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Rename variables for consistency

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This commit is contained in:
Rerumu 2022-06-26 01:22:14 -04:00
parent 2ad52aa6b1
commit 34dbd6b018
1 changed files with 32 additions and 33 deletions
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65
codegen/luau/runtime/runtime.lua
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@ -487,12 +487,12 @@ do
end end
function load.i32_i8(memory, addr) function load.i32_i8(memory, addr)
local b = load_byte(memory.data, addr) local temp = load_byte(memory.data, addr)
if b >= 0x80 then if temp >= 0x80 then
return to_u32(b - 0x100) return to_u32(temp - 0x100)
else else
return b return temp
end end
end end
@ -502,27 +502,26 @@ do
function load.i32_i16(memory, addr) function load.i32_i16(memory, addr)
local data = memory.data local data = memory.data
local num local temp
if addr % 4 == 0 then if addr % 4 == 0 then
num = bit_and(data[addr / 4] or 0, 0xFFFF) temp = bit_and(data[addr / 4] or 0, 0xFFFF)
else else
local b1 = load_byte(data, addr) local b1 = load_byte(data, addr)
local b2 = bit_lshift(load_byte(data, addr + 1), 8) local b2 = bit_lshift(load_byte(data, addr + 1), 8)
num = bit_or(b1, b2) temp = bit_or(b1, b2)
end end
if num >= 0x8000 then if temp >= 0x8000 then
return to_u32(num - 0x10000) return to_u32(temp - 0x10000)
else else
return num return temp
end end
end end
function load.i32_u16(memory, addr) function load.i32_u16(memory, addr)
local data = memory.data local data = memory.data
local num
if addr % 4 == 0 then if addr % 4 == 0 then
return bit_and(data[addr / 4] or 0, 0xFFFF) return bit_and(data[addr / 4] or 0, 0xFFFF)
@ -552,13 +551,13 @@ do
end end
function load.i64_i8(memory, addr) function load.i64_i8(memory, addr)
local b = load_byte(memory.data, addr) local temp = load_byte(memory.data, addr)
if b >= 0x80 then if temp >= 0x80 then
b = to_u32(b - 0x100) temp = to_u32(temp - 0x100)
end end
return num_from_u32(b, 0) return num_from_u32(temp, 0)
end end
function load.i64_u8(memory, addr) function load.i64_u8(memory, addr)
@ -569,74 +568,74 @@ do
function load.i64_i16(memory, addr) function load.i64_i16(memory, addr)
local data = memory.data local data = memory.data
local num local temp
if addr % 4 == 0 then if addr % 4 == 0 then
num = bit_and(data[addr / 4] or 0, 0xFFFF) temp = bit_and(data[addr / 4] or 0, 0xFFFF)
else else
local b1 = load_byte(data, addr) local b1 = load_byte(data, addr)
local b2 = bit_lshift(load_byte(data, addr + 1), 8) local b2 = bit_lshift(load_byte(data, addr + 1), 8)
num = bit_or(b1, b2) temp = bit_or(b1, b2)
end end
if num >= 0x8000 then if temp >= 0x8000 then
num = to_u32(num - 0x10000) temp = to_u32(temp - 0x10000)
end end
return num_from_u32(num, 0) return num_from_u32(temp, 0)
end end
function load.i64_u16(memory, addr) function load.i64_u16(memory, addr)
local data = memory.data local data = memory.data
local num local temp
if addr % 4 == 0 then if addr % 4 == 0 then
num = bit_and(data[addr / 4] or 0, 0xFFFF) temp = bit_and(data[addr / 4] or 0, 0xFFFF)
else else
local b1 = load_byte(data, addr) local b1 = load_byte(data, addr)
local b2 = bit_lshift(load_byte(data, addr + 1), 8) local b2 = bit_lshift(load_byte(data, addr + 1), 8)
num = bit_or(b1, b2) temp = bit_or(b1, b2)
end end
return num_from_u32(num, 0) return num_from_u32(temp, 0)
end end
function load.i64_i32(memory, addr) function load.i64_i32(memory, addr)
local data = memory.data local data = memory.data
local num local temp
if addr % 4 == 0 then if addr % 4 == 0 then
num = data[addr / 4] or 0 temp = data[addr / 4] or 0
else else
local b1 = load_byte(data, addr) local b1 = load_byte(data, addr)
local b2 = bit_lshift(load_byte(data, addr + 1), 8) local b2 = bit_lshift(load_byte(data, addr + 1), 8)
local b3 = bit_lshift(load_byte(data, addr + 2), 16) local b3 = bit_lshift(load_byte(data, addr + 2), 16)
local b4 = bit_lshift(load_byte(data, addr + 3), 24) local b4 = bit_lshift(load_byte(data, addr + 3), 24)
num = bit_or(b1, b2, b3, b4) temp = bit_or(b1, b2, b3, b4)
end end
return num_from_u32(num, 0) return num_from_u32(temp, 0)
end end
function load.i64_u32(memory, addr) function load.i64_u32(memory, addr)
local data = memory.data local data = memory.data
local num local temp
if addr % 4 == 0 then if addr % 4 == 0 then
num = data[addr / 4] or 0 temp = data[addr / 4] or 0
else else
local b1 = load_byte(data, addr) local b1 = load_byte(data, addr)
local b2 = bit_lshift(load_byte(data, addr + 1), 8) local b2 = bit_lshift(load_byte(data, addr + 1), 8)
local b3 = bit_lshift(load_byte(data, addr + 2), 16) local b3 = bit_lshift(load_byte(data, addr + 2), 16)
local b4 = bit_lshift(load_byte(data, addr + 3), 24) local b4 = bit_lshift(load_byte(data, addr + 3), 24)
num = bit_or(b1, b2, b3, b4) temp = bit_or(b1, b2, b3, b4)
end end
return num_from_u32(num, 0) return num_from_u32(temp, 0)
end end
local load_i32 = load.i32 local load_i32 = load.i32