if not modules then modules = { } end modules ['strc-doc'] = {
version = 1.001,
comment = "companion to strc-doc.mkiv",
author = "Hans Hagen, PRAGMA-ADE, Hasselt NL",
copyright = "PRAGMA ADE / ConTeXt Development Team",
license = "see context related readme files"
}
-- todo: associate counter with head
-- we need to better split the lua/tex end
-- we need to freeze and document this module
-- keep this as is:
--
-- in section titles by default a zero aborts, so there we need: sectionset=bagger with \definestructureprefixset [bagger] [section-2,section-4] []
-- in lists however zero's are ignored, so there numbersegments=2:4 gives result
local next, type, tonumber, select = next, type, tonumber, select
local find, match = string.find, string.match
local concat, fastcopy, insert, remove = table.concat, table.fastcopy, table.insert, table.remove
local sortedhash, sortedkeys = table.sortedhash, table.sortedkeys
local max, min = math.max, math.min
local allocate, mark, accesstable = utilities.storage.allocate, utilities.storage.mark, utilities.tables.accesstable
local setmetatableindex = table.setmetatableindex
local lpegmatch, P, C = lpeg.match, lpeg.P, lpeg.C
local catcodenumbers = catcodes.numbers
local ctxcatcodes = catcodenumbers.ctxcatcodes
local variables = interfaces.variables
local implement = interfaces.implement
local v_last = variables.last
local v_first = variables.first
local v_previous = variables.previous
local v_next = variables.next
local v_auto = variables.auto
local v_strict = variables.strict
local v_all = variables.all
local v_positive = variables.positive
local v_current = variables.current
local trace_sectioning = false trackers.register("structures.sectioning", function(v) trace_sectioning = v end)
local trace_details = false trackers.register("structures.details", function(v) trace_details = v end)
local report_structure = logs.reporter("structure","sectioning")
local report_used = logs.reporter("structure")
local context = context
local commands = commands
local structures = structures
local helpers = structures.helpers
local documents = structures.documents
local sections = structures.sections
local lists = structures.lists
local counters = structures.counters
local sets = structures.sets
local tags = structures.tags
local processors = typesetters.processors
local applyprocessor = processors.apply
local startapplyprocessor = processors.startapply
local stopapplyprocessor = processors.stopapply
local strippedprocessor = processors.stripped
local convertnumber = converters.convert
local ctx_convertnumber = context.convertnumber
local ctx_sprint = context.sprint
local ctx_finalizeauto = context.finalizeautostructurelevel
-- -- -- document -- -- --
local data -- the current state
function documents.initialize()
data = allocate { -- whole data is marked
numbers = { },
forced = { },
ownnumbers = { },
status = { },
checkers = { },
depth = 0,
blocks = { },
block = "",
}
documents.data = data
end
function documents.reset()
data.numbers = { }
data.forced = { }
data.ownnumbers = { }
data.status = { }
-- data.checkers = { }
data.depth = 0
end
documents.initialize()
-- -- -- components -- -- --
function documents.preset(numbers)
local nofnumbers = #numbers
local ownnumbers = { }
data.numbers = numbers
data.ownnumbers = ownnumbers
data.depth = nofnumbers
for i=1,nofnumbers do
ownnumbers[i] = ""
end
sections.setnumber(nofnumbers,"-1")
end
-- -- -- sections -- -- --
-- This is just a quick way to have access to prefixes and the numbers (section entry in a ref)
-- is not the list entry. An alternative is to use the list index of the last numbered section. In
-- that case we should check a buse of the current structure.
local collected = allocate()
local tobesaved = allocate()
sections.collected = collected
sections.tobesaved = tobesaved
-- We have to save this mostly redundant list because we can have (rare)
-- cases with own numbers that don't end up in the list so we get out of
-- sync when we use (*).
local function initializer()
collected = sections.collected
tobesaved = sections.tobesaved
end
job.register('structures.sections.collected', tobesaved, initializer)
local registered = sections.registered or allocate()
sections.registered = registered
storage.register("structures/sections/registered", registered, "structures.sections.registered")
local function update(name,level,section)
for k, v in next, registered do
if k ~= name and v.coupling == name then
report_structure("updating section level %a to level of %a",k,name)
context.doredefinehead(k,name)
update(k,level,section)
end
end
end
function sections.register(name,specification)
registered[name] = specification
local level = specification.level
local section = specification.section
update(name,level,section)
end
function sections.currentid()
return #tobesaved
end
local lastsaved = 0
function sections.save(sectiondata)
local sectiondata = helpers.simplify(sectiondata) -- maybe done earlier
local numberdata = sectiondata.numberdata
local ntobesaved = #tobesaved
if not numberdata or sectiondata.metadata.nolist then
-- stay
else
ntobesaved = ntobesaved + 1
tobesaved[ntobesaved] = numberdata
if not collected[ntobesaved] then
collected[ntobesaved] = numberdata
end
end
lastsaved = ntobesaved
return ntobesaved
end
function sections.currentsectionindex()
return lastsaved -- only for special controlled situations
end
-- See comment above (*). We cannot use the following space optimization:
--
-- function sections.load()
-- setmetatableindex(collected,nil)
-- local lists = lists.collected
-- for i=1,#lists do
-- local list = lists[i]
-- local metadata = list.metadata
-- if metadata and metadata.kind == "section" and not metadata.nolist then
-- local numberdata = list.numberdata
-- if numberdata then
-- collected[#collected+1] = numberdata
-- end
-- end
-- end
-- sections.load = functions.dummy
-- end
--
-- table.setmetatableindex(collected, function(t,i)
-- sections.load()
-- return collected[i] or { }
-- end)
sections.verbose = true
local sectionblockdata = sections.sectionblockdata or { }
sections.sectionblockdata = sectionblockdata
local levelmap = sections.levelmap or { }
sections.levelmap = levelmap
levelmap.block = -1
storage.register("structures/sections/levelmap", sections.levelmap, "structures.sections.levelmap")
function sections.setlevel(name,level) -- level can be number or parent (=string)
local l = tonumber(level)
if not l then
l = levelmap[level]
end
if l and l > 0 then
levelmap[name] = l
else
-- error
end
end
function sections.getlevel(name)
return levelmap[name] or 0
end
table.setmetatableindex(sectionblockdata,"table")
function sections.setblock(name,settings)
local block = name or data.block or "unknown" -- can be used to set the default
data.block = block
sectionblockdata[block] = settings
return block
end
local jobvariables = job.variables
local pushed_order = { }
local pushed_done = { }
jobvariables.tobesaved.sectionblockorder = pushed_order
-- function sections.order()
-- return jobvariables.collected.sectionblockorder or pushed_order -- so we have a first pass list too
-- end
function sections.setinitialblock(default)
local order = jobvariables.collected.sectionblockorder or pushed_order
local name = #order > 0 and order[1] or default or "bodypart"
context.setsectionblock { name }
-- interfaces.setmacro("currentsectionblock",name)
-- sections.setblock(name,{})
end
function sections.pushblock(name,settings)
counters.check(0) -- we assume sane usage of \page between blocks
local block = name or data.block
insert(data.blocks,block)
data.block = block
sectionblockdata[block] = settings
documents.reset()
if not pushed_done[name] then
pushed_done[name] = true
local nofpushed = #pushed_order + 1
pushed_order[nofpushed] = name
end
return block
end
function sections.popblock()
local block = remove(data.blocks) or data.block
data.block = block
documents.reset()
return block
end
local function getcurrentblock()
return data.block or data.blocks[#data.blocks] or "unknown"
end
sections.currentblock = getcurrentblock
function sections.currentlevel()
return data.depth
end
function sections.getcurrentlevel()
context(data.depth)
end
local saveset = { } -- experiment, see sections/tricky-001.tex
function sections.setentry(given)
-- old number
local numbers = data.numbers
--
local metadata = given.metadata
local numberdata = given.numberdata
local references = given.references
local directives = given.directives
local userdata = given.userdata
if not metadata then
metadata = { }
given.metadata = metadata
end
if not numberdata then
numberdata = { }
given.numberdata = numberdata
end
if not references then
references = { }
given.references = references
end
local ownnumbers = data.ownnumbers
local forced = data.forced
local status = data.status
local olddepth = data.depth
local givenname = metadata.name
local mappedlevel = levelmap[givenname]
local newdepth = tonumber(mappedlevel or (olddepth > 0 and olddepth) or 1) -- hm, levelmap only works for section-*
local resetset = directives and directives.resetset or ""
-- local resetter = sets.getall("structure:resets",data.block,resetset)
-- a trick to permit userdata to overload title, ownnumber and reference
-- normally these are passed as argument but nowadays we provide several
-- interfaces (we need this because we want to be compatible)
if trace_details then
report_structure("name %a, mapped level %a, old depth %a, new depth %a, reset set %a",
givenname,mappedlevel,olddepth,newdepth,resetset)
end
if userdata then
-- kind of obsolete as we can pass them directly anyway ... NEEDS CHECKING !
if userdata.reference and userdata.reference ~= "" then given.metadata.reference = userdata.reference ; userdata.reference = nil end
if userdata.ownnumber and userdata.ownnumber ~= "" then given.numberdata.ownnumber = userdata.ownnumber ; userdata.ownnumber = nil end
if userdata.title and userdata.title ~= "" then given.titledata.title = userdata.title ; userdata.title = nil end
if userdata.bookmark and userdata.bookmark ~= "" then given.titledata.bookmark = userdata.bookmark ; userdata.bookmark = nil end
if userdata.label and userdata.label ~= "" then given.titledata.label = userdata.label ; userdata.label = nil end
end
-- so far for the trick
if saveset then
saveset[newdepth] = (resetset ~= "" and resetset) or saveset[newdepth] or ""
end
if newdepth > olddepth then
for i=olddepth+1,newdepth do
local s = tonumber(sets.get("structure:resets",data.block,saveset and saveset[i] or resetset,i))
if trace_details then
report_structure("new depth %s, old depth %s, reset set %a, reset value %a, current %a",olddepth,newdepth,resetset,s,numbers[i])
end
if not s or s == 0 then
numbers[i] = numbers[i] or 0
ownnumbers[i] = ownnumbers[i] or ""
else
numbers[i] = s - 1
ownnumbers[i] = ""
end
status[i] = { }
end
elseif newdepth < olddepth then
for i=olddepth,newdepth+1,-1 do
local s = tonumber(sets.get("structure:resets",data.block,saveset and saveset[i] or resetset,i))
if trace_details then
report_structure("new depth %s, old depth %s, reset set %a, reset value %a, current %a",olddepth,newdepth,resetset,s,numbers[i])
end
if not s or s == 0 then
numbers[i] = numbers[i] or 0
ownnumbers[i] = ownnumbers[i] or ""
else
numbers[i] = s - 1
ownnumbers[i] = ""
end
status[i] = nil
end
end
counters.check(newdepth)
ownnumbers[newdepth] = numberdata.ownnumber or ""
numberdata.ownnumber = nil
data.depth = newdepth
-- new number
olddepth = newdepth
if metadata.increment then
local oldn = numbers[newdepth] or 0
local newn = 0
local fd = forced[newdepth]
if fd then
if fd[1] == "add" then
newn = oldn + fd[2] + 1
else
newn = fd[2] + 1
end
if newn < 0 then
newn = 1 -- maybe zero is nicer
end
forced[newdepth] = nil
if trace_details then
report_structure("old depth %a, new depth %a, old n %a, new n %a, forced %t",olddepth,newdepth,oldn,newn,fd)
end
else
newn = oldn + 1
if trace_details then
report_structure("old depth %a, new depth %a, old n %a, new n %a, increment",olddepth,newdepth,oldn,newn)
end
end
numbers[newdepth] = newn
end
status[newdepth] = given or { }
for k, v in next, data.checkers do
if v[1] == newdepth and v[2] then
v[2](k)
end
end
numberdata.numbers = { unpack(numbers,1,newdepth) }
if not numberdata.block then
numberdata.block = getcurrentblock() -- also in references
end
if #ownnumbers > 0 then
numberdata.ownnumbers = fastcopy(ownnumbers) -- { unpack(ownnumbers) }
end
if trace_details then
report_structure("name %a, numbers % a, own numbers % a",givenname,numberdata.numbers,numberdata.ownnumbers)
end
if not references.block then
references.block = getcurrentblock() -- also in numberdata
end
local tag = references.tag or tags.getid(metadata.kind,metadata.name)
if tag and tag ~= "" and tag ~= "?" then
references.tag = tag
end
local setcomponent = structures.references.setcomponent
if setcomponent then
setcomponent(given) -- might move to the tex end
end
references.section = sections.save(given)
-- given.numberdata = nil
end
function sections.reportstructure()
if sections.verbose then
local numbers = data.numbers
local ownnumbers = data.ownnumbers
local status = data.status
local depth = data.depth
local d = status[depth]
local o = concat(ownnumbers,".",1,depth)
local n = (numbers and concat(numbers,".",1,min(depth,#numbers))) or 0
local t = d.titledata.title
local l = t or ""
local t = (l ~= "" and l) or t or "[no title]"
local m = d.metadata.name
if o and not find(o,"^%.*$") then
report_structure("%s @ level %i : (%s) %s -> %s",m,depth,n,o,t)
elseif d.directives and d.directives.hidenumber then
report_structure("%s @ level %i : (%s) -> %s",m,depth,n,t)
else
report_structure("%s @ level %i : %s -> %s",m,depth,n,t)
end
end
end
-- function sections.setnumber(depth,n)
-- local forced, depth, new = data.forced, depth or data.depth, tonumber(n) or 0
-- if type(n) == "string" then
-- if find(n,"^[%+%-]") then
-- forced[depth] = { "add", new }
-- else
-- forced[depth] = { "set", new }
-- end
-- else
-- forced[depth] = { "set", new }
-- end
-- end
function sections.setnumber(depth,n)
data.forced[depth or data.depth] = {
type(n) == "string" and find(n,"^[%+%-]") and "add" or "set",
tonumber(n) or 0
}
end
function sections.numberatdepth(depth)
return data.numbers[tonumber(depth) or sections.getlevel(depth) or 0] or 0
end
function sections.numbers()
return data.numbers
end
function sections.matchingtilldepth(depth,numbers,parentnumbers)
local dn = parentnumbers or data.numbers
local ok = false
for i=1,depth do
if dn[i] == numbers[i] then
ok = true
else
return false
end
end
return ok
end
function sections.getnumber(depth) -- redefined later ...
context(data.numbers[depth] or 0)
end
function sections.set(key,value)
data.status[data.depth][key] = value -- may be nil for a reset
end
function sections.cct()
local metadata = data.status[data.depth].metadata
context(metadata and metadata.catcodes or ctxcatcodes)
end
-- this one will become: return catcode, d (etc)
function sections.structuredata(depth,key,default,honorcatcodetable) -- todo: spec table and then also depth
if depth then
depth = levelmap[depth] or tonumber(depth)
end
if not depth or depth == 0 then
depth = data.depth
end
local data = data.status[depth]
local d
if data then
if find(key,".",1,true) then
d = accesstable(key,data)
else
d = data.titledata
d = d and d[key]
end
end
if d and type(d) ~= "table" then
if honorcatcodetable == true or honorcatcodetable == v_auto then
local metadata = data.metadata
local catcodes = metadata and metadata.catcodes
if catcodes then
ctx_sprint(catcodes,d)
else
context(d)
end
elseif not honorcatcodetable or honorcatcodetable == "" then
context(d)
else
local catcodes = catcodenumbers[honorcatcodetable]
if catcodes then
ctx_sprint(catcodes,d)
else
context(d)
end
end
elseif default then
context(default)
end
end
function sections.userdata(depth,key,default)
if depth then
depth = levelmap[depth] or tonumber(depth)
end
if not depth or depth == 0 then
depth = data.depth
end
if depth > 0 then
local userdata = data.status[depth]
userdata = userdata and userdata.userdata
userdata = (userdata and userdata[key]) or default
if userdata then
context(userdata)
end
end
end
function sections.setchecker(name,level,command) -- hm, checkers are not saved
data.checkers[name] = (name and command and level >= 0 and { level, command }) or nil
end
function sections.current()
return data.status[data.depth]
end
local function depthnumber(n)
local depth = data.depth
if not n or n == 0 then
n = depth
elseif n < 0 then
n = depth + n
end
return data.numbers[n] or 0
end
sections.depthnumber = depthnumber
function sections.autodepth(numbers)
for i=#numbers,1,-1 do
if numbers[i] ~= 0 then
return i
end
end
return 0
end
--
function structures.currentsectionnumber() -- brr, namespace wrong
local sc = sections.current()
return sc and sc.numberdata
end
-- \dorecurse{3} {
-- \chapter{Blabla} \subsection{bla 1 1} \subsection{bla 1 2}
-- \section{bla 2} \subsection{bla 2 1} \subsection{bla 2 2}
-- }
-- sign=all => also zero and negative
-- sign=positive => also zero
-- sign=hang => llap sign
-- this can be a local function
local function process(index,numbers,ownnumbers,criterium,separatorset,conversion,conversionset,entry,result,preceding,done,language)
-- todo: too much (100 steps)
local number = numbers and (numbers[index] or 0)
local ownnumber = ownnumbers and ownnumbers[index] or ""
if number > criterium or (ownnumber ~= "") then
local block = (entry.block ~= "" and entry.block) or sections.currentblock() -- added
if preceding then
local separator = sets.get("structure:separators",block,separatorset,preceding,".")
if separator then
if result then
result[#result+1] = strippedprocessor(separator)
else
applyprocessor(separator)
end
end
preceding = false
end
if result then
if ownnumber ~= "" then
result[#result+1] = ownnumber
elseif conversion and conversion ~= "" then -- traditional (e.g. used in itemgroups) .. inherited!
result[#result+1] = convertnumber(conversion,number,language)
else
local theconversion = sets.get("structure:conversions",block,conversionset,index,"numbers")
result[#result+1] = convertnumber(theconversion,number,language)
end
else
if ownnumber ~= "" then
applyprocessor(ownnumber)
elseif conversion and conversion ~= "" then -- traditional (e.g. used in itemgroups)
ctx_convertnumber(conversion,number)
else
local theconversion = sets.get("structure:conversions",block,conversionset,index,"numbers")
local data = startapplyprocessor(theconversion)
ctx_convertnumber(data or "numbers",number)
stopapplyprocessor()
end
end
return index, true
else
return preceding or false, done
end
end
-- kind : section number prefix
function sections.typesetnumber(entry,kind,...)
--
-- Maybe the hiding becomes an option .. after all this test was there
-- for a reason, but for now we have this:
--
-- if entry and entry.hidenumber ~= true then
if entry then
local separatorset = ""
local conversionset = ""
local conversion = ""
local groupsuffix = ""
local stopper = ""
local starter = ""
local connector = ""
local set = ""
local segments = ""
local criterium = ""
local language = ""
for d=1,select("#",...) do
local data = select(d,...) -- can be multiple parametersets
if data then
if separatorset == "" then separatorset = data.separatorset or "" end
if conversionset == "" then conversionset = data.conversionset or "" end
if conversion == "" then conversion = data.conversion or "" end
if groupsuffix == "" then groupsuffix = data.groupsuffix or "" end
if stopper == "" then stopper = data.stopper or "" end
if starter == "" then starter = data.starter or "" end
if connector == "" then connector = data.connector or "" end
if set == "" then set = data.set or "" end
if segments == "" then segments = data.segments or "" end
if criterium == "" then criterium = data.criterium or "" end
if language == "" then language = data.language or "" end
end
end
if separatorset == "" then separatorset = "default" end
if conversionset == "" then conversionset = "default" end -- not used
if conversion == "" then conversion = nil end
if groupsuffix == "" then groupsuffix = nil end
if stopper == "" then stopper = nil end
if starter == "" then starter = nil end
if connector == "" then connector = nil end
if set == "" then set = "default" end
if segments == "" then segments = nil end
if language == "" then language = nil end
--
if criterium == v_strict then
criterium = 0
elseif criterium == v_positive then
criterium = -1
elseif criterium == v_all then
criterium = -1000000
else
criterium = 0
end
--
local firstprefix = 0
local lastprefix = 16 -- too much, could max found level
if segments == v_current then
firstprefix = data.depth
lastprefix = firstprefix
elseif segments then
local f, l = match(tostring(segments),"^(.-):(.+)$")
if l == "*" or l == v_all then
l = 100 -- new
end
if f and l then
-- 0:100, chapter:subsubsection
firstprefix = tonumber(f) or sections.getlevel(f) or 0
lastprefix = tonumber(l) or sections.getlevel(l) or 100
else
-- 3, section
local fl = tonumber(segments) or sections.getlevel(segments) -- generalize
if fl then
firstprefix = fl
lastprefix = fl
end
end
end
--
local numbers = entry.numbers
local ownnumbers = entry.ownnumbers
if numbers then
local done = false
local preceding = false
--
local result = kind == "direct" and { }
if result then
connector = false
end
--
local prefixlist = set and sets.getall("structure:prefixes","",set) -- "" == block
if starter then
if result then
result[#result+1] = strippedprocessor(starter)
else
applyprocessor(starter)
end
end
if prefixlist and (kind == "section" or kind == "prefix" or kind == "direct") then
-- find valid set (problem: for sectionnumber we should pass the level)
-- no holes
local b = 1
local e = #prefixlist
local bb = 0
local ee = 0
-- find last valid number
for k=e,b,-1 do
local prefix = prefixlist[k]
local index = sections.getlevel(prefix) or k
if index >= firstprefix and index <= lastprefix then
local number = numbers and numbers[index]
if number then
local ownnumber = ownnumbers and ownnumbers[index] or ""
if number > 0 or (ownnumber ~= "") then
break
else
e = k -1
end
end
end
end
-- find valid range
for k=b,e do
local prefix = prefixlist[k]
local index = sections.getlevel(prefix) or k
if index >= firstprefix and index <= lastprefix then
local number = numbers and numbers[index]
if number then
local ownnumber = ownnumbers and ownnumbers[index] or ""
if number > 0 or (ownnumber ~= "") then
if bb == 0 then
bb = k
end
ee = k
elseif criterium >= 0 then
bb = 0
ee = 0
end
else
break
end
end
end
-- print valid range
for k=bb,ee do
local prefix = prefixlist[k]
local index = sections.getlevel(prefix) or k
if index >= firstprefix and index <= lastprefix then
preceding, done = process(index,numbers,ownnumbers,criterium,separatorset,conversion,conversionset,entry,result,preceding,done,language)
end
end
else
-- also holes check
for index=firstprefix,lastprefix do
preceding, done = process(index,numbers,ownnumbers,criterium,separatorset,conversion,conversionset,entry,result,preceding,done,language)
end
end
--
if done then
if connector and kind == 'prefix' then
if result then
-- can't happen as we're in 'direct'
else
applyprocessor(connector)
end
else
if groupsuffix and kind ~= "prefix" then
if result then
result[#result+1] = strippedprocessor(groupsuffix)
else
applyprocessor(groupsuffix)
end
end
if stopper then
if result then
result[#result+1] = strippedprocessor(stopper)
else
applyprocessor(stopper)
end
end
end
end
return result -- a table !
else
-- report_structure("error: no numbers")
end
end
end
function sections.title()
local sc = sections.current()
if sc then
helpers.title(sc.titledata.title,sc.metadata)
end
end
function sections.findnumber(depth,what) -- needs checking (looks wrong and slow too)
local data = data.status[depth or data.depth]
if not data then
return
end
local references = data.references
if not references then
return
end
local index = references.section
local collected = sections.collected
local sectiondata = collected[index]
if sectiondata and sectiondata.hidenumber ~= true then -- can be nil
local quit = what == v_previous or what == v_next
if what == v_first or what == v_previous then
for i=index-1,1,-1 do
local s = collected[i]
if s then
local n = s.numbers
if #n == depth and n[depth] and n[depth] ~= 0 then
sectiondata = s
if quit then
break
end
elseif #n < depth then
break
end
end
end
elseif what == v_last or what == v_next then
for i=index+1,#collected do
local s = collected[i]
if s then
local n = s.numbers
if #n == depth and n[depth] and n[depth] ~= 0 then
sectiondata = s
if quit then
break
end
elseif #n < depth then
break
end
end
end
end
return sectiondata
end
end
function sections.finddata(depth,what)
local data = data.status[depth or data.depth]
if not data then
return
end
local references = data.references
if not references then
return
end
local index = references.listindex
if not index then
return
end
local collected = structures.lists.collected
local quit = what == v_previous or what == v_next
if what == v_first or what == v_previous then
for i=index-1,1,-1 do
local s = collected[i]
if not s then
break
elseif s.metadata.kind == "section" then -- maybe check on name
local n = s.numberdata.numbers
if #n == depth and n[depth] and n[depth] ~= 0 then
data = s
if quit then
break
end
elseif #n < depth then
break
end
end
end
elseif what == v_last or what == v_next then
for i=index+1,#collected do
local s = collected[i]
if not s then
break
elseif s.metadata.kind == "section" then -- maybe check on name
local n = s.numberdata.numbers
if #n == depth and n[depth] and n[depth] ~= 0 then
data = s
if quit then
break
end
elseif #n < depth then
break
end
end
end
end
return data
end
function sections.internalreference(sectionname,what) -- to be used in pagebuilder (no marks used)
local r = type(sectionname) == "number" and sectionname or registered[sectionname]
if r then
local data = sections.finddata(r.level,what)
return data and data.references and data.references.internal
end
end
function sections.fullnumber(depth,what)
local sectiondata = sections.findnumber(depth,what)
if sectiondata then
sections.typesetnumber(sectiondata,'section',sectiondata)
end
end
function sections.getnumber(depth,what) -- redefined here
local sectiondata = sections.findnumber(depth,what)
local askednumber = 0
if sectiondata then
local numbers = sectiondata.numbers
if numbers then
askednumber = numbers[depth] or 0
end
end
context(askednumber)
end
-- maybe handy
function sections.showstructure()
local tobesaved = structures.lists.tobesaved
if not tobesaved then
return
end
local levels = setmetatableindex("table")
local names = setmetatableindex("table")
report_used()
report_used("sections")
for i=1,#tobesaved do
local si = tobesaved[i]
local md = si.metadata
if md and md.kind == "section" then
local level = md.level
local name = md.name
local numbers = si.numberdata.numbers
local title = si.titledata.title
report_used(" %i : %-10s %-20s %s",level,concat(numbers,"."),name,title)
levels[level][name] = true
names[name][level] = true
end
end
report_used()
report_used("levels")
for level, list in sortedhash(levels) do
report_used(" %s : % t",level,sortedkeys(list))
end
report_used()
report_used("names")
for name, list in sortedhash(names) do
report_used(" %-10s : % t",name,sortedkeys(list))
end
report_used()
end
-- experimental
local levels = { }
local function autonextstructurelevel(level)
if level > #levels then
for i=#levels+1,level do
levels[i] = false
end
else
for i=level,#levels do
if levels[i] then
ctx_finalizeauto()
levels[i] = false
end
end
end
levels[level] = true
end
local function autofinishstructurelevels()
for i=1,#levels do
if levels[i] then
ctx_finalizeauto()
end
end
levels = { }
end
implement {
name = "autonextstructurelevel",
actions = autonextstructurelevel,
arguments = "integer",
}
implement {
name = "autofinishstructurelevels",
actions = autofinishstructurelevels,
}
-- interface (some are actually already commands, like sections.fullnumber)
implement {
name = "depthnumber",
actions = { depthnumber, context },
arguments = "integer",
}
implement { name = "structurenumber", actions = sections.fullnumber }
implement { name = "structuretitle", actions = sections.title }
implement { name = "structurevariable", actions = sections.structuredata, arguments = { false, "string" } }
implement { name = "structureuservariable", actions = sections.userdata, arguments = { false, "string" } }
implement { name = "structurecatcodedget", actions = sections.structuredata, arguments = { false, "string", false, true } }
implement { name = "structuregivencatcodedget", actions = sections.structuredata, arguments = { false, "string", false, "integer" } }
implement { name = "structureautocatcodedget", actions = sections.structuredata, arguments = { false, "string", false, "string" } }
implement { name = "namedstructurevariable", actions = sections.structuredata, arguments = "2 strings" }
implement { name = "namedstructureuservariable", actions = sections.userdata, arguments = "2 strings" }
implement { name = "setstructurelevel", actions = sections.setlevel, arguments = "2 strings" }
implement { name = "getstructurelevel", actions = sections.getcurrentlevel, arguments = "string" }
implement { name = "setstructurenumber", actions = sections.setnumber, arguments = { "integer", "string" } } -- string as we support +-
implement { name = "getstructurenumber", actions = sections.getnumber, arguments = { "integer" } }
implement { name = "getsomestructurenumber", actions = sections.getnumber, arguments = { "integer", "string" } }
implement { name = "getfullstructurenumber", actions = sections.fullnumber, arguments = { "integer" } }
implement { name = "getsomefullstructurenumber", actions = sections.fullnumber, arguments = { "integer", "string" } }
implement { name = "getspecificstructuretitle", actions = sections.structuredata, arguments = { "string", "'titledata.title'",false,"string" } }
implement { name = "reportstructure", actions = sections.reportstructure }
implement { name = "showstructure", actions = sections.showstructure }
implement {
name = "registersection",
actions = sections.register,
arguments = {
"string",
{
{ "coupling" },
{ "section" },
{ "level", "integer" },
{ "parent" },
}
}
}
implement {
name = "setsectionentry",
actions = sections.setentry,
arguments = {
{
{ "references", {
{ "internal", "integer" },
{ "block" },
{ "backreference" },
{ "prefix" },
{ "reference" },
}
},
{ "directives", {
{ "resetset" }
}
},
{ "metadata", {
{ "kind" },
{ "name" },
{ "catcodes", "integer" },
{ "coding" },
{ "xmlroot" },
{ "xmlsetup" },
{ "nolist", "boolean" },
{ "increment" },
}
},
{ "titledata", {
{ "label" },
{ "title" },
{ "bookmark" },
{ "marking" },
{ "list" },
}
},
{ "numberdata", {
{ "block" },
{ "hidenumber", "boolean" },
{ "separatorset" },
{ "conversionset" },
{ "conversion" },
{ "starter" },
{ "stopper" },
{ "set" },
{ "segments" },
{ "ownnumber" },
{ "language" },
{ "criterium" },
},
},
{ "userdata" },
}
}
}
-- os.exit()
implement {
name = "setsectionblock",
actions = sections.setblock,
arguments = { "string", { { "bookmark" } } }
}
implement {
name = "setinitialsectionblock",
actions = sections.setinitialblock,
arguments = "string",
-- onlyonce = true,
}
implement {
name = "pushsectionblock",
actions = sections.pushblock,
arguments = { "string", { { "bookmark" } } }
}
implement {
name = "popsectionblock",
actions = sections.popblock,
}
