function Main()
menu = gg.choice({
'主功能',
'未开发',
'退出脚本'},
2018,'这里可以填QQ号')
if menu == 1 then A() end
if menu == 2 then B() end
if menu == 3 then Exit() end
XGCK=-1
end



function A()
menu1 = gg.choice({
'选择进程',
'范围',
'LOGO防闪退',
'过检测',
'副功能名称5',
'副功能名称6',
'副功能名称7',
'副功能名称8',
'副功能名称9',
'副功能名称10',
'返回上一页'},
2018,'这里也可以随便填')
if menu1 == 1 then a1() end
if menu1 == 2 then a2() end
if menu1 == 3 then a3() end
if menu1 == 4 then a4() end
if menu1 == 5 then a5() end
if menu1 == 6 then a6() end
if menu1 == 7 then a7() end
if menu1 == 8 then a8() end
if menu1 == 9 then a9() end
if menu1 == 10 then a10() end
if menu1 == 11 then HOME() end
GLWW=-1
end



function B()
menu1 = gg.choice({
'副功能名称1',
'副功能名称2',
'副功能名称3',
'副功能名称4',
'副功能名称5',
'副功能名称6',
'副功能名称7',
'副功能名称8',
'副功能名称9',
'副功能名称10',
'返回上一页'},
2018,'这里也可以随便填')
if menu1 == 1 then b1() end
if menu1 == 2 then b2() end
if menu1 == 3 then b3() end
if menu1 == 4 then b4() end
if menu1 == 5 then b5() end
if menu1 == 6 then b6() end
if menu1 == 7 then b7() end
if menu1 == 8 then b8() end
if menu1 == 9 then b9() end
if menu1 == 10 then b10() end
if menu1 == 11 then HOME() end
GLWW=-1
end



function a1()
gg.setProcessX()
gg.toast("开启成功")
end



function a2()
function S_Pointer(t_So, t_Offset, _bit)
    local function getRanges()
        local ranges = {}
        local t = gg.getRangesList('^/data/*.so*$')
        for i, v in pairs(t) do
            if v.type:sub(2, 2) == 'w' then
                table.insert(ranges, v)
            end
        end
        return ranges
    end

    local function Get_Address(N_So, Offset, ti_bit)
        local ti = gg.getTargetInfo()
        local S_list = getRanges()
        local _t = ti_bit and 32 or 4
        local _S = nil
        for i in pairs(S_list) do
            local _N = S_list[i].internalName:gsub('^.*/', '')
            if N_So[1] == _N and N_So[2] == S_list[i].state then
                _S = S_list[i]
                break
            end
        end
        if not _S then return nil end
        local t = {{address = _S.start + Offset[1], flags = _t}}
        if #Offset ~= 1 then
            for i = 2, #Offset do
                local S = gg.getValues(t)
                t = {}
                for _,v in pairs(S) do
                    if not ti.x64 then
                        v.value = v.value & 0xFFFFFFFF
                    end
                    t[#t+1] = {address = v.value + Offset[i], flags = _t}
                end
            end
        end
        return t[#t].address
    end
    return Get_Address(t_So, t_Offset, _bit)
end

local so_gun = {"libunity.so", "Cd"}
local off_gun = {0x1F5A0, 0xEC}

local function gunRangeOn()
    local addr = S_Pointer(so_gun, off_gun, true)
    if addr then
        gg.setValues({{address=addr,flags=16,value=15}})
        gg.toast("gun range on")
    else
        gg.toast("addr fail")
    end
end

local function gunRangeOff()
    local addr = S_Pointer(so_gun, off_gun, true)
    if addr then
        gg.setValues({{address=addr,flags=16,value=1}})
        gg.toast("gun range off")
    else
        gg.toast("addr fail")
    end
end

local menuList = {
    "1. Gun Range On",
    "2. Gun Range Off",
    "0. Exit"
}

while true do
    local choose = gg.choice(menuList,nil,"Menu")
    if choose == nil or choose == #menuList then
        break
    end
    if choose == 1 then
        gunRangeOn()
    elseif choose == 2 then
        gunRangeOff()
    end
    gg.sleep(200)
end
gg.toast("开启成功")
end



function a3()
function set(address, flags, value)
    local tt = {}
    tt[1] = {}
    tt[1].address = address
    tt[1].flags = flags
    tt[1].value = value
    gg.setValues(tt)
end
so=gg.getRangesList('libtersafe2.so')[1].start
py=0x5204E0
set(so+py,4,'~A8 B [PC,#0x10]')
gg.toast("开启成功")
end



function a4()
local function findExecutableSegment(lib)
local ranges=gg.getRangesList(lib)
for _,v in ipairs(ranges) do
if v.type:find("-x") then return v.start end
end
return nil
end
local function readValue(address,flags)
return gg.getValues({[1]={address=address,flags=flags}})[1].value
end
local function writeValue(address,flags,value,freeze)
local item={address=address,flags=flags,value=value,freeze=freeze}
if freeze then gg.addListItems({item}) else gg.setValues({item}) end
end

function setvalue(address,flags,value,freeze) if address == 0 then return end local tt={} tt[1]={} tt[1].address=address tt[1].flags=flags tt[1].value=value tt[1].freeze=freeze if freeze==false then gg.setValues(tt) end gg.addListItems(tt) end
function getvalue(address,flags,value,freeze) if address == 0 then return end local tt={} tt[1]={} tt[1].address=address tt[1].flags=flags gg.addListItems(tt) end
function autovalue(address,flags,_o,_v,freeze) if address == 0 then return end local tt={} tt[1]={} tt[1].address=address tt[1].flags=flags tt[1].freeze=freeze local _v_ = gg.getValues(tt)[1].value if math.abs(_v_-_o) < 1e-7 then tt[1].value=_v else tt[1].value=_o end if freeze==false then gg.setValues(tt) end gg.addListItems(tt) end
function readD(address) return gg.getValues({{address = address, flags = 4}})[1].value end 
function S_Pointer(t_So, t_Offset, _bit)
	local function getRanges()
		local ranges = {}
		local t = gg.getRangesList('^/data/*.so*$')
		for i, v in pairs(t) do
			if v.type:sub(2, 2) == 'w' then
				table.insert(ranges, v)
			end
		end
		return ranges
	end
	local function Get_Address(N_So, Offset, ti_bit)
		local ti = gg.getTargetInfo()
		local t = {}
		local _t
		local _S = nil
		if ti_bit then
			_t = 32
		 else
			_t = 4
		end
		local _S = gg.getRangesList(N_So[1])[1]
		if _S then
			t[#t + 1] = {}
			t[#t].address = _S.start + Offset[1]
			t[#t].flags = _t
			if #Offset ~= 1 then
				for i = 2, #Offset do
					local S = gg.getValues(t)
					t = {}
					for _ in pairs(S) do
						if not ti.x64 then
							S[_].value = S[_].value & 0xFFFFFFFF
						else
						    S[_].value = S[_].value & 0xFFFFFFFFFF
						end
						t[#t + 1] = {}
						t[#t].address = S[_].value + Offset[i]
						t[#t].flags = _t
					end
				end 

			end
			_S = t[#t].address

		end
		return _S
	end
	local ttt = Get_Address(t_So, t_Offset, _bit)
	if ttt ~= nil then
	local _A = string.format('0x%X', ttt)
	return _A
	end
	return 0
end

function RDI(address) return gg.getValues({{address = address, flags = 4}})[1].value & 0xFFFFFFFF  end
function RQI(address) return gg.getValues({{address = address, flags = gg.TYPE_QWORD}})[1].value end

function Format(tab, format, value, type, Function)
if format == "查看" then
tab[1]["flags"] = type
return print(gg.getValues(tab))
elseif format == "修改" then
tab[1]["flags"] = type
tab[1]["value"] = value
return gg.setValues(tab)
elseif format == "冻结" then
tab[1]["flags"] = type
tab[1]["freeze"] = true
tab[1]["value"] = value
tab[1]["name"] = Function or "功能"   
return gg.addListItems(tab)
elseif format == "加载" then
tab[1]["flags"] = type

return gg.loadResults(tab)
end
end

function LSQ_Chain(so, offset, format, value, type, Function)--模块设置, 偏移量, 功能参数, 修改值, 类型, 功能
getRanges = getRanges or (function()
local ranges = {}		
		local t = gg.getRangesList('^/data/*.so*$')
		for i, v in pairs(t) do
			if v["type"]:sub(2, 2) == 'w' then--判断so是否可读可写
			ranges[#ranges+1] = v
			end
		end
	return ranges
end)
local rest, ranges, sostart, valtype = {}, getRanges(), nil , gg.TYPE_DWORD
if gg.getTargetInfo()["x64"] then--判断应用程序是否为64位
valtype = gg.TYPE_QWORD
end

for i in pairs(ranges) do
		local _name = ranges[i]["internalName"]:gsub('^.*/', '')
		if so[1] == _name and so[2] == ranges[i]["state"] then
			sostart = ranges[i]["start"]
			break
		end
	end
	
if sostart then	
if offset[1]  then		
for i = 1, #offset do	
	rest = {{flags = valtype,address = sostart + offset[i]}}
	rest = gg.getValues(rest)
		if i == #offset then
break
end
	 		if valtype == gg.TYPE_DWORD then
				sostart = rest[1].value & 0xFFFFFFFF--对值进行补位操作 
				else
				sostart = rest[1].value			
			end
		end
	end		
	if #rest == 1 then
	   
	end
	return Format(rest, format, value, type, Function)
end
gg.toast("功能:" .. Function .. "开启失败")
print("功能开启失败原因: 未找到基址头")
return os.exit()
end

-- 读取内存地址的函数
function readPointer(name, offset, i)
local re = gg.getRangesList(name)  local x64 = gg.getTargetInfo().x64  local va = {[true]=32, [false]=4}  if re[i or 1] then local addr = re[i or 1].start + offset[1]  for i = 2, #offset do addr = gg.getValues({{address=addr, flags=va[x64]}})  if not x64 then addr[1].value = addr[1].value & 0xFFFFFFFF end addr = addr[1].value + offset[i] end return addr end end
-- 修改内存地址的函数
function gg.edits(addr, Table, name)
local Table1 = {{}, {}}  for k, v in ipairs(Table) do local value = {address = addr+v[3], value = v[1], flags = v[2], freeze = v[4]} if v[4] then Table1[2][#Table1[2]+1] = value else Table1[1][#Table1[1]+1] = value end end gg.addListItems(Table1[2]) gg.setValues(Table1[1]) gg.toast((name or "") .. "开启成功, 共修改"..#Table.."个值") end

function readPointer(name, offset, i)
    local re = gg.getRangesList(name)
    local x64 = gg.getTargetInfo().x64
    local va = { [true] = 32, [false] = 4 }
    if re[i or 1] then
        local addr = re[i or 1].start + offset[1]
        for i = 2, #offset do
            addr = gg.getValues({ { address = addr, flags = va[x64] } })
            if not x64 then
                addr[1].value = addr[1].value & 0xFFFFFFFF
            else
                addr[1].value = addr[1].value & 0xFFFFFFFFFF
            end
            addr = addr[1].value + offset[i]
        end
        return addr
    end
end




local t = {"libtersafe2.so"}
local tt = {0x1D574C}local ttt = S_Pointer(t,tt,true)
setvalue(ttt,4, "hE8 03 1F AA", true)
local tt = {0x1D57AC}local ttt = S_Pointer(t,tt,true)
setvalue(ttt,4, "h1F 00 00 6B", true)
local tt = {0x1D5818}local ttt = S_Pointer(t,tt,true)
setvalue(ttt,4, "h1F 00 00 6B", true)
local tt = {0x1D5894}local ttt = S_Pointer(t,tt,true)
setvalue(ttt,4, "h20 00 80 D2", true)
local tt = {0x1D58A4}local ttt = S_Pointer(t,tt,true)
setvalue(ttt,4, "hE0 03 1F 2A", true)
local tt = {0x4D4DE8}local ttt = S_Pointer(t,tt,true)
setvalue(ttt,4, "hE8 03 1F 2A", true)

local tt = {0x4D2094}local ttt = S_Pointer(t,tt,true)
setvalue(ttt,4, "hE8 03 1F AA", true)
local tt = {0x4D2114}local ttt = S_Pointer(t,tt,true)
setvalue(ttt,4, "hE8 03 1F AA", true)

local tt = {0x4F7B70}local ttt = S_Pointer(t,tt,true)
setvalue(ttt,4, "hE8 03 1F 2A", true)

local tt = {0x2125AC}local ttt = S_Pointer(t,tt,true)
setvalue(ttt,4, "hE8 03 1F 2A", true)

local tt = {0x429BD4}local ttt = S_Pointer(t,tt,true)
setvalue(ttt,4, "hE8 03 1F AA", true)

local tt = {0x4818D8}local ttt = S_Pointer(t,tt,true)
setvalue(ttt,4, "hBB C3 1C B8", true)

local tt = {0x40D380}local ttt = S_Pointer(t,tt,true)
setvalue(ttt,4, "~A8 MOV X8, XZR", true)

local tt = {0x5207F0}local ttt = S_Pointer(t,tt,true)
setvalue(ttt,4, "~A8 RET", true)
local tt = {0x1CFB8C}local ttt = S_Pointer(t,tt,true)
setvalue(ttt,4, "~A8 RET", true)
gg.toast("开启成功")
end



function a5()

gg.toast("开启成功")
end



function a6()

gg.toast("开启成功")
end



function a7()

gg.toast("开启成功")
end



function a8()

gg.toast("开启成功")
end



function a9()

gg.toast("开启成功")
end



function a10()

gg.toast("开启成功")
end



function b1()

gg.toast("开启成功")
end



function b2()

gg.toast("开启成功")
end



function b3()

gg.toast("开启成功")
end



function b4()

gg.toast("开启成功")
end



function b5()

gg.toast("开启成功")
end



function b6()

gg.toast("开启成功")
end



function b7()

gg.toast("开启成功")
end



function b8()

gg.toast("开启成功")
end



function b9()

gg.toast("开启成功")
end



function b10()

gg.toast("开启成功")
end



function Exit()
print("这里是退出脚本后的提示文字")
os.exit()
end



function HOME()
lw=1
Main()
end



cs = '这里可以填QQ'
while(true)do
if gg.isVisible(true) then
XGCK=1
gg.setVisible(false)
end
gg.clearResults()
if XGCK==1 then
Main()
end
end

















--[[Welcome to Dluae]]