runtime.vmp

<?xml version="1.0" encoding="UTF-8" ?>
<Document>
    <Protection InputFileName="../bin/64/Release/win_runtime.dll" Options="0" OutputFileName="win_runtime32.dll">
        <Messages />
        <Folders />
        <Procedures />
        <Objects />
    </Protection>
    <Script>
        <![CDATA[function OnBeforeSaveFile()
	local file = vmprotect.core():outputArchitecture()
	local functions = vmprotect.core():inputArchitecture():functions()
	local empty_byte
	local is_dotnet
	if (file:name() == ".NET") then
		is_dotnet = true
		empty_byte = 0x2a
	else
		is_dotnet = false
		empty_byte = 0xcc
	end
	for i = 1, functions:count() do
		local func = functions:item(i)
		if (not func:needCompile() and func:type() ~= ObjectType.String) then
			local block_size = 0;
			local block_address = 0;	
			for j = 1, func:count() do
				command = func:item(j)
				need_clear = bit32.btest(command:options(), CommandOption.ClearOriginalCode)
				if (need_clear and is_dotnet and command:type() == ILCommandType.Comment) then
					need_clear = false
				end
				if need_clear then
					if (is_dotnet) then
						-- IL
					else
						-- Intel
						for k = 1, 3 do
							operand = command:operand(k)
							if operand:fixup() then
								local fixup = file:fixups():itemByAddress(operand:fixup():address())
								if fixup then
									fixup:setDeleted(true)
								end
							end
						end
					end
					
					if block_address ~= 0 and (block_address + block_size) ~= command:address() then
						if block_size > 0 then
							if file:addressSeek(block_address) then
								local s = string.rep(string.char(empty_byte), block_size)
								file:write(s)
							end
						end
						block_address = 0
						block_size = 0
					end
					
					if block_address == 0 then
						block_address = command:address()
					end
					block_size = block_size + command:size()
				end
			end
			
			if block_size > 0 then
				if file:addressSeek(block_address) then
					local s = string.rep(string.char(empty_byte), block_size)
					file:write(s)
				end
			end
		end
	end
	
	file:exports():clear()
end

function OnAfterCompilation()
	local array_name = string.gsub(string.gsub(vmprotect.extractFileName(core:outputFileName()), "%.", "_"), "demo", "")

	local lines = {}
	table.insert(lines, string.format('const uint8_t %s_code[] = {', array_name))
	local s = ""
	for i = 1, code_data:len() do
		s = s .. string.format("0x%.2x, ", code_data:byte(i))
		if (s:len() > 100) then
			table.insert(lines, s)
			s = ""
		end
	end
	if (s:len() > 0) then
		table.insert(lines, s)
	end
	table.insert(lines, "};")

	local stream = io.open(core:outputFileName(), "rb")
	local file_data = stream:read("*all")
	stream:close()
	
	table.insert(lines, string.format('const uint8_t %s_file[] = {', array_name))
	local key = math.random(0x100000000);
	local key_data = DWordToChar(key);
	s = ""
	for i = 1, key_data:len() do
		s = s .. string.format("0x%.2x, ", key_data:byte(i))
	end
	for i = 0, file_data:len() - 1 do
		s = s .. string.format("0x%.2x, ", bit32.bxor(file_data:byte(i + 1), (bit32.lrotate(key, i) + i) % 0x100))
		if (s:len() > 100) then
			table.insert(lines, s)
			s = ""
		end
	end
	if (s:len() > 0) then
		table.insert(lines, s)
	end
	table.insert(lines, "};")
	
	local stream = io.open(core:outputFileName() .. ".inc", "w+")
	stream:write(table.concat(lines, "\n"))
	stream:close()
end

function ValueToChar(val, len)
	local value = ""
	if (type(val) == "userdata") then
		value = tostring(val)
	else
		if (val < 0) then
			val = 0x10000 + val
		end
		value = string.format("%x", val)
	end
	while (value:len() < len * 2) do
		value = "0" .. value
	end

	local res = ""
	for i = value:len() - 1, 1, -2 do
		res = res .. string.char(tonumber("0x" .. value:sub(i, i + 1)))
		len = len - 1
		if (len == 0) then
			break
		end
	end
	return res
end

function ByteToChar(value)
	return ValueToChar(value, 1)
end

function WordToChar(value)
	return ValueToChar(value, 2)
end

function DWordToChar(value)
	return ValueToChar(value, 4)
end

function QWordToChar(value)
	return ValueToChar(value, 8)
end

function Ord(value)
	if (value) then
		return 1
	end
	return 0
end

function OnBeforeCompilation()
	local file = core:outputArchitecture()
	if (file:name() == ".NET") then
		local rsrc = file:segments():itemByName(".rsrc")
		if (rsrc) then
			rsrc:destroy()
		end
	end
end

core = vmprotect.core()
file = core:inputFile():item(core:inputFile():count())

procedure_lines = {}
--[[
# format: procname XYZ
#
# X:
#  A - All features
#  L - Licensing system
#  B - Bundler
#  R - Registry
#  E - rEsources
#  I - Loader
#  P - Processor
#
# Y:
#  M - Mutation   
#  F - Fast virtualization
#  V - Virtualization (default)
#
# Z:
#  N - None entry point
#  R - Random entry point
#
]]--
if (file:name() == ".NET") then
	-- Virtual Machine
	table.insert(procedure_lines, 'VMProtect.VirtualMachine::.ctor( PM')
	table.insert(procedure_lines, 'VMProtect.VirtualMachine::Invoke( PM')
	table.insert(procedure_lines, 'VMProtect.VirtualMachine/Utils::Random( AVN')
	table.insert(procedure_lines, 'VMProtect.VirtualMachine/Utils::CalcCRC( AVN')
	table.insert(procedure_lines, 'VMProtect.VirtualMachine:: PM')
	table.insert(procedure_lines, 'VMProtect.VirtualMachine/ PM')
	-- Crypto
	table.insert(procedure_lines, 'VMProtect.CipherRC5:: AM')
	-- Core
	table.insert(procedure_lines, 'VMProtect.Core::Init( AV')
	table.insert(procedure_lines, 'VMProtect.Core::IsProtected( AV')
	table.insert(procedure_lines, 'VMProtect.Core::IsDebuggerPresent( AV')
	table.insert(procedure_lines, 'VMProtect.Core::FindFirmwareVendor( AM')
	table.insert(procedure_lines, 'VMProtect.Core::IsVirtualMachinePresent( AV')
	table.insert(procedure_lines, 'VMProtect.Core::IsValidImageCRC( AM')
	table.insert(procedure_lines, 'VMProtect.Core::DecryptString( AV')
	table.insert(procedure_lines, 'VMProtect.Core::FreeString( AV')
	table.insert(procedure_lines, 'VMProtect.Core::AntidebugThread( AV')
	table.insert(procedure_lines, 'VMProtect.Core::SetSerialNumber( LV')
	table.insert(procedure_lines, 'VMProtect.Core::GetSerialNumberState( LV')
	table.insert(procedure_lines, 'VMProtect.Core::GetSerialNumberData( LV')
	table.insert(procedure_lines, 'VMProtect.Core::GetCurrentHWID( LV')
	table.insert(procedure_lines, 'VMProtect.Core::ActivateLicense( LV')
	table.insert(procedure_lines, 'VMProtect.Core::DeactivateLicense( LV')
	table.insert(procedure_lines, 'VMProtect.Core::GetOfflineActivationString( LV')
	table.insert(procedure_lines, 'VMProtect.Core::GetOfflineDeactivationString( LV')
	table.insert(procedure_lines, 'VMProtect.Core::DecryptBuffer( LVN')
	-- CpuId
	table.insert(procedure_lines, 'VMProtect.CpuId::Invoke( AV')
	-- String Manager
	table.insert(procedure_lines, 'VMProtect.StringManager::.ctor( AV')
	table.insert(procedure_lines, 'VMProtect.StringManager:: AVN')
	-- Resource Manager
	table.insert(procedure_lines, 'VMProtect.ResourceManager::.ctor( AV')
	table.insert(procedure_lines, 'VMProtect.ResourceManager::DecryptData( AM')
	table.insert(procedure_lines, 'VMProtect.ResourceManager:: AV')
	-- HardwareID
	table.insert(procedure_lines, 'VMProtect.HardwareID::.ctor( AV')
	table.insert(procedure_lines, 'VMProtect.HardwareID::ToString( AV')
	table.insert(procedure_lines, 'VMProtect.HardwareID:: AVN')
	-- Licensing Manager
	table.insert(procedure_lines, 'VMProtect.LicensingManager::.ctor( AV')
	table.insert(procedure_lines, 'VMProtect.LicensingManager:: LVN')
	table.insert(procedure_lines, 'VMProtect.LicensingManager/ActivationRequest:: LV')
	table.insert(procedure_lines, 'VMProtect.LicensingManager/DeactivationRequest:: LV')
	table.insert(procedure_lines, 'VMProtect.LicensingManager/BaseRequest::Send( LV')
	-- Loader
	table.insert(procedure_lines, 'VMProtect.Loader::FindFirmwareVendor( IM')
	table.insert(procedure_lines, 'VMProtect.Loader:: IVN')
	table.insert(procedure_lines, 'VMProtect.GlobalData::Set IVN')
	table.insert(procedure_lines, 'VMProtect.GlobalData:: IV')
	table.insert(procedure_lines, 'SevenZip.Compression. IM')
	table.insert(procedure_lines, 'VMProtect.Win32::GetProcAddress( IM')
	table.insert(procedure_lines, 'VMProtect.Win32:: IV')
	table.insert(procedure_lines, 'VMProtect.Win32/ IV')
else
	-- Crypto
	table.insert(procedure_lines, 'RC5Key:: A')
	table.insert(procedure_lines, 'CipherRC5::CipherRC5( A')
	table.insert(procedure_lines, 'CipherRC5::Encrypt( AM')
	table.insert(procedure_lines, 'CipherRC5::Decrypt( AM')
	table.insert(procedure_lines, 'CryptoContainer:: A')
	table.insert(procedure_lines, 'SHA1:: A')
	table.insert(procedure_lines, 'BigNumber::internal_mul( LMR')
	table.insert(procedure_lines, 'BigNumber::internal_mod( LMR')
	table.insert(procedure_lines, 'BigNumber:: LVN')
	table.insert(procedure_lines, 'CalcCRC( AM')
	-- Strings
	table.insert(procedure_lines, 'string "')
	-- Core
	table.insert(procedure_lines, 'Core:: AV')
	table.insert(procedure_lines, 'DllMain AV')
	table.insert(procedure_lines, '_DllMain AV')
	table.insert(procedure_lines, 'InternalGetProcAddress( A')
	table.insert(procedure_lines, 'ShowMessage( AV')
	table.insert(procedure_lines, 'ExportedIsValidImageCRC AVR')
	table.insert(procedure_lines, 'CRCData::CRCData( AVN')
	table.insert(procedure_lines, 'InternalFindFirmwareVendor AM')
	table.insert(procedure_lines, 'ExportedIsVirtualMachinePresent AVR')
	table.insert(procedure_lines, 'ExportedIsDebuggerPresent AVR')
	table.insert(procedure_lines, 'ExportedIsProtected AVR')
	table.insert(procedure_lines, 'CoreData::CoreData( AVN')
	table.insert(procedure_lines, 'HookedNtProtectVirtualMemory( AM')
	table.insert(procedure_lines, 'HookedNtClose( AM')
	table.insert(procedure_lines, 'ExAllocateNonPagedPoolNx( AM')
	-- Loader
	table.insert(procedure_lines, 'SetupImage IVN')
	table.insert(procedure_lines, 'FreeImage IV')
	table.insert(procedure_lines, 'SETUP_IMAGE_DATA:: IVN')
	table.insert(procedure_lines, 'LoaderMessage IVN')
	table.insert(procedure_lines, 'Loader IM')
	table.insert(procedure_lines, 'Lzma IM')
	table.insert(procedure_lines, '_Lzma IM')
	-- String Manager
	table.insert(procedure_lines, 'VirtualString::VirtualString( AM')
	table.insert(procedure_lines, 'VirtualString:: AVN')
	table.insert(procedure_lines, 'VirtualStringList:: AVN')
	table.insert(procedure_lines, 'StringManager:: AVN')
	table.insert(procedure_lines, 'ExportedDecryptString AMR')
	table.insert(procedure_lines, 'ExportedFreeString AMR')
	-- Resource Manager
	table.insert(procedure_lines, 'VirtualResource::Decrypt( EM')
	table.insert(procedure_lines, 'VirtualResource:: EVN')
	table.insert(procedure_lines, 'VirtualResourceList:: EVN')
	table.insert(procedure_lines, 'ResourceManager:: EVN')
	table.insert(procedure_lines, 'HookedLdrFindResource_U( EM')
	table.insert(procedure_lines, 'HookedLdrAccessResource( EM')
	table.insert(procedure_lines, 'HookedLoadStringA( EM')
	table.insert(procedure_lines, 'HookedLoadStringW( EM')
	table.insert(procedure_lines, 'ExportedLoadResource EMR')
	table.insert(procedure_lines, 'ExportedFindResourceA EMR')
	table.insert(procedure_lines, 'ExportedFindResourceExA EMR')
	table.insert(procedure_lines, 'ExportedFindResourceW EMR')
	table.insert(procedure_lines, 'ExportedFindResourceExW EMR')
	table.insert(procedure_lines, 'ExportedLoadStringA EMR')
	table.insert(procedure_lines, 'ExportedLoadStringW EMR')
	table.insert(procedure_lines, 'ExportedEnumResourceNamesA EMR')
	table.insert(procedure_lines, 'ExportedEnumResourceNamesW EMR')
	table.insert(procedure_lines, 'ExportedEnumResourceLanguagesA EMR')
	table.insert(procedure_lines, 'ExportedEnumResourceLanguagesW EMR')
	table.insert(procedure_lines, 'ExportedEnumResourceTypesA EMR')
	table.insert(procedure_lines, 'ExportedEnumResourceTypesW EMR')
	-- Licensing Manager
	table.insert(procedure_lines, 'LicensingManager:: L')
	table.insert(procedure_lines, 'ActivationRequest:: L')
	table.insert(procedure_lines, 'DeactivationRequest:: L')
	table.insert(procedure_lines, 'BaseRequest::Send( LVR')
	table.insert(procedure_lines, 'ExportedSetSerialNumber LVR')
	table.insert(procedure_lines, 'ExportedGetSerialNumberState LVR')
	table.insert(procedure_lines, 'ExportedGetSerialNumberData LVR')
	table.insert(procedure_lines, 'ExportedActivateLicense LVR')
	table.insert(procedure_lines, 'ExportedDeactivateLicense LVR')
	table.insert(procedure_lines, 'ExportedGetOfflineActivationString LVR')
	table.insert(procedure_lines, 'ExportedGetOfflineDeactivationString LVR')
	table.insert(procedure_lines, 'ExportedDecryptBuffer LVR')
	-- HardwareID
	table.insert(procedure_lines, 'HardwareID:: L')
	table.insert(procedure_lines, 'ExportedGetCurrentHWID LVR')
	-- File Manager
	table.insert(procedure_lines, 'FileManager::ReadFile( BM')
	table.insert(procedure_lines, 'FileManager::ReadImage( BM')
	table.insert(procedure_lines, 'FileManager:: BVN')
	table.insert(procedure_lines, 'HookedNtQueryAttributesFile( BM')
	table.insert(procedure_lines, 'HookedNtCreateFile( BM')
	table.insert(procedure_lines, 'HookedNtOpenFile( BM')
	table.insert(procedure_lines, 'HookedNtReadFile( BM')
	table.insert(procedure_lines, 'HookedNtQueryInformationFile( BM')
	table.insert(procedure_lines, 'HookedNtQueryVolumeInformationFile( BM')
	table.insert(procedure_lines, 'HookedNtSetInformationFile( BM')
	table.insert(procedure_lines, 'HookedNtQueryDirectoryFile( BM')
	table.insert(procedure_lines, 'HookedNtCreateSection( BM')
	table.insert(procedure_lines, 'HookedNtQuerySection( BM')
	table.insert(procedure_lines, 'HookedNtMapViewOfSection( BM')
	table.insert(procedure_lines, 'HookedNtUnmapViewOfSection( BM')
	table.insert(procedure_lines, 'HookedNtQueryVirtualMemory( BM')
	-- Registry Manager
	table.insert(procedure_lines, 'RegistryManager:: RM')
	table.insert(procedure_lines, 'RegistryKey:: RM')
	table.insert(procedure_lines, 'HookedNtSetValueKey( RM')
	table.insert(procedure_lines, 'HookedNtDeleteValueKey( RM')
	table.insert(procedure_lines, 'HookedNtCreateKey( RM')
	table.insert(procedure_lines, 'HookedNtOpenKey( RM')
	table.insert(procedure_lines, 'HookedNtOpenKeyEx( RM')
	table.insert(procedure_lines, 'HookedNtQueryValueKey( RM')
	table.insert(procedure_lines, 'HookedNtDeleteKey( RM')
	table.insert(procedure_lines, 'HookedNtQueryKey( RM')
	table.insert(procedure_lines, 'HookedNtEnumerateValueKey( RM')
	table.insert(procedure_lines, 'HookedNtEnumerateKey( RM')
	-- Hook Manager
	table.insert(procedure_lines, 'HookManager:: AV')
	table.insert(procedure_lines, 'HookedAPI:: AVN')
end

map_functions = file:mapFunctions()
functions = file:functions()
functions:clear()
function_params = {}
for _, line in ipairs(procedure_lines) do
	if (line:len() == 0 or line:sub(1, 1) == "#") then
		-- do nothing
	else
		i = line:find(" ")
		params = ""
		compilation_type = CompilationType.Virtualization
		if (i) then
			name = line:sub(1, i - 1)
			params = line:sub(i + 1)
			if (params:len() > 1) then
				if (params:sub(2, 2) == "M") then
					compilation_type = CompilationType.Mutation
				end
			end
		else 
			name = line
		end
		is_found = false
		for i = 1, map_functions:count() do
			map_function = map_functions:item(i)
			if (map_function:name():sub(1, name:len()) == name) then
				is_found = true
				if (not functions:itemByAddress(map_function:address())) then
					func = functions:addByAddress(map_function:address(), compilation_type, false)
					if (func) then
						function_params[tostring(func:address())] = params
					end
				end
			end
		end
		if (not is_found) then
			print(string.format("%s not found!!!", name))
		end
	end
end

--

code_data = "" 

-- process exports 

export_names = {}
if (file:name() == ".NET") then
	table.insert(export_names, "void VMProtect.Loader::Main()")
	table.insert(export_names, "string VMProtect.Core::DecryptString()")
	table.insert(export_names, "string VMProtect.Core::DecryptString()")
	table.insert(export_names, "bool VMProtect.Core::FreeString(string&)")
	table.insert(export_names, "valuetype VMProtect.SerialState VMProtect.Core::SetSerialNumber(string)")
	table.insert(export_names, "valuetype VMProtect.SerialState VMProtect.Core::GetSerialNumberState()")
	table.insert(export_names, "bool VMProtect.Core::GetSerialNumberData(class VMProtect.SerialNumberData&)")
	table.insert(export_names, "string VMProtect.Core::GetCurrentHWID()")
	table.insert(export_names, "valuetype VMProtect.ActivationStatus VMProtect.Core::ActivateLicense(string, string&)")
	table.insert(export_names, "valuetype VMProtect.ActivationStatus VMProtect.Core::DeactivateLicense(string)")
	table.insert(export_names, "valuetype VMProtect.ActivationStatus VMProtect.Core::GetOfflineActivationString(string, string&)")
	table.insert(export_names, "valuetype VMProtect.ActivationStatus VMProtect.Core::GetOfflineDeactivationString(string, string&)")
	table.insert(export_names, "bool VMProtect.Core::IsValidImageCRC()")
	table.insert(export_names, "bool VMProtect.Core::IsDebuggerPresent(bool)")
	table.insert(export_names, "bool VMProtect.Core::IsVirtualMachinePresent()")
	table.insert(export_names, "unsigned int32 VMProtect.Core::DecryptBuffer(unsigned int32, unsigned int32, unsigned int32, unsigned int32)")
	table.insert(export_names, "bool VMProtect.Core::IsProtected()")
	table.insert(export_names, "unsigned int32 VMProtect.GlobalData::SessionKey()")
	table.insert(export_names, "int32 VMProtect.VirtualMachine/Utils::Random()")
	table.insert(export_names, "int32 VMProtect.VirtualMachine/Utils::CalcCRC(unsigned int32, unsigned int32)")
	table.insert(export_names, "object VMProtect.VirtualMachine/Utils::BoxPointer(void*)")
	table.insert(export_names, "void* VMProtect.VirtualMachine/Utils::UnboxPointer(object)")
else
	table.insert(export_names, "SetupImage")
	table.insert(export_names, "FreeImage")
	table.insert(export_names, "ExportedDecryptString")
	table.insert(export_names, "ExportedDecryptString")
	table.insert(export_names, "ExportedFreeString")
	table.insert(export_names, "ExportedSetSerialNumber")
	table.insert(export_names, "ExportedGetSerialNumberState")
	table.insert(export_names, "ExportedGetSerialNumberData")
	table.insert(export_names, "ExportedGetCurrentHWID")
	table.insert(export_names, "ExportedActivateLicense")
	table.insert(export_names, "ExportedDeactivateLicense")
	table.insert(export_names, "ExportedGetOfflineActivationString")
	table.insert(export_names, "ExportedGetOfflineDeactivationString")
	table.insert(export_names, "ExportedIsValidImageCRC")
	table.insert(export_names, "ExportedIsDebuggerPresent")
	table.insert(export_names, "ExportedIsVirtualMachinePresent")
	table.insert(export_names, "ExportedDecryptBuffer")
	table.insert(export_names, "ExportedIsProtected")
	table.insert(export_names, "CalcCRC")

	if file:file():format() == "PE" then
		table.insert(export_names, "LoaderData")
		table.insert(export_names, "ExportedLoadResource")
		table.insert(export_names, "ExportedFindResourceA")
		table.insert(export_names, "ExportedFindResourceExA")
		table.insert(export_names, "ExportedFindResourceW")
		table.insert(export_names, "ExportedFindResourceExW")
		table.insert(export_names, "ExportedLoadStringA")
		table.insert(export_names, "ExportedLoadStringW")
		table.insert(export_names, "ExportedEnumResourceNamesA")
		table.insert(export_names, "ExportedEnumResourceNamesW")
		table.insert(export_names, "ExportedEnumResourceLanguagesA")
		table.insert(export_names, "ExportedEnumResourceLanguagesW")
		table.insert(export_names, "ExportedEnumResourceTypesA")
		table.insert(export_names, "ExportedEnumResourceTypesW")
	elseif file:file():format() == "Mach-O" then
		table.insert(export_names, "_loader_data")
		table.insert(export_names, "DllMain")
	else
		table.insert(export_names, "loader_data")
		table.insert(export_names, "DllMain")
	end
end

count = 0
data = ""
for _, line in ipairs(export_names) do
	export = file:exports():itemByName(line)
	if (export) then
		data = data .. DWordToChar(export:address() - file:imageBase())
		count = count + 1
	else
		print(line .. " not found!!!")
	end
end
code_data = code_data .. DWordToChar(count) .. data

-- process SDK

imports = file:imports()

sdk_indexes = {}
count = 0
data = ""
for i = 1, imports:count() do
	import = imports:item(i)
	if (import:isSDK()) then
		table.insert(sdk_indexes, i)
		for j = 1, import:count() do
			import_function = import:item(j)
			map_function = map_functions:itemByAddress(import_function:address())
			if (map_function) then
				data = data .. ByteToChar(import_function:type())
				data = data .. DWordToChar(import_function:address() - file:imageBase())
				count = count + 1
				
				references = map_function:references()
				data = data .. DWordToChar(references:count())
				for k = 1, references:count() do
					reference = references:item(k)
					data = data .. DWordToChar(reference:address() - file:imageBase())
					data = data .. DWordToChar(reference:operandAddress() - file:imageBase())
				end
				
				references:clear()
			end
		end
	end
end
code_data = code_data .. DWordToChar(count) .. data

-- process import references

count = 0
data = ""
for i = 1, imports:count() do
	import = imports:item(i)
	for j = 1, import:count() do
		import_function = import:item(j)
		map_function = map_functions:itemByAddress(import_function:address())
		if (map_function) then
			references = map_function:references()
			for k = references:count(), 1, -1 do
				reference = references:item(k)
				is_found = false
				for p = 1, functions:count() do
					if (functions:item(p):itemByAddress(reference:address(), true)) then
						is_found = true
						break
					end
				end
				if (is_found) then
					sdk_count = 0;
					for _, sdk_index in ipairs(sdk_indexes) do
						if (i > sdk_index) then
							sdk_count = sdk_count + 1				
						end		
					end
					data = data .. DWordToChar(i - sdk_count) .. DWordToChar(j)
					data = data .. DWordToChar(reference:address() - file:imageBase())
					data = data .. DWordToChar(reference:operandAddress() - file:imageBase())
					count = count + 1
					
					references:delete(k)
				end
			end
		end
	end
end
code_data = code_data .. DWordToChar(count) .. data

-- process strings

count = 0
data = ""
for i = 1, map_functions:count() do
	map_function = map_functions:item(i)
	if (map_function:type() == ObjectType.String) then
		data = data .. DWordToChar(map_function:address() - file:imageBase())
		data = data .. DWordToChar(map_function:address() + map_function:size() - file:imageBase())
		count = count + 1
	
		references = map_function:references()
		data = data .. DWordToChar(references:count())
		for k = 1, references:count() do
			reference = references:item(k)
			data = data .. DWordToChar(reference:address() - file:imageBase())
			data = data .. DWordToChar(reference:operandAddress() - file:imageBase())
			data = data .. ByteToChar(reference:tag())
		end	
	end
end
code_data = code_data .. DWordToChar(count) .. data

-- process functions

count = 0
data = ""
for k = 1, functions:count() do
	func = functions:item(k)
	if (not func:needCompile()) then
		count = count + 1
		
		params = function_params[tostring(func:address())]
		if (not params) then
			params = ""
		end
		
		t = 0
		if (params:len() > 0) then
			if (params:sub(1, 1) == "L") then
				t = 1
			elseif (params:sub(1, 1) == "B") then
				t = 2
			elseif (params:sub(1, 1) == "R") then
				t = 3
			elseif (params:sub(1, 1) == "E") then
				t = 4
			elseif (params:sub(1, 1) == "I") then
				t = 5
			elseif (params:sub(1, 1) == "P") then
				t = 6
			end
		end
		
		e = 0
		if (params:len() > 2) then
			if (params:sub(3, 3) == "N") then
				e = 1
			elseif (params:sub(3, 3) == "R") then
				e = 2
			end
		end
		
		data = data .. ByteToChar(t)
					.. ByteToChar(func:compilationType()
								+ Ord(e == 1) * 0x10
								+ Ord(e == 2) * 0x20
								+ 0x80)
					.. ByteToChar(func:type())
					.. ByteToChar(file:cpuAddressSize())
					.. DWordToChar(func:address() - file:imageBase())

		data = data .. DWordToChar(func:count())
		for i = 1, func:count() do
			command = func:item(i)
			if (file:name() == ".NET") then
				-- IL
				p = 0;
				if (command:operandValue() > 0) then
					p = 1
				end
				data = data .. ByteToChar(p
										+ Ord(command:tokenReference()) * 0x08
										+ Ord(command:size() > 255) * 0x10
										+ Ord(command:link()) * 0x20)
							.. DWordToChar(command:address() - file:imageBase()) 
							.. WordToChar(command:type())
							.. DWordToChar(command:options())
							.. ByteToChar(command:alignment())
										
				if (command:size() > 255) then
					data = data .. WordToChar(command:size())
				else
					data = data .. ByteToChar(command:size())
				end
				
				if (command:type() == ILCommandType.Comment or command:type() == ILCommandType.Data) then
					for j = 1, command:size() do
						data = data .. ByteToChar(command:dump(j))
					end
				end

				if (p > 0) then
					data = data .. QWordToChar(command:operandValue())
				end
			else
				-- Intel
				if (command:type() == IntelCommandType.Lods or 
					command:type() == IntelCommandType.Stos or
					command:type() == IntelCommandType.Scas or
					command:type() == IntelCommandType.Movs or
					command:type() == IntelCommandType.Cmps or
					command:type() == IntelCommandType.Ins or
					command:type() == IntelCommandType.Outs) then
					p = 2
				elseif (command:type() == IntelCommandType.Pusha or 
					command:type() == IntelCommandType.Popa or
					command:type() == IntelCommandType.Pushf or
					command:type() == IntelCommandType.Popf) then
					p = 1
				else
					p = 0
					for j = 1, 3 do
						operand = command:operand(j)
						if (operand:type() == OperandType.None) then
							break
						end
						p = p + 1
					end
				end
				
				data = data .. ByteToChar(p
										+ Ord(command:preffix() ~= 0) * 0x8
										+ Ord(command:size() > 255) * 0x10
										+ Ord(command:link()) * 0x20
										+ Ord(command:baseSegment() ~= IntelSegment.Default) * 0x40
										+ Ord(command:flags() ~= 0) * 0x80)
							.. DWordToChar(command:address() - file:imageBase()) 
							.. WordToChar(command:type())
							.. DWordToChar(command:options())
							.. ByteToChar(command:alignment())
										
				if (command:preffix() ~= 0) then
					data = data .. WordToChar(command:preffix())
				end
				if (command:size() > 255) then
					data = data .. WordToChar(command:size())
				else
					data = data .. ByteToChar(command:size())
				end
				if (command:baseSegment() ~= IntelSegment.Default) then
					data = data .. ByteToChar(command:baseSegment())
				end
				if (command:flags() ~= 0) then
					data = data .. WordToChar(command:flags())
				end
				
				if (command:type() == IntelCommandType.Db) then
					for j = 1, command:size() do
						data = data .. ByteToChar(command:dump(j))
					end
				else
					r = 0
					if (command:type() == IntelCommandType.Jmp or 
						command:type() == IntelCommandType.Call or
						command:type() == IntelCommandType.Loop or
						command:type() == IntelCommandType.Loope or
						command:type() == IntelCommandType.Loopne or
						command:type() == IntelCommandType.Jxx or
						command:type() == IntelCommandType.Jcxz) then
						operand = command:operand(1)
						if (operand:type() == OperandType.Value) then
							r = 1
						end
					end
				
					for j = 1, p do
						operand = command:operand(j)
						address_size = operand:addressSize()
						if bit32.btest(operand:type(), OperandType.Memory) then
							address_size = operand:addressSize()
						else
							address_size = 0
						end
						
						if operand:fixup() then
							fixup = 1
						elseif operand:isLargeValue() then
							fixup = 2
						else
							fixup = 0
						end
					
						data = data .. ByteToChar(operand:size())
									.. WordToChar(operand:type()
												+ Ord(j == r) * 0x1000
												+ Ord(address_size ~= file:cpuAddressSize()) * 0x2000
												+ Ord(operand:scale() > 0) * 0x4000
												+ Ord(fixup > 0) * 0x8000)
						
						if (bit32.btest(operand:type(), OperandType.Registr 
														+ OperandType.SegmentRegistr 
														+ OperandType.ControlRegistr 
														+ OperandType.DebugRegistr 
														+ OperandType.FPURegistr 
														+ OperandType.HiPartRegistr
														+ OperandType.MMXRegistr
														+ OperandType.XMMRegistr)) then
							data = data .. ByteToChar(operand:registr())
						end
						
						if (bit32.btest(operand:type(), OperandType.BaseRegistr)) then
							data = data .. ByteToChar(operand:baseRegistr())
						end				
						if (bit32.btest(operand:type(), OperandType.Value)) then
							data = data .. ByteToChar(operand:valueSize())
							if (j == r or fixup > 0) then
								data = data .. DWordToChar(operand:value() - file:imageBase())
							else
								value_size = operand:valueSize()
								if (value_size == OperandSize.Byte) then
									data = data .. ByteToChar(operand:value())
								elseif (value_size == OperandSize.Word) then
									data = data .. WordToChar(operand:value())
								elseif (value_size == OperandSize.DWord) then
									data = data .. DWordToChar(operand:value())
								elseif (value_size == OperandSize.QWord) then
									data = data .. QWordToChar(operand:value())
								end
							end
							if (fixup > 0) then
								data = data .. ByteToChar(fixup)
							end
						end
						if (bit32.btest(operand:type(), OperandType.Memory)) then
							if (operand:scale() ~= 0) then
								data = data .. ByteToChar(operand:scale())
							end
							if (operand:addressSize() ~= file:cpuAddressSize()) then
								data = data .. ByteToChar(operand:addressSize())
							end
						end
					end
				end
			end
		end

		data = data .. DWordToChar(func:info():count())
		for i = 1, func:info():count() do
			info = func:info():item(i)
			if (info:entry()) then
				entry_index = func:indexOf(info:entry())
			else 
				entry_index = 0
			end

			if (info:dataEntry()) then
				data_entry_index = func:indexOf(info:dataEntry())
			else 
				data_entry_index = 0
			end

			data = data .. DWordToChar(info:beginAddress() - file:imageBase())
						.. DWordToChar(info:endAddress() - file:imageBase())
						.. ByteToChar(info:baseType())
			if (info:baseType() == 0) then
				data = data .. DWordToChar(info:baseValue())
			end
			data = data .. DWordToChar(info:prologSize())
						.. ByteToChar(info:frameRegistr())
						.. DWordToChar(entry_index)
						.. DWordToChar(data_entry_index)
						.. DWordToChar(info:unwindOpcodes():count())	
			for j = 1, info:unwindOpcodes():count() do
				data = data .. DWordToChar(func:indexOf(info:unwindOpcodes():item(j)))
			end
		end
						
		data = data .. DWordToChar(func:ranges():count())
		for i = 1, func:ranges():count() do
			range = func:ranges():item(i)
			if (range:beginEntry()) then
				begin_index = func:indexOf(range:beginEntry())
			else
				begin_index = 0
			end
			if (range:endEntry()) then
				end_index = func:indexOf(range:endEntry())
			else
				end_index = 0
			end
			if (range:sizeEntry()) then
				size_index = func:indexOf(range:sizeEntry())
			else
				size_index = 0
			end
		
			data = data .. DWordToChar(range:beginAddress() - file:imageBase())
						.. DWordToChar(range:endAddress() - file:imageBase())
						.. DWordToChar(begin_index)
						.. DWordToChar(end_index)
						.. DWordToChar(size_index)
		end

		data = data .. DWordToChar(func:links():count())
		for i = 1, func:links():count() do
			link = func:links():item(i)
			data = data .. DWordToChar(func:indexOf(link:from()))
						.. ByteToChar(link:type())
						.. ByteToChar(link:operand())
						.. ByteToChar(Ord(link:toAddress() > 0)
								+ Ord(link:subValue() > 0) * 0x2
								+ Ord(link:parent()) * 0x4
								+ Ord(link:baseInfo()) * 0x8)
							
			if (link:toAddress() > 0) then
				data = data .. DWordToChar(link:toAddress() - file:imageBase())
			end
			if (link:subValue() > 0) then
				data = data .. DWordToChar(link:subValue() - file:imageBase())
			end				
			if (link:parent()) then
				data = data .. DWordToChar(func:indexOf(link:parent()))
			end
			if (link:baseInfo()) then
				data = data .. DWordToChar(func:info():indexOf(link:baseInfo()))
			end
		end
	end
end
code_data = code_data .. DWordToChar(count) .. data

if (file:file():format() == "PE") then
	-- process CFG addresses

	count = 0
	data = ""
	if (file:name() ~= ".NET") then
		cfg_names = {}
		table.insert(cfg_names, "_freefls")
		table.insert(cfg_names, "__freefls@4")
		for _, line in ipairs(cfg_names) do
			map_function = map_functions:itemByName(line)
			if (map_function) then
				data = data .. DWordToChar(map_function:address() - file:imageBase())
				count = count + 1
			else
				print(line .. " not found!!!")
			end
		end
	end
	code_data = code_data .. DWordToChar(count) .. data
end]]>
</Script>
    <DLLBox />
    <LicenseManager ProductCode="" />
</Document>