---#if not JIT then DISABLE() end ---@meta jit.util ---@class Trace ---@class Proto local util = {} ---@class jit.funcinfo.lua local funcinfo = { linedefined = 0, lastlinedefined = 0, stackslots = 0, params = 0, bytecodes = 0, gcconsts = 0, nconsts = 0, upvalues = 0, currentline = 0, isvararg = false, children = false, source = "", loc = "", ---@type Proto[] proto = {} } ---@class jit.funcinfo.c ---@field ffid integer|nil local funcinfo2 = { addr = 0, upvalues = 0, } ---@param func function ---@param pc? integer ---@return jit.funcinfo.c|jit.funcinfo.lua info function util.funcinfo(func, pc) end ---@param func function ---@param pc integer ---@return integer? ins ---@return integer? m function util.funcbc(func, pc) end ---@param func function ---@param idx integer ---@return any? k function util.funck(func, idx) end ---@param func function ---@param idx integer ---@return string? name function util.funcuvname(func, idx) end ---@class jit.traceinfo local traceinfo = { nins = 0, nk = 0, link = 0, nexit = 0, linktype = "" } ---@param tr Trace ---@return jit.traceinfo? info function util.traceinfo(tr) end ---@param tr Trace ---@param ref integer ---@return integer? m ---@return integer? ot ---@return integer? op1 ---@return integer? op2 ---@return integer? prev function util.traceir(tr, ref) end ---@param tr Trace ---@param idx integer ---@return any? k ---@return integer? t ---@return integer? slot function util.tracek(tr, idx) end ---@class jit.snap : integer[] ---@param tr Trace ---@param sn integer ---@return jit.snap? snap function util.tracesnap(tr, sn) end ---@param tr Trace ---@return string? mcode ---@return integer? addr ---@return integer? loop function util.tracemc(tr) end ---@overload fun(exitno:integer):integer ---@param tr Trace ---@param exitno integer ---@return integer? addr function util.traceexitstub(tr, exitno) end ---@param idx integer ---@return integer? addr function util.ircalladdr(idx) end return util