microexpansion/modules/network/loan.lua

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2023-12-31 00:52:43 +01:00
local me = microexpansion
local loan = {
}
me.loan = loan
function me.loan.get_stack(net, inv, loan_slot)
local lstack = inv:get_stack("loan", loan_slot)
return lstack
end
function me.loan.set_stack(net, inv, loan_slot, lstack)
inv:set_stack("loan", loan_slot, lstack)
end
function me.loan.get_size(net, inv)
return inv:get_size("loan")
end
function me.loan.set_size(net, inv, size)
return inv:set_size("loan", size)
end
function me.loan.bump_loan(net, inv, loan_slot, remaining, addition_real_loaned)
local lstack = me.loan.get_stack(net, inv, loan_slot)
local ref
local real_count
if lstack:is_empty() then
-- TODO: should never happen, verify and remove
return
end
ref = me.network.get_ref(lstack)
real_count = nil
local prev_lstack_count = lstack:get_count()
if ref.drawer then
local stack = ItemStack(lstack)
-- the drawer api only allow up to 2^16-1, ask them for a better api, 2^48 max
local count = math.pow(2,16)-1
-- ensure that lstack:get_count() + spare below is at most 2^16-1
count = math.min(count, math.pow(2,16)-1 - lstack:get_count())
-- ensure at most 2^16-1 as the stack api doesn't allow more
count = math.min(count, remaining)
-- if the loan size is already maximal, then we can't update the loan any
if count > 0 then
stack:set_count(count)
-- bump up the actual inventory, spare is how many fit
local excess = drawers.drawer_insert_object(ref.pos, stack, ref.slot)
local spare = count - excess:get_count()
-- bump loan by spare
lstack:set_count(lstack:get_count() + spare)
me.log("LOAN: bump_loan to "..lstack:get_count(), "error")
me.loan.set_stack(net, inv, loan_slot, lstack)
net.counts[lstack:get_name()] = net.counts[lstack:get_name()] + spare
me.log("COUNT: loan now to "..net.counts[lstack:get_name()].." "..lstack:get_name()..", "..spare.." more", "error")
me.log("LOAN: adril "..addition_real_loaned.." loan "..prev_lstack_count.." and adjustment(spare) "..spare, "error")
addition_real_loaned = math.min(addition_real_loaned, spare)
me.add_capacity(ref.ipos, addition_real_loaned)
-- reduce remaining by spare
remaining = remaining - spare
end
else
local rinv = minetest.get_meta(ref.pos):get_inventory()
local real_stack = rinv:get_stack(ref.invname, ref.slot)
local max = real_stack:get_stack_max()
if real_stack:get_count() < max then
local spare = max - real_stack:get_count()
spare = math.min(spare, remaining)
-- me.log("bumping "..lstack:get_name().." by "..spare, "error")
-- bump up the actual inventory by spare
real_stack:set_count(real_stack:get_count() + spare)
rinv:set_stack(ref.invname, ref.slot, real_stack)
-- bump loan by spare
lstack:set_count(lstack:get_count() + spare)
-- me.log("bumping "..lstack:get_name().." to "..lstack:get_count(), "error")
me.log("LOAN: bump_loan to "..lstack:get_count(), "error")
me.loan.set_stack(net, inv, loan_slot, lstack)
-- me.log("COUNTS: "..minetest.serialize(net.counts), "error")
net.counts[lstack:get_name()] = net.counts[lstack:get_name()] + spare
me.log("COUNT: bump_loan loan now to "..net.counts[lstack:get_name()].." "..lstack:get_name()..", "..spare.." more", "error")
me.log("LOAN: adril "..addition_real_loaned.." loan "..prev_lstack_count.." and adjustment(spare) "..spare, "error")
addition_real_loaned = math.min(addition_real_loaned, spare)
me.add_capacity(ref.ipos, addition_real_loaned)
-- reduce remaining by spare
remaining = remaining - spare
end
end
-- This code is misguided. We've already added them as real, we can
-- only add them to a loan if those items are added to that
-- inventory being loaded. This is only possible if there is room.
if false and remaining > 0 then
if not net.bias then
net.bias = {}
end
if not net.bias["loan"] then
net.bias["loan"] = {}
end
if not net.bias["loan"][loan_slot] then
net.bias["loan"][loan_slot] = 0
end
net.bias["loan"][loan_slot] = net.bias["loan"][loan_slot] + remaining
me.log("LARGE: bump_loan bias is "..net.bias["loan"][loan_slot].." "..lstack:get_name()..", "..remaining.." more", "error")
end
end