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Line 197: − + − + − ["0 -> 1"] = "Fixed route",+ − ["1 -> A, B/battle, C/empty"] = "Random",+ − ["C -> F, G"] = "...",+ − ["B -> D, E"] = "...",+ − ["title"] = "A Custom Title",+ − ["order"] = "C, B",+ − "?",+ − + − --print(p.t)+ − + − ]]--+
no edit summary
comma_list = "[^,]+",
comma_list = "[^,]+",
node_and_color = "^%s*(%a)%s*/%s*(%S+)%s*$",
node_and_color = "^%s*(%a)%s*/%s*(%S+)%s*$",
node_and_color2 = "^%s*(%a)%s*/%s*(%S+)%s*/%s*(%S+)%s*$",
node = "^%s*([%a%d])%s*$",
node = "^%s*([%a%d])%s*$",
digit_node = "^%s*%d%s*$",
digit_node = "^%s*%d%s*$",
-- .kcRoute is defined in MediaWiki:Common.css
-- .kcRoute is defined in MediaWiki:Common.css
_node_template = [[<div class="kcRoute" style="vertical-align:middle"><div class="kcRouteNode" style="background:${color};">${label}</div></div>]],
_node_template = [[<div class="kcRoute" style="vertical-align:middle"><div class="kcRouteNode" style="background:${color};">${label}</div></div>]],
_node_color2 = [[linear-gradient(90deg, ${color1} 50%, ${color2} 50%)]],
_node_colors = {
_node_colors = {
end
end
self._vars.log = self._vars.log .. str .. "\n"
self._vars.log = self._vars.log .. str .. "\n"
end
function MapBranchingTable:parse_node(node_string)
local node, color1, color2 = node_string:match(self._grammar.node_and_color2)
if not node then
node, color1 = node_string:match(self._grammar.node_and_color)
end
if not node then
node = node_string:match(self._grammar.node)
end
return node, color1, color2
end
end
local from_node, to_nodes = route:match(self._grammar.split)
local from_node, to_nodes = route:match(self._grammar.split)
if from_node and to_nodes then
if from_node and to_nodes then
local from_node_, from_node_color = from_node:match(self._grammar.node_and_color)
local from_node_color1, from_node_color2
from_node = from_node_color and from_node_ or from_node:match(self._grammar.node)
from_node, from_node_color1, from_node_color2 = self:parse_node(from_node)
local first_node = nil
local first_node = nil
for to_node in string.gmatch(to_nodes, self._grammar.comma_list) do
for to_node in string.gmatch(to_nodes, self._grammar.comma_list) do
local to_node_, to_node_color = to_node:match(self._grammar.node_and_color)
local to_node_color1, to_node_colo2
to_node = to_node_color and to_node_ or to_node:match(self._grammar.node)
to_node, to_node_color1, to_node_color2 = self:parse_node(to_node)
if from_node and to_node then
if from_node and to_node then
if not Utils.find(branching.index, from_node) then
if not Utils.find(branching.index, from_node) then
end
end
if not branching[from_node] then
if not branching[from_node] then
branching[from_node] = { color = from_node_color, index = {} }
branching[from_node] = { color = from_node_color1, color2 = from_node_color2, index = {} }
end
end
if not first_node then
if not first_node then
first_node = to_node
first_node = to_node
branching[from_node][to_node] = { color = to_node_color, rules = rules, span = 1 }
branching[from_node][to_node] = { color = to_node_color1, color2 = to_node_color2, rules = rules, span = 1 }
else
else
branching[from_node][first_node].span = branching[from_node][first_node].span + 1
branching[from_node][first_node].span = branching[from_node][first_node].span + 1
branching[from_node][to_node] = { color = to_node_color }
branching[from_node][to_node] = { color = to_node_color1, color2 = to_node_color2 }
end
end
if not Utils.find(branching[from_node].index, to_node) then
if not Utils.find(branching[from_node].index, to_node) then
end
end
function MapBranchingTable:format_node(label, color)
function MapBranchingTable:format_node(label, color, color2)
return label == "0" and self._start or format{
return label == "0" and self._start or format{
self._node_template,
self._node_template,
color = label:match(self._grammar.digit_node)
color = label:match(self._grammar.digit_node)
and self._node_colors.grey
and self._node_colors.grey
or color2
and (format {
self._node_color2,
color1 = self._node_colors[color] or color or self._node_colors.battle,
color2 = self._node_colors[color2] or color2 or self._node_colors.battle,
})
or self._node_colors[color]
or self._node_colors[color]
or color
or color
self._row_start_template,
self._row_start_template,
rowspan = #branching[from_node].index,
rowspan = #branching[from_node].index,
from = self:format_node(from_node, branching[from_node].color),
from = self:format_node(from_node, branching[from_node].color, branching[from_node].color2),
id = self._vars.id,
id = self._vars.id,
})
})
self._row_template,
self._row_template,
separator = first and "" or format{self._row_separator_template, id = self._vars.id},
separator = first and "" or format{self._row_separator_template, id = self._vars.id},
to = self:format_node(to_node, branching[from_node][to_node].color),
to = self:format_node(to_node, branching[from_node][to_node].color, branching[from_node][to_node].color2),
rules = branching[from_node][to_node].rules and format{
rules = branching[from_node][to_node].rules and format{
self._rules,
self._rules,
end
end
--[[
-- [[Category:Todo]]: make Module:Test maybe
MapBranchingTable.t = MapBranchingTable.Table(nil, {
function MapBranchingTable:tests()
return MapBranchingTable.Table(nil, {
["0 -> 1"] = "Fixed route",
["1 -> A, B/battle, C/empty"] = "Random",
["C -> F, G/battle/empty"] = "...",
["B -> D, E"] = "...",
["title"] = "A Custom Title",
["order"] = "C, B",
})
"?",
}) .. "\n" .. (self._vars.log or "")
--print(p._vars.log)
end
-- print(p:tests())
return MapBranchingTable
return MapBranchingTable