GASATHON/Project/Source/GasaGen/GasaGen_NetSlime.cpp

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// Used in the GasaGen.cpp translation unit
#if GASA_INTELLISENSE_DIRECTIVES
#pragma once
#define GEN_EXPOSE_BACKEND
#include "gen.hpp"
#include "gen.builder.hpp"
#include "GasaGenCommon.cpp"
#endif
void gen_netslime_interface(CodeClass aclass)
{
CodeBody net_slime_class_interface = def_body(ECode::Class_Body);
{
#pragma push_macro("FORCEINLINE")
#undef FORCEINLINE
CodeFn DrawNetCullingSphere = parse_function( code(
FORCEINLINE void DrawNetCullingSphere(float Duration, float Thickness) const final { Gasa::DrawNetCullingSphere(this, Duration, Thickness); }
));
CodeFn GetNetworkMode = parse_function( code( FORCEINLINE ENetworkMode GetNetworkMode() const { return Gasa::GetNetworkMode(this); } ));
CodeFn IsClient = parse_function( code( FORCEINLINE bool IsClient() const { return Gasa::IsClient(this); } ));
CodeFn IsListenServer = parse_function( code( FORCEINLINE bool IsListenServer() const { return Gasa::IsListenServer(this); } ));
CodeFn IsNetOwner = parse_function( code( FORCEINLINE bool IsNetOwner() const { return Gasa::IsNetOwner(this); } ));
CodeFn IsServer = parse_function( code( FORCEINLINE bool IsServer() const { return Gasa::IsServer(this); } ));
CodeFn IsSimulatedProxy = parse_function( code( FORCEINLINE bool IsSimulatedProxy() const { return Gasa::IsSimulatedProxy(this); } ));
CodeFn NetLog = parse_function( code(
FORCEINLINE void NetLog( FString Message, EGasaVerbosity Verbosity = EGasaVerbosity::Log
, FLogCategoryBase& Category = LogGasaNet
, bool DumpStack = false
, int32 Line = __builtin_LINE()
, const ANSICHAR* File = __builtin_FILE()
, const ANSICHAR* Func = __builtin_FUNCTION() )
{
Gasa::NetLog(this, Message, Verbosity, Category, DumpStack, Line, File, Func );
}
));
CodeFn ServerAuthorized = parse_function( code( FORCEINLINE bool ServerAuthorized() const { return Gasa::ServerAuthorized(this); } ));
#pragma pop_macro("FORCEINLINE")
net_slime_class_interface.append(GetNetworkMode);
net_slime_class_interface.append(IsClient);
net_slime_class_interface.append(IsListenServer);
net_slime_class_interface.append(IsNetOwner);
net_slime_class_interface.append(IsServer);
net_slime_class_interface.append(IsSimulatedProxy);
net_slime_class_interface.append(NetLog);
}
CodeBody new_body = def_body(ECode::Class_Body);
for(Code code = aclass->Body.begin(); code != aclass->Body.end(); ++ code )
{
switch (code->Type)
{
default:
new_body.append(code);
break;
// TODO(Ed): Could this be turned into a singly? void find_and_swap_region_pragma(CodeClass, StrC region)
// IT could return void if its assumed that the Code passed will have destructive edits to the body.
case ECode::Preprocess_Pragma:
{
local_persist bool found = false;
if (found || ! code->Content.starts_with( txt("region NetSlime")))
{
new_body.append(code);
continue;
}
// Add pragma
new_body.append(code);
++ code;
new_body.append( def_comment( txt("NetSlime interface is generated by GasaGen/GasaGen_NetSlime.cpp")));
new_body.append(net_slime_class_interface);
while (code->Type != ECode::Preprocess_Pragma
|| ! code->Content.starts_with(txt("endregion NetSlime")))
++ code;
new_body.append(code);
}
break;
}
}
aclass->Body = new_body;
}
void gen_netslime_interfaces()
{
Array<StringCached> header_paths = Array<StringCached>::init_reserve(GlobalAllocator, 32);
// header_paths.append(get_cached_string(txt( path_module_gasa "GasaObject.h")));
// header_paths.append(get_cached_string(txt( path_gasa_actors "GasaActor.h")));
// header_paths.append(get_cached_string(txt( path_gasa_characters "GasaCharacter.h")));
// header_paths.append(get_cached_string(txt( path_gasa_game "GasaGameMode.h")));
// header_paths.append(get_cached_string(txt( path_gasa_game "GasaGameState.h")));
for (StringCached path : header_paths)
{
CodeBody original_header = parse_file(path);
CodeBody header_body = def_body(ECode::Global_Body);
for (Code code : original_header)
{
switch (code->Type) {
case ECode::Class:
{
CodeClass aclass = code.cast<CodeClass>();
gen_netslime_interface(aclass);
header_body.append(aclass);
}
break;
default:
header_body.append(code);
}
}
Builder header = Builder::open(path);
header.print(header_body);
header.write();
format_file(path);
}
}