Module:CraftingParser

This module contains functions for Module:GetRecipes. It uses the following Modules:

• Module:RecipeTable

---

local p = {}

-- Grabs args from the parent frame
-- Trims and parses the args into a table, then returns the table
function norm( origArgs )
    origArgs = mw.getCurrentFrame():getParent().args
    local args = {}
    
    for k, v in pairs( origArgs ) do
        v = mw.text.trim( tostring( v ) )
        if v ~= '' then
            args[k] = v
        end
    end
    
    return args
end


-- Compares two recipes ( a < b ? true : false )
function recipeCompare(a, b)
    
    --not in v0.9
    --if not a.efficiencySkills[1] and not b.efficiencySkills[1] then return false
    --elseif a.efficiencySkills[1] and not b.efficiencySkills[1] then return false
    --elseif not a.efficiencySkills[1] and b.efficiencySkills[1] then return true
    --elseif a.efficiencySkills[1] < b.efficiencySkills[1] then return true
    --elseif a.efficiencySkills[1] > b.efficiencySkills[1] then return false
    
	if (a.skillNeeds[1] ~= nil and b.skillNeeds[1] ~= nil) then 
		if 	a.skillNeeds[1][1] < b.skillNeeds[1][1] then return true
		elseif a.skillNeeds[1][1] > b.skillNeeds[1][1] then return false
		elseif not a.skillNeeds[1][2] and b.skillNeeds[1][2] then return true
		elseif a.skillNeeds[1][2] and not b.skillNeeds[1][2] then return false
		elseif a.skillNeeds[1][2] and a.skillNeeds[1][2] < b.skillNeeds[1][2] then return true
		elseif a.skillNeeds[1][2] and a.skillNeeds[1][2] > b.skillNeeds[1][2] then return false
	end
			
    elseif a.defaultVariant[1] < b.defaultVariant[1] then return true
    elseif a.defaultVariant[1] > b.defaultVariant[1] then return false
    else return a.defaultVariant[1] <= b.defaultVariant[1]
    end
end


-- Parses arguments into a table of recipes
function frameParse( args )
    local parsedRecipes = {}

    -- Set variables
    local dispCraftStn = tonumber( args.displayCraftStation )
    local checkImage = tonumber( args.checkForImage )

    -- Iterate over every recipe passed in
    for i = 1, args.numRecipes do
        table.insert( parsedRecipes, i, {
            ['dispCraftStn'] = dispCraftStn,
            ['checkImage'] = checkImage,
            ['craftStn'] = {args['craftStation'..i], args['craftStationImg'..i]},
            ['item1'] = {args['item'..i..'.1'], args['itemImg'..i..'.1'], args['itemNum'..i..'.1']},
            ['item2'] = {args['item'..i..'.2'], args['itemImg'..i..'.2'], args['itemNum'..i..'.2']},
            ['skillNeed'] = {args['skillNeed'..i], args['skillNeedImg'..i], args['skillLvlNeed'..i]},
            ['mater1'] = {args['material'..i..'.1'], args['materialImg'..i..'.1'], args['materialNum'..i..'.1']},
            ['mater2'] = {args['material'..i..'.2'], args['materialImg'..i..'.2'], args['materialNum'..i..'.2']},
            ['mater3'] = {args['material'..i..'.3'], args['materialImg'..i..'.3'], args['materialNum'..i..'.3']},
            ['mater4'] = {args['material'..i..'.4'], args['materialImg'..i..'.4'], args['materialNum'..i..'.4']},
            ['cTime'] = args['craftTime'..i],
            ['affSkill1'] = {args['affectSkill'..i..'.1'], args['affectSkillImg'..i..'.1']},
            ['affSkill2'] = {args['affectSkill'..i..'.2'], args['affectSkillImg'..i..'.2']},
            --TODO - construct new parts of the table here
        })
    end

    return parsedRecipes
end


-- Formats and sorts recipes
function formatRecipes( recipes )
  -- Sort recipes
  table.sort( recipes, function( a, b ) return recipeCompare( a, b ) end )

  return recipes
end


-- Seperates a list of recipes into two tables
function seperate( recipes, item )
    local sepRecipes = { {}, {} }
    for i = 1, #recipes do
        --TODO Could use this algorithm to cycle variants. For now, focus on default variant only
        --v0.8 if recipes[i].products[1][1] == item then
        --v0.9 need to find product in recipes[i].variants object, using pairs
        for k, v in pairs(recipes[i].variants) do
        	if v.products[1][1] == item then
	            table.insert( sepRecipes[1], recipes[i] )
        	elseif v.products[2] ~= nil and v.products[2][2] == item then
	            table.insert( sepRecipes[1], recipes[i] )
        	elseif v.ingredients[1][2] == item then
	            table.insert( sepRecipes[2], recipes[i] )
        	elseif v.ingredients[2][1] ~= nil and v.ingredients[2][2] == item then
	            table.insert( sepRecipes[2], recipes[i] )
        	
        	--TODO REWRITE this section to cycle through k, v properly - not hard check to prevent errors.
        	--elseif v.ingredients[3][1] ~= nil and v.ingredients[3][1] == item then
	            --table.insert( sepRecipes[2], recipes[i] )
        	--elseif v.ingredients[4][1] ~= nil and v.ingredients[4][1] == item then
	            --table.insert( sepRecipes[2], recipes[i] )
			--elseif v.ingredients[5][1] ~= nil and v.ingredients[5][1] == item then
	            --table.insert( sepRecipes[2], recipes[i] )
        	--elseif v.ingredients[6][1] ~= nil and v.ingredients[6][1] == item then
	            --table.insert( sepRecipes[2], recipes[i] )
        	--elseif v.ingredients[7][1] ~= nil and v.ingredients[7][1] == item then
	            --table.insert( sepRecipes[2], recipes[i] )
			--elseif v.ingredients[8][1] ~= nil and v.ingredients[8][1] == item then
            	--table.insert( sepRecipes[2], recipes[i] )
            end
        end
    end
    return sepRecipes
end


-- Called from Template:RecipeTable
-- Calls Module:RecipeTable
-- Returns the wikitext returned by Module:RecipeTable
function p.raw( f )
    -- get args from the Template, parse them into recipes
    local recipes = frameParse( norm( f ) )

    -- Format the recipes
    recipes = formatRecipes( recipes )

    -- Call RecipeTable
    local recipeTable = require( "Module:TestRecipeTable" )
    return recipeTable.main( recipes )
end


-- Called from Module:GetRecipes
-- Calls Module:RecipTable
-- Returns the wikitext returned by Module:RecipeTable
function p.formattedItem( recipes, item )
    
    -- Seperate recipes into crafting recipes and used in recipes
    local sepRecipes = seperate( recipes, item )

    -- Format the recipes, and call RecipeTable on each table
    local recipeTable = require( "Module:TestRecipeTable" )
    local returnVal = '=== Crafting Recipes ===\n\n'
    
    if #sepRecipes[1] == 0 then
        returnVal = returnVal .. "''None''\n\n=== Used in Recipes ===\n\n "
    else
        returnVal = returnVal .. recipeTable.main( formatRecipes( sepRecipes[1] ) ) .. '\n\n=== Used in Recipes ===\n\n'
    end
    if #sepRecipes[2] == 0 then
        returnVal = returnVal .. "''None''\n"
    else
        returnVal = returnVal .. recipeTable.main( formatRecipes( sepRecipes[2] ) )
    end

    return returnVal
end


-- Called from Module:GetRecipes
-- Calls Module:RecipeTable
-- Returns formatted wikitext, including wikitext returned from Module:RecipeTable
function p.formattedTable( recipes, table )
    -- Format the recipes, and call RecipeTable
    local recipeTable = require( "Module:TestRecipeTable" )
    local returnVal = '=== Recipes at ' .. table .. ' ===\n\n'
    if #recipes == 0 then
        returnVal = returnVal .. "''None''\n"
    else
        returnVal = returnVal .. recipeTable.main( formatRecipes( recipes ) )
    end
    
    return returnVal
end


-- Called from Module:GetRecipes
-- Calls Module:RecipeTable
-- Returns formatted wikitext, including wikitext returned from Module:RecipeTable
function p.formattedGroup( recipes, group )
    -- Format the recipes, and call RecipeTable
    local recipeTable = require( "Module:TestRecipeTable" )
    local returnVal = '=== ' .. group .. ' Recipes ===\n\n'
    if #recipes == 0 then
        returnVal = returnVal .. "''None''\n"
    else
        returnVal = returnVal .. recipeTable.main( formatRecipes( recipes ) )
    end
    
    return returnVal
end

return p