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|
---#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
|
