#[cfg(feature = "techblox")] use libfj::techblox; #[cfg(feature = "techblox")] use libfj::techblox::{SerializedEntityDescriptor, Parsable, blocks, EntityHeader}; #[cfg(feature = "techblox")] use std::io::{Read, Seek}; #[cfg(feature = "techblox")] use std::fs::{File, OpenOptions}; #[cfg(feature = "techblox")] const GAMESAVE_PATH: &str = "tests/GameSave.Techblox"; #[cfg(feature = "techblox")] const GAMESAVE_PATH_OUT: &str = "tests/GameSave.out.Techblox"; #[cfg(feature = "techblox")] const GAMESAVE_PATH_ALL: &str = "tests/All.Techblox"; #[cfg(feature = "techblox")] const GAMESAVE_PATH_ALL_OUT: &str = "tests/All.out.Techblox"; #[cfg(feature = "techblox")] const HASHNAMES: &[&str] = &[ "BlockGroupEntityDescriptorV0", "StandardBlockEntityDescriptorV4", "BatteryEntityDescriptorV4", "MotorEntityDescriptorV7", "LeverEntityDescriptorV7", "ButtonEntityDescriptorV6", "JointBlockEntityDescriptorV3", "ServoEntityDescriptorV7", "PistonEntityDescriptorV6", "DampedSpringEntityDescriptorV5", "DampedAngularSpringEntityDescriptorV4", "SpawnPointEntityDescriptorV6", "BuildingSpawnPointEntityDescriptorV4", "TriggerEntityDescriptorV6", "PilotSeatEntityDescriptorV4", "PilotSeatEntityDescriptorV3", "TextBlockEntityDescriptorV4", "PassengerSeatEntityDescriptorV4", "PassengerSeatEntityDescriptorV3", "LogicBlockEntityDescriptorV1", "TyreEntityDescriptorV1", "ObjectIDEntityDescriptorV1", "MoverEntityDescriptorV1", "RotatorEntityDescriptorV1", "DamperEntityDescriptorV1", "AdvancedDamperEntityDescriptorV1", "CoMEntityDescriptor", "FilterBlockEntityDescriptorV1", "ConstrainerEntityDescriptorV1", "NumberToTextBlockEntityDescriptorV1", "CentreHudBlockEntityDescriptorV1", "ObjectiveHudBlockEntityDescriptorV1", "GameStatsHudBlockEntityDescriptorV1", "GameOverHudBlockEntityDescriptorV1", "TimerBlockEntityDescriptorV1", "BitBlockEntityDescriptorV2", "ConstantBlockEntityDescriptor", "CounterBlockEntityDescriptorV1", "SimpleSfxEntityDescriptorV1", "LoopedSfxEntityDescriptorV1", "MusicBlockEntityDescriptorV1", "ProjectileBlockEntityDescriptorV1", "DamagingSurfaceEntityDescriptorV1", "DestructionManagerEntityDescriptorV1", "ChunkDestructionBlockEntityDescriptorV1", "ClusterDestructionBlockEntityDescriptorV1", "PickupBlockEntityDescriptorV1", "PointLightEntityDescriptorV1", "SpotLightEntityDescriptorV1", "SunLightEntityDescriptorV1", "AmbientLightEntityDescriptorV1", "FogEntityDescriptorV1", "SkyEntityDescriptorV1", "SynchronizedWireBlockEntityDescriptor", "WheelRigEntityDescriptor", "WheelRigSteerableEntityDescriptor", "EngineBlockEntityDescriptor", "WireEntityDescriptorMock", "GlobalWireSettingsEntityDescriptor", "FlyCamEntityDescriptorV0", "CharacterCameraEntityDescriptorV1", ]; #[cfg(feature = "techblox")] #[test] fn techblox_gamesave_parse() -> Result<(), ()> { let mut f = File::open(GAMESAVE_PATH).map_err(|_| ())?; let mut buf = Vec::new(); f.read_to_end(&mut buf).map_err(|_| ())?; let gs = techblox::GameSave::parse(&mut buf.as_slice()).map_err(|_| ())?; for i in 1..(gs.group_len as usize) { assert_eq!(gs.group_headers[i-1].hash, gs.group_headers[i].hash); //println!("#{} count {} vs {}", i, gs.group_headers[i-1].component_count, gs.group_headers[i].component_count); assert_eq!(gs.group_headers[i-1].component_count, gs.group_headers[i].component_count); } for i in 0..(gs.group_len as usize) { assert_eq!(gs.group_headers[i].component_count, techblox::BlockGroupEntity::serialized_components()); assert_eq!(gs.group_headers[i].hash, gs.cube_groups[i].hash_name()); } for i in 1..(gs.cube_len as usize) { //assert_eq!(gs.cube_headers[i-1].hash, gs.cube_headers[i].hash); //println!("#{} count {} vs {}", i, gs.cube_headers[i-1].component_count, gs.cube_headers[i].component_count); if gs.cube_headers[i-1].hash == gs.cube_headers[i].hash { assert_eq!(gs.group_headers[i-1].component_count, gs.group_headers[i].component_count); } } for i in 0..(gs.cube_len as usize) { assert!(gs.cube_headers[i].component_count >= blocks::BlockEntity::serialized_components()); //println!("#{} components: {}", i, gs.cube_headers[i].component_count); assert_eq!(gs.cube_headers[i].hash, gs.cube_entities[i].hash_name()); } //println!("Parsed wire settings hash: {} obsolete? {}", gs.wire_settings_header.hash, gs.wire_settings_entity.settings_component.obsolete != 0); assert_eq!(gs.wire_settings_header.hash, EntityHeader::from_name("GlobalWireSettingsEntityDescriptor", 0, 0, 0).hash); assert_eq!(gs.wire_settings_header.hash, gs.wire_settings_entity.hash_name()); //println!("Parsed Flycam hash: {}", gs.flycam_header.hash); assert_eq!(gs.flycam_header.hash, EntityHeader::from_name("FlyCamEntityDescriptorV0", 0, 0, 0).hash); assert_eq!(gs.flycam_header.hash, gs.flycam_entity.hash_name()); //println!("Parsed Phycam hash: {}", gs.phycam_header.hash); assert_eq!(gs.phycam_header.hash, EntityHeader::from_name("CharacterCameraEntityDescriptorV1", 0, 0, 0).hash); assert_eq!(gs.phycam_header.hash, gs.phycam_entity.hash_name()); println!("{}", gs.to_string()); Ok(()) } #[allow(dead_code)] #[cfg(feature = "techblox")] //#[test] fn techblox_gamesave_brute_force() -> Result<(), ()> { // this is slow and not very important, so it's probably better to not test this let mut f = File::open(GAMESAVE_PATH).map_err(|_| ())?; let mut buf = Vec::new(); f.read_to_end(&mut buf).map_err(|_| ())?; let gs = techblox::GameSave::parse(&mut buf.as_slice()).map_err(|_| ())?; println!("murmurhash3: {} -> {}", gs.group_headers[0].guess_name(), gs.group_headers[0].hash); Ok(()) } #[cfg(feature = "techblox")] #[test] fn hash_tb_name() { for name in HASHNAMES { println!("MurmurHash3: {} -> {}", name, crate::techblox::EntityHeader::from_name(name, 0, 0, 0).hash); } } #[cfg(feature = "techblox")] #[test] fn techblox_gamesave_perfect_parse() -> Result<(), ()> { let mut in_file = File::open(GAMESAVE_PATH_ALL).map_err(|_| ())?; let mut buf = Vec::new(); in_file.read_to_end(&mut buf).map_err(|_| ())?; let gs = techblox::GameSave::parse(&mut buf.as_slice()).map_err(|_| ())?; let mut out_file = OpenOptions::new() .write(true) .truncate(true) .create(true) .open(GAMESAVE_PATH_OUT) .map_err(|_| ())?; gs.dump(&mut out_file).map_err(|_| ())?; assert_eq!(in_file.stream_position().unwrap(), out_file.stream_position().unwrap()); Ok(()) } #[cfg(feature = "techblox")] #[test] fn techblox_gamesave_parse_all() -> Result<(), ()> { let mut in_file = File::open(GAMESAVE_PATH_ALL).map_err(|_| ())?; let mut buf = Vec::new(); in_file.read_to_end(&mut buf).map_err(|_| ())?; let gs = techblox::GameSave::parse(&mut buf.as_slice()).map_err(|_| ())?; // verify for i in 1..(gs.group_len as usize) { assert_eq!(gs.group_headers[i-1].hash, gs.group_headers[i].hash); //println!("#{} count {} vs {}", i, gs.group_headers[i-1].component_count, gs.group_headers[i].component_count); assert_eq!(gs.group_headers[i-1].component_count, gs.group_headers[i].component_count); } for i in 0..(gs.group_len as usize) { assert_eq!(gs.group_headers[i].component_count, techblox::BlockGroupEntity::serialized_components()); assert_eq!(gs.group_headers[i].hash, gs.cube_groups[i].hash_name()); } for i in 1..(gs.cube_len as usize) { //assert_eq!(gs.cube_headers[i-1].hash, gs.cube_headers[i].hash); //println!("#{} count {} vs {}", i, gs.cube_headers[i-1].component_count, gs.cube_headers[i].component_count); if gs.cube_headers[i-1].hash == gs.cube_headers[i].hash { assert_eq!(gs.group_headers[i-1].component_count, gs.group_headers[i].component_count); } } for i in 0..(gs.cube_len as usize) { assert!(gs.cube_headers[i].component_count >= blocks::BlockEntity::serialized_components()); //println!("#{} components: {}", i, gs.cube_headers[i].component_count); assert_eq!(gs.cube_headers[i].hash, gs.cube_entities[i].hash_name()); } //println!("Parsed wire settings hash: {} obsolete? {}", gs.wire_settings_header.hash, gs.wire_settings_entity.settings_component.obsolete != 0); assert_eq!(gs.wire_settings_header.hash, EntityHeader::from_name("GlobalWireSettingsEntityDescriptor", 0, 0, 0).hash); assert_eq!(gs.wire_settings_header.hash, gs.wire_settings_entity.hash_name()); //println!("Parsed Flycam hash: {}", gs.flycam_header.hash); assert_eq!(gs.flycam_header.hash, EntityHeader::from_name("FlyCamEntityDescriptorV0", 0, 0, 0).hash); assert_eq!(gs.flycam_header.hash, gs.flycam_entity.hash_name()); //println!("Parsed Phycam hash: {}", gs.phycam_header.hash); assert_eq!(gs.phycam_header.hash, EntityHeader::from_name("CharacterCameraEntityDescriptorV1", 0, 0, 0).hash); assert_eq!(gs.phycam_header.hash, gs.phycam_entity.hash_name()); // write out let mut out_file = OpenOptions::new() .write(true) .truncate(true) .create(true) .open(GAMESAVE_PATH_ALL_OUT) .map_err(|_| ())?; gs.dump(&mut out_file).map_err(|_| ())?; assert_eq!(in_file.stream_position().unwrap(), out_file.stream_position().unwrap()); Ok(()) }