diff options
Diffstat (limited to '')
| -rw-r--r-- | project/src/lib-lecode.h | 223 |
1 files changed, 172 insertions, 51 deletions
diff --git a/project/src/lib-lecode.h b/project/src/lib-lecode.h index 4d724ad..af97078 100644 --- a/project/src/lib-lecode.h +++ b/project/src/lib-lecode.h @@ -70,36 +70,47 @@ typedef enum le_valid_t // bit field LE_HEAD_FOUND = 0x01, LE_HEAD_VALID = 0x02, LE_HEAD_KNOWN = 0x04, + LE_HEAD_VERSION = 0x08, LE_PARAM_FOUND = 0x10, LE_PARAM_VALID = 0x20, LE_PARAM_KNOWN = 0x40, + + LE_M_ALL_VALID = 0x7f, } le_valid_t; +static inline bool IsLecodeSupported ( le_valid_t mode ) + { return ( mode & LE_M_ALL_VALID ) == LE_M_ALL_VALID; } + //----------------------------------------------------------------------------- // [[le_usage_t]] typedef enum le_usage_t { - LEU_S_UNUSED = 0, // - slot not used - LEU_S_ARENA = 1, // A arena slot - LEU_S_ARENA_RND = 2, // r arena slot - LEU_S_ARENA_HIDE = 3, // a arena slot - LEU_S_TRACK = 4, // T track slot - LEU_S_TRACK_RND = 5, // R track slot - LEU_S_TRACK_HIDE = 6, // t track slot - LEU_S_SPECIAL = 7, // s special slot - LEU_S_NETWORK = 8, // n network slot - LEU_S_RANDOM = 9, // * network slot - LEU_S_WIIMM = 10, // W random slot - LEU_S_ALIAS = 11, // > is alias - LEU_S_MASK = 15, + LEU_S_UNUSED = 0, // - slot not used + + LEU_S_ARENA, // A arena slot + LEU_S_ARENA_HIDE, // a arena slot + LEU_S_ARENA_RND, // r arena slot + + LEU_S_TRACK, // T track slot + LEU_S_TRACK_HIDE, // t track slot + LEU_S_TRACK_RND, // R track slot + + LEU_S_LE_RANDOM, // L network slot + LEU_S_SPECIAL, // s special slot + LEU_S_NETWORK, // n network slot + LEU_S_ALIAS, // > is alias <<< last element! + + LEU_S_MASK = 0xf, LEU_F_ONLINE = 0x10, // Flag: used online } __attribute__ ((packed)) le_usage_t; +_Static_assert( LEU_S_ALIAS <= LEU_S_MASK,"le_usage_t"); + // /////////////////////////////////////////////////////////////////////////////// /////////////// lecode debug /////////////// @@ -121,12 +132,14 @@ typedef enum lecode_debug_t LEDEB_LONG_XPF = 0x0200, LEDEB_ITEM_POINT = 0x0400, LEDEB_KCL_TYPE = 0x0800, + LEDEB_TRACK_ID = 0x1000, + // [[new-debug]] //--- derived values - LEDEB__STD = 0x0ff9, // standard output - LEDEB__OUTPUT = 0x0ff8, // flags that produce output - LEDEB__ALL = 0x0fff, // all flags + LEDEB__STD = 0x1ff9, // standard output + LEDEB__OUTPUT = 0x1ff8, // flags that produce output + LEDEB__ALL = 0x1fff, // all flags LEDEB_S_CHECK_POINT = 4, // shift for LEDEB_CHECK_POINT LEDEB_M_CHECK_POINT = 3, // mask after shift @@ -189,7 +202,9 @@ typedef struct lecode_debug_ex_t u8 item_point; u8 kcl_type; u8 lap_pos; + u8 track_id; u8 xpf; + // [[new-debug]] // status bool have_output; // would produce output if ENABLED @@ -303,6 +318,11 @@ typedef struct le_lpar_t u8 no_speedo_if_debug; // 1 bit for each debug configuration u8 item_cheat; // 0:disabled, 1:enabled u8 drag_blue_shell; // >0: allow dragging of blue shell + u8 bt_worldwide; // >0: enable worldwide battles + u8 vs_worldwide; // >0: enable worldwide versus races + u8 bt_textures; // &1: enable texture hacks for battles, &2:alternable + u8 vs_textures; // &1: enable texture hacks for versus, &2:alternable + u8 block_textures; // >0: enable blocking of recent texture hacks u8 debug_mode; // debug mode u8 debug_predef[LEDEB__N_CONFIG]; @@ -396,7 +416,7 @@ typedef struct le_binary_head_t /*08*/ u32 build_number; // current code version /*0c*/ u32 base_address; // memory address of binary (destination) /*10*/ u32 entry_point; // memory address (prolog function) - /*14*/ u32 size; // size of complete file + /*14*/ u32 file_size; // size of complete file /*18*/ u32 off_param; // offset of param section /*1c*/ char region; // one of: P, E, J, K /*1d*/ char debug; // one of: D (debug) or R (release) @@ -415,7 +435,7 @@ typedef struct le_binary_head_v4_t /*08*/ u32 build_number; // current code version /*0c*/ u32 base_address; // memory address of binary (destination) /*10*/ u32 entry_point; // memory address (prolog function) - /*14*/ u32 size; // size of complete file + /*14*/ u32 file_size; // size of complete file /*18*/ u32 off_param; // offset of param section /*1c*/ char region; // one of: P, E, J, K /*1d*/ char debug; // one of: D (debug) or R (release) @@ -425,6 +445,31 @@ typedef struct le_binary_head_v4_t } __attribute__ ((packed)) le_binary_head_v4_t; +//----------------------------------------------------------------------------- +// [[le_binary_head_v5_t]] + +typedef struct le_binary_head_v5_t +{ + /*00*/ char magic[4]; // LE_BINARY_MAGIC + /*04*/ u32 version; // always 5 for v5 + /*08*/ u32 build_number; // current code version + /*0c*/ u32 base_address; // memory address of binary (destination) + /*10*/ u32 entry_point; // memory address (prolog function) + /*14*/ u32 file_size; // size of complete file + /*18*/ u32 off_param; // offset of LPAR section + /*1c*/ char region; // one of: P, E, J, K + /*1d*/ char debug; // one of: D (debug) or R (release) + /*1e*/ u8 phase; // >0: PHASE (usually 2) + /*1f*/ char unknown_1f; + + /*20*/ u32 szs_version; // minimal encoded version number of szs-tools required to edit + /*24*/ u32 edit_version; // >0: encoded version number of szs-tools, that did last edit + /*28*/ u32 head_size; // size of file header + /*2c*/ u32 creation_time; // unixtime of LE-CODE creation + /*30*/ u32 edit_time; // >0: unixtime of last LE-CODE edit +} +__attribute__ ((packed)) le_binary_head_v5_t; + /////////////////////////////////////////////////////////////////////////////// /////////////////////////////////////////////////////////////////////////////// // [[le_binary_param_t]] @@ -444,10 +489,10 @@ __attribute__ ((packed)) le_binary_param_t; typedef struct le_binpar_v1_35_t { - /*00*/ char magic[8]; // LE_PARAM_MAGIC - /*08*/ u32 version; // always 1 for v1 + /*00*/ char magic[8]; // LE_PARAM_MAGIC + /*08*/ u32 version; // always 1 for v1 /*0c*/ u32 size; // size (and minor version) - /*10*/ u32 off_eod; // offset of end-of-data + /*10*/ u32 off_eod; // offset of end-of-data /*14*/ u32 off_cup_par; // offset to cup param /*18*/ u32 off_cup_track; // offset of cup-track list @@ -686,9 +731,66 @@ __attribute__ ((packed)) le_binpar_v1_264_t; _Static_assert(sizeof(le_binpar_v1_264_t)==0x264,"le_binpar_v1_264_t"); //----------------------------------------------------------------------------- +// [[le_binpar_v1_26c_t]] + +typedef struct le_binpar_v1_26c_t +{ + /*000*/ char magic[8]; // LE_PARAM_MAGIC + /*008*/ u32 version; // always 1 for v1 + /*00c*/ u32 size; // size (and minor version) + /*010*/ u32 off_eod; // offset of end-of-data + + /*014*/ u32 off_cup_par; // offset to cup param + /*018*/ u32 off_cup_track; // offset of cup-track list + /*01c*/ u32 off_cup_arena; // offset of cup-arena list + /*020*/ u32 off_course_par; // offset of course param + /*024*/ u32 off_property; // offset of property list + /*028*/ u32 off_music; // offset of music list + /*02c*/ u32 off_flags; // offset of flags + + /*030*/ u8 engine[3]; // 100cc, 150cc, mirror (sum always 100) + /*033*/ u8 enable_200cc; // TRUE: 200C enabled => 150cc, 200cc, mirror + /*034*/ u8 enable_perfmon; // >0: performance monitor enabled; >1: for dolphin too + /*035*/ u8 enable_custom_tt; // TRUE: time trial for cusotm tracks enabled + /*036*/ u8 enable_xpflags; // TRUE: extended presence flags enabled + /*037*/ u8 block_track; // block used track for 0.. tracks + /*038*/ u16 chat_mode_1[BMG_N_CHAT]; // mode for each chat message + /*0f8*/ u16 chat_mode_2[BMG_N_CHAT]; // mode for each chat message + /*1b8*/ u8 enable_speedo; // speedometer selection (0..2), see SPEEDO_* + /*1b9*/ u8 no_speedo_if_debug; // if bit is set: suppress speedometer + /*1ba*/ u8 debug_mode; // debug mode (0..), see DEBUGMD_* + /*1bb*/ u8 item_cheat; // 0:disabled, 1:enabled + + /*1bc*/ u8 debug_predef[LEDEB__N_CONFIG]; + // information about used predefined mode + /*1c0*/ u32 debug[LEDEB__N_CONFIG][LEDEB__N_LINE]; + // debug line settings, see LEDEB_* + + /*260*/ u8 cheat_mode; // 0:off, 1:debug only, 2:allow all + /*261*/ u8 drag_blue_shell; // >0: allow dragging of blue shell + /*262*/ u16 thcloud_frames; // number of frames a player is small after thundercloud hit + + /*264*/ u8 bt_worldwide; // >0: enable worldwide battles + /*265*/ u8 vs_worldwide; // >0: enable worldwide versus races + /*266*/ u8 bt_textures; // &1: enable texture hacks for battles, &2:alternable + /*267*/ u8 vs_textures; // &1: enable texture hacks for versus, &2:alternable + /*268*/ u8 block_textures; // >0: enable blocking of recent texture hacks + + /*269*/ u8 padding_269; + /*26a*/ u8 padding_26a; + /*26b*/ u8 padding_26b; + + /*268*/ + +} +__attribute__ ((packed)) le_binpar_v1_26c_t; + +_Static_assert(sizeof(le_binpar_v1_26c_t)==0x26c,"le_binpar_v1_26c_t"); + +//----------------------------------------------------------------------------- // [[le_binpar_v1_t]] [[new-lpar]] -typedef struct le_binpar_v1_264_t le_binpar_v1_t; +typedef struct le_binpar_v1_26c_t le_binpar_v1_t; // /////////////////////////////////////////////////////////////////////////////// @@ -718,27 +820,31 @@ __attribute__ ((packed)) le_course_par_t; // /////////////////////////////////////////////////////////////////////////////// -/////////////// le_analyse_t /////////////// +/////////////// le_analyze_t /////////////// /////////////////////////////////////////////////////////////////////////////// -// [[le_analyse_t]] +// [[le_analyze_t]] -typedef struct le_analyse_t +typedef struct le_analyze_t { //--- header data le_valid_t valid; // see LE_VALID_* above uint version; // version = phase le_region_t region; // one of LEREG_* + u32 creation_time; // unixtime of LE-CODE creation + u32 edit_time; // >0: unixtime of last LE-CODE edit + uint szs_version; // minimal encoded version number of szs-tools required to edit + uint edit_version; // >0: encoded version number of szs-tools, that did last edit const u8 *data; // pointer to raw data - u32 size; // data size + u32 data_size; // data size - uint head_vers; // not NULL: version number of header - uint head_size; // not NULL: size told by header + uint header_vers; // not NULL: version number of header + uint header_size; // not NULL: size told by header - uint param_offset; // not NULL: offset of param - uint param_vers; // not NULL: version number of param - uint param_size; // not NULL: size told by param + uint param_offset; // not NULL: offset of LPAR + uint param_vers; // not NULL: version number of LPAR + uint param_size; // not NULL: size told by LPAR //--- working data @@ -753,18 +859,23 @@ typedef struct le_analyse_t uint max_property; // max possible properties uint max_music; // max possible music slots uint max_flags; // max possible flags + uint flags_bits; // number of bits for flags: 8|16 uint used_rslots; // used racing slots uint max_rslots; // max racing slots uint used_bslots; // used battle slots uint max_bslots; // max battle slots + uint le_random_beg; // first LE-CODE random slot + uint le_random_end; // last LE-CODE random slot + 1 + le_lpar_t lpar; // LPAR parameters + le_flags_t *flags; // alloced list of flags, N=max_flags le_usage_t *usage; // NULL or alloced list[n_slot], setup by GetLEUsage() uint usage_size; // number of alloed 'usage' elements - bool arena_setup; // set by SetupArenasLEAnalyse() + bool arena_setup; // set by SetupArenasLEAnalyze() bool arena_applied; // set by ApplyArena() @@ -774,7 +885,7 @@ typedef struct le_analyse_t uint bin_size; // size of binary data - //--- pointers + //--- pointers into LE-CODE binary le_cup_par_t *cup_par; // NULL or cup parameters le_course_par_t *course_par; // NULL or course parameters @@ -782,7 +893,7 @@ typedef struct le_analyse_t le_cup_track_t *cup_arena; // NULL or list of cup arenas le_property_t *property; // NULL or list of properties le_music_t *music; // NULL or list of music slots - le_flags_t *flags; // NULL or list of flags + le_flags8_t *flags_bin; // NULL or list of flags u8 *beg_of_data; // NULL or begin of data u8 *end_of_data; // NULL or end of data @@ -791,6 +902,7 @@ typedef struct le_analyse_t { le_binary_head_t * head; le_binary_head_v4_t * head_v4; + le_binary_head_v5_t * head_v5; }; union @@ -799,47 +911,57 @@ typedef struct le_analyse_t le_binpar_v1_t * param_v1; }; } -le_analyse_t; +le_analyze_t; //----------------------------------------------------------------------------- -void ResetLEAnalyse ( le_analyse_t *ana ); -void ResetLEAnalyseUsage ( le_analyse_t *ana ); -void SetupArenasLEAnalyse ( le_analyse_t *ana, bool force ); +void ResetLEAnalyze ( le_analyze_t *ana ); +void ResetLEAnalyzeUsage ( le_analyze_t *ana ); +void SetupArenasLEAnalyze ( le_analyze_t *ana, bool force ); -enumError AnalyseLEBinary +enumError AnalyzeLEBinary ( - le_analyse_t *ana, // NULL or destination of analysis + le_analyze_t *ana, // NULL or destination of analysis const void *data, // data pointer uint data_size // data size ); -le_region_t GetLERegion ( const le_analyse_t *ana ); +ccp GetLecodeSupportWarning ( const le_analyze_t *ana ); +le_region_t GetLERegion ( const le_analyze_t *ana ); -void CalculateStatsLE ( le_analyse_t *ana ); -const le_usage_t * GetLEUsage ( const le_analyse_t *ana0, bool force_recalc ); +void CalculateStatsLE ( le_analyze_t *ana ); +const le_usage_t * GetLEUsage ( const le_analyze_t *ana0, bool force_recalc ); char GetLEUsageChar ( le_usage_t usage ); ccp GetLEUsageCharCol ( le_usage_t usage, const ColorSet_t *colset, ccp * prev_col ); ccp GetLEValid ( le_valid_t valid ); -void CalculateStatsLE ( le_analyse_t *ana ); -void DumpLEAnalyse ( FILE *f, uint indent, const le_analyse_t *ana ); +void CalculateStatsLE ( le_analyze_t *ana ); +void DumpLEAnalyse ( FILE *f, uint indent, const le_analyze_t *ana ); void TransferTrackFile ( LogFile_t *log, uint dest_slot, ccp src_name, TransferMode_t flags ); void TransferTrackBySlot ( LogFile_t *log, uint dest_slot, uint src_slot, TransferMode_t flags ); -static inline bool IsLESlotUsed ( const le_analyse_t *ana, uint slot ) +static inline bool IsLESlotUsed ( const le_analyze_t *ana, uint slot ) { return slot < ana->n_slot && ana->music[slot]; } +static inline bool IsLERacingSlot ( const le_analyze_t *ana, uint slot ) + { return slot < ana->n_slot && ana->music[slot] && ana->property[slot] < MKW_TRACK_END; } + +static inline bool IsLEBattleSlot ( const le_analyze_t *ana, uint slot ) + { return slot < ana->n_slot && ana->music[slot] && ana->property[slot] >= MKW_ARENA_BEG; } + /////////////////////////////////////////////////////////////////////////////// const ctcode_t * LoadLEFile ( uint le_phase ); -enumError ApplyLEFile ( le_analyse_t * ana ); -enumError ApplyCTCODE ( le_analyse_t * ana, const ctcode_t * ctcode ); -void PatchLECODE ( le_analyse_t * ana ); +enumError ApplyLEFile ( le_analyze_t * ana ); +enumError ApplyCTCODE ( le_analyze_t * ana, const ctcode_t * ctcode ); +void PatchLECODE ( le_analyze_t * ana ); void PatchLPAR ( le_lpar_t * lp ); +void UpdateLecodeFlags ( le_analyze_t * ana ); +void CopyLecodeFlags ( le_analyze_t * ana ); + // /////////////////////////////////////////////////////////////////////////////// /////////////// misc /////////////// @@ -848,8 +970,7 @@ void PatchLPAR ( le_lpar_t * lp ); const VarMap_t * SetupVarsLECODE(); static inline bool IsRacingTrackLE ( uint tid ) - { return tid < MKW_N_TRACKS - || tid >= LE_FIRST_CT_SLOT && tid != 0xff; } + { return tid < MKW_N_TRACKS || tid >= LE_FIRST_CT_SLOT; } uint GetNextRacingTrackLE ( uint tid ); 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