines(str) -- todo: for line in gmatch(str,"(.-)[\n\r]") do logs.report(line) end end function logs.reportline() -- for scripts too logs.report() end logs.simpleline = logs.reportline function logs.reportbanner() -- for scripts too logs.report(banner) end function logs.help(message,option) logs.reportbanner() logs.reportline() logs.reportlines(message) local moreinfo = logs.moreinfo or "" if moreinfo ~= "" and option ~= "nomoreinfo" then logs.reportline() logs.reportlines(moreinfo) end end logs.set_level('error') logs.set_method('tex') function logs.system(whereto,process,jobname,category,...) for i=1,10 do local f = io.open(whereto,"a") if f then f:write(format("%s %s => %s => %s => %s\r",os.date("%d/%m/%y %H:%m:%S"),process,jobname,category,format(...))) f:close() break else sleep(0.1) end end end --~ local syslogname = "oeps.xxx" --~ --~ for i=1,10 do --~ logs.system(syslogname,"context","test","fonts","font %s recached due to newer version (%s)","blabla","123") --~ end function logs.fatal(where,...) logs.report(where,"fatal error: %s, aborting now",format(...)) os.exit() end end -- of closure do -- create closure to overcome 200 locals limit if not modules then modules = { } end modules ['data-inp'] = { version = 1.001, comment = "companion to luat-lib.mkiv", author = "Hans Hagen, PRAGMA-ADE, Hasselt NL", copyright = "PRAGMA ADE / ConTeXt Development Team", license = "see context related readme files", } -- After a few years using the code the large luat-inp.lua file -- has been split up a bit. In the process some functionality was -- dropped: -- -- * support for reading lsr files -- * selective scanning (subtrees) -- * some public auxiliary functions were made private -- -- TODO: os.getenv -> os.env[] -- TODO: instances.[hashes,cnffiles,configurations,522] -- TODO: check escaping in find etc, too much, too slow -- This lib is multi-purpose and can be loaded again later on so that -- additional functionality becomes available. We will split thislogs.report("fileio", -- module in components once we're done with prototyping. This is the -- first code I wrote for LuaTeX, so it needs some cleanup. Before changing -- something in this module one can best check with Taco or Hans first; there -- is some nasty trickery going on that relates to traditional kpse support. -- To be considered: hash key lowercase, first entry in table filename -- (any case), rest paths (so no need for optimization). Or maybe a -- separate table that matches lowercase names to mixed case when -- present. In that case the lower() cases can go away. I will do that -- only when we run into problems with names ... well ... Iwona-Regular. -- Beware, loading and saving is overloaded in luat-tmp! local format, gsub, find, lower, upper, match, gmatch = string.format, string.gsub, string.find, string.lower, string.upper, string.match, string.gmatch local concat, insert, sortedkeys = table.concat, table.insert, table.sortedkeys local next, type = next, type local lpegmatch = lpeg.match local trace_locating, trace_detail, trace_expansions = false, false, false trackers.register("resolvers.locating", function(v) trace_locating = v end) trackers.register("resolvers.details", function(v) trace_detail = v end) trackers.register("resolvers.expansions", function(v) trace_expansions = v end) -- todo if not resolvers then resolvers = { suffixes = { }, formats = { }, dangerous = { }, suffixmap = { }, alternatives = { }, locators = { }, -- locate databases hashers = { }, -- load databases generators = { }, -- generate databases } end local resolvers = resolvers resolvers.locators .notfound = { nil } resolvers.hashers .notfound = { nil } resolvers.generators.notfound = { nil } resolvers.cacheversion = '1.0.1' resolvers.cnfname = 'texmf.cnf' resolvers.luaname = 'texmfcnf.lua' resolvers.homedir = os.env[os.type == "windows" and 'USERPROFILE'] or os.env['HOME'] or '~' resolvers.cnfdefault = '{$SELFAUTODIR,$SELFAUTOPARENT}{,{/share,}/texmf{-local,.local,}/web2c}' local dummy_path_expr = "^!*unset/*$" local formats = resolvers.formats local suffixes = resolvers.suffixes local dangerous = resolvers.dangerous local suffixmap = resolvers.suffixmap local alternatives = resolvers.alternatives formats['afm'] = 'AFMFONTS' suffixes['afm'] = { 'afm' } formats['enc'] = 'ENCFONTS' suffixes['enc'] = { 'enc' } formats['fmt'] = 'TEXFORMATS' suffixes['fmt'] = { 'fmt' } formats['map'] = 'TEXFONTMAPS' suffixes['map'] = { 'map' } formats['mp'] = 'MPINPUTS' suffixes['mp'] = { 'mp' } formats['ocp'] = 'OCPINPUTS' suffixes['ocp'] = { 'ocp' } formats['ofm'] = 'OFMFONTS' suffixes['ofm'] = { 'ofm', 'tfm' } formats['otf'] = 'OPENTYPEFONTS' suffixes['otf'] = { 'otf' } -- 'ttf' formats['opl'] = 'OPLFONTS' suffixes['opl'] = { 'opl' } formats['otp'] = 'OTPINPUTS' suffixes['otp'] = { 'otp' } formats['ovf'] = 'OVFFONTS' suffixes['ovf'] = { 'ovf', 'vf' } formats['ovp'] = 'OVPFONTS' suffixes['ovp'] = { 'ovp' } formats['tex'] = 'TEXINPUTS' suffixes['tex'] = { 'tex' } formats['tfm'] = 'TFMFONTS' suffixes['tfm'] = { 'tfm' } formats['ttf'] = 'TTFONTS' suffixes['ttf'] = { 'ttf', 'ttc', 'dfont' } formats['pfb'] = 'T1FONTS' suffixes['pfb'] = { 'pfb', 'pfa' } formats['vf'] = 'VFFONTS' suffixes['vf'] = { 'vf' } formats['fea'] = 'FONTFEATURES' suffixes['fea'] = { 'fea' } formats['cid'] = 'FONTCIDMAPS' suffixes['cid'] = { 'cid', 'cidmap' } formats ['texmfscripts'] = 'TEXMFSCRIPTS' -- new suffixes['texmfscripts'] = { 'rb', 'pl', 'py' } -- 'lua' formats ['lua'] = 'LUAINPUTS' -- new suffixes['lua'] = { 'lua', 'luc', 'tma', 'tmc' } -- backward compatible ones alternatives['map files'] = 'map' alternatives['enc files'] = 'enc' alternatives['cid maps'] = 'cid' -- great, why no cid files alternatives['font feature files'] = 'fea' -- and fea files here alternatives['opentype fonts'] = 'otf' alternatives['truetype fonts'] = 'ttf' alternatives['truetype collections'] = 'ttc' alternatives['truetype dictionary'] = 'dfont' alternatives['type1 fonts'] = 'pfb' -- obscure ones formats ['misc fonts'] = '' suffixes['misc fonts'] = { } formats ['sfd'] = 'SFDFONTS' suffixes ['sfd'] = { 'sfd' } alternatives['subfont definition files'] = 'sfd' -- lib paths formats ['lib'] = 'CLUAINPUTS' -- new (needs checking) suffixes['lib'] = (os.libsuffix and { os.libsuffix }) or { 'dll', 'so' } -- In practice we will work within one tds tree, but i want to keep -- the option open to build tools that look at multiple trees, which is -- why we keep the tree specific data in a table. We used to pass the -- instance but for practical pusposes we now avoid this and use a -- instance variable. -- here we catch a few new thingies (todo: add these paths to context.tmf) -- -- FONTFEATURES = .;$TEXMF/fonts/fea// -- FONTCIDMAPS = .;$TEXMF/fonts/cid// -- we always have one instance active resolvers.instance = resolvers.instance or nil -- the current one (slow access) local instance = resolvers.instance or nil -- the current one (fast access) function resolvers.newinstance() -- store once, freeze and faster (once reset we can best use -- instance.environment) maybe better have a register suffix -- function for k, v in next, suffixes do for i=1,#v do local vi = v[i] if vi then suffixmap[vi] = k end end end -- because vf searching is somewhat dangerous, we want to prevent -- too liberal searching esp because we do a lookup on the current -- path anyway; only tex (or any) is safe for k, v in next, formats do dangerous[k] = true end dangerous.tex = nil -- the instance local newinstance = { rootpath = '', treepath = '', progname = 'context', engine = 'luatex', format = '', environment = { }, variables = { }, expansions = { }, files = { }, remap = { }, configuration = { }, setup = { }, order = { }, found = { }, foundintrees = { }, kpsevars = { }, hashes = { }, cnffiles = { }, luafiles = { }, lists = { }, remember = true, diskcache = true, renewcache = false, scandisk = true, cachepath = nil, loaderror = false, sortdata = false, savelists = true, cleanuppaths = true, allresults = false, pattern = nil, -- lists data = { }, -- only for loading force_suffixes = true, fakepaths = { }, } local ne = newinstance.environment for k,v in next, os.env do ne[k] = resolvers.bare_variable(v) end return newinstance end function resolvers.setinstance(someinstance) instance = someinstance resolvers.instance = someinstance return someinstance end function resolvers.reset() return resolvers.setinstance(resolvers.newinstance()) end local function reset_hashes() instance.lists = { } instance.found = { } end local function check_configuration() -- not yet ok, no time for debugging now if os.env["OSFONTDIR"] then -- ok elseif os.type == "windows" then os.setenv("OSFONTDIR","c:/windows/fonts//") elseif os.type == "macosx" then os.setenv("OSFONTDIR","$HOME/Library/Fonts//;/Library/Fonts//;/System/Library/Fonts//") end end function resolvers.bare_variable(str) -- assumes str is a string return (gsub(str,"\s*([\"\']?)(.+)%1\s*", "%2")) end function resolvers.settrace(n) -- no longer number but: 'locating' or 'detail' if n then trackers.disable("resolvers.*") trackers.enable("resolvers."..n) end end resolvers.settrace(os.getenv("MTX_INPUT_TRACE")) function resolvers.osenv(key) local ie = instance.environment local value = ie[key] if value == nil then -- local e = os.getenv(key) local e = os.env[key] if e == nil then -- value = "" -- false else value = resolvers.bare_variable(e) end ie[key] = value end return value or "" end function resolvers.env(key) return instance.environment[key] or resolvers.osenv(key) end -- local function expand_vars(lst) -- simple vars local variables, env = instance.variables, resolvers.env local function resolve(a) return variables[a] or env(a) end for k=1,#lst do lst[k] = gsub(lst[k],"%$([%a%d%_%-]+)",resolve) end end local function expanded_var(var) -- simple vars local function resolve(a) return instance.variables[a] or resolvers.env(a) end return (gsub(var,"%$([%a%d%_%-]+)",resolve)) end local function entry(entries,name) if name and (name ~= "") then name = gsub(name,'%$','') local result = entries[name..'.'..instance.progname] or entries[name] if result then return result else result = resolvers.env(name) if result then instance.variables[name] = result resolvers.expand_variables() return instance.expansions[name] or "" end end end return "" end local function is_entry(entries,name) if name and name ~= "" then name = gsub(name,'%$','') return (entries[name..'.'..instance.progname] or entries[name]) ~= nil else return false end end -- {a,b,c,d} -- a,b,c/{p,q,r},d -- a,b,c/{p,q,r}/d/{x,y,z}// -- a,b,c/{p,q/{x,y,z},r},d/{p,q,r} -- a,b,c/{p,q/{x,y,z},r},d/{p,q,r} -- a{b,c}{d,e}f -- {a,b,c,d} -- {a,b,c/{p,q,r},d} -- {a,b,c/{p,q,r}/d/{x,y,z}//} -- {a,b,c/{p,q/{x,y,z}},d/{p,q,r}} -- {a,b,c/{p,q/{x,y,z},w}v,d/{p,q,r}} -- {$SELFAUTODIR,$SELFAUTOPARENT}{,{/share,}/texmf{-local,.local,}/web2c} -- this one is better and faster, but it took me a while to realize -- that this kind of replacement is cleaner than messy parsing and -- fuzzy concatenating we can probably gain a bit with selectively -- applying lpeg, but experiments with lpeg parsing this proved not to -- work that well; the parsing is ok, but dealing with the resulting -- table is a pain because we need to work inside-out recursively local function do_first(a,b) local t = { } for s in gmatch(b,"[^,]+") do t[#t+1] = a .. s end return "{" .. concat(t,",") .. "}" end local function do_second(a,b) local t = { } for s in gmatch(a,"[^,]+") do t[#t+1] = s .. b end return "{" .. concat(t,",") .. "}" end local function do_both(a,b) local t = { } for sa in gmatch(a,"[^,]+") do for sb in gmatch(b,"[^,]+") do t[#t+1] = sa .. sb end end return "{" .. concat(t,",") .. "}" end local function do_three(a,b,c) return a .. b.. c end local function splitpathexpr(str, t, validate) -- no need for further optimization as it is only called a -- few times, we can use lpeg for the sub if trace_expansions then logs.report("fileio","expanding variable '%s'",str) end t = t or { } str = gsub(str,",}",",@}") str = gsub(str,"{,","{@,") -- str = "@" .. str .. "@" local ok, done while true do done = false while true do str, ok = gsub(str,"([^{},]+){([^{}]+)}",do_first) if ok > 0 then done = true else break end end while true do str, ok = gsub(str,"{([^{}]+)}([^{},]+)",do_second) if ok > 0 then done = true else break end end while true do str, ok = gsub(str,"{([^{}]+)}{([^{}]+)}",do_both) if ok > 0 then done = true else break end end str, ok = gsub(str,"({[^{}]*){([^{}]+)}([^{}]*})",do_three) if ok > 0 then done = true end if not done then break end end str = gsub(str,"[{}]", "") str = gsub(str,"@","") if validate then for s in gmatch(str,"[^,]+") do s = validate(s) if s then t[#t+1] = s end end else for s in gmatch(str,"[^,]+") do t[#t+1] = s end end if trace_expansions then for k=1,#t do logs.report("fileio","% 4i: %s",k,t[k]) end end return t end local function expanded_path_from_list(pathlist) -- maybe not a list, just a path -- a previous version fed back into pathlist local newlist, ok = { }, false for k=1,#pathlist do if find(pathlist[k],"[{}]") then ok = true break end end if ok then local function validate(s) s = file.collapse_path(s) return s ~= "" and not find(s,dummy_path_expr) and s end for k=1,#pathlist do splitpathexpr(pathlist[k],newlist,validate) end else for k=1,#pathlist do for p in gmatch(pathlist[k],"([^,]+)") do p = file.collapse_path(p) if p ~= "" then newlist[#newlist+1] = p end end end end return newlist end -- we follow a rather traditional approach: -- -- (1) texmf.cnf given in TEXMFCNF -- (2) texmf.cnf searched in default variable -- -- also we now follow the stupid route: if not set then just assume *one* -- cnf file under texmf (i.e. distribution) local args = environment and environment.original_arguments or arg -- this needs a cleanup resolvers.ownbin = resolvers.ownbin or args[-2] or arg[-2] or args[-1] or arg[-1] or arg[0] or "luatex" resolvers.ownbin = gsub(resolvers.ownbin,"\\","/") function resolvers.getownpath() local ownpath = resolvers.ownpath or os.selfdir if not ownpath or ownpath == "" or ownpath == "unset" then ownpath = args[-1] or arg[-1] ownpath = ownpath and file.dirname(gsub(ownpath,"\\","/")) if not ownpath or ownpath == "" then ownpath = args[-0] or arg[-0] ownpath = ownpath and file.dirname(gsub(ownpath,"\\","/")) end local binary = resolvers.ownbin if not ownpath or ownpath == "" then ownpath = ownpath and file.dirname(binary) end if not ownpath or ownpath == "" then if os.binsuffix ~= "" then binary = file.replacesuffix(binary,os.binsuffix) end for p in gmatch(os.getenv("PATH"),"[^"..io.pathseparator.."]+") do local b = file.join(p,binary) if lfs.isfile(b) then -- we assume that after changing to the path the currentdir function -- resolves to the real location and use this side effect here; this -- trick is needed because on the mac installations use symlinks in the -- path instead of real locations local olddir = lfs.currentdir() if lfs.chdir(p) then local pp = lfs.currentdir() if trace_locating and p ~= pp then logs.report("fileio","following symlink '%s' to '%s'",p,pp) end ownpath = pp lfs.chdir(olddir) else if trace_locating then logs.report("fileio","unable to check path '%s'",p) end ownpath = p end break end end end if not ownpath or ownpath == "" then ownpath = "." logs.report("fileio","forcing fallback ownpath .") elseif trace_locating then logs.report("fileio","using ownpath '%s'",ownpath) end end resolvers.ownpath = ownpath function resolvers.getownpath() return resolvers.ownpath end return ownpath end local own_places = { "SELFAUTOLOC", "SELFAUTODIR", "SELFAUTOPARENT", "TEXMFCNF" } local function identify_own() local ownpath = resolvers.getownpath() or dir.current() local ie = instance.environment if ownpath then if resolvers.env('SELFAUTOLOC') == "" then os.env['SELFAUTOLOC'] = file.collapse_path(ownpath) end if resolvers.env('SELFAUTODIR') == "" then os.env['SELFAUTODIR'] = file.collapse_path(ownpath .. "/..") end if resolvers.env('SELFAUTOPARENT') == "" then os.env['SELFAUTOPARENT'] = file.collapse_path(ownpath .. "/../..") end else logs.report("fileio","error: unable to locate ownpath") os.exit() end if resolvers.env('TEXMFCNF') == "" then os.env['TEXMFCNF'] = resolvers.cnfdefault end if resolvers.env('TEXOS') == "" then os.env['TEXOS'] = resolvers.env('SELFAUTODIR') end if resolvers.env('TEXROOT') == "" then os.env['TEXROOT'] = resolvers.env('SELFAUTOPARENT') end if trace_locating then for i=1,#own_places do local v = own_places[i] logs.report("fileio","variable '%s' set to '%s'",v,resolvers.env(v) or "unknown") end end identify_own = function() end end function resolvers.identify_cnf() if #instance.cnffiles == 0 then -- fallback identify_own() -- the real search resolvers.expand_variables() local t = resolvers.split_path(resolvers.env('TEXMFCNF')) t = expanded_path_from_list(t) expand_vars(t) -- redundant local function locate(filename,list) for i=1,#t do local ti = t[i] local texmfcnf = file.collapse_path(file.join(ti,filename)) if lfs.isfile(texmfcnf) then list[#list+1] = texmfcnf end end end locate(resolvers.luaname,instance.luafiles) locate(resolvers.cnfname,instance.cnffiles) end end local function load_cnf_file(fname) fname = resolvers.clean_path(fname) local lname = file.replacesuffix(fname,'lua') if lfs.isfile(lname) then local dname = file.dirname(fname) -- fname ? if not instance.configuration[dname] then resolvers.load_data(dname,'configuration',lname and file.basename(lname)) instance.order[#instance.order+1] = instance.configuration[dname] end else f = io.open(fname) if f then if trace_locating then logs.report("fileio","loading configuration file %s", fname) end local line, data, n, k, v local dname = file.dirname(fname) if not instance.configuration[dname] then instance.configuration[dname] = { } instance.order[#instance.order+1] = instance.configuration[dname] end local data = instance.configuration[dname] while true do local line, n = f:read(), 0 if line then while true do -- join lines line, n = gsub(line,"\\%s*$", "") if n > 0 then line = line .. f:read() else break end end if not find(line,"^[%%#]") then local l = gsub(line,"%s*%%.*$","") local k, v = match(l,"%s*(.-)%s*=%s*(.-)%s*$") if k and v and not data[k] then v = gsub(v,"[%%#].*",'') data[k] = gsub(v,"~","$HOME") instance.kpsevars[k] = true end end else break end end f:close() elseif trace_locating then logs.report("fileio","skipping configuration file '%s'", fname) end end end local function collapse_cnf_data() -- potential optimization: pass start index (setup and configuration are shared) local order = instance.order for i=1,#order do local c = order[i] for k,v in next, c do if not instance.variables[k] then if instance.environment[k] then instance.variables[k] = instance.environment[k] else instance.kpsevars[k] = true instance.variables[k] = resolvers.bare_variable(v) end end end end end function resolvers.load_cnf() local function loadoldconfigdata() local cnffiles = instance.cnffiles for i=1,#cnffiles do load_cnf_file(cnffiles[i]) end end -- instance.cnffiles contain complete names now ! -- we still use a funny mix of cnf and new but soon -- we will switch to lua exclusively as we only use -- the file to collect the tree roots if #instance.cnffiles == 0 then if trace_locating then logs.report("fileio","no cnf files found (TEXMFCNF may not be set/known)") end else local cnffiles = instance.cnffiles instance.rootpath = cnffiles[1] for k=1,#cnffiles do instance.cnffiles[k] = file.collapse_path(cnffiles[k]) end for i=1,3 do instance.rootpath = file.dirname(instance.rootpath) end instance.rootpath = file.collapse_path(instance.rootpath) if instance.diskcache and not instance.renewcache then resolvers.loadoldconfig(instance.cnffiles) if instance.loaderror then loadoldconfigdata() resolvers.saveoldconfig() end else loadoldconfigdata() if instance.renewcache then resolvers.saveoldconfig() end end collapse_cnf_data() end check_configuration() end function resolvers.load_lua() if #instance.luafiles == 0 then -- yet harmless else instance.rootpath = instance.luafiles[1] local luafiles = instance.luafiles for k=1,#luafiles do instance.luafiles[k] = file.collapse_path(luafiles[k]) end for i=1,3 do instance.rootpath = file.dirname(instance.rootpath) end instance.rootpath = file.collapse_path(instance.rootpath) resolvers.loadnewconfig() collapse_cnf_data() end check_configuration() end -- database loading function resolvers.load_hash() resolvers.locatelists() if instance.diskcache and not instance.renewcache then resolvers.loadfiles() if instance.loaderror then resolvers.loadlists() resolvers.savefiles() end else resolvers.loadlists() if instance.renewcache then resolvers.savefiles() end end end function resolvers.append_hash(type,tag,name) if trace_locating then logs.report("fileio","hash '%s' appended",tag) end insert(instance.hashes, { ['type']=type, ['tag']=tag, ['name']=name } ) end function resolvers.prepend_hash(type,tag,name) if trace_locating then logs.report("fileio","hash '%s' prepended",tag) end insert(instance.hashes, 1, { ['type']=type, ['tag']=tag, ['name']=name } ) end function resolvers.extend_texmf_var(specification) -- crap, we could better prepend the hash -- local t = resolvers.expanded_path_list('TEXMF') -- full expansion local t = resolvers.split_path(resolvers.env('TEXMF')) insert(t,1,specification) local newspec = concat(t,";") if instance.environment["TEXMF"] then instance.environment["TEXMF"] = newspec elseif instance.variables["TEXMF"] then instance.variables["TEXMF"] = newspec else -- weird end resolvers.expand_variables() reset_hashes() end -- locators function resolvers.locatelists() local texmfpaths = resolvers.clean_path_list('TEXMF') for i=1,#texmfpaths do local path = texmfpaths[i] if trace_locating then logs.report("fileio","locating list of '%s'",path) end resolvers.locatedatabase(file.collapse_path(path)) end end function resolvers.locatedatabase(specification) return resolvers.methodhandler('locators', specification) end function resolvers.locators.tex(specification) if specification and specification ~= '' and lfs.isdir(specification) then if trace_locating then logs.report("fileio","tex locator '%s' found",specification) end resolvers.append_hash('file',specification,filename) elseif trace_locating then logs.report("fileio","tex locator '%s' not found",specification) end end -- hashers function resolvers.hashdatabase(tag,name) return resolvers.methodhandler('hashers',tag,name) end function resolvers.loadfiles() instance.loaderror = false instance.files = { } if not instance.renewcache then local hashes = instance.hashes for k=1,#hashes do local hash = hashes[k] resolvers.hashdatabase(hash.tag,hash.name) if instance.loaderror then break end end end end function resolvers.hashers.tex(tag,name) resolvers.load_data(tag,'files') end -- generators: function resolvers.loadlists() local hashes = instance.hashes for i=1,#hashes do resolvers.generatedatabase(hashes[i].tag) end end function resolvers.generatedatabase(specification) return resolvers.methodhandler('generators', specification) end -- starting with . or .. etc or funny char local weird = lpeg.P(".")^1 + lpeg.anywhere(lpeg.S("~`!#$%^&*()={}[]:;\"\'||<>,?\n\r\t")) --~ local l_forbidden = lpeg.S("~`!#$%^&*()={}[]:;\"\'||\\/<>,?\n\r\t") --~ local l_confusing = lpeg.P(" ") --~ local l_character = lpeg.patterns.utf8 --~ local l_dangerous = lpeg.P(".") --~ local l_normal = (l_character - l_forbidden - l_confusing - l_dangerous) * (l_character - l_forbidden - l_confusing^2)^0 * lpeg.P(-1) --~ ----- l_normal = l_normal * lpeg.Cc(true) + lpeg.Cc(false) --~ local function test(str) --~ print(str,lpeg.match(l_normal,str)) --~ end --~ test("ヒラギノ明朝 Pro W3") --~ test("..ヒラギノ明朝 Pro W3") --~ test(":ヒラギノ明朝 Pro W3;") --~ test("ヒラギノ明朝 /Pro W3;") --~ test("ヒラギノ明朝 Pro W3") function resolvers.generators.tex(specification) local tag = specification if trace_locating then logs.report("fileio","scanning path '%s'",specification) end instance.files[tag] = { } local files = instance.files[tag] local n, m, r = 0, 0, 0 local spec = specification .. '/' local attributes = lfs.attributes local directory = lfs.dir local function action(path) local full if path then full = spec .. path .. '/' else full = spec end for name in directory(full) do if not lpegmatch(weird,name) then -- if lpegmatch(l_normal,name) then local mode = attributes(full..name,'mode') if mode == 'file' then if path then n = n + 1 local f = files[name] if f then if type(f) == 'string' then files[name] = { f, path } else f[#f+1] = path end else -- probably unique anyway files[name] = path local lower = lower(name) if name ~= lower then files["remap:"..lower] = name r = r + 1 end end end elseif mode == 'directory' then m = m + 1 if path then action(path..'/'..name) else action(name) end end end end end action() if trace_locating then logs.report("fileio","%s files found on %s directories with %s uppercase remappings",n,m,r) end end -- savers, todo function resolvers.savefiles() resolvers.save_data('files') end -- A config (optionally) has the paths split in tables. Internally -- we join them and split them after the expansion has taken place. This -- is more convenient. --~ local checkedsplit = string.checkedsplit local cache = { } local splitter = lpeg.Ct(lpeg.splitat(lpeg.S(os.type == "windows" and ";" or ":;"))) local function split_kpse_path(str) -- beware, this can be either a path or a {specification} local found = cache[str] if not found then if str == "" then found = { } else str = gsub(str,"\\","/") --~ local split = (find(str,";") and checkedsplit(str,";")) or checkedsplit(str,io.pathseparator) local split = lpegmatch(splitter,str) found = { } for i=1,#split do local s = split[i] if not find(s,"^{*unset}*") then found[#found+1] = s end end if trace_expansions then logs.report("fileio","splitting path specification '%s'",str) for k=1,#found do logs.report("fileio","% 4i: %s",k,found[k]) end end cache[str] = found end end return found end resolvers.split_kpse_path = split_kpse_path function resolvers.splitconfig() for i=1,#instance do local c = instance[i] for k,v in next, c do if type(v) == 'string' then local t = split_kpse_path(v) if #t > 1 then c[k] = t end end end end end function resolvers.joinconfig() local order = instance.order for i=1,#order do local c = order[i] for k,v in next, c do -- indexed? if type(v) == 'table' then c[k] = file.join_path(v) end end end end function resolvers.split_path(str) if type(str) == 'table' then return str else return split_kpse_path(str) end end function resolvers.join_path(str) if type(str) == 'table' then return file.join_path(str) else return str end end function resolvers.splitexpansions() local ie = instance.expansions for k,v in next, ie do local t, h, p = { }, { }, split_kpse_path(v) for kk=1,#p do local vv = p[kk] if vv ~= "" and not h[vv] then t[#t+1] = vv h[vv] = true end end if #t > 1 then ie[k] = t else ie[k] = t[1] end end end -- end of split/join code function resolvers.saveoldconfig() resolvers.splitconfig() resolvers.save_data('configuration') resolvers.joinconfig() end resolvers.configbanner = [[ -- This is a Luatex configuration file created by 'luatools.lua' or -- 'luatex.exe' directly. For comment, suggestions and questions you can -- contact the ConTeXt Development Team. This configuration file is -- not copyrighted. [HH & TH] ]] function resolvers.serialize(files) -- This version is somewhat optimized for the kind of -- tables that we deal with, so it's much faster than -- the generic serializer. This makes sense because -- luatools and mtxtools are called frequently. Okay, -- we pay a small price for properly tabbed tables. local t = { } local function dump(k,v,m) -- could be moved inline if type(v) == 'string' then return m .. "['" .. k .. "']='" .. v .. "'," elseif #v == 1 then return m .. "['" .. k .. "']='" .. v[1] .. "'," else return m .. "['" .. k .. "']={'" .. concat(v,"','").. "'}," end end t[#t+1] = "return {" if instance.sortdata then local sortedfiles = sortedkeys(files) for i=1,#sortedfiles do local k = sortedfiles[i] local fk = files[k] if type(fk) == 'table' then t[#t+1] = "\t['" .. k .. "']={" local sortedfk = sortedkeys(fk) for j=1,#sortedfk do local kk = sortedfk[j] t[#t+1] = dump(kk,fk[kk],"\t\t") end t[#t+1] = "\t}," else t[#t+1] = dump(k,fk,"\t") end end else for k, v in next, files do if type(v) == 'table' then t[#t+1] = "\t['" .. k .. "']={" for kk,vv in next, v do t[#t+1] = dump(kk,vv,"\t\t") end t[#t+1] = "\t}," else t[#t+1] = dump(k,v,"\t") end end end t[#t+1] = "}" return concat(t,"\n") end local data_state = { } function resolvers.data_state() return data_state or { } end function resolvers.save_data(dataname, makename) -- untested without cache overload for cachename, files in next, instance[dataname] do local name = (makename or file.join)(cachename,dataname) local luaname, lucname = name .. ".lua", name .. ".luc" if trace_locating then logs.report("fileio","preparing '%s' for '%s'",dataname,cachename) end for k, v in next, files do if type(v) == "table" and #v == 1 then files[k] = v[1] end end local data = { type = dataname, root = cachename, version = resolvers.cacheversion, date = os.date("%Y-%m-%d"), time = os.date("%H:%M:%S"), content = files, uuid = os.uuid(), } local ok = io.savedata(luaname,resolvers.serialize(data)) if ok then if trace_locating then logs.report("fileio","'%s' saved in '%s'",dataname,luaname) end if utils.lua.compile(luaname,lucname,false,true) then -- no cleanup but strip if trace_locating then logs.report("fileio","'%s' compiled to '%s'",dataname,lucname) end else if trace_locating then logs.report("fileio","compiling failed for '%s', deleting file '%s'",dataname,lucname) end os.remove(lucname) end elseif trace_locating then logs.report("fileio","unable to save '%s' in '%s' (access error)",dataname,luaname) end end end function resolvers.load_data(pathname,dataname,filename,makename) -- untested without cache overload filename = ((not filename or (filename == "")) and dataname) or filename filename = (makename and makename(dataname,filename)) or file.join(pathname,filename) local blob = loadfile(filename .. ".luc") or loadfile(filename .. ".lua") if blob then local data = blob() if data and data.content and data.type == dataname and data.version == resolvers.cacheversion then data_state[#data_state+1] = data.uuid if trace_locating then logs.report("fileio","loading '%s' for '%s' from '%s'",dataname,pathname,filename) end instance[dataname][pathname] = data.content else if trace_locating then logs.report("fileio","skipping '%s' for '%s' from '%s'",dataname,pathname,filename) end instance[dataname][pathname] = { } instance.loaderror = true end elseif trace_locating then logs.report("fileio","skipping '%s' for '%s' from '%s'",dataname,pathname,filename) end end -- some day i'll use the nested approach, but not yet (actually we even drop -- engine/progname support since we have only luatex now) -- -- first texmfcnf.lua files are located, next the cached texmf.cnf files -- -- return { -- TEXMFBOGUS = 'effe checken of dit werkt', -- } function resolvers.resetconfig() identify_own() instance.configuration, instance.setup, instance.order, instance.loaderror = { }, { }, { }, false end function resolvers.loadnewconfig() local luafiles = instance.luafiles for i=1,#luafiles do local cnf = luafiles[i] local pathname = file.dirname(cnf) local filename = file.join(pathname,resolvers.luaname) local blob = loadfile(filename) if blob then local data = blob() if data then if trace_locating then logs.report("fileio","loading configuration file '%s'",filename) end if true then -- flatten to variable.progname local t = { } for k, v in next, data do -- v = progname if type(v) == "string" then t[k] = v else for kk, vv in next, v do -- vv = variable if type(vv) == "string" then t[vv.."."..v] = kk end end end end instance['setup'][pathname] = t else instance['setup'][pathname] = data end else if trace_locating then logs.report("fileio","skipping configuration file '%s'",filename) end instance['setup'][pathname] = { } instance.loaderror = true end elseif trace_locating then logs.report("fileio","skipping configuration file '%s'",filename) end instance.order[#instance.order+1] = instance.setup[pathname] if instance.loaderror then break end end end function resolvers.loadoldconfig() if not instance.renewcache then local cnffiles = instance.cnffiles for i=1,#cnffiles do local cnf = cnffiles[i] local dname = file.dirname(cnf) resolvers.load_data(dname,'configuration') instance.order[#instance.order+1] = instance.configuration[dname] if instance.loaderror then break end end end resolvers.joinconfig() end function resolvers.expand_variables() local expansions, environment, variables = { }, instance.environment, instance.variables local env = resolvers.env instance.expansions = expansions local engine, progname = instance.engine, instance.progname if type(engine) ~= "string" then instance.engine, engine = "", "" end if type(progname) ~= "string" then instance.progname, progname = "", "" end if engine ~= "" then environment['engine'] = engine end if progname ~= "" then environment['progname'] = progname end for k,v in next, environment do local a, b = match(k,"^(%a+)%_(.*)%s*$") if a and b then expansions[a..'.'..b] = v else expansions[k] = v end end for k,v in next, environment do -- move environment to expansions if not expansions[k] then expansions[k] = v end end for k,v in next, variables do -- move variables to expansions if not expansions[k] then expansions[k] = v end end local busy = false local function resolve(a) busy = true return expansions[a] or env(a) end while true do busy = false for k,v in next, expansions do local s, n = gsub(v,"%$([%a%d%_%-]+)",resolve) local s, m = gsub(s,"%$%{([%a%d%_%-]+)%}",resolve) if n > 0 or m > 0 then expansions[k]= s end end if not busy then break end end for k,v in next, expansions do expansions[k] = gsub(v,"\\", '/') end end function resolvers.variable(name) return entry(instance.variables,name) end function resolvers.expansion(name) return entry(instance.expansions,name) end function resolvers.is_variable(name) return is_entry(instance.variables,name) end function resolvers.is_expansion(name) return is_entry(instance.expansions,name) end function resolvers.unexpanded_path_list(str) local pth = resolvers.variable(str) local lst = resolvers.split_path(pth) return expanded_path_from_list(lst) end function resolvers.unexpanded_path(str) return file.join_path(resolvers.unexpanded_path_list(str)) end do -- no longer needed local done = { } function resolvers.reset_extra_path() local ep = instance.extra_paths if not ep then ep, done = { }, { } instance.extra_paths = ep elseif #ep > 0 then instance.lists, done = { }, { } end end function resolvers.register_extra_path(paths,subpaths) local ep = instance.extra_paths or { } local n = #ep if paths and paths ~= "" then if subpaths and subpaths ~= "" then for p in gmatch(paths,"[^,]+") do -- we gmatch each step again, not that fast, but used seldom for s in gmatch(subpaths,"[^,]+") do local ps = p .. "/" .. s if not done[ps] then ep[#ep+1] = resolvers.clean_path(ps) done[ps] = true end end end else for p in gmatch(paths,"[^,]+") do if not done[p] then ep[#ep+1] = resolvers.clean_path(p) done[p] = true end end end elseif subpaths and subpaths ~= "" then for i=1,n do -- we gmatch each step again, not that fast, but used seldom for s in gmatch(subpaths,"[^,]+") do local ps = ep[i] .. "/" .. s if not done[ps] then ep[#ep+1] = resolvers.clean_path(ps) done[ps] = true end end end end if #ep > 0 then instance.extra_paths = ep -- register paths end if #ep > n then instance.lists = { } -- erase the cache end end end local function made_list(instance,list) local ep = instance.extra_paths if not ep or #ep == 0 then return list else local done, new = { }, { } -- honour . .. ../.. but only when at the start for k=1,#list do local v = list[k] if not done[v] then if find(v,"^[%.%/]$") then done[v] = true new[#new+1] = v else break end end end -- first the extra paths for k=1,#ep do local v = ep[k] if not done[v] then done[v] = true new[#new+1] = v end end -- next the formal paths for k=1,#list do local v = list[k] if not done[v] then done[v] = true new[#new+1] = v end end return new end end function resolvers.clean_path_list(str) local t = resolvers.expanded_path_list(str) if t then for i=1,#t do t[i] = file.collapse_path(resolvers.clean_path(t[i])) end end return t end function resolvers.expand_path(str) return file.join_path(resolvers.expanded_path_list(str)) end function resolvers.expanded_path_list(str) if not str then return ep or { } -- ep ? elseif instance.savelists then -- engine+progname hash str = gsub(str,"%$","") if not instance.lists[str] then -- cached local lst = made_list(instance,resolvers.split_path(resolvers.expansion(str))) instance.lists[str] = expanded_path_from_list(lst) end return instance.lists[str] else local lst = resolvers.split_path(resolvers.expansion(str)) return made_list(instance,expanded_path_from_list(lst)) end end function resolvers.expanded_path_list_from_var(str) -- brrr local tmp = resolvers.var_of_format_or_suffix(gsub(str,"%$","")) if tmp ~= "" then return resolvers.expanded_path_list(tmp) else return resolvers.expanded_path_list(str) end end function resolvers.expand_path_from_var(str) return file.join_path(resolvers.expanded_path_list_from_var(str)) end function resolvers.format_of_var(str) return formats[str] or formats[alternatives[str]] or '' end function resolvers.format_of_suffix(str) return suffixmap[file.extname(str)] or 'tex' end function resolvers.variable_of_format(str) return formats[str] or formats[alternatives[str]] or '' end function resolvers.var_of_format_or_suffix(str) local v = formats[str] if v then return v end v = formats[alternatives[str]] if v then return v end v = suffixmap[file.extname(str)] if v then return formats[isf] end return '' end function resolvers.expand_braces(str) -- output variable and brace expansion of STRING local ori = resolvers.variable(str) local pth = expanded_path_from_list(resolvers.split_path(ori)) return file.join_path(pth) end resolvers.isreadable = { } function resolvers.isreadable.file(name) local readable = lfs.isfile(name) -- brrr if trace_detail then if readable then logs.report("fileio","file '%s' is readable",name) else logs.report("fileio","file '%s' is not readable", name) end end return readable end resolvers.isreadable.tex = resolvers.isreadable.file -- name -- name/name local function collect_files(names) local filelist = { } for k=1,#names do local fname = names[k] if trace_detail then logs.report("fileio","checking name '%s'",fname) end local bname = file.basename(fname) local dname = file.dirname(fname) if dname == "" or find(dname,"^%.") then dname = false else dname = "/" .. dname .. "$" end local hashes = instance.hashes for h=1,#hashes do local hash = hashes[h] local blobpath = hash.tag local files = blobpath and instance.files[blobpath] if files then if trace_detail then logs.report("fileio","deep checking '%s' (%s)",blobpath,bname) end local blobfile = files[bname] if not blobfile then local rname = "remap:"..bname blobfile = files[rname] if blobfile then bname = files[rname] blobfile = files[bname] end end if blobfile then if type(blobfile) == 'string' then if not dname or find(blobfile,dname) then filelist[#filelist+1] = { hash.type, file.join(blobpath,blobfile,bname), -- search resolvers.concatinators[hash.type](blobpath,blobfile,bname) -- result } end else for kk=1,#blobfile do local vv = blobfile[kk] if not dname or find(vv,dname) then filelist[#filelist+1] = { hash.type, file.join(blobpath,vv,bname), -- search resolvers.concatinators[hash.type](blobpath,vv,bname) -- result } end end end end elseif trace_locating then logs.report("fileio","no match in '%s' (%s)",blobpath,bname) end end end if #filelist > 0 then return filelist else return nil end end function resolvers.suffix_of_format(str) if suffixes[str] then return suffixes[str][1] else return "" end end function resolvers.suffixes_of_format(str) if suffixes[str] then return suffixes[str] else return {} end end function resolvers.register_in_trees(name) if not find(name,"^%.") then instance.foundintrees[name] = (instance.foundintrees[name] or 0) + 1 -- maybe only one end end -- split the next one up for readability (bu this module needs a cleanup anyway) local function can_be_dir(name) -- can become local local fakepaths = instance.fakepaths if not fakepaths[name] then if lfs.isdir(name) then fakepaths[name] = 1 -- directory else fakepaths[name] = 2 -- no directory end end return (fakepaths[name] == 1) end local function collect_instance_files(filename,collected) -- todo : plugin (scanners, checkers etc) local result = collected or { } local stamp = nil filename = file.collapse_path(filename) -- speed up / beware: format problem if instance.remember then stamp = filename .. "--" .. instance.engine .. "--" .. instance.progname .. "--" .. instance.format if instance.found[stamp] then if trace_locating then logs.report("fileio","remembering file '%s'",filename) end return instance.found[stamp] end end if not dangerous[instance.format or "?"] then if resolvers.isreadable.file(filename) then if trace_detail then logs.report("fileio","file '%s' found directly",filename) end instance.found[stamp] = { filename } return { filename } end end if find(filename,'%*') then if trace_locating then logs.report("fileio","checking wildcard '%s'", filename) end result = resolvers.find_wildcard_files(filename) elseif file.is_qualified_path(filename) then if resolvers.isreadable.file(filename) then if trace_locating then logs.report("fileio","qualified name '%s'", filename) end result = { filename } else local forcedname, ok, suffix = "", false, file.extname(filename) if suffix == "" then -- why if instance.format == "" then forcedname = filename .. ".tex" if resolvers.isreadable.file(forcedname) then if trace_locating then logs.report("fileio","no suffix, forcing standard filetype 'tex'") end result, ok = { forcedname }, true end else local suffixes = resolvers.suffixes_of_format(instance.format) for _, s in next, suffixes do forcedname = filename .. "." .. s if resolvers.isreadable.file(forcedname) then if trace_locating then logs.report("fileio","no suffix, forcing format filetype '%s'", s) end result, ok = { forcedname }, true break end end end end if not ok and suffix ~= "" then -- try to find in tree (no suffix manipulation), here we search for the -- matching last part of the name local basename = file.basename(filename) local pattern = gsub(filename .. "$","([%.%-])","%%%1") local savedformat = instance.format local format = savedformat or "" if format == "" then instance.format = resolvers.format_of_suffix(suffix) end if not format then instance.format = "othertextfiles" -- kind of everything, maybe texinput is better end -- if basename ~= filename then local resolved = collect_instance_files(basename) if #result == 0 then local lowered = lower(basename) if filename ~= lowered then resolved = collect_instance_files(lowered) end end resolvers.format = savedformat -- for r=1,#resolved do local rr = resolved[r] if find(rr,pattern) then result[#result+1], ok = rr, true end end end -- a real wildcard: -- -- if not ok then -- local filelist = collect_files({basename}) -- for f=1,#filelist do -- local ff = filelist[f][3] or "" -- if find(ff,pattern) then -- result[#result+1], ok = ff, true -- end -- end -- end end if not ok and trace_locating then logs.report("fileio","qualified name '%s'", filename) end end else -- search spec local filetype, extra, done, wantedfiles, ext = '', nil, false, { }, file.extname(filename) if ext == "" then if not instance.force_suffixes then wantedfiles[#wantedfiles+1] = filename end else wantedfiles[#wantedfiles+1] = filename end if instance.format == "" then if ext == "" then local forcedname = filename .. '.tex' wantedfiles[#wantedfiles+1] = forcedname filetype = resolvers.format_of_suffix(forcedname) if trace_locating then logs.report("fileio","forcing filetype '%s'",filetype) end else filetype = resolvers.format_of_suffix(filename) if trace_locating then logs.report("fileio","using suffix based filetype '%s'",filetype) end end else if ext == "" then local suffixes = resolvers.suffixes_of_format(instance.format) for _, s in next, suffixes do wantedfiles[#wantedfiles+1] = filename .. "." .. s end end filetype = instance.format if trace_locating then logs.report("fileio","using given filetype '%s'",filetype) end end local typespec = resolvers.variable_of_format(filetype) local pathlist = resolvers.expanded_path_list(typespec) if not pathlist or #pathlist == 0 then -- no pathlist, access check only / todo == wildcard if trace_detail then logs.report("fileio","checking filename '%s', filetype '%s', wanted files '%s'",filename, filetype or '?',concat(wantedfiles," | ")) end for k=1,#wantedfiles do local fname = wantedfiles[k] if fname and resolvers.isreadable.file(fname) then filename, done = fname, true result[#result+1] = file.join('.',fname) break end end -- this is actually 'other text files' or 'any' or 'whatever' local filelist = collect_files(wantedfiles) local fl = filelist and filelist[1] if fl then filename = fl[3] result[#result+1] = filename done = true end else -- list search local filelist = collect_files(wantedfiles) local dirlist = { } if filelist then for i=1,#filelist do dirlist[i] = file.dirname(filelist[i][2]) .. "/" end end if trace_detail then logs.report("fileio","checking filename '%s'",filename) end -- a bit messy ... esp the doscan setting here local doscan for k=1,#pathlist do local path = pathlist[k] if find(path,"^!!") then doscan = false else doscan = true end local pathname = gsub(path,"^!+", '') done = false -- using file list if filelist then local expression -- compare list entries with permitted pattern -- /xx /xx// if not find(pathname,"/$") then expression = pathname .. "/" else expression = pathname end expression = gsub(expression,"([%-%.])","%%%1") -- this also influences expression = gsub(expression,"//+$", '/.*') -- later usage of pathname expression = gsub(expression,"//", '/.-/') -- not ok for /// but harmless expression = "^" .. expression .. "$" if trace_detail then logs.report("fileio","using pattern '%s' for path '%s'",expression,pathname) end for k=1,#filelist do local fl = filelist[k] local f = fl[2] local d = dirlist[k] if find(d,expression) then --- todo, test for readable result[#result+1] = fl[3] resolvers.register_in_trees(f) -- for tracing used files done = true if instance.allresults then if trace_detail then logs.report("fileio","match in hash for file '%s' on path '%s', continue scanning",f,d) end else if trace_detail then logs.report("fileio","match in hash for file '%s' on path '%s', quit scanning",f,d) end break end elseif trace_detail then logs.report("fileio","no match in hash for file '%s' on path '%s'",f,d) end end end if not done and doscan then -- check if on disk / unchecked / does not work at all / also zips if resolvers.splitmethod(pathname).scheme == 'file' then -- ? local pname = gsub(pathname,"%.%*$",'') if not find(pname,"%*") then local ppname = gsub(pname,"/+$","") if can_be_dir(ppname) then for k=1,#wantedfiles do local w = wantedfiles[k] local fname = file.join(ppname,w) if resolvers.isreadable.file(fname) then if trace_detail then logs.report("fileio","found '%s' by scanning",fname) end result[#result+1] = fname done = true if not instance.allresults then break end end end else -- no access needed for non existing path, speedup (esp in large tree with lots of fake) end end end end if not done and doscan then -- todo: slow path scanning end if done and not instance.allresults then break end end end end for k=1,#result do result[k] = file.collapse_path(result[k]) end if instance.remember then instance.found[stamp] = result end return result end if not resolvers.concatinators then resolvers.concatinators = { } end resolvers.concatinators.tex = file.join resolvers.concatinators.file = resolvers.concatinators.tex function resolvers.find_files(filename,filetype,mustexist) if type(mustexist) == boolean then -- all set elseif type(filetype) == 'boolean' then filetype, mustexist = nil, false elseif type(filetype) ~= 'string' then filetype, mustexist = nil, false end instance.format = filetype or '' local result = collect_instance_files(filename) if #result == 0 then local lowered = lower(filename) if filename ~= lowered then return collect_instance_files(lowered) end end instance.format = '' return result end function resolvers.find_file(filename,filetype,mustexist) return (resolvers.find_files(filename,filetype,mustexist)[1] or "") end function resolvers.find_given_files(filename) local bname, result = file.basename(filename), { } local hashes = instance.hashes for k=1,#hashes do local hash = hashes[k] local files = instance.files[hash.tag] or { } local blist = files[bname] if not blist then local rname = "remap:"..bname blist = files[rname] if blist then bname = files[rname] blist = files[bname] end end if blist then if type(blist) == 'string' then result[#result+1] = resolvers.concatinators[hash.type](hash.tag,blist,bname) or "" if not instance.allresults then break end else for kk=1,#blist do local vv = blist[kk] result[#result+1] = resolvers.concatinators[hash.type](hash.tag,vv,bname) or "" if not instance.allresults then break end end end end end return result end function resolvers.find_given_file(filename) return (resolvers.find_given_files(filename)[1] or "") end local function doit(path,blist,bname,tag,kind,result,allresults) local done = false if blist and kind then if type(blist) == 'string' then -- make function and share code if find(lower(blist),path) then result[#result+1] = resolvers.concatinators[kind](tag,blist,bname) or "" done = true end else for kk=1,#blist do local vv = blist[kk] if find(lower(vv),path) then result[#result+1] = resolvers.concatinators[kind](tag,vv,bname) or "" done = true if not allresults then break end end end end end return done end function resolvers.find_wildcard_files(filename) -- todo: remap: local result = { } local bname, dname = file.basename(filename), file.dirname(filename) local path = gsub(dname,"^*/","") path = gsub(path,"*",".*") path = gsub(path,"-","%%-") if dname == "" then path = ".*" end local name = bname name = gsub(name,"*",".*") name = gsub(name,"-","%%-") path = lower(path) name = lower(name) local files, allresults, done = instance.files, instance.allresults, false if find(name,"%*") then local hashes = instance.hashes for k=1,#hashes do local hash = hashes[k] local tag, kind = hash.tag, hash.type for kk, hh in next, files[hash.tag] do if not find(kk,"^remap:") then if find(lower(kk),name) then if doit(path,hh,kk,tag,kind,result,allresults) then done = true end if done and not allresults then break end end end end end else local hashes = instance.hashes for k=1,#hashes do local hash = hashes[k] local tag, kind = hash.tag, hash.type if doit(path,files[tag][bname],bname,tag,kind,result,allresults) then done = true end if done and not allresults then break end end end -- we can consider also searching the paths not in the database, but then -- we end up with a messy search (all // in all path specs) return result end function resolvers.find_wildcard_file(filename) return (resolvers.find_wildcard_files(filename)[1] or "") end -- main user functions function resolvers.automount() -- implemented later end function resolvers.load(option) statistics.starttiming(instance) resolvers.resetconfig() resolvers.identify_cnf() resolvers.load_lua() -- will become the new method resolvers.expand_variables() resolvers.load_cnf() -- will be skipped when we have a lua file resolvers.expand_variables() if option ~= "nofiles" then resolvers.load_hash() resolvers.automount() end statistics.stoptiming(instance) end function resolvers.for_files(command, files, filetype, mustexist) if files and #files > 0 then local function report(str) if trace_locating then logs.report("fileio",str) -- has already verbose else print(str) end end if trace_locating then report('') -- ? end for f=1,#files do local file = files[f] local result = command(file,filetype,mustexist) if type(result) == 'string' then report(result) else for i=1,#result do report(result[i]) -- could be unpack end end end end end -- strtab resolvers.var_value = resolvers.variable -- output the value of variable $STRING. resolvers.expand_var = resolvers.expansion -- output variable expansion of STRING. function resolvers.show_path(str) -- output search path for file type NAME return file.join_path(resolvers.expanded_path_list(resolvers.format_of_var(str))) end -- resolvers.find_file(filename) -- resolvers.find_file(filename, filetype, mustexist) -- resolvers.find_file(filename, mustexist) -- resolvers.find_file(filename, filetype) function resolvers.register_file(files, name, path) if files[name] then if type(files[name]) == 'string' then files[name] = { files[name], path } else files[name] = path end else files[name] = path end end function resolvers.splitmethod(filename) if not filename then return { } -- safeguard elseif type(filename) == "table" then return filename -- already split elseif not find(filename,"://") then return { scheme="file", path = filename, original=filename } -- quick hack else return url.hashed(filename) end end function table.sequenced(t,sep) -- temp here local s = { } for k, v in next, t do -- indexed? s[#s+1] = k .. "=" .. tostring(v) end return concat(s, sep or " | ") end function resolvers.methodhandler(what, filename, filetype) -- ... filename = file.collapse_path(filename) local specification = (type(filename) == "string" and resolvers.splitmethod(filename)) or filename -- no or { }, let it bomb local scheme = specification.scheme if resolvers[what][scheme] then if trace_locating then logs.report("fileio","handler '%s' -> '%s' -> '%s'",specification.original,what,table.sequenced(specification)) end return resolvers[what][scheme](filename,filetype) -- todo: specification else return resolvers[what].tex(filename,filetype) -- todo: specification end end function resolvers.clean_path(str) if str then str = gsub(str,"\\","/") str = gsub(str,"^!+","") str = gsub(str,"^~",resolvers.homedir) return str else return nil end end function resolvers.do_with_path(name,func) local pathlist = resolvers.expanded_path_list(name) for i=1,#pathlist do func("^"..resolvers.clean_path(pathlist[i])) end end function resolvers.do_with_var(name,func) func(expanded_var(name)) end function resolvers.with_files(pattern,handle) local hashes = instance.hashes for i=1,#hashes do local hash = hashes[i] local blobpath = hash.tag local blobtype = hash.type if blobpath then local files = instance.files[blobpath] if files then for k,v in next, files do if find(k,"^remap:") then k = files[k] v = files[k] -- chained end if find(k,pattern) then if type(v) == "string" then handle(blobtype,blobpath,v,k) else for _,vv in next, v do -- indexed handle(blobtype,blobpath,vv,k) end end end end end end end end function resolvers.locate_format(name) local barename, fmtname = gsub(name,"%.%a+$",""), "" if resolvers.usecache then local path = file.join(caches.setpath("formats")) -- maybe platform fmtname = file.join(path,barename..".fmt") or "" end if fmtname == "" then fmtname = resolvers.find_files(barename..".fmt")[1] or "" end fmtname = resolvers.clean_path(fmtname) if fmtname ~= "" then local barename = file.removesuffix(fmtname) local luaname, lucname, luiname = barename .. ".lua", barename .. ".luc", barename .. ".lui" if lfs.isfile(luiname) then return barename, luiname elseif lfs.isfile(lucname) then return barename, lucname elseif lfs.isfile(luaname) then return barename, luaname end end return nil, nil end function resolvers.boolean_variable(str,default) local b = resolvers.expansion(str) if b == "" then return default else b = toboolean(b) return (b == nil and default) or b end end texconfig.kpse_init = false kpse = { original = kpse } setmetatable(kpse, { __index = function(k,v) return resolvers[v] end } ) -- for a while input = resolvers end -- of closure do -- create closure to overcome 200 locals limit if not modules then modules = { } end modules ['data-tmp'] = { version = 1.001, comment = "companion to luat-lib.mkiv", author = "Hans Hagen, PRAGMA-ADE, Hasselt NL", copyright = "PRAGMA ADE / ConTeXt Development Team", license = "see context related readme files" } --[[ldx--

This module deals with caching data. It sets up the paths and implements loaders and savers for tables. Best is to set the following variable. When not set, the usual paths will be checked. Personally I prefer the (users) temporary path.

TEXMFCACHE=$TMP;$TEMP;$TMPDIR;$TEMPDIR;$HOME;$TEXMFVAR;$VARTEXMF;.

Currently we do no locking when we write files. This is no real problem because most caching involves fonts and the chance of them being written at the same time is small. We also need to extend luatools with a recache feature.

--ldx]]-- local format, lower, gsub = string.format, string.lower, string.gsub local trace_cache = false trackers.register("resolvers.cache", function(v) trace_cache = v end) -- not used yet caches = caches or { } caches.path = caches.path or nil caches.base = caches.base or "luatex-cache" caches.more = caches.more or "context" caches.direct = false -- true is faster but may need huge amounts of memory caches.tree = false caches.paths = caches.paths or nil caches.force = false caches.defaults = { "TEXMFCACHE", "TMPDIR", "TEMPDIR", "TMP", "TEMP", "HOME", "HOMEPATH" } function caches.temp() local cachepath = nil local function check(list,isenv) if not cachepath then for k=1,#list do local v = list[k] cachepath = (isenv and (os.env[v] or "")) or v or "" if cachepath == "" then -- next else cachepath = resolvers.clean_path(cachepath) if lfs.isdir(cachepath) and file.iswritable(cachepath) then -- lfs.attributes(cachepath,"mode") == "directory" break elseif caches.force or io.ask(format("\nShould I create the cache path %s?",cachepath), "no", { "yes", "no" }) == "yes" then dir.mkdirs(cachepath) if lfs.isdir(cachepath) and file.iswritable(cachepath) then break end end end cachepath = nil end end end check(resolvers.clean_path_list("TEXMFCACHE") or { }) check(caches.defaults,true) if not cachepath then print("\nfatal error: there is no valid (writable) cache path defined\n") os.exit() elseif not lfs.isdir(cachepath) then -- lfs.attributes(cachepath,"mode") ~= "directory" print(format("\nfatal error: cache path %s is not a directory\n",cachepath)) os.exit() end cachepath = file.collapse_path(cachepath) function caches.temp() return cachepath end return cachepath end function caches.configpath() return table.concat(resolvers.instance.cnffiles,";") end function caches.hashed(tree) return md5.hex(gsub(lower(tree),"[\\\/]+","/")) end function caches.treehash() local tree = caches.configpath() if not tree or tree == "" then return false else return caches.hashed(tree) end end function caches.setpath(...) if not caches.path then if not caches.path then caches.path = caches.temp() end caches.path = resolvers.clean_path(caches.path) -- to be sure caches.tree = caches.tree or caches.treehash() if caches.tree then caches.path = dir.mkdirs(caches.path,caches.base,caches.more,caches.tree) else caches.path = dir.mkdirs(caches.path,caches.base,caches.more) end end if not caches.path then caches.path = '.' end caches.path = resolvers.clean_path(caches.path) local dirs = { ... } if #dirs > 0 then local pth = dir.mkdirs(caches.path,...) return pth end caches.path = dir.expand_name(caches.path) return caches.path end function caches.definepath(category,subcategory) return function() return caches.setpath(category,subcategory) end end function caches.setluanames(path,name) return path .. "/" .. name .. ".tma", path .. "/" .. name .. ".tmc" end function caches.loaddata(path,name) local tmaname, tmcname = caches.setluanames(path,name) local loader = loadfile(tmcname) or loadfile(tmaname) if loader then loader = loader() collectgarbage("step") return loader else return false end end --~ function caches.loaddata(path,name) --~ local tmaname, tmcname = caches.setluanames(path,name) --~ return dofile(tmcname) or dofile(tmaname) --~ end function caches.iswritable(filepath,filename) local tmaname, tmcname = caches.setluanames(filepath,filename) return file.iswritable(tmaname) end function caches.savedata(filepath,filename,data,raw) local tmaname, tmcname = caches.setluanames(filepath,filename) local reduce, simplify = true, true if raw then reduce, simplify = false, false end data.cache_uuid = os.uuid() if caches.direct then file.savedata(tmaname, table.serialize(data,'return',false,true,false)) -- no hex else table.tofile(tmaname, data,'return',false,true,false) -- maybe not the last true end local cleanup = resolvers.boolean_variable("PURGECACHE", false) local strip = resolvers.boolean_variable("LUACSTRIP", true) utils.lua.compile(tmaname, tmcname, cleanup, strip) end -- here we use the cache for format loading (texconfig.[formatname|jobname]) --~ if tex and texconfig and texconfig.formatname and texconfig.formatname == "" then if tex and texconfig and (not texconfig.formatname or texconfig.formatname == "") and input and resolvers.instance then if not texconfig.luaname then texconfig.luaname = "cont-en.lua" end -- or luc texconfig.formatname = caches.setpath("formats") .. "/" .. gsub(texconfig.luaname,"%.lu.$",".fmt") end end -- of closure do -- create closure to overcome 200 locals limit if not modules then modules = { } end modules ['data-inp'] = { version = 1.001, comment = "companion to luat-lib.mkiv", author = "Hans Hagen, PRAGMA-ADE, Hasselt NL", copyright = "PRAGMA ADE / ConTeXt Development Team", license = "see context related readme files" } resolvers.finders = resolvers.finders or { } resolvers.openers = resolvers.openers or { } resolvers.loaders = resolvers.loaders or { } resolvers.finders.notfound = { nil } resolvers.openers.notfound = { nil } resolvers.loaders.notfound = { false, nil, 0 } end -- of closure do -- create closure to overcome 200 locals limit if not modules then modules = { } end modules ['data-out'] = { version = 1.001, comment = "companion to luat-lib.mkiv", author = "Hans Hagen, PRAGMA-ADE, Hasselt NL", copyright = "PRAGMA ADE / ConTeXt Development Team", license = "see context related readme files" } outputs = outputs or { } end -- of closure do -- create closure to overcome 200 locals limit if not modules then modules = { } end modules ['data-con'] = { version = 1.001, comment = "companion to luat-lib.mkiv", author = "Hans Hagen, PRAGMA-ADE, Hasselt NL", copyright = "PRAGMA ADE / ConTeXt Development Team", license = "see context related readme files" } local format, lower, gsub = string.format, string.lower, string.gsub local trace_cache = false trackers.register("resolvers.cache", function(v) trace_cache = v end) local trace_containers = false trackers.register("resolvers.containers", function(v) trace_containers = v end) local trace_storage = false trackers.register("resolvers.storage", function(v) trace_storage = v end) --[[ldx--

Once we found ourselves defining similar cache constructs several times, containers were introduced. Containers are used to collect tables in memory and reuse them when possible based on (unique) hashes (to be provided by the calling function).

Caching to disk is disabled by default. Version numbers are stored in the saved table which makes it possible to change the table structures without bothering about the disk cache.

Examples of usage can be found in the font related code.

--ldx]]-- containers = containers or { } containers.usecache = true local function report(container,tag,name) if trace_cache or trace_containers then logs.report(format("%s cache",container.subcategory),"%s: %s",tag,name or 'invalid') end end local allocated = { } -- tracing function containers.define(category, subcategory, version, enabled) return function() if category and subcategory then local c = allocated[category] if not c then c = { } allocated[category] = c end local s = c[subcategory] if not s then s = { category = category, subcategory = subcategory, storage = { }, enabled = enabled, version = version or 1.000, trace = false, path = caches and caches.setpath and caches.setpath(category,subcategory), } c[subcategory] = s end return s else return nil end end end function containers.is_usable(container, name) return container.enabled and caches and caches.iswritable(container.path, name) end function containers.is_valid(container, name) if name and name ~= "" then local storage = container.storage[name] return storage and storage.cache_version == container.version else return false end end function containers.read(container,name) if container.enabled and caches and not container.storage[name] and containers.usecache then container.storage[name] = caches.loaddata(container.path,name) if containers.is_valid(container,name) then report(container,"loaded",name) else container.storage[name] = nil end end if container.storage[name] then report(container,"reusing",name) end return container.storage[name] end function containers.write(container, name, data) if data then data.cache_version = container.version if container.enabled and caches then local unique, shared = data.unique, data.shared data.unique, data.shared = nil, nil caches.savedata(container.path, name, data) report(container,"saved",name) data.unique, data.shared = unique, shared end report(container,"stored",name) container.storage[name] = data end return data end function containers.content(container,name) return container.storage[name] end function containers.cleanname(name) return (gsub(lower(name),"[^%w%d]+","-")) end end -- of closure do -- create closure to overcome 200 locals limit if not modules then modules = { } end modules ['data-use'] = { version = 1.001, comment = "companion to luat-lib.mkiv", author = "Hans Hagen, PRAGMA-ADE, Hasselt NL", copyright = "PRAGMA ADE / ConTeXt Development Team", license = "see context related readme files" } local format, lower, gsub, find = string.format, string.lower, string.gsub, string.find local trace_locating = false trackers.register("resolvers.locating", function(v) trace_locating = v end) -- since we want to use the cache instead of the tree, we will now -- reimplement the saver. local save_data = resolvers.save_data local load_data = resolvers.load_data resolvers.cachepath = nil -- public, for tracing resolvers.usecache = true -- public, for tracing function resolvers.save_data(dataname) save_data(dataname, function(cachename,dataname) resolvers.usecache = not toboolean(resolvers.expansion("CACHEINTDS") or "false",true) if resolvers.usecache then resolvers.cachepath = resolvers.cachepath or caches.definepath("trees") return file.join(resolvers.cachepath(),caches.hashed(cachename)) else return file.join(cachename,dataname) end end) end function resolvers.load_data(pathname,dataname,filename) load_data(pathname,dataname,filename,function(dataname,filename) resolvers.usecache = not toboolean(resolvers.expansion("CACHEINTDS") or "false",true) if resolvers.usecache then resolvers.cachepath = resolvers.cachepath or caches.definepath("trees") return file.join(resolvers.cachepath(),caches.hashed(pathname)) else if not filename or (filename == "") then filename = dataname end return file.join(pathname,filename) end end) end -- we will make a better format, maybe something xml or just text or lua resolvers.automounted = resolvers.automounted or { } function resolvers.automount(usecache) local mountpaths = resolvers.clean_path_list(resolvers.expansion('TEXMFMOUNT')) if (not mountpaths or #mountpaths == 0) and usecache then mountpaths = { caches.setpath("mount") } end if mountpaths and #mountpaths > 0 then statistics.starttiming(resolvers.instance) for k=1,#mountpaths do local root = mountpaths[k] local f = io.open(root.."/url.tmi") if f then for line in f:lines() do if line then if find(line,"^[%%#%-]") then -- or %W -- skip elseif find(line,"^zip://") then if trace_locating then logs.report("fileio","mounting %s",line) end table.insert(resolvers.automounted,line) resolvers.usezipfile(line) end end end f:close() end end statistics.stoptiming(resolvers.instance) end end -- status info statistics.register("used config path", function() return caches.configpath() end) statistics.register("used cache path", function() return caches.temp() or "?" end) -- experiment (code will move) function statistics.save_fmt_status(texname,formatbanner,sourcefile) -- texname == formatname local enginebanner = status.list().banner if formatbanner and enginebanner and sourcefile then local luvname = file.replacesuffix(texname,"luv") local luvdata = { enginebanner = enginebanner, formatbanner = formatbanner, sourcehash = md5.hex(io.loaddata(resolvers.find_file(sourcefile)) or "unknown"), sourcefile = sourcefile, } io.savedata(luvname,table.serialize(luvdata,true)) end end function statistics.check_fmt_status(texname) local enginebanner = status.list().banner if enginebanner and texname then local luvname = file.replacesuffix(texname,"luv") if lfs.isfile(luvname) then local luv = dofile(luvname) if luv and luv.sourcefile then local sourcehash = md5.hex(io.loaddata(resolvers.find_file(luv.sourcefile)) or "unknown") local luvbanner = luv.enginebanner or "?" if luvbanner ~= enginebanner then return string.format("engine mismatch (luv:%s <> bin:%s)",luvbanner,enginebanner) end local luvhash = luv.sourcehash or "?" if luvhash ~= sourcehash then return string.format("source mismatch (luv:%s <> bin:%s)",luvhash,sourcehash) end else return "invalid status file" end else return "missing status file" end end return true end end -- of closure do -- create closure to overcome 200 locals limit if not modules then modules = { } end modules ['luat-kps'] = { version = 1.001, comment = "companion to luatools.lua", author = "Hans Hagen, PRAGMA-ADE, Hasselt NL", copyright = "PRAGMA ADE / ConTeXt Development Team", license = "see context related readme files" } --[[ldx--

This file is used when we want the input handlers to behave like kpsewhich. What to do with the following:

{$SELFAUTOLOC,$SELFAUTODIR,$SELFAUTOPARENT}{,{/share,}/texmf{-local,}/web2c} $SELFAUTOLOC : /usr/tex/bin/platform $SELFAUTODIR : /usr/tex/bin $SELFAUTOPARENT : /usr/tex

How about just forgetting about them?

--ldx]]-- local suffixes = resolvers.suffixes local formats = resolvers.formats suffixes['gf'] = { 'gf' } suffixes['pk'] = { 'pk' } suffixes['base'] = { 'base' } suffixes['bib'] = { 'bib' } suffixes['bst'] = { 'bst' } suffixes['cnf'] = { 'cnf' } suffixes['mem'] = { 'mem' } suffixes['mf'] = { 'mf' } suffixes['mfpool'] = { 'pool' } suffixes['mft'] = { 'mft' } suffixes['mppool'] = { 'pool' } suffixes['graphic/figure'] = { 'eps', 'epsi' } suffixes['texpool'] = { 'pool' } suffixes['PostScript header'] = { 'pro' } suffixes['ist'] = { 'ist' } suffixes['web'] = { 'web', 'ch' } suffixes['cweb'] = { 'w', 'web', 'ch' } suffixes['cmap files'] = { 'cmap' } suffixes['lig files'] = { 'lig' } suffixes['bitmap font'] = { } suffixes['MetaPost support'] = { } suffixes['TeX system documentation'] = { } suffixes['TeX system sources'] = { } suffixes['dvips config'] = { } suffixes['type42 fonts'] = { } suffixes['web2c files'] = { } suffixes['other text files'] = { } suffixes['other binary files'] = { } suffixes['opentype fonts'] = { 'otf' } suffixes['fmt'] = { 'fmt' } suffixes['texmfscripts'] = { 'rb','lua','py','pl' } suffixes['pdftex config'] = { } suffixes['Troff fonts'] = { } suffixes['ls-R'] = { } --[[ldx--

If you wondered abou tsome of the previous mappings, how about the next bunch:

--ldx]]-- formats['bib'] = '' formats['bst'] = '' formats['mft'] = '' formats['ist'] = '' formats['web'] = '' formats['cweb'] = '' formats['MetaPost support'] = '' formats['TeX system documentation'] = '' formats['TeX system sources'] = '' formats['Troff fonts'] = '' formats['dvips config'] = '' formats['graphic/figure'] = '' formats['ls-R'] = '' formats['other text files'] = '' formats['other binary files'] = '' formats['gf'] = '' formats['pk'] = '' formats['base'] = 'MFBASES' formats['cnf'] = '' formats['mem'] = 'MPMEMS' formats['mf'] = 'MFINPUTS' formats['mfpool'] = 'MFPOOL' formats['mppool'] = 'MPPOOL' formats['texpool'] = 'TEXPOOL' formats['PostScript header'] = 'TEXPSHEADERS' formats['cmap files'] = 'CMAPFONTS' formats['type42 fonts'] = 'T42FONTS' formats['web2c files'] = 'WEB2C' formats['pdftex config'] = 'PDFTEXCONFIG' formats['texmfscripts'] = 'TEXMFSCRIPTS' formats['bitmap font'] = '' formats['lig files'] = 'LIGFONTS' end -- of closure do -- create closure to overcome 200 locals limit if not modules then modules = { } end modules ['data-aux'] = { version = 1.001, comment = "companion to luat-lib.mkiv", author = "Hans Hagen, PRAGMA-ADE, Hasselt NL", copyright = "PRAGMA ADE / ConTeXt Development Team", license = "see context related readme files" } local find = string.find local trace_locating = false trackers.register("resolvers.locating", function(v) trace_locating = v end) function resolvers.update_script(oldname,newname) -- oldname -> own.name, not per se a suffix local scriptpath = "scripts/context/lua" newname = file.addsuffix(newname,"lua") local oldscript = resolvers.clean_path(oldname) if trace_locating then logs.report("fileio","to be replaced old script %s", oldscript) end local newscripts = resolvers.find_files(newname) or { } if #newscripts == 0 then if trace_locating then logs.report("fileio","unable to locate new script") end else for i=1,#newscripts do local newscript = resolvers.clean_path(newscripts[i]) if trace_locating then logs.report("fileio","checking new script %s", newscript) end if oldscript == newscript then if trace_locating then logs.report("fileio","old and new script are the same") end elseif not find(newscript,scriptpath) then if trace_locating then logs.report("fileio","new script should come from %s",scriptpath) end elseif not (find(oldscript,file.removesuffix(newname).."$") or find(oldscript,newname.."$")) then if trace_locating then logs.report("fileio","invalid new script name") end else local newdata = io.loaddata(newscript) if newdata then if trace_locating then logs.report("fileio","old script content replaced by new content") end io.savedata(oldscript,newdata) break elseif trace_locating then logs.report("fileio","unable to load new script") end end end end end end -- of closure do -- create closure to overcome 200 locals limit if not modules then modules = { } end modules ['data-lst'] = { version = 1.001, comment = "companion to luat-lib.mkiv", author = "Hans Hagen, PRAGMA-ADE, Hasselt NL", copyright = "PRAGMA ADE / ConTeXt Development Team", license = "see context related readme files" } -- used in mtxrun local find, concat, upper, format = string.find, table.concat, string.upper, string.format resolvers.listers = resolvers.listers or { } local function tabstr(str) if type(str) == 'table' then return concat(str," | ") else return str end end local function list(list,report) local instance = resolvers.instance local pat = upper(pattern or "","") local report = report or texio.write_nl local sorted = table.sortedkeys(list) for i=1,#sorted do local key = sorted[i] if instance.pattern == "" or find(upper(key),pat) then if instance.kpseonly then if instance.kpsevars[key] then report(format("%s=%s",key,tabstr(list[key]))) end else report(format('%s %s=%s',(instance.kpsevars[key] and 'K') or 'E',key,tabstr(list[key]))) end end end end function resolvers.listers.variables () list(resolvers.instance.variables ) end function resolvers.listers.expansions() list(resolvers.instance.expansions) end function resolvers.listers.configurations(report) local report = report or texio.write_nl local instance = resolvers.instance local sorted = table.sortedkeys(instance.kpsevars) for i=1,#sorted do local key = sorted[i] if not instance.pattern or (instance.pattern=="") or find(key,instance.pattern) then report(format("%s\n",key)) local order = instance.order for i=1,#order do local str = order[i][key] if str then report(format("\t%s\t%s",i,str)) end end report("") end end end end -- of closure -- end library merge -- We initialize some characteristics of this program. We need to -- do this before we load the libraries, else own.name will not be -- properly set (handy for selfcleaning the file). It's an ugly -- looking piece of code. own = { } own.libs = { -- todo: check which ones are really needed 'l-string.lua', 'l-lpeg.lua', 'l-table.lua', 'l-io.lua', 'l-number.lua', 'l-set.lua', 'l-os.lua', 'l-file.lua', 'l-md5.lua', 'l-url.lua', 'l-dir.lua', 'l-boolean.lua', 'l-unicode.lua', 'l-math.lua', 'l-utils.lua', 'l-aux.lua', 'trac-tra.lua', 'luat-env.lua', 'trac-inf.lua', 'trac-log.lua', 'data-res.lua', 'data-tmp.lua', -- 'data-pre.lua', 'data-inp.lua', 'data-out.lua', 'data-con.lua', 'data-use.lua', -- 'data-tex.lua', -- 'data-bin.lua', -- 'data-zip.lua', -- 'data-crl.lua', -- 'data-lua.lua', 'data-kps.lua', -- so that we can replace kpsewhich 'data-aux.lua', -- updater 'data-lst.lua', -- lister } -- We need this hack till luatex is fixed. if arg and arg[0] == 'luatex' and arg[1] == "--luaonly" then arg[-1]=arg[0] arg[0]=arg[2] for k=3,#arg do arg[k-2]=arg[k] end arg[#arg]=nil arg[#arg]=nil end -- End of hack. own.name = (environment and environment.ownname) or arg[0] or 'luatools.lua' own.path = string.match(own.name,"^(.+)[\\/].-$") or "." own.list = { '.' } if own.path ~= '.' then table.insert(own.list,own.path) end table.insert(own.list,own.path.."/../../../tex/context/base") table.insert(own.list,own.path.."/mtx") table.insert(own.list,own.path.."/../sources") function locate_libs() for _, lib in pairs(own.libs) do for _, pth in pairs(own.list) do local filename = string.gsub(pth .. "/" .. lib,"\\","/") local codeblob = loadfile(filename) if codeblob then codeblob() own.list = { pth } -- speed up te search break end end end end if not resolvers then locate_libs() end if not resolvers then print("") print("Luatools is unable to start up due to lack of libraries. You may") print("try to run 'lua luatools.lua --selfmerge' in the path where this") print("script is located (normally under ..../scripts/context/lua) which") print("will make luatools library independent.") os.exit() end logs.setprogram('LuaTools',"TDS Management Tool 1.32",environment.arguments["verbose"] or false) local instance = resolvers.reset() resolvers.defaultlibs = { -- not all are needed (this will become: context.lus (lua spec) 'l-string.lua', 'l-lpeg.lua', 'l-table.lua', 'l-boolean.lua', 'l-number.lua', 'l-unicode.lua', 'l-os.lua', 'l-io.lua', 'l-file.lua', 'l-md5.lua', 'l-url.lua', 'l-dir.lua', 'l-utils.lua', 'l-dimen.lua', 'trac-inf.lua', 'trac-tra.lua', 'trac-log.lua', 'luat-env.lua', -- here ? 'data-res.lua', 'data-inp.lua', 'data-out.lua', 'data-tmp.lua', 'data-con.lua', 'data-use.lua', -- 'data-pre.lua', 'data-tex.lua', 'data-bin.lua', -- 'data-zip.lua', -- 'data-clr.lua', 'data-lua.lua', 'data-ctx.lua', 'luat-fio.lua', 'luat-cnf.lua', } instance.engine = environment.arguments["engine"] or 'luatex' instance.progname = environment.arguments["progname"] or 'context' instance.luaname = environment.arguments["luafile"] or "" -- environment.ownname or "" instance.lualibs = environment.arguments["lualibs"] or table.concat(resolvers.defaultlibs,",") instance.allresults = environment.arguments["all"] or false instance.pattern = environment.arguments["pattern"] or nil instance.sortdata = environment.arguments["sort"] or false instance.kpseonly = not environment.arguments["all"] or false instance.my_format = environment.arguments["format"] or instance.format if type(instance.pattern) == 'boolean' then logs.simple("invalid pattern specification") instance.pattern = nil end if environment.arguments["trace"] then resolvers.settrace(environment.arguments["trace"]) end local trackspec = environment.argument("trackers") or environment.argument("track") if trackspec then trackers.enable(trackspec) end runners = runners or { } messages = messages or { } messages.no_ini_file = [[ There is no lua initialization file found. This file can be forced by the "--progname" directive, or specified with "--luaname", or it is derived automatically from the formatname (aka jobname). It may be that you have to regenerate the file database using "luatools --generate". ]] messages.help = [[ --generate generate file database --variables show configuration variables --expansions show expanded variables --configurations show configuration order --expand-braces expand complex variable --expand-path expand variable (resolve paths) --expand-var expand variable (resolve references) --show-path show path expansion of ... --var-value report value of variable --find-file report file location --find-path report path of file --make or --ini make luatex format --run or --fmt= run luatex format --luafile=str lua inifile (default is .lua) --lualibs=list libraries to assemble (optional when --compile) --compile assemble and compile lua inifile --verbose give a bit more info --all show all found files --sort sort cached data --engine=str target engine --progname=str format or backend --pattern=str filter variables --trackers=list enable given trackers ]] function runners.make_format(texname) local instance = resolvers.instance if texname and texname ~= "" then if resolvers.usecache then local path = file.join(caches.setpath("formats")) -- maybe platform if path and lfs then lfs.chdir(path) end end local barename = texname:gsub("%.%a+$","") if barename == texname then texname = texname .. ".tex" end local fullname = resolvers.find_files(texname)[1] or "" if fullname == "" then logs.simple("no tex file with name: %s",texname) else local luaname, lucname, luapath, lualibs = "", "", "", { } -- the following is optional, since context.lua can also -- handle this collect and compile business if environment.arguments["compile"] then if luaname == "" then luaname = barename end logs.simple("creating initialization file: %s",luaname) luapath = file.dirname(luaname) if luapath == "" then luapath = file.dirname(texname) end if luapath == "" then luapath = file.dirname(resolvers.find_files(texname)[1] or "") end lualibs = string.split(instance.lualibs,",") luaname = file.basename(barename .. ".lua") lucname = file.basename(barename .. ".luc") -- todo: when this fails, we can just copy the merged libraries from -- luatools since they are normally the same, at least for context if lualibs[1] then local firstlib = file.join(luapath,lualibs[1]) if not lfs.isfile(firstlib) then local foundname = resolvers.find_files(lualibs[1])[1] if foundname then logs.simple("located library path: %s",luapath) luapath = file.dirname(foundname) end end end logs.simple("using library path: %s",luapath) logs.simple("using lua libraries: %s",table.join(lualibs," ")) utils.merger.selfcreate(lualibs,luapath,luaname) local strip = resolvers.boolean_variable("LUACSTRIP", true) if utils.lua.compile(luaname,lucname,false,strip) and io.exists(lucname) then luaname = lucname logs.simple("using compiled initialization file: %s",lucname) else logs.simple("using uncompiled initialization file: %s",luaname) end else local what = { instance.luaname, instance.progname, barename } for k=1,#what do local v = string.gsub(what[k]..".lua","%.lua%.lua$",".lua") if v and (v ~= "") then luaname = resolvers.find_files(v)[1] or "" if luaname ~= "" then break end end end end if environment.arguments["noluc"] then luaname = luaname:gsub("%.luc$",".lua") -- make this an option end if luaname == "" then if logs.verbose then logs.simplelines(messages.no_ini_file) logs.simple("texname : %s",texname) logs.simple("luaname : %s",instance.luaname) logs.simple("progname: %s",instance.progname) logs.simple("barename: %s",barename) end else logs.simple("using lua initialization file: %s",luaname) local mp = dir.glob(file.removesuffix(file.basename(luaname)).."-*.mem") if mp and #mp > 0 then for i=1,#mp do local name = mp[i] logs.simple("removing related mplib format %s", file.basename(name)) os.remove(name) end end local flags = { "--ini", "--lua=" .. string.quote(luaname) } local bs = (os.platform == "unix" and "\\\\") or "\\" -- todo: make a function local command = "luatex ".. table.concat(flags," ") .. " " .. string.quote(fullname) .. " " .. bs .. "dump" logs.simple("running command: %s\n",command) os.spawn(command) -- todo: do a dummy run that generates the related metafun and mfplain formats end end else logs.simple("no tex file given") end end function runners.run_format(name,data,more) -- hm, rather old code here; we can now use the file.whatever functions if name and (name ~= "") then local barename = name:gsub("%.%a+$","") local fmtname = "" if resolvers.usecache then local path = file.join(caches.setpath("formats")) -- maybe platform fmtname = file.join(path,barename..".fmt") or "" end if fmtname == "" then fmtname = resolvers.find_files(barename..".fmt")[1] or "" end fmtname = resolvers.clean_path(fmtname) barename = fmtname:gsub("%.%a+$","") if fmtname == "" then logs.simple("no format with name: %s",name) else local luaname = barename .. ".luc" local f = io.open(luaname) if not f then luaname = barename .. ".lua" f = io.open(luaname) end if f then f:close() local command = "luatex --fmt=" .. string.quote(barename) .. " --lua=" .. string.quote(luaname) .. " " .. string.quote(data) .. " " .. (more ~= "" and string.quote(more) or "") logs.simple("running command: %s",command) os.spawn(command) else logs.simple("using format name: %s",fmtname) logs.simple("no luc/lua with name: %s",barename) end end end end local ok = true -- private option --noluc for testing errors in the stub if environment.arguments["find-file"] then resolvers.load() instance.format = environment.arguments["format"] or instance.format if instance.pattern then instance.allresults = true resolvers.for_files(resolvers.find_files, { instance.pattern }, instance.my_format) else resolvers.for_files(resolvers.find_files, environment.files, instance.my_format) end elseif environment.arguments["find-path"] then resolvers.load() local path = resolvers.find_file(environment.files[1], instance.my_format) if logs.verbose then logs.simple(file.dirname(path)) else print(file.dirname(path)) end elseif environment.arguments["run"] then resolvers.load("nofiles") -- ! no need for loading databases logs.setverbose(true) runners.run_format(environment.files[1] or "",environment.files[2] or "",environment.files[3] or "") elseif environment.arguments["fmt"] then resolvers.load("nofiles") -- ! no need for loading databases logs.setverbose(true) runners.run_format(environment.arguments["fmt"], environment.files[1] or "",environment.files[2] or "") elseif environment.arguments["expand-braces"] then resolvers.load("nofiles") resolvers.for_files(resolvers.expand_braces, environment.files) elseif environment.arguments["expand-path"] then resolvers.load("nofiles") resolvers.for_files(resolvers.expand_path, environment.files) elseif environment.arguments["expand-var"] or environment.arguments["expand-variable"] then resolvers.load("nofiles") resolvers.for_files(resolvers.expand_var, environment.files) elseif environment.arguments["show-path"] or environment.arguments["path-value"] then resolvers.load("nofiles") resolvers.for_files(resolvers.show_path, environment.files) elseif environment.arguments["var-value"] or environment.arguments["show-value"] then resolvers.load("nofiles") resolvers.for_files(resolvers.var_value, environment.files) elseif environment.arguments["format-path"] then resolvers.load() logs.simple(caches.setpath("format")) elseif instance.pattern then -- brrr resolvers.load() instance.format = environment.arguments["format"] or instance.format instance.allresults = true resolvers.for_files(resolvers.find_files, { instance.pattern }, instance.my_format) elseif environment.arguments["generate"] then instance.renewcache = true logs.setverbose(true) resolvers.load() elseif environment.arguments["make"] or environment.arguments["ini"] or environment.arguments["compile"] then resolvers.load() logs.setverbose(true) runners.make_format(environment.files[1] or "") elseif environment.arguments["selfmerge"] then utils.merger.selfmerge(own.name,own.libs,own.list) elseif environment.arguments["selfclean"] then utils.merger.selfclean(own.name) elseif environment.arguments["selfupdate"] then resolvers.load() logs.setverbose(true) resolvers.update_script(own.name,"luatools") elseif environment.arguments["variables"] or environment.arguments["show-variables"] then resolvers.load("nofiles") resolvers.listers.variables() elseif environment.arguments["expansions"] or environment.arguments["show-expansions"] then resolvers.load("nofiles") resolvers.listers.expansions() elseif environment.arguments["configurations"] or environment.arguments["show-configurations"] then resolvers.load("nofiles") resolvers.listers.configurations() elseif environment.arguments["help"] or (environment.files[1]=='help') or (#environment.files==0) then logs.help(messages.help) else resolvers.load() resolvers.for_files(resolvers.find_files, environment.files, instance.my_format) end if logs.verbose then logs.simpleline() logs.simple("runtime: %0.3f seconds",os.runtime()) end if os.platform == "unix" then io.write("\n") end