Modul:Hiero/Cell

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Diese Seite enthält Code in der Programmiersprache Lua. Einbindungszahl Cirrus

---

local p = {}
local Cell = {}
-- order of special names part 1: by type, variable number of values
Cell.order1 = {
  "Horus",
  "Seth",
  "HorusSeth",
  "Nebti",
  "Thron",
  "Eigen",
  "Sakkara"
}
-- order of listed Pharaohs: by row and column in primary source, one value each
Cell.order2 = {
  "Turin",
  "Sethos1",
  "Ramses2",
  "Sakkara"
}
-- list of  king lists
Cell.kingLoL = {
  Turin = {},
  Sethos1 = {{{'Y5:N35!M17'},
  	{'X1:x1!M17'}, {'M17:X1!U33'}, {'M17:X1!unvollst.'}}},
  Ramses2 = {{}},
  Sakkara={{}}
}

local function getService(ModName)
	local _, Mod = pcall(require, ModName)
	assert(type(Mod) == 'table',
	       '404 Module fehlen / missing ' .. ModName)
	assert(type(Mod.service) == 'table',
		   'Object fehlt / missing: ' .. ModName .. '.service')
	return Mod.service
end

local _, Parser = pcall(require, "Modul:SimpleStruct")
local Cartouche = getService("Modul:Hiero/Cartouche")
local trace = ''

local function pre(frame, code)
  return frame:preprocess('<hiero>' .. code .. '</hiero>')
end

-- Title
-- capsuling Cartouche.Title
Cell.Title = function(NameType, language, rowspan)
	mw.log(NameType)
	if rowspan < 2 then
		return '<td>' .. Cartouche.Title(NameType, language) .. '</td>'
	else
		return '<td rowspan="' .. rowspan .. '">' ..
		       Cartouche.Title(NameType, language) .. '</td>'
	end
end

p.Title = function(frame)
	mw.logObject(frame.args, 'Cell:p.Title args:')
	if frame.args[1] == nil then return '<td>name type: ???</td>' end
	if frame.args[1] == '' then return '<td>name type: ???</td>' end
	return Cell.Title(frame.args[1], frame.args[2], 1)
end

-- Wiki
-- annotation cells for lists not for template use
Cell.Wiki = function(frame, content, span)
  if type(span) == 'number' then
    return '<td rowspan="' .. span .. '">' .. frame:preprocess(content) .. '</td>'
  end
  if span == 'col' then
    return '<td colspan="2">' .. frame:preprocess(content) .. '</td>'
  end
  return '<td>' .. frame:preprocess(content) .. '</td>'
end

p.Wiki = function(frame)
  return '<td style="text-decoration:line-through">Hiero/Cell.Wiki</td>'  
end

-- simple
-- hieros given in code
Cell.simple = function(frame, code)
  return '<td class="hiero">' .. pre(frame, code) .. '</td>'
end

function p.simple(frame)
  local hieros = frame.args[1] or ''
  return Cell.simple(frame, hieros)
end

-- name
-- hiero code + cartouche kind, symbol and border
Cell.name = function(frame, kind, code, symbol, border, colspan)
	mw.logObject(Cartouche, 'Cell.name: Cartouche:')
	mw.logObject({kind, code, symbol, border, colspan}, 'Cell.name: ')
	mw.log('call cartouche with fewer params:\n')
	local result = Cartouche.name(frame, kind, code, symbol, border)
	mw.log(result, 'Cell.name: Cartouche.name: ')
	if colspan == 2 then
		return '<td class="hiero" colspan="2">' .. result .. '</td>'
	end
	return '<td class="hiero">' .. result .. '</td>'
end

function p.name(frame)
	mw.logObject(frame.args, 'Cell: args for p.name: ')
	local styles = frame.args.styles or ''
	return Cell.name(frame, frame.args.kind, frame.args.code,
	                        frame.args.symbol, frame.args.border,
	                        frame.args.colspan)
end

--spacedWiki
-- spaced cells for lists not for template use
Cell.spacedWiki = function(frame, content, span)
  local core = Cell.Wiki(frame, content, 1)
  if type(span) == 'number' and span > 1 then
    return core .. '<td rowspan="' .. span .. '"></td>'
  end
  return core .. '<td></td>'
end

p.spacedWiki = function(frame)
  return '<td style="text-decoration:line-through">Hiero/Cell.spacedWiki</td>'  
end

--spacedSimple
-- spaced cells for lists not for template use
Cell.spacedSimple = function(frame, code, span)
  if type(span) == 'number' and span > 1 then
    return Cell.simple(frame, code) .. '<td rowspan="' .. span .. '"></td>'
  end
  return Cell.simple(frame, code) .. '<td></td>'
end

p.spacedSimple = function(frame)
  return '<td style="text-decoration:line-through">Hiero/Cell.spacedSimple</td>'  
end

--spacedName
-- spaced cells for lists not for template use
Cell.spacedName = function(frame, kind, code, symbol, border, span)
  local core = Cell.name(frame, kind, code, symbol, border, 1)
  if type(span) == 'number' and span > 1 then
    return core .. '<td rowspan="' .. span .. '"></td>'
  end
  return core .. '<td></td>'
end

--annotatededWiki
-- spaced cells for lists not for template use
Cell.annotatededWiki = function(frame, content, content2, span)
  if type(span) == 'number' and span > 1 then
    return Cell.Wiki(frame, content, 1) .. Cell.Wiki(frame, content2, span)
  end
  return Cell.Wiki(frame, content, 1) .. Cell.Wiki(frame, content2, 1)
end

p.annotatededWiki = function(frame)
  return '<td style="text-decoration:line-through">Hiero/Cell.annotatededWiki</td>'  
end

--annotatedSimple
-- spaced cells for lists not for template use
Cell.annotatedSimple = function(frame, code, content, span)
  if type(span) == 'number' and span > 1 then
    return Cell.simple(frame, code) .. Cell.Wiki(frame, content, span)
  end
  return Cell.simple(frame, code) .. Cell.Wiki(frame, content, 1)
end

p.annotatedSimple = function(frame)
	return '<tr>' ..
	       Cell.annotatedSimple(frame, frame.args[1], frame.args[2]) ..
	       '</tr>'
end

--annotatedName
-- spaced cells for lists not for template use
Cell.annotatedName = function(frame, kind, code, symbol, border, content, span)
  local core = Cell.name(frame, kind, code, symbol, border, 1)
  if type(span) == 'number' and span > 1 then
    return core .. Cell.Wiki(frame, content2, span)
  end
  return core .. Cell.Wiki(frame, content2, 1)
end

p.annotatedName = function(frame)
  return '<td style="text-decoration:line-through">Hiero/Cell.annotatedName</td>'  
end

-- list
-- add valid data only
local function tdRow(nameType, tdTable, key, value, funct)
  if tdTable[value] == nil then
    return '<td>Cell.list.' .. nameType .. '.' .. key ..
           '.' .. value .. '={???}</td></tr><tr>'
  else
    return funct .. '</tr><tr>'
  end
end

-- list allready parsed contents without order into order
Cell.list = function(frame, content, language)
	mw.logObject(content, 'Cell.list content')
	local result = '<tr>'
	-- order first part
	for _, v in ipairs(Cell.order1) do
		mw.log(v, 'order1 step')
		  -- content is a list containing key-value pairs
		  -- key is a nameType as listed in Cell.order1
		  -- value is a typeStruct, i. e. a list of subsequent row definitions
		local typeStruct = content[v]
		if type(typeStruct) == 'table' then
			-- name definition of type v found
			mw.logObject(typeStruct, v)
			local count = 0 -- have counter for 1st col row span
			-- first step: require seccond (and third) column data
			local typeContent = "" --collector for subsequent rows
			for n, w in pairs(typeStruct) do
				-- col 2 element found
				count = count + 1 -- increase rowspan for col 1
				-- each typeStruct consists of an undefined number of
				--   key-value pairs whereat n is key and w is value
				-- each w value consists of a number of key-value pairs in turn
				--   The structure of w depends on n
				--   Few of w's params are mandatory.
				--   tdRow will check availability of the one given by its name
				if type(w) == 'table' then
					mw.logObject(w, v .. '.' .. n)
					if n == 'Wiki' then
						typeContent = typeContent ..
							tdRow(v, w, n, 'Wikitext',
							      Cell.Wiki(frame, w.Wikitext, w.colspan))
					elseif n == 'simple' then
						typeContent = typeContent ..
							tdRow(v, w, n, 'code',
							      Cell.simple(frame, w.code))
					elseif n == 'name' then
						typeContent = typeContent ..
							tdRow(v, w, n, 'code',
							      Cell.name(frame, v, w.code, w.symbol,
							                       w.border, w.colspan))
					elseif n == 'spacedSimple' then
						typeContent = typeContent ..
							tdRow(v, w, n, 'code',
							      Cell.spacedSimple(frame, w.code, w.rowspan))
					elseif n == 'spacedName' then
						typeContent = typeContent ..
							tdRow(v, w, n, 'code',
							      Cell.spacedName(frame, v, w.code, w.symbol,
							      	              w.border, w.rowspan))
					elseif n == 'annotatedSimple' then
						typeContent = typeContent ..
							tdRow(v, w, n, 'code',
							      Cell.annotatedSimple(frame, w.code, w.Wikitext,
							      	                   w.rowspan))
					elseif n == 'name' then
						typeContent = typeContent ..
							tdRow(v, w, n, 'code',
							      Cell.spacedName(frame, v, w.code, w.symbol,
							                      w.border, w.Wikitext, w.rowspan))
					else
						typeContent = typeContent .. '<td>Cell.list.' ..
					                  v .. '.' .. n .. '={???}</td>'
					end
				end -- for n, w in pairs(typeStruct)
			end --if type(w) == 'table'
			-- seccond step: have the (multi) row starting with nameType title
			--               completed
			if count < 1 then
				result = result .. '<td colspan="2">' .. v .. '{???}</td>'
			else
				result = result .. Cell.Title(v, language, count) ..
				         typeContent
			end
		end -- type(typeStruct) == 'table'
	-- one type defined, one type in mind (next nameType def...)
	end -- for _, v in ipairs(Cell.order1)
	-- add seccond part
	--2b done
	-- return alltogether
	return result .. '</tr>'
end

function p.list(frame)
	if frame.args[1] == nil then return '' end
	if frame.args[1] == '' then return '' end
	assert(type(Parser) == 'table', ' Parser: ' .. type(Parser))
	return Cell.list(frame, Parser.parse(frame.args[1]), frame.args[2])
 end

function p.Cell()
	return Cell
end

return p