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Brues
6936fd894b
The libtipscan approach scanned each bag/bank item's tooltip for red text, then had to carve out broken (0-durability) items since those also color red. C_PlayerInfo.CanUseItem checks item requirements directly (proficiency, level, class/race, skill/spell/rep) and ignores item state, so broken-but-equippable gear is never flagged and the durability exclusion drops out entirely. Bank slots resolve through C_Container.GetContainerItemID(-1, slot) instead of the inventory-slot workaround the scanner needed.
38 lines
1.3 KiB
Lua
38 lines
1.3 KiB
Lua
pfUI:RegisterModule("unusable", function ()
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if not pfUI.bag then return end
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if C.appearance.bags.unusable ~= "1" then return end
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pfUI.unusable = {}
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local r, g, b, a = strsplit(",", C.appearance.bags.unusable_color)
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function pfUI.unusable:UpdateSlot(bag, slot)
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-- break on invalid bag slots
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if not pfUI.bags[bag] then return end
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if not pfUI.bags[bag].slots[slot] then return end
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-- return on empty buttons
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local frame = pfUI.bags[bag].slots[slot].frame
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if not frame.hasItem then return end
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-- C_PlayerInfo.CanUseItem is the "is this red in the tooltip" gate:
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-- proficiency, required level, class/race, skill/spell/rep. It checks
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-- *requirements* only, so a broken (0-durability) item still reads as
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-- usable -- no durability-line exclusion needed like the old scanner.
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local itemID = C_Container.GetContainerItemID(bag, slot)
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if itemID and not C_PlayerInfo.CanUseItem(itemID) then
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_G.SetItemButtonTextureVertexColor(frame, r, g, b, a)
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end
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end
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-- update on regular pfUI button updates
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hooksecurefunc(pfUI.bag, "UpdateSlot", function(self, bag, slot)
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pfUI.unusable:UpdateSlot(bag, slot)
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end)
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-- update on bank frame itemlock updates
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hooksecurefunc("BankFrameItemButton_UpdateLock", function()
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pfUI.unusable:UpdateSlot(-1, this:GetID())
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end)
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end)
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