mirror of
https://github.com/bryanthaboi/gen1recomp
synced 2026-10-07 17:31:35 -04:00
CLOSES #2649, CLOSES #2650, CLOSES #2652, CLOSES #2653, CLOSES #2654, CLOSES #2657, CLOSES #2658, CLOSES #2659, CLOSES #2660, CLOSES #2662, CLOSES #2664, CLOSES #2665, CLOSES #2666, CLOSES #2669, CLOSES #2671, CLOSES #2672, CLOSES #2674, CLOSES #2676, CLOSES #2682, CLOSES #2683, CLOSES #2684, CLOSES #2685, CLOSES #2686, CLOSES #2687, CLOSES #2688, CLOSES #2689
CLOSES #2649, CLOSES #2650, CLOSES #2652, CLOSES #2653, CLOSES #2654, CLOSES #2657, CLOSES #2658, CLOSES #2659, CLOSES #2660, CLOSES #2662, CLOSES #2664, CLOSES #2665, CLOSES #2666, CLOSES #2669, CLOSES #2671, CLOSES #2672, CLOSES #2674, CLOSES #2676, CLOSES #2682, CLOSES #2683, CLOSES #2684, CLOSES #2685, CLOSES #2686, CLOSES #2687, CLOSES #2688, CLOSES #2689
This commit is contained in:
bryanthaboi
@@ -0,0 +1,249 @@
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package.path = package.path .. ";./?.lua;./?/init.lua;./tools/save-editor/?.lua"
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.. ";./tools/save-editor/panels/?.lua"
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love = require("tests.love_stub")
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local passed, failed = 0, 0
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local function check(cond, msg)
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if cond then
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passed = passed + 1
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else
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failed = failed + 1
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print("FAIL: " .. msg)
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end
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end
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local function eq(a, b, msg)
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check(a == b, msg .. string.format(" (got %s, want %s)", tostring(a), tostring(b)))
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end
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print("== save editor / .sav split stack tests (#2671) ==")
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require("src.core.GameVersion").set("red")
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local Ops = require("Ops")
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local State = require("State")
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local Catalog = require("Catalog")
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local Bag = require("src.inventory.Bag")
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local SaveData = require("src.core.SaveData")
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local GenSave = require("src.save_convert.GenSave")
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local Data = require("src.core.Data")
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Data:load()
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GenSave.setCharmap(loadfile("src/save_convert/data/charmap.lua")())
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local function red()
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local S = State.new()
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S.data = Data
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S.cat = Catalog.build(Data)
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S.save = SaveData.newGame()
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S.save.inventory, S.save.bagOrder, S.save.pcItems, S.save.pcOrder = {}, nil, {}, nil
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return S
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end
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local function split(S)
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Bag.add(S.save, "X_ACCURACY", 99, S.data)
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Bag.add(S.save, "POTION", 3, S.data)
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Bag.add(S.save, "X_ACCURACY", 2, S.data)
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end
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local function counts(rows)
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local out = {}
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for _, r in ipairs(rows) do out[#out + 1] = tostring(r.id) .. "x" .. tostring(r.count) end
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return table.concat(out, ",")
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end
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do
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local S = red()
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split(S)
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eq(S.save.inventory.X_ACCURACY, 101, "fixture: 99 + 2 X ACCURACY totals 101")
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eq(table.concat(S.save.bagOrder, ","), "X_ACCURACY,POTION,X_ACCURACY", "fixture: two cart slots")
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eq(counts(Ops.stackRows(S, false)), "X_ACCURACYx99,POTIONx3,X_ACCURACYx2", "editor rows carry each slot's own count")
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local legal = true
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for _, r in ipairs(Ops.stackRows(S, false)) do
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if not require("Legality").integer(r.count, 1, Ops.itemMax(S, r.id, false)) then legal = false end
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end
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check(legal, "a split stack is legal per row")
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end
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do
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local S = red()
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split(S)
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check(Ops.bagCanMax(S, "X_ACCURACY"), "the part-filled overflow slot can be maxed")
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check(Ops.bagMax(S, "X_ACCURACY") == true, "Max fills the overflow slot")
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eq(S.save.inventory.X_ACCURACY, 198, "Max fills both slots to 99")
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eq(counts(Ops.stackRows(S, false)), "X_ACCURACYx99,POTIONx3,X_ACCURACYx99", "both rows read x99")
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end
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do
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local S = red()
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split(S)
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S.dirty = false
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check(Ops.bagDrop(S, "X_ACCURACY", 2) == true, "Drop on the overflow row succeeds")
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eq(S.save.inventory.X_ACCURACY, 99, "Drop on the overflow row removes only that slot")
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eq(table.concat(S.save.bagOrder, ","), "X_ACCURACY,POTION", "the overflow slot leaves bagOrder")
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end
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do
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local S = red()
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Bag.add(S.save, "X_ACCURACY", 99, S.data)
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check(Ops.bagAdjust(S, "X_ACCURACY", 1) == true, "+1 on a full slot opens a new slot")
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eq(S.save.inventory.X_ACCURACY, 100, "the bag now holds 100")
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eq(counts(Ops.stackRows(S, false)), "X_ACCURACYx99,X_ACCURACYx1", "the new slot reads x1")
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check(Ops.bagAdjust(S, "X_ACCURACY", -1, 2) == true, "-1 on the new slot")
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eq(table.concat(S.save.bagOrder, ","), "X_ACCURACY", "emptying the new slot drops it")
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end
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do
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local S = red()
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Bag.add(S.save, "X_ACCURACY", 99, S.data)
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local n = 1
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for _, id in ipairs(S.cat.items) do
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if n >= Bag.capacity(S.data) then break end
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if not Ops.isBadgeId(id) and id ~= "X_ACCURACY" and Bag.add(S.save, id, 1, S.data) then n = n + 1 end
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end
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eq(Bag.slots(S.save, S.data), 20, "fixture: a 20-slot bag")
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S.dirty = false
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check(Ops.bagAdjust(S, "X_ACCURACY", 1) == false, "a full bag refuses the overflow slot")
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eq(S.save.inventory.X_ACCURACY, 99, "the refusal changes nothing")
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check(S.dirty == false, "the refusal does not dirty")
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end
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do
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local S = red()
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S.save.pcItems.POTION = 150
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eq(table.concat(Ops.pcOrder(S), ","), "POTION,POTION", "a 150 PC stack lists two box slots")
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eq(counts(Ops.stackRows(S, true)), "POTIONx99,POTIONx51", "PC rows carry each slot's own count")
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check(Ops.pcDrop(S, "POTION", 2) == true, "Drop on the PC overflow row")
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eq(S.save.pcItems.POTION, 99, "only the overflow slot leaves the PC")
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check(Ops.pcAdjust(S, "POTION", 1) == true, "+1 on a full PC slot opens a new slot")
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eq(S.save.pcItems.POTION, 100, "the PC now holds 100")
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end
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do
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local S = red()
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split(S)
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check(Ops.bagAdjust(S, "X_ACCURACY", -5, 1) == true, "-5 on the first bag slot")
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eq(counts(Ops.stackRows(S, false)), "X_ACCURACYx94,POTIONx3,X_ACCURACYx2",
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"editor rows keep 94 and 2 after a first-slot decrease")
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eq(table.concat(S.save.bagStacks.X_ACCURACY, ","), "94,2", "the per-slot counts ride save.bagStacks")
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S.save.pcItems.POTION = 150
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check(Ops.pcAdjust(S, "POTION", -1, 1) == true, "-1 on the first PC slot")
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eq(counts(Ops.stackRows(S, true)), "POTIONx98,POTIONx51", "PC rows keep 98 and 51")
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end
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do
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local Kit = require("Kit")
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local App = require("App")
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local oldDim = love.graphics.getDimensions
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love.graphics.getDimensions = function() return 1280, 720 end
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local path = os.tmpname() .. "-bug2671.lua"
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local seed = SaveData.newGame()
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seed.inventory = { X_ACCURACY = 101, POTION = 3 }
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seed.bagOrder = { "X_ACCURACY", "POTION", "X_ACCURACY" }
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local f = assert(io.open(path, "wb")); f:write(SaveData.encode(seed)); f:close()
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App.load(path, { version = "red" })
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local S = App.getState()
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S.tab = "items"
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local labels, invalid = {}, {}
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local real = Kit.button
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Kit.button = function(x, y, w, h, label, opts)
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if type(label) == "string" and label:find("×", 1, true) then
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labels[#labels + 1] = label
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if opts and opts.invalid then invalid[#invalid + 1] = label end
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end
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return real(x, y, w, h, label, opts)
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end
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App.draw()
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Kit.button = real
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eq(table.concat(labels, "|"), "X ACCURACY ×99|POTION ×3|X ACCURACY ×2", "panel: one row per cart slot with its own count")
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eq(#invalid, 0, "panel: no row is flagged as an illegal stack")
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App.unload()
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os.remove(path)
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love.graphics.getDimensions = oldDim
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end
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do
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local O = GenSave.OFFSETS
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local idx = GenSave.crosswalks(Data).itemsIndex
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local save = SaveData.newGame()
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save.inventory = { X_ACCURACY = 101, POTION = 3 }
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save.bagOrder = { "X_ACCURACY", "POTION", "X_ACCURACY" }
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save.cartBag = nil
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save.pcItems = { POTION = 150, ANTIDOTE = 1 }
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save.pcOrder = { "POTION", "ANTIDOTE", "POTION" }
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save.cartPc = nil
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local ok, bytes = pcall(GenSave.encode, save, Data)
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check(ok and type(bytes) == "string", ".sav encode runs: " .. tostring(bytes))
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if ok and type(bytes) == "string" then
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eq(bytes:byte(O.numBagItems + 1), 3, ".sav: wNumBagItems counts both X ACCURACY slots")
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local function slots(off, n)
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local out = {}
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for i = 0, n - 1 do
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out[#out + 1] = bytes:byte(off + i * 2 + 1) .. ":" .. bytes:byte(off + i * 2 + 2)
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end
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out[#out + 1] = tostring(bytes:byte(off + n * 2 + 1))
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return table.concat(out, ",")
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end
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eq(slots(O.bagItems, 3), ("%d:99,%d:3,%d:2,255"):format(idx.X_ACCURACY, idx.POTION, idx.X_ACCURACY),
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".sav: wBagItems keeps each slot where bagOrder put it")
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eq(bytes:byte(O.numPcItems + 1), 3, ".sav: wNumBoxItems counts both POTION slots")
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eq(slots(O.pcItems, 3), ("%d:99,%d:1,%d:51,255"):format(idx.POTION, idx.ANTIDOTE, idx.POTION),
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".sav: wBoxItems keeps each slot where pcOrder put it")
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local okD, dec = pcall(GenSave.decode, bytes, Data)
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check(okD and type(dec) == "table", ".sav decode runs: " .. tostring(dec))
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if okD and type(dec) == "table" then
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local back = dec.save or dec
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eq(back.inventory.X_ACCURACY, 101, ".sav round trip: total 101")
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eq(table.concat(back.bagOrder or {}, ","), "X_ACCURACY,POTION,X_ACCURACY", ".sav round trip: two bagOrder occurrences")
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eq(back.cartBag, nil, ".sav round trip: the modelled rows need no raw carrier")
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eq(back.pcItems.POTION, 150, ".sav round trip: PC total 150")
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eq(table.concat(back.pcOrder or {}, ","), "POTION,ANTIDOTE,POTION", ".sav round trip: two pcOrder occurrences")
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end
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end
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end
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do
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local O = GenSave.OFFSETS
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local idx = GenSave.crosswalks(Data).itemsIndex
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local save = SaveData.newGame()
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save.inventory = { X_ACCURACY = 96, POTION = 3 }
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save.bagOrder = { "X_ACCURACY", "POTION", "X_ACCURACY" }
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save.bagStacks = { X_ACCURACY = { 94, 2 } }
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save.cartBag = nil
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save.pcItems = { POTION = 149, ANTIDOTE = 1 }
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save.pcOrder = { "POTION", "ANTIDOTE", "POTION" }
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save.pcStacks = { POTION = { 98, 51 } }
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save.cartPc = nil
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local ok, bytes = pcall(GenSave.encode, save, Data)
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check(ok and type(bytes) == "string", ".sav encode of per-slot counts runs: " .. tostring(bytes))
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if ok and type(bytes) == "string" then
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local function slots(off, n)
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local out = {}
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for i = 0, n - 1 do
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out[#out + 1] = bytes:byte(off + i * 2 + 1) .. ":" .. bytes:byte(off + i * 2 + 2)
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end
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out[#out + 1] = tostring(bytes:byte(off + n * 2 + 1))
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return table.concat(out, ",")
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end
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eq(slots(O.bagItems, 3), ("%d:94,%d:3,%d:2,255"):format(idx.X_ACCURACY, idx.POTION, idx.X_ACCURACY),
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".sav: wBagItems writes each slot's own count")
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eq(slots(O.pcItems, 3), ("%d:98,%d:1,%d:51,255"):format(idx.POTION, idx.ANTIDOTE, idx.POTION),
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".sav: wBoxItems writes each slot's own count")
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local okD, dec = pcall(GenSave.decode, bytes, Data)
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check(okD and type(dec) == "table", ".sav decode of per-slot counts runs: " .. tostring(dec))
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if okD and type(dec) == "table" then
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local back = dec.save or dec
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eq(back.inventory.X_ACCURACY, 96, ".sav round trip: total 96")
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eq(table.concat(back.bagStacks and back.bagStacks.X_ACCURACY or {}, ","), "94,2",
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".sav round trip: 94/2 comes back as per-slot counts")
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eq(back.cartBag, nil, ".sav round trip: per-slot counts need no raw carrier")
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eq(table.concat(back.pcStacks and back.pcStacks.POTION or {}, ","), "98,51",
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".sav round trip: PC 98/51 comes back as per-slot counts")
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eq(back.cartPc, nil, ".sav round trip: PC per-slot counts need no raw carrier")
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end
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end
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end
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print(string.format("save editor split stack tests: %d passed, %d failed", passed, failed))
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if failed > 0 then os.exit(1) end
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