打印lua中不同类型的数据
| 类型 | 打印 | 输出 |
| nil | print(nil) | nil |
| 布尔 | print(true) | true |
| number | print(5) | 5 |
| number | print(3.14) | 3.14 |
| 字符串 | print("Hello World!") | Hello World! |
| light c function | print(print) | function: 00007FF66598EAC0 注1：该值为value_.f的16进制 注2：print映射对应c++中的luaB_print函数 |
| c fuction | c++代码： static int CClosureStrLen(lua_State* L) { const char* upval = lua_tostring(L, lua_upvalueindex(1)); // get first upvalue lua_pushnumber(L, (int)strlen(upval)); /* push result */ return 1; } lua_rawgeti(L, LUA_REGISTRYINDEX, LUA_RIDX_GLOBALS); // 获取G表并压栈 lua_pushstring(L, "cclosure upvalue"); // 创建一个字符串upvalue，内容为cclosure upvalue，并压栈 // 创建有1个upvalue的c函数闭包（upvalue为栈顶元素），成功后将栈顶1个upvalue出栈，并将自己入栈 lua_pushcclosure(L, CClosureStrLen, 1); // 设置索引为-2处的G表的key为Lua_CClosureStrLen对应的value为c闭包CClosureStrLen(在栈顶处) 设置成功后，将栈顶的c闭包出栈 lua_setfield(L, -2, "Lua_CClosureStrLen"); lua代码： print(Lua_CClosureStrLen) | function: 000002348D50EA70 注：该值为value_.gc的16进制 |
| lua fuction | function Func1() end print(Func1) | function: 000001C75623DBE0 注：该值为value_.gc的16进制 |
table lua实现 | print({1,2,a=10,b=20}) | table: 000001C75623B5A0 注：该值为value_.gc的16进制 |
table 有元表及__tostring元方法 | local mt = {} mt.__tostring = function (t) return "Hello " .. t.tag end local t = setmetatable({x=10,tag="this is t1 table."}, mt) print(t) --输出Hello this is t1 table. | Hello this is t1 table. 注：t的元表实现了__tostring元方法，打印t时会调用该方法的返回值来输出 |
table c++实现 | print(io) | table: 000001C75622B550 注：该值为value_.gc的16进制 |
| light userdata | c++代码： lua_rawgeti(L, LUA_REGISTRYINDEX, LUA_RIDX_GLOBALS);// 获取G表并压栈 lua_pushlightuserdata(L, L);// 将lua_State* L作为light userdata压栈 // 设置索引为-2处的G表的key为Lua_lightuserdata对应的value为light userdata(在栈顶处) 设置成功后，将栈顶的light userdata出栈 lua_setfield(L, -2, "Lua_lightuserdata"); lua代码： print(Lua_lightuserdata) | userdata: 000001B033F52B18 注：该值为value_.p的16进制 |
full userdata 有元表及__tostring元方法 | print(io.stdin) | file (00007FF96340FC00) 注1：由于为io.stdin实现了元方法__tostring，映射对应liolib.c的f_tostring函数 在lua中打印io.stdin，最后会调用f_tostring函数来打印 注2：该值为((luaL_Stream*)((char*)(value_.gc) + sizeof(Udata)))->f的FILE*指针 注3：sizeof(Udata)为40 |
| full userdata | c++代码： lua_rawgeti(L, LUA_REGISTRYINDEX, LUA_RIDX_GLOBALS);// 获取G表并压栈 lua_newuserdata(L, 100);//创建一个内存块大小为100的full userdata，并压栈 // 设置索引为-2处的G表的key为Lua_fulluserdata对应的value为full userdata(在栈顶处) 设置成功后，将栈顶的full userdata出栈 lua_setfield(L, -2, "Lua_fulluserdata"); lua代码： print(Lua_fulluserdata) -- 注：该full userdata无元表和元方法 | userdata: 000001D5CAA03EE8 注1：该值为(char*)(value_.gc) + sizeof(Udata)的16进制 注2：sizeof(Udata)为40 |
| lua state | print(coroutine.create(function() end)) | thread: 000001C7562428C8 注：该值为value_.gc的16进制 |
去掉元表对__tostring元方法的重写，使用lua api中的tostring进行原始输出
function tostringraw( t )
if not t then
return ""
end
local mt = getmetatable(t)
if not mt then
return tostring(t)
end
local fts = rawget(mt, "__tostring")
if not fts then
return tostring(t)
end
rawset(mt, "__tostring", nil)
local output = tostring(t)
rawset(mt, "__tostring", fts)
return output
end使用lua输出
使用原生的print打印G表中的内容
for i,v in pairs(_G) do
print("["..i.."] => "..tostring(v))
end输出结果如下：
[rawlen] => function: 00007FF9A6038CB0 // luaB_rawlen [utf8] => table: 000001C73CD1FD90 [next] => function: 00007FF9A60391B0 // luaB_next [require] => function: 000001C73CD1F8D0 [select] => function: 00007FF9A603A100 // luaB_select [debug] => table: 000001C73CD1FA10 [tonumber] => function: 00007FF9A6038690 // luaB_tonumber [pcall] => function: 00007FF9A603A2B0 // luaB_pcall [_VERSION] => Lua 5.3 [dofile] => function: 00007FF9A6039E70 // luaB_dofile [table] => table: 000001C73CD1FB90 [collectgarbage] => function: 00007FF9A6038EE0 // luaB_collectgarbage [coroutine] => table: 000001C73CD1FC10 [rawequal] => function: 00007FF9A6038C00 // luaB_rawequal [string] => table: 000001C73CD1FCD0 [ipairs] => function: 00007FF9A60394A0 // luaB_ipairs [error] => function: 00007FF9A60389D0 // luaB_error [type] => function: 00007FF9A6039110 // luaB_type [getmetatable] => function: 00007FF9A6038A40 // luaB_getmetatable [tostring] => function: 00007FF9A603A5E0 // luaB_tostring [_G] => table: 000001C73CD1F750 [arg] => table: 000001C73CD1FE10 [setmetatable] => function: 00007FF9A6038B00 // luaB_getmetatable [math] => table: 000001C73CD1FD50 [load] => function: 00007FF9A6039AA0 // luaB_load [rawget] => function: 00007FF9A6038D60 // luaB_rawget [os] => table: 000001C73CD1FA90 [io] => table: 000001C73CD1FBD0 [print] => function: 000001C73CE093A0 // luaB_print [pairs] => function: 00007FF9A6039290 // luaB_pairs [assert] => function: 00007FF9A603A060 // luaB_assert [package] => table: 000001C73CD1F910 [xpcall] => function: 00007FF9A603A410 // luaB_xpcall [rawset] => function: 00007FF9A6038E20 // luaB_rawset [loadfile] => function: 00007FF9A6039700 // luaB_loadfile
使用实现的printx来递归打印G表中的内容（带元表输出）
test3.lua代码如下：
local test3 = {}
test3.var1 = 100
function test3:func1()
end
return test3main.lua代码如下：
function printx ( t )
local printx_cache={} -- 防止打印过的table被重复展开打印，造成死循环
local function sub_printx(t,indent) -- indent为分隔字符串 当前为2个空格
if (printx_cache[tostring(t)]) then
print(indent.."*** has print ***")
else
printx_cache[tostring(t)]=true
if (type(t)=="table") then
local mt = getmetatable(t)
if (mt~=nil) then -- 打印当前表的元表
print(indent.."table's meta"..tostring(mt).." {")
sub_printx(mt,indent..string.rep(" ",2))
print(indent.."}")
end
for pos,val in pairs(t) do
local spos = tostring(pos)
if (type(val)=="table" or type(val)=="userdata") then
print(indent.."["..spos.."] => "..tostring(val).." {")
sub_printx(val,indent..string.rep(" ",string.len(spos)+8))
print(indent..string.rep(" ",string.len(spos)+6).."}")
elseif (type(val)=="string") then
print(indent.."["..spos..'] => "'..val..'"')
else
print(indent.."["..spos.."] => "..tostring(val))
end
end
elseif type(t)=="userdata" then
local mt = getmetatable(t)
if (mt~=nil) then -- 打印当前userdata的元表
print(indent.."userdata's meta"..tostring(mt).." {")
sub_printx(mt,indent..string.rep(" ",2))
print(indent.."}")
end
else
print(indent..tostring(t))
end
end
end
if (type(t)=="table" or type(t)=="userdata") then
print(tostring(t).." {")
sub_printx(t," ")
print("}")
else
sub_printx(t," ")
end
end
gt = {120,key1="Hello"}
require("test3")
printx(_G) -- 打印G表中的内容输出结果如下：
table: 00000226C79D02D0 {
[utf8] => table: 00000226C79CFE50 {
[codepoint] => function: 00007FF9A6066A60 // codepoint
[codes] => function: 00007FF9A6067370 // iter_codes
[len] => function: 00007FF9A6066770 // utflen
[charpattern] => "[-�-�][�-�]*"
[char] => function: 00007FF9A6066D60 // utfchar
[offset] => function: 00007FF9A6066ED0 // byteoffset
}
[_VERSION] => "Lua 5.3"
[package] => table: 00000226C79D0410 {
[cpath] => "I:\pubcode\LuaTest\LuaCode/?.dll"
[loaded] => table: 00000226C79D03D0 {
[utf8] => table: 00000226C79CFE50 {
*** has print ***
}
[package] => table: 00000226C79D0410 {
*** has print ***
}
[table] => table: 00000226C79D0210 {
[remove] => function: 00007FF9A6063C80 // tremove
[move] => function: 00007FF9A6063E20 // tmove
[concat] => function: 00007FF9A6064110 // tconcat
[pack] => function: 00007FF9A6064560 // pack
[unpack] => function: 00007FF9A60646A0 // unpack
[sort] => function: 00007FF9A6064D50 // sort
[insert] => function: 00007FF9A6063AE0 // tinsert
}
[io] => table: 00000226C79D01D0 {
[close] => function: 00007FF9A6046660 // io_close
[stderr] => file (00007FF9B1A3A510) {
userdata's metatable: 0000026A4EADF7D0 {
[__name] => "FILE*"
[lines] => function: 00007FF992497050
[seek] => function: 00007FF992498C00
[flush] => function: 00007FF992499160
[write] => function: 0000026A50891090
[read] => function: 00007FF992497E40
[__tostring] => function: 00007FF992496320
[__index] => table: 0000026A4EADF7D0 {
*** has print ***
}
[__gc] => function: 00007FF992496720
[close] => function: 00007FF9924965D0
[setvbuf] => function: 00007FF992498EB0
}
}
[stdout] => file (00007FF9B1A3A4B8) {
userdata's metatable: 0000026A4EADF7D0 {
*** has print ***
}
}
[stdin] => file (00007FF9B1A3A460) {
userdata's metatable: 0000026A4EADF7D0 {
*** has print ***
}
}
[output] => function: 00007FF9A6046F00 // io_output
[popen] => function: 00007FF9A6046B00 // io_popen
[type] => function: 00007FF9A6046110 // io_type
[read] => function: 00007FF9A6047DC0 // io_read
[input] => function: 00007FF9A6046EE0 // io_input
[lines] => function: 00007FF9A60470B0 // io_lines
[open] => function: 00007FF9A6046870 // io_open
[tmpfile] => function: 00007FF9A6046CF0 // io_tmpfile
[write] => function: 00000226C7AA8F40 // io_write
[flush] => function: 00007FF9A60490D0 // io_flush
}
[coroutine] => table: 00000226C79D0250 {
[create] => function: 00007FF9A603CDA0 // luaB_cocreate
[status] => function: 00007FF9A603D060 // luaB_costatus
[resume] => function: 00007FF9A603CBE0 // luaB_coresume
[wrap] => function: 00007FF9A603CE50 // luaB_cowrap
[isyieldable] => function: 00007FF9A603D470 // luaB_yieldable
[yield] => function: 00007FF9A603CFC0 // luaB_yield
[running] => function: 00007FF9A603D4A0 // luaB_corunning
}
[test3] => table: 000001CB6C2BC9F0 {
[func1] => function: 000001CB6C291540
[var1] => 100
}
[debug] => table: 00000226C79CFE90 {
[sethook] => function: 00007FF9A603EFD0 // db_sethook
[setlocal] => function: 00007FF9A603E440 // db_setlocal
[getregistry] => function: 00007FF9A603D650 // db_getregistry
[traceback] => function: 00007FF9A603FD90 // db_traceback
[upvalueid] => function: 00007FF9A603E960 // db_upvalueid
[getlocal] => function: 00007FF9A603E0F0 // db_getlocal
[debug] => function: 00007FF9A603F9A0 // db_debug
[getupvalue] => function: 00007FF9A603E910 // db_getupvalue
[getuservalue] => function: 00007FF9A603D7A0 // db_getuservalue
[setuservalue] => function: 00007FF9A603D800 // db_setuservalue
[setmetatable] => function: 00007FF9A603D720 // db_setmetatable
[setupvalue] => function: 00007FF9A603E920 // db_setupvalue
[gethook] => function: 00007FF9A603F690 // db_gethook
[upvaluejoin] => function: 00007FF9A603EB20 // db_upvaluejoin
[getmetatable] => function: 00007FF9A603D670 // db_getmetatable
[getinfo] => function: 00007FF9A603D9D0 // db_getinfo
}
[math] => table: 00000226C79D0050 {
[tointeger] => function: 00007FF9A604BDF0 // math_toint
[log] => function: 00007FF9A604C720 // math_log
[ceil] => function: 00007FF9A604C000 // math_ceil
[huge] => inf
[abs] => function: 00007FF9A604B700 // math_abs
[modf] => function: 00007FF9A604C3D0 // math_modf
[maxinteger] => 9223372036854775807
[acos] => function: 00007FF9A604BB80 // math_acos
[mininteger] => -9223372036854775808
[atan] => function: 00007FF9A604BC50 // math_atan
[pi] => 3.1415926535898
[random] => function: 00007FF9A604CCA0 // math_random
[type] => function: 00007FF9A604CF60 // math_type
[cos] => function: 00007FF9A604B910 // math_cos
[sqrt] => function: 00007FF9A604C560 // math_sqrt
[tan] => function: 00007FF9A604B9E0 // math_tan
[randomseed] => function: 00007FF9A604CEA0 // math_randomseed
[fmod] => function: 00007FF9A604C150 // math_fmod
[asin] => function: 00007FF9A604BAB0 // math_asin
[deg] => function: 00007FF9A604C9C0 // math_deg
[rad] => function: 00007FF9A604CA90 // math_rad
[min] => function: 00007FF9A604CB60 // math_min
[max] => function: 00007FF9A604CC00 // math_max
[ult] => function: 00007FF9A604C640 // math_ult
[floor] => function: 00007FF9A604BEB0 // math_floor
[exp] => function: 00007FF9A604C8F0 // math_exp
[sin] => function: 00007FF9A604B840 // math_sin
}
[string] => table: 00000226C79CFDD0 {
[gmatch] => function: 00007FF9A605EB90 // gmatch
[len] => function: 00007FF9A605C6D0 // str_len
[packsize] => function: 00007FF9A60619A0 // str_packsize
[dump] => function: 00007FF9A605D6B0 // str_dump
[match] => function: 00007FF9A605EA50 // str_match
[rep] => function: 00007FF9A605CEF0 // str_rep
[unpack] => function: 00007FF9A6061CB0 // str_unpack
[format] => function: 00007FF9A605FB10 // str_format
[reverse] => function: 00007FF9A605CA00 // str_reverse
[lower] => function: 00007FF9A605CBB0 // str_lower
[pack] => function: 00007FF9A60608E0 // str_pack
[upper] => function: 00007FF9A605CD50 // str_upper
[sub] => function: 00007FF9A605C790 // str_sub
[find] => function: 00007FF9A605EA40 // str_find
[gsub] => function: 00007FF9A605F2F0 // str_gsub
[byte] => function: 00007FF9A605D2D0 // str_byte
[char] => function: 00007FF9A605D520 // str_char
}
[os] => table: 00000226C79CFF90 {
[clock] => function: 00007FF9A6050FA0 // os_clock
[time] => function: 00007FF9A60516C0 // os_time
[date] => function: 00007FF9A60511B0 // os_date
[difftime] => function: 00007FF9A6051BE0 // os_difftime
[execute] => function: 00007FF9A6050AE0 // os_execute
[setlocale] => function: 00007FF9A6051CC0 // os_setlocale
[getenv] => function: 00007FF9A6050EB0 // os_getenv
[rename] => function: 00007FF9A6050CE0 // os_rename
[remove] => function: 00007FF9A6050BC0 // os_remove
[tmpname] => function: 00007FF9A6050E20 // os_tmpname
[exit] => function: 00007FF9A6051EE0 // os_exit
}
[_G] => table: 00000226C79D02D0 {
*** has print ***
}
}
[searchpath] => function: 00007FF9A604E150 // ll_searchpath
[preload] => table: 00000226C79D0390 {
}
[config] => "\
;
?
!
-
"
[searchers] => table: 00000226C79CFD50 {
[1] => function: 00000226C79D00D0
[2] => function: 00000226C79D0290 // LuaLoader_Callback
[3] => function: 00000226C79D0110
[4] => function: 00000226C79D0350
}
[loadlib] => function: 00007FF9A604DCE0 // ll_loadlib
[path] => "I:\pubcode\LuaTest\LuaCode/?.lua"
}
[dofile] => function: 00007FF9A6039E70
[require] => function: 00000226C79CFFD0
[tostring] => function: 00007FF9A603A5E0
[rawlen] => function: 00007FF9A6038CB0
[next] => function: 00007FF9A60391B0
[assert] => function: 00007FF9A603A060
[xpcall] => function: 00007FF9A603A410
[table] => table: 00000226C79D0210 {
*** has print ***
}
[type] => function: 00007FF9A6039110
[gt] => table: 000001CB6C2BBD30 {
[1] => 120
[key1] => "Hello"
}
[error] => function: 00007FF9A60389D0
[pairs] => function: 00007FF9A6039290
[loadfile] => function: 00007FF9A6039700
[rawset] => function: 00007FF9A6038E20
[collectgarbage] => function: 00007FF9A6038EE0
[select] => function: 00007FF9A603A100
[pcall] => function: 00007FF9A603A2B0
[tonumber] => function: 00007FF9A6038690
[_G] => table: 00000226C79D02D0 {
*** has print ***
}
[arg] => table: 00000226C79CFF50 {
[0] => "I:\pubcode\LuaTest\LuaCode/test4.lua"
[-3] => "c:/Users/chen/.vscode/extensions/actboy168.lua-debug-1.30.1/runtime/win64/lua53/lua.exe"
[-2] => "-e"
[-1] => "dofile[[c:/Users/chen/.vscode/extensions/actboy168.lua-debug-1.30.1/script/launch.lua]];DBG(50980,true)"
}
[debug] => table: 00000226C79CFE90 {
*** has print ***
}
[math] => table: 00000226C79D0050 {
*** has print ***
}
[os] => table: 00000226C79CFF90 {
*** has print ***
}
[print] => function: 00000226C7AA8B80
[string] => table: 00000226C79CFDD0 {
*** has print ***
}
[io] => table: 00000226C79D01D0 {
*** has print ***
}
[ipairs] => function: 00007FF9A60394A0
[setmetatable] => function: 00007FF9A6038B00
[load] => function: 00007FF9A6039AA0
[rawget] => function: 00007FF9A6038D60
[rawequal] => function: 00007FF9A6038C00
[coroutine] => table: 00000226C79D0250 {
*** has print ***
}
[getmetatable] => function: 00007FF9A6038A40
}注1：全局变量会被添加到_G表中 // 如上示例中的gt表
注2：被require进来的表会放在_G[package]表中键为[loaded]的表中 // 如上示例中的test3表
使用实现的printx来递归打印自定义表中的内容（带元表输出）
local t1 = {1,2,3,h1="earth"}
local t2= setmetatable({x=10},t1)
local t3= setmetatable({r=128,g=30,b=12},t2)
printx(t3)输出内容如下：
table: 000002541BAE6600 {
metatable: 000002541BAE6540 {
metatable: 000002541BAE6380 {
[1] => 1
[2] => 2
[3] => 3
[h1] => "earth"
}
[x] => 10
}
[r] => 128
[b] => 12
[g] => 30
}使用C++输出
std::vector<std::string> VSDumpTable(lua_State* L)
{
std::vector<std::string> Msg;
char szBuffer[256] = { 0 };
memset(szBuffer, 0, 256);
// 好了，现在表已经在栈顶上了，像前面操作 next 的方式一样操作
// 1. 先压入 nil 调用 next 开始迭代
lua_pushnil(L);
// 现在的栈是这样的：-1 => nil, -2 => table
// 2. 现在循环调用 next 来获取下一组键值
// 第1个参数待查询的键，第2个参数是表的索引
// 如果没有可迭代的元素了，lua_next 会返回 0
while (lua_next(L, -2)) {
// 现在的栈是这样的：-1 => value, -2 => key, -3 => table
const char* key = luaL_tolstring(L, -2, NULL);
lua_pop(L, 1);
const char* value = luaL_tolstring(L, -1, NULL);
lua_pop(L, 1);
sprintf_s(szBuffer, 255, "%s => %s", key, value);
Msg.push_back(szBuffer);
// 现在完后，干掉 value 保留 key，为下一次迭代作准备
lua_pop(L, 1);
// 现在的栈是这样的：-1 => key, -2 => table
// 已经回到开始遍历时的栈帧了，可以下一次遍历了
}
// lua_next 不止会返回0，而且还会帮我们把最后一个 key 给弹出去，只保留最初那个表
// 现在的栈是这样的：-1 => table
return Msg;
}
std::vector<std::string> VSDumpRegisterTable(lua_State* L)
{
// 将Registry表压入栈顶
lua_pushvalue(L, LUA_REGISTRYINDEX);
std::vector<std::string> Msg = VSDumpTable(L);
lua_pop(L, 1);
return Msg;
}
std::vector<std::string> VSDumpGTable(lua_State* L)
{
// 将G表压入栈顶
lua_rawgeti(L, LUA_REGISTRYINDEX, LUA_RIDX_GLOBALS);
std::vector<std::string> Msg = VSDumpTable(L);
lua_pop(L, 1);
return Msg;
}输出结果如下：
? VSDumpRegisterTable(L)
{ size=8 }
[capacity]: 9
[allocator]: allocator
[0]: "1 => thread: 0000020FB5CB2B28"
[1]: "2 => table: 0000020FB5CA55D0"
[2]: "_IO_input => file (00007FF8DBE3FC00)"
[3]: "userdata: 00007FF74FF3E520 => table: 0000020FB5CA3A40"
[4]: "_IO_output => file (00007FF8DBE3FC58)"
[5]: "FILE* => table: 0000020FB5CB69A0"
[6]: "_PRELOAD => table: 0000020FB5CB67A0"
[7]: "_LOADED => table: 0000020FB5CA5880"
[Raw View]: {_Mypair=allocator }
? VSDumpGTable(L)
{ size=51 }
[capacity]: 63
[allocator]: allocator
[0]: "io => table: 0000020FB5CB63A0"
[1]: "select => function: 00007FF74FEDFF60"
[2]: "rawset => function: 00007FF74FEDF4B0"
[3]: "tonumber => function: 00007FF74FEDED20"
[4]: "require => function: 0000020FB5CAF570"
[5]: "error => function: 00007FF74FEDEF90"
[6]: "game_writetext => function: 00007FF74FF273D0"
[7]: "dofile => function: 00007FF74FEDFD50"
[8]: "MyArrayTest => function: 0000020FB5CC3140"
[9]: "tagame_gameplayercount => 8"
[10]: "pairs => function: 00007FF74FEDF880"
[11]: "game_readbyte => function: 00007FF74FF27190"
[12]: "tostring => function: 00007FF74FEE02E0"
[13]: "table => table: 0000020FB5CB62A0"
[14]: "os => table: 0000020FB5CB6720"
[15]: "coroutine => table: 0000020FB5CB6CA0"
[16]: "game_readtext => function: 00007FF74FF27250"
[17]: "pcall => function: 00007FF74FEE00B0"
[18]: "Add => function: 0000020FB5CC3680"
[19]: "Add2 => function: 0000020FB5CC1370"
[20]: "loadgamecheatscript => function: 0000020FB5CC2FF0"
[21]: "game_writehello => function: 0000020FB5CC30D0"
[22]: "game_setrominfo => function: 0000020FB5CC3370"
[23]: "print => function: 00007FF74FEDEAD0"
[24]: "game_cheatprocess => function: 0000020FB5CC3530"
[25]: "type => function: 00007FF74FEDF700"
[26]: "_G => table: 0000020FB5CA55D0"
[27]: "tagame_romimpl => userdata: 0000020FB5CB2090"
[28]: "unserialize => function: 0000020FB5CC2F80"
[29]: "serialize => function: 0000020FB5CC34C0"
[30]: "myarray => table: 0000020FB5CB64A0"
[31]: "xpcall => function: 00007FF74FEE01B0"
[32]: "package => table: 0000020FB5CB4880"
[33]: "game_getgameframe => function: 00007FF74FF27500"
[34]: "getmetatable => function: 00007FF74FEDF090"
[35]: "debug => table: 0000020FB5CB66A0"
[36]: "loadfile => function: 00007FF74FEDF9B0"
[37]: "string => table: 0000020FB5CB6420"
[38]: "collectgarbage => function: 00007FF74FEDF580"
[39]: "utf8 => table: 0000020FB5CB6D20"
[40]: "rawlen => function: 00007FF74FEDF320"
[41]: "math => table: 0000020FB5CB68A0"
[42]: "_VERSION => Lua 5.3"
[43]: "rawequal => function: 00007FF74FEDF270"
[44]: "assert => function: 00007FF74FEDFE50"
[45]: "setmetatable => function: 00007FF74FEDF150"
[46]: "rawget => function: 00007FF74FEDF3F0"
[47]: "load => function: 00007FF74FEDFAF0"
[48]: "next => function: 00007FF74FEDF7C0"
[49]: "game_writebyte => function: 00007FF74FF27310"
[50]: "ipairs => function: 00007FF74FEDF900"
[Raw View]: {_Mypair=allocator }扩展阅读