local a = gg.getListItems()
local processedSoNames = {}  -- 用于存储已处理的SO库名称
local soCache = {}           -- 缓存SO库的基地址

for i = 1, #a do
    for k, v in pairs(gg.getRangesList()) do
        if a[i].address >= v["start"] and a[i].address <= v["end"] then
            local soName = v["name"]:match('[^/]*$')
            
            -- 获取SO库基地址（如果缓存中没有则获取并缓存）
            if not soCache[soName] then
                soCache[soName] = gg.getRangesList(soName)[1].start
            end
            
            local soStart = soCache[soName]
            local py = a[i].address - soStart
            
            -- 获取ARM(64)操作码
            local asmCode = gg.disasm(6, a[i].address, a[i].value)
            
            -- 移除分号及后面的所有内容
            asmCode = asmCode:match("^([^;]*)") or asmCode
            
            -- 处理操作码格式
            if not asmCode:match("^~") then
                asmCode = "~A8 " .. asmCode
            end
            
            -- 移除多余的空格，确保多个连续空格只保留一个
            asmCode = asmCode:gsub("%s+", " ")
            
            -- 去除首尾空格
            asmCode = asmCode:gsub("^%s*(.-)%s*$", "%1")
            
            -- 如果这个SO库还没有输出过t的定义，先输出t的定义
            if not processedSoNames[soName] then
                print("local t = {\"" .. soName .. "\"}")
                processedSoNames[soName] = true
            end
            
            print("local tt = {0x" .. string.format("%X", py) .. "}local ttt = S_Pointer(t,tt,true)")
            print("setvalue(ttt,4, \"" .. asmCode .. "\", false)")
            
            break  -- 找到匹配的内存范围后跳出内层循环
        end
    end
end