Big code change, read description

1) Don't calculate big LUTs for mixer deltas on init (was just a waste of RAM) 2) The mixer now uses a 64-bit division to calculate max number of safe samples to mix (branchless), instead of using a big hackish LUT for DIV->MUL 3) Module and sample loaders have been refactored so that it's much simpler to write new loaders (or modify the old ones) 4) Added support for importing DIGI Booster (non-Pro) modules 5) Added support for importing 8-channel StarTrekker modules 6) Updated help text 7) Some more minor code change 8) Updated the Visual Studio project and make scripts to include the new loaders * Sorry for not making individual commits for all the changes, but at this point it was simply too difficult for me to do so!

Olav Sørensen committed 5 years ago

Commit 12f28da1 parent 2c1dbb237 files · +6956 −6838Browse files

Showing the changes to src (32 of 37 files). Show all

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32 files

src/ft2_audio.c +24 −22
src/ft2_audio.h +4 −4
src/ft2_diskop.c +52 −90
src/ft2_inst_ed.c +6 −12
src/ft2_inst_ed.h +2 −0
src/ft2_module_loader.c +248 −2315
src/ft2_module_loader.h +14 −2
src/ft2_replayer.c +46 −102
src/ft2_replayer.h +30 −30
src/ft2_sample_ed.c +45 −0
src/ft2_sample_ed.h +7 −0
src/ft2_sample_loader.c +125 −2071
src/ft2_sample_loader.h +22 −2
src/ft2_scopes.c +17 −18
src/ft2_scopes.h +6 −2
src/ft2_sysreqs.c +32 −1
src/ft2_sysreqs.h +18 −11
src/ft2_tables.c +8 −1
src/ft2_tables.h +3 −1
src/helpdata/FT2.HLP +13 −7
src/helpdata/ft2_help_data.h +2142 −2133
src/mixer/ft2_mix_macros.h +2 −11
src/modloaders/ft2_load_digi.c +260 −0
src/modloaders/ft2_load_mod.c +408 −0
src/modloaders/ft2_load_s3m.c +663 −0
src/modloaders/ft2_load_stk.c +350 −0
src/modloaders/ft2_load_stm.c +263 −0
src/modloaders/ft2_load_xm.c +626 −0
src/smploaders/ft2_load_aiff.c +510 −0
src/smploaders/ft2_load_iff.c +179 −0
src/smploaders/ft2_load_raw.c +30 −0
src/smploaders/ft2_load_wav.c +746 −0

src/ft2_audio.c+24−22

@@ -47,8 +47,8 @@ void resetCachedMixerVars(void) · 46 unmodified lines
47	47	voice_t *v = voice;
48	48	for (int32_t i = 0; i < MAX_VOICES*2; i++, v++)
49	49	{
	50	+ v->dOldHz = 0.0;
50	51	v->oldDelta = 0;
51		− v->oldRevDelta = UINT32_MAX;
52	52	}
53	53	}
54	54
@@ -109,7 +109,6 @@ bool setNewAudioSettings(void) // only call this from the main input/video threa · 54 unmodified lines
109	109	return false;
110	110	}
111	111
112		− calcRevMixDeltaTable();
113	112	resumeAudio();
114	113
115	114	setWavRenderFrequency(audio.freq);
@@ -140,10 +139,7 @@ void setNewAudioFreq(uint32_t freq) // for song-to-WAV rendering · 24 unmodified lines
140	139
141	140	const bool mustRecalcTables = audio.freq != oldAudioFreq;
142	141	if (mustRecalcTables)
143		− {
144	142	calcReplayerVars(audio.freq);
145		− calcRevMixDeltaTable();
146		− }
147	143	}
148	144
149	145	void setBackOldAudioFreq(void) // for song-to-WAV rendering
@@ -153,10 +149,7 @@ void setBackOldAudioFreq(void) // for song-to-WAV rendering · 3 unmodified lines
153	149	audio.freq = oldAudioFreq;
154	150
155	151	if (mustRecalcTables)
156		− {
157	152	calcReplayerVars(audio.freq);
158		− calcRevMixDeltaTable();
159		− }
160	153	}
161	154
162	155	void P_SetSpeed(uint16_t bpm)
@@ -383,26 +376,29 @@ void updateVoices(void) · 220 unmodified lines
383	376
384	377	if (status & IS_Period)
385	378	{
386		− // use cached values if possible
	379	+ // use cached values when possible
387	380	if (ch->finalPeriod != ch->oldFinalPeriod)
388	381	{
389	382	ch->oldFinalPeriod = ch->finalPeriod;
390	383
391	384	if (ch->finalPeriod == 0) // in FT2, period 0 -> delta 0
392	385	{
	386	+ v->dOldHz = 0.0;
393	387	v->oldDelta = 0;
394		− v->oldRevDelta = UINT32_MAX;
395	388	v->dSincLUT = gKaiserSinc;
396	389	}
397	390	else
398	391	{
399		− v->oldDelta = getMixerDelta(ch->finalPeriod);
400		− v->oldRevDelta = getRevMixerDelta(ch->finalPeriod); // for calc'ing max samples in inner mix loop before sample end/loop end
	392	+ const double dHz = dPeriod2Hz(ch->finalPeriod);
	393	+ const uint64_t delta64 = (int64_t)((dHz * audio.dHz2MixDeltaMul) + 0.5); // Hz -> rounded 32.32 fixed-point
	394	+
	395	+ v->dOldHz = dHz;
	396	+ v->oldDelta = delta64;
401	397
402	398	// decide which sinc LUT to use according to resampling ratio
403		− if (v->oldDelta <= 0x130000000) // 1.1875 (32.32 fixed-point)
	399	+ if (delta64 <= 0x130000000) // 1.1875 (32.32fp)
404	400	v->dSincLUT = gKaiserSinc;
405		− else if (v->oldDelta <= 0x180000000) // 1.5 (32.32 fixed-point)
	401	+ else if (delta64 <= 0x180000000) // 1.5 (32.32fp)
406	402	v->dSincLUT = gDownSample1;
407	403	else
408	404	v->dSincLUT = gDownSample2;
@@ -410,7 +406,7 @@ void updateVoices(void) · 1 unmodified line
410	406	}
411	407
412	408	v->delta = v->oldDelta;
413		− v->revDelta = v->oldRevDelta;
	409	+ v->dHz = v->dOldHz;
414	410	}
415	411
416	412	if (status & IS_NyTon)
@@ -878,18 +874,24 @@ static void fillVisualsSyncBuffer(void) · 461 unmodified lines
878	874
879	875	syncedChannel_t *c = chSyncData.channels;
880	876	stmTyp *s = stm;
	877	+ voice_t *v = voice;
881	878
882		− for (int32_t i = 0; i < song.antChn; i++, c++, s++)
	879	+ for (int32_t i = 0; i < song.antChn; i++, c++, s++, v++)
883	880	{
884		− c->finalPeriod = s->finalPeriod;
885		− c->fineTune = s->fineTune;
886		− c->relTonNr = s->relTonNr;
	881	+ c->vol = s->finalVol;
	882	+ c->dHz = v->dHz;
887	883	c->instrNr = s->instrNr;
888	884	c->sampleNr = s->sampleNr;
889		− c->envSustainActive = s->envSustainActive;
890	885	c->status = s->tmpStatus;
891		− c->dFinalVol = s->dFinalVol;
892		− c->smpStartPos = s->smpStartPos;
	886	+ c->smpStartPos = (uint16_t)s->smpStartPos;
	887	+
	888	+ c->pianoNoteNr = 255; // no piano key
	889	+ if (songPlaying && (c->status & IS_Period) && s->envSustainActive)
	890	+ {
	891	+ const int32_t note = getPianoKey(s->finalPeriod, s->fineTune, s->relTonNr);
	892	+ if (note >= 0 && note <= 95)
	893	+ c->pianoNoteNr = (uint8_t)note;
	894	+ }
893	895	}
894	896
895	897	chSyncData.timestamp = audio.tickTime64;

src/ft2_audio.h+4−4

@@ -34,7 +34,7 @@ typedef struct audio_t · 33 unmodified lines
34	34	uint32_t freq, audLatencyPerfValInt, audLatencyPerfValFrac, samplesPerTick, musicTimeSpeedVal;
35	35	uint64_t tickTime64, tickTime64Frac, tickTimeTab[MAX_BPM+1];
36	36	double dRampQuickVolMul, dRampTickMul, dRampTickMulTab[MAX_BPM+1];
37		− double dMixBufferL, dMixBufferR, dMixBufferLUnaligned, dMixBufferRUnaligned;
	37	+ double dMixBufferL, dMixBufferR, dMixBufferLUnaligned, dMixBufferRUnaligned, dHz2MixDeltaMul;
38	38	double dAudioLatencyMs, dSamplesPerTick, dTickSampleCounter, dSamplesPerTickTab[MAX_BPM+1];
39	39
40	40	SDL_AudioDeviceID dev;
@@ -47,8 +47,8 @@ typedef struct · 6 unmodified lines
47	47	const int16_t base16, revBase16;
48	48	bool active, backwards, isFadeOutVoice, hasLooped;
49	49	uint8_t mixFuncOffset, pan, loopType;
50		− int32_t pos, end, loopStart, loopLength;
51		− uint32_t volRampSamples, revDelta, oldRevDelta;
	50	+ int32_t pos, end, loopStart, loopLength, oldPeriod;
	51	+ uint32_t volRampSamples;
52	52	uint64_t posFrac, delta, oldDelta;
53	53
54	54	// if (loopEnabled && hasLooped && samplingPos <= loopStart+SINC_LEFT_TAPS) readFixedTapsFromThisPointer();
@@ -56,7 +56,7 @@ typedef struct · 1 unmodified line
56	56	const int16_t *leftEdgeTaps16;
57	57
58	58	const double *dSincLUT;
59		− double dVol, dDestVolL, dDestVolR, dVolL, dVolR, dVolDeltaL, dVolDeltaR;
	59	+ double dOldHz, dHz, dVol, dDestVolL, dDestVolR, dVolL, dVolR, dVolDeltaL, dVolDeltaR;
60	60	} voice_t;
61	61
62	62	typedef struct pattSyncData_t

src/ft2_diskop.c+52−90

@@ -1187,6 +1187,38 @@ void testDiskOpMouseRelease(void) · 1186 unmodified lines
1187	1187	}
1188	1188	}
1189	1189
	1190	+static bool moduleExtensionAccepted(char *extPtr)
	1191	+{
	1192	+ int32_t i = 0;
	1193	+ while (true)
	1194	+ {
	1195	+ const char *str = supportedModExtensions[i++];
	1196	+ if (!_stricmp(str, "END_OF_LIST"))
	1197	+ return false;
	1198	+
	1199	+ if (!_stricmp(str, extPtr))
	1200	+ break;
	1201	+ }
	1202	+
	1203	+ return true;
	1204	+}
	1205	+
	1206	+static bool sampleExtensionAccepted(char *extPtr)
	1207	+{
	1208	+ int32_t i = 0;
	1209	+ while (true)
	1210	+ {
	1211	+ const char *str = supportedSmpExtensions[i++];
	1212	+ if (!_stricmp(str, "END_OF_LIST"))
	1213	+ return false;
	1214	+
	1215	+ if (!_stricmp(str, extPtr))
	1216	+ break;
	1217	+ }
	1218	+
	1219	+ return true;
	1220	+}
	1221	+
1190	1222	static uint8_t handleEntrySkip(UNICHAR *nameU, bool isDir)
1191	1223	{
1192	1224	// skip if illegal name or filesize >32-bit
@@ -1223,12 +1255,13 @@ static uint8_t handleEntrySkip(UNICHAR *nameU, bool isDir) · 30 unmodified lines
1223	1255	}
1224	1256	else if (!FReq_ShowAllFiles)
1225	1257	{
1226		− const int32_t extOffset = getExtOffset(name, nameLen);
	1258	+ int32_t extOffset = getExtOffset(name, nameLen);
1227	1259	if (extOffset == -1)
1228	1260	goto skipEntry;
	1261	+ extOffset++; // skip '.'
1229	1262
1230	1263	const int32_t extLen = (int32_t)strlen(&name[extOffset]);
1231		− if (extLen < 3 \|\| extLen > 5)
	1264	+ if (extLen < 2 \|\| extLen > 6)
1232	1265	goto skipEntry; // no possibly known extensions to filter out
1233	1266
1234	1267	char *extPtr = &name[extOffset];
@@ -1239,117 +1272,46 @@ static uint8_t handleEntrySkip(UNICHAR *nameU, bool isDir) · 4 unmodified lines
1239	1272	default:
1240	1273	case DISKOP_ITEM_MODULE:
1241	1274	{
1242		− if (extLen == 3)
1243		− {
1244		− if (_stricmp(".xm", extPtr) && _stricmp(".ft", extPtr))
1245		− goto skipEntry; // skip, none of the extensions above
1246		− }
1247		− else if (extLen == 4)
1248		− {
1249		− if (editor.moduleSaveMode == MOD_SAVE_MODE_WAV)
1250		− {
1251		− if (_stricmp(".nst", extPtr) && _stricmp(".mod", extPtr) &&
1252		− _stricmp(".s3m", extPtr) && _stricmp(".stm", extPtr) &&
1253		− _stricmp(".fst", extPtr) && _stricmp(".wav", extPtr))
1254		− {
1255		− goto skipEntry; // skip, none of the extensions above
1256		− }
1257		− }
1258		− else
1259		− {
1260		− if (_stricmp(".nst", extPtr) && _stricmp(".mod", extPtr) &&
1261		− _stricmp(".s3m", extPtr) && _stricmp(".stm", extPtr) &&
1262		− _stricmp(".fst", extPtr))
1263		− {
1264		− goto skipEntry; // skip, none of the extensions above
1265		− }
1266		− }
1267		− }
1268		− else
1269		− {
	1275	+ if (editor.moduleSaveMode == MOD_SAVE_MODE_WAV && !_stricmp("wav", extPtr))
	1276	+ break; // show .wav files when save mode is "WAV"
	1277	+
	1278	+ if (!moduleExtensionAccepted(extPtr))
1270	1279	goto skipEntry;
1271		− }
1272	1280	}
1273	1281	break;
1274	1282
1275	1283	case DISKOP_ITEM_INSTR:
1276	1284	{
1277		− if (extLen == 3)
1278		− {
1279		− if (_stricmp(".xi", extPtr))
1280		− goto skipEntry; // skip, none of the extensions above
1281		− }
1282		− else if (extLen == 4)
1283		− {
1284		− if (_stricmp(".iff", extPtr) && _stricmp(".raw", extPtr) &&
1285		− _stricmp(".wav", extPtr) && _stricmp(".snd", extPtr) &&
1286		− _stricmp(".smp", extPtr) && _stricmp(".sam", extPtr) &&
1287		− _stricmp(".aif", extPtr) && _stricmp(".pat", extPtr))
1288		− {
1289		− goto skipEntry; // skip, none of the extensions above
1290		− }
1291		− }
1292		− else if (extLen == 5)
1293		− {
1294		− if (_stricmp(".aiff", extPtr))
1295		− goto skipEntry; // skip, not the extension above
1296		− }
1297		− else
1298		− {
	1285	+ if (!_stricmp("xi", extPtr))
	1286	+ break;
	1287	+
	1288	+ if (!sampleExtensionAccepted(extPtr))
1299	1289	goto skipEntry;
1300		− }
1301	1290	}
1302	1291	break;
1303	1292
1304	1293	case DISKOP_ITEM_SAMPLE:
1305	1294	{
1306		− if (extLen == 4)
1307		− {
1308		− if (_stricmp(".iff", extPtr) && _stricmp(".raw", extPtr) &&
1309		− _stricmp(".wav", extPtr) && _stricmp(".snd", extPtr) &&
1310		− _stricmp(".smp", extPtr) && _stricmp(".sam", extPtr) &&
1311		− _stricmp(".aif", extPtr))
1312		− {
1313		− goto skipEntry; // skip, none of the extensions above
1314		− }
1315		− }
1316		− else if (extLen == 5)
1317		− {
1318		− if (_stricmp(".aiff", extPtr))
1319		− goto skipEntry; // skip, not the extension above
1320		− }
1321		− else
1322		− {
	1295	+ if (!sampleExtensionAccepted(extPtr))
1323	1296	goto skipEntry;
1324		− }
1325	1297	}
1326	1298	break;
1327	1299
1328	1300	case DISKOP_ITEM_PATTERN:
1329	1301	{
1330		− if (extLen == 3)
1331		− {
1332		− if (_stricmp(".xp", extPtr))
1333		− goto skipEntry; // skip, not the extension above
1334		− }
1335		− else
1336		− {
1337		− goto skipEntry;
1338		− }
	1302	+ if (!_stricmp("xp", extPtr))
	1303	+ break;
	1304	+
	1305	+ goto skipEntry;
1339	1306	}
1340	1307	break;
1341	1308
1342	1309	case DISKOP_ITEM_TRACK:
1343	1310	{
1344		− if (extLen == 3)
1345		− {
1346		− if (_stricmp(".xt", extPtr))
1347		− goto skipEntry; // skip, not the extension above
1348		− }
1349		− else
1350		− {
1351		− goto skipEntry;
1352		− }
	1311	+ if (!_stricmp("xt", extPtr))
	1312	+ break;
	1313	+
	1314	+ goto skipEntry;
1353	1315	}
1354	1316	break;
1355	1317	}

src/ft2_inst_ed.c+6−12

@@ -18,7 +18,6 @@ · 17 unmodified lines
18	18	#include "ft2_video.h"
19	19	#include "ft2_sample_loader.h"
20	20	#include "ft2_diskop.h"
21		−#include "ft2_module_loader.h"
22	21	#include "ft2_tables.h"
23	22	#include "ft2_bmp.h"
24	23	#include "ft2_structs.h"
@@ -1657,12 +1656,8 @@ void drawPiano(chSyncData_t *chSyncData) · 1632 unmodified lines
1657	1656	syncedChannel_t *c = chSyncData->channels;
1658	1657	for (int32_t i = 0; i < song.antChn; i++, c++)
1659	1658	{
1660		− if (c->instrNr == editor.curInstr && c->envSustainActive)
1661		− {
1662		− const int32_t note = getPianoKey(c->finalPeriod, c->fineTune, c->relTonNr);
1663		− if (note >= 0 && note <= 95)
1664		− newStatus[note] = true;
1665		− }
	1659	+ if (c->instrNr == editor.curInstr && c->pianoNoteNr <= 95)
	1660	+ newStatus[c->pianoNoteNr] = true;
1666	1661	}
1667	1662	}
1668	1663	else // song is not playing (jamming from keyboard/MIDI)
@@ -3412,7 +3407,7 @@ static int32_t SDLCALL loadInstrThread(void *ptr) · 1743 unmodified lines
3412	3407	loadDone:
3413	3408	fclose(f);
3414	3409
3415		− fixSampleName(editor.curInstr);
	3410	+ fixInstrAndSampleNames(editor.curInstr);
3416	3411	editor.updateCurInstr = true; // setMouseBusy(false) is called in the input/video thread when done
3417	3412
3418	3413	if (ih.antSamp > MAX_SMP_PER_INST)
@@ -3426,14 +3421,13 @@ loadDone: · 7 unmodified lines
3426	3421	(void)ptr;
3427	3422	}
3428	3423
3429		−static bool fileIsInstr(UNICHAR *filename)
	3424	+bool fileIsInstr(UNICHAR *filenameU)
3430	3425	{
3431		− char header[22];
3432		−
3433		− FILE *f = UNICHAR_FOPEN(filename, "rb");
	3426	+ FILE *f = UNICHAR_FOPEN(filenameU, "rb");
3434	3427	if (f == NULL)
3435	3428	return false;
3436	3429
	3430	+ char header[22];
3437	3431	fread(header, 1, sizeof (header), f);
3438	3432	fclose(f);
3439	3433

src/ft2_inst_ed.h+2−0

@@ -8,6 +8,8 @@ · 7 unmodified lines
8	8
9	9	void drawC4Rate(void);
10	10
	11	+bool fileIsInstr(UNICHAR *filenameU);
	12	+
11	13	void saveInstr(UNICHAR *filenameU, int16_t nr);
12	14	void loadInstr(UNICHAR *filenameU);
13	15	void copyInstr(void); // dstInstr = srcInstr

src/ft2_module_loader.c+248−2315

@@ -10,7 +10,6 @@ · 9 unmodified lines
10	10	#include <unistd.h>
11	11	#endif
12	12	#include "ft2_header.h"
13		−#include "ft2_config.h"
14	13	#include "ft2_scopes.h"
15	14	#include "ft2_trim.h"
16	15	#include "ft2_inst_ed.h"
@@ -24,1857 +23,206 @@ · 7 unmodified lines
24	23	#include "ft2_midi.h"
25	24	#include "ft2_events.h"
26	25	#include "ft2_video.h"
27		−#include "ft2_tables.h"
28	26	#include "ft2_structs.h"
	27	+#include "ft2_sysreqs.h"
29	28
30		−/* This is a HUGE mess!
31		−** I hope you never have to modify it, and you probably shouldn't either.
32		−** You will experience a lot of headaches if you dig into this file...
33		−** If something looks to be wrong, it's probably right!
34		−**
35		−** The actual module load routines are ported from FT2 and slightly modified.
36		−*/
	29	+bool loadDIGI(FILE *f, uint32_t filesize);
	30	+bool loadMOD(FILE *f, uint32_t filesize);
	31	+bool loadS3M(FILE *f, uint32_t filesize);
	32	+bool loadSTK(FILE *f, uint32_t filesize);
	33	+bool loadSTM(FILE *f, uint32_t filesize);
	34	+bool loadXM(FILE *f, uint32_t filesize);
37	35
38	36	enum
39	37	{
40		− FORMAT_NONE = 0,
41		− FORMAT_XM = 1,
42		− FORMAT_MOD = 2,
43		− FORMAT_S3M = 3,
44		− FORMAT_STM = 4
	38	+ FORMAT_UNKNOWN = 0,
	39	+ FORMAT_POSSIBLY_STK = 1,
	40	+ FORMAT_XM = 2,
	41	+ FORMAT_MOD = 3,
	42	+ FORMAT_S3M = 4,
	43	+ FORMAT_STM = 5,
	44	+ FORMAT_DIGI = 6
45	45	};
46	46
47		−// .MOD types
48		−enum
49		−{
50		− FORMAT_MK, // ProTracker or compatible
51		− FORMAT_FLT, // StarTrekker (4-channel modules only)
52		− FORMAT_FT2, // FT2 (or other trackers, multichannel)
53		− FORMAT_STK, // The Ultimate SoundTracker (15 samples)
54		− FORMAT_NT, // NoiseTracker
55		− FORMAT_HMNT, // His Master's NoiseTracker (special one)
56		−
57		− FORMAT_UNKNOWN // may be The Ultimate Soundtracker (set to FORMAT_STK later)
58		−};
59		−
60		−// DO NOT TOUCH THESE STRUCTS!
61		−
62		−#ifdef _MSC_VER
63		−#pragma pack(push)
64		−#pragma pack(1)
65		−#endif
66		−typedef struct songSTMinstrHeaderTyp_t
67		−{
68		− char name[12];
69		− uint8_t nul, insDisk;
70		− uint16_t reserved1, len, repS, repE;
71		− uint8_t vol, reserved2;
72		− uint16_t rate;
73		− int32_t reserved3;
74		− uint16_t paraLen;
75		−}
76		−#ifdef __GNUC__
77		−__attribute__ ((packed))
78		−#endif
79		−songSTMinstrHeaderTyp;
80		−
81		−typedef struct songSTMHeaderTyp_t
82		−{
83		− char name[20], sig[8];
84		− uint8_t id1a, typ;
85		− uint8_t verMajor, verMinor;
86		− uint8_t tempo, ap, vol, reserved[13];
87		− songSTMinstrHeaderTyp instr[31];
88		− uint8_t songTab[128];
89		−}
90		−#ifdef __GNUC__
91		−__attribute__ ((packed))
92		−#endif
93		−songSTMHeaderTyp;
94		−
95		−typedef struct songS3MinstrHeaderTyp_t
96		−{
97		− uint8_t typ;
98		− char dosName[12];
99		− uint8_t memSegH;
100		− uint16_t memSeg;
101		− int32_t len, repS, repE;
102		− uint8_t vol, dsk, pack, flags;
103		− int32_t c2Spd, res1;
104		− uint16_t gusPos;
105		− uint8_t res2[6];
106		− char name[28], id[4];
107		−}
108		−#ifdef __GNUC__
109		−__attribute__ ((packed))
110		−#endif
111		−songS3MinstrHeaderTyp;
112		−
113		−typedef struct songS3MHeaderTyp_t
114		−{
115		− char name[28];
116		− uint8_t id1a, typ;
117		− uint16_t res1;
118		− int16_t songTabLen, antInstr, antPatt;
119		− uint16_t flags, trackerID, ver;
120		− char id[4];
121		− uint8_t globalVol, defSpeed, defTempo, masterVol, res2[12], chanType[32];
122		−}
123		−#ifdef __GNUC__
124		−__attribute__ ((packed))
125		−#endif
126		−songS3MHeaderTyp;
127		−#ifdef _MSC_VER
128		−#pragma pack(pop)
129		−#endif
130		−
131		−static volatile uint8_t loadedFormat;
132		−static volatile bool linearFreqTable, musicIsLoading, moduleLoaded, moduleFailedToLoad;
133		−static uint8_t oldPlayMode, pattBuff[12288], packedPattData[65536];
134		−static const uint8_t stmEff[16] = { 0, 0, 11, 0, 10, 2, 1, 3, 4, 7, 0, 5 ,6, 0, 0, 0 };
135		−static SDL_Thread *thread;
136		−
137		−// these temporarily read to, then copied to real struct if load was OK (should not need to be volatile'd)
138		−static int16_t pattLensTmp[MAX_PATTERNS];
139		−static uint32_t extraSampleLengths[32-MAX_SMP_PER_INST]; // ModPlug Tracker & OpenMPT supports up to 32 samples per instrument in .XM
140		−static tonTyp *pattTmp[MAX_PATTERNS];
141		−static instrTyp *instrTmp[1+256];
142		−static songTyp songTmp;
143		−
144		−static void setupLoadedModule(void);
145		−static void freeTmpModule(void);
146		−static bool loadInstrHeader(FILE *f, uint16_t i, bool externalThreadFlag);
147		−static bool loadInstrSample(FILE *f, uint16_t i, bool externalThreadFlag);
148		−void unpackPatt(uint8_t dst, uint8_t src, uint16_t len, int32_t antChn);
149		−static bool tmpPatternEmpty(uint16_t nr);
150		−static bool loadPatterns(FILE *f, uint16_t antPtn, bool externalThreadFlag);
151		−
152		−void checkSampleRepeat(sampleTyp *s);
153		−
154		−// ft2_replayer.c
155		−extern const char modSig[32][5];
156		−
157		−static bool allocateTmpInstr(int16_t nr)
158		−{
159		− if (instrTmp[nr] != NULL)
160		− return false; // already allocated
161		−
162		− instrTyp p = (instrTyp )calloc(1, sizeof (instrTyp));
163		− if (p == NULL)
164		− return false;
165		−
166		− sampleTyp *s = p->samp;
167		− for (int32_t i = 0; i < MAX_SMP_PER_INST; i++, s++)
168		− {
169		− s->pan = 128;
170		− s->vol = 64;
171		− }
172		−
173		− instrTmp[nr] = p;
174		− return true;
175		−}
176		−
177		−#define IS_ID(s, b) !strncmp(s, b, 4)
178		−
179		−static uint8_t getModType(uint8_t numChannels, const char id)
180		−{
181		− uint8_t modFormat = FORMAT_UNKNOWN;
182		− *numChannels = 4;
183		−
184		− if (IS_ID("M.K.", id) \|\| IS_ID("M!K!", id) \|\| IS_ID("NSMS", id) \|\| IS_ID("LARD", id) \|\| IS_ID("PATT", id))
185		− {
186		− modFormat = FORMAT_MK; // ProTracker or compatible
187		− }
188		− else if (id[1] == 'C' && id[2] == 'H' && id[3] == 'N')
189		− {
190		− modFormat = FORMAT_FT2; // FT2 or generic multichannel
191		− *numChannels = id[0] - '0';
192		− }
193		− else if (id[2] == 'C' && (id[3] == 'H' \|\| id[3] == 'N'))
194		− {
195		− modFormat = FORMAT_FT2; // FT2 or generic multichannel
196		− numChannels = ((id[0] - '0') 10) + (id[1] - '0');
197		− }
198		− else if (IS_ID("FLT4", id))
199		− {
200		− modFormat = FORMAT_FLT; // StarTrekker (4-channel modules only)
201		− }
202		− else if (IS_ID("N.T.", id))
203		− {
204		− modFormat = FORMAT_NT; // NoiseTracker
205		− }
206		− else if (IS_ID("M&K!", id) \|\| IS_ID("FEST", id))
207		− {
208		− modFormat = FORMAT_HMNT; // His Master's NoiseTracker
209		− }
210		−
211		− return modFormat;
212		−}
213		−
214		−static bool loadMusicMOD(FILE *f, uint32_t fileLength, bool externalThreadFlag)
215		−{
216		− char ID[16];
217		− uint8_t bytes[4], modFormat, numChannels;
218		− int16_t i, j, k, ai;
219		− uint16_t a, b, period;
220		− tonTyp *ton;
221		− sampleTyp *s;
222		− songMOD31HeaderTyp h_MOD31;
223		− songMOD15HeaderTyp h_MOD15;
224		− int16_t (showMsg)(int16_t, const char , const char *);
225		−
226		− showMsg = externalThreadFlag ? okBoxThreadSafe : okBox;
227		−
228		− bool veryLateSTKVerFlag = false; // "DFJ SoundTracker III" nad later
229		− bool lateSTKVerFlag = false; // "TJC SoundTracker II" and later
230		− bool mightBeSTK = false;
231		−
232		− memset(&songTmp, 0, sizeof (songTmp));
233		− memset(&h_MOD31, 0, sizeof (songMOD31HeaderTyp));
234		− memset(&h_MOD15, 0, sizeof (songMOD15HeaderTyp));
235		−
236		− // start loading MOD
237		−
238		− loadedFormat = FORMAT_MOD;
239		−
240		− rewind(f);
241		− fread(ID, 1, 16, f);
242		− fseek(f, 0x1D, SEEK_SET);
243		− fread(bytes, 1, 1, f);
244		− rewind(f);
245		−
246		− // since .mod is the last format tested, check if the file is an .it module (Impulse Tracker)
247		− if (!memcmp(ID, "IMPM", 4) && bytes[0] == 0)
248		− {
249		− showMsg(0, "System message", "Error: Impulse Tracker modules are not supported!");
250		− goto modLoadError;
251		− }
252		−
253		− // check if the file to load is a WAV, if so reject it
254		− if (!memcmp(ID, "RIFF", 4) && !memcmp(&ID[8], "WAVEfmt", 7))
255		− {
256		− showMsg(0, "System message", "Error: Can't load a .wav file as a module!");
257		− goto modLoadError;
258		− }
259		−
260		− if (fileLength < 1596 \|\| fileLength > 20842494) // minimum and maximum possible size for a supported .mod
261		− {
262		− showMsg(0, "System message", "Error: This file is either not a module, or is not supported.");
263		− goto modLoadError;
264		− }
265		−
266		− if (fread(&h_MOD31, 1, sizeof (h_MOD31), f) != sizeof (h_MOD31))
267		− {
268		− showMsg(0, "System message", "Error: This file is either not a module, or is not supported.");
269		− goto modLoadError;
270		− }
271		−
272		− modFormat = getModType(&numChannels, h_MOD31.sig);
273		−
274		− if (modFormat == FORMAT_FLT && numChannels == 8)
275		− {
276		− showMsg(0, "System message", "8-channel Startrekker modules are not supported!");
277		− goto modLoadError;
278		− }
279		−
280		− if (modFormat != FORMAT_UNKNOWN)
281		− {
282		− if (fileLength < sizeof (h_MOD31))
283		− {
284		− showMsg(0, "System message", "Error: This file is either not a module, or is not supported.");
285		− goto modLoadError;
286		− }
287		−
288		− songTmp.antChn = numChannels;
289		− songTmp.len = h_MOD31.len;
290		− songTmp.repS = h_MOD31.repS;
291		− memcpy(songTmp.songTab, h_MOD31.songTab, 128);
292		− ai = 31;
293		− }
294		− else
295		− {
296		− mightBeSTK = true;
297		− if (fileLength < sizeof (h_MOD15))
298		− {
299		− showMsg(0, "System message", "Error: This file is not a module!");
300		− goto modLoadError;
301		− }
302		−
303		− rewind(f);
304		− if (fread(&h_MOD15, 1, sizeof (h_MOD15), f) != sizeof (h_MOD15))
305		− {
306		− showMsg(0, "System message", "Error: This file is either not a module, or is not supported.");
307		− goto modLoadError;
308		− }
309		−
310		− songTmp.antChn = numChannels;
311		− songTmp.len = h_MOD15.len;
312		− songTmp.repS = h_MOD15.repS;
313		− memcpy(songTmp.songTab, h_MOD15.songTab, 128);
314		− ai = 15;
315		− }
316		−
317		− if (modFormat == FORMAT_MK && songTmp.len == 129)
318		− songTmp.len = 127; // fixes a specific copy of beatwave.mod (FIXME: Do we want to keep this digsuting hack?)
319		−
320		− if (songTmp.antChn == 0 \|\| songTmp.len < 1 \|\| songTmp.len > 128 \|\| (mightBeSTK && songTmp.repS > 220))
321		− {
322		− showMsg(0, "System message", "Error: This file is either not a module, or is not supported.");
323		− goto modLoadError;
324		− }
325		−
326		− for (a = 0; a < ai; a++)
327		− {
328		− songMODInstrHeaderTyp *smp = &h_MOD31.instr[a];
329		−
330		− if (modFormat != FORMAT_HMNT) // most of "His Master's Noisetracker" songs have junk sample names, so let's not load them
331		− {
332		− // trim off spaces at end of name
333		− for (i = 21; i >= 0; i--)
334		− {
335		− if (smp->name[i] == ' ' \|\| smp->name[i] == 0x1A)
336		− smp->name[i] = '\0';
337		− else
338		− break;
339		− }
340		−
341		− memcpy(songTmp.instrName[1+a], smp->name, 22);
342		− songTmp.instrName[1+a][22] = '\0';
343		− }
344		−
345		− /* Only late versions of Ultimate SoundTracker could have samples larger than 9999 bytes.
346		− ** If found, we know for sure that this is a late STK module.
347		− */
348		− if (mightBeSTK && 2*SWAP16(smp->len) > 9999)
349		− lateSTKVerFlag = true;
350		− }
351		−
352		− songTmp.speed = 125;
353		− if (mightBeSTK)
354		− {
355		− /* If we're still here at this point and the mightBeSTK flag is set,
356		− ** then it's most likely a proper The Ultimate SoundTracker (STK/UST) module.
357		− */
358		− modFormat = FORMAT_STK;
359		−
360		− if (songTmp.repS == 0)
361		− songTmp.repS = 120;
362		−
363		− // jjk55.mod by Jesper Kyd has a bogus STK tempo value that should be ignored (hackish!)
364		− if (!strcmp("jjk55", h_MOD31.name))
365		− songTmp.repS = 120;
366		−
367		− // The "restart pos" field in STK is the inital tempo (must be converted to BPM first)
368		− if (songTmp.repS != 120) // 120 is a special case and means 50Hz (125BPM)
369		− {
370		− if (songTmp.repS > 220)
371		− songTmp.repS = 220;
372		−
373		− // convert UST tempo to BPM
374		− uint16_t ciaPeriod = (240 - songTmp.repS) * 122;
375		− double dHz = 709379.0 / ciaPeriod;
376		− int32_t BPM = (int32_t)((dHz * 2.5) + 0.5);
377		−
378		− songTmp.speed = (uint16_t)BPM;
379		− }
380		−
381		− songTmp.repS = 0;
382		− }
383		− else if (songTmp.repS >= songTmp.len)
384		− {
385		− songTmp.repS = 0;
386		− }
387		−
388		− // trim off spaces at end of name
389		− for (i = 19; i >= 0; i--)
390		− {
391		− if (h_MOD31.name[i] == ' ' \|\| h_MOD31.name[i] == 0x1A)
392		− h_MOD31.name[i] = '\0';
393		− else
394		− break;
395		− }
396		−
397		− memcpy(songTmp.name, h_MOD31.name, 20);
398		− songTmp.name[20] = '\0';
399		−
400		− // count number of patterns
401		− b = 0;
402		− for (a = 0; a < 128; a++)
403		− {
404		− if (songTmp.songTab[a] > b)
405		− b = songTmp.songTab[a];
406		− }
407		− b++;
408		−
409		− for (a = 0; a < b; a++)
410		− {
411		− pattTmp[a] = (tonTyp )calloc((MAX_PATT_LEN TRACK_WIDTH) + 16, 1);
412		− if (pattTmp[a] == NULL)
413		− {
414		− showMsg(0, "System message", "Not enough memory!");
415		− goto modLoadError;
416		− }
417		−
418		− pattLensTmp[a] = 64;
419		− for (j = 0; j < 64; j++)
420		− {
421		− for (k = 0; k < songTmp.antChn; k++)
422		− {
423		− ton = &pattTmp[a][(j * MAX_VOICES) + k];
424		−
425		− if (fread(bytes, 1, 4, f) != 4)
426		− {
427		− showMsg(0, "System message", "Error: This file is either not a module, or is not supported.");
428		− goto modLoadError;
429		− }
430		−
431		− // period to note
432		− period = ((bytes[0] & 0x0F) << 8) \| bytes[1];
433		− for (i = 0; i < 8*12; i++)
434		− {
435		− if (period >= amigaPeriod[i])
436		− {
437		− ton->ton = (uint8_t)i + 1;
438		− break;
439		− }
440		− }
441		−
442		− ton->instr = (bytes[0] & 0xF0) \| (bytes[2] >> 4);
443		− ton->effTyp = bytes[2] & 0x0F;
444		− ton->eff = bytes[3];
445		−
446		− if (modFormat == FORMAT_STK)
447		− {
448		− if (ton->effTyp == 0xC \|\| ton->effTyp == 0xD \|\| ton->effTyp == 0xE)
449		− {
450		− // "TJC SoundTracker II" and later
451		− lateSTKVerFlag = true;
452		− }
453		−
454		− if (ton->effTyp == 0xF)
455		− {
456		− // "DFJ SoundTracker III" and later
457		− lateSTKVerFlag = true;
458		− veryLateSTKVerFlag = true;
459		− }
460		− }
461		−
462		− if (ton->effTyp == 0xC)
463		− {
464		− if (ton->eff > 64)
465		− ton->eff = 64;
466		− }
467		− else if (ton->effTyp == 0x1)
468		− {
469		− if (ton->eff == 0)
470		− ton->effTyp = 0;
471		− }
472		− else if (ton->effTyp == 0x2)
473		− {
474		− if (ton->eff == 0)
475		− ton->effTyp = 0;
476		− }
477		− else if (ton->effTyp == 0x5)
478		− {
479		− if (ton->eff == 0)
480		− ton->effTyp = 0x3;
481		− }
482		− else if (ton->effTyp == 0x6)
483		− {
484		− if (ton->eff == 0)
485		− ton->effTyp = 0x4;
486		− }
487		− else if (ton->effTyp == 0xA)
488		− {
489		− if (ton->eff == 0)
490		− ton->effTyp = 0;
491		− }
492		− else if (ton->effTyp == 0xE)
493		− {
494		− // check if certain E commands are empty
495		− if (ton->eff == 0x10 \|\| ton->eff == 0x20 \|\| ton->eff == 0xA0 \|\| ton->eff == 0xB0)
496		− {
497		− ton->effTyp = 0;
498		− ton->eff = 0;
499		− }
500		− }
501		− }
502		− }
503		−
504		− if (tmpPatternEmpty(a))
505		− {
506		− if (pattTmp[a] != NULL)
507		− {
508		− free(pattTmp[a]);
509		− pattTmp[a] = NULL;
510		− }
511		− }
512		− }
513		−
514		− // pattern command conversion for non-PT formats
515		− if (modFormat == FORMAT_STK \|\| modFormat == FORMAT_NT \|\| modFormat == FORMAT_HMNT \|\| modFormat == FORMAT_FLT)
516		− {
517		− for (a = 0; a < b; a++)
518		− {
519		− if (pattTmp[a] == NULL)
520		− continue;
521		−
522		− for (j = 0; j < 64; j++)
523		− {
524		− for (k = 0; k < songTmp.antChn; k++)
525		− {
526		− ton = &pattTmp[a][(j * MAX_VOICES) + k];
527		−
528		− if (modFormat == FORMAT_NT \|\| modFormat == FORMAT_HMNT)
529		− {
530		− // any Dxx == D00 in NT/HMNT
531		− if (ton->effTyp == 0xD)
532		− ton->eff = 0;
533		−
534		− // effect F with param 0x00 does nothing in NT/HMNT
535		− if (ton->effTyp == 0xF && ton->eff == 0)
536		− ton->effTyp = 0;
537		− }
538		− else if (modFormat == FORMAT_FLT) // Startrekker
539		− {
540		− if (ton->effTyp == 0xE) // remove unsupported "assembly macros" command
541		− {
542		− ton->effTyp = 0;
543		− ton->eff = 0;
544		− }
545		−
546		− // Startrekker is always in vblank mode, and limits speed to 0x1F
547		− if (ton->effTyp == 0xF && ton->eff > 0x1F)
548		− ton->eff = 0x1F;
549		− }
550		− else if (modFormat == FORMAT_STK)
551		− {
552		− // convert STK effects to PT effects
553		−
554		− if (!lateSTKVerFlag)
555		− {
556		− // old SoundTracker 1.x commands
557		−
558		− if (ton->effTyp == 1)
559		− {
560		− // arpeggio
561		− ton->effTyp = 0;
562		− }
563		− else if (ton->effTyp == 2)
564		− {
565		− // pitch slide
566		− if (ton->eff & 0xF0)
567		− {
568		− // pitch slide down
569		− ton->effTyp = 2;
570		− ton->eff >>= 4;
571		− }
572		− else if (ton->eff & 0x0F)
573		− {
574		− // pitch slide up
575		− ton->effTyp = 1;
576		− }
577		− }
578		− }
579		− else
580		− {
581		− // "DFJ SoundTracker II" or later
582		−
583		− if (ton->effTyp == 0xD)
584		− {
585		− if (veryLateSTKVerFlag) // "DFJ SoundTracker III" or later
586		− {
587		− // pattern break w/ no param (param must be cleared to fix some songs)
588		− ton->eff = 0;
589		− }
590		− else
591		− {
592		− // volume slide
593		− ton->effTyp = 0xA;
594		− }
595		− }
596		− }
597		−
598		− // effect F with param 0x00 does nothing in UST/STK (I think?)
599		− if (ton->effTyp == 0xF && ton->eff == 0)
600		− ton->effTyp = 0;
601		− }
602		− }
603		− }
604		− }
605		− }
606		−
607		− for (a = 0; a < ai; a++)
608		− {
609		− if (h_MOD31.instr[a].len == 0)
610		− continue;
611		−
612		− if (!allocateTmpInstr(1+a))
613		− {
614		− showMsg(0, "System message", "Not enough memory!");
615		− goto modLoadError;
616		− }
617		−
618		− setNoEnvelope(instrTmp[1+a]);
619		−
620		− s = &instrTmp[1+a]->samp[0];
621		−
622		− s->len = 2 * SWAP16(h_MOD31.instr[a].len);
623		−
624		− if (modFormat != FORMAT_HMNT) // most of "His Master's Noisetracker" songs have junk sample names, so let's not load them
625		− memcpy(s->name, songTmp.instrName[1+a], 22);
626		−
627		− if (modFormat == FORMAT_HMNT) // finetune in "His Master's NoiseTracker" is different
628		− h_MOD31.instr[a].fine = (uint8_t)((-h_MOD31.instr[a].fine & 0x1F) >> 1); // one more bit of precision, + inverted
629		−
630		− if (modFormat != FORMAT_STK)
631		− s->fine = 8 * ((2 * ((h_MOD31.instr[a].fine & 0xF) ^ 8)) - 16);
632		−
633		− s->pan = 128;
634		−
635		− s->vol = h_MOD31.instr[a].vol;
636		− if (s->vol > 64)
637		− s->vol = 64;
638		−
639		− s->repS = 2 * SWAP16(h_MOD31.instr[a].repS);
640		− s->repL = 2 * SWAP16(h_MOD31.instr[a].repL);
641		−
642		− if (s->repL < 2)
643		− s->repL = 2;
644		−
645		− // in The Ultimate SoundTracker, sample loop start is in bytes, not words
646		− if (modFormat == FORMAT_STK)
647		− s->repS >>= 1;
648		−
649		− // fix for poorly converted STK (< v2.5) -> PT/NT modules (FIXME: Worth keeping or not?)
650		− if (modFormat != FORMAT_STK && s->repL > 2 && s->repS+s->repL > s->len)
651		− {
652		− if ((s->repS>>1)+s->repL <= s->len)
653		− s->repS >>= 1;
654		− }
655		−
656		− // fix overflown loop
657		− if (s->repS+s->repL > s->len)
658		− {
659		− if (s->repS >= s->len)
660		− {
661		− s->repS = 0;
662		− s->repL = 0;
663		− }
664		− else
665		− {
666		− s->repL = s->len - s->repS;
667		− }
668		− }
669		−
670		− if (s->repS+s->repL > 2)
671		− s->typ = 1; // enable loop
672		−
673		− /* For Ultimate SoundTracker modules, only the loop area of a looped sample is played.
674		− ** Skip loading of eventual data present before loop start.
675		− */
676		− if (modFormat == FORMAT_STK && s->repS > 0 && s->repL < s->len)
677		− {
678		− s->len -= s->repS;
679		− fseek(f, s->repS, SEEK_CUR);
680		− s->repS = 0;
681		− }
682		−
683		− s->pek = NULL;
684		− s->origPek = (int8_t *)malloc(s->len + LOOP_FIX_LEN);
685		− if (s->origPek == NULL)
686		− {
687		− showMsg(0, "System message", "Not enough memory!");
688		− goto modLoadError;
689		− }
690		−
691		− s->pek = s->origPek + SMP_DAT_OFFSET;
692		−
693		− int32_t bytesRead = (int32_t)fread(s->pek, 1, s->len, f);
694		− if (bytesRead < s->len)
695		− {
696		− int32_t bytesToClear = s->len - bytesRead;
697		− memset(&s->pek[bytesRead], 0, bytesToClear);
698		− }
699		−
700		− // clear repL and repS on non-looping samples...
701		− if (s->typ == 0)
702		− {
703		− s->repL = 0;
704		− s->repS = 0;
705		− }
706		−
707		− fixSample(s);
708		− }
709		−
710		− fclose(f);
711		−
712		− songTmp.initialTempo = songTmp.tempo = 6;
713		−
714		− moduleLoaded = true;
715		− return true;
716		−
717		−modLoadError:
718		− fclose(f);
719		− freeTmpModule();
720		− moduleFailedToLoad = true;
721		− return false;
722		−}
723		−
724		−static uint8_t stmTempoToBPM(uint8_t tempo) // ported from original ST2.3 replayer code
725		−{
726		− const uint8_t slowdowns[16] = { 140, 50, 25, 15, 10, 7, 6, 4, 3, 3, 2, 2, 2, 2, 1, 1 };
727		− uint16_t hz = 50;
728		−
729		− hz -= ((slowdowns[tempo >> 4] * (tempo & 15)) >> 4); // can and will underflow
730		−
731		− const uint32_t bpm = (hz << 1) + (hz >> 1); // BPM = hz * 2.5
732		− return (uint8_t)CLAMP(bpm, 32, 255); // result can be slightly off, but close enough...
733		−}
734		−
735		−static bool loadMusicSTM(FILE *f, uint32_t fileLength, bool externalThreadFlag)
736		−{
737		− uint8_t typ, tempo;
738		− int16_t i, j, k, ap, tmp;
739		− uint16_t a;
740		− tonTyp *ton;
741		− sampleTyp *s;
742		− songSTMHeaderTyp h_STM;
743		− int16_t (showMsg)(int16_t, const char , const char *);
744		−
745		− showMsg = externalThreadFlag ? okBoxThreadSafe : okBox;
746		−
747		− rewind(f);
748		−
749		− // start loading STM
750		−
751		− if (fread(&h_STM, 1, sizeof (h_STM), f) != sizeof (h_STM))
752		− return loadMusicMOD(f, fileLength, externalThreadFlag); // file is not a .stm, try to load as .mod
753		−
754		− if (memcmp(h_STM.sig, "!Scream!", 8) && memcmp(h_STM.sig, "BMOD2STM", 8) &&
755		− memcmp(h_STM.sig, "WUZAMOD!", 8) && memcmp(h_STM.sig, "SWavePro", 8))
756		− {
757		− return loadMusicMOD(f, fileLength, externalThreadFlag); // file is not a .stm, try to load as .mod
758		− }
759		−
760		− loadedFormat = FORMAT_STM;
761		−
762		− if (h_STM.verMinor == 0 \|\| h_STM.typ != 2)
763		− {
764		− showMsg(0, "System message", "Error loading .stm: Incompatible module!");
765		− goto stmLoadError;
766		− }
767		−
768		− songTmp.antChn = 4;
769		− memcpy(songTmp.songTab, h_STM.songTab, 128);
770		−
771		− i = 0;
772		− while (i < 128 && songTmp.songTab[i] < 99) i++;
773		− songTmp.len = i + (i == 0);
774		−
775		− if (songTmp.len < 255)
776		− memset(&songTmp.songTab[songTmp.len], 0, 256 - songTmp.len);
777		−
778		− // trim off spaces at end of name
779		− for (i = 19; i >= 0; i--)
780		− {
781		− if (h_STM.name[i] == ' ' \|\| h_STM.name[i] == 0x1A)
782		− h_STM.name[i] = '\0';
783		− else
784		− break;
785		− }
786		−
787		− memcpy(songTmp.name, h_STM.name, 20);
788		− songTmp.name[20] = '\0';
789		−
790		− tempo = h_STM.tempo;
791		− if (h_STM.verMinor < 21)
792		− tempo = ((tempo / 10) << 4) + (tempo % 10);
793		−
794		− if (tempo == 0)
795		− tempo = 96;
796		−
797		− songTmp.initialTempo = songTmp.tempo = CLAMP(h_STM.tempo >> 4, 1, 31);
798		− songTmp.speed = stmTempoToBPM(tempo);
799		−
800		− if (h_STM.verMinor > 10)
801		− songTmp.globVol = MIN(h_STM.vol, 64);
802		−
803		− ap = h_STM.ap;
804		− for (i = 0; i < ap; i++)
805		− {
806		− pattTmp[i] = (tonTyp )calloc((MAX_PATT_LEN TRACK_WIDTH) + 16, 1);
807		− if (pattTmp[i] == NULL)
808		− {
809		− showMsg(0, "System message", "Not enough memory!");
810		− goto stmLoadError;
811		− }
812		−
813		− pattLensTmp[i] = 64;
814		− if (fread(pattBuff, 64 * 4 * 4, 1, f) != 1)
815		− {
816		− showMsg(0, "System message", "General I/O error during loading!");
817		− goto stmLoadError;
818		− }
819		−
820		− a = 0;
821		− for (j = 0; j < 64; j++)
822		− {
823		− for (k = 0; k < 4; k++)
824		− {
825		− ton = &pattTmp[i][(j * MAX_VOICES) + k];
826		−
827		− if (pattBuff[a] == 254)
828		− {
829		− ton->ton = 97;
830		− }
831		− else if (pattBuff[a] < 96)
832		− {
833		− ton->ton = (12 * (pattBuff[a] >> 4)) + (25 + (pattBuff[a] & 0x0F));
834		− if (ton->ton > 96)
835		− ton->ton = 0;
836		− }
837		− else
838		− {
839		− ton->ton = 0;
840		− }
841		−
842		− ton->instr = pattBuff[a + 1] >> 3;
843		− typ = (pattBuff[a + 1] & 7) + ((pattBuff[a + 2] & 0xF0) >> 1);
844		− if (typ <= 64)
845		− ton->vol = typ + 0x10;
846		−
847		− ton->eff = pattBuff[a + 3];
848		−
849		− tmp = pattBuff[a + 2] & 0x0F;
850		− if (tmp == 1)
851		− {
852		− ton->effTyp = 15;
853		−
854		− if (h_STM.verMinor < 21)
855		− ton->eff = ((ton->eff / 10) << 4) + (ton->eff % 10);
856		−
857		− ton->eff >>= 4;
858		− }
859		− else if (tmp == 3)
860		− {
861		− ton->effTyp = 13;
862		− ton->eff = 0;
863		− }
864		− else if (tmp == 2 \|\| (tmp >= 4 && tmp <= 12))
865		− {
866		− ton->effTyp = stmEff[tmp];
867		− if (ton->effTyp == 0xA)
868		− {
869		− if (ton->eff & 0x0F)
870		− ton->eff &= 0x0F;
871		− else
872		− ton->eff &= 0xF0;
873		− }
874		− }
875		− else
876		− {
877		− ton->eff = 0;
878		− }
879		−
880		− if (ton->effTyp > 35)
881		− {
882		− ton->effTyp = 0;
883		− ton->eff = 0;
884		− }
885		−
886		− a += 4;
887		− }
888		− }
889		−
890		− if (tmpPatternEmpty(i))
891		− {
892		− if (pattTmp[i] != NULL)
893		− {
894		− free(pattTmp[i]);
895		− pattTmp[i] = NULL;
896		− }
897		− }
898		− }
899		−
900		− for (i = 0; i < 31; i++)
901		− {
902		− // trim off spaces at end of name
903		− for (j = 11; j >= 0; j--)
904		− {
905		− if (h_STM.instr[i].name[j] == ' ' \|\| h_STM.instr[i].name[j] == 0x1A)
906		− h_STM.instr[i].name[j] = '\0';
907		− else
908		− break;
909		− }
910		−
911		− memset(&songTmp.instrName[1+i], 0, sizeof (songTmp.instrName[1+i]));
912		− memcpy(&songTmp.instrName[1+i], h_STM.instr[i].name, 12);
913		−
914		− if (h_STM.instr[i].len != 0 && h_STM.instr[i].reserved1 != 0)
915		− {
916		− allocateTmpInstr(1 + i);
917		− setNoEnvelope(instrTmp[i]);
918		−
919		− s = &instrTmp[1+i]->samp[0];
920		−
921		− s->pek = NULL;
922		− s->origPek = (int8_t *)malloc(h_STM.instr[i].len + LOOP_FIX_LEN);
923		− if (s->origPek == NULL)
924		− {
925		− showMsg(0, "System message", "Not enough memory!");
926		− goto stmLoadError;
927		− }
928		−
929		− s->pek = s->origPek + SMP_DAT_OFFSET;
930		−
931		− s->len = h_STM.instr[i].len;
932		− tuneSample(s, h_STM.instr[i].rate, false);
933		− s->vol = h_STM.instr[i].vol;
934		− s->repS = h_STM.instr[i].repS;
935		− s->repL = h_STM.instr[i].repE - h_STM.instr[i].repS;
936		− s->pan = 128;
937		−
938		− if (s->repS < s->len && h_STM.instr[i].repE > s->repS && h_STM.instr[i].repE != 0xFFFF)
939		− {
940		− if (s->repS+s->repL > s->len)
941		− s->repL = s->len - s->repS;
942		−
943		− s->typ = 1; // enable loop
944		− }
945		− else
946		− {
947		− s->repS = 0;
948		− s->repL = 0;
949		− s->typ = 0;
950		− }
951		−
952		− if (s->vol > 64)
953		− s->vol = 64;
954		−
955		− if (fread(s->pek, s->len, 1, f) != 1)
956		− {
957		− showMsg(0, "System message", "General I/O error during loading! Possibly corrupt module?");
958		− goto stmLoadError;
959		− }
960		−
961		− fixSample(s);
962		− }
963		− }
964		−
965		− fclose(f);
966		−
967		− moduleLoaded = true;
968		− return true;
969		−
970		−stmLoadError:
971		− fclose(f);
972		− freeTmpModule();
973		− moduleFailedToLoad = true;
974		− return false;
975		−}
976		−
977		−static int8_t countS3MChannels(uint16_t antPtn)
	47	+// file extensions accepted by Disk Op. in module mode
	48	+char *supportedModExtensions[] =
978	49	{
979		− int32_t channels = 0;
980		− for (int32_t i = 0; i < antPtn; i++)
981		− {
982		− if (pattTmp[i] == NULL)
983		− continue;
	50	+ "xm", "ft", "nst", "stk", "mod", "s3m", "stm", "fst", "digi",
984	51
985		− tonTyp *ton = pattTmp[i];
986		− for (int32_t j = 0; j < 64; j++)
987		− {
988		− for (int32_t k = 0; k < MAX_VOICES; k++, ton++)
989		− {
990		− if (ton->eff == 0 && ton->effTyp == 0 && ton->instr == 0 && ton->ton == 0 && ton->vol == 0)
991		− continue;
	52	+ "END_OF_LIST" // do NOT move, remove or edit this line!
	53	+};
992	54
993		− if (k > channels)
994		− channels = k;
995		− }
996		− }
997		− }
998		− channels++;
	55	+// globals for module loaders
	56	+volatile bool tmpLinearPeriodsFlag;
	57	+int16_t pattLensTmp[MAX_PATTERNS];
	58	+tonTyp *pattTmp[MAX_PATTERNS];
	59	+instrTyp *instrTmp[1+256];
	60	+songTyp songTmp;
	61	+// --------------------------
999	62
1000		− return (int8_t)channels;
1001		−}
	63	+static volatile bool musicIsLoading, moduleLoaded, moduleFailedToLoad;
	64	+static SDL_Thread *thread;
	65	+static uint8_t oldPlayMode;
	66	+static void setupLoadedModule(void);
	67	+static void freeTmpModule(void);
1002	68
1003		−static bool loadMusicS3M(FILE *f, uint32_t dataLength, bool externalThreadFlag)
	69	+// Crude module detection routine. These aren't always accurate detections!
	70	+static int8_t detectModule(FILE *f)
1004	71	{
1005		− int8_t *tmpSmp;
1006		− uint8_t ha[2048];
1007		− uint8_t alastnfo[32], alastefx[32], alastvibnfo[32], s3mLastGInstr[32];
1008		− uint8_t typ;
1009		− int16_t ai, ap, ver, ii, kk, tmp;
1010		− uint16_t ptnOfs[256];
1011		− int32_t i, j, k, len;
1012		− tonTyp ton;
1013		− sampleTyp *s;
1014		− songS3MHeaderTyp h_S3M;
1015		− songS3MinstrHeaderTyp h_S3MInstr;
1016		− int16_t (showMsg)(int16_t, const char , const char *);
1017		−
1018		− showMsg = externalThreadFlag ? okBoxThreadSafe : okBox;
	72	+ uint8_t D[256], I[4];
1019	73
	74	+ fseek(f, 0, SEEK_END);
	75	+ uint32_t fileLength = (uint32_t)ftell(f);
1020	76	rewind(f);
1021	77
1022		− // start loading S3M
1023		−
1024		− if (fread(&h_S3M, 1, sizeof (h_S3M), f) != sizeof (h_S3M))
1025		− return loadMusicSTM(f, dataLength, externalThreadFlag); // not a .s3m, try loading as .stm
1026		−
1027		− if (memcmp(h_S3M.id, "SCRM", 4))
1028		− return loadMusicSTM(f, dataLength, externalThreadFlag); // not a .s3m, try loading as .stm
	78	+ memset(D, 0, sizeof (D));
	79	+ fread(D, 1, sizeof (D), f);
	80	+ fseek(f, 1080, SEEK_SET); // MOD ID
	81	+ I[0] = I[1] = I[2] = I[3] = 0;
	82	+ fread(I, 1, 4, f);
	83	+ rewind(f);
1029	84
1030		− loadedFormat = FORMAT_S3M;
	85	+ // DIGI Booster (non-Pro)
	86	+ if (!memcmp("DIGI Booster module", &D[0x00], 19+1) && D[0x19] >= 1 && D[0x19] <= 8)
	87	+ return FORMAT_DIGI;
1031	88
1032		− if (h_S3M.antInstr > MAX_INST \|\| h_S3M.songTabLen > 256 \|\| h_S3M.antPatt > 256 \|\|
1033		− h_S3M.typ != 16 \|\| h_S3M.ver < 1 \|\| h_S3M.ver > 2)
1034		− {
1035		− showMsg(0, "System message", "Error loading .s3m: Incompatible module!");
1036		− goto s3mLoadError;
1037		− }
	89	+ // Scream Tracker 3 S3M (and compatible trackers)
	90	+ if (!memcmp("SCRM", &D[0x2C], 4) && D[0x1D] == 16) // XXX: byte=16 in all cases?
	91	+ return FORMAT_S3M;
1038	92
1039		− memset(songTmp.songTab, 255, sizeof (songTmp.songTab));
1040		− if (fread(songTmp.songTab, h_S3M.songTabLen, 1, f) != 1)
	93	+ // Scream Tracker 2 STM
	94	+ if ((!memcmp("!Scream!", &D[0x14], 8) \|\| !memcmp("BMOD2STM", &D[0x14], 8) \|\|
	95	+ !memcmp("WUZAMOD!", &D[0x14], 8) \|\| !memcmp("SWavePro", &D[0x14], 8)) && D[0x1D] == 2) // XXX: byte=2 for "WUZAMOD!"/"SWavePro" ?
1041	96	{
1042		− showMsg(0, "System message", "General I/O error during loading! Is the file in use?");
1043		− goto s3mLoadError;
	97	+ return FORMAT_STM;
1044	98	}
1045	99
1046		− songTmp.len = h_S3M.songTabLen;
1047		−
1048		− // remove pattern separators (254)
1049		− k = 0;
1050		− j = 0;
1051		− for (i = 0; i < songTmp.len; i++)
1052		− {
1053		− if (songTmp.songTab[i] != 254)
1054		− songTmp.songTab[j++] = songTmp.songTab[i];
1055		− else
1056		− k++;
1057		− }
	100	+ // Generic multi-channel MOD (1..9 channels)
	101	+ if (isdigit(I[0]) && I[0] != '0' && I[1] == 'C' && I[2] == 'H' && I[3] == 'N') // xCHN
	102	+ return FORMAT_MOD;
1058	103
1059		− if (k <= songTmp.len)
1060		− songTmp.len -= (uint16_t)k;
1061		− else
1062		− songTmp.len = 1;
	104	+ // Generic multi-channel MOD (10..99 channels)
	105	+ if (isdigit(I[0]) && isdigit(I[1]) && I[0] != '0' && I[2] == 'C' && I[3] == 'H') // xxCH
	106	+ return FORMAT_MOD;
1063	107
1064		− for (i = 1; i < songTmp.len; i++)
1065		− {
1066		− if (songTmp.songTab[i] == 255)
1067		− {
1068		− songTmp.len = (uint16_t)i;
1069		− break;
1070		− }
1071		− }
	108	+ // Generic multi-channel MOD (10..99 channels)
	109	+ if (isdigit(I[0]) && isdigit(I[1]) && I[0] != '0' && I[2] == 'C' && I[3] == 'N') // xxCN (same as xxCH)
	110	+ return FORMAT_MOD;
1072	111
1073		− // clear unused song table entries
1074		− if (songTmp.len < 255)
1075		− memset(&songTmp.songTab[songTmp.len], 0, 255-songTmp.len);
1076		−
1077		− songTmp.speed = h_S3M.defTempo;
1078		− if (songTmp.speed < 32)
1079		− songTmp.speed = 32;
1080		−
1081		− songTmp.tempo = h_S3M.defSpeed;
1082		− if (songTmp.tempo == 0)
1083		− songTmp.tempo = 6;
1084		−
1085		− if (songTmp.tempo > 31)
1086		− songTmp.tempo = 31;
1087		−
1088		− songTmp.initialTempo = songTmp.tempo;
1089		−
1090		− // trim off spaces at end of name
1091		− for (i = 19; i >= 0; i--)
1092		− {
1093		− if (h_S3M.name[i] == ' ' \|\| h_S3M.name[i] == 0x1A)
1094		− h_S3M.name[i] = '\0';
1095		− else
1096		− break;
1097		− }
1098		−
1099		− memcpy(songTmp.name, h_S3M.name, 20);
1100		− songTmp.name[20] = '\0';
1101		−
1102		− ap = h_S3M.antPatt;
1103		− ai = h_S3M.antInstr;
1104		− ver = h_S3M.ver;
1105		−
1106		− k = 31;
1107		− while (k >= 0 && h_S3M.chanType[k] >= 16) k--;
1108		− songTmp.antChn = (k + 2) & 254;
1109		−
1110		− if (fread(ha, ai + ai, 1, f) != 1)
1111		− {
1112		− showMsg(0, "System message", "General I/O error during loading! Is the file in use?");
1113		− goto s3mLoadError;
1114		− }
1115		−
1116		− if (fread(ptnOfs, ap + ap, 1, f) != 1)
1117		− {
1118		− showMsg(0, "System message", "General I/O error during loading! Is the file in use?");
1119		− goto s3mLoadError;
1120		− }
1121		−
1122		− // * PATTERNS *
1123		−
1124		− k = 0;
1125		− for (i = 0; i < ap; i++)
	112	+ // Generic 4-channel MOD (NoiseTracker/ProTracker or compatible)
	113	+ if (!memcmp("M.K.", I, 4) \|\| !memcmp("M!K!", I, 4) \|\| !memcmp("NSMS", I, 4) \|\|
	114	+ !memcmp("LARD", I, 4) \|\| !memcmp("PATT", I, 4) \|\| !memcmp("PATT", I, 4) \|\|
	115	+ !memcmp("FLT4", I, 4) \|\| !memcmp("FLT8", I, 4) \|\| !memcmp("N.T.", I, 4) \|\|
	116	+ !memcmp("M&K!", I, 4) \|\| !memcmp("FEST", I, 4))
1126	117	{
1127		− if (ptnOfs[i] == 0)
1128		− continue; // empty pattern
1129		−
1130		− memset(alastnfo, 0, sizeof (alastnfo));
1131		− memset(alastefx, 0, sizeof (alastefx));
1132		− memset(alastvibnfo, 0, sizeof (alastvibnfo));
1133		− memset(s3mLastGInstr, 0, sizeof (s3mLastGInstr));
1134		−
1135		− fseek(f, ptnOfs[i] << 4, SEEK_SET);
1136		− if (feof(f))
1137		− continue;
1138		−
1139		− if (fread(&j, 2, 1, f) != 1)
1140		− {
1141		− showMsg(0, "System message", "General I/O error during loading! Is the file in use?");
1142		− goto s3mLoadError;
1143		− }
1144		−
1145		− if (j > 0 && j <= 12288)
1146		− {
1147		− pattTmp[i] = (tonTyp )calloc((MAX_PATT_LEN TRACK_WIDTH) + 16, 1);
1148		− if (pattTmp[i] == NULL)
1149		− {
1150		− showMsg(0, "System message", "Not enough memory!");
1151		− goto s3mLoadError;
1152		− }
1153		−
1154		− pattLensTmp[i] = 64;
1155		− fread(pattBuff, j, 1, f);
1156		−
1157		− k = 0;
1158		− kk = 0;
1159		−
1160		− while (k < j && kk < 64)
1161		− {
1162		− typ = pattBuff[k++];
1163		−
1164		− if (typ == 0)
1165		− {
1166		− kk++;
1167		− }
1168		− else
1169		− {
1170		− ii = typ & 31;
1171		−
1172		− memset(&ton, 0, sizeof (ton));
1173		−
1174		− // note and sample
1175		− if (typ & 32)
1176		− {
1177		− ton.ton = pattBuff[k++];
1178		− ton.instr = pattBuff[k++];
1179		−
1180		− if (ton.instr > MAX_INST)
1181		− ton.instr = 0;
1182		−
1183		− if (ton.ton == 254) ton.ton = 97;
1184		− else if (ton.ton == 255) ton.ton = 0;
1185		− else
1186		− {
1187		− ton.ton = 1 + (ton.ton & 0xF) + (ton.ton >> 4) * 12;
1188		− if (ton.ton > 96)
1189		− ton.ton = 0;
1190		− }
1191		− }
1192		−
1193		− // volume column
1194		− if (typ & 64)
1195		− {
1196		− ton.vol = pattBuff[k++];
1197		−
1198		− if (ton.vol <= 64)
1199		− ton.vol += 0x10;
1200		− else
1201		− ton.vol = 0;
1202		− }
1203		−
1204		− // effect
1205		− if (typ & 128)
1206		− {
1207		− ton.effTyp = pattBuff[k++];
1208		− ton.eff = pattBuff[k++];
1209		−
1210		− if (ton.eff > 0)
1211		− {
1212		− alastnfo[ii] = ton.eff;
1213		− if (ton.effTyp == 8 \|\| ton.effTyp == 21)
1214		− alastvibnfo[ii] = ton.eff; // H/U
1215		− }
1216		−
1217		− // in ST3, a lot of effects directly share the same memory!
1218		− if (ton.eff == 0 && ton.effTyp != 7) // G
1219		− {
1220		− uint8_t efx = ton.effTyp;
1221		− if (efx == 8 \|\| efx == 21) // H/U
1222		− ton.eff = alastvibnfo[ii];
1223		− else if ((efx >= 4 && efx <= 12) \|\| (efx >= 17 && efx <= 19)) // D/E/F/I/J/K/L/Q/R/S
1224		− ton.eff = alastnfo[ii];
1225		−
1226		− /* If effect data is zero and effect type was the same as last one, clear out
1227		− ** data if it's not J or S (those have no memory in the equivalent XM effects).
1228		− ** Also goes for extra fine pitch slides and fine volume slides,
1229		− ** since they get converted to other effects.
1230		− */
1231		− if (efx == alastefx[ii] && ton.effTyp != 10 && ton.effTyp != 19) // J/S
1232		− {
1233		− uint8_t nfo = ton.eff;
1234		− bool extraFinePitchSlides = (efx == 5 \|\| efx == 6) && ((nfo & 0xF0) == 0xE0);
1235		− bool fineVolSlides = (efx == 4 \|\| efx == 11) &&
1236		− ((nfo > 0xF0) \|\| (((nfo & 0xF) == 0xF) && ((nfo & 0xF0) > 0)));
1237		−
1238		− if (!extraFinePitchSlides && !fineVolSlides)
1239		− ton.eff = 0;
1240		− }
1241		− }
1242		−
1243		− if (ton.effTyp > 0)
1244		− alastefx[ii] = ton.effTyp;
1245		−
1246		− switch (ton.effTyp)
1247		− {
1248		− case 1: // A
1249		− {
1250		− ton.effTyp = 0xF;
1251		− if (ton.eff == 0 \|\| ton.eff > 0x1F)
1252		− {
1253		− ton.effTyp = 0;
1254		− ton.eff = 0;
1255		− }
1256		− }
1257		− break;
1258		−
1259		− case 2: ton.effTyp = 0xB; break; // B
1260		− case 3: ton.effTyp = 0xD; break; // C
1261		− case 4: // D
1262		− {
1263		− if (ton.eff > 0xF0) // fine slide up
1264		− {
1265		− ton.effTyp = 0xE;
1266		− ton.eff = 0xB0 \| (ton.eff & 0xF);
1267		− }
1268		− else if ((ton.eff & 0x0F) == 0x0F && (ton.eff & 0xF0) > 0) // fine slide down
1269		− {
1270		− ton.effTyp = 0xE;
1271		− ton.eff = 0xA0 \| (ton.eff >> 4);
1272		− }
1273		− else
1274		− {
1275		− ton.effTyp = 0xA;
1276		− if (ton.eff & 0x0F) // on D/K, last nybble has first priority in ST3
1277		− ton.eff &= 0x0F;
1278		− }
1279		− }
1280		− break;
1281		−
1282		− case 5: // E
1283		− case 6: // F
1284		− {
1285		− if ((ton.eff & 0xF0) >= 0xE0)
1286		− {
1287		− // convert to fine slide
1288		− if ((ton.eff & 0xF0) == 0xE0)
1289		− tmp = 0x21;
1290		− else
1291		− tmp = 0xE;
1292		−
1293		− ton.eff &= 0x0F;
1294		−
1295		− if (ton.effTyp == 0x05)
1296		− ton.eff \|= 0x20;
1297		− else
1298		− ton.eff \|= 0x10;
1299		−
1300		− ton.effTyp = (uint8_t)tmp;
1301		−
1302		− if (ton.effTyp == 0x21 && ton.eff == 0)
1303		− {
1304		− ton.effTyp = 0;
1305		− }
1306		− }
1307		− else
1308		− {
1309		− // convert to normal 1xx/2xx slide
1310		− ton.effTyp = 7 - ton.effTyp;
1311		− }
1312		− }
1313		− break;
1314		−
1315		− case 7: // G
1316		− {
1317		− ton.effTyp = 0x03;
1318		−
1319		− // fix illegal slides (to new instruments)
1320		− if (ton.instr != 0 && ton.instr != s3mLastGInstr[ii])
1321		− ton.instr = s3mLastGInstr[ii];
1322		− }
1323		− break;
1324		−
1325		− case 11: // K
1326		− {
1327		− if (ton.eff > 0xF0) // fine slide up
1328		− {
1329		− ton.effTyp = 0xE;
1330		− ton.eff = 0xB0 \| (ton.eff & 0xF);
1331		−
1332		− // if volume column is unoccupied, set to vibrato
1333		− if (ton.vol == 0)
1334		− ton.vol = 0xB0;
1335		− }
1336		− else if ((ton.eff & 0x0F) == 0x0F && (ton.eff & 0xF0) > 0) // fine slide down
1337		− {
1338		− ton.effTyp = 0xE;
1339		− ton.eff = 0xA0 \| (ton.eff >> 4);
1340		−
1341		− // if volume column is unoccupied, set to vibrato
1342		− if (ton.vol == 0)
1343		− ton.vol = 0xB0;
1344		− }
1345		− else
1346		− {
1347		− ton.effTyp = 0x6;
1348		− if (ton.eff & 0x0F) // on D/K, last nybble has first priority in ST3
1349		− ton.eff &= 0x0F;
1350		− }
1351		− }
1352		− break;
1353		−
1354		− case 8: ton.effTyp = 0x04; break; // H
1355		− case 9: ton.effTyp = 0x1D; break; // I
1356		− case 10: ton.effTyp = 0x00; break; // J
1357		− case 12: ton.effTyp = 0x05; break; // L
1358		− case 15: ton.effTyp = 0x09; break; // O
1359		− case 17: ton.effTyp = 0x1B; break; // Q
1360		− case 18: ton.effTyp = 0x07; break; // R
1361		−
1362		− case 19: // S
1363		− {
1364		− ton.effTyp = 0xE;
1365		− tmp = ton.eff >> 4;
1366		− ton.eff &= 0x0F;
1367		−
1368		− if (tmp == 0x1) ton.eff \|= 0x30;
1369		− else if (tmp == 0x2) ton.eff \|= 0x50;
1370		− else if (tmp == 0x3) ton.eff \|= 0x40;
1371		− else if (tmp == 0x4) ton.eff \|= 0x70;
1372		− // ignore S8x becuase it's not compatible with FT2 panning
1373		− else if (tmp == 0xB) ton.eff \|= 0x60;
1374		− else if (tmp == 0xC) // Note Cut
1375		− {
1376		− ton.eff \|= 0xC0;
1377		− if (ton.eff == 0xC0)
1378		− {
1379		− // EC0 does nothing in ST3 but cuts voice in FT2, remove effect
1380		− ton.effTyp = 0;
1381		− ton.eff = 0;
1382		− }
1383		− }
1384		− else if (tmp == 0xD) // Note Delay
1385		− {
1386		− ton.eff \|= 0xD0;
1387		− if (ton.ton == 0 \|\| ton.ton == 97)
1388		− {
1389		− // EDx without a note does nothing in ST3 but retrigs in FT2, remove effect
1390		− ton.effTyp = 0;
1391		− ton.eff = 0;
1392		− }
1393		− else if (ton.eff == 0xD0)
1394		− {
1395		− // ED0 prevents note/smp/vol from updating in ST3, remove everything
1396		− ton.ton = 0;
1397		− ton.instr = 0;
1398		− ton.vol = 0;
1399		− ton.effTyp = 0;
1400		− ton.eff = 0;
1401		− }
1402		− }
1403		− else if (tmp == 0xE) ton.eff \|= 0xE0;
1404		− else if (tmp == 0xF) ton.eff \|= 0xF0;
1405		− else
1406		− {
1407		− ton.effTyp = 0;
1408		− ton.eff = 0;
1409		− }
1410		− }
1411		− break;
1412		−
1413		− case 20: // T
1414		− {
1415		− ton.effTyp = 0x0F;
1416		− if (ton.eff < 0x21) // Txx with a value lower than 33 (0x21) does nothing in ST3, remove effect
1417		− {
1418		− ton.effTyp = 0;
1419		− ton.eff = 0;
1420		− }
1421		− }
1422		− break;
1423		−
1424		− case 22: // V
1425		− {
1426		− ton.effTyp = 0x10;
1427		− if (ton.eff > 0x40)
1428		− {
1429		− // Vxx > 0x40 does nothing in ST3
1430		− ton.effTyp = 0;
1431		− ton.eff = 0;
1432		− }
1433		− }
1434		− break;
1435		−
1436		− default:
1437		− {
1438		− ton.effTyp = 0;
1439		− ton.eff = 0;
1440		− }
1441		− break;
1442		− }
1443		− }
1444		−
1445		− if (ton.instr != 0 && ton.effTyp != 0x3)
1446		− s3mLastGInstr[ii] = ton.instr;
1447		−
1448		− if (ton.effTyp > 35)
1449		− {
1450		− ton.effTyp = 0;
1451		− ton.eff = 0;
1452		− }
1453		−
1454		− pattTmp[i][(kk * MAX_VOICES) + ii] = ton;
1455		− }
1456		− }
1457		−
1458		− if (tmpPatternEmpty((uint16_t)i))
1459		− {
1460		− if (pattTmp[i] != NULL)
1461		− {
1462		− free(pattTmp[i]);
1463		− pattTmp[i] = NULL;
1464		− }
1465		− }
1466		− }
	118	+ return FORMAT_MOD;
1467	119	}
1468	120
1469		− // * SAMPLES *
1470		−
1471		− bool adlibInsWarn = false;
1472		−
1473		− memcpy(ptnOfs, ha, 512);
1474		− for (i = 0; i < ai; i++)
1475		− {
1476		− fseek(f, ptnOfs[i] << 4, SEEK_SET);
1477		−
1478		− if (fread(&h_S3MInstr, 1, sizeof (h_S3MInstr), f) != sizeof (h_S3MInstr))
1479		− {
1480		− showMsg(0, "System message", "Not enough memory!");
1481		− goto s3mLoadError;
1482		− }
1483		−
1484		− // trim off spaces at end of name
1485		− for (j = 21; j >= 0; j--)
1486		− {
1487		− if (h_S3MInstr.name[j] == ' ' \|\| h_S3MInstr.name[j] == 0x1A)
1488		− h_S3MInstr.name[j] = '\0';
1489		− else
1490		− break;
1491		− }
1492		−
1493		− memcpy(songTmp.instrName[1+i], h_S3MInstr.name, 22);
1494		− songTmp.instrName[1+i][22] = '\0';
1495		−
1496		− if (h_S3MInstr.typ == 2)
1497		− {
1498		− adlibInsWarn = true;
1499		− }
1500		− else if (h_S3MInstr.typ == 1)
1501		− {
1502		− if ((h_S3MInstr.flags & (255-1-2-4)) != 0 \|\| h_S3MInstr.pack != 0)
1503		− {
1504		− showMsg(0, "System message", "Error loading .s3m: Incompatible module!");
1505		− goto s3mLoadError;
1506		− }
1507		− else if (h_S3MInstr.memSeg > 0 && h_S3MInstr.len > 0)
1508		− {
1509		− if (!allocateTmpInstr((int16_t)(1 + i)))
1510		− {
1511		− showMsg(0, "System message", "Not enough memory!");
1512		− goto s3mLoadError;
1513		− }
1514		−
1515		− setNoEnvelope(instrTmp[1 + i]);
1516		− s = &instrTmp[1+i]->samp[0];
1517		−
1518		− len = h_S3MInstr.len;
1519		−
1520		− bool hasLoop = h_S3MInstr.flags & 1;
1521		− bool stereoSample = (h_S3MInstr.flags >> 1) & 1;
1522		− bool is16Bit = (h_S3MInstr.flags >> 2) & 1;
1523		−
1524		− if (is16Bit) // 16-bit
1525		− len <<= 1;
1526		−
1527		− if (stereoSample) // stereo
1528		− len <<= 1;
1529		−
1530		− tmpSmp = (int8_t *)malloc(len + LOOP_FIX_LEN);
1531		− if (tmpSmp == NULL)
1532		− {
1533		− showMsg(0, "System message", "Not enough memory!");
1534		− goto s3mLoadError;
1535		− }
1536		−
1537		− int8_t *newPtr = tmpSmp + SMP_DAT_OFFSET;
1538		−
1539		− memcpy(s->name, h_S3MInstr.name, 21);
1540		−
1541		− if (h_S3MInstr.c2Spd > 65535) // ST3 (and OpenMPT) does this
1542		− h_S3MInstr.c2Spd = 65535;
1543		−
1544		− tuneSample(s, h_S3MInstr.c2Spd, false);
1545		−
1546		− s->len = h_S3MInstr.len;
1547		− s->vol = h_S3MInstr.vol;
1548		− s->repS = h_S3MInstr.repS;
1549		− s->repL = h_S3MInstr.repE - h_S3MInstr.repS;
1550		−
1551		− // non-FT2: fixes "miracle man.s3m"
1552		− if ((h_S3MInstr.memSeg<<4)+s->len > (int32_t)dataLength)
1553		− s->len = dataLength - (h_S3MInstr.memSeg << 4);
1554		−
1555		− if (s->repL <= 2 \|\| s->repS+s->repL > s->len)
1556		− {
1557		− s->repS = 0;
1558		− s->repL = 0;
1559		− hasLoop = false;
1560		− }
1561		−
1562		− if (s->repL == 0)
1563		− hasLoop = false;
1564		−
1565		− s->typ = hasLoop + (is16Bit << 4);
1566		−
1567		− if (s->vol > 64)
1568		− s->vol = 64;
1569		−
1570		− s->pan = 128;
1571		−
1572		− fseek(f, h_S3MInstr.memSeg << 4, SEEK_SET);
1573		−
1574		− // non-FT2: fixes "miracle man.s3m"
1575		− if ((h_S3MInstr.memSeg<<4)+len > (int32_t)dataLength)
1576		− len = dataLength - (h_S3MInstr.memSeg << 4);
1577		−
1578		− if (ver == 1)
1579		− {
1580		− fseek(f, len, SEEK_CUR); // sample not supported
1581		− }
1582		− else
1583		− {
1584		− if (fread(newPtr, len, 1, f) != 1)
1585		− {
1586		− free(tmpSmp);
1587		− showMsg(0, "System message", "General I/O error during loading! Is the file in use?");
1588		− goto s3mLoadError;
1589		− }
1590		−
1591		− if (is16Bit)
1592		− {
1593		− conv16BitSample(newPtr, len, stereoSample);
1594		−
1595		− s->origPek = tmpSmp;
1596		− s->pek = s->origPek + SMP_DAT_OFFSET;
1597		−
1598		− s->len <<= 1;
1599		− s->repS <<= 1;
1600		− s->repL <<= 1;
1601		− }
1602		− else
1603		− {
1604		− conv8BitSample(newPtr, len, stereoSample);
1605		−
1606		− s->origPek = tmpSmp;
1607		− s->pek = s->origPek + SMP_DAT_OFFSET;
1608		− }
1609		−
1610		− // if stereo sample: reduce memory footprint after sample was downmixed to mono
1611		− if (stereoSample)
1612		− {
1613		− newPtr = (int8_t *)realloc(s->origPek, s->len + LOOP_FIX_LEN);
1614		− if (newPtr != NULL)
1615		− {
1616		− s->origPek = newPtr;
1617		− s->pek = s->origPek + SMP_DAT_OFFSET;
1618		− }
1619		− }
1620		−
1621		− fixSample(s);
1622		− }
1623		− }
1624		− }
1625		− }
	121	+ /* Check if the file is a .it module (Impulse Tracker, not supported).
	122	+ ** Some people may attempt to load .IT files in the FT2 clone, so
	123	+ ** reject them here instead of accidentally loading them as .STK
	124	+ */
	125	+ if (!memcmp("IMPM", D, 4) && D[0x16] == 0)
	126	+ return FORMAT_UNKNOWN;
1626	127
1627		− fclose(f);
	128	+ /* Fasttracker II XM and compatible trackers.
	129	+ ** Note: This test can falsely be true for STK modules (and non-supported files) where the
	130	+ ** first 17 bytes start with "Extended Module: ". This is unlikely to happen.
	131	+ */
	132	+ if (!memcmp("Extended Module: ", &D[0x00], 17))
	133	+ return FORMAT_XM;
1628	134
1629		− songTmp.antChn = countS3MChannels(ap);
	135	+ /* Lastly, we assume that the file is either a 15-sample STK or an unsupported file.
	136	+ ** Let's assume it's an STK and do some sanity checks. If they fail, we have an
	137	+ ** unsupported file.
	138	+ */
1630	139
1631		− if (adlibInsWarn)
1632		− showMsg(0, "System message", "Warning: The module contains unsupported AdLib instruments!");
	140	+ // minimum and maximum (?) possible size for a supported STK
	141	+ if (fileLength < 1624 \|\| fileLength > 984634)
	142	+ return FORMAT_UNKNOWN;
1633	143
1634		− if (!(config.dontShowAgainFlags & DONT_SHOW_S3M_LOAD_WARNING_FLAG))
1635		− showMsg(6, "System message", "Warning: S3M channel panning is ignored because it's not compatible with FT2.");
	144	+ // test STK numOrders+BPM for illegal values
	145	+ fseek(f, 470, SEEK_SET);
	146	+ D[0] = D[1] = 0;
	147	+ fread(D, 1, 2, f);
	148	+ rewind(f);
1636	149
1637		− moduleLoaded = true;
1638		− return true;
	150	+ if (D[0] >= 0 && D[0] <= 128 && D[1] <= 220)
	151	+ return FORMAT_POSSIBLY_STK;
1639	152
1640		−s3mLoadError:
1641		− fclose(f);
1642		− freeTmpModule();
1643		− moduleFailedToLoad = true;
1644		− return false;
	153	+ return FORMAT_UNKNOWN;
1645	154	}
1646	155
1647		−bool doLoadMusic(bool externalThreadFlag)
	156	+static bool doLoadMusic(bool externalThreadFlag)
1648	157	{
1649		− char tmpText[128];
1650		− int16_t k;
1651		− uint16_t i;
1652		− uint32_t filelength;
1653		− songHeaderTyp h;
1654		− FILE *f;
1655		− int16_t (showMsg)(int16_t, const char , const char *);
1656		−
1657		− showMsg = externalThreadFlag ? okBoxThreadSafe : okBox;
1658		−
1659		− linearFreqTable = false;
	158	+ // setup message box functions
	159	+ loaderMsgBox = externalThreadFlag ? myLoaderMsgBoxThreadSafe : myLoaderMsgBox;
	160	+ loaderSysReq = externalThreadFlag ? okBoxThreadSafe : okBox;
1660	161
1661	162	if (editor.tmpFilenameU == NULL)
1662	163	{
1663		− showMsg(0, "System message", "Generic memory fault during loading!");
1664		− moduleFailedToLoad = true;
1665		− return false;
	164	+ loaderMsgBox("Generic memory fault during loading!");
	165	+ goto loadError;
1666	166	}
1667	167
1668		− f = UNICHAR_FOPEN(editor.tmpFilenameU, "rb");
	168	+ FILE *f = UNICHAR_FOPEN(editor.tmpFilenameU, "rb");
1669	169	if (f == NULL)
1670	170	{
1671		− showMsg(0, "System message", "General I/O error during loading! Is the file in use? Does it exist?");
1672		− moduleFailedToLoad = true;
1673		− return false;
	171	+ loaderMsgBox("General I/O error during loading! Is the file in use? Does it exist?");
	172	+ goto loadError;
1674	173	}
1675	174
	175	+ int8_t format = detectModule(f);
1676	176	fseek(f, 0, SEEK_END);
1677		− filelength = ftell(f);
1678		− rewind(f);
1679		−
1680		− // start loading
1681		− if (fread(&h, 1, sizeof (h), f) != sizeof (h))
1682		− return loadMusicS3M(f, filelength, externalThreadFlag); // not a .xm file, try to load as .s3m
1683		−
1684		− if (memcmp(h.sig, "Extended Module: ", 17))
1685		− return loadMusicS3M(f, filelength, externalThreadFlag); // not a .xm file, try to load as .s3m
1686		−
1687		− loadedFormat = FORMAT_XM;
1688		−
1689		− if (h.ver < 0x0102 \|\| h.ver > 0x0104)
1690		− {
1691		− fclose(f);
1692		−
1693		− const int32_t major = (h.ver >> 8) & 0x0F;
1694		− const int32_t minor = h.ver & 0xFF;
1695		−
1696		− sprintf(tmpText, "Error loading XM: Unsupported file version (v%01X.%02X).", major, minor);
1697		− showMsg(0, "System message", tmpText);
1698		−
1699		− moduleFailedToLoad = true;
1700		− return false;
1701		− }
1702		−
1703		− if (h.len > MAX_ORDERS)
1704		− {
1705		− showMsg(0, "System message", "Error loading XM: The song has more than 256 orders!");
1706		− goto xmLoadError;
1707		− }
1708		−
1709		− if (h.antPtn > MAX_PATTERNS)
1710		− {
1711		− showMsg(0, "System message", "Error loading XM: The song has more than 256 patterns!");
1712		− goto xmLoadError;
1713		− }
1714		−
1715		− if (h.antChn == 0)
1716		− {
1717		− showMsg(0, "System message", "Error loading XM: This file is corrupt.");
1718		− goto xmLoadError;
1719		− }
1720		−
1721		− if (h.antInstrs > 256) // if >128 instruments, we fake-load up to 128 extra instruments and discard them
1722		− {
1723		− showMsg(0, "System message", "Error loading XM: This file is corrupt.");
1724		− goto xmLoadError;
1725		− }
1726		−
1727		− fseek(f, 60 + h.headerSize, SEEK_SET);
1728		− if (filelength != 336 && feof(f)) // 336 in length at this point = empty XM
1729		− {
1730		− showMsg(0, "System message", "Error loading XM: The module is empty!");
1731		− goto xmLoadError;
1732		− }
1733		−
1734		− // trim off spaces at end of name
1735		− for (k = 19; k >= 0; k--)
1736		− {
1737		− if (h.name[k] == ' ' \|\| h.name[k] == 0x1A)
1738		− h.name[k] = '\0';
1739		− else
1740		− break;
1741		− }
1742		−
1743		− memcpy(songTmp.name, h.name, 20);
1744		− songTmp.name[20] = '\0';
	177	+ uint32_t filesize = ftell(f);
1745	178
1746		− songTmp.len = h.len;
1747		− songTmp.repS = h.repS;
1748		− songTmp.antChn = (uint8_t)h.antChn;
1749		− songTmp.speed = h.defSpeed;
1750		− songTmp.tempo = h.defTempo;
1751		− songTmp.ver = h.ver;
1752		− linearFreqTable = h.flags & 1;
1753		−
1754		− songTmp.speed = CLAMP(songTmp.speed, 1, 999);
1755		− songTmp.tempo = CLAMP(songTmp.tempo, 1, 99);
1756		−
1757		− songTmp.initialTempo = songTmp.tempo;
1758		−
1759		− if (songTmp.globVol > 64)
1760		− songTmp.globVol = 64;
1761		−
1762		− if (songTmp.len == 0)
1763		− songTmp.len = 1; // songTmp.songTab is already empty
1764		− else
1765		− memcpy(songTmp.songTab, h.songTab, songTmp.len);
1766		−
1767		− // some strange XMs have the order list padded with 0xFF, remove them!
1768		− for (int16_t j = 255; j >= 0; j--)
1769		− {
1770		− if (songTmp.songTab[j] != 0xFF)
1771		− break;
1772		−
1773		− if (songTmp.len > j)
1774		− songTmp.len = j;
1775		− }
1776		−
1777		− // even though XM supports 256 orders, FT2 supports only 255...
1778		− if (songTmp.len > 0xFF)
1779		− songTmp.len = 0xFF;
1780		−
1781		− if (songTmp.ver < 0x0104)
1782		− {
1783		− // XM v1.02 and XM v1.03
1784		−
1785		− for (i = 1; i <= h.antInstrs; i++)
1786		− {
1787		− if (!loadInstrHeader(f, i, externalThreadFlag))
1788		− goto xmLoadError;
1789		− }
1790		−
1791		− if (!loadPatterns(f, h.antPtn, externalThreadFlag))
1792		− goto xmLoadError;
1793		−
1794		− for (i = 1; i <= h.antInstrs; i++)
1795		− {
1796		− if (!loadInstrSample(f, i, externalThreadFlag))
1797		− goto xmLoadError;
1798		− }
1799		− }
1800		− else
	179	+ rewind(f);
	180	+ switch (format)
1801	181	{
1802		− // XM v1.04 (latest version)
1803		−
1804		− if (!loadPatterns(f, h.antPtn, externalThreadFlag))
1805		− goto xmLoadError;
	182	+ case FORMAT_XM: moduleLoaded = loadXM(f, filesize); break;
	183	+ case FORMAT_S3M: moduleLoaded = loadS3M(f, filesize); break;
	184	+ case FORMAT_STM: moduleLoaded = loadSTM(f, filesize); break;
	185	+ case FORMAT_MOD: moduleLoaded = loadMOD(f, filesize); break;
	186	+ case FORMAT_POSSIBLY_STK: moduleLoaded = loadSTK(f, filesize); break;
	187	+ case FORMAT_DIGI: moduleLoaded = loadDIGI(f, filesize); break;
1806	188
1807		− for (i = 1; i <= h.antInstrs; i++)
1808		− {
1809		− if (!loadInstrHeader(f, i, externalThreadFlag))
1810		− goto xmLoadError;
1811		−
1812		− if (!loadInstrSample(f, i, externalThreadFlag))
1813		− goto xmLoadError;
1814		− }
1815		− }
1816		−
1817		− // if we temporarily loaded more than 128 instruments, clear the extra allocated memory
1818		− if (h.antInstrs > MAX_INST)
1819		− {
1820		− for (i = MAX_INST+1; i <= h.antInstrs; i++)
1821		− {
1822		− if (instrTmp[i] != NULL)
1823		− {
1824		− free(instrTmp[i]);
1825		− instrTmp[i] = NULL;
1826		− }
1827		− }
	189	+ default:
	190	+ loaderMsgBox("This file is not a supported module!");
	191	+ break;
1828	192	}
1829		−
1830	193	fclose(f);
1831	194
1832		− /* We support loading XMs with up to 32 samples per instrument (ModPlug/OpenMPT),
1833		− ** but only the first 16 will be loaded. Now make sure we set the number of samples
1834		− ** back to max 16 in the headers before loading is done.
1835		− */
1836		− bool instrHasMoreThan16Samples = false;
1837		− for (i = 1; i <= MAX_INST; i++)
1838		− {
1839		− if (instrTmp[i] != NULL && instrTmp[i]->antSamp > MAX_SMP_PER_INST)
1840		− {
1841		− instrHasMoreThan16Samples = true;
1842		− instrTmp[i]->antSamp = MAX_SMP_PER_INST;
1843		− }
1844		− }
1845		−
1846		− if (songTmp.antChn > MAX_VOICES)
1847		− {
1848		− songTmp.antChn = MAX_VOICES;
1849		− showMsg(0, "System message", "Warning: This XM contains >32 channels. The extra channels will be discarded!");
1850		− }
1851		−
1852		− if (h.antInstrs > MAX_INST)
1853		− showMsg(0, "System message", "Warning: This XM contains >128 instruments. The extra instruments will be discarded!");
1854		−
1855		− if (instrHasMoreThan16Samples)
1856		− showMsg(0, "System message", "Warning: This XM contains instrument(s) with >16 samples. The extra samples will be discarded!");
	195	+ if (!moduleLoaded)
	196	+ goto loadError;
1857	197
1858	198	moduleLoaded = true;
1859	199	return true;
1860	200
1861		−xmLoadError:
1862		− fclose(f);
	201	+loadError:
1863	202	freeTmpModule();
1864	203	moduleFailedToLoad = true;
1865	204	return false;
1866	205	}
1867	206
	207	+static void clearTmpModule(void)
	208	+{
	209	+ memset(pattTmp, 0, sizeof (pattTmp));
	210	+ memset(instrTmp, 0, sizeof (instrTmp));
	211	+ memset(&songTmp, 0, sizeof (songTmp));
	212	+
	213	+ for (uint32_t i = 0; i < MAX_PATTERNS; i++)
	214	+ pattLensTmp[i] = 64;
	215	+}
	216	+
1868	217	static int32_t SDLCALL loadMusicThread(void *ptr)
1869	218	{
1870	219	return doLoadMusic(true);
1871		−
1872	220	(void)ptr;
1873	221	}
1874	222
1875	223	void loadMusic(UNICHAR *filenameU)
1876	224	{
1877		− if (musicIsLoading)
	225	+ if (musicIsLoading \|\| filenameU == NULL)
1878	226	return;
1879	227
1880	228	mouseAnimOn();
@@ -1882,19 +230,9 @@ void loadMusic(UNICHAR *filenameU) · 1 unmodified line
1882	230	musicIsLoading = true;
1883	231	moduleLoaded = false;
1884	232	moduleFailedToLoad = false;
1885		− loadedFormat = FORMAT_NONE;
1886	233
1887		− UNICHAR_STRCPY(editor.tmpFilenameU, filenameU);
1888		−
1889		− // clear deprecated pointers from possible last loading session (super important)
1890		− memset(pattTmp, 0, sizeof (pattTmp));
1891		− memset(instrTmp, 0, sizeof (instrTmp));
1892		−
1893		− // prevent stuck instrument names from previous module
1894		− memset(&songTmp, 0, sizeof (songTmp));
1895		−
1896		− for (uint32_t i = 0; i < MAX_PATTERNS; i++)
1897		− pattLensTmp[i] = 64;
	234	+ clearTmpModule(); // clear stuff from last loading session (very important)
	235	+ UNICHAR_STRCPY(editor.tmpFilenameU, filenameU);
1898	236
1899	237	thread = SDL_CreateThread(loadMusicThread, NULL, NULL);
1900	238	if (thread == NULL)
@@ -1910,19 +248,10 @@ void loadMusic(UNICHAR *filenameU) · 9 unmodified lines
1910	248
1911	249	bool loadMusicUnthreaded(UNICHAR *filenameU, bool autoPlay)
1912	250	{
1913		− if (filenameU == NULL \|\| editor.tmpFilenameU == NULL)
	251	+ if (filenameU == NULL)
1914	252	return false;
1915	253
1916		− // clear deprecated pointers from possible last loading session (super important)
1917		− memset(pattTmp, 0, sizeof (pattTmp));
1918		− memset(instrTmp, 0, sizeof (instrTmp));
1919		−
1920		− // prevent stuck instrument names from previous module
1921		− memset(&songTmp, 0, sizeof (songTmp));
1922		−
1923		− for (uint32_t i = 0; i < MAX_PATTERNS; i++)
1924		− pattLensTmp[i] = 64;
1925		−
	254	+ clearTmpModule(); // clear stuff from last loading session (very important)
1926	255	UNICHAR_STRCPY(editor.tmpFilenameU, filenameU);
1927	256
1928	257	editor.loadMusicEvent = EVENT_NONE;
@@ -1940,6 +269,36 @@ bool loadMusicUnthreaded(UNICHAR *filenameU, bool autoPlay) · 11 unmodified lines
1940	269	return false;
1941	270	}
1942	271
	272	+bool allocateTmpPatt(int32_t nr, uint16_t rows)
	273	+{
	274	+ pattTmp[nr] = (tonTyp )calloc((MAX_PATT_LEN TRACK_WIDTH) + 16, 1);
	275	+ if (pattTmp[nr] == NULL)
	276	+ return false;
	277	+
	278	+ pattLensTmp[nr] = rows;
	279	+ return true;
	280	+}
	281	+
	282	+bool allocateTmpInstr(int16_t nr)
	283	+{
	284	+ if (instrTmp[nr] != NULL)
	285	+ return false; // already allocated
	286	+
	287	+ instrTyp p = (instrTyp )calloc(1, sizeof (instrTyp));
	288	+ if (p == NULL)
	289	+ return false;
	290	+
	291	+ sampleTyp *s = p->samp;
	292	+ for (int32_t i = 0; i < MAX_SMP_PER_INST; i++, s++)
	293	+ {
	294	+ s->pan = 128;
	295	+ s->vol = 64;
	296	+ }
	297	+
	298	+ instrTmp[nr] = p;
	299	+ return true;
	300	+}
	301	+
1943	302	static void freeTmpModule(void) // called on module load error
1944	303	{
1945	304	// free all patterns
@@ -1970,404 +329,7 @@ static void freeTmpModule(void) // called on module load error · 24 unmodified lines
1970	329	}
1971	330	}
1972	331
1973		−static bool loadInstrHeader(FILE *f, uint16_t i, bool externalThreadFlag)
1974		−{
1975		− int8_t k;
1976		− uint8_t j;
1977		− uint32_t readSize;
1978		− instrHeaderTyp ih;
1979		− instrTyp *ins;
1980		− sampleHeaderTyp *src;
1981		− sampleTyp *s;
1982		− int16_t (showMsg)(int16_t, const char , const char *);
1983		−
1984		− showMsg = externalThreadFlag ? okBoxThreadSafe : okBox;
1985		−
1986		− memset(extraSampleLengths, 0, sizeof (extraSampleLengths));
1987		− memset(&ih, 0, sizeof (ih));
1988		− fread(&ih.instrSize, 4, 1, f);
1989		−
1990		− readSize = ih.instrSize;
1991		−
1992		− // yes, some XMs can have a header size of 0, and it usually means 263 bytes (INSTR_HEADER_SIZE)
1993		− if (readSize == 0 \|\| readSize > INSTR_HEADER_SIZE)
1994		− readSize = INSTR_HEADER_SIZE;
1995		−
1996		− if (readSize < 4)
1997		− {
1998		− showMsg(0, "System message", "Error loading XM: This file is corrupt (or not supported)!");
1999		− return false;
2000		− }
2001		−
2002		− // load instrument data into temp buffer
2003		− fread(ih.name, readSize-4, 1, f); // -4 = skip ih.instrSize
2004		−
2005		− // FT2 bugfix: skip instrument header data if instrSize is above INSTR_HEADER_SIZE
2006		− if (ih.instrSize > INSTR_HEADER_SIZE)
2007		− fseek(f, ih.instrSize-INSTR_HEADER_SIZE, SEEK_CUR);
2008		−
2009		− if (ih.antSamp < 0 \|\| ih.antSamp > 32)
2010		− {
2011		− showMsg(0, "System message", "Error loading XM: This file is corrupt (or not supported)!");
2012		− return false;
2013		− }
2014		−
2015		− if (i <= MAX_INST) // copy over instrument names
2016		− {
2017		− // trim off spaces at end of name
2018		− for (k = 21; k >= 0; k--)
2019		− {
2020		− if (ih.name[k] == ' ' \|\| ih.name[k] == 0x1A)
2021		− ih.name[k] = '\0';
2022		− else
2023		− break;
2024		− }
2025		−
2026		− memcpy(songTmp.instrName[i], ih.name, 22);
2027		− songTmp.instrName[i][22] = '\0';
2028		− }
2029		−
2030		− if (ih.antSamp > 0)
2031		− {
2032		− if (!allocateTmpInstr(i))
2033		− {
2034		− showMsg(0, "System message", "Not enough memory!");
2035		− return false;
2036		− }
2037		−
2038		− // copy instrument header elements to our instrument struct
2039		−
2040		− ins = instrTmp[i];
2041		− memcpy(ins->ta, ih.ta, 96);
2042		− memcpy(ins->envVP, ih.envVP, 122sizeof(int16_t));
2043		− memcpy(ins->envPP, ih.envPP, 122sizeof(int16_t));
2044		− ins->envVPAnt = ih.envVPAnt;
2045		− ins->envPPAnt = ih.envPPAnt;
2046		− ins->envVSust = ih.envVSust;
2047		− ins->envVRepS = ih.envVRepS;
2048		− ins->envVRepE = ih.envVRepE;
2049		− ins->envPSust = ih.envPSust;
2050		− ins->envPRepS = ih.envPRepS;
2051		− ins->envPRepE = ih.envPRepE;
2052		− ins->envVTyp = ih.envVTyp;
2053		− ins->envPTyp = ih.envPTyp;
2054		− ins->vibTyp = ih.vibTyp;
2055		− ins->vibSweep = ih.vibSweep;
2056		− ins->vibDepth = ih.vibDepth;
2057		− ins->vibRate = ih.vibRate;
2058		− ins->fadeOut = ih.fadeOut;
2059		− ins->midiOn = (ih.midiOn == 1) ? true : false;
2060		− ins->midiChannel = ih.midiChannel;
2061		− ins->midiProgram = ih.midiProgram;
2062		− ins->midiBend = ih.midiBend;
2063		− ins->mute = (ih.mute == 1) ? true : false;
2064		− ins->antSamp = ih.antSamp; // used in loadInstrSample()
2065		−
2066		− // sanitize stuff for broken/unsupported instruments
2067		− ins->midiProgram = CLAMP(ins->midiProgram, 0, 127);
2068		− ins->midiBend = CLAMP(ins->midiBend, 0, 36);
2069		−
2070		− if (ins->midiChannel > 15) ins->midiChannel = 15;
2071		− if (ins->vibDepth > 0x0F) ins->vibDepth = 0x0F;
2072		− if (ins->vibRate > 0x3F) ins->vibRate = 0x3F;
2073		− if (ins->vibTyp > 3) ins->vibTyp = 0;
2074		−
2075		− for (j = 0; j < 96; j++)
2076		− {
2077		− if (ins->ta[j] >= MAX_SMP_PER_INST)
2078		− ins->ta[j] = MAX_SMP_PER_INST-1;
2079		− }
2080		−
2081		− if (ins->envVPAnt > 12) ins->envVPAnt = 12;
2082		− if (ins->envVRepS > 11) ins->envVRepS = 11;
2083		− if (ins->envVRepE > 11) ins->envVRepE = 11;
2084		− if (ins->envVSust > 11) ins->envVSust = 11;
2085		− if (ins->envPPAnt > 12) ins->envPPAnt = 12;
2086		− if (ins->envPRepS > 11) ins->envPRepS = 11;
2087		− if (ins->envPRepE > 11) ins->envPRepE = 11;
2088		− if (ins->envPSust > 11) ins->envPSust = 11;
2089		−
2090		− for (j = 0; j < 12; j++)
2091		− {
2092		− if ((uint16_t)ins->envVP[j][0] > 32767) ins->envVP[j][0] = 32767;
2093		− if ((uint16_t)ins->envPP[j][0] > 32767) ins->envPP[j][0] = 32767;
2094		− if ((uint16_t)ins->envVP[j][1] > 64) ins->envVP[j][1] = 64;
2095		− if ((uint16_t)ins->envPP[j][1] > 63) ins->envPP[j][1] = 63;
2096		− }
2097		−
2098		− int32_t sampleHeadersToRead = ih.antSamp;
2099		− if (sampleHeadersToRead > MAX_SMP_PER_INST)
2100		− sampleHeadersToRead = MAX_SMP_PER_INST;
2101		−
2102		− if (fread(ih.samp, sampleHeadersToRead * sizeof (sampleHeaderTyp), 1, f) != 1)
2103		− {
2104		− showMsg(0, "System message", "General I/O error during loading!");
2105		− return false;
2106		− }
2107		−
2108		− // if instrument contains more than 16 sample headers (unsupported), skip them
2109		− if (ih.antSamp > MAX_SMP_PER_INST) // can only be 0..32 at this point
2110		− {
2111		− const int32_t samplesToSkip = ih.antSamp-MAX_SMP_PER_INST;
2112		− for (j = 0; j < samplesToSkip; j++)
2113		− {
2114		− fread(&extraSampleLengths[j], 4, 1, f); // used for skipping data in loadInstrSample()
2115		− fseek(f, sizeof (sampleHeaderTyp)-4, SEEK_CUR);
2116		− }
2117		− }
2118		−
2119		− for (j = 0; j < sampleHeadersToRead; j++)
2120		− {
2121		− s = &instrTmp[i]->samp[j];
2122		− src = &ih.samp[j];
2123		−
2124		− // copy sample header elements to our sample struct
2125		−
2126		− s->len = src->len;
2127		− s->repS = src->repS;
2128		− s->repL = src->repL;
2129		− s->vol = src->vol;
2130		− s->fine = src->fine;
2131		− s->typ = src->typ;
2132		− s->pan = src->pan;
2133		− s->relTon = src->relTon;
2134		− memcpy(s->name, src->name, 22);
2135		− s->name[22] = '\0';
2136		−
2137		− // dst->pek is set up later
2138		−
2139		− // trim off spaces at end of name
2140		− for (k = 21; k >= 0; k--)
2141		− {
2142		− if (s->name[k] == ' ' \|\| s->name[k] == 0x1A)
2143		− s->name[k] = '\0';
2144		− else
2145		− break;
2146		− }
2147		−
2148		− // sanitize stuff broken/unsupported samples
2149		− if (s->vol > 64)
2150		− s->vol = 64;
2151		−
2152		− s->relTon = CLAMP(s->relTon, -48, 71);
2153		− }
2154		− }
2155		−
2156		− return true;
2157		−}
2158		−
2159		−void checkSampleRepeat(sampleTyp *s)
2160		−{
2161		− if (s->repS < 0) s->repS = 0;
2162		− if (s->repL < 0) s->repL = 0;
2163		− if (s->repS > s->len) s->repS = s->len;
2164		− if (s->repS+s->repL > s->len) s->repL = s->len - s->repS;
2165		− if (s->repL == 0) s->typ &= ~3; // non-FT2 fix: force loop off if looplen is 0
2166		−}
2167		−
2168		−static bool loadInstrSample(FILE *f, uint16_t i, bool externalThreadFlag)
2169		−{
2170		− int16_t (showMsg)(int16_t, const char , const char *);
2171		−
2172		− showMsg = externalThreadFlag ? okBoxThreadSafe : okBox;
2173		−
2174		− if (instrTmp[i] == NULL)
2175		− return true; // empty instrument, let's just pretend it got loaded successfully
2176		−
2177		− uint16_t k = instrTmp[i]->antSamp;
2178		− if (k > MAX_SMP_PER_INST)
2179		− k = MAX_SMP_PER_INST;
2180		−
2181		− sampleTyp *s = instrTmp[i]->samp;
2182		−
2183		− if (i > MAX_INST) // insNum > 128, just skip sample data
2184		− {
2185		− for (uint16_t j = 0; j < k; j++, s++)
2186		− {
2187		− if (s->len > 0)
2188		− fseek(f, s->len, SEEK_CUR);
2189		− }
2190		− }
2191		− else
2192		− {
2193		− for (uint16_t j = 0; j < k; j++, s++)
2194		− {
2195		− // if a sample has both forward loop and pingpong loop set, make it pingpong loop only (FT2 mixer behavior)
2196		− if ((s->typ & 3) == 3)
2197		− s->typ &= 0xFE;
2198		−
2199		− int32_t l = s->len;
2200		− if (l <= 0)
2201		− {
2202		− s->pek = NULL;
2203		− s->len = 0;
2204		− s->repL = 0;
2205		− s->repS = 0;
2206		−
2207		− if (s->typ & 32)
2208		− s->typ &= ~32; // remove stereo flag
2209		− }
2210		− else
2211		− {
2212		− int32_t bytesToSkip = 0;
2213		− if (l > MAX_SAMPLE_LEN)
2214		− {
2215		− bytesToSkip = l - MAX_SAMPLE_LEN;
2216		− l = MAX_SAMPLE_LEN;
2217		− }
2218		−
2219		− s->pek = NULL;
2220		− s->origPek = (int8_t *)malloc(l + LOOP_FIX_LEN);
2221		− if (s->origPek == NULL)
2222		− {
2223		− showMsg(0, "System message", "Not enough memory!");
2224		− return false;
2225		− }
2226		−
2227		− s->pek = s->origPek + SMP_DAT_OFFSET;
2228		−
2229		− const int32_t bytesRead = (int32_t)fread(s->pek, 1, l, f);
2230		− if (bytesRead < l)
2231		− {
2232		− const int32_t bytesToClear = l - bytesRead;
2233		− memset(&s->pek[bytesRead], 0, bytesToClear);
2234		− }
2235		−
2236		− if (bytesToSkip > 0)
2237		− fseek(f, bytesToSkip, SEEK_CUR);
2238		−
2239		− delta2Samp(s->pek, l, s->typ);
2240		−
2241		− if (s->typ & 32) // stereo sample - already downmixed to mono in delta2samp()
2242		− {
2243		− s->typ &= ~32; // remove stereo flag
2244		−
2245		− s->len >>= 1;
2246		− s->repL >>= 1;
2247		− s->repS >>= 1;
2248		−
2249		− int8_t newPtr = (int8_t )realloc(s->origPek, s->len + LOOP_FIX_LEN);
2250		− if (newPtr != NULL)
2251		− {
2252		− s->origPek = newPtr;
2253		− s->pek = s->origPek + SMP_DAT_OFFSET;
2254		− }
2255		− }
2256		− }
2257		−
2258		− // NON-FT2 FIX: Align to 2-byte if 16-bit sample
2259		− if (s->typ & 16)
2260		− {
2261		− s->repL &= 0xFFFFFFFE;
2262		− s->repS &= 0xFFFFFFFE;
2263		− s->len &= 0xFFFFFFFE;
2264		− }
2265		−
2266		− checkSampleRepeat(s);
2267		− fixSample(s);
2268		− }
2269		− }
2270		−
2271		− if (instrTmp[i]->antSamp > MAX_SMP_PER_INST)
2272		− {
2273		− const int32_t samplesToSkip = instrTmp[i]->antSamp-MAX_SMP_PER_INST;
2274		− for (i = 0; i < samplesToSkip; i++)
2275		− {
2276		− if (extraSampleLengths[i] > 0)
2277		− fseek(f, extraSampleLengths[i], SEEK_CUR);
2278		− }
2279		− }
2280		−
2281		− return true;
2282		−}
2283		−
2284		−void unpackPatt(uint8_t dst, uint8_t src, uint16_t len, int32_t antChn)
2285		−{
2286		− int32_t j;
2287		−
2288		− if (dst == NULL)
2289		− return;
2290		−
2291		− const int32_t srcEnd = len * (sizeof (tonTyp) * antChn);
2292		− int32_t srcIdx = 0;
2293		−
2294		− int32_t numChannels = antChn;
2295		− if (numChannels > MAX_VOICES)
2296		− numChannels = MAX_VOICES;
2297		−
2298		− const int32_t pitch = sizeof (tonTyp) * (MAX_VOICES - antChn);
2299		− for (int32_t i = 0; i < len; i++)
2300		− {
2301		− for (j = 0; j < numChannels; j++)
2302		− {
2303		− if (srcIdx >= srcEnd)
2304		− return; // error!
2305		−
2306		− const uint8_t note = *src++;
2307		− if (note & 0x80)
2308		− {
2309		− dst++ = (note & 0x01) ? src++ : 0;
2310		− dst++ = (note & 0x02) ? src++ : 0;
2311		− dst++ = (note & 0x04) ? src++ : 0;
2312		− dst++ = (note & 0x08) ? src++ : 0;
2313		− dst++ = (note & 0x10) ? src++ : 0;
2314		− }
2315		− else
2316		− {
2317		− *dst++ = note;
2318		− dst++ = src++;
2319		− dst++ = src++;
2320		− dst++ = src++;
2321		− dst++ = src++;
2322		− }
2323		−
2324		− // if note is overflowing (>97), remove it
2325		− if (*(dst-5) > 97)
2326		− *(dst-5) = 0;
2327		−
2328		− // non-FT2 security fix: if effect is above 35 (Z), clear effect and parameter
2329		− if (*(dst-2) > 35)
2330		− {
2331		− *(dst-2) = 0;
2332		− *(dst-1) = 0;
2333		− }
2334		−
2335		− srcIdx += sizeof (tonTyp);
2336		− }
2337		−
2338		− // if more than 32 channels, skip rest of the channels for this row
2339		− for (; j < antChn; j++)
2340		− {
2341		− if (srcIdx >= srcEnd)
2342		− return; // error!
2343		−
2344		− const uint8_t note = *src++;
2345		− if (note & 0x80)
2346		− {
2347		− if (note & 0x01) src++;
2348		− if (note & 0x02) src++;
2349		− if (note & 0x04) src++;
2350		− if (note & 0x08) src++;
2351		− if (note & 0x10) src++;
2352		− }
2353		− else
2354		− {
2355		− src++;
2356		− src++;
2357		− src++;
2358		− src++;
2359		− }
2360		−
2361		− srcIdx += sizeof (tonTyp);
2362		− }
2363		−
2364		− // if song has <32 channels, align pointer to next row (skip unused channels)
2365		− if (antChn < MAX_VOICES)
2366		− dst += pitch;
2367		− }
2368		−}
2369		−
2370		−static bool tmpPatternEmpty(uint16_t nr)
	332	+bool tmpPatternEmpty(uint16_t nr)
2371	333	{
2372	334	if (pattTmp[nr] == NULL)
2373	335	return true;
@@ -2396,97 +358,6 @@ void clearUnusedChannels(tonTyp *p, int16_t pattLen, int32_t antChn) · 22 unmodified lines
2396	358	memset(ptr, 0, width);
2397	359	}
2398	360
2399		−static bool loadPatterns(FILE *f, uint16_t antPtn, bool externalThreadFlag)
2400		−{
2401		− uint8_t tmpLen;
2402		− patternHeaderTyp ph;
2403		− int16_t (showMsg)(int16_t, const char , const char *);
2404		−
2405		− showMsg = externalThreadFlag ? okBoxThreadSafe : okBox;
2406		−
2407		− bool pattLenWarn = false;
2408		− for (uint16_t i = 0; i < antPtn; i++)
2409		− {
2410		− if (fread(&ph.patternHeaderSize, 4, 1, f) != 1)
2411		− goto pattCorrupt;
2412		−
2413		− if (fread(&ph.typ, 1, 1, f) != 1)
2414		− goto pattCorrupt;
2415		−
2416		− ph.pattLen = 0;
2417		− if (songTmp.ver == 0x0102)
2418		− {
2419		− if (fread(&tmpLen, 1, 1, f) != 1)
2420		− goto pattCorrupt;
2421		−
2422		− if (fread(&ph.dataLen, 2, 1, f) != 1)
2423		− goto pattCorrupt;
2424		−
2425		− ph.pattLen = tmpLen + 1; // +1 in v1.02
2426		−
2427		− if (ph.patternHeaderSize > 8)
2428		− fseek(f, ph.patternHeaderSize - 8, SEEK_CUR);
2429		− }
2430		− else
2431		− {
2432		− if (fread(&ph.pattLen, 2, 1, f) != 1)
2433		− goto pattCorrupt;
2434		−
2435		− if (fread(&ph.dataLen, 2, 1, f) != 1)
2436		− goto pattCorrupt;
2437		−
2438		− if (ph.patternHeaderSize > 9)
2439		− fseek(f, ph.patternHeaderSize - 9, SEEK_CUR);
2440		− }
2441		−
2442		− if (feof(f))
2443		− goto pattCorrupt;
2444		−
2445		− pattLensTmp[i] = ph.pattLen;
2446		− if (pattLensTmp[i] > MAX_PATT_LEN)
2447		− {
2448		− pattLensTmp[i] = MAX_PATT_LEN;
2449		− pattLenWarn = true;
2450		− }
2451		−
2452		− if (ph.dataLen > 0)
2453		− {
2454		− pattTmp[i] = (tonTyp )calloc((MAX_PATT_LEN TRACK_WIDTH) + 16, 1);
2455		− if (pattTmp[i] == NULL)
2456		− {
2457		− showMsg(0, "System message", "Not enough memory!");
2458		− return false;
2459		− }
2460		−
2461		− if (fread(packedPattData, 1, ph.dataLen, f) != ph.dataLen)
2462		− goto pattCorrupt;
2463		−
2464		− unpackPatt((uint8_t *)pattTmp[i], packedPattData, pattLensTmp[i], songTmp.antChn);
2465		− clearUnusedChannels(pattTmp[i], pattLensTmp[i], songTmp.antChn);
2466		− }
2467		−
2468		− if (tmpPatternEmpty(i))
2469		− {
2470		− if (pattTmp[i] != NULL)
2471		− {
2472		− free(pattTmp[i]);
2473		− pattTmp[i] = NULL;
2474		− }
2475		−
2476		− pattLensTmp[i] = 64;
2477		− }
2478		− }
2479		−
2480		− if (pattLenWarn)
2481		− showMsg(0, "System message", "This module contains pattern(s) with a length above 256! They will be truncated.");
2482		−
2483		− return true;
2484		−
2485		−pattCorrupt:
2486		− showMsg(0, "System message", "Error loading XM: This file is corrupt!");
2487		− return false;
2488		−}
2489		−
2490	361	// called from input/video thread after the module was done loading
2491	362	static void setupLoadedModule(void)
2492	363	{
@@ -2513,16 +384,28 @@ static void setupLoadedModule(void) · 20 unmodified lines
2513	384	pattLens[i] = pattLensTmp[i];
2514	385	}
2515	386
	387	+ // copy over song struct
	388	+ memcpy(&song, &songTmp, sizeof (songTyp));
	389	+ fixSongName();
	390	+
2516	391	// copy over new instruments (includes sample pointers)
2517	392	for (int16_t i = 1; i <= MAX_INST; i++)
2518	393	{
2519	394	instr[i] = instrTmp[i];
2520		− fixSampleName(i);
2521		− }
	395	+ fixInstrAndSampleNames(i);
2522	396
2523		− // copy over song struct
2524		− memcpy(&song, &songTmp, sizeof (songTyp));
2525		− fixSongName();
	397	+ if (instr[i] != NULL)
	398	+ {
	399	+ for (int32_t j = 0; j < MAX_SMP_PER_INST; j++)
	400	+ {
	401	+ sampleTyp *s = &instr[i]->samp[j];
	402	+
	403	+ checkSampleRepeat(s);
	404	+ if (s->pek != NULL)
	405	+ fixSample(s); // prepare sample for branchless linear interpolation
	406	+ }
	407	+ }
	408	+ }
2526	409
2527	410	// we are the owners of the allocated memory ptrs set by the loader thread now
2528	411
@@ -2555,10 +438,7 @@ static void setupLoadedModule(void) · 26 unmodified lines
2555	438	editor.timer = song.timer;
2556	439	editor.globalVol = song.globVol;
2557	440
2558		− if (loadedFormat == FORMAT_XM)
2559		− setFrqTab(linearFreqTable);
2560		− else
2561		− setFrqTab(false);
	441	+ setFrqTab(tmpLinearPeriodsFlag);
2562	442
2563	443	unlockMixerCallback();
2564	444
@@ -2639,14 +519,9 @@ bool handleModuleLoadFromArg(int argc, char **argv) · 74 unmodified lines
2639	519	UNICHAR_CHDIR(editor.binaryPathU);
2640	520
2641	521	const int32_t filesize = getFileSize(filenameU);
2642		− if (filesize == -1 \|\| filesize >= 512L10241024) // >=2GB or >=512MB
	522	+ if (filesize == -1 \|\| filesize >= 512L10241024) // 1) >=2GB 2) >=512MB
2643	523	{
2644	524	okBox(0, "System message", "Error: The module is too big to be loaded!");
2645		− /* This is not really true, but let's add this check to prevent accidentally
2646		− ** passing really big files to the program. And how often do you really
2647		− ** see a >=512MB .XM/.S3M module?
2648		− */
2649		−
2650	525	free(filenameU);
2651	526	UNICHAR_CHDIR(tmpPathU); // set old path back
2652	527	return false;
@@ -2659,6 +534,64 @@ bool handleModuleLoadFromArg(int argc, char **argv) · 6 unmodified lines
2659	534	return result;
2660	535	}
2661	536
	537	+static bool fileIsModule(UNICHAR *pathU)
	538	+{
	539	+ FILE *f = UNICHAR_FOPEN(pathU, "rb");
	540	+ if (f == NULL)
	541	+ return false;
	542	+
	543	+ int8_t modFormat = detectModule(f);
	544	+ fclose(f);
	545	+
	546	+ /* If the module was not identified (possibly STK type),
	547	+ ** check the file extension and handle it as a module only
	548	+ ** if it starts with "mod."/"stk." or ends with ".mod"/".stk" (case insensitive).
	549	+ */
	550	+ if (modFormat == FORMAT_POSSIBLY_STK)
	551	+ {
	552	+ char *path = unicharToCp437(pathU, false);
	553	+ if (path == NULL)
	554	+ return false;
	555	+
	556	+ int32_t pathLen = (int32_t)strlen(path);
	557	+
	558	+ // get filename from path
	559	+ int32_t i = pathLen;
	560	+ while (i--)
	561	+ {
	562	+ if (path[i] == DIR_DELIMITER)
	563	+ break;
	564	+ }
	565	+
	566	+ char *filename = path;
	567	+ if (i > 0)
	568	+ filename += i + 1;
	569	+
	570	+ int32_t filenameLen = (int32_t)strlen(filename);
	571	+ // --------------------------
	572	+
	573	+ if (filenameLen > 5)
	574	+ {
	575	+ if (!_strnicmp("mod.", filename, 4) \|\| !_strnicmp("stk.", filename, 4))
	576	+ {
	577	+ free(path);
	578	+ return true;
	579	+ }
	580	+
	581	+ if (!_strnicmp(".mod", &filename[filenameLen-4], 4) \|\| !_strnicmp(".stk", &filename[filenameLen-4], 4))
	582	+ {
	583	+ free(path);
	584	+ return true;
	585	+ }
	586	+ }
	587	+
	588	+ free(path);
	589	+ return false;
	590	+ }
	591	+
	592	+ return (modFormat != FORMAT_UNKNOWN);
	593	+}
	594	+
2662	595	void loadDroppedFile(char *fullPathUTF8, bool songModifiedCheck)
2663	596	{
2664	597	if (ui.sysReqShown \|\| fullPathUTF8 == NULL)
@@ -2701,15 +634,11 @@ void loadDroppedFile(char *fullPathUTF8, bool songModifiedCheck) · 36 unmodified lines
2701	634
2702	635	// pass UTF8 to these tests so that we can test file ending in ASCII/ANSI
2703	636
2704		− if (fileIsInstrument(fullPathUTF8))
	637	+ if (fileIsInstr(fullPathU))
2705	638	{
2706	639	loadInstr(fullPathU);
2707	640	}
2708		− else if (fileIsSample(fullPathUTF8))
2709		− {
2710		− loadSample(fullPathU, editor.curSmp, false);
2711		− }
2712		− else
	641	+ else if (fileIsModule(fullPathU))
2713	642	{
2714	643	SDL_RestoreWindow(video.window);
2715	644
@@ -2729,6 +658,10 @@ void loadDroppedFile(char *fullPathUTF8, bool songModifiedCheck) · 13 unmodified lines
2729	658	editor.loadMusicEvent = EVENT_LOADMUSIC_DRAGNDROP;
2730	659	loadMusic(fullPathU);
2731	660	}
	661	+ else
	662	+ {
	663	+ loadSample(fullPathU, editor.curSmp, false);
	664	+ }
2732	665
2733	666	free(fullPathU);
2734	667	}

src/ft2_module_loader.h+14−2

@@ -2,12 +2,24 @@ · 1 unmodified line
2	2
3	3	#include <stdint.h>
4	4	#include <stdbool.h>
	5	+#include "ft2_header.h"
5	6	#include "ft2_unicode.h"
6	7
	8	+bool tmpPatternEmpty(uint16_t nr);
	9	+void clearUnusedChannels(tonTyp *p, int16_t pattLen, int32_t antChn);
	10	+bool allocateTmpInstr(int16_t nr);
	11	+bool allocateTmpPatt(int32_t nr, uint16_t rows);
7	12	void loadMusic(UNICHAR *filenameU);
8	13	bool loadMusicUnthreaded(UNICHAR *filenameU, bool autoPlay);
9	14	bool handleModuleLoadFromArg(int argc, char **argv);
10	15	void loadDroppedFile(char *fullPathUTF8, bool songModifiedCheck);
11	16	void handleLoadMusicEvents(void);
12		−void clearUnusedChannels(tonTyp *p, int16_t pattLen, int32_t antChn);
13		−void checkSampleRepeat(sampleTyp *s);
	17	+
	18	+// file extensions accepted by Disk Op. in module mode
	19	+extern char *supportedModExtensions[];
	20	+
	21	+extern volatile bool tmpLinearPeriodsFlag;
	22	+extern int16_t pattLensTmp[MAX_PATTERNS];
	23	+extern tonTyp *pattTmp[MAX_PATTERNS];
	24	+extern instrTyp *instrTmp[1+256];
	25	+extern songTyp songTmp;

src/ft2_replayer.c+46−102

@@ -27,9 +27,7 @@ · 26 unmodified lines
27	27	** If something looks to be off, it probably isn't!
28	28	*/
29	29
30		−// non-FT2 precalced stuff (these are kinda big...)
31		−static double dPeriod2HzTab[65536], dLogTab[768], dExp2MulTab[32], dHz2MixDeltaMul;
32		−static uint32_t revMixDeltaTab[65536];
	30	+static double dLogTab[768], dExp2MulTab[32];
33	31	static bool bxxOverflow;
34	32	static tonTyp nilPatternLine[MAX_VOICES];
35	33
@@ -49,41 +47,31 @@ instrTyp *instr[132]; · 13 unmodified lines
49	47	tonTyp *patt[MAX_PATTERNS];
50	48	// ----------------------------------
51	49
52		−void fixSongName(void) // removes spaces from right side of song name
	50	+void fixString(char *str, int32_t lastChrPos) // removes leading spaces and 0x1A chars
53	51	{
54		− for (int32_t i = 20; i >= 0; i--)
	52	+ for (int32_t i = lastChrPos; i >= 0; i--)
55	53	{
56		− if (song.name[i] == ' ')
57		− song.name[i] = '\0';
58		− else
	54	+ if (str[i] == ' ' \|\| str[i] == 0x1A)
	55	+ str[i] = '\0';
	56	+ else if (str[i] != '\0')
59	57	break;
60	58	}
	59	+ str[lastChrPos+1] = '\0';
61	60	}
62	61
63		−void fixSampleName(int16_t nr) // removes spaces from right side of ins/smp names
	62	+void fixSongName(void)
64	63	{
65		− for (int32_t i = 21; i >= 0; i--)
66		− {
67		− if (song.instrName[nr][i] == ' ')
68		− song.instrName[nr][i] = '\0';
69		− else
70		− break;
71		− }
	64	+ fixString(song.name, 19);
	65	+}
72	66
	67	+void fixInstrAndSampleNames(int16_t nr)
	68	+{
	69	+ fixString(song.instrName[nr], 21);
73	70	if (instr[nr] != NULL)
74	71	{
75	72	sampleTyp *s = instr[nr]->samp;
76	73	for (int32_t i = 0; i < MAX_SMP_PER_INST; i++, s++)
77		− {
78		− for (int16_t j = 21; j >= 0; j--)
79		− {
80		− if (s->name[j] == ' ')
81		− s->name[j] = '\0';
82		− else
83		− break;
84		− }
85		− s->name[22] = '\0'; // just in case (for tracker, not present in sample header when saving)
86		− }
	74	+ fixString(s->name, 21);
87	75	}
88	76	}
89	77
@@ -130,7 +118,7 @@ void tuneSample(sampleTyp *s, const int32_t midCFreq, bool linearPeriodsFlag) · 40 unmodified lines
130	118	#define MIN_PERIOD (0)
131	119	#define MAX_PERIOD (((101216)-1)-1) /* -1 (because of bugged amigaPeriods table values) */
132	120
133		− double (*dGetHzFromPeriod)(int32_t) = linearPeriodsFlag ? &linearPeriod2Hz : &amigaPeriod2Hz;
	121	+ double (*dGetHzFromPeriod)(int32_t) = linearPeriodsFlag ? dLinearPeriod2Hz : dAmigaPeriod2Hz;
134	122	const uint16_t *periodTab = linearPeriodsFlag ? linearPeriods : amigaPeriods;
135	123
136	124	if (midCFreq <= 0 \|\| periodTab == NULL)
@@ -260,66 +248,32 @@ int16_t getRealUsedSamples(int16_t nr) · 123 unmodified lines
260	248	return i+1;
261	249	}
262	250
263		−double linearPeriod2Hz(int32_t period)
	251	+double dLinearPeriod2Hz(int32_t period)
264	252	{
265	253	if (period == 0)
266		− return 0.0; // in FT2, a period of 0 gives 0Hz
	254	+ return 0.0; // in FT2, a period of 0 results in 0Hz
267	255
268		− const uint16_t invPeriod = (uint16_t)(12 * 192 * 4) - (uint16_t)period; // this intentionally 16-bit-underflows to be accurate to FT2
	256	+ const uint16_t invPeriod = (12 * 192 * 4) - (uint16_t)period; // intentionally underflows (uint16_t) to be FT2-accurate
269	257	const int32_t quotient = invPeriod / 768;
270	258	const int32_t remainder = invPeriod % 768;
271	259
272		− return dLogTab[remainder] * dExp2MulTab[(14-quotient) & 31]; // x = y >> ((14-octave) & 31)
	260	+ return dLogTab[remainder] * dExp2MulTab[(14-quotient) & 31]; // x = y / 2^((14-quotient) & 31)
273	261	}
274	262
275		−double amigaPeriod2Hz(int32_t period)
	263	+double dAmigaPeriod2Hz(int32_t period)
276	264	{
277	265	if (period == 0)
278		− return 0.0; // in FT2, a period of 0 gives 0Hz
	266	+ return 0.0; // in FT2, a period of 0 results in 0Hz
279	267
280		− return (double)(8363*1712) / period;
	268	+ return (double)(8363 * 1712) / period;
281	269	}
282	270
283		−static void calcPeriod2HzTable(void) // called every time "linear/amiga frequency" mode is changed
	271	+double dPeriod2Hz(int32_t period)
284	272	{
285		− if (audio.linearPeriodsFlag)
286		− {
287		− // linear periods
288		− for (int32_t i = 0; i < 65536; i++)
289		− dPeriod2HzTab[i] = linearPeriod2Hz(i);
290		− }
291		− else
292		− {
293		− // Amiga periods
294		− for (int32_t i = 0; i < 65536; i++)
295		− dPeriod2HzTab[i] = amigaPeriod2Hz(i);
296		− }
	273	+ return audio.linearPeriodsFlag ? dLinearPeriod2Hz(period) : dAmigaPeriod2Hz(period);
297	274	}
298	275
299		−/* Called every time "linear/amiga frequency" mode or audio frequency is changed.
300		−**
301		−** Used to replace a DIV with a MUL in the outside audio mixer loop. This can actually
302		−** be beneficial if you are playing VERY tightly looped samples, and/or if the CPU has
303		−** no DIV instruction (certain ARM CPUs, for instance).
304		−**
305		−** A bit hackish and extreme considering it's 65536*4 bytes long, but why not.
306		−*/
307		−void calcRevMixDeltaTable(void)
308		−{
309		− for (int32_t i = 0; i < 65536; i++)
310		− {
311		− const uint16_t period = (uint16_t)i;
312		− const uint64_t delta = getMixerDelta(period);
313		−
314		− uint32_t revDelta = UINT32_MAX;
315		− if (delta != 0)
316		− revDelta = (uint32_t)((UINT64_MAX / delta) >> 16); // MUST be truncated, not rounded!
317		−
318		− revMixDeltaTab[i] = revDelta;
319		− }
320		−}
321		−
322		−// returns exact FT2 C-4 voice rate (depending on finetune, relative note and Amiga/linear mode)
	276	+// returns exact FT2 C-4 voice rate (depending on finetune, relative note and linear/Amiga period mode)
323	277	double getSampleC4Rate(sampleTyp *s)
324	278	{
325	279	int32_t note = (96/2) + s->relTon;
@@ -343,16 +297,14 @@ void setFrqTab(bool linear) · 17 unmodified lines
343	297	else
344	298	note2Period = amigaPeriods;
345	299
346		− calcPeriod2HzTable();
347		− calcRevMixDeltaTable();
348		−
349	300	resumeAudio();
350	301
351		− // update "frequency table" radiobutton, if it's shown
352	302	if (ui.configScreenShown && editor.currConfigScreen == CONFIG_SCREEN_IO_DEVICES)
353	303	{
354		− setConfigIORadioButtonStates();
	304	+ // update "frequency table" radiobutton, if it's shown
	305	+ setConfigIORadioButtonStates();
355	306
	307	+ // update mid-C freq. in instr. editor (it can slightly differ between Amiga/linear)
356	308	if (ui.instEditorShown)
357	309	drawC4Rate();
358	310	}
@@ -452,7 +404,7 @@ void calcReplayerVars(int32_t audioFreq) · 93 unmodified lines
452	404	if (audioFreq <= 0)
453	405	return;
454	406
455		− dHz2MixDeltaMul = (double)MIXER_FRAC_SCALE / audioFreq;
	407	+ audio.dHz2MixDeltaMul = (double)MIXER_FRAC_SCALE / audioFreq;
456	408	audio.quickVolRampSamples = (int32_t)((audioFreq / 200.0) + 0.5); // rounded
457	409	audio.dRampQuickVolMul = 1.0 / audio.quickVolRampSamples;
458	410
@@ -481,35 +433,27 @@ void calcReplayerVars(int32_t audioFreq) · 22 unmodified lines
481	433	}
482	434	}
483	435
484		−double dPeriod2Hz(uint16_t period) // uses LUT for fast operation
	436	+int32_t getPianoKey(uint16_t period, int8_t finetune, int8_t relativeNote) // for piano in Instr. Ed.
485	437	{
486		− return dPeriod2HzTab[period];
487		−}
	438	+ assert(note2Period != NULL);
488	439
489		−int64_t getMixerDelta(uint16_t period)
490		−{
491		− /* Precision has been tested for most extreme case (Amiga period 1, 44100Hz),
492		− ** and there is no precision loss using 64-bit double-precision here, even
493		− ** though we can get VERY big numbers.
494		− */
495		− return (int64_t)((dPeriod2Hz(period) * dHz2MixDeltaMul) + 0.5); // Hz -> rounded 32.32 fixed-point mixer delta
496		−}
	440	+ if (period > note2Period[0])
	441	+ return -1; // out of lower range on piano
497	442
498		−// used for calculating the max safe amount of samples to mix before entering inner mix loop
499		−uint32_t getRevMixerDelta(uint16_t period)
500		−{
501		− return revMixDeltaTab[period];
502		−}
	443	+ if (audio.linearPeriodsFlag)
	444	+ {
	445	+ int32_t note = ((1012164+64) - (period + 162)) >> 2;
	446	+ note -= ((int8_t)finetune >> 3) + 16;
	447	+ note = ((note >> 4) + 1) - relativeNote;
503	448
504		−int32_t getPianoKey(uint16_t period, int8_t finetune, int8_t relativeNote) // for piano in Instr. Ed.
505		−{
506		− if (period > note2Period[0]) // don't show periods below C-0 (w/ lowest finetune) on piano
507		− return -1;
	449	+ return note;
	450	+ }
508	451
	452	+ /* Amiga periods require a slower method...
	453	+ ** This is not 100% accurate for all periods, but should be faster
	454	+ ** than using log2() and floating-point arithmetics.
	455	+ */
509	456	finetune = ((int8_t)finetune >> 3) + 16;
510		−
511		− // this is not 100% accurate for all periods, but should be faster than using log2() and floating-point arithmetics
512		−
513	457	int32_t hiPeriod = (101216)+16;
514	458	int32_t loPeriod = 0;
515	459
@@ -1561,10 +1505,12 @@ static void fixaEnvelopeVibrato(stmTyp *ch) · 1045 unmodified lines
1561	1505	dVol = 1.0;
1562	1506
1563	1507	ch->dFinalVol = dVol;
	1508	+ ch->finalVol = (uint8_t)(int32_t)((ch->dFinalVol * 255) + 0.5); // 0.0 .. 1.0 -> 0..255 rounded, used for visuals
1564	1509	}
1565	1510	else
1566	1511	{
1567	1512	ch->dFinalVol = 0.0;
	1513	+ ch->finalVol = 0;
1568	1514	}
1569	1515
1570	1516	// * PANNING ENVELOPE *
@@ -2865,8 +2811,6 @@ bool setupReplayer(void) · 1294 unmodified lines
2865	2811	return false;
2866	2812	}
2867	2813
2868		− calcPeriod2HzTable();
2869		− calcRevMixDeltaTable();
2870	2814	calcPanningTable();
2871	2815
2872	2816	setPos(0, 0, true);

src/ft2_replayer.h+30−30

@@ -100,17 +100,6 @@ __attribute__ ((packed)) · 99 unmodified lines
100	100	#endif
101	101	songMODInstrHeaderTyp;
102	102
103		−typedef struct songMOD15HeaderTyp_t
104		−{
105		− char name[20];
106		− songMODInstrHeaderTyp instr[15];
107		− uint8_t len, repS, songTab[128];
108		−}
109		−#ifdef __GNUC__
110		−__attribute__ ((packed))
111		−#endif
112		−songMOD15HeaderTyp;
113		−
114	103	typedef struct songMOD31HeaderTyp_t
115	104	{
116	105	char name[20];
@@ -214,11 +203,12 @@ typedef struct stmTyp_t · 97 unmodified lines
214	203	int16_t midiPitch;
215	204	uint16_t outPeriod, realPeriod, finalPeriod, tonTyp, wantPeriod, portaSpeed;
216	205	uint16_t envVCnt, envPCnt, eVibAmp, eVibSweep;
217		− uint16_t fadeOutAmp, fadeOutSpeed, midiVibDepth;
	206	+ uint16_t fadeOutAmp, fadeOutSpeed, midiVibDepth;
218	207	int32_t envVIPValue, envPIPValue, envVAmp, envPAmp;
219	208	int32_t oldFinalPeriod, smpStartPos;
220	209
221		− double dFinalVol;
	210	+ uint8_t finalVol; // 0..255 (for visuals)
	211	+ double dFinalVol; // 0.0 .. 1.0 (for mixer)
222	212
223	213	sampleTyp *smpPtr;
224	214	instrTyp *instrPtr;
@@ -241,38 +231,48 @@ typedef struct tonTyp_t · 16 unmodified lines
241	231	uint8_t ton, instr, vol, effTyp, eff;
242	232	} tonTyp;
243	233
	234	+#ifdef _MSC_VER
	235	+#pragma pack(push)
	236	+#pragma pack(1)
	237	+#endif
	238	+
244	239	typedef struct syncedChannel_t // used for audio/video sync queue
245	240	{
246		− bool envSustainActive;
247		− int8_t fineTune, relTonNr;
248		− uint8_t status, sampleNr, instrNr;
249		− uint16_t finalPeriod;
250		− int32_t smpStartPos;
251		− double dFinalVol;
252		−} syncedChannel_t;
	241	+ uint8_t status;
	242	+ uint8_t pianoNoteNr;
	243	+ uint8_t sampleNr, instrNr;
	244	+ uint16_t smpStartPos;
	245	+ uint8_t vol;
	246	+ double dHz;
	247	+}
	248	+#ifdef __GNUC__
	249	+__attribute__ ((packed))
	250	+#endif
	251	+syncedChannel_t;
	252	+
	253	+#ifdef _MSC_VER
	254	+#pragma pack(pop)
	255	+#endif
253	256
254	257	double getSampleC4Rate(sampleTyp *s);
255	258
256	259	void setNewSongPos(int32_t pos);
257	260	void resetReplayerState(void);
258	261
259		−void fixSongName(void); // removes spaces from right side of song name
260		−void fixSampleName(int16_t nr); // removes spaces from right side of ins/smp names
	262	+void fixString(char *str, int32_t lastChrPos); // removes leading spaces and 0x1A chars
	263	+void fixSongName(void);
	264	+void fixInstrAndSampleNames(int16_t nr);
	265	+
261	266	void calcReplayerVars(int32_t rate);
262	267
263	268	// used on external sample load and during sample loading in some module formats
264	269	void tuneSample(sampleTyp *s, const int32_t midCFreq, bool linearPeriodsFlag);
265	270
266		−void calcRevMixDeltaTable(void);
267	271	void calcReplayerLogTab(void);
268	272
269		−double linearPeriod2Hz(int32_t period);
270		−double amigaPeriod2Hz(int32_t period);
271		−
272		−double dPeriod2Hz(uint16_t period); // uses LUT for fast operation
273		−
274		−int64_t getMixerDelta(uint16_t period);
275		−uint32_t getRevMixerDelta(uint16_t period);
	273	+double dLinearPeriod2Hz(int32_t period);
	274	+double dAmigaPeriod2Hz(int32_t period);
	275	+double dPeriod2Hz(int32_t period);
276	276
277	277	int32_t getPianoKey(uint16_t period, int8_t finetune, int8_t relativeNote); // for piano in Instr. Ed.
278	278

src/ft2_sample_ed.c+45−0

@@ -47,6 +47,37 @@ static SDL_Thread *thread; · 46 unmodified lines
47	47	// globals
48	48	int32_t smpEd_Rx1 = 0, smpEd_Rx2 = 0;
49	49
	50	+// allocs sample with proper alignment and padding for branchless resampling interpolation
	51	+bool allocateTmpSmpData(sampleTyp *s, int32_t length)
	52	+{
	53	+ s->origPek = (int8_t *)malloc(length + LOOP_FIX_LEN);
	54	+ if (s->origPek == NULL)
	55	+ {
	56	+ s->pek = NULL;
	57	+ return false;
	58	+ }
	59	+
	60	+ s->pek = s->origPek + SMP_DAT_OFFSET;
	61	+ return true;
	62	+}
	63	+
	64	+// reallocs sample with proper alignment and padding for branchless resampling interpolation
	65	+bool reallocateTmpSmpData(sampleTyp *s, int32_t length)
	66	+{
	67	+ if (s->origPek == NULL)
	68	+ return allocateTmpSmpData(s, length);
	69	+
	70	+ s->origPek = (int8_t *)realloc(s->origPek, length + LOOP_FIX_LEN);
	71	+ if (s->origPek == NULL)
	72	+ {
	73	+ s->pek = NULL;
	74	+ return false;
	75	+ }
	76	+
	77	+ s->pek = s->origPek + SMP_DAT_OFFSET;
	78	+ return true;
	79	+}
	80	+
50	81	sampleTyp *getCurSample(void)
51	82	{
52	83	if (editor.curInstr == 0 \|\| instr[editor.curInstr] == NULL)
@@ -55,6 +86,20 @@ sampleTyp *getCurSample(void) · 2 unmodified lines
55	86	return &instr[editor.curInstr]->samp[editor.curSmp];
56	87	}
57	88
	89	+void checkSampleRepeat(sampleTyp *s)
	90	+{
	91	+ if (s->repS < 0) s->repS = 0;
	92	+ if (s->repL < 0) s->repL = 0;
	93	+ if (s->repS > s->len) s->repS = s->len;
	94	+ if (s->repS+s->repL > s->len) s->repL = s->len - s->repS;
	95	+
	96	+ if (s->repL == 0) // non-FT2 fix: disable loop if loop length is 0
	97	+ {
	98	+ s->repS = 0;
	99	+ s->typ &= ~3;
	100	+ }
	101	+}
	102	+
58	103	// modifies samples before index 0, and after loop/end (for branchless mixer interpolation (kinda))
59	104	void fixSample(sampleTyp *s)
60	105	{

src/ft2_sample_ed.h+7−0

@@ -7,7 +7,14 @@ · 6 unmodified lines
7	7	#define SAMPLE_AREA_WIDTH 632
8	8	#define SAMPLE_AREA_Y_CENTER 250
9	9
	10	+// allocs sample with proper alignment and padding for branchless resampling interpolation
	11	+bool allocateTmpSmpData(sampleTyp *s, int32_t length);
	12	+
	13	+// reallocs sample with proper alignment and padding for branchless resampling interpolation
	14	+bool reallocateTmpSmpData(sampleTyp *s, int32_t length);
	15	+
10	16	sampleTyp *getCurSample(void);
	17	+void checkSampleRepeat(sampleTyp *s);
11	18	void fixSample(sampleTyp *s); // modifies samples before index 0, and after loop/end (for branchless mixer interpolation)
12	19	void restoreSample(sampleTyp *s); // restores samples after loop/end
13	20	void clearSample(void);

src/ft2_sample_loader.c+125−2071

@@ -16,1885 +16,124 @@ · 15 unmodified lines
16	16	#include "ft2_diskop.h"
17	17	#include "ft2_structs.h"
18	18
19		−/* All of these routines were written from scratch and were not present
20		−** in original FT2.
21		−*/
	19	+bool loadAIFF(FILE *f, uint32_t filesize);
	20	+bool loadIFF(FILE *f, uint32_t filesize);
	21	+bool loadRAW(FILE *f, uint32_t filesize);
	22	+bool loadWAV(FILE *f, uint32_t filesize);
22	23
23	24	enum
24	25	{
25		− STEREO_SAMPLE_READ_LEFT = 1,
26		− STEREO_SAMPLE_READ_RIGHT = 2,
27		− STEREO_SAMPLE_CONVERT = 3,
28		−
29		− WAV_FORMAT_PCM = 0x0001,
30		− WAV_FORMAT_IEEE_FLOAT = 0x0003
31		−};
32		−
33		−static volatile bool sampleIsLoading;
34		−static bool loadAsInstrFlag;
35		−static uint8_t sampleSlot;
36		−static int16_t stereoSampleLoadMode;
37		−static SDL_Thread *thread;
38		−
39		−static void normalize32bitSigned(int32_t *sampleData, uint32_t sampleLength);
40		−static void normalize16bitFloatSigned(float *fSampleData, uint32_t sampleLength);
41		−static void normalize64bitDoubleSigned(double *dSampleData, uint32_t sampleLength);
42		−
43		−void freeTmpSample(sampleTyp *s)
44		−{
45		− if (s->origPek != NULL)
46		− {
47		− free(s->origPek);
48		− s->origPek = NULL;
49		− s->pek = NULL;
50		− }
51		−
52		− memset(s, 0, sizeof (sampleTyp));
53		−}
54		−
55		−void removeSampleIsLoadingFlag(void)
56		−{
57		− sampleIsLoading = false;
58		−}
59		−
60		−static int32_t getAIFFRate(uint8_t *in)
61		−{
62		− int32_t exp = (int32_t)(((in[0] & 0x7F) << 8) \| in[1]);
63		− uint32_t lo = (in[2] << 24) \| (in[3] << 16) \| (in[4] << 8) \| in[5];
64		− uint32_t hi = (in[6] << 24) \| (in[7] << 16) \| (in[8] << 8) \| in[9];
65		−
66		− if (exp == 0 && lo == 0 && hi == 0)
67		− return 0;
68		−
69		− exp -= 16383;
70		−
71		− double dOut = ldexp(lo, -31 + exp) + ldexp(hi, -63 + exp);
72		− return (int32_t)(dOut + 0.5); // rounded
73		−}
74		−
75		−static bool aiffIsStereo(FILE *f) // only ran on files that are confirmed to be AIFFs
76		−{
77		− uint16_t numChannels;
78		− uint32_t chunkID, chunkSize;
79		−
80		− uint32_t oldPos = ftell(f);
81		−
82		− fseek(f, 0, SEEK_END);
83		− int32_t filesize = ftell(f);
84		−
85		− if (filesize < 12)
86		− {
87		− fseek(f, oldPos, SEEK_SET);
88		− return false;
89		− }
90		−
91		− fseek(f, 12, SEEK_SET);
92		−
93		− uint32_t commPtr = 0;
94		− uint32_t commLen = 0;
95		−
96		− int32_t bytesRead = 0;
97		− while (!feof(f) && bytesRead < filesize-12)
98		− {
99		− fread(&chunkID, 4, 1, f); chunkID = SWAP32(chunkID); if (feof(f)) break;
100		− fread(&chunkSize, 4, 1, f); chunkSize = SWAP32(chunkSize); if (feof(f)) break;
101		−
102		− int32_t endOfChunk = (ftell(f) + chunkSize) + (chunkSize & 1);
103		− switch (chunkID)
104		− {
105		− case 0x434F4D4D: // "COMM"
106		− {
107		− commPtr = ftell(f);
108		− commLen = chunkSize;
109		− }
110		− break;
111		−
112		− default: break;
113		− }
114		−
115		− bytesRead += (chunkSize + (chunkSize & 1));
116		− fseek(f, endOfChunk, SEEK_SET);
117		− }
118		−
119		− if (commPtr == 0 \|\| commLen < 2)
120		− {
121		− fseek(f, oldPos, SEEK_SET);
122		− return false;
123		− }
124		−
125		− fseek(f, commPtr, SEEK_SET);
126		− fread(&numChannels, 2, 1, f); numChannels = SWAP16(numChannels);
127		− fseek(f, oldPos, SEEK_SET);
128		−
129		− return (numChannels == 2);
130		−}
131		−
132		−static bool wavIsStereo(FILE *f) // only ran on files that are confirmed to be WAVs
133		−{
134		− uint16_t numChannels;
135		− uint32_t chunkID, chunkSize;
136		−
137		− uint32_t oldPos = ftell(f);
138		−
139		− fseek(f, 0, SEEK_END);
140		− int32_t filesize = ftell(f);
141		−
142		− if (filesize < 12)
143		− {
144		− fseek(f, oldPos, SEEK_SET);
145		− return false;
146		− }
147		−
148		− fseek(f, 12, SEEK_SET);
149		−
150		− uint32_t fmtPtr = 0;
151		− uint32_t fmtLen = 0;
152		−
153		− int32_t bytesRead = 0;
154		− while (!feof(f) && bytesRead < filesize-12)
155		− {
156		− fread(&chunkID, 4, 1, f); if (feof(f)) break;
157		− fread(&chunkSize, 4, 1, f); if (feof(f)) break;
158		−
159		− int32_t endOfChunk = (ftell(f) + chunkSize) + (chunkSize & 1);
160		− switch (chunkID)
161		− {
162		− case 0x20746D66: // "fmt "
163		− {
164		− fmtPtr = ftell(f);
165		− fmtLen = chunkSize;
166		− }
167		− break;
168		−
169		− default: break;
170		− }
171		−
172		− bytesRead += (chunkSize + (chunkSize & 1));
173		− fseek(f, endOfChunk, SEEK_SET);
174		− }
175		−
176		− if (fmtPtr == 0 \|\| fmtLen < 4)
177		− {
178		− fseek(f, oldPos, SEEK_SET);
179		− return false;
180		− }
181		−
182		− fseek(f, fmtPtr + 2, SEEK_SET);
183		− fread(&numChannels, 2, 1, f);
184		− fseek(f, oldPos, SEEK_SET);
185		−
186		− return (numChannels == 2);
187		−}
188		−
189		−static int32_t SDLCALL loadAIFFSample(void *ptr)
190		−{
191		− char compType[4];
192		− int8_t *audioDataS8;
193		− uint8_t sampleRateBytes[10], *audioDataU8;
194		− int16_t audioDataS16, audioDataS16_2, smp16;
195		− uint16_t numChannels, bitDepth;
196		− int32_t j, smp32, *audioDataS32;
197		− uint32_t i, blockName, blockSize;
198		− uint32_t offset, len32;
199		− int64_t smp64;
200		− sampleTyp tmpSmp;
201		−
202		− // this is important for the "goto" on load error
203		− FILE *f = NULL;
204		− memset(&tmpSmp, 0, sizeof (tmpSmp));
205		−
206		− if (editor.tmpFilenameU == NULL)
207		− {
208		− okBoxThreadSafe(0, "System message", "General I/O error during loading! Is the file in use?");
209		− goto aiffLoadError;
210		− }
211		−
212		− UNICHAR *filename = editor.tmpFilenameU;
213		−
214		− f = UNICHAR_FOPEN(filename, "rb");
215		− if (f == NULL)
216		− {
217		− okBoxThreadSafe(0, "System message", "General I/O error during loading! Is the file in use?");
218		− goto aiffLoadError;
219		− }
220		−
221		− fseek(f, 0, SEEK_END);
222		− int32_t filesize = ftell(f);
223		− if (filesize < 12)
224		− {
225		− okBoxThreadSafe(0, "System message", "Error loading sample: The sample is not supported or is invalid!");
226		− goto aiffLoadError;
227		− }
228		−
229		− // handle chunks
230		−
231		− uint32_t commPtr = 0;
232		− uint32_t commLen = 0;
233		− uint32_t ssndPtr = 0;
234		− uint32_t ssndLen = 0;
235		−
236		− fseek(f, 12, SEEK_SET);
237		− while (!feof(f) && ftell(f) < filesize-12)
238		− {
239		− fread(&blockName, 4, 1, f); if (feof(f)) break;
240		− fread(&blockSize, 4, 1, f); if (feof(f)) break;
241		−
242		− blockName = SWAP32(blockName);
243		− blockSize = SWAP32(blockSize);
244		−
245		− switch (blockName)
246		− {
247		− case 0x434F4D4D: // "COMM"
248		− {
249		− commPtr = ftell(f);
250		− commLen = blockSize;
251		− }
252		− break;
253		−
254		− case 0x53534E44: // "SSND"
255		− {
256		− ssndPtr = ftell(f);
257		− ssndLen = blockSize;
258		− }
259		− break;
260		−
261		− default: break;
262		− }
263		−
264		− fseek(f, blockSize + (blockSize & 1), SEEK_CUR);
265		− }
266		−
267		− if (commPtr == 0 \|\| commLen < 18 \|\| ssndPtr == 0)
268		− {
269		− okBoxThreadSafe(0, "System message", "Error loading sample: The sample is not supported or is invalid!");
270		− goto aiffLoadError;
271		− }
272		−
273		− // kludge for some really strange AIFFs
274		− if (ssndLen == 0)
275		− ssndLen = filesize - ssndPtr;
276		−
277		− if (ssndPtr+ssndLen > (uint32_t)filesize)
278		− ssndLen = filesize - ssndPtr;
279		−
280		− fseek(f, commPtr, SEEK_SET);
281		− fread(&numChannels, 2, 1, f); numChannels = SWAP16(numChannels);
282		− fseek(f, 4, SEEK_CUR);
283		− fread(&bitDepth, 2, 1, f); bitDepth = SWAP16(bitDepth);
284		− fread(sampleRateBytes, 1, 10, f);
285		−
286		− if (numChannels != 1 && numChannels != 2)
287		− {
288		− okBoxThreadSafe(0, "System message", "Error loading sample: Unsupported amounts of channels!");
289		− goto aiffLoadError;
290		− }
291		−
292		− if (bitDepth != 8 && bitDepth != 16 && bitDepth != 24 && bitDepth != 32)
293		− {
294		− okBoxThreadSafe(0, "System message", "Error loading sample: Unsupported bitdepth!");
295		− goto aiffLoadError;
296		− }
297		−
298		− // read compression type (if present)
299		− if (commLen > 18)
300		− {
301		− fread(&compType, 1, 4, f);
302		− if (memcmp(compType, "NONE", 4))
303		− {
304		− okBoxThreadSafe(0, "System message", "Error loading sample: The sample is not supported or is invalid!");
305		− goto aiffLoadError;
306		− }
307		− }
308		−
309		− uint32_t sampleRate = getAIFFRate(sampleRateBytes);
310		−
311		− // sample data chunk
312		−
313		− fseek(f, ssndPtr, SEEK_SET);
314		−
315		− fread(&offset, 4, 1, f);
316		− if (offset > 0)
317		− {
318		− okBoxThreadSafe(0, "System message", "Error loading sample: The sample is not supported or is invalid!");
319		− goto aiffLoadError;
320		− }
321		−
322		− fseek(f, 4, SEEK_CUR);
323		−
324		− ssndLen -= 8; // don't include offset and blockSize datas
325		−
326		− uint32_t sampleLength = ssndLen;
327		− if (sampleLength > MAX_SAMPLE_LEN)
328		− sampleLength = MAX_SAMPLE_LEN;
329		−
330		− freeTmpSample(&tmpSmp);
331		−
332		− // read sample data
333		−
334		− if (bitDepth == 8)
335		− {
336		− // 8-BIT SIGNED PCM
337		−
338		− tmpSmp.origPek = (int8_t *)malloc(sampleLength + LOOP_FIX_LEN);
339		− if (tmpSmp.origPek == NULL)
340		− {
341		− okBoxThreadSafe(0, "System message", "Not enough memory!");
342		− goto aiffLoadError;
343		− }
344		−
345		− tmpSmp.pek = tmpSmp.origPek + SMP_DAT_OFFSET;
346		−
347		− if (fread(tmpSmp.pek, sampleLength, 1, f) != 1)
348		− {
349		− okBoxThreadSafe(0, "System message", "General I/O error during loading! Is the file in use?");
350		− goto aiffLoadError;
351		− }
352		−
353		− audioDataS8 = (int8_t *)tmpSmp.pek;
354		−
355		− // stereo conversion
356		− if (numChannels == 2)
357		− {
358		− sampleLength /= 2;
359		−
360		− switch (stereoSampleLoadMode)
361		− {
362		− case STEREO_SAMPLE_READ_LEFT:
363		− {
364		− for (i = 1; i < sampleLength; i++)
365		− audioDataS8[i] = audioDataS8[(i * 2) + 0];
366		− }
367		− break;
368		−
369		− case STEREO_SAMPLE_READ_RIGHT:
370		− {
371		− len32 = sampleLength - 1;
372		− for (i = 0; i < len32; i++)
373		− audioDataS8[i] = audioDataS8[(i * 2) + 1];
374		−
375		− audioDataS8[i] = 0;
376		− }
377		− break;
378		−
379		− default:
380		− case STEREO_SAMPLE_CONVERT:
381		− {
382		− len32 = sampleLength - 1;
383		− for (i = 0; i < len32; i++)
384		− {
385		− smp16 = (audioDataS8[(i * 2) + 0] + audioDataS8[(i * 2) + 1]) >> 1;
386		− audioDataS8[i] = (int8_t)smp16;
387		− }
388		−
389		− audioDataS8[i] = 0;
390		− }
391		− break;
392		− }
393		− }
394		− }
395		− else if (bitDepth == 16)
396		− {
397		− // 16-BIT SIGNED PCM
398		−
399		− sampleLength /= 2;
400		−
401		− tmpSmp.origPek = (int8_t )malloc((sampleLength 2) + LOOP_FIX_LEN);
402		− if (tmpSmp.origPek == NULL)
403		− {
404		− okBoxThreadSafe(0, "System message", "Not enough memory!");
405		− goto aiffLoadError;
406		− }
407		−
408		− tmpSmp.pek = tmpSmp.origPek + SMP_DAT_OFFSET;
409		−
410		− if (fread(tmpSmp.pek, sampleLength, 2, f) != 2)
411		− {
412		− okBoxThreadSafe(0, "System message", "General I/O error during loading! Is the file in use?");
413		− goto aiffLoadError;
414		− }
415		−
416		− // fix endianness
417		− audioDataS16 = (int16_t *)tmpSmp.pek;
418		− for (i = 0; i < sampleLength; i++)
419		− audioDataS16[i] = SWAP16(audioDataS16[i]);
420		−
421		− // stereo conversion
422		− if (numChannels == 2)
423		− {
424		− sampleLength /= 2;
425		−
426		− switch (stereoSampleLoadMode)
427		− {
428		− case STEREO_SAMPLE_READ_LEFT:
429		− {
430		− for (i = 1; i < sampleLength; i++)
431		− audioDataS16[i] = audioDataS16[(i * 2) + 0];
432		− }
433		− break;
434		−
435		− case STEREO_SAMPLE_READ_RIGHT:
436		− {
437		− len32 = sampleLength - 1;
438		− for (i = 0; i < len32; i++)
439		− audioDataS16[i] = audioDataS16[(i * 2) + 1];
440		−
441		− audioDataS16[i] = 0;
442		− }
443		− break;
444		−
445		− default:
446		− case STEREO_SAMPLE_CONVERT:
447		− {
448		− len32 = sampleLength - 1;
449		− for (i = 0; i < len32; i++)
450		− {
451		− smp32 = (audioDataS16[(i * 2) + 0] + audioDataS16[(i * 2) + 1]) >> 1;
452		− audioDataS16[i] = (int16_t)smp32;
453		− }
454		−
455		− audioDataS16[i] = 0;
456		− }
457		− break;
458		− }
459		− }
460		−
461		− sampleLength *= 2;
462		− tmpSmp.typ \|= 16;
463		− }
464		− else if (bitDepth == 24)
465		− {
466		− // 24-BIT SIGNED PCM
467		−
468		− sampleLength /= 3;
469		−
470		− tmpSmp.origPek = (int8_t )malloc(((sampleLength 4) * 2) + LOOP_FIX_LEN);
471		− if (tmpSmp.origPek == NULL)
472		− {
473		− okBoxThreadSafe(0, "System message", "Not enough memory!");
474		− goto aiffLoadError;
475		− }
476		−
477		− tmpSmp.pek = tmpSmp.origPek + SMP_DAT_OFFSET;
478		−
479		− if (fread(&tmpSmp.pek[sampleLength], sampleLength, 3, f) != 3)
480		− {
481		− okBoxThreadSafe(0, "System message", "General I/O error during loading! Is the file in use?");
482		− goto aiffLoadError;
483		− }
484		−
485		− audioDataS32 = (int32_t *)tmpSmp.pek;
486		−
487		− // convert to 32-bit
488		− audioDataU8 = (uint8_t *)tmpSmp.pek + sampleLength;
489		− for (i = 0; i < sampleLength; i++)
490		− {
491		− audioDataS32[i] = (audioDataU8[0] << 24) \| (audioDataU8[1] << 16) \| (audioDataU8[2] << 8);
492		− audioDataU8 += 3;
493		− }
494		−
495		− // stereo conversion
496		− if (numChannels == 2)
497		− {
498		− sampleLength /= 2;
499		−
500		− switch (stereoSampleLoadMode)
501		− {
502		− case STEREO_SAMPLE_READ_LEFT:
503		− {
504		− for (i = 1; i < sampleLength; i++)
505		− audioDataS32[i] = audioDataS32[(i * 2) + 0];
506		− }
507		− break;
508		−
509		− case STEREO_SAMPLE_READ_RIGHT:
510		− {
511		− len32 = sampleLength - 1;
512		− for (i = 0; i < len32; i++)
513		− audioDataS32[i] = audioDataS32[(i * 2) + 1];
514		−
515		− audioDataS32[i] = 0;
516		− }
517		− break;
518		−
519		− default:
520		− case STEREO_SAMPLE_CONVERT:
521		− {
522		− len32 = sampleLength - 1;
523		− for (i = 0; i < len32; i++)
524		− {
525		− smp64 = audioDataS32[(i * 2) + 0];
526		− smp64 += audioDataS32[(i * 2) + 1];
527		− smp64 >>= 1;
528		−
529		− audioDataS32[i] = (int32_t)smp64;
530		− }
531		−
532		− audioDataS32[i] = 0;
533		− }
534		− break;
535		− }
536		− }
537		−
538		− normalize32bitSigned(audioDataS32, sampleLength);
539		−
540		− // downscale to 16-bit (ultra fast method!)
541		−
542		− audioDataS16 = (int16_t *)tmpSmp.pek;
543		− audioDataS16_2 = (int16_t *)tmpSmp.pek + 1;
544		−
545		− for (i = 0; i < sampleLength; i++)
546		− {
547		− audioDataS16[i] = audioDataS16_2[i];
548		− audioDataS16_2++;
549		− }
550		−
551		− sampleLength *= 2;
552		− tmpSmp.typ \|= 16;
553		− }
554		− else if (bitDepth == 32)
555		− {
556		− // 32-BIT SIGNED PCM
557		−
558		− sampleLength /= 4;
559		−
560		− tmpSmp.origPek = (int8_t )malloc((sampleLength 4) + LOOP_FIX_LEN);
561		− if (tmpSmp.origPek == NULL)
562		− {
563		− okBoxThreadSafe(0, "System message", "Not enough memory!");
564		− goto aiffLoadError;
565		− }
566		−
567		− tmpSmp.pek = tmpSmp.origPek + SMP_DAT_OFFSET;
568		−
569		− if (fread(tmpSmp.pek, sampleLength, 4, f) != 4)
570		− {
571		− okBoxThreadSafe(0, "System message", "General I/O error during loading! Is the file in use?");
572		− goto aiffLoadError;
573		− }
574		−
575		− // fix endianness
576		− audioDataS32 = (int32_t *)tmpSmp.pek;
577		− for (i = 0; i < sampleLength; i++)
578		− audioDataS32[i] = SWAP32(audioDataS32[i]);
579		−
580		− // stereo conversion
581		− if (numChannels == 2)
582		− {
583		− sampleLength /= 2;
584		−
585		− switch (stereoSampleLoadMode)
586		− {
587		− case STEREO_SAMPLE_READ_LEFT:
588		− {
589		− for (i = 1; i < sampleLength; i++)
590		− audioDataS32[i] = audioDataS32[(i * 2) + 0];
591		− }
592		− break;
593		−
594		− case STEREO_SAMPLE_READ_RIGHT:
595		− {
596		− len32 = sampleLength - 1;
597		− for (i = 0; i < len32; i++)
598		− audioDataS32[i] = audioDataS32[(i * 2) + 1];
599		−
600		− audioDataS32[i] = 0;
601		− }
602		− break;
603		−
604		− default:
605		− case STEREO_SAMPLE_CONVERT:
606		− {
607		− len32 = sampleLength - 1;
608		− for (i = 0; i < len32; i++)
609		− {
610		− smp64 = audioDataS32[(i * 2) + 0];
611		− smp64 += audioDataS32[(i * 2) + 1];
612		− smp64 >>= 1;
613		−
614		− audioDataS32[i] = (int32_t)smp64;
615		− }
616		−
617		− audioDataS32[i] = 0;
618		− }
619		− break;
620		− }
621		− }
622		−
623		− normalize32bitSigned(audioDataS32, sampleLength);
624		−
625		− // downscale to 16-bit (ultra fast method!)
626		−
627		− audioDataS16 = (int16_t *)tmpSmp.pek;
628		− audioDataS16_2 = (int16_t *)tmpSmp.pek + 1;
629		−
630		− for (i = 0; i < sampleLength; i++)
631		− {
632		− audioDataS16[i] = audioDataS16_2[i];
633		− audioDataS16_2++;
634		− }
635		−
636		− sampleLength *= 2;
637		− tmpSmp.typ \|= 16;
638		− }
639		−
640		− // adjust memory needed
641		− int8_t newPtr = (int8_t )realloc(tmpSmp.origPek, sampleLength + LOOP_FIX_LEN);
642		− if (newPtr != NULL)
643		− {
644		− tmpSmp.origPek = newPtr;
645		− tmpSmp.pek = tmpSmp.origPek + SMP_DAT_OFFSET;
646		− }
647		−
648		− // set sample attributes
649		− tmpSmp.len = sampleLength;
650		− tmpSmp.vol = 64;
651		− tmpSmp.pan = 128;
652		−
653		− tuneSample(&tmpSmp, sampleRate, audio.linearPeriodsFlag);
654		−
655		− // set sample name
656		− char *tmpFilename = unicharToCp437(filename, true);
657		− if (tmpFilename != NULL)
658		− {
659		− j = (int32_t)strlen(tmpFilename);
660		− while (j--)
661		− {
662		− if (tmpFilename[j] == DIR_DELIMITER)
663		− break;
664		− }
665		−
666		− char *tmpPtr = tmpFilename;
667		− if (j > 0)
668		− tmpPtr += j + 1;
669		−
670		− sanitizeFilename(tmpPtr);
671		−
672		− uint32_t filenameLen = (uint32_t)strlen(tmpPtr);
673		− for (i = 0; i < 22; i++)
674		− {
675		− if (i < filenameLen)
676		− tmpSmp.name[i] = tmpPtr[i];
677		− else
678		− tmpSmp.name[i] = '\0';
679		− }
680		−
681		− free(tmpFilename);
682		− }
683		−
684		− fclose(f);
685		−
686		− lockMixerCallback();
687		− if (loadAsInstrFlag) // if loaded in instrument mode
688		− {
689		− freeInstr(editor.curInstr);
690		− memset(song.instrName[editor.curInstr], 0, 23);
691		− }
692		−
693		− if (instr[editor.curInstr] == NULL)
694		− allocateInstr(editor.curInstr);
695		−
696		− if (instr[editor.curInstr] != NULL)
697		− {
698		− sampleTyp *s = &instr[editor.curInstr]->samp[sampleSlot];
699		−
700		− freeSample(editor.curInstr, sampleSlot);
701		− memcpy(s, &tmpSmp, sizeof (sampleTyp));
702		− fixSample(s);
703		− }
704		− else
705		− {
706		− okBoxThreadSafe(0, "System message", "Not enough memory!");
707		− goto aiffLoadError;
708		− }
709		− unlockMixerCallback();
710		−
711		− fixSampleName(editor.curInstr);
712		− setSongModifiedFlag();
713		− stereoSampleLoadMode = -1;
714		−
715		− // also sets mouse busy to false when done
716		− editor.updateCurSmp = true;
717		−
718		− return true;
719		−
720		−aiffLoadError:
721		− if (f != NULL) fclose(f);
722		− if (tmpSmp.origPek != NULL) free(tmpSmp.origPek);
723		−
724		− stereoSampleLoadMode = -1;
725		− sampleIsLoading = false;
726		−
727		− return false;
728		−
729		− (void)ptr;
730		−}
731		−
732		−static int32_t SDLCALL loadIFFSample(void *ptr)
733		−{
734		− char hdr[4+1];
735		− uint8_t i;
736		− int32_t j;
737		− uint32_t blockName, blockSize;
738		− sampleTyp tmpSmp;
739		−
740		− // this is important for the "goto" on load error
741		− FILE *f = NULL;
742		− memset(&tmpSmp, 0, sizeof (tmpSmp));
743		−
744		− if (editor.tmpFilenameU == NULL)
745		− {
746		− okBoxThreadSafe(0, "System message", "General I/O error during loading! Is the file in use?");
747		− goto iffLoadError;
748		− }
749		−
750		− UNICHAR *filename = editor.tmpFilenameU;
751		−
752		− f = UNICHAR_FOPEN(filename, "rb");
753		− if (f == NULL)
754		− {
755		− okBoxThreadSafe(0, "System message", "General I/O error during loading! Is the file in use?");
756		− goto iffLoadError;
757		− }
758		−
759		− fseek(f, 0, SEEK_END);
760		− int32_t filesize = ftell(f);
761		− if (filesize < 12)
762		− {
763		− okBoxThreadSafe(0, "System message", "Error loading sample: The sample is not supported or is invalid!");
764		− goto iffLoadError;
765		− }
766		−
767		− fseek(f, 8, SEEK_SET);
768		− fread(hdr, 1, 4, f);
769		− hdr[4] = '\0';
770		− bool is16Bit = !strncmp(hdr, "16SV", 4);
771		−
772		− uint32_t sampleLength = 0;
773		− uint32_t sampleVol = 64;
774		− uint32_t sampleLoopStart = 0;
775		− uint32_t sampleLoopLength = 0;
776		− uint16_t sampleRate = 16726;
777		−
778		− uint32_t vhdrPtr = 0;
779		− uint32_t vhdrLen = 0;
780		− uint32_t bodyPtr = 0;
781		− uint32_t bodyLen = 0;
782		− uint32_t namePtr = 0;
783		− uint32_t nameLen = 0;
784		−
785		− fseek(f, 12, SEEK_SET);
786		− while (!feof(f) && ftell(f) < filesize-12)
787		− {
788		− fread(&blockName, 4, 1, f); if (feof(f)) break;
789		− fread(&blockSize, 4, 1, f); if (feof(f)) break;
790		−
791		− blockName = SWAP32(blockName);
792		− blockSize = SWAP32(blockSize);
793		−
794		− switch (blockName)
795		− {
796		− case 0x56484452: // VHDR
797		− {
798		− vhdrPtr = ftell(f);
799		− vhdrLen = blockSize;
800		− }
801		− break;
802		−
803		− case 0x4E414D45: // NAME
804		− {
805		− namePtr = ftell(f);
806		− nameLen = blockSize;
807		− }
808		− break;
809		−
810		− case 0x424F4459: // BODY
811		− {
812		− bodyPtr = ftell(f);
813		− bodyLen = blockSize;
814		− }
815		− break;
816		−
817		− default: break;
818		− }
819		−
820		− fseek(f, blockSize + (blockSize & 1), SEEK_CUR);
821		− }
822		−
823		− if (vhdrPtr == 0 \|\| vhdrLen < 20 \|\| bodyPtr == 0)
824		− {
825		− okBoxThreadSafe(0, "System message", "Error loading sample: The sample is not supported or is invalid!");
826		− goto iffLoadError;
827		− }
828		−
829		− // kludge for some really strange IFFs
830		− if (bodyLen == 0)
831		− bodyLen = filesize - bodyPtr;
832		−
833		− if (bodyPtr+bodyLen > (uint32_t)filesize)
834		− bodyLen = filesize - bodyPtr;
835		−
836		− fseek(f, vhdrPtr, SEEK_SET);
837		− fread(&sampleLoopStart, 4, 1, f); sampleLoopStart = SWAP32(sampleLoopStart);
838		− fread(&sampleLoopLength, 4, 1, f); sampleLoopLength = SWAP32(sampleLoopLength);
839		− fseek(f, 4, SEEK_CUR);
840		− fread(&sampleRate, 2, 1, f); sampleRate = SWAP16(sampleRate);
841		− fseek(f, 1, SEEK_CUR);
842		−
843		− if (fgetc(f) != 0) // sample type
844		− {
845		− okBoxThreadSafe(0, "System message", "Error loading sample: The sample is not supported!");
846		− goto iffLoadError;
847		− }
848		−
849		− fread(&sampleVol, 4, 1, f); sampleVol = SWAP32(sampleVol);
850		− if (sampleVol > 65535)
851		− sampleVol = 65535;
852		−
853		− sampleVol = (int32_t)((sampleVol / 1024.0) + 0.5);
854		− if (sampleVol > 64)
855		− sampleVol = 64;
856		−
857		− sampleLength = bodyLen;
858		− if (sampleLength > MAX_SAMPLE_LEN)
859		− sampleLength = MAX_SAMPLE_LEN;
860		−
861		− if (sampleLoopStart >= MAX_SAMPLE_LEN \|\| sampleLoopLength > MAX_SAMPLE_LEN)
862		− {
863		− sampleLoopStart = 0;
864		− sampleLoopLength = 0;
865		− }
866		−
867		− if (sampleLoopStart+sampleLoopLength > sampleLength)
868		− {
869		− sampleLoopStart = 0;
870		− sampleLoopLength = 0;
871		− }
872		−
873		− if (sampleLoopStart > sampleLength-2)
874		− {
875		− sampleLoopStart = 0;
876		− sampleLoopLength = 0;
877		− }
878		−
879		− tmpSmp.pan = 128;
880		− tmpSmp.vol = 64;
881		−
882		− tmpSmp.origPek = (int8_t *)malloc(sampleLength + LOOP_FIX_LEN);
883		− if (tmpSmp.origPek == NULL)
884		− {
885		− okBoxThreadSafe(0, "System message", "Not enough memory!");
886		− goto iffLoadError;
887		− }
888		−
889		− tmpSmp.pek = tmpSmp.origPek + SMP_DAT_OFFSET;
890		−
891		− fseek(f, bodyPtr, SEEK_SET);
892		− if (fread(tmpSmp.pek, sampleLength, 1, f) != 1)
893		− {
894		− okBoxThreadSafe(0, "System message", "General I/O error during loading! Is the file in use?");
895		− goto iffLoadError;
896		− }
897		−
898		− // set sample attributes
899		− tmpSmp.len = sampleLength;
900		−
901		− if (sampleLoopLength > 2)
902		− {
903		− tmpSmp.repS = sampleLoopStart;
904		− tmpSmp.repL = sampleLoopLength;
905		− tmpSmp.typ \|= 1;
906		− }
907		−
908		− if (is16Bit)
909		− {
910		− tmpSmp.len &= 0xFFFFFFFE;
911		− tmpSmp.repS &= 0xFFFFFFFE;
912		− tmpSmp.repL &= 0xFFFFFFFE;
913		− tmpSmp.typ \|= 16;
914		− }
915		−
916		− tmpSmp.vol = (uint8_t)sampleVol;
917		− tmpSmp.pan = 128;
918		−
919		− tuneSample(&tmpSmp, sampleRate, audio.linearPeriodsFlag);
920		−
921		− // set name
922		− if (namePtr != 0 && nameLen > 0)
923		− {
924		− fseek(f, namePtr, SEEK_SET);
925		− if (nameLen > 21)
926		− {
927		− tmpSmp.name[21] = '\0';
928		− fread(tmpSmp.name, 1, 21, f);
929		− }
930		− else
931		− {
932		− memset(tmpSmp.name, 0, 22);
933		− fread(tmpSmp.name, 1, nameLen, f);
934		− }
935		− }
936		− else
937		− {
938		− // set sample name from filename if we didn't load name from .wav
939		− char *tmpFilename = unicharToCp437(filename, true);
940		− if (tmpFilename != NULL)
941		− {
942		− j = (int32_t)strlen(tmpFilename);
943		− while (j--)
944		− {
945		− if (tmpFilename[j] == DIR_DELIMITER)
946		− break;
947		− }
948		−
949		− char *tmpPtr = tmpFilename;
950		− if (j > 0)
951		− tmpPtr += j + 1;
952		−
953		− sanitizeFilename(tmpPtr);
954		−
955		− uint32_t filenameLen = (uint32_t)strlen(tmpPtr);
956		− for (i = 0; i < 22; i++)
957		− {
958		− if (i < filenameLen)
959		− tmpSmp.name[i] = tmpPtr[i];
960		− else
961		− tmpSmp.name[i] = '\0';
962		− }
963		−
964		− free(tmpFilename);
965		− }
966		− }
967		−
968		− fclose(f);
969		−
970		− lockMixerCallback();
971		− if (loadAsInstrFlag) // if loaded in instrument mode
972		− {
973		− freeInstr(editor.curInstr);
974		− memset(song.instrName[editor.curInstr], 0, 23);
975		− }
976		−
977		− if (instr[editor.curInstr] == NULL)
978		− allocateInstr(editor.curInstr);
979		−
980		− if (instr[editor.curInstr] != NULL)
981		− {
982		− sampleTyp *s = &instr[editor.curInstr]->samp[sampleSlot];
983		−
984		− freeSample(editor.curInstr, sampleSlot);
985		− memcpy(s, &tmpSmp, sizeof (sampleTyp));
986		− fixSample(s);
987		− }
988		− else
989		− {
990		− okBoxThreadSafe(0, "System message", "Not enough memory!");
991		− goto iffLoadError;
992		− }
993		− unlockMixerCallback();
994		−
995		− fixSampleName(editor.curInstr);
996		− setSongModifiedFlag();
997		− stereoSampleLoadMode = -1;
998		−
999		− // also sets mouse busy to false when done
1000		− editor.updateCurSmp = true;
1001		−
1002		− return true;
1003		−
1004		−iffLoadError:
1005		− if (f != NULL) fclose(f);
1006		− if (tmpSmp.origPek != NULL) free(tmpSmp.origPek);
1007		−
1008		− stereoSampleLoadMode = -1;
1009		− sampleIsLoading = false;
1010		−
1011		− return false;
1012		−
1013		− (void)ptr;
1014		−}
1015		−
1016		−static int32_t SDLCALL loadRawSample(void *ptr)
1017		−{
1018		− int32_t j;
1019		− uint32_t i;
1020		− sampleTyp tmpSmp;
1021		−
1022		− // this is important for the "goto" on load error
1023		− FILE *f = NULL;
1024		− memset(&tmpSmp, 0, sizeof (tmpSmp));
1025		−
1026		− if (editor.tmpFilenameU == NULL)
1027		− {
1028		− okBoxThreadSafe(0, "System message", "General I/O error during loading! Is the file in use?");
1029		− goto rawLoadError;
1030		− }
1031		−
1032		− UNICHAR *filename = editor.tmpFilenameU;
1033		−
1034		− f = UNICHAR_FOPEN(filename, "rb");
1035		− if (f == NULL)
1036		− {
1037		− okBoxThreadSafe(0, "System message", "General I/O error during loading! Is the file in use?");
1038		− goto rawLoadError;
1039		− }
1040		−
1041		− fseek(f, 0, SEEK_END);
1042		− uint32_t filesize = ftell(f);
1043		− rewind(f);
1044		−
1045		− if (filesize > MAX_SAMPLE_LEN)
1046		− filesize = MAX_SAMPLE_LEN;
1047		−
1048		− if (filesize == 0)
1049		− {
1050		− okBoxThreadSafe(0, "System message", "Error loading sample: The sample is not supported or is invalid!");
1051		− goto rawLoadError;
1052		− }
1053		−
1054		− tmpSmp.pan = 128;
1055		− tmpSmp.vol = 64;
1056		−
1057		− tmpSmp.origPek = (int8_t *)malloc(filesize + LOOP_FIX_LEN);
1058		− if (tmpSmp.origPek == NULL)
1059		− {
1060		− okBoxThreadSafe(0, "System message", "Not enough memory!");
1061		− goto rawLoadError;
1062		− }
1063		−
1064		− tmpSmp.pek = tmpSmp.origPek + SMP_DAT_OFFSET;
1065		−
1066		− if (fread(tmpSmp.pek, filesize, 1, f) != 1)
1067		− {
1068		− okBoxThreadSafe(0, "System message", "General I/O error during loading! Is the file in use?");
1069		− goto rawLoadError;
1070		− }
1071		−
1072		− fclose(f);
1073		−
1074		− char *tmpFilename = unicharToCp437(filename, true);
1075		− if (tmpFilename != NULL)
1076		− {
1077		− j = (int32_t)strlen(tmpFilename);
1078		− while (j--)
1079		− {
1080		− if (tmpFilename[j] == DIR_DELIMITER)
1081		− break;
1082		− }
1083		−
1084		− char *tmpPtr = tmpFilename;
1085		− if (j > 0)
1086		− tmpPtr += j + 1;
1087		−
1088		− sanitizeFilename(tmpPtr);
1089		−
1090		− uint32_t filenameLen = (uint32_t)strlen(tmpPtr);
1091		− for (i = 0; i < 22; i++)
1092		− {
1093		− if (i < filenameLen)
1094		− tmpSmp.name[i] = tmpPtr[i];
1095		− else
1096		− tmpSmp.name[i] = '\0';
1097		− }
1098		−
1099		− free(tmpFilename);
1100		− }
1101		−
1102		− tmpSmp.len = filesize;
1103		− tmpSmp.vol = 64;
1104		− tmpSmp.pan = 128;
1105		−
1106		− lockMixerCallback();
1107		− if (loadAsInstrFlag) // if loaded in instrument mode
1108		− {
1109		− freeInstr(editor.curInstr);
1110		− memset(song.instrName[editor.curInstr], 0, 23);
1111		− }
1112		−
1113		− if (instr[editor.curInstr] == NULL)
1114		− allocateInstr(editor.curInstr);
1115		−
1116		− if (instr[editor.curInstr] != NULL)
1117		− {
1118		− sampleTyp *s = &instr[editor.curInstr]->samp[sampleSlot];
1119		−
1120		− freeSample(editor.curInstr, sampleSlot);
1121		− memcpy(s, &tmpSmp, sizeof (sampleTyp));
1122		− fixSample(s);
1123		− }
1124		− else
1125		− {
1126		− okBoxThreadSafe(0, "System message", "Not enough memory!");
1127		− goto rawLoadError;
1128		− }
1129		− unlockMixerCallback();
1130		−
1131		− fixSampleName(editor.curInstr);
1132		− setSongModifiedFlag();
1133		− stereoSampleLoadMode = -1;
1134		−
1135		− // also sets mouse busy to false when done
1136		− editor.updateCurSmp = true;
1137		−
1138		− return true;
1139		−
1140		−rawLoadError:
1141		− if (f != NULL) fclose(f);
1142		− if (tmpSmp.origPek != NULL) free(tmpSmp.origPek);
1143		−
1144		− stereoSampleLoadMode = -1;
1145		− sampleIsLoading = false;
1146		−
1147		− return false;
1148		−
1149		− (void)ptr;
1150		−}
1151		−
1152		−static int32_t SDLCALL loadWAVSample(void *ptr)
1153		−{
1154		− char chr, tmpFilename, tmpPtr;
1155		− int8_t *newPtr;
1156		− uint8_t *audioDataU8;
1157		− int16_t audioDataS16, audioDataS16_2, *ptr16;
1158		− uint16_t audioFormat, numChannels, bitsPerSample, tempPan, tempVol;
1159		− int32_t j, *audioDataS32, smp32;
1160		− uint32_t filenameLen, i, sampleRate, chunkID, chunkSize, sampleLength, filesize;
1161		− uint32_t numLoops, loopType, loopStart, loopEnd, bytesRead, endOfChunk, dataPtr, dataLen, fmtPtr;
1162		− uint32_t fmtLen, inamPtr, inamLen, smplPtr, smplLen, xtraPtr, xtraLen, xtraFlags, len32;
1163		− int64_t smp64;
1164		− float *fAudioDataFloat;
1165		− double *dAudioDataDouble;
1166		− sampleTyp tmpSmp, *s;
1167		−
1168		− // this is important for the "goto" on load error
1169		− FILE *f = NULL;
1170		− memset(&tmpSmp, 0, sizeof (tmpSmp));
1171		−
1172		− // zero out chunk pointers and lengths
1173		− fmtPtr = 0; fmtLen = 0;
1174		− dataPtr = 0; dataLen = 0;
1175		− inamPtr = 0; inamLen = 0;
1176		− xtraPtr = 0; xtraLen = 0;
1177		− smplPtr = 0; smplLen = 0;
1178		−
1179		− if (editor.tmpFilenameU == NULL)
1180		− {
1181		− okBoxThreadSafe(0, "System message", "General I/O error during loading! Is the file in use?");
1182		− goto wavLoadError;
1183		− }
1184		−
1185		− UNICHAR *filename = editor.tmpFilenameU;
1186		−
1187		− f = UNICHAR_FOPEN(filename, "rb");
1188		− if (f == NULL)
1189		− {
1190		− okBoxThreadSafe(0, "System message", "General I/O error during loading! Is the file in use?");
1191		− goto wavLoadError;
1192		− }
1193		−
1194		− // get and check filesize
1195		− fseek(f, 0, SEEK_END);
1196		− filesize = ftell(f);
1197		− if (filesize < 12)
1198		− {
1199		− okBoxThreadSafe(0, "System message", "Error loading sample: The sample is not supported or is invalid!");
1200		− goto wavLoadError;
1201		− }
1202		−
1203		− // look for wanted chunks and set up pointers + lengths
1204		− fseek(f, 12, SEEK_SET);
1205		−
1206		− bytesRead = 0;
1207		− while (!feof(f) && bytesRead < filesize-12)
1208		− {
1209		− fread(&chunkID, 4, 1, f); if (feof(f)) break;
1210		− fread(&chunkSize, 4, 1, f); if (feof(f)) break;
1211		−
1212		− endOfChunk = (ftell(f) + chunkSize) + (chunkSize & 1);
1213		− switch (chunkID)
1214		− {
1215		− case 0x20746D66: // "fmt "
1216		− {
1217		− fmtPtr = ftell(f);
1218		− fmtLen = chunkSize;
1219		− }
1220		− break;
1221		−
1222		− case 0x61746164: // "data"
1223		− {
1224		− dataPtr = ftell(f);
1225		− dataLen = chunkSize;
1226		− }
1227		− break;
1228		−
1229		− case 0x5453494C: // "LIST"
1230		− {
1231		− if (chunkSize >= 4)
1232		− {
1233		− fread(&chunkID, 4, 1, f);
1234		− if (chunkID == 0x4F464E49) // "INFO"
1235		− {
1236		− bytesRead = 0;
1237		− while (!feof(f) && bytesRead < chunkSize)
1238		− {
1239		− fread(&chunkID, 4, 1, f);
1240		− fread(&chunkSize, 4, 1, f);
1241		−
1242		− switch (chunkID)
1243		− {
1244		− case 0x4D414E49: // "INAM"
1245		− {
1246		− inamPtr = ftell(f);
1247		− inamLen = chunkSize;
1248		− }
1249		− break;
1250		−
1251		− default: break;
1252		− }
1253		−
1254		− bytesRead += (chunkSize + (chunkSize & 1));
1255		− }
1256		− }
1257		− }
1258		− }
1259		− break;
1260		−
1261		− case 0x61727478: // "xtra"
1262		− {
1263		− xtraPtr = ftell(f);
1264		− xtraLen = chunkSize;
1265		− }
1266		− break;
1267		−
1268		− case 0x6C706D73: // "smpl"
1269		− {
1270		− smplPtr = ftell(f);
1271		− smplLen = chunkSize;
1272		− }
1273		− break;
1274		−
1275		− default: break;
1276		− }
1277		−
1278		− bytesRead += (chunkSize + (chunkSize & 1));
1279		− fseek(f, endOfChunk, SEEK_SET);
1280		− }
1281		−
1282		− // we need at least "fmt " and "data" - check if we found them sanely
1283		− if ((fmtPtr == 0 \|\| fmtLen < 16) \|\| (dataPtr == 0 \|\| dataLen == 0))
1284		− {
1285		− okBoxThreadSafe(0, "System message", "Error loading sample: The sample is not supported or is invalid!");
1286		− goto wavLoadError;
1287		− }
1288		−
1289		− // ---- READ "fmt " CHUNK ----
1290		− fseek(f, fmtPtr, SEEK_SET);
1291		− fread(&audioFormat, 2, 1, f);
1292		− fread(&numChannels, 2, 1, f);
1293		− fread(&sampleRate, 4, 1, f);
1294		− fseek(f, 6, SEEK_CUR); // unneeded
1295		− fread(&bitsPerSample, 2, 1, f);
1296		− sampleLength = dataLen;
1297		− // ---------------------------
1298		−
1299		− // test if the WAV is compatible with our loader
1300		−
1301		− if (sampleRate == 0 \|\| sampleLength == 0 \|\| sampleLength >= filesize)
1302		− {
1303		− okBoxThreadSafe(0, "System message", "Error loading sample: The sample is not supported or is invalid!");
1304		− goto wavLoadError;
1305		− }
1306		−
1307		− if (audioFormat != WAV_FORMAT_PCM && audioFormat != WAV_FORMAT_IEEE_FLOAT)
1308		− {
1309		− okBoxThreadSafe(0, "System message", "Error loading sample: The sample is not supported!");
1310		− goto wavLoadError;
1311		− }
1312		−
1313		− if (numChannels == 0 \|\| numChannels > 2)
1314		− {
1315		− okBoxThreadSafe(0, "System message", "Error loading sample: Unsupported number of channels!");
1316		− goto wavLoadError;
1317		− }
1318		−
1319		− if (audioFormat == WAV_FORMAT_IEEE_FLOAT && bitsPerSample != 32 && bitsPerSample != 64)
1320		− {
1321		− okBoxThreadSafe(0, "System message", "Error loading sample: Unsupported bitdepth!");
1322		− goto wavLoadError;
1323		− }
1324		−
1325		− if (bitsPerSample != 8 && bitsPerSample != 16 && bitsPerSample != 24 && bitsPerSample != 32 && bitsPerSample != 64)
1326		− {
1327		− okBoxThreadSafe(0, "System message", "Error loading sample: Unsupported bitdepth!");
1328		− goto wavLoadError;
1329		− }
1330		−
1331		− // ---- READ SAMPLE DATA ----
1332		− fseek(f, dataPtr, SEEK_SET);
1333		−
1334		− s = &instr[editor.curInstr]->samp[editor.curSmp];
1335		− tmpSmp.pan = 128;
1336		− tmpSmp.vol = 64;
1337		−
1338		− if (sampleLength > MAX_SAMPLE_LEN)
1339		− sampleLength = MAX_SAMPLE_LEN;
1340		−
1341		− if (bitsPerSample == 8) // 8-BIT INTEGER SAMPLE
1342		− {
1343		− tmpSmp.origPek = (int8_t *)malloc(sampleLength + LOOP_FIX_LEN);
1344		− if (tmpSmp.origPek == NULL)
1345		− {
1346		− okBoxThreadSafe(0, "System message", "Not enough memory!");
1347		− goto wavLoadError;
1348		− }
1349		−
1350		− tmpSmp.pek = tmpSmp.origPek + SMP_DAT_OFFSET;
1351		−
1352		− if (fread(tmpSmp.pek, sampleLength, 1, f) != 1)
1353		− {
1354		− okBoxThreadSafe(0, "System message", "General I/O error during loading! Is the file in use?");
1355		− goto wavLoadError;
1356		− }
1357		−
1358		− audioDataU8 = (uint8_t *)tmpSmp.pek;
1359		−
1360		− // stereo conversion
1361		− if (numChannels == 2)
1362		− {
1363		− sampleLength /= 2;
1364		− switch (stereoSampleLoadMode)
1365		− {
1366		− case STEREO_SAMPLE_READ_LEFT:
1367		− {
1368		− // remove right channel data
1369		− for (i = 1; i < sampleLength; i++)
1370		− audioDataU8[i] = audioDataU8[(i * 2) + 0];
1371		− }
1372		− break;
1373		−
1374		− case STEREO_SAMPLE_READ_RIGHT:
1375		− {
1376		− // remove left channel data
1377		− len32 = sampleLength - 1;
1378		− for (i = 0; i < len32; i++)
1379		− audioDataU8[i] = audioDataU8[(i * 2) + 1];
1380		−
1381		− audioDataU8[i] = 128;
1382		− }
1383		− break;
1384		−
1385		− default:
1386		− case STEREO_SAMPLE_CONVERT:
1387		− {
1388		− // mix stereo to mono
1389		− len32 = sampleLength - 1;
1390		− for (i = 0; i < len32; i++)
1391		− audioDataU8[i] = (audioDataU8[(i * 2) + 0] + audioDataU8[(i * 2) + 1]) >> 1;
1392		−
1393		− audioDataU8[i] = 128;
1394		− }
1395		− break;
1396		− }
1397		− }
1398		−
1399		− // convert from unsigned to signed
1400		− for (i = 0; i < sampleLength; i++)
1401		− tmpSmp.pek[i] ^= 0x80;
1402		−
1403		− tmpSmp.typ &= ~16; // 8-bit
1404		− }
1405		− else if (bitsPerSample == 16) // 16-BIT INTEGER SAMPLE
1406		− {
1407		− sampleLength /= 2;
1408		−
1409		− tmpSmp.origPek = (int8_t )malloc((sampleLength 2) + LOOP_FIX_LEN);
1410		− if (tmpSmp.origPek == NULL)
1411		− {
1412		− okBoxThreadSafe(0, "System message", "Not enough memory!");
1413		− goto wavLoadError;
1414		− }
1415		−
1416		− tmpSmp.pek = tmpSmp.origPek + SMP_DAT_OFFSET;
1417		−
1418		− if (fread(tmpSmp.pek, sampleLength, 2, f) != 2)
1419		− {
1420		− okBoxThreadSafe(0, "System message", "General I/O error during loading! Is the file in use?");
1421		− goto wavLoadError;
1422		− }
1423		−
1424		− audioDataS16 = (int16_t *)tmpSmp.pek;
1425		−
1426		− // stereo conversion
1427		− if (numChannels == 2)
1428		− {
1429		− sampleLength /= 2;
1430		−
1431		− switch (stereoSampleLoadMode)
1432		− {
1433		− case STEREO_SAMPLE_READ_LEFT:
1434		− {
1435		− // remove right channel data
1436		− for (i = 1; i < sampleLength; i++)
1437		− audioDataS16[i] = audioDataS16[(i * 2) + 0];
1438		− }
1439		− break;
1440		−
1441		− case STEREO_SAMPLE_READ_RIGHT:
1442		− {
1443		− // remove left channel data
1444		− len32 = sampleLength - 1;
1445		− for (i = 0; i < len32; i++)
1446		− audioDataS16[i] = audioDataS16[(i * 2) + 1];
1447		−
1448		− audioDataS16[i] = 0;
1449		− }
1450		− break;
1451		−
1452		− default:
1453		− case STEREO_SAMPLE_CONVERT:
1454		− {
1455		− // mix stereo to mono
1456		− len32 = sampleLength - 1;
1457		− for (i = 0; i < len32; i++)
1458		− {
1459		− smp32 = audioDataS16[(i * 2) + 0] + audioDataS16[(i * 2) + 1];
1460		− audioDataS16[i] = (int16_t)(smp32 >> 1);
1461		− }
1462		−
1463		− audioDataS16[i] = 0;
1464		− }
1465		− break;
1466		− }
1467		− }
1468		−
1469		− sampleLength *= 2;
1470		− tmpSmp.typ \|= 16; // 16-bit
1471		− }
1472		− else if (bitsPerSample == 24) // 24-BIT INTEGER SAMPLE
1473		− {
1474		− sampleLength /= 3;
1475		−
1476		− tmpSmp.origPek = (int8_t )malloc(((sampleLength 4) * 2) + LOOP_FIX_LEN);
1477		− if (tmpSmp.origPek == NULL)
1478		− {
1479		− okBoxThreadSafe(0, "System message", "Not enough memory!");
1480		− goto wavLoadError;
1481		− }
1482		−
1483		− tmpSmp.pek = tmpSmp.origPek + SMP_DAT_OFFSET;
1484		−
1485		− if (fread(&tmpSmp.pek[sampleLength], sampleLength, 3, f) != 3)
1486		− {
1487		− okBoxThreadSafe(0, "System message", "General I/O error during loading! Is the file in use?");
1488		− goto wavLoadError;
1489		− }
1490		−
1491		− audioDataS32 = (int32_t *)tmpSmp.pek;
1492		−
1493		− // convert to 32-bit
1494		− audioDataU8 = (uint8_t *)tmpSmp.pek + sampleLength;
1495		− for (i = 0; i < sampleLength; i++)
1496		− {
1497		− audioDataS32[i] = (audioDataU8[2] << 24) \| (audioDataU8[1] << 16) \| (audioDataU8[0] << 8);
1498		− audioDataU8 += 3;
1499		− }
1500		−
1501		− // stereo conversion
1502		− if (numChannels == 2)
1503		− {
1504		− sampleLength /= 2;
1505		− switch (stereoSampleLoadMode)
1506		− {
1507		− case STEREO_SAMPLE_READ_LEFT:
1508		− {
1509		− // remove right channel data
1510		− for (i = 1; i < sampleLength; i++)
1511		− audioDataS32[i] = audioDataS32[(i * 2) + 0];
1512		− }
1513		− break;
1514		−
1515		− case STEREO_SAMPLE_READ_RIGHT:
1516		− {
1517		− // remove left channel data
1518		− len32 = sampleLength - 1;
1519		− for (i = 0; i < len32; i++)
1520		− audioDataS32[i] = audioDataS32[(i * 2) + 1];
1521		−
1522		− audioDataS32[i] = 0;
1523		− }
1524		− break;
1525		−
1526		− default:
1527		− case STEREO_SAMPLE_CONVERT:
1528		− {
1529		− // mix stereo to mono
1530		− len32 = sampleLength - 1;
1531		− for (i = 0; i < len32; i++)
1532		− {
1533		− smp64 = audioDataS32[(i * 2) + 0];
1534		− smp64 += audioDataS32[(i * 2) + 1];
1535		− smp64 >>= 1;
1536		−
1537		− audioDataS32[i] = (int32_t)smp64;
1538		− }
1539		−
1540		− audioDataS32[i] = 0;
1541		− }
1542		− break;
1543		− }
1544		− }
1545		−
1546		− normalize32bitSigned(audioDataS32, sampleLength);
1547		−
1548		− // downscale to 16-bit (ultra fast method!)
1549		−
1550		− audioDataS16 = (int16_t *)tmpSmp.pek;
1551		− audioDataS16_2 = (int16_t *)tmpSmp.pek + 1;
1552		−
1553		− for (i = 0; i < sampleLength; i++)
1554		− {
1555		− audioDataS16[i] = audioDataS16_2[i];
1556		− audioDataS16_2++;
1557		− }
1558		−
1559		− sampleLength *= 2;
1560		− tmpSmp.typ \|= 16; // 16-bit
1561		− }
1562		− else if (audioFormat == WAV_FORMAT_PCM && bitsPerSample == 32) // 32-BIT INTEGER SAMPLE
1563		− {
1564		− sampleLength /= 4;
1565		−
1566		− tmpSmp.origPek = (int8_t )malloc((sampleLength 4) + LOOP_FIX_LEN);
1567		− if (tmpSmp.origPek == NULL)
1568		− {
1569		− okBoxThreadSafe(0, "System message", "Not enough memory!");
1570		− goto wavLoadError;
1571		− }
1572		−
1573		− tmpSmp.pek = tmpSmp.origPek + SMP_DAT_OFFSET;
1574		−
1575		− if (fread(tmpSmp.pek, sampleLength, 4, f) != 4)
1576		− {
1577		− okBoxThreadSafe(0, "System message", "General I/O error during loading! Is the file in use?");
1578		− goto wavLoadError;
1579		− }
1580		−
1581		− audioDataS32 = (int32_t *)tmpSmp.pek;
1582		−
1583		− // stereo conversion
1584		− if (numChannels == 2)
1585		− {
1586		− sampleLength /= 2;
1587		− switch (stereoSampleLoadMode)
1588		− {
1589		− case STEREO_SAMPLE_READ_LEFT:
1590		− {
1591		− // remove right channel data
1592		− for (i = 1; i < sampleLength; i++)
1593		− audioDataS32[i] = audioDataS32[(i * 2) + 0];
1594		− }
1595		− break;
1596		−
1597		− case STEREO_SAMPLE_READ_RIGHT:
1598		− {
1599		− // remove left channel data
1600		− len32 = sampleLength - 1;
1601		− for (i = 0; i < len32; i++)
1602		− audioDataS32[i] = audioDataS32[(i * 2) + 1];
1603		−
1604		− audioDataS32[i] = 0;
1605		− }
1606		− break;
1607		−
1608		− default:
1609		− case STEREO_SAMPLE_CONVERT:
1610		− {
1611		− // mix stereo to mono
1612		− len32 = sampleLength - 1;
1613		− for (i = 0; i < len32; i++)
1614		− {
1615		− smp64 = audioDataS32[(i * 2) + 0];
1616		− smp64 += audioDataS32[(i * 2) + 1];
1617		− smp64 >>= 1;
1618		−
1619		− audioDataS32[i] = (int32_t)smp64;
1620		− }
1621		−
1622		− audioDataS32[i] = 0;
1623		− }
1624		− break;
1625		− }
1626		− }
1627		−
1628		− normalize32bitSigned(audioDataS32, sampleLength);
1629		−
1630		− // downscale to 16-bit (ultra fast method!)
1631		−
1632		− audioDataS16 = (int16_t *)tmpSmp.pek;
1633		− audioDataS16_2 = (int16_t *)tmpSmp.pek + 1;
1634		−
1635		− for (i = 0; i < sampleLength; i++)
1636		− {
1637		− audioDataS16[i] = audioDataS16_2[i];
1638		− audioDataS16_2++;
1639		− }
1640		−
1641		− sampleLength *= 2;
1642		− tmpSmp.typ \|= 16; // 16-bit
1643		− }
1644		− else if (audioFormat == WAV_FORMAT_IEEE_FLOAT && bitsPerSample == 32) // 32-BIT FLOATING POINT SAMPLE
1645		− {
1646		− sampleLength /= 4;
	26	+ FORMAT_UNKNOWN = 0,
	27	+ FORMAT_IFF = 1,
	28	+ FORMAT_WAV = 2,
	29	+ FORMAT_AIFF = 3
	30	+};
1647	31
1648		− tmpSmp.origPek = (int8_t )malloc((sampleLength 4) + LOOP_FIX_LEN);
1649		− if (tmpSmp.origPek == NULL)
1650		− {
1651		− okBoxThreadSafe(0, "System message", "Not enough memory!");
1652		− goto wavLoadError;
1653		− }
	32	+// file extensions accepted by Disk Op. in sample mode
	33	+char *supportedSmpExtensions[] =
	34	+{
	35	+ "iff", "raw", "wav", "snd", "smp", "sam", "aif", "pat", "aiff",
1654	36
1655		− tmpSmp.pek = tmpSmp.origPek + SMP_DAT_OFFSET;
	37	+ "END_OF_LIST" // do NOT move, remove or edit this line!
	38	+};
1656	39
1657		− if (fread(tmpSmp.pek, sampleLength, 4, f) != 4)
1658		− {
1659		− okBoxThreadSafe(0, "System message", "General I/O error during loading! Is the file in use?");
1660		− goto wavLoadError;
1661		− }
	40	+// globals for sample loaders
	41	+bool loadAsInstrFlag, smpFilenameSet;
	42	+char *smpFilename;
	43	+uint8_t sampleSlot;
	44	+sampleTyp tmpSmp;
	45	+// --------------------------
1662	46
1663		− fAudioDataFloat = (float *)tmpSmp.pek;
	47	+static volatile bool sampleIsLoading;
	48	+static SDL_Thread *thread;
1664	49
1665		− // stereo conversion
1666		− if (numChannels == 2)
1667		− {
1668		− sampleLength /= 2;
1669		− switch (stereoSampleLoadMode)
1670		− {
1671		− case STEREO_SAMPLE_READ_LEFT:
1672		− {
1673		− // remove right channel data
1674		− for (i = 1; i < sampleLength; i++)
1675		− fAudioDataFloat[i] = fAudioDataFloat[(i * 2) + 0];
1676		− }
1677		− break;
	50	+static void freeTmpSample(sampleTyp *s);
1678	51
1679		− case STEREO_SAMPLE_READ_RIGHT:
1680		− {
1681		− // remove left channel data
1682		− len32 = sampleLength - 1;
1683		− for (i = 0; i < len32; i++)
1684		− fAudioDataFloat[i] = fAudioDataFloat[(i * 2) + 1];
	52	+// Crude sample detection routine. These aren't always accurate detections!
	53	+static int8_t detectSample(FILE *f)
	54	+{
	55	+ uint8_t D[256];
1685	56
1686		− fAudioDataFloat[i] = 0.0f;
1687		− }
1688		− break;
	57	+ uint32_t oldPos = ftell(f);
	58	+ rewind(f);
	59	+ memset(D, 0, sizeof (D));
	60	+ fread(D, 1, sizeof (D), f);
	61	+ fseek(f, oldPos, SEEK_SET);
1689	62
1690		− default:
1691		− case STEREO_SAMPLE_CONVERT:
1692		− {
1693		− // mix stereo to mono
1694		− len32 = sampleLength - 1;
1695		− for (i = 0; i < len32; i++)
1696		− fAudioDataFloat[i] = (fAudioDataFloat[(i * 2) + 0] + fAudioDataFloat[(i * 2) + 1]) * 0.5f;
	63	+ if (!memcmp("FORM", &D[0], 4) && (!memcmp("8SVX", &D[8], 4) \|\| !memcmp("16SV", &D[8], 4)))
	64	+ return FORMAT_IFF;
1697	65
1698		− fAudioDataFloat[i] = 0.0f;
1699		− }
1700		− break;
1701		− }
1702		− }
	66	+ if (!memcmp("RIFF", &D[0], 4) && !memcmp("WAVE", &D[8], 4))
	67	+ return FORMAT_WAV;
1703	68
1704		− normalize16bitFloatSigned(fAudioDataFloat, sampleLength);
	69	+ if (!memcmp("FORM", &D[0], 4) && (!memcmp("AIFF", &D[8], 4) \|\| !memcmp("AIFC", &D[8], 4)))
	70	+ return FORMAT_AIFF;
1705	71
1706		− ptr16 = (int16_t *)tmpSmp.pek;
1707		− for (i = 0; i < sampleLength; i++)
1708		− ptr16[i] = (int16_t)fAudioDataFloat[i]; // should use SIMD if available
	72	+ return FORMAT_UNKNOWN;
	73	+}
1709	74
1710		− sampleLength *= 2;
1711		− tmpSmp.typ \|= 16; // 16-bit
1712		− }
1713		− else if (audioFormat == WAV_FORMAT_IEEE_FLOAT && bitsPerSample == 64) // 64-BIT FLOATING POINT SAMPLE
	75	+static int32_t SDLCALL loadSampleThread(void *ptr)
	76	+{
	77	+ if (editor.tmpFilenameU == NULL)
1714	78	{
1715		− sampleLength /= 8;
1716		−
1717		− tmpSmp.origPek = (int8_t )malloc((sampleLength 8) + LOOP_FIX_LEN);
1718		− if (tmpSmp.origPek == NULL)
1719		− {
1720		− okBoxThreadSafe(0, "System message", "Not enough memory!");
1721		− goto wavLoadError;
1722		− }
1723		−
1724		− tmpSmp.pek = tmpSmp.origPek + SMP_DAT_OFFSET;
1725		−
1726		− if (fread(tmpSmp.pek, sampleLength, 8, f) != 8)
1727		− {
1728		− okBoxThreadSafe(0, "System message", "General I/O error during loading! Is the file in use?");
1729		− goto wavLoadError;
1730		− }
1731		−
1732		− dAudioDataDouble = (double *)tmpSmp.pek;
1733		−
1734		− // stereo conversion
1735		− if (numChannels == 2)
1736		− {
1737		− sampleLength /= 2;
1738		− switch (stereoSampleLoadMode)
1739		− {
1740		− case STEREO_SAMPLE_READ_LEFT:
1741		− {
1742		− // remove right channel data
1743		− for (i = 1; i < sampleLength; i++)
1744		− dAudioDataDouble[i] = dAudioDataDouble[(i * 2) + 0];
1745		− }
1746		− break;
1747		−
1748		− case STEREO_SAMPLE_READ_RIGHT:
1749		− {
1750		− // remove left channel data
1751		− len32 = sampleLength - 1;
1752		− for (i = 0; i < len32; i++)
1753		− dAudioDataDouble[i] = dAudioDataDouble[(i * 2) + 1];
1754		−
1755		− dAudioDataDouble[i] = 0.0;
1756		− }
1757		− break;
1758		−
1759		− default:
1760		− case STEREO_SAMPLE_CONVERT:
1761		− {
1762		− // mix stereo to mono
1763		− len32 = sampleLength - 1;
1764		− for (i = 0; i < len32; i++)
1765		− dAudioDataDouble[i] = (dAudioDataDouble[(i * 2) + 0] + dAudioDataDouble[(i * 2) + 1]) * 0.5;
1766		−
1767		− dAudioDataDouble[i] = 0.0;
1768		− }
1769		− break;
1770		− }
1771		− }
1772		−
1773		− normalize64bitDoubleSigned(dAudioDataDouble, sampleLength);
1774		−
1775		− ptr16 = (int16_t *)tmpSmp.pek;
1776		− for (i = 0; i < sampleLength; i++)
1777		− ptr16[i] = (int16_t)dAudioDataDouble[i]; // should use SIMD if available
1778		−
1779		− sampleLength *= 2;
1780		− tmpSmp.typ \|= 16; // 16-bit
	79	+ loaderMsgBox("General I/O error during loading!");
	80	+ return false;
1781	81	}
1782	82
1783		− // adjust memory needed
1784		− newPtr = (int8_t *)realloc(tmpSmp.origPek, sampleLength + LOOP_FIX_LEN);
1785		− if (newPtr != NULL)
	83	+ FILE *f = UNICHAR_FOPEN(editor.tmpFilenameU, "rb");
	84	+ if (f == NULL)
1786	85	{
1787		− tmpSmp.origPek = newPtr;
1788		− tmpSmp.pek = tmpSmp.origPek + SMP_DAT_OFFSET;
	86	+ loaderMsgBox("General I/O error during loading! Is the file in use?");
	87	+ return false;
1789	88	}
1790	89
1791		− tuneSample(&tmpSmp, sampleRate, audio.linearPeriodsFlag);
1792		−
1793		− tmpSmp.vol = 64;
1794		− tmpSmp.pan = 128;
1795		− tmpSmp.len = sampleLength;
	90	+ int8_t format = detectSample(f);
	91	+ fseek(f, 0, SEEK_END);
	92	+ uint32_t filesize = ftell(f);
1796	93
1797		− // ---- READ "smpl" chunk ----
1798		− if (smplPtr != 0 && smplLen > 52)
	94	+ if (filesize == 0)
1799	95	{
1800		− fseek(f, smplPtr + 28, SEEK_SET); // seek to first wanted byte
1801		−
1802		− fread(&numLoops, 4, 1, f);
1803		− if (numLoops == 1)
1804		− {
1805		− fseek(f, 4 + 4, SEEK_CUR); // skip "samplerData" and "identifier"
1806		−
1807		− fread(&loopType, 4, 1, f);
1808		− fread(&loopStart, 4, 1, f);
1809		− fread(&loopEnd, 4, 1, f);
1810		−
1811		− loopEnd++;
1812		−
1813		− if (tmpSmp.typ & 16)
1814		− {
1815		− loopStart *= 2;
1816		− loopEnd *= 2;
1817		− }
1818		−
1819		− if (loopEnd <= sampleLength)
1820		− {
1821		− tmpSmp.repS = loopStart;
1822		− tmpSmp.repL = loopEnd - loopStart;
1823		− tmpSmp.typ \|= ((loopType == 0) ? 1 : 2);
1824		− }
1825		− }
	96	+ fclose(f);
	97	+ loaderMsgBox("Error loading sample: The file is empty!");
	98	+ return false;
1826	99	}
1827		− // ---------------------------
1828		−
1829		− // ---- READ "xtra" chunk ----
1830		− if (xtraPtr != 0 && xtraLen >= 8)
1831		− {
1832		− fseek(f, xtraPtr, SEEK_SET);
1833		−
1834		− fread(&xtraFlags, 4, 1, f); // flags
1835	100
1836		− // panning (0..256)
1837		− if (xtraFlags & 0x20) // set panning flag
1838		− {
1839		− fread(&tempPan, 2, 1, f);
1840		− if (tempPan > 255)
1841		− tempPan = 255;
1842		−
1843		− tmpSmp.pan = (uint8_t)tempPan;
1844		− }
1845		− else
1846		− {
1847		− // don't read panning, skip it
1848		− fseek(f, 2, SEEK_CUR);
1849		− }
1850		−
1851		− // volume (0..256)
1852		− fread(&tempVol, 2, 1, f);
1853		− if (tempVol > 256)
1854		− tempVol = 256;
1855		−
1856		− tmpSmp.vol = (uint8_t)(tempVol / 4); // 0..256 -> 0..64
1857		− }
1858		− // ---------------------------
	101	+ bool sampleLoaded = false;
1859	102
1860		− // ---- READ "INAM" chunk ----
1861		− if (inamPtr != 0 && inamLen > 0)
	103	+ rewind(f);
	104	+ switch (format)
1862	105	{
1863		− fseek(f, inamPtr, SEEK_SET);
	106	+ case FORMAT_IFF: sampleLoaded = loadIFF(f, filesize); break;
	107	+ case FORMAT_WAV: sampleLoaded = loadWAV(f, filesize); break;
	108	+ case FORMAT_AIFF: sampleLoaded = loadAIFF(f, filesize); break;
	109	+ default: sampleLoaded = loadRAW(f, filesize); break;
	110	+ }
	111	+ fclose(f);
1864	112
1865		− memset(tmpSmp.name, 0, sizeof (tmpSmp.name));
1866		− for (i = 0; i < 22; i++)
1867		− {
1868		− if (i < inamLen)
1869		− {
1870		− chr = (char)fgetc(f);
1871		− if (chr == '\0')
1872		− break;
	113	+ if (!sampleLoaded)
	114	+ goto loadError;
1873	115
1874		− tmpSmp.name[i] = chr;
1875		− }
1876		− }
1877		− }
1878		− else
	116	+ // sample loaded successfully!
	117	+
	118	+ if (!smpFilenameSet) // if we didn't set a custom sample name in the loader, set it to its filename
1879	119	{
1880		− // set sample name from filename if we didn't load name from .wav
1881		− tmpFilename = unicharToCp437(filename, true);
	120	+ char *tmpFilename = unicharToCp437(editor.tmpFilenameU, true);
1882	121	if (tmpFilename != NULL)
1883	122	{
1884		− j = (int32_t)strlen(tmpFilename);
1885		− while (j--)
	123	+ int32_t i = (int32_t)strlen(tmpFilename);
	124	+ while (i--)
1886	125	{
1887		− if (tmpFilename[j] == DIR_DELIMITER)
	126	+ if (tmpFilename[i] == DIR_DELIMITER)
1888	127	break;
1889	128	}
1890	129
1891		− tmpPtr = tmpFilename;
1892		− if (j > 0)
1893		− tmpPtr += j + 1;
	130	+ char *tmpPtr = tmpFilename;
	131	+ if (i > 0)
	132	+ tmpPtr += i+1;
1894	133
1895	134	sanitizeFilename(tmpPtr);
1896	135
1897		− filenameLen = (uint32_t)strlen(tmpPtr);
	136	+ int32_t filenameLen = (int32_t)strlen(tmpPtr);
1898	137	for (i = 0; i < 22; i++)
1899	138	{
1900	139	if (i < filenameLen)
@@ -1907,7 +146,7 @@ static int32_t SDLCALL loadWAVSample(void *ptr) · 6 unmodified lines
1907	146	}
1908	147	}
1909	148
1910		− fclose(f);
	149	+ fixString(tmpSmp.name, 21); // remove leading spaces from sample filename
1911	150
1912	151	lockMixerCallback();
1913	152	if (loadAsInstrFlag) // if loaded in instrument mode
@@ -1919,172 +158,82 @@ static int32_t SDLCALL loadWAVSample(void *ptr) · 5 unmodified lines
1919	158	if (instr[editor.curInstr] == NULL)
1920	159	allocateInstr(editor.curInstr);
1921	160
1922		− if (instr[editor.curInstr] != NULL)
1923		− {
1924		− s = &instr[editor.curInstr]->samp[sampleSlot];
1925		−
1926		− freeSample(editor.curInstr, sampleSlot);
1927		− memcpy(s, &tmpSmp, sizeof (sampleTyp));
1928		− fixSample(s);
1929		− }
1930		− else
	161	+ if (instr[editor.curInstr] == NULL)
1931	162	{
1932		− okBoxThreadSafe(0, "System message", "Not enough memory!");
1933		− goto wavLoadError;
	163	+ loaderMsgBox("Not enough memory!");
	164	+ goto loadError;
1934	165	}
	166	+
	167	+ sampleTyp *s = &instr[editor.curInstr]->samp[sampleSlot];
	168	+
	169	+ freeSample(editor.curInstr, sampleSlot);
	170	+ memcpy(s, &tmpSmp, sizeof (sampleTyp));
	171	+ fixSample(s); // prepares sample for branchless resampling interpolation
	172	+ fixInstrAndSampleNames(editor.curInstr);
	173	+
1935	174	unlockMixerCallback();
1936	175
1937		− fixSampleName(editor.curInstr);
1938	176	setSongModifiedFlag();
1939		− stereoSampleLoadMode = -1;
1940	177
1941		− // also sets mouse busy to false when done
	178	+ // when caught in main/video thread, it disables busy mouse and sets sampleIsLoading to true
1942	179	editor.updateCurSmp = true;
1943	180
1944	181	return true;
1945	182
1946		−wavLoadError:
1947		− if (f != NULL) fclose(f);
1948		− if (tmpSmp.origPek != NULL) free(tmpSmp.origPek);
1949		−
1950		− stereoSampleLoadMode = -1;
	183	+loadError:
	184	+ setMouseBusy(false);
	185	+ freeTmpSample(&tmpSmp);
1951	186	sampleIsLoading = false;
1952		−
1953	187	return false;
1954	188
1955	189	(void)ptr;
1956	190	}
1957	191
1958		−bool loadSample(UNICHAR *filenameU, uint8_t smpNr, bool instrFlag)
	192	+static void freeTmpSample(sampleTyp *s)
1959	193	{
1960		− char tmpBuffer[16+1];
1961		−
1962		− if (sampleIsLoading)
1963		− return false;
1964		−
1965		− stereoSampleLoadMode = 0;
1966		−
1967		− sampleSlot = smpNr;
1968		− loadAsInstrFlag = instrFlag;
1969		−
1970		− if (editor.curInstr == 0)
1971		− {
1972		− okBox(0, "System message", "The zero-instrument cannot hold intrument data.");
1973		− return false;
1974		− }
1975		−
1976		− FILE *f = UNICHAR_FOPEN(filenameU, "rb");
1977		− if (f == NULL)
	194	+ if (s->origPek != NULL)
1978	195	{
1979		− okBox(0, "System message", "General I/O error during loading! Is the file in use?");
1980		− return false;
	196	+ free(s->origPek);
	197	+ s->origPek = NULL;
1981	198	}
1982	199
1983		− memset(tmpBuffer, 0, sizeof (tmpBuffer));
1984		− if (fread(tmpBuffer, sizeof (tmpBuffer) - 1, 1, f) == 1)
1985		− {
1986		− tmpBuffer[sizeof (tmpBuffer) - 1] = '\0';
1987		−
1988		− // detect what sample format this is...
1989		−
1990		− // WAV
1991		− if (!strncmp("RIFF", tmpBuffer, 4) && !strncmp("WAVE", tmpBuffer + 8, 4))
1992		− {
1993		− // let the user pick what to do with stereo samples...
1994		− if (wavIsStereo(f))
1995		− stereoSampleLoadMode = okBox(5, "System request", "This is a stereo sample...");
1996		−
1997		− sampleIsLoading = true;
1998		−
1999		− fclose(f);
2000		− UNICHAR_STRCPY(editor.tmpFilenameU, filenameU);
2001		−
2002		− mouseAnimOn();
2003		− thread = SDL_CreateThread(loadWAVSample, NULL, NULL);
2004		− if (thread == NULL)
2005		− {
2006		− okBox(0, "System message", "Couldn't create thread!");
2007		− sampleIsLoading = false;
2008		− return false;
2009		− }
2010		−
2011		− SDL_DetachThread(thread);
2012		− return true;
2013		− }
2014		−
2015		− // AIFF or IFF
2016		− if (!strncmp("FORM", tmpBuffer, 4))
2017		− {
2018		− if (!strncmp("AIFC", tmpBuffer + 8, 4))
2019		− {
2020		− // AIFC (not supported)
2021		−
2022		− fclose(f);
2023		− okBox(0, "System message", "Error loading sample: This AIFF type (AIFC) is not supported!");
2024		− return true;
2025		− }
2026		− else if (!strncmp("AIFF", tmpBuffer + 8, 4))
2027		− {
2028		− // AIFF
2029		−
2030		− // let the user pick what to do with stereo samples...
2031		− if (aiffIsStereo(f))
2032		− stereoSampleLoadMode = okBox(5, "System request", "This is a stereo sample...");
2033		−
2034		− sampleIsLoading = true;
2035		−
2036		− fclose(f);
2037		− UNICHAR_STRCPY(editor.tmpFilenameU, filenameU);
2038		−
2039		− mouseAnimOn();
2040		− thread = SDL_CreateThread(loadAIFFSample, NULL, NULL);
2041		− if (thread == NULL)
2042		− {
2043		− okBox(0, "System message", "Couldn't create thread!");
2044		− sampleIsLoading = false;
2045		− return false;
2046		− }
2047		−
2048		− SDL_DetachThread(thread);
2049		− return true;
2050		− }
2051		− else if (!strncmp("8SVX", tmpBuffer + 8, 4) \|\| !strncmp("16SV", tmpBuffer + 8, 4))
2052		− {
2053		− // IFF
	200	+ s->pek = NULL;
	201	+}
2054	202
2055		− sampleIsLoading = true;
	203	+void removeSampleIsLoadingFlag(void)
	204	+{
	205	+ sampleIsLoading = false;
	206	+}
2056	207
2057		− fclose(f);
2058		− UNICHAR_STRCPY(editor.tmpFilenameU, filenameU);
	208	+bool loadSample(UNICHAR *filenameU, uint8_t smpNr, bool instrFlag)
	209	+{
	210	+ if (sampleIsLoading \|\| filenameU == NULL)
	211	+ return false;
2059	212
2060		− mouseAnimOn();
2061		− thread = SDL_CreateThread(loadIFFSample, NULL, NULL);
2062		− if (thread == NULL)
2063		− {
2064		− okBox(0, "System message", "Couldn't create thread!");
2065		− sampleIsLoading = false;
2066		− return false;
2067		− }
	213	+ // setup message box functions
	214	+ loaderMsgBox = myLoaderMsgBoxThreadSafe;
	215	+ loaderSysReq = okBoxThreadSafe;
2068	216
2069		− SDL_DetachThread(thread);
2070		− return true;
2071		− }
2072		− }
	217	+ if (editor.curInstr == 0)
	218	+ {
	219	+ loaderMsgBox("The zero-instrument cannot hold intrument data.");
	220	+ return false;
2073	221	}
2074	222
2075		− // load as RAW sample
2076		−
	223	+ sampleSlot = smpNr;
	224	+ loadAsInstrFlag = instrFlag;
2077	225	sampleIsLoading = true;
	226	+ smpFilenameSet = false;
2078	227
2079		− fclose(f);
	228	+ memset(&tmpSmp, 0, sizeof (tmpSmp));
2080	229	UNICHAR_STRCPY(editor.tmpFilenameU, filenameU);
2081	230
2082	231	mouseAnimOn();
2083		− thread = SDL_CreateThread(loadRawSample, NULL, NULL);
	232	+ thread = SDL_CreateThread(loadSampleThread, NULL, NULL);
2084	233	if (thread == NULL)
2085	234	{
2086		− okBox(0, "System message", "Couldn't create thread!");
2087	235	sampleIsLoading = false;
	236	+ loaderMsgBox("Couldn't create thread!");
2088	237	return false;
2089	238	}
2090	239
@@ -2092,7 +241,7 @@ bool loadSample(UNICHAR *filenameU, uint8_t smpNr, bool instrFlag) · 1 unmodified line
2092	241	return true;
2093	242	}
2094	243
2095		−static void normalize32bitSigned(int32_t *sampleData, uint32_t sampleLength)
	244	+void normalizeSigned32Bit(int32_t *sampleData, uint32_t sampleLength)
2096	245	{
2097	246	uint32_t i;
2098	247
@@ -2112,7 +261,7 @@ static void normalize32bitSigned(int32_t *sampleData, uint32_t sampleLength) · 13 unmodified lines
2112	261	sampleData[i] = (int32_t)(sampleData[i] * dGain);
2113	262	}
2114	263
2115		−static void normalize16bitFloatSigned(float *fSampleData, uint32_t sampleLength)
	264	+void normalize32BitFloatToSigned16Bit(float *fSampleData, uint32_t sampleLength)
2116	265	{
2117	266	uint32_t i;
2118	267
@@ -2132,7 +281,7 @@ static void normalize16bitFloatSigned(float *fSampleData, uint32_t sampleLength) · 13 unmodified lines
2132	281	fSampleData[i] *= fGain;
2133	282	}
2134	283
2135		−static void normalize64bitDoubleSigned(double *dSampleData, uint32_t sampleLength)
	284	+void normalize64BitFloatToSigned16Bit(double *dSampleData, uint32_t sampleLength)
2136	285	{
2137	286	uint32_t i;
2138	287
@@ -2151,98 +300,3 @@ static void normalize64bitDoubleSigned(double *dSampleData, uint32_t sampleLengt · 12 unmodified lines
2151	300	for (i = 0; i < sampleLength; i++)
2152	301	dSampleData[i] *= dGain;
2153	302	}
2154		−
2155		−bool fileIsInstrument(char *fullPath)
2156		−{
2157		− int32_t i, len;
2158		−
2159		− // this assumes that fullPath is not empty
2160		−
2161		− len = (int32_t)strlen(fullPath);
2162		−
2163		− // get filename from path
2164		− i = len;
2165		− while (i--)
2166		− {
2167		− if (fullPath[i] == DIR_DELIMITER)
2168		− break;
2169		− }
2170		−
2171		− char *filename = fullPath;
2172		− if (i > 0)
2173		− filename += i + 1;
2174		− // --------------------------
2175		−
2176		− len = (int32_t)strlen(filename);
2177		− if (len < 4)
2178		− return true; // can't be an instrument
2179		−
2180		− if (!_strnicmp("xi.", filename, 3) \|\| (len >= 4 && !_strnicmp("pat.", filename, 4)))
2181		− return true;
2182		−
2183		− int32_t extOffset = getExtOffset(filename, len);
2184		− if (extOffset != -1)
2185		− {
2186		− if ((extOffset <= len-4) && !_strnicmp(".pat", &filename[extOffset], 4)) return true;
2187		− if ((extOffset <= len-3) && !_strnicmp(".xi", &filename[extOffset], 3)) return true;
2188		− }
2189		−
2190		− return false;
2191		−}
2192		−
2193		−bool fileIsSample(char *fullPath)
2194		−{
2195		− int32_t i, len;
2196		−
2197		− // this assumes that fullPath is not empty
2198		−
2199		− len = (int32_t)strlen(fullPath);
2200		−
2201		− // get filename from path
2202		− i = len;
2203		− while (i--)
2204		− {
2205		− if (fullPath[i] == DIR_DELIMITER)
2206		− break;
2207		− }
2208		−
2209		− char *filename = fullPath;
2210		− if (i > 0)
2211		− filename += i + 1;
2212		− // --------------------------
2213		−
2214		− len = (int32_t)strlen(filename);
2215		− if (len < 4)
2216		− return true; // can't be a module
2217		−
2218		− if (!_strnicmp("xm.", filename, 3) \|\| !_strnicmp("ft.", filename, 3) \|\|
2219		− !_strnicmp("mod.", filename, 4) \|\| !_strnicmp("nst.", filename, 4) \|\|
2220		− !_strnicmp("s3m.", filename, 4) \|\| !_strnicmp("stm.", filename, 4) \|\|
2221		− !_strnicmp("fst.", filename, 4) \|\| !_strnicmp("it.", filename, 3))
2222		− {
2223		− return false; // definitely a module
2224		− }
2225		−
2226		− int32_t extOffset = getExtOffset(filename, len);
2227		− if (extOffset != -1)
2228		− {
2229		− if (extOffset <= len-4)
2230		− {
2231		− filename = &filename[extOffset];
2232		− if (!_strnicmp(".mod", filename, 4) \|\| !_strnicmp(".nst", filename, 4) \|\|
2233		− !_strnicmp(".s3m", filename, 4) \|\| !_strnicmp(".stm", filename, 4) \|\|
2234		− !_strnicmp(".fst", filename, 4))
2235		− {
2236		− return false; // definitely a module
2237		− }
2238		− }
2239		− else if (extOffset <= len-3)
2240		− {
2241		− filename = &filename[extOffset];
2242		− if (!_strnicmp(".xm", filename, 3) \|\| !_strnicmp(".ft", filename, 3) \|\| !_strnicmp(".it", filename, 3))
2243		− return false; // definitely a module
2244		− }
2245		− }
2246		−
2247		− return true; // let's assume it's a sample
2248		−}

src/ft2_sample_loader.h+22−2

@@ -2,9 +2,29 @@ · 1 unmodified line
2	2
3	3	#include <stdint.h>
4	4	#include <stdbool.h>
	5	+#include "ft2_header.h"
5	6	#include "ft2_unicode.h"
6	7
	8	+enum
	9	+{
	10	+ STEREO_SAMPLE_READ_LEFT = 1,
	11	+ STEREO_SAMPLE_READ_RIGHT = 2,
	12	+ STEREO_SAMPLE_CONVERT = 3,
	13	+};
	14	+
	15	+void normalizeSigned32Bit(int32_t *sampleData, uint32_t sampleLength);
	16	+void normalize32BitFloatToSigned16Bit(float *fSampleData, uint32_t sampleLength);
	17	+void normalize64BitFloatToSigned16Bit(double *dSampleData, uint32_t sampleLength);
	18	+
7	19	bool loadSample(UNICHAR *filenameU, uint8_t sampleSlot, bool loadAsInstrFlag);
8		−bool fileIsInstrument(char *fullPath);
9		−bool fileIsSample(char *fullPath);
10	20	void removeSampleIsLoadingFlag(void);
	21	+
	22	+// globals for sample loaders
	23	+extern bool loadAsInstrFlag, smpFilenameSet;
	24	+extern char *smpFilename;
	25	+extern uint8_t sampleSlot;
	26	+extern sampleTyp tmpSmp;
	27	+// --------------------------
	28	+
	29	+// file extensions accepted by Disk Op. in sample mode
	30	+extern char *supportedSmpExtensions[];

src/ft2_scopes.c+17−18

@@ -23,8 +23,6 @@ · 22 unmodified lines
23	23	#include "ft2_tables.h"
24	24	#include "ft2_structs.h"
25	25
26		−#define SCOPE_HEIGHT 36
27		−
28	26	static volatile bool scopesUpdatingFlag, scopesDisplayingFlag;
29	27	static uint32_t scopeTimeLen, scopeTimeLenFrac;
30	28	static uint64_t timeNext64, timeNext64Frac;
@@ -38,9 +36,9 @@ void resetCachedScopeVars(void) · 7 unmodified lines
38	36	volatile scope_t *sc = scope;
39	37	for (int32_t i = 0; i < MAX_VOICES; i++, sc++)
40	38	{
41		− sc->oldPeriod = -1;
42		− sc->oldDrawDelta = 0;
	39	+ sc->dOldHz = -1.0;
43	40	sc->oldDelta = 0;
	41	+ sc->oldDrawDelta = 0;
44	42	}
45	43	}
46	44
@@ -353,10 +351,13 @@ static void scopeTrigger(int32_t ch, const sampleTyp *s, int32_t playOffset) · 306 unmodified lines
353	351	return;
354	352	}
355	353
356		− // these has to be read
	354	+ // these has to be copied so that they are not lost
357	355	tempState.wasCleared = sc->wasCleared;
358	356	tempState.delta = sc->delta;
	357	+ tempState.oldDelta = sc->oldDelta;
359	358	tempState.drawDelta = sc->drawDelta;
	359	+ tempState.oldDrawDelta = sc->oldDrawDelta;
	360	+ tempState.dOldHz = sc->dOldHz;
360	361	tempState.vol = sc->vol;
361	362
362	363	tempState.active = true;
@@ -367,6 +368,7 @@ static void scopeTrigger(int32_t ch, const sampleTyp *s, int32_t playOffset) · 4 unmodified lines
367	368	** the trigger never happens. So far I have never seen it happen,
368	369	** so it's probably very rare. Yes, this is not good coding...
369	370	*/
	371	+
370	372	*sc = tempState;
371	373	}
372	374
@@ -386,8 +388,8 @@ static void updateScopes(void) · 13 unmodified lines
386	388	// scope position update
387	389
388	390	s.posFrac += s.delta;
389		− const int32_t wholeSamples = (int32_t)(s.posFrac >> SCOPE_FRAC_BITS);
390		− s.posFrac &= SCOPE_FRAC_MASK;
	391	+ const int32_t wholeSamples = s.posFrac >> 32;
	392	+ s.posFrac &= 0xFFFFFFFF;
391	393
392	394	if (s.direction == 1)
393	395	s.pos += wholeSamples; // forwards
@@ -522,23 +524,20 @@ void handleScopesFromChQueue(chSyncData_t chSyncData, uint8_t scopeUpdateStatu · 128 unmodified lines
522	524	const uint8_t status = scopeUpdateStatus[i];
523	525
524	526	if (status & IS_Vol)
525		− sc->vol = (int32_t)((ch->dFinalVol * SCOPE_HEIGHT) + 0.5); // rounded
	527	+ sc->vol = ((ch->vol * SCOPE_HEIGHT) + 128) >> 8; // rounded
526	528
527	529	if (status & IS_Period)
528	530	{
529		− // use cached values if possible
530		−
531		− const uint16_t period = ch->finalPeriod;
532		− if (period != sc->oldPeriod)
	531	+ // use cached values when possible
	532	+ if (ch->dHz != sc->dOldHz)
533	533	{
534		− sc->oldPeriod = period;
535		− const double dHz = dPeriod2Hz(period);
	534	+ sc->dOldHz = ch->dHz;
536	535
537		− const double dScopeRateFactor = SCOPE_FRAC_SCALE / (double)SCOPE_HZ;
538		− sc->oldDelta = (int64_t)((dHz * dScopeRateFactor) + 0.5); // Hz -> rounded fixed-point delta
	536	+ const double dHz2ScopeDeltaMul = SCOPE_FRAC_SCALE / (double)SCOPE_HZ;
	537	+ sc->oldDelta = (int64_t)((ch->dHz * dHz2ScopeDeltaMul) + 0.5); // Hz -> 32.32fp delta (rounded)
539	538
540		− const double dRelativeHz = dHz * (1.0 / (8363.0 / 2.0));
541		− sc->oldDrawDelta = (int32_t)((dRelativeHz * SCOPE_DRAW_FRAC_SCALE) + 0.5); // Hz -> rounded fixed-point draw delta
	539	+ const double dRelativeHz = ch->dHz * (1.0 / (8363.0 / 2.0));
	540	+ sc->oldDrawDelta = (int32_t)((dRelativeHz * SCOPE_DRAW_FRAC_SCALE) + 0.5); // Hz -> 13.19fp draw delta (rounded)
542	541	}
543	542
544	543	sc->delta = sc->oldDelta;

src/ft2_scopes.h+6−2

@@ -5,6 +5,8 @@ · 4 unmodified lines
5	5	#include "ft2_header.h"
6	6	#include "ft2_audio.h"
7	7
	8	+#define SCOPE_HEIGHT 36
	9	+
8	10	#define SCOPE_FRAC_BITS 32
9	11	#define SCOPE_FRAC_SCALE (1ULL << SCOPE_FRAC_BITS)
10	12	#define SCOPE_FRAC_MASK (SCOPE_FRAC_SCALE-1)
@@ -31,9 +33,11 @@ typedef struct scope_t · 20 unmodified lines
31	33	const int16_t *base16;
32	34	bool wasCleared, sampleIs16Bit;
33	35	uint8_t loopType;
34		− int32_t vol, loopStart, loopLength, end, pos, direction, oldPeriod;
	36	+ int32_t vol, loopStart, loopLength, end, pos, direction;
35	37	uint32_t drawDelta, oldDrawDelta;
36		− uint64_t delta, posFrac, oldDelta;
	38	+ uint64_t delta, oldDelta, posFrac;
	39	+
	40	+ double dOldHz;
37	41	} scope_t;
38	42
39	43	typedef struct lastChInstr_t

src/ft2_sysreqs.c+32−1

@@ -1,3 +1,4 @@
	1	+#include <stdio.h> // vsnprintf()
1	2	#include <stdint.h>
2	3	#include <stdbool.h>
3	4	#include "ft2_config.h"
@@ -16,7 +17,11 @@ · 12 unmodified lines
16	17
17	18	#define NUM_SYSREQ_TYPES 10
18	19
19		−okBoxData_t okBoxData; // globalized
	20	+// globalized
	21	+okBoxData_t okBoxData;
	22	+void (loaderMsgBox)(const char , ...);
	23	+int16_t (loaderSysReq)(int16_t, const char , const char *);
	24	+// ----------------
20	25
21	26	static char *buttonText[NUM_SYSREQ_TYPES][5] =
22	27	{
@@ -70,6 +75,32 @@ static quitType_t quitMessage[QUIT_MESSAGES] = · 47 unmodified lines
70	75	{ "Hope you're doing the compulsory \"Exit ceremony\" before pressing >OK<.", 1 },
71	76	};
72	77
	78	+void myLoaderMsgBoxThreadSafe(const char *fmt, ...)
	79	+{
	80	+ char strBuf[512];
	81	+ va_list args;
	82	+
	83	+ // format the text string
	84	+ va_start(args, fmt);
	85	+ vsnprintf(strBuf, sizeof (strBuf), fmt, args);
	86	+ va_end(args);
	87	+
	88	+ okBoxThreadSafe(0, "System message", fmt);
	89	+}
	90	+
	91	+void myLoaderMsgBox(const char *fmt, ...)
	92	+{
	93	+ char strBuf[512];
	94	+ va_list args;
	95	+
	96	+ // format the text string
	97	+ va_start(args, fmt);
	98	+ vsnprintf(strBuf, sizeof (strBuf), fmt, args);
	99	+ va_end(args);
	100	+
	101	+ okBox(0, "System message", fmt);
	102	+}
	103	+
73	104	static void drawWindow(uint16_t w)
74	105	{
75	106	const uint16_t h = SYSTEM_REQUEST_H;

src/ft2_sysreqs.h+18−11

@@ -3,11 +3,11 @@ · 2 unmodified lines
3	3	#include <stdint.h>
4	4	#include <stdbool.h>
5	5
6		−int16_t okBoxThreadSafe(int16_t typ, const char headline, const char text);
7		−int16_t okBox(int16_t typ, const char headline, const char text);
8		−int16_t quitBox(bool skipQuitMsg);
9		−int16_t inputBox(int16_t typ, const char headline, char edText, uint16_t maxStrLen);
10		−bool askUnsavedChanges(uint8_t type);
	6	+enum
	7	+{
	8	+ ASK_TYPE_QUIT = 0,
	9	+ ASK_TYPE_LOAD_SONG = 1,
	10	+};
11	11
12	12	// for thread-safe version of okBox()
13	13	typedef struct okBoxData_t
@@ -17,10 +17,17 @@ typedef struct okBoxData_t · 3 unmodified lines
17	17	const char headline, text;
18	18	} okBoxData_t;
19	19
20		−extern okBoxData_t okBoxData; // ft2_sysreqs.c
	20	+int16_t okBoxThreadSafe(int16_t typ, const char headline, const char text);
	21	+int16_t okBox(int16_t typ, const char headline, const char text);
	22	+int16_t quitBox(bool skipQuitMsg);
	23	+int16_t inputBox(int16_t typ, const char headline, char edText, uint16_t maxStrLen);
	24	+bool askUnsavedChanges(uint8_t type);
21	25
22		−enum
23		−{
24		− ASK_TYPE_QUIT = 0,
25		− ASK_TYPE_LOAD_SONG = 1,
26		−};
	26	+void myLoaderMsgBoxThreadSafe(const char *fmt, ...);
	27	+void myLoaderMsgBox(const char *fmt, ...);
	28	+
	29	+ // ft2_sysreqs.c
	30	+extern okBoxData_t okBoxData;
	31	+extern void (loaderMsgBox)(const char , ...);
	32	+extern int16_t (loaderSysReq)(int16_t, const char , const char *);
	33	+// ---------------

src/ft2_tables.c+8−1

@@ -10,6 +10,13 @@ · 9 unmodified lines
10	10	/* REPLAYER TABLES */
11	11	/* ----------------------------------------------------------------------- */
12	12
	13	+const uint16_t ptPeriods[3 * 12] =
	14	+{
	15	+ 856,808,762,720,678,640,604,570,538,508,480,453,
	16	+ 428,404,381,360,339,320,302,285,269,254,240,226,
	17	+ 214,202,190,180,170,160,151,143,135,127,120,113
	18	+};
	19	+
13	20	const uint8_t arpTab[256] =
14	21	{
15	22	0,1,2,0,1,2,0,1,2,0,1,2,0,1,2,0,
@@ -60,7 +67,7 @@ const uint8_t vibTab[32] = // for normal vibrato/tremolo · 44 unmodified lines
60	67	255,253,250,244,235,224,212,197,180,161,141,120, 97, 74, 49, 24
61	68	};
62	69
63		−const uint16_t amigaPeriod[12 * 8] = // used for .MOD loading/saving
	70	+const uint16_t amigaPeriod[8 * 12] = // used for .MOD loading/saving
64	71	{
65	72	6848, 6464, 6096, 5760, 5424, 5120, 4832, 4560, 4304, 4064, 3840, 3624,
66	73	3424, 3232, 3048, 2880, 2712, 2560, 2416, 2280, 2152, 2032, 1920, 1812,

src/ft2_tables.h+3−1

@@ -10,10 +10,12 @@ · 9 unmodified lines
10	10	#define KEY2EFX_ENTRIES (signed)(sizeof (key2EfxTab) / sizeof (SDL_Keycode))
11	11	#define KEY2HEX_ENTRIES (signed)(sizeof (key2HexTab) / sizeof (SDL_Keycode))
12	12
	13	+extern const uint16_t ptPeriods[3 * 12];
	14	+
13	15	extern const uint8_t arpTab[256];
14	16	extern const int8_t vibSineTab[256]; // for auto-vibrato
15	17	extern const uint8_t vibTab[32];
16		−extern const uint16_t amigaPeriod[12 * 8];
	18	+extern const uint16_t amigaPeriod[8 * 12];
17	19	extern const uint16_t linearPeriods[1936];
18	20	extern const uint16_t amigaPeriods[1936];
19	21

src/helpdata/FT2.HLP+13−7

@@ -20,21 +20,27 @@ · 19 unmodified lines
20	20	>- Full screen edit mode.
21	21	>- Improved editing facilities.
22	22
23		−@X040@C001FT2 supports the following file formats:
	23	+@X040@C001The FT2 clone supports the following file formats:
24	24
25	25	@X040@C001Modules:
26	26	>@X060@C002
27		−>- Standard modules (15- > 31-instruments). (MOD,NST)
28		−>- Fasttracker v1.0 2,4,6,8..32-channel formats. (MOD)
29		−>- ScreamTracker modules. (STM,S3M)
	27	+>- Standard modules (15/31 samples). (MOD,NST,STK)
	28	+>- Fasttracker II modules. (XM,MOD)
	29	+>- Fasttracker modules. (MOD/FST)
	30	+>
	31	+@X040@C001Experimental module support:
	32	+>@X060@C002
	33	+>- Scream Tracker 3 modules. (S3M)
	34	+>- Scream Tracker 2 modules. (STM)
	35	+>- DIGI Booster (non-Pro) modules. (DIGI)
30	36	>
31	37	@X040@C001Samples:
32	38	>@X060@C002
33	39	>- Gravis Ultrasound Patches, PAT.
34	40	>- SMP/SAM/RAW/SND data files, signed and unsigned.
35		−>- Windows WAV-files.
36		−>- Amiga IFF-files. (Interchange File Format)
37		−>- Apple AIFF-files.
	41	+>- WAV files.
	42	+>- Amiga IFF.
	43	+>- Apple AIFF.
38	44
39	45	@X040@C001FT2 introduces several new file formats:
40	46	>@X060@C002

src/helpdata/ft2_help_data.h+2142−2133

@@ -3,9 +3,9 @@ · 2 unmodified lines
3	3
4	4	#include <stdint.h>
5	5
6		−#define HELP_DATA_LEN 27371
	6	+#define HELP_DATA_LEN 27476
7	7
8		−const uint8_t helpData[27371] =
	8	+const uint8_t helpData[27476] =
9	9	{
10	10	0x4C,0x3B,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,
11	11	0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,
@@ -63,2231 +63,2240 @@ const uint8_t helpData[27371] = · 51 unmodified lines
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2044	2052	0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,
2045	2053	0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,
2046	2054	0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,
2047	2055	0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,0x2A,
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2291	2300	};
2292	2301
2293	2302	#endif

src/mixer/ft2_mix_macros.h+2−11

@@ -253,18 +253,9 @@ · 252 unmodified lines
253	253
254	254	#define LIMIT_MIX_NUM \
255	255	i = (v->end - 1) - pos; \
256		− if (i > 65535) \
257		− i = 65535; \
258		− \
259		− i = (i << 16) \| ((uint32_t)(posFrac >> 16) ^ 0xFFFF); \
260		− \
261		− /* This is hackish, but fast. This is sometimes off by one (-1), so */ \
262		− /* we need to do another cycle to reach the end of the sample. The */ \
263		− /* error is never +1, it's always below (safe). */ \
264		− \
265		− samplesToMix = ((int64_t)i * v->revDelta) >> 32; \
266		− samplesToMix++; \
	256	+ const uint64_t tmp64 = ((uint64_t)i << 32) \| ((uint32_t)posFrac ^ 0xFFFFFFFF); \
267	257	\
	258	+ samplesToMix = (uint32_t)(tmp64 / (uint64_t)v->delta) + 1; /* this can be slow on 32-bit systems... */ \
268	259	if (samplesToMix > samplesLeft) \
269	260	samplesToMix = samplesLeft; \
270	261

src/modloaders/ft2_load_digi.c+260−0

@@ -0,0 +1,260 @@
	1	+// DIGI Booster (non-Pro) module loader
	2	+
	3	+#include <stdio.h>
	4	+#include <stdint.h>
	5	+#include <stdbool.h>
	6	+#include "../ft2_header.h"
	7	+#include "../ft2_module_loader.h"
	8	+#include "../ft2_sample_ed.h"
	9	+#include "../ft2_tables.h"
	10	+#include "../ft2_sysreqs.h"
	11	+
	12	+#ifdef _MSC_VER // please don't mess with this struct!
	13	+#pragma pack(push)
	14	+#pragma pack(1)
	15	+#endif
	16	+typedef struct digiHeaderTyp_t
	17	+{
	18	+ char sig[20];
	19	+ char verStr[4];
	20	+ uint8_t ver;
	21	+ uint8_t numChannels;
	22	+ uint8_t packedPatternsFlag;
	23	+ char reserved[19];
	24	+ uint8_t numPats;
	25	+ uint8_t numOrders;
	26	+ uint8_t orders[128];
	27	+ uint32_t smpLength[31];
	28	+ uint32_t smpLoopStart[31];
	29	+ uint32_t smpLoopLength[31];
	30	+ uint8_t smpVolume[31];
	31	+ uint8_t smpFinetune[31];
	32	+ char name[32];
	33	+ char smpName[31][30];
	34	+}
	35	+#ifdef __GNUC__
	36	+__attribute__ ((packed))
	37	+#endif
	38	+digiHeaderTyp;
	39	+#ifdef _MSC_VER
	40	+#pragma pack(pop)
	41	+#endif
	42	+
	43	+static void readPatternNote(FILE f, tonTyp ton);
	44	+
	45	+bool loadDIGI(FILE *f, uint32_t filesize)
	46	+{
	47	+ int16_t i, j, k;
	48	+ tonTyp *ton;
	49	+ sampleTyp *s;
	50	+ digiHeaderTyp h_DIGI;
	51	+
	52	+ tmpLinearPeriodsFlag = false; // use Amiga periods
	53	+
	54	+ if (filesize < sizeof (h_DIGI))
	55	+ {
	56	+ loaderMsgBox("Error: This file is either not a module, or is not supported.");
	57	+ return false;
	58	+ }
	59	+
	60	+ memset(&h_DIGI, 0, sizeof (digiHeaderTyp));
	61	+ if (fread(&h_DIGI, 1, sizeof (h_DIGI), f) != sizeof (h_DIGI))
	62	+ {
	63	+ loaderMsgBox("Error: This file is either not a module, or is not supported.");
	64	+ return false;
	65	+ }
	66	+
	67	+ if (h_DIGI.numChannels < 1 \|\| h_DIGI.numChannels > 8)
	68	+ {
	69	+ loaderMsgBox("Error: This file is either not a module, or is not supported.");
	70	+ return false;
	71	+ }
	72	+
	73	+ h_DIGI.numOrders++;
	74	+ h_DIGI.numPats++;
	75	+
	76	+ if (h_DIGI.numOrders < 1 \|\| h_DIGI.numOrders > 128)
	77	+ {
	78	+ loaderMsgBox("Error: This file is either not a module, or is not supported.");
	79	+ return false;
	80	+ }
	81	+
	82	+ songTmp.antChn = h_DIGI.numChannels;
	83	+ songTmp.len = h_DIGI.numOrders;
	84	+ songTmp.initialTempo = songTmp.tempo = 6;
	85	+ songTmp.speed = 125;
	86	+ memcpy(songTmp.songTab, h_DIGI.orders, 128);
	87	+
	88	+ // load pattern data
	89	+ for (i = 0; i < h_DIGI.numPats; i++)
	90	+ {
	91	+ if (!allocateTmpPatt(i, 64))
	92	+ {
	93	+ loaderMsgBox("Not enough memory!");
	94	+ return false;
	95	+ }
	96	+
	97	+ if (h_DIGI.packedPatternsFlag)
	98	+ {
	99	+ uint16_t pattSize;
	100	+ uint8_t bitMasks[64];
	101	+
	102	+ fread(&pattSize, 2, 1, f); pattSize = SWAP16(pattSize);
	103	+ fread(bitMasks, 1, 64, f);
	104	+
	105	+ for (j = 0; j < 64; j++)
	106	+ {
	107	+ uint8_t bit = 128;
	108	+ for (k = 0; k < songTmp.antChn; k++, bit >>= 1)
	109	+ {
	110	+ ton = &pattTmp[i][(j * MAX_VOICES) + k];
	111	+ if (bitMasks[j] & bit)
	112	+ readPatternNote(f, ton);
	113	+ }
	114	+ }
	115	+ }
	116	+ else
	117	+ {
	118	+ for (j = 0; j < songTmp.antChn; j++)
	119	+ {
	120	+ for (k = 0; k < 64; k++)
	121	+ {
	122	+ ton = &pattTmp[i][(k * MAX_VOICES) + j];
	123	+ readPatternNote(f, ton);
	124	+ }
	125	+ }
	126	+ }
	127	+
	128	+ if (tmpPatternEmpty(i))
	129	+ {
	130	+ if (pattTmp[i] != NULL)
	131	+ {
	132	+ free(pattTmp[i]);
	133	+ pattTmp[i] = NULL;
	134	+ }
	135	+ }
	136	+ }
	137	+
	138	+ // pattern command handling
	139	+ for (i = 0; i < h_DIGI.numPats; i++)
	140	+ {
	141	+ if (pattTmp[i] == NULL)
	142	+ continue;
	143	+
	144	+ for (j = 0; j < 64; j++)
	145	+ {
	146	+ for (k = 0; k < songTmp.antChn; k++)
	147	+ {
	148	+ ton = &pattTmp[i][(j * MAX_VOICES) + k];
	149	+
	150	+ if (ton->effTyp == 0x8) // Robot effect (not supported)
	151	+ {
	152	+ ton->effTyp = 0;
	153	+ ton->eff = 0;
	154	+ }
	155	+ else if (ton->effTyp == 0xE)
	156	+ {
	157	+ switch (ton->eff >> 4)
	158	+ {
	159	+ case 0x3: ton->effTyp = ton->eff = 0; break; // backwards play (not supported)
	160	+ case 0x4: ton->eff = 0xC0; break; // stop sample (convert to EC0)
	161	+ case 0x8: ton->effTyp = ton->eff = 0; break; // high sample offset (not supported)
	162	+ case 0x9: ton->effTyp = ton->eff = 0; break; // retrace (not supported)
	163	+ default: break;
	164	+ }
	165	+ }
	166	+ }
	167	+ }
	168	+ }
	169	+
	170	+ // load sample data
	171	+ for (i = 0; i < 31; i++)
	172	+ {
	173	+ memcpy(songTmp.instrName[1+i], h_DIGI.smpName[i], 22);
	174	+ if (h_DIGI.smpLength[i] == 0)
	175	+ continue;
	176	+
	177	+ if (!allocateTmpInstr(1+i))
	178	+ {
	179	+ loaderMsgBox("Not enough memory!");
	180	+ return false;
	181	+ }
	182	+
	183	+ setNoEnvelope(instrTmp[1+i]);
	184	+
	185	+ s = &instrTmp[1+i]->samp[0];
	186	+ memcpy(s->name, h_DIGI.smpName[i], 22);
	187	+
	188	+ s->len = SWAP32(h_DIGI.smpLength[i]);
	189	+ s->fine = 8 * ((2 * ((h_DIGI.smpFinetune[i] & 0xF) ^ 8)) - 16);
	190	+ s->vol = h_DIGI.smpVolume[i];
	191	+ s->repS = SWAP32(h_DIGI.smpLoopStart[i]);
	192	+ s->repL = SWAP32(h_DIGI.smpLoopLength[i]);
	193	+
	194	+ if (s->vol > 64)
	195	+ s->vol = 64;
	196	+
	197	+ if (s->repL < 2)
	198	+ s->repL = 2;
	199	+
	200	+ // fix overflown loop
	201	+ if (s->repS+s->repL > s->len)
	202	+ {
	203	+ if (s->repS >= s->len)
	204	+ {
	205	+ s->repS = 0;
	206	+ s->repL = 0;
	207	+ }
	208	+ else
	209	+ {
	210	+ s->repL = s->len - s->repS;
	211	+ }
	212	+ }
	213	+
	214	+ if (s->repS+s->repL > 2)
	215	+ {
	216	+ s->typ = 1; // enable loop
	217	+ }
	218	+ else
	219	+ {
	220	+ s->repS = 0;
	221	+ s->repL = 0;
	222	+ }
	223	+
	224	+ if (!allocateTmpSmpData(s, s->len))
	225	+ {
	226	+ loaderMsgBox("Not enough memory!");
	227	+ return false;
	228	+ }
	229	+
	230	+ int32_t bytesRead = (int32_t)fread(s->pek, 1, s->len, f);
	231	+ if (bytesRead < s->len)
	232	+ {
	233	+ int32_t bytesToClear = s->len - bytesRead;
	234	+ memset(&s->pek[bytesRead], 0, bytesToClear);
	235	+ }
	236	+ }
	237	+
	238	+ return true;
	239	+}
	240	+
	241	+static void readPatternNote(FILE f, tonTyp ton)
	242	+{
	243	+ uint8_t bytes[4];
	244	+ fread(bytes, 1, 4, f);
	245	+
	246	+ // period to note
	247	+ uint16_t period = ((bytes[0] & 0x0F) << 8) \| bytes[1];
	248	+ for (uint8_t i = 0; i < 3*12; i++)
	249	+ {
	250	+ if (period >= ptPeriods[i])
	251	+ {
	252	+ ton->ton = 1 + (3*12) + i;
	253	+ break;
	254	+ }
	255	+ }
	256	+
	257	+ ton->instr = (bytes[0] & 0xF0) \| (bytes[2] >> 4);
	258	+ ton->effTyp = bytes[2] & 0x0F;
	259	+ ton->eff = bytes[3];
	260	+}

src/modloaders/ft2_load_mod.c+408−0

@@ -0,0 +1,408 @@
	1	+// NoiseTracker/ProTracker (or compatible) MOD loader
	2	+
	3	+#include <stdio.h>
	4	+#include <stdint.h>
	5	+#include <stdbool.h>
	6	+#include "../ft2_header.h"
	7	+#include "../ft2_module_loader.h"
	8	+#include "../ft2_sample_ed.h"
	9	+#include "../ft2_tables.h"
	10	+#include "../ft2_sysreqs.h"
	11	+
	12	+enum // supported 31-sample .MOD types
	13	+{
	14	+ FORMAT_MK, // ProTracker or compatible
	15	+ FORMAT_FLT4, // StarTrekker (4ch modules)
	16	+ FORMAT_FLT8, // StarTrekker (8ch modules)
	17	+ FORMAT_FT2, // FT2 or compatible (multi-channel)
	18	+ FORMAT_NT, // NoiseTracker
	19	+ FORMAT_HMNT, // His Master's NoiseTracker (special one)
	20	+
	21	+ FORMAT_UNKNOWN
	22	+};
	23	+
	24	+static uint8_t getModType(uint8_t numChannels, const char id);
	25	+
	26	+bool loadMOD(FILE *f, uint32_t filesize)
	27	+{
	28	+ uint8_t bytes[4], modFormat, numChannels;
	29	+ int16_t i, j, k;
	30	+ uint16_t a, b, period;
	31	+ tonTyp *ton;
	32	+ sampleTyp *s;
	33	+ songMOD31HeaderTyp h_MOD31;
	34	+
	35	+ tmpLinearPeriodsFlag = false; // use Amiga periods
	36	+
	37	+ if (filesize < sizeof (h_MOD31))
	38	+ {
	39	+ loaderMsgBox("Error: This file is either not a module, or is not supported.");
	40	+ return false;
	41	+ }
	42	+
	43	+ memset(&h_MOD31, 0, sizeof (songMOD31HeaderTyp));
	44	+ if (fread(&h_MOD31, 1, sizeof (h_MOD31), f) != sizeof (h_MOD31))
	45	+ {
	46	+ loaderMsgBox("Error: This file is either not a module, or is not supported.");
	47	+ return false;
	48	+ }
	49	+
	50	+ modFormat = getModType(&numChannels, h_MOD31.sig);
	51	+ if (modFormat == FORMAT_UNKNOWN)
	52	+ {
	53	+ loaderMsgBox("Error: This file is either not a module, or is not supported.");
	54	+ return false;
	55	+ }
	56	+
	57	+ songTmp.antChn = numChannels;
	58	+ songTmp.len = h_MOD31.len;
	59	+ songTmp.repS = h_MOD31.repS;
	60	+ songTmp.initialTempo = songTmp.tempo = 6;
	61	+ songTmp.speed = 125;
	62	+
	63	+ memcpy(songTmp.songTab, h_MOD31.songTab, 128);
	64	+
	65	+ if (modFormat == FORMAT_MK && songTmp.len == 129)
	66	+ songTmp.len = 127; // fixes a specific copy of beatwave.mod (FIXME: Do we want to keep this hack?)
	67	+
	68	+ if (songTmp.repS >= songTmp.len)
	69	+ songTmp.repS = 0;
	70	+
	71	+ if (songTmp.antChn == 0 \|\| songTmp.len < 1 \|\| songTmp.len > 128)
	72	+ {
	73	+ loaderMsgBox("Error: This file is either not a module, or is not supported.");
	74	+ return false;
	75	+ }
	76	+
	77	+ for (a = 0; a < 31; a++)
	78	+ {
	79	+ songMODInstrHeaderTyp *smp = &h_MOD31.instr[a];
	80	+
	81	+ // copy over sample name if format isn't "His Master's Noisetracker" (junk sample names)
	82	+ if (modFormat != FORMAT_HMNT)
	83	+ memcpy(songTmp.instrName[1+a], smp->name, 22);
	84	+ }
	85	+
	86	+ memcpy(songTmp.name, h_MOD31.name, 20);
	87	+
	88	+ // count number of patterns
	89	+ b = 0;
	90	+ for (a = 0; a < 128; a++)
	91	+ {
	92	+ if (modFormat == FORMAT_FLT8)
	93	+ songTmp.songTab[a] >>= 1;
	94	+
	95	+ if (songTmp.songTab[a] > b)
	96	+ b = songTmp.songTab[a];
	97	+ }
	98	+ b++;
	99	+
	100	+ // load pattern data
	101	+ if (modFormat != FORMAT_FLT8)
	102	+ {
	103	+ // normal pattern loading
	104	+
	105	+ for (a = 0; a < b; a++)
	106	+ {
	107	+ if (!allocateTmpPatt(a, 64))
	108	+ {
	109	+ loaderMsgBox("Not enough memory!");
	110	+ return false;
	111	+ }
	112	+
	113	+ for (j = 0; j < 64; j++)
	114	+ {
	115	+ for (k = 0; k < songTmp.antChn; k++)
	116	+ {
	117	+ ton = &pattTmp[a][(j * MAX_VOICES) + k];
	118	+ fread(bytes, 1, 4, f);
	119	+
	120	+ // period to note
	121	+ period = ((bytes[0] & 0x0F) << 8) \| bytes[1];
	122	+ for (i = 0; i < 8*12; i++)
	123	+ {
	124	+ if (period >= amigaPeriod[i])
	125	+ {
	126	+ ton->ton = (uint8_t)i + 1;
	127	+ break;
	128	+ }
	129	+ }
	130	+
	131	+ ton->instr = (bytes[0] & 0xF0) \| (bytes[2] >> 4);
	132	+ ton->effTyp = bytes[2] & 0x0F;
	133	+ ton->eff = bytes[3];
	134	+ }
	135	+ }
	136	+
	137	+ if (tmpPatternEmpty(a))
	138	+ {
	139	+ if (pattTmp[a] != NULL)
	140	+ {
	141	+ free(pattTmp[a]);
	142	+ pattTmp[a] = NULL;
	143	+ }
	144	+ }
	145	+ }
	146	+ }
	147	+ else
	148	+ {
	149	+ // FLT8 pattern loading
	150	+
	151	+ for (a = 0; a < b; a++)
	152	+ {
	153	+ if (!allocateTmpPatt(a, 64))
	154	+ {
	155	+ loaderMsgBox("Not enough memory!");
	156	+ return false;
	157	+ }
	158	+ }
	159	+
	160	+ for (a = 0; a < b*2; a++)
	161	+ {
	162	+ int32_t pattern = a >> 1;
	163	+ int32_t chnOffset = (a & 1) * 4;
	164	+
	165	+ for (j = 0; j < 64; j++)
	166	+ {
	167	+ for (k = 0; k < 4; k++)
	168	+ {
	169	+ ton = &pattTmp[pattern][(j * MAX_VOICES) + (k+chnOffset)];
	170	+ fread(bytes, 1, 4, f);
	171	+
	172	+ // period to note
	173	+ period = ((bytes[0] & 0x0F) << 8) \| bytes[1];
	174	+ for (i = 0; i < 8*12; i++)
	175	+ {
	176	+ if (period >= amigaPeriod[i])
	177	+ {
	178	+ ton->ton = (uint8_t)i + 1;
	179	+ break;
	180	+ }
	181	+ }
	182	+
	183	+ ton->instr = (bytes[0] & 0xF0) \| (bytes[2] >> 4);
	184	+ ton->effTyp = bytes[2] & 0x0F;
	185	+ ton->eff = bytes[3];
	186	+ }
	187	+ }
	188	+ }
	189	+
	190	+ for (a = 0; a < b; a++)
	191	+ {
	192	+ if (tmpPatternEmpty(a))
	193	+ {
	194	+ if (pattTmp[a] != NULL)
	195	+ {
	196	+ free(pattTmp[a]);
	197	+ pattTmp[a] = NULL;
	198	+ }
	199	+ }
	200	+ }
	201	+ }
	202	+
	203	+ // pattern command conversion
	204	+ for (a = 0; a < b; a++)
	205	+ {
	206	+ if (pattTmp[a] == NULL)
	207	+ continue;
	208	+
	209	+ for (j = 0; j < 64; j++)
	210	+ {
	211	+ for (k = 0; k < songTmp.antChn; k++)
	212	+ {
	213	+ ton = &pattTmp[a][(j * MAX_VOICES) + k];
	214	+
	215	+ if (ton->effTyp == 0xC)
	216	+ {
	217	+ if (ton->eff > 64)
	218	+ ton->eff = 64;
	219	+ }
	220	+ else if (ton->effTyp == 0x1)
	221	+ {
	222	+ if (ton->eff == 0)
	223	+ ton->effTyp = 0;
	224	+ }
	225	+ else if (ton->effTyp == 0x2)
	226	+ {
	227	+ if (ton->eff == 0)
	228	+ ton->effTyp = 0;
	229	+ }
	230	+ else if (ton->effTyp == 0x5)
	231	+ {
	232	+ if (ton->eff == 0)
	233	+ ton->effTyp = 0x3;
	234	+ }
	235	+ else if (ton->effTyp == 0x6)
	236	+ {
	237	+ if (ton->eff == 0)
	238	+ ton->effTyp = 0x4;
	239	+ }
	240	+ else if (ton->effTyp == 0xA)
	241	+ {
	242	+ if (ton->eff == 0)
	243	+ ton->effTyp = 0;
	244	+ }
	245	+ else if (ton->effTyp == 0xE)
	246	+ {
	247	+ // check if certain E commands are empty
	248	+ if (ton->eff == 0x10 \|\| ton->eff == 0x20 \|\| ton->eff == 0xA0 \|\| ton->eff == 0xB0)
	249	+ {
	250	+ ton->effTyp = 0;
	251	+ ton->eff = 0;
	252	+ }
	253	+ }
	254	+
	255	+ if (modFormat == FORMAT_NT \|\| modFormat == FORMAT_HMNT)
	256	+ {
	257	+ // any Dxx == D00 in NT/HMNT
	258	+ if (ton->effTyp == 0xD)
	259	+ ton->eff = 0;
	260	+
	261	+ // effect F with param 0x00 does nothing in NT/HMNT
	262	+ if (ton->effTyp == 0xF && ton->eff == 0)
	263	+ ton->effTyp = 0;
	264	+ }
	265	+ else if (modFormat == FORMAT_FLT4 \|\| modFormat == FORMAT_FLT8) // Startrekker
	266	+ {
	267	+ if (ton->effTyp == 0xE) // remove unsupported "assembly macros" command
	268	+ {
	269	+ ton->effTyp = 0;
	270	+ ton->eff = 0;
	271	+ }
	272	+
	273	+ // Startrekker is always in vblank mode, and limits speed to 0x1F
	274	+ if (ton->effTyp == 0xF && ton->eff > 0x1F)
	275	+ ton->eff = 0x1F;
	276	+ }
	277	+ }
	278	+ }
	279	+ }
	280	+
	281	+ for (a = 0; a < 31; a++)
	282	+ {
	283	+ if (h_MOD31.instr[a].len == 0)
	284	+ continue;
	285	+
	286	+ if (!allocateTmpInstr(1+a))
	287	+ {
	288	+ loaderMsgBox("Not enough memory!");
	289	+ return false;
	290	+ }
	291	+
	292	+ setNoEnvelope(instrTmp[1+a]);
	293	+
	294	+ s = &instrTmp[1+a]->samp[0];
	295	+
	296	+ // copy over sample name if format isn't "His Master's Noisetracker" (junk sample names)
	297	+ if (modFormat != FORMAT_HMNT)
	298	+ memcpy(s->name, songTmp.instrName[1+a], 22);
	299	+
	300	+ if (modFormat == FORMAT_HMNT) // finetune in "His Master's NoiseTracker" is different
	301	+ h_MOD31.instr[a].fine = (uint8_t)((-h_MOD31.instr[a].fine & 0x1F) >> 1); // one more bit of precision, + inverted
	302	+
	303	+ s->len = 2 * SWAP16(h_MOD31.instr[a].len);
	304	+ s->fine = 8 * ((2 * ((h_MOD31.instr[a].fine & 0xF) ^ 8)) - 16);
	305	+ s->vol = h_MOD31.instr[a].vol;
	306	+ s->repS = 2 * SWAP16(h_MOD31.instr[a].repS);
	307	+ s->repL = 2 * SWAP16(h_MOD31.instr[a].repL);
	308	+
	309	+ if (s->vol > 64)
	310	+ s->vol = 64;
	311	+
	312	+ if (s->repL < 2)
	313	+ s->repL = 2;
	314	+
	315	+ // fix for poorly converted STK (< v2.5) -> PT/NT modules (FIXME: Worth keeping or not?)
	316	+ if (s->repL > 2 && s->repS+s->repL > s->len)
	317	+ {
	318	+ if ((s->repS>>1)+s->repL <= s->len)
	319	+ s->repS >>= 1;
	320	+ }
	321	+
	322	+ // fix overflown loop
	323	+ if (s->repS+s->repL > s->len)
	324	+ {
	325	+ if (s->repS >= s->len)
	326	+ {
	327	+ s->repS = 0;
	328	+ s->repL = 0;
	329	+ }
	330	+ else
	331	+ {
	332	+ s->repL = s->len - s->repS;
	333	+ }
	334	+ }
	335	+
	336	+ if (s->repS+s->repL > 2)
	337	+ s->typ = 1; // enable loop
	338	+
	339	+ if (!allocateTmpSmpData(s, s->len))
	340	+ {
	341	+ loaderMsgBox("Not enough memory!");
	342	+ return false;
	343	+ }
	344	+
	345	+ int32_t bytesRead = (int32_t)fread(s->pek, 1, s->len, f);
	346	+ if (bytesRead < s->len)
	347	+ {
	348	+ int32_t bytesToClear = s->len - bytesRead;
	349	+ memset(&s->pek[bytesRead], 0, bytesToClear);
	350	+ }
	351	+
	352	+ if (s->typ == 0) // clear repL and repS on non-looping samples...
	353	+ {
	354	+ s->repL = 0;
	355	+ s->repS = 0;
	356	+ }
	357	+ }
	358	+
	359	+ return true;
	360	+}
	361	+
	362	+static uint8_t getModType(uint8_t numChannels, const char id)
	363	+{
	364	+#define IS_ID(s, b) !strncmp(s, b, 4)
	365	+
	366	+ uint8_t modFormat = FORMAT_UNKNOWN;
	367	+ *numChannels = 4;
	368	+
	369	+ if (IS_ID("M.K.", id) \|\| IS_ID("M!K!", id) \|\| IS_ID("NSMS", id) \|\|
	370	+ IS_ID("LARD", id) \|\| IS_ID("PATT", id))
	371	+ {
	372	+ modFormat = FORMAT_MK; // ProTracker or compatible
	373	+ }
	374	+ else if (isdigit(id[0]) && id[1] == 'C' && id[2] == 'H' && id[3] == 'N') // xCHN
	375	+ {
	376	+ modFormat = FORMAT_FT2; // FT2 or compatible (multi-channel)
	377	+ *numChannels = id[0] - '0';
	378	+ }
	379	+ else if (isdigit(id[0]) && isdigit(id[1]) && id[2] == 'C' && id[3] == 'H') // xxCH
	380	+ {
	381	+ modFormat = FORMAT_FT2; // FT2 or compatible (multi-channel)
	382	+ numChannels = ((id[0] - '0') 10) + (id[1] - '0');
	383	+ }
	384	+ else if (isdigit(id[0]) && isdigit(id[1]) && id[2] == 'C' && id[3] == 'N') // xxCN (load as xxCH)
	385	+ {
	386	+ modFormat = FORMAT_FT2; // FT2 or compatible (multi-channel)
	387	+ numChannels = ((id[0] - '0') 10) + (id[1] - '0');
	388	+ }
	389	+ else if (IS_ID("FLT4", id))
	390	+ {
	391	+ modFormat = FORMAT_FLT4; // StarTrekker (4ch modules)
	392	+ }
	393	+ else if (IS_ID("FLT8", id))
	394	+ {
	395	+ modFormat = FORMAT_FLT8; // StarTrekker (8ch modules)
	396	+ *numChannels = 8;
	397	+ }
	398	+ else if (IS_ID("N.T.", id))
	399	+ {
	400	+ modFormat = FORMAT_NT; // NoiseTracker
	401	+ }
	402	+ else if (IS_ID("M&K!", id) \|\| IS_ID("FEST", id))
	403	+ {
	404	+ modFormat = FORMAT_HMNT; // His Master's NoiseTracker (special one)
	405	+ }
	406	+
	407	+ return modFormat;
	408	+}

src/modloaders/ft2_load_s3m.c+663−0

@@ -0,0 +1,663 @@
	1	+// Scream Tracker 3 (or compatible) S3M loader
	2	+
	3	+#include <stdio.h>
	4	+#include <stdint.h>
	5	+#include <stdbool.h>
	6	+#include "../ft2_header.h"
	7	+#include "../ft2_module_loader.h"
	8	+#include "../ft2_sample_ed.h"
	9	+#include "../ft2_tables.h"
	10	+#include "../ft2_sysreqs.h"
	11	+
	12	+#ifdef _MSC_VER // please don't mess with these structs!
	13	+#pragma pack(push)
	14	+#pragma pack(1)
	15	+#endif
	16	+typedef struct songS3MinstrHeaderTyp_t
	17	+{
	18	+ uint8_t typ;
	19	+ char dosName[12];
	20	+ uint8_t memSegH;
	21	+ uint16_t memSeg;
	22	+ int32_t len, repS, repE;
	23	+ uint8_t vol, dsk, pack, flags;
	24	+ int32_t c2Spd, res1;
	25	+ uint16_t gusPos;
	26	+ uint8_t res2[6];
	27	+ char name[28], id[4];
	28	+}
	29	+#ifdef __GNUC__
	30	+__attribute__ ((packed))
	31	+#endif
	32	+songS3MinstrHeaderTyp;
	33	+
	34	+typedef struct songS3MHeaderTyp_t
	35	+{
	36	+ char name[28];
	37	+ uint8_t id1a, typ;
	38	+ uint16_t res1;
	39	+ int16_t songTabLen, antInstr, antPatt;
	40	+ uint16_t flags, trackerID, ver;
	41	+ char id[4];
	42	+ uint8_t globalVol, defSpeed, defTempo, masterVol, res2[12], chanType[32];
	43	+}
	44	+#ifdef __GNUC__
	45	+__attribute__ ((packed))
	46	+#endif
	47	+songS3MHeaderTyp;
	48	+#ifdef _MSC_VER
	49	+#pragma pack(pop)
	50	+#endif
	51	+
	52	+static uint8_t pattBuff[12288];
	53	+
	54	+static int8_t countS3MChannels(uint16_t antPtn);
	55	+
	56	+bool loadS3M(FILE *f, uint32_t filesize)
	57	+{
	58	+ uint8_t ha[2048];
	59	+ uint8_t alastnfo[32], alastefx[32], alastvibnfo[32], s3mLastGInstr[32];
	60	+ uint8_t typ;
	61	+ int16_t ai, ap, ver, ii, kk, tmp;
	62	+ uint16_t ptnOfs[256];
	63	+ int32_t i, j, k, len;
	64	+ tonTyp ton;
	65	+ sampleTyp *s;
	66	+ songS3MHeaderTyp h_S3M;
	67	+ songS3MinstrHeaderTyp h_S3MInstr;
	68	+
	69	+ tmpLinearPeriodsFlag = false; // use Amiga periods
	70	+
	71	+ if (filesize < sizeof (h_S3M))
	72	+ {
	73	+ loaderMsgBox("Error: This file is either not a module, or is not supported.");
	74	+ return false;
	75	+ }
	76	+
	77	+ memset(&h_S3M, 0, sizeof (h_S3M));
	78	+ if (fread(&h_S3M, 1, sizeof (h_S3M), f) != sizeof (h_S3M))
	79	+ {
	80	+ loaderMsgBox("Error: This file is either not a module, or is not supported.");
	81	+ return false;
	82	+ }
	83	+
	84	+ if (h_S3M.antInstr > MAX_INST \|\| h_S3M.songTabLen > 256 \|\| h_S3M.antPatt > 256 \|\|
	85	+ h_S3M.typ != 16 \|\| h_S3M.ver < 1 \|\| h_S3M.ver > 2)
	86	+ {
	87	+ loaderMsgBox("Error loading .s3m: Incompatible module!");
	88	+ return false;
	89	+ }
	90	+
	91	+ memset(songTmp.songTab, 255, sizeof (songTmp.songTab));
	92	+ if (fread(songTmp.songTab, h_S3M.songTabLen, 1, f) != 1)
	93	+ {
	94	+ loaderMsgBox("General I/O error during loading! Is the file in use?");
	95	+ return false;
	96	+ }
	97	+
	98	+ songTmp.len = h_S3M.songTabLen;
	99	+
	100	+ // remove pattern separators (254)
	101	+ k = 0;
	102	+ j = 0;
	103	+ for (i = 0; i < songTmp.len; i++)
	104	+ {
	105	+ if (songTmp.songTab[i] != 254)
	106	+ songTmp.songTab[j++] = songTmp.songTab[i];
	107	+ else
	108	+ k++;
	109	+ }
	110	+
	111	+ if (k <= songTmp.len)
	112	+ songTmp.len -= (uint16_t)k;
	113	+ else
	114	+ songTmp.len = 1;
	115	+
	116	+ for (i = 1; i < songTmp.len; i++)
	117	+ {
	118	+ if (songTmp.songTab[i] == 255)
	119	+ {
	120	+ songTmp.len = (uint16_t)i;
	121	+ break;
	122	+ }
	123	+ }
	124	+
	125	+ // clear unused song table entries
	126	+ if (songTmp.len < 255)
	127	+ memset(&songTmp.songTab[songTmp.len], 0, 255-songTmp.len);
	128	+
	129	+ songTmp.speed = h_S3M.defTempo;
	130	+ if (songTmp.speed < 32)
	131	+ songTmp.speed = 32;
	132	+
	133	+ songTmp.tempo = h_S3M.defSpeed;
	134	+ if (songTmp.tempo == 0)
	135	+ songTmp.tempo = 6;
	136	+
	137	+ if (songTmp.tempo > 31)
	138	+ songTmp.tempo = 31;
	139	+
	140	+ songTmp.initialTempo = songTmp.tempo;
	141	+ memcpy(songTmp.name, h_S3M.name, 20);
	142	+
	143	+ ap = h_S3M.antPatt;
	144	+ ai = h_S3M.antInstr;
	145	+ ver = h_S3M.ver;
	146	+
	147	+ k = 31;
	148	+ while (k >= 0 && h_S3M.chanType[k] >= 16) k--;
	149	+ songTmp.antChn = (k + 2) & 254;
	150	+
	151	+ if (fread(ha, ai*2, 1, f) != 1)
	152	+ {
	153	+ loaderMsgBox("General I/O error during loading! Is the file in use?");
	154	+ return false;
	155	+ }
	156	+
	157	+ if (fread(ptnOfs, ap*2, 1, f) != 1)
	158	+ {
	159	+ loaderMsgBox("General I/O error during loading! Is the file in use?");
	160	+ return false;
	161	+ }
	162	+
	163	+ // * PATTERNS *
	164	+
	165	+ k = 0;
	166	+ for (i = 0; i < ap; i++)
	167	+ {
	168	+ if (ptnOfs[i] == 0)
	169	+ continue; // empty pattern
	170	+
	171	+ memset(alastnfo, 0, sizeof (alastnfo));
	172	+ memset(alastefx, 0, sizeof (alastefx));
	173	+ memset(alastvibnfo, 0, sizeof (alastvibnfo));
	174	+ memset(s3mLastGInstr, 0, sizeof (s3mLastGInstr));
	175	+
	176	+ fseek(f, ptnOfs[i] << 4, SEEK_SET);
	177	+ if (feof(f))
	178	+ continue;
	179	+
	180	+ if (fread(&j, 2, 1, f) != 1)
	181	+ {
	182	+ loaderMsgBox("General I/O error during loading! Is the file in use?");
	183	+ return false;
	184	+ }
	185	+
	186	+ if (j > 0 && j <= 12288)
	187	+ {
	188	+ if (!allocateTmpPatt(i, 64))
	189	+ {
	190	+ loaderMsgBox("Not enough memory!");
	191	+ return false;
	192	+ }
	193	+
	194	+ fread(pattBuff, j, 1, f);
	195	+
	196	+ k = 0;
	197	+ kk = 0;
	198	+
	199	+ while (k < j && kk < 64)
	200	+ {
	201	+ typ = pattBuff[k++];
	202	+
	203	+ if (typ == 0)
	204	+ {
	205	+ kk++;
	206	+ }
	207	+ else
	208	+ {
	209	+ ii = typ & 31;
	210	+
	211	+ memset(&ton, 0, sizeof (ton));
	212	+
	213	+ // note and sample
	214	+ if (typ & 32)
	215	+ {
	216	+ ton.ton = pattBuff[k++];
	217	+ ton.instr = pattBuff[k++];
	218	+
	219	+ if (ton.instr > MAX_INST)
	220	+ ton.instr = 0;
	221	+
	222	+ if (ton.ton == 254) ton.ton = 97;
	223	+ else if (ton.ton == 255) ton.ton = 0;
	224	+ else
	225	+ {
	226	+ ton.ton = 1 + (ton.ton & 0xF) + (ton.ton >> 4) * 12;
	227	+ if (ton.ton > 96)
	228	+ ton.ton = 0;
	229	+ }
	230	+ }
	231	+
	232	+ // volume column
	233	+ if (typ & 64)
	234	+ {
	235	+ ton.vol = pattBuff[k++];
	236	+
	237	+ if (ton.vol <= 64)
	238	+ ton.vol += 0x10;
	239	+ else
	240	+ ton.vol = 0;
	241	+ }
	242	+
	243	+ // effect
	244	+ if (typ & 128)
	245	+ {
	246	+ ton.effTyp = pattBuff[k++];
	247	+ ton.eff = pattBuff[k++];
	248	+
	249	+ if (ton.eff > 0)
	250	+ {
	251	+ alastnfo[ii] = ton.eff;
	252	+ if (ton.effTyp == 8 \|\| ton.effTyp == 21)
	253	+ alastvibnfo[ii] = ton.eff; // H/U
	254	+ }
	255	+
	256	+ // in ST3, a lot of effects directly share the same memory!
	257	+ if (ton.eff == 0 && ton.effTyp != 7) // G
	258	+ {
	259	+ uint8_t efx = ton.effTyp;
	260	+ if (efx == 8 \|\| efx == 21) // H/U
	261	+ ton.eff = alastvibnfo[ii];
	262	+ else if ((efx >= 4 && efx <= 12) \|\| (efx >= 17 && efx <= 19)) // D/E/F/I/J/K/L/Q/R/S
	263	+ ton.eff = alastnfo[ii];
	264	+
	265	+ /* If effect data is zero and effect type was the same as last one, clear out
	266	+ ** data if it's not J or S (those have no memory in the equivalent XM effects).
	267	+ ** Also goes for extra fine pitch slides and fine volume slides,
	268	+ ** since they get converted to other effects.
	269	+ */
	270	+ if (efx == alastefx[ii] && ton.effTyp != 10 && ton.effTyp != 19) // J/S
	271	+ {
	272	+ uint8_t nfo = ton.eff;
	273	+ bool extraFinePitchSlides = (efx == 5 \|\| efx == 6) && ((nfo & 0xF0) == 0xE0);
	274	+ bool fineVolSlides = (efx == 4 \|\| efx == 11) &&
	275	+ ((nfo > 0xF0) \|\| (((nfo & 0xF) == 0xF) && ((nfo & 0xF0) > 0)));
	276	+
	277	+ if (!extraFinePitchSlides && !fineVolSlides)
	278	+ ton.eff = 0;
	279	+ }
	280	+ }
	281	+
	282	+ if (ton.effTyp > 0)
	283	+ alastefx[ii] = ton.effTyp;
	284	+
	285	+ switch (ton.effTyp)
	286	+ {
	287	+ case 1: // A
	288	+ {
	289	+ ton.effTyp = 0xF;
	290	+ if (ton.eff == 0 \|\| ton.eff > 0x1F)
	291	+ {
	292	+ ton.effTyp = 0;
	293	+ ton.eff = 0;
	294	+ }
	295	+ }
	296	+ break;
	297	+
	298	+ case 2: ton.effTyp = 0xB; break; // B
	299	+ case 3: ton.effTyp = 0xD; break; // C
	300	+ case 4: // D
	301	+ {
	302	+ if (ton.eff > 0xF0) // fine slide up
	303	+ {
	304	+ ton.effTyp = 0xE;
	305	+ ton.eff = 0xB0 \| (ton.eff & 0xF);
	306	+ }
	307	+ else if ((ton.eff & 0x0F) == 0x0F && (ton.eff & 0xF0) > 0) // fine slide down
	308	+ {
	309	+ ton.effTyp = 0xE;
	310	+ ton.eff = 0xA0 \| (ton.eff >> 4);
	311	+ }
	312	+ else
	313	+ {
	314	+ ton.effTyp = 0xA;
	315	+ if (ton.eff & 0x0F) // on D/K, last nybble has first priority in ST3
	316	+ ton.eff &= 0x0F;
	317	+ }
	318	+ }
	319	+ break;
	320	+
	321	+ case 5: // E
	322	+ case 6: // F
	323	+ {
	324	+ if ((ton.eff & 0xF0) >= 0xE0)
	325	+ {
	326	+ // convert to fine slide
	327	+ if ((ton.eff & 0xF0) == 0xE0)
	328	+ tmp = 0x21;
	329	+ else
	330	+ tmp = 0xE;
	331	+
	332	+ ton.eff &= 0x0F;
	333	+
	334	+ if (ton.effTyp == 0x05)
	335	+ ton.eff \|= 0x20;
	336	+ else
	337	+ ton.eff \|= 0x10;
	338	+
	339	+ ton.effTyp = (uint8_t)tmp;
	340	+
	341	+ if (ton.effTyp == 0x21 && ton.eff == 0)
	342	+ {
	343	+ ton.effTyp = 0;
	344	+ }
	345	+ }
	346	+ else
	347	+ {
	348	+ // convert to normal 1xx/2xx slide
	349	+ ton.effTyp = 7 - ton.effTyp;
	350	+ }
	351	+ }
	352	+ break;
	353	+
	354	+ case 7: // G
	355	+ {
	356	+ ton.effTyp = 0x03;
	357	+
	358	+ // fix illegal slides (to new instruments)
	359	+ if (ton.instr != 0 && ton.instr != s3mLastGInstr[ii])
	360	+ ton.instr = s3mLastGInstr[ii];
	361	+ }
	362	+ break;
	363	+
	364	+ case 11: // K
	365	+ {
	366	+ if (ton.eff > 0xF0) // fine slide up
	367	+ {
	368	+ ton.effTyp = 0xE;
	369	+ ton.eff = 0xB0 \| (ton.eff & 0xF);
	370	+
	371	+ // if volume column is unoccupied, set to vibrato
	372	+ if (ton.vol == 0)
	373	+ ton.vol = 0xB0;
	374	+ }
	375	+ else if ((ton.eff & 0x0F) == 0x0F && (ton.eff & 0xF0) > 0) // fine slide down
	376	+ {
	377	+ ton.effTyp = 0xE;
	378	+ ton.eff = 0xA0 \| (ton.eff >> 4);
	379	+
	380	+ // if volume column is unoccupied, set to vibrato
	381	+ if (ton.vol == 0)
	382	+ ton.vol = 0xB0;
	383	+ }
	384	+ else
	385	+ {
	386	+ ton.effTyp = 0x6;
	387	+ if (ton.eff & 0x0F) // on D/K, last nybble has first priority in ST3
	388	+ ton.eff &= 0x0F;
	389	+ }
	390	+ }
	391	+ break;
	392	+
	393	+ case 8: ton.effTyp = 0x04; break; // H
	394	+ case 9: ton.effTyp = 0x1D; break; // I
	395	+ case 10: ton.effTyp = 0x00; break; // J
	396	+ case 12: ton.effTyp = 0x05; break; // L
	397	+ case 15: ton.effTyp = 0x09; break; // O
	398	+ case 17: ton.effTyp = 0x1B; break; // Q
	399	+ case 18: ton.effTyp = 0x07; break; // R
	400	+
	401	+ case 19: // S
	402	+ {
	403	+ ton.effTyp = 0xE;
	404	+ tmp = ton.eff >> 4;
	405	+ ton.eff &= 0x0F;
	406	+
	407	+ if (tmp == 0x1) ton.eff \|= 0x30;
	408	+ else if (tmp == 0x2) ton.eff \|= 0x50;
	409	+ else if (tmp == 0x3) ton.eff \|= 0x40;
	410	+ else if (tmp == 0x4) ton.eff \|= 0x70;
	411	+ // ignore S8x becuase it's not compatible with FT2 panning
	412	+ else if (tmp == 0xB) ton.eff \|= 0x60;
	413	+ else if (tmp == 0xC) // Note Cut
	414	+ {
	415	+ ton.eff \|= 0xC0;
	416	+ if (ton.eff == 0xC0)
	417	+ {
	418	+ // EC0 does nothing in ST3 but cuts voice in FT2, remove effect
	419	+ ton.effTyp = 0;
	420	+ ton.eff = 0;
	421	+ }
	422	+ }
	423	+ else if (tmp == 0xD) // Note Delay
	424	+ {
	425	+ ton.eff \|= 0xD0;
	426	+ if (ton.ton == 0 \|\| ton.ton == 97)
	427	+ {
	428	+ // EDx without a note does nothing in ST3 but retrigs in FT2, remove effect
	429	+ ton.effTyp = 0;
	430	+ ton.eff = 0;
	431	+ }
	432	+ else if (ton.eff == 0xD0)
	433	+ {
	434	+ // ED0 prevents note/smp/vol from updating in ST3, remove everything
	435	+ ton.ton = 0;
	436	+ ton.instr = 0;
	437	+ ton.vol = 0;
	438	+ ton.effTyp = 0;
	439	+ ton.eff = 0;
	440	+ }
	441	+ }
	442	+ else if (tmp == 0xE) ton.eff \|= 0xE0;
	443	+ else if (tmp == 0xF) ton.eff \|= 0xF0;
	444	+ else
	445	+ {
	446	+ ton.effTyp = 0;
	447	+ ton.eff = 0;
	448	+ }
	449	+ }
	450	+ break;
	451	+
	452	+ case 20: // T
	453	+ {
	454	+ ton.effTyp = 0x0F;
	455	+ if (ton.eff < 0x21) // Txx with a value lower than 33 (0x21) does nothing in ST3, remove effect
	456	+ {
	457	+ ton.effTyp = 0;
	458	+ ton.eff = 0;
	459	+ }
	460	+ }
	461	+ break;
	462	+
	463	+ case 22: // V
	464	+ {
	465	+ ton.effTyp = 0x10;
	466	+ if (ton.eff > 0x40)
	467	+ {
	468	+ // Vxx > 0x40 does nothing in ST3
	469	+ ton.effTyp = 0;
	470	+ ton.eff = 0;
	471	+ }
	472	+ }
	473	+ break;
	474	+
	475	+ default:
	476	+ {
	477	+ ton.effTyp = 0;
	478	+ ton.eff = 0;
	479	+ }
	480	+ break;
	481	+ }
	482	+ }
	483	+
	484	+ if (ton.instr != 0 && ton.effTyp != 0x3)
	485	+ s3mLastGInstr[ii] = ton.instr;
	486	+
	487	+ if (ton.effTyp > 35)
	488	+ {
	489	+ ton.effTyp = 0;
	490	+ ton.eff = 0;
	491	+ }
	492	+
	493	+ pattTmp[i][(kk * MAX_VOICES) + ii] = ton;
	494	+ }
	495	+ }
	496	+
	497	+ if (tmpPatternEmpty((uint16_t)i))
	498	+ {
	499	+ if (pattTmp[i] != NULL)
	500	+ {
	501	+ free(pattTmp[i]);
	502	+ pattTmp[i] = NULL;
	503	+ }
	504	+ }
	505	+ }
	506	+ }
	507	+
	508	+ // * SAMPLES *
	509	+
	510	+ bool adlibInsWarn = false;
	511	+
	512	+ memcpy(ptnOfs, ha, 512);
	513	+ for (i = 0; i < ai; i++)
	514	+ {
	515	+ fseek(f, ptnOfs[i] << 4, SEEK_SET);
	516	+
	517	+ if (fread(&h_S3MInstr, 1, sizeof (h_S3MInstr), f) != sizeof (h_S3MInstr))
	518	+ {
	519	+ loaderMsgBox("Not enough memory!");
	520	+ return false;
	521	+ }
	522	+
	523	+ memcpy(songTmp.instrName[1+i], h_S3MInstr.name, 22);
	524	+
	525	+ if (h_S3MInstr.typ == 2)
	526	+ {
	527	+ adlibInsWarn = true;
	528	+ }
	529	+ else if (h_S3MInstr.typ == 1)
	530	+ {
	531	+ if ((h_S3MInstr.flags & (255-1-2-4)) != 0 \|\| h_S3MInstr.pack != 0)
	532	+ {
	533	+ loaderMsgBox("Error loading .s3m: Incompatible module!");
	534	+ return false;
	535	+ }
	536	+ else if (h_S3MInstr.memSeg > 0 && h_S3MInstr.len > 0)
	537	+ {
	538	+ if (!allocateTmpInstr((int16_t)(1 + i)))
	539	+ {
	540	+ loaderMsgBox("Not enough memory!");
	541	+ return false;
	542	+ }
	543	+
	544	+ setNoEnvelope(instrTmp[1 + i]);
	545	+ s = &instrTmp[1+i]->samp[0];
	546	+
	547	+ // non-FT2: fixes "miracle man.s3m" and other broken S3Ms
	548	+ if ((h_S3MInstr.memSeg<<4)+h_S3MInstr.len > (int32_t)filesize)
	549	+ h_S3MInstr.len = filesize - (h_S3MInstr.memSeg << 4);
	550	+
	551	+ len = h_S3MInstr.len;
	552	+
	553	+ bool hasLoop = h_S3MInstr.flags & 1;
	554	+ bool stereoSample = (h_S3MInstr.flags >> 1) & 1;
	555	+ bool is16Bit = (h_S3MInstr.flags >> 2) & 1;
	556	+
	557	+ if (is16Bit) // 16-bit
	558	+ len <<= 1;
	559	+
	560	+ if (stereoSample) // stereo
	561	+ len <<= 1;
	562	+
	563	+ if (!allocateTmpSmpData(s, len))
	564	+ {
	565	+ loaderMsgBox("Not enough memory!");
	566	+ return false;
	567	+ }
	568	+
	569	+ memcpy(s->name, h_S3MInstr.name, 21);
	570	+
	571	+ if (h_S3MInstr.c2Spd > 65535) // ST3 (and OpenMPT) does this
	572	+ h_S3MInstr.c2Spd = 65535;
	573	+
	574	+ s->len = h_S3MInstr.len;
	575	+ s->vol = h_S3MInstr.vol;
	576	+ s->repS = h_S3MInstr.repS;
	577	+ s->repL = h_S3MInstr.repE - h_S3MInstr.repS;
	578	+
	579	+ tuneSample(s, h_S3MInstr.c2Spd, tmpLinearPeriodsFlag);
	580	+
	581	+ if (s->vol > 64)
	582	+ s->vol = 64;
	583	+
	584	+ if (s->repL <= 2 \|\| s->repS+s->repL > s->len \|\| s->repL == 0)
	585	+ {
	586	+ s->repS = 0;
	587	+ s->repL = 0;
	588	+ hasLoop = false;
	589	+ }
	590	+
	591	+ s->typ = hasLoop + (is16Bit << 4);
	592	+
	593	+ fseek(f, h_S3MInstr.memSeg << 4, SEEK_SET);
	594	+
	595	+ if (ver == 1)
	596	+ {
	597	+ fseek(f, len, SEEK_CUR); // sample not supported
	598	+ }
	599	+ else
	600	+ {
	601	+ if (fread(s->pek, len, 1, f) != 1)
	602	+ {
	603	+ loaderMsgBox("General I/O error during loading! Is the file in use?");
	604	+ return false;
	605	+ }
	606	+
	607	+ if (is16Bit)
	608	+ {
	609	+ conv16BitSample(s->pek, len, stereoSample);
	610	+
	611	+ s->len <<= 1;
	612	+ s->repS <<= 1;
	613	+ s->repL <<= 1;
	614	+ }
	615	+ else
	616	+ {
	617	+ conv8BitSample(s->pek, len, stereoSample);
	618	+ }
	619	+
	620	+ // if stereo sample: reduce memory footprint after sample was downmixed to mono
	621	+ if (stereoSample)
	622	+ reallocateTmpSmpData(s, s->len);
	623	+ }
	624	+ }
	625	+ }
	626	+ }
	627	+
	628	+ songTmp.antChn = countS3MChannels(ap);
	629	+
	630	+ if (adlibInsWarn)
	631	+ loaderMsgBox("Warning: The module contains unsupported AdLib instruments!");
	632	+
	633	+ if (!(config.dontShowAgainFlags & DONT_SHOW_S3M_LOAD_WARNING_FLAG))
	634	+ loaderSysReq(6, "System message", "Warning: S3M channel panning is ignored because it's not compatible with FT2.");
	635	+
	636	+ return true;
	637	+}
	638	+
	639	+static int8_t countS3MChannels(uint16_t antPtn)
	640	+{
	641	+ int32_t channels = 0;
	642	+ for (int32_t i = 0; i < antPtn; i++)
	643	+ {
	644	+ if (pattTmp[i] == NULL)
	645	+ continue;
	646	+
	647	+ tonTyp *ton = pattTmp[i];
	648	+ for (int32_t j = 0; j < 64; j++)
	649	+ {
	650	+ for (int32_t k = 0; k < MAX_VOICES; k++, ton++)
	651	+ {
	652	+ if (ton->eff == 0 && ton->effTyp == 0 && ton->instr == 0 && ton->ton == 0 && ton->vol == 0)
	653	+ continue;
	654	+
	655	+ if (k > channels)
	656	+ channels = k;
	657	+ }
	658	+ }
	659	+ }
	660	+ channels++;
	661	+
	662	+ return (int8_t)channels;
	663	+}

src/modloaders/ft2_load_stk.c+350−0

@@ -0,0 +1,350 @@
	1	+// Ultimate SoundTracker (or compatible) STK loader
	2	+
	3	+#include <stdio.h>
	4	+#include <stdint.h>
	5	+#include <stdbool.h>
	6	+#include "../ft2_header.h"
	7	+#include "../ft2_module_loader.h"
	8	+#include "../ft2_sample_ed.h"
	9	+#include "../ft2_tables.h"
	10	+#include "../ft2_sysreqs.h"
	11	+
	12	+#ifdef _MSC_VER // please don't mess with this struct!
	13	+#pragma pack(push)
	14	+#pragma pack(1)
	15	+#endif
	16	+typedef struct songMOD15HeaderTyp_t
	17	+{
	18	+ char name[20];
	19	+ songMODInstrHeaderTyp instr[15];
	20	+ uint8_t len, CIAVal, songTab[128];
	21	+}
	22	+#ifdef __GNUC__
	23	+__attribute__ ((packed))
	24	+#endif
	25	+songMOD15HeaderTyp;
	26	+#ifdef _MSC_VER
	27	+#pragma pack(pop)
	28	+#endif
	29	+
	30	+bool loadSTK(FILE *f, uint32_t filesize)
	31	+{
	32	+ uint8_t bytes[4];
	33	+ int16_t i, j, k;
	34	+ uint16_t a, b, period;
	35	+ tonTyp *ton;
	36	+ sampleTyp *s;
	37	+ songMOD15HeaderTyp h_MOD15;
	38	+
	39	+ tmpLinearPeriodsFlag = false; // use Amiga periods
	40	+
	41	+ bool veryLateSTKVerFlag = false; // "DFJ SoundTracker III" nad later
	42	+ bool lateSTKVerFlag = false; // "TJC SoundTracker II" and later
	43	+
	44	+ if (filesize < sizeof (h_MOD15))
	45	+ {
	46	+ loaderMsgBox("Error: This file is either not a module, or is not supported.");
	47	+ return false;
	48	+ }
	49	+
	50	+ memset(&h_MOD15, 0, sizeof (songMOD15HeaderTyp));
	51	+ if (fread(&h_MOD15, 1, sizeof (h_MOD15), f) != sizeof (h_MOD15))
	52	+ {
	53	+ loaderMsgBox("Error: This file is either not a module, or is not supported.");
	54	+ return false;
	55	+ }
	56	+
	57	+ if (h_MOD15.CIAVal == 0) // a CIA value of 0 results in 120
	58	+ h_MOD15.CIAVal = 120;
	59	+
	60	+ songTmp.antChn = 4;
	61	+ songTmp.len = h_MOD15.len;
	62	+ songTmp.speed = 125;
	63	+ songTmp.initialTempo = songTmp.tempo = 6;
	64	+ memcpy(songTmp.songTab, h_MOD15.songTab, 128);
	65	+
	66	+ if (songTmp.len < 1 \|\| songTmp.len > 128 \|\| h_MOD15.CIAVal > 220)
	67	+ {
	68	+ loaderMsgBox("Error: This file is either not a module, or is not supported.");
	69	+ return false;
	70	+ }
	71	+
	72	+ for (a = 0; a < 15; a++)
	73	+ {
	74	+ songMODInstrHeaderTyp *smp = &h_MOD15.instr[a];
	75	+ memcpy(songTmp.instrName[1+a], smp->name, 22);
	76	+
	77	+ /* Only late versions of Ultimate SoundTracker supports samples larger than 9999 bytes.
	78	+ ** If found, we know for sure that this is a late STK module.
	79	+ */
	80	+ const int32_t sampleLen = 2*SWAP16(smp->len);
	81	+ if (sampleLen > 9999)
	82	+ lateSTKVerFlag = true;
	83	+ }
	84	+
	85	+ // jjk55.mod by Jesper Kyd has a bogus STK tempo value that should be ignored (hackish!)
	86	+ if (!strcmp("jjk55", h_MOD15.name))
	87	+ h_MOD15.CIAVal = 120;
	88	+
	89	+ if (h_MOD15.CIAVal != 120) // 120 is a special case and means 50Hz (125BPM)
	90	+ {
	91	+ // convert UST tempo to BPM
	92	+ uint16_t ciaPeriod = (240 - h_MOD15.CIAVal) * 122;
	93	+ double dHz = 709379.0 / ciaPeriod;
	94	+ int32_t BPM = (int32_t)((dHz * 2.5) + 0.5);
	95	+
	96	+ songTmp.speed = (uint16_t)BPM;
	97	+ }
	98	+
	99	+ memcpy(songTmp.name, h_MOD15.name, 20);
	100	+
	101	+ // count number of patterns
	102	+ b = 0;
	103	+ for (a = 0; a < 128; a++)
	104	+ {
	105	+ if (songTmp.songTab[a] > b)
	106	+ b = songTmp.songTab[a];
	107	+ }
	108	+ b++;
	109	+
	110	+ for (a = 0; a < b; a++)
	111	+ {
	112	+ if (!allocateTmpPatt(a, 64))
	113	+ {
	114	+ loaderMsgBox("Not enough memory!");
	115	+ return false;
	116	+ }
	117	+
	118	+ for (j = 0; j < 64; j++)
	119	+ {
	120	+ for (k = 0; k < songTmp.antChn; k++)
	121	+ {
	122	+ ton = &pattTmp[a][(j * MAX_VOICES) + k];
	123	+
	124	+ if (fread(bytes, 1, 4, f) != 4)
	125	+ {
	126	+ loaderMsgBox("Error: This file is either not a module, or is not supported.");
	127	+ return false;
	128	+ }
	129	+
	130	+ // period to note
	131	+ period = ((bytes[0] & 0x0F) << 8) \| bytes[1];
	132	+ for (i = 0; i < 3*12; i++)
	133	+ {
	134	+ if (period >= ptPeriods[i])
	135	+ {
	136	+ ton->ton = 1 + (3*12) + (uint8_t)i;
	137	+ break;
	138	+ }
	139	+ }
	140	+
	141	+ ton->instr = (bytes[0] & 0xF0) \| (bytes[2] >> 4);
	142	+ ton->effTyp = bytes[2] & 0x0F;
	143	+ ton->eff = bytes[3];
	144	+
	145	+ if (ton->effTyp == 0xC \|\| ton->effTyp == 0xD \|\| ton->effTyp == 0xE)
	146	+ {
	147	+ // "TJC SoundTracker II" and later
	148	+ lateSTKVerFlag = true;
	149	+ }
	150	+
	151	+ if (ton->effTyp == 0xF)
	152	+ {
	153	+ // "DFJ SoundTracker III" and later
	154	+ lateSTKVerFlag = true;
	155	+ veryLateSTKVerFlag = true;
	156	+ }
	157	+
	158	+ if (ton->effTyp == 0xC)
	159	+ {
	160	+ if (ton->eff > 64)
	161	+ ton->eff = 64;
	162	+ }
	163	+ else if (ton->effTyp == 0x1)
	164	+ {
	165	+ if (ton->eff == 0)
	166	+ ton->effTyp = 0;
	167	+ }
	168	+ else if (ton->effTyp == 0x2)
	169	+ {
	170	+ if (ton->eff == 0)
	171	+ ton->effTyp = 0;
	172	+ }
	173	+ else if (ton->effTyp == 0x5)
	174	+ {
	175	+ if (ton->eff == 0)
	176	+ ton->effTyp = 0x3;
	177	+ }
	178	+ else if (ton->effTyp == 0x6)
	179	+ {
	180	+ if (ton->eff == 0)
	181	+ ton->effTyp = 0x4;
	182	+ }
	183	+ else if (ton->effTyp == 0xA)
	184	+ {
	185	+ if (ton->eff == 0)
	186	+ ton->effTyp = 0;
	187	+ }
	188	+ else if (ton->effTyp == 0xE)
	189	+ {
	190	+ // check if certain E commands are empty
	191	+ if (ton->eff == 0x10 \|\| ton->eff == 0x20 \|\| ton->eff == 0xA0 \|\| ton->eff == 0xB0)
	192	+ {
	193	+ ton->effTyp = 0;
	194	+ ton->eff = 0;
	195	+ }
	196	+ }
	197	+ }
	198	+ }
	199	+
	200	+ if (tmpPatternEmpty(a))
	201	+ {
	202	+ if (pattTmp[a] != NULL)
	203	+ {
	204	+ free(pattTmp[a]);
	205	+ pattTmp[a] = NULL;
	206	+ }
	207	+ }
	208	+ }
	209	+
	210	+ // pattern command conversion for non-PT formats
	211	+ for (a = 0; a < b; a++)
	212	+ {
	213	+ if (pattTmp[a] == NULL)
	214	+ continue;
	215	+
	216	+ for (j = 0; j < 64; j++)
	217	+ {
	218	+ for (k = 0; k < songTmp.antChn; k++)
	219	+ {
	220	+ ton = &pattTmp[a][(j * MAX_VOICES) + k];
	221	+
	222	+ // convert STK effects to PT effects
	223	+
	224	+ if (!lateSTKVerFlag)
	225	+ {
	226	+ // old SoundTracker 1.x commands
	227	+
	228	+ if (ton->effTyp == 1)
	229	+ {
	230	+ // arpeggio
	231	+ ton->effTyp = 0;
	232	+ }
	233	+ else if (ton->effTyp == 2)
	234	+ {
	235	+ // pitch slide
	236	+ if (ton->eff & 0xF0)
	237	+ {
	238	+ // pitch slide down
	239	+ ton->effTyp = 2;
	240	+ ton->eff >>= 4;
	241	+ }
	242	+ else if (ton->eff & 0x0F)
	243	+ {
	244	+ // pitch slide up
	245	+ ton->effTyp = 1;
	246	+ }
	247	+ }
	248	+ }
	249	+ else
	250	+ {
	251	+ // "DFJ SoundTracker II" or later
	252	+
	253	+ if (ton->effTyp == 0xD)
	254	+ {
	255	+ if (veryLateSTKVerFlag) // "DFJ SoundTracker III" or later
	256	+ {
	257	+ // pattern break w/ no param (param must be cleared to fix some songs)
	258	+ ton->eff = 0;
	259	+ }
	260	+ else
	261	+ {
	262	+ // volume slide
	263	+ ton->effTyp = 0xA;
	264	+ }
	265	+ }
	266	+ }
	267	+
	268	+ // effect F with param 0x00 does nothing in UST/STK (I think)
	269	+ if (ton->effTyp == 0xF && ton->eff == 0)
	270	+ ton->effTyp = 0;
	271	+ }
	272	+ }
	273	+ }
	274	+
	275	+ for (a = 0; a < 15; a++)
	276	+ {
	277	+ if (h_MOD15.instr[a].len == 0)
	278	+ continue;
	279	+
	280	+ if (!allocateTmpInstr(1+a))
	281	+ {
	282	+ loaderMsgBox("Not enough memory!");
	283	+ return false;
	284	+ }
	285	+
	286	+ setNoEnvelope(instrTmp[1+a]);
	287	+
	288	+ s = &instrTmp[1+a]->samp[0];
	289	+ s->vol = h_MOD15.instr[a].vol;
	290	+
	291	+ s->len = 2 * SWAP16(h_MOD15.instr[a].len);
	292	+ s->repS = SWAP16(h_MOD15.instr[a].repS); // in STK, loopStart = bytes, not words
	293	+ s->repL = 2 * SWAP16(h_MOD15.instr[a].repL);
	294	+
	295	+ if (s->vol > 64)
	296	+ s->vol = 64;
	297	+
	298	+ if (s->repL < 2)
	299	+ s->repL = 2;
	300	+
	301	+ // fix overflown loop
	302	+ if (s->repS+s->repL > s->len)
	303	+ {
	304	+ if (s->repS >= s->len)
	305	+ {
	306	+ s->repS = 0;
	307	+ s->repL = 0;
	308	+ }
	309	+ else
	310	+ {
	311	+ s->repL = s->len - s->repS;
	312	+ }
	313	+ }
	314	+
	315	+ if (s->repS+s->repL > 2)
	316	+ {
	317	+ s->typ = 1; // enable loop
	318	+ }
	319	+ else
	320	+ {
	321	+ s->repL = 0;
	322	+ s->repS = 0;
	323	+ }
	324	+
	325	+ /* In STK, only the loop area of a looped sample is played.
	326	+ ** Skip loading of eventual data present before loop start.
	327	+ */
	328	+ if (s->repS > 0 && s->repL < s->len)
	329	+ {
	330	+ s->len -= s->repS;
	331	+ fseek(f, s->repS, SEEK_CUR);
	332	+ s->repS = 0;
	333	+ }
	334	+
	335	+ if (!allocateTmpSmpData(s, s->len))
	336	+ {
	337	+ loaderMsgBox("Not enough memory!");
	338	+ return false;
	339	+ }
	340	+
	341	+ int32_t bytesRead = (int32_t)fread(s->pek, 1, s->len, f);
	342	+ if (bytesRead < s->len)
	343	+ {
	344	+ int32_t bytesToClear = s->len - bytesRead;
	345	+ memset(&s->pek[bytesRead], 0, bytesToClear);
	346	+ }
	347	+ }
	348	+
	349	+ return true;
	350	+}

src/modloaders/ft2_load_stm.c+263−0

@@ -0,0 +1,263 @@
	1	+// Scream Tracker 2 STM loader
	2	+
	3	+#include <stdio.h>
	4	+#include <stdint.h>
	5	+#include <stdbool.h>
	6	+#include "../ft2_header.h"
	7	+#include "../ft2_module_loader.h"
	8	+#include "../ft2_sample_ed.h"
	9	+#include "../ft2_tables.h"
	10	+#include "../ft2_sysreqs.h"
	11	+
	12	+#ifdef _MSC_VER // please don't mess with these structs!
	13	+#pragma pack(push)
	14	+#pragma pack(1)
	15	+#endif
	16	+typedef struct songSTMinstrHeaderTyp_t
	17	+{
	18	+ char name[12];
	19	+ uint8_t nul, insDisk;
	20	+ uint16_t reserved1, len, repS, repE;
	21	+ uint8_t vol, reserved2;
	22	+ uint16_t rate;
	23	+ int32_t reserved3;
	24	+ uint16_t paraLen;
	25	+}
	26	+#ifdef __GNUC__
	27	+__attribute__ ((packed))
	28	+#endif
	29	+songSTMinstrHeaderTyp;
	30	+
	31	+typedef struct songSTMHeaderTyp_t
	32	+{
	33	+ char name[20], sig[8];
	34	+ uint8_t id1a, typ;
	35	+ uint8_t verMajor, verMinor;
	36	+ uint8_t tempo, ap, vol, reserved[13];
	37	+ songSTMinstrHeaderTyp instr[31];
	38	+ uint8_t songTab[128];
	39	+}
	40	+#ifdef __GNUC__
	41	+__attribute__ ((packed))
	42	+#endif
	43	+songSTMHeaderTyp;
	44	+#ifdef _MSC_VER
	45	+#pragma pack(pop)
	46	+#endif
	47	+
	48	+static const uint8_t stmEff[16] = { 0, 0, 11, 0, 10, 2, 1, 3, 4, 7, 0, 5, 6, 0, 0, 0 };
	49	+
	50	+static uint8_t stmTempoToBPM(uint8_t tempo);
	51	+
	52	+bool loadSTM(FILE *f, uint32_t filesize)
	53	+{
	54	+ uint8_t typ, tempo, pattBuff[1024];
	55	+ int16_t i, j, k, ap, tmp;
	56	+ uint16_t a;
	57	+ tonTyp *ton;
	58	+ sampleTyp *s;
	59	+ songSTMHeaderTyp h_STM;
	60	+
	61	+ tmpLinearPeriodsFlag = false; // use Amiga periods
	62	+
	63	+ if (filesize < sizeof (h_STM))
	64	+ {
	65	+ loaderMsgBox("Error: This file is either not a module, or is not supported.");
	66	+ return false;
	67	+ }
	68	+
	69	+ if (fread(&h_STM, 1, sizeof (h_STM), f) != sizeof (h_STM))
	70	+ {
	71	+ loaderMsgBox("Error: This file is either not a module, or is not supported.");
	72	+ return false;
	73	+ }
	74	+
	75	+ if (h_STM.verMinor == 0 \|\| h_STM.typ != 2)
	76	+ {
	77	+ loaderMsgBox("Error loading STM: Incompatible module!");
	78	+ return false;
	79	+ }
	80	+
	81	+ songTmp.antChn = 4;
	82	+ memcpy(songTmp.songTab, h_STM.songTab, 128);
	83	+
	84	+ i = 0;
	85	+ while (i < 128 && songTmp.songTab[i] < 99) i++;
	86	+ songTmp.len = i + (i == 0);
	87	+
	88	+ if (songTmp.len < 255)
	89	+ memset(&songTmp.songTab[songTmp.len], 0, 256 - songTmp.len);
	90	+
	91	+ memcpy(songTmp.name, h_STM.name, 20);
	92	+
	93	+ tempo = h_STM.tempo;
	94	+ if (h_STM.verMinor < 21)
	95	+ tempo = ((tempo / 10) << 4) + (tempo % 10);
	96	+
	97	+ if (tempo == 0)
	98	+ tempo = 96;
	99	+
	100	+ songTmp.initialTempo = songTmp.tempo = CLAMP(h_STM.tempo >> 4, 1, 31);
	101	+ songTmp.speed = stmTempoToBPM(tempo);
	102	+
	103	+ if (h_STM.verMinor > 10)
	104	+ songTmp.globVol = MIN(h_STM.vol, 64);
	105	+
	106	+ ap = h_STM.ap;
	107	+ for (i = 0; i < ap; i++)
	108	+ {
	109	+ if (!allocateTmpPatt(i, 64))
	110	+ {
	111	+ loaderMsgBox("Not enough memory!");
	112	+ return false;
	113	+ }
	114	+
	115	+ if (fread(pattBuff, 64 * 4 * 4, 1, f) != 1)
	116	+ {
	117	+ loaderMsgBox("General I/O error during loading!");
	118	+ return false;
	119	+ }
	120	+
	121	+ a = 0;
	122	+ for (j = 0; j < 64; j++)
	123	+ {
	124	+ for (k = 0; k < 4; k++)
	125	+ {
	126	+ ton = &pattTmp[i][(j * MAX_VOICES) + k];
	127	+
	128	+ if (pattBuff[a] == 254)
	129	+ {
	130	+ ton->ton = 97;
	131	+ }
	132	+ else if (pattBuff[a] < 96)
	133	+ {
	134	+ ton->ton = (12 * (pattBuff[a] >> 4)) + (25 + (pattBuff[a] & 0x0F));
	135	+ if (ton->ton > 96)
	136	+ ton->ton = 0;
	137	+ }
	138	+ else
	139	+ {
	140	+ ton->ton = 0;
	141	+ }
	142	+
	143	+ ton->instr = pattBuff[a + 1] >> 3;
	144	+ typ = (pattBuff[a + 1] & 7) + ((pattBuff[a + 2] & 0xF0) >> 1);
	145	+ if (typ <= 64)
	146	+ ton->vol = typ + 0x10;
	147	+
	148	+ ton->eff = pattBuff[a + 3];
	149	+
	150	+ tmp = pattBuff[a + 2] & 0x0F;
	151	+ if (tmp == 1)
	152	+ {
	153	+ ton->effTyp = 15;
	154	+
	155	+ if (h_STM.verMinor < 21)
	156	+ ton->eff = ((ton->eff / 10) << 4) + (ton->eff % 10);
	157	+
	158	+ ton->eff >>= 4;
	159	+ }
	160	+ else if (tmp == 3)
	161	+ {
	162	+ ton->effTyp = 13;
	163	+ ton->eff = 0;
	164	+ }
	165	+ else if (tmp == 2 \|\| (tmp >= 4 && tmp <= 12))
	166	+ {
	167	+ ton->effTyp = stmEff[tmp];
	168	+ if (ton->effTyp == 0xA)
	169	+ {
	170	+ if (ton->eff & 0x0F)
	171	+ ton->eff &= 0x0F;
	172	+ else
	173	+ ton->eff &= 0xF0;
	174	+ }
	175	+ }
	176	+ else
	177	+ {
	178	+ ton->eff = 0;
	179	+ }
	180	+
	181	+ if (ton->effTyp > 35)
	182	+ {
	183	+ ton->effTyp = 0;
	184	+ ton->eff = 0;
	185	+ }
	186	+
	187	+ a += 4;
	188	+ }
	189	+ }
	190	+
	191	+ if (tmpPatternEmpty(i))
	192	+ {
	193	+ if (pattTmp[i] != NULL)
	194	+ {
	195	+ free(pattTmp[i]);
	196	+ pattTmp[i] = NULL;
	197	+ }
	198	+ }
	199	+ }
	200	+
	201	+ for (i = 0; i < 31; i++)
	202	+ {
	203	+ memcpy(&songTmp.instrName[1+i], h_STM.instr[i].name, 12);
	204	+
	205	+ if (h_STM.instr[i].len != 0 && h_STM.instr[i].reserved1 != 0)
	206	+ {
	207	+ allocateTmpInstr(1 + i);
	208	+ setNoEnvelope(instrTmp[i]);
	209	+
	210	+ s = &instrTmp[1+i]->samp[0];
	211	+
	212	+ if (!allocateTmpSmpData(s, h_STM.instr[i].len))
	213	+ {
	214	+ loaderMsgBox("Not enough memory!");
	215	+ return false;
	216	+ }
	217	+
	218	+ s->len = h_STM.instr[i].len;
	219	+ s->vol = h_STM.instr[i].vol;
	220	+ s->repS = h_STM.instr[i].repS;
	221	+ s->repL = h_STM.instr[i].repE - h_STM.instr[i].repS;
	222	+
	223	+ memcpy(s->name, h_STM.instr[i].name, 12);
	224	+ tuneSample(s, h_STM.instr[i].rate, tmpLinearPeriodsFlag);
	225	+
	226	+ if (s->repS < s->len && h_STM.instr[i].repE > s->repS && h_STM.instr[i].repE != 0xFFFF)
	227	+ {
	228	+ if (s->repS+s->repL > s->len)
	229	+ s->repL = s->len - s->repS;
	230	+
	231	+ s->typ = 1; // enable loop
	232	+ }
	233	+ else
	234	+ {
	235	+ s->repS = 0;
	236	+ s->repL = 0;
	237	+ s->typ = 0;
	238	+ }
	239	+
	240	+ if (s->vol > 64)
	241	+ s->vol = 64;
	242	+
	243	+ if (fread(s->pek, s->len, 1, f) != 1)
	244	+ {
	245	+ loaderMsgBox("General I/O error during loading! Possibly corrupt module?");
	246	+ return false;
	247	+ }
	248	+ }
	249	+ }
	250	+
	251	+ return true;
	252	+}
	253	+
	254	+static uint8_t stmTempoToBPM(uint8_t tempo) // ported from original ST2.3 replayer code
	255	+{
	256	+ const uint8_t slowdowns[16] = { 140, 50, 25, 15, 10, 7, 6, 4, 3, 3, 2, 2, 2, 2, 1, 1 };
	257	+ uint16_t hz = 50;
	258	+
	259	+ hz -= ((slowdowns[tempo >> 4] * (tempo & 15)) >> 4); // can and will underflow
	260	+
	261	+ const uint32_t bpm = (hz << 1) + (hz >> 1); // BPM = hz * 2.5
	262	+ return (uint8_t)CLAMP(bpm, 32, 255); // result can be slightly off, but close enough...
	263	+}

src/modloaders/ft2_load_xm.c+626−0

@@ -0,0 +1,626 @@
	1	+// Fasttracker II (or compatible) XM loader
	2	+
	3	+#include <stdio.h>
	4	+#include <stdint.h>
	5	+#include <stdbool.h>
	6	+#include "../ft2_header.h"
	7	+#include "../ft2_module_loader.h"
	8	+#include "../ft2_sample_ed.h"
	9	+#include "../ft2_tables.h"
	10	+#include "../ft2_sysreqs.h"
	11	+
	12	+static uint8_t packedPattData[65536];
	13	+
	14	+/* ModPlug Tracker & OpenMPT supports up to 32 samples per instrument for XMs - we don't.
	15	+** For such modules, we use a temporary array here to store the extra sample data lengths
	16	+** we need to skip to be able to load the file (we lose the extra samples, though...).
	17	+*/
	18	+static uint32_t extraSampleLengths[32-MAX_SMP_PER_INST];
	19	+
	20	+static bool loadInstrHeader(FILE *f, uint16_t i);
	21	+static bool loadInstrSample(FILE *f, uint16_t i);
	22	+static void unpackPatt(uint8_t dst, uint8_t src, uint16_t len, int32_t antChn);
	23	+static bool loadPatterns(FILE *f, uint16_t antPtn);
	24	+static void unpackPatt(uint8_t dst, uint8_t src, uint16_t len, int32_t antChn);
	25	+static void sanitizeInstrument(instrTyp *ins);
	26	+
	27	+bool loadXM(FILE *f, uint32_t filesize)
	28	+{
	29	+ uint16_t i;
	30	+ songHeaderTyp h;
	31	+
	32	+ if (filesize < sizeof (h))
	33	+ {
	34	+ loaderMsgBox("Error: This file is either not a module, or is not supported.");
	35	+ return false;
	36	+ }
	37	+
	38	+ if (fread(&h, 1, sizeof (h), f) != sizeof (h))
	39	+ {
	40	+ loaderMsgBox("Error: This file is either not a module, or is not supported.");
	41	+ return false;
	42	+ }
	43	+
	44	+ if (h.ver < 0x0102 \|\| h.ver > 0x0104)
	45	+ {
	46	+ loaderMsgBox("Error loading XM: Unsupported file version (v%01X.%02X).", (h.ver >> 8) & 15, h.ver & 0xFF);
	47	+ return false;
	48	+ }
	49	+
	50	+ if (h.len > MAX_ORDERS)
	51	+ {
	52	+ loaderMsgBox("Error loading XM: The song has more than 256 orders!");
	53	+ return false;
	54	+ }
	55	+
	56	+ if (h.antPtn > MAX_PATTERNS)
	57	+ {
	58	+ loaderMsgBox("Error loading XM: The song has more than 256 patterns!");
	59	+ return false;
	60	+ }
	61	+
	62	+ if (h.antChn == 0)
	63	+ {
	64	+ loaderMsgBox("Error loading XM: This file is corrupt.");
	65	+ return false;
	66	+ }
	67	+
	68	+ if (h.antInstrs > 256) // if >128 instruments, we fake-load up to 128 extra instruments and discard them
	69	+ {
	70	+ loaderMsgBox("Error loading XM: This file is corrupt.");
	71	+ return false;
	72	+ }
	73	+
	74	+ fseek(f, 60 + h.headerSize, SEEK_SET);
	75	+ if (filesize != 336 && feof(f)) // 336 in length at this point = empty XM
	76	+ {
	77	+ loaderMsgBox("Error loading XM: The module is empty!");
	78	+ return false;
	79	+ }
	80	+
	81	+ memcpy(songTmp.name, h.name, 20);
	82	+
	83	+ songTmp.len = h.len;
	84	+ songTmp.repS = h.repS;
	85	+ songTmp.antChn = (uint8_t)h.antChn;
	86	+ songTmp.speed = h.defSpeed;
	87	+ songTmp.tempo = h.defTempo;
	88	+ songTmp.ver = h.ver;
	89	+ tmpLinearPeriodsFlag = h.flags & 1;
	90	+
	91	+ // non-FT2: clamp to max numbers that are okay for GUI
	92	+ songTmp.speed = CLAMP(songTmp.speed, 1, 999);
	93	+ songTmp.initialTempo = songTmp.tempo = CLAMP(songTmp.tempo, 1, 99);
	94	+
	95	+ if (songTmp.len == 0)
	96	+ songTmp.len = 1; // songTmp.songTab is already empty
	97	+ else
	98	+ memcpy(songTmp.songTab, h.songTab, songTmp.len);
	99	+
	100	+ // some strange XMs have the order list padded with 0xFF, remove them!
	101	+ for (int16_t j = 255; j >= 0; j--)
	102	+ {
	103	+ if (songTmp.songTab[j] != 0xFF)
	104	+ break;
	105	+
	106	+ if (songTmp.len > j)
	107	+ songTmp.len = j;
	108	+ }
	109	+
	110	+ // even though XM supports 256 orders, FT2 supports only 255...
	111	+ if (songTmp.len > 0xFF)
	112	+ songTmp.len = 0xFF;
	113	+
	114	+ if (songTmp.ver < 0x0104)
	115	+ {
	116	+ // XM v1.02 and XM v1.03
	117	+
	118	+ for (i = 1; i <= h.antInstrs; i++)
	119	+ {
	120	+ if (!loadInstrHeader(f, i))
	121	+ return false;
	122	+ }
	123	+
	124	+ if (!loadPatterns(f, h.antPtn))
	125	+ return false;
	126	+
	127	+ for (i = 1; i <= h.antInstrs; i++)
	128	+ {
	129	+ if (!loadInstrSample(f, i))
	130	+ return false;
	131	+ }
	132	+ }
	133	+ else
	134	+ {
	135	+ // XM v1.04 (latest version)
	136	+
	137	+ if (!loadPatterns(f, h.antPtn))
	138	+ return false;
	139	+
	140	+ for (i = 1; i <= h.antInstrs; i++)
	141	+ {
	142	+ if (!loadInstrHeader(f, i))
	143	+ return false;
	144	+
	145	+ if (!loadInstrSample(f, i))
	146	+ return false;
	147	+ }
	148	+ }
	149	+
	150	+ // if we temporarily loaded more than 128 instruments, clear the extra allocated memory
	151	+ if (h.antInstrs > MAX_INST)
	152	+ {
	153	+ for (i = MAX_INST+1; i <= h.antInstrs; i++)
	154	+ {
	155	+ if (instrTmp[i] != NULL)
	156	+ {
	157	+ free(instrTmp[i]);
	158	+ instrTmp[i] = NULL;
	159	+ }
	160	+ }
	161	+ }
	162	+
	163	+ /* We support loading XMs with up to 32 samples per instrument (ModPlug/OpenMPT),
	164	+ ** but only the first 16 will be loaded. Now make sure we set the number of samples
	165	+ ** back to max 16 in the headers before loading is done.
	166	+ */
	167	+ bool instrHasMoreThan16Samples = false;
	168	+ for (i = 1; i <= MAX_INST; i++)
	169	+ {
	170	+ if (instrTmp[i] != NULL && instrTmp[i]->antSamp > MAX_SMP_PER_INST)
	171	+ {
	172	+ instrHasMoreThan16Samples = true;
	173	+ instrTmp[i]->antSamp = MAX_SMP_PER_INST;
	174	+ }
	175	+ }
	176	+
	177	+ if (songTmp.antChn > MAX_VOICES)
	178	+ {
	179	+ songTmp.antChn = MAX_VOICES;
	180	+ loaderMsgBox("Warning: This XM contains >32 channels. The extra channels will be discarded!");
	181	+ }
	182	+
	183	+ if (h.antInstrs > MAX_INST)
	184	+ loaderMsgBox("Warning: This XM contains >128 instruments. The extra instruments will be discarded!");
	185	+
	186	+ if (instrHasMoreThan16Samples)
	187	+ loaderMsgBox("Warning: This XM contains instrument(s) with >16 samples. The extra samples will be discarded!");
	188	+
	189	+ return true;
	190	+}
	191	+
	192	+static bool loadInstrHeader(FILE *f, uint16_t i)
	193	+{
	194	+ uint8_t j;
	195	+ uint32_t readSize;
	196	+ instrHeaderTyp ih;
	197	+ instrTyp *ins;
	198	+ sampleHeaderTyp *src;
	199	+ sampleTyp *s;
	200	+
	201	+ memset(extraSampleLengths, 0, sizeof (extraSampleLengths));
	202	+ memset(&ih, 0, sizeof (ih));
	203	+ fread(&ih.instrSize, 4, 1, f);
	204	+
	205	+ readSize = ih.instrSize;
	206	+
	207	+ // yes, some XMs can have a header size of 0, and it usually means 263 bytes (INSTR_HEADER_SIZE)
	208	+ if (readSize == 0 \|\| readSize > INSTR_HEADER_SIZE)
	209	+ readSize = INSTR_HEADER_SIZE;
	210	+
	211	+ if (readSize < 4)
	212	+ {
	213	+ loaderMsgBox("Error loading XM: This file is corrupt (or not supported)!");
	214	+ return false;
	215	+ }
	216	+
	217	+ // load instrument data into temp buffer
	218	+ fread(ih.name, readSize-4, 1, f); // -4 = skip ih.instrSize
	219	+
	220	+ // FT2 bugfix: skip instrument header data if instrSize is above INSTR_HEADER_SIZE
	221	+ if (ih.instrSize > INSTR_HEADER_SIZE)
	222	+ fseek(f, ih.instrSize-INSTR_HEADER_SIZE, SEEK_CUR);
	223	+
	224	+ if (ih.antSamp < 0 \|\| ih.antSamp > 32)
	225	+ {
	226	+ loaderMsgBox("Error loading XM: This file is corrupt (or not supported)!");
	227	+ return false;
	228	+ }
	229	+
	230	+ if (i <= MAX_INST) // copy over instrument names
	231	+ memcpy(songTmp.instrName[i], ih.name, 22);
	232	+
	233	+ if (ih.antSamp > 0)
	234	+ {
	235	+ if (!allocateTmpInstr(i))
	236	+ {
	237	+ loaderMsgBox("Not enough memory!");
	238	+ return false;
	239	+ }
	240	+
	241	+ // copy instrument header elements to our instrument struct
	242	+
	243	+ ins = instrTmp[i];
	244	+ memcpy(ins->ta, ih.ta, 96);
	245	+ memcpy(ins->envVP, ih.envVP, 122sizeof(int16_t));
	246	+ memcpy(ins->envPP, ih.envPP, 122sizeof(int16_t));
	247	+ ins->envVPAnt = ih.envVPAnt;
	248	+ ins->envPPAnt = ih.envPPAnt;
	249	+ ins->envVSust = ih.envVSust;
	250	+ ins->envVRepS = ih.envVRepS;
	251	+ ins->envVRepE = ih.envVRepE;
	252	+ ins->envPSust = ih.envPSust;
	253	+ ins->envPRepS = ih.envPRepS;
	254	+ ins->envPRepE = ih.envPRepE;
	255	+ ins->envVTyp = ih.envVTyp;
	256	+ ins->envPTyp = ih.envPTyp;
	257	+ ins->vibTyp = ih.vibTyp;
	258	+ ins->vibSweep = ih.vibSweep;
	259	+ ins->vibDepth = ih.vibDepth;
	260	+ ins->vibRate = ih.vibRate;
	261	+ ins->fadeOut = ih.fadeOut;
	262	+ ins->midiOn = (ih.midiOn == 1) ? true : false;
	263	+ ins->midiChannel = ih.midiChannel;
	264	+ ins->midiProgram = ih.midiProgram;
	265	+ ins->midiBend = ih.midiBend;
	266	+ ins->mute = (ih.mute == 1) ? true : false; // correct logic, don't change this!
	267	+ ins->antSamp = ih.antSamp; // used in loadInstrSample()
	268	+
	269	+ sanitizeInstrument(ins);
	270	+
	271	+ int32_t sampleHeadersToRead = ih.antSamp;
	272	+ if (sampleHeadersToRead > MAX_SMP_PER_INST)
	273	+ sampleHeadersToRead = MAX_SMP_PER_INST;
	274	+
	275	+ if (fread(ih.samp, sampleHeadersToRead * sizeof (sampleHeaderTyp), 1, f) != 1)
	276	+ {
	277	+ loaderMsgBox("General I/O error during loading!");
	278	+ return false;
	279	+ }
	280	+
	281	+ // if instrument contains more than 16 sample headers (unsupported), skip them
	282	+ if (ih.antSamp > MAX_SMP_PER_INST) // can only be 0..32 at this point
	283	+ {
	284	+ const int32_t samplesToSkip = ih.antSamp-MAX_SMP_PER_INST;
	285	+ for (j = 0; j < samplesToSkip; j++)
	286	+ {
	287	+ fread(&extraSampleLengths[j], 4, 1, f); // used for skipping data in loadInstrSample()
	288	+ fseek(f, sizeof (sampleHeaderTyp)-4, SEEK_CUR);
	289	+ }
	290	+ }
	291	+
	292	+ for (j = 0; j < sampleHeadersToRead; j++)
	293	+ {
	294	+ s = &instrTmp[i]->samp[j];
	295	+ src = &ih.samp[j];
	296	+
	297	+ // copy sample header elements to our sample struct
	298	+
	299	+ s->len = src->len;
	300	+ s->repS = src->repS;
	301	+ s->repL = src->repL;
	302	+ s->vol = src->vol;
	303	+ s->fine = src->fine;
	304	+ s->typ = src->typ;
	305	+ s->pan = src->pan;
	306	+ s->relTon = src->relTon;
	307	+ memcpy(s->name, src->name, 22);
	308	+
	309	+ // dst->pek is set up later
	310	+
	311	+ // sanitize stuff broken/unsupported samples (FT2 doesn't do this, but we do!)
	312	+ if (s->vol > 64)
	313	+ s->vol = 64;
	314	+
	315	+ s->relTon = CLAMP(s->relTon, -48, 71);
	316	+ }
	317	+ }
	318	+
	319	+ return true;
	320	+}
	321	+
	322	+static bool loadInstrSample(FILE *f, uint16_t i)
	323	+{
	324	+ if (instrTmp[i] == NULL)
	325	+ return true; // empty instrument, let's just pretend it got loaded successfully
	326	+
	327	+ uint16_t k = instrTmp[i]->antSamp;
	328	+ if (k > MAX_SMP_PER_INST)
	329	+ k = MAX_SMP_PER_INST;
	330	+
	331	+ sampleTyp *s = instrTmp[i]->samp;
	332	+
	333	+ if (i > MAX_INST) // insNum > 128, just skip sample data
	334	+ {
	335	+ for (uint16_t j = 0; j < k; j++, s++)
	336	+ {
	337	+ if (s->len > 0)
	338	+ fseek(f, s->len, SEEK_CUR);
	339	+ }
	340	+ }
	341	+ else
	342	+ {
	343	+ for (uint16_t j = 0; j < k; j++, s++)
	344	+ {
	345	+ // FT2: a sample with both forward loop and pingpong loop set results in pingpong
	346	+ if ((s->typ & 3) == 3)
	347	+ s->typ &= 0xFE; // remove forward loop flag
	348	+
	349	+ int32_t l = s->len;
	350	+ if (l <= 0)
	351	+ {
	352	+ s->len = 0;
	353	+ s->repL = 0;
	354	+ s->repS = 0;
	355	+
	356	+ if (s->typ & 32) // remove stereo flag if present
	357	+ s->typ &= ~32;
	358	+ }
	359	+ else
	360	+ {
	361	+ int32_t bytesToSkip = 0;
	362	+ if (l > MAX_SAMPLE_LEN)
	363	+ {
	364	+ bytesToSkip = l - MAX_SAMPLE_LEN;
	365	+ l = MAX_SAMPLE_LEN;
	366	+ }
	367	+
	368	+ if (!allocateTmpSmpData(s, l))
	369	+ {
	370	+ loaderMsgBox("Not enough memory!");
	371	+ return false;
	372	+ }
	373	+
	374	+ const int32_t bytesRead = (int32_t)fread(s->pek, 1, l, f);
	375	+ if (bytesRead < l)
	376	+ {
	377	+ const int32_t bytesToClear = l - bytesRead;
	378	+ memset(&s->pek[bytesRead], 0, bytesToClear);
	379	+ }
	380	+
	381	+ if (bytesToSkip > 0)
	382	+ fseek(f, bytesToSkip, SEEK_CUR);
	383	+
	384	+ delta2Samp(s->pek, l, s->typ);
	385	+
	386	+ if (s->typ & 32) // stereo sample - already downmixed to mono in delta2samp()
	387	+ {
	388	+ s->typ &= ~32; // remove stereo flag
	389	+
	390	+ s->len >>= 1;
	391	+ s->repL >>= 1;
	392	+ s->repS >>= 1;
	393	+
	394	+ reallocateTmpSmpData(s, s->len); // dealloc unused memory
	395	+ }
	396	+ }
	397	+
	398	+ // NON-FT2 FIX: Align to 2-byte if 16-bit sample
	399	+ if (s->typ & 16)
	400	+ {
	401	+ s->repL &= 0xFFFFFFFE;
	402	+ s->repS &= 0xFFFFFFFE;
	403	+ s->len &= 0xFFFFFFFE;
	404	+ }
	405	+ }
	406	+ }
	407	+
	408	+ if (instrTmp[i]->antSamp > MAX_SMP_PER_INST)
	409	+ {
	410	+ const int32_t samplesToSkip = instrTmp[i]->antSamp-MAX_SMP_PER_INST;
	411	+ for (i = 0; i < samplesToSkip; i++)
	412	+ {
	413	+ if (extraSampleLengths[i] > 0)
	414	+ fseek(f, extraSampleLengths[i], SEEK_CUR);
	415	+ }
	416	+ }
	417	+
	418	+ return true;
	419	+}
	420	+
	421	+static bool loadPatterns(FILE *f, uint16_t antPtn)
	422	+{
	423	+ uint8_t tmpLen;
	424	+ patternHeaderTyp ph;
	425	+
	426	+ bool pattLenWarn = false;
	427	+ for (uint16_t i = 0; i < antPtn; i++)
	428	+ {
	429	+ if (fread(&ph.patternHeaderSize, 4, 1, f) != 1)
	430	+ goto pattCorrupt;
	431	+
	432	+ if (fread(&ph.typ, 1, 1, f) != 1)
	433	+ goto pattCorrupt;
	434	+
	435	+ ph.pattLen = 0;
	436	+ if (songTmp.ver == 0x0102)
	437	+ {
	438	+ if (fread(&tmpLen, 1, 1, f) != 1)
	439	+ goto pattCorrupt;
	440	+
	441	+ if (fread(&ph.dataLen, 2, 1, f) != 1)
	442	+ goto pattCorrupt;
	443	+
	444	+ ph.pattLen = tmpLen + 1; // +1 in v1.02
	445	+
	446	+ if (ph.patternHeaderSize > 8)
	447	+ fseek(f, ph.patternHeaderSize - 8, SEEK_CUR);
	448	+ }
	449	+ else
	450	+ {
	451	+ if (fread(&ph.pattLen, 2, 1, f) != 1)
	452	+ goto pattCorrupt;
	453	+
	454	+ if (fread(&ph.dataLen, 2, 1, f) != 1)
	455	+ goto pattCorrupt;
	456	+
	457	+ if (ph.patternHeaderSize > 9)
	458	+ fseek(f, ph.patternHeaderSize - 9, SEEK_CUR);
	459	+ }
	460	+
	461	+ if (feof(f))
	462	+ goto pattCorrupt;
	463	+
	464	+ pattLensTmp[i] = ph.pattLen;
	465	+ if (pattLensTmp[i] > MAX_PATT_LEN)
	466	+ {
	467	+ pattLensTmp[i] = MAX_PATT_LEN;
	468	+ pattLenWarn = true;
	469	+ }
	470	+
	471	+ if (ph.dataLen > 0)
	472	+ {
	473	+ if (!allocateTmpPatt(i, pattLensTmp[i]))
	474	+ {
	475	+ loaderMsgBox("Not enough memory!");
	476	+ return false;
	477	+ }
	478	+
	479	+ if (fread(packedPattData, 1, ph.dataLen, f) != ph.dataLen)
	480	+ goto pattCorrupt;
	481	+
	482	+ unpackPatt((uint8_t *)pattTmp[i], packedPattData, pattLensTmp[i], songTmp.antChn);
	483	+ clearUnusedChannels(pattTmp[i], pattLensTmp[i], songTmp.antChn);
	484	+ }
	485	+
	486	+ if (tmpPatternEmpty(i))
	487	+ {
	488	+ if (pattTmp[i] != NULL)
	489	+ {
	490	+ free(pattTmp[i]);
	491	+ pattTmp[i] = NULL;
	492	+ }
	493	+
	494	+ pattLensTmp[i] = 64;
	495	+ }
	496	+ }
	497	+
	498	+ if (pattLenWarn)
	499	+ loaderMsgBox("This module contains pattern(s) with a length above 256! They will be truncated.");
	500	+
	501	+ return true;
	502	+
	503	+pattCorrupt:
	504	+ loaderMsgBox("Error loading XM: This file is corrupt!");
	505	+ return false;
	506	+}
	507	+
	508	+static void unpackPatt(uint8_t dst, uint8_t src, uint16_t len, int32_t antChn)
	509	+{
	510	+ int32_t j;
	511	+
	512	+ if (dst == NULL)
	513	+ return;
	514	+
	515	+ const int32_t srcEnd = len * (sizeof (tonTyp) * antChn);
	516	+ int32_t srcIdx = 0;
	517	+
	518	+ int32_t numChannels = antChn;
	519	+ if (numChannels > MAX_VOICES)
	520	+ numChannels = MAX_VOICES;
	521	+
	522	+ const int32_t pitch = sizeof (tonTyp) * (MAX_VOICES - antChn);
	523	+ for (int32_t i = 0; i < len; i++)
	524	+ {
	525	+ for (j = 0; j < numChannels; j++)
	526	+ {
	527	+ if (srcIdx >= srcEnd)
	528	+ return; // error!
	529	+
	530	+ const uint8_t note = *src++;
	531	+ if (note & 0x80)
	532	+ {
	533	+ dst++ = (note & 0x01) ? src++ : 0;
	534	+ dst++ = (note & 0x02) ? src++ : 0;
	535	+ dst++ = (note & 0x04) ? src++ : 0;
	536	+ dst++ = (note & 0x08) ? src++ : 0;
	537	+ dst++ = (note & 0x10) ? src++ : 0;
	538	+ }
	539	+ else
	540	+ {
	541	+ *dst++ = note;
	542	+ dst++ = src++;
	543	+ dst++ = src++;
	544	+ dst++ = src++;
	545	+ dst++ = src++;
	546	+ }
	547	+
	548	+ // if note is overflowing (>97), remove it
	549	+ if (*(dst-5) > 97)
	550	+ *(dst-5) = 0;
	551	+
	552	+ // non-FT2 security fix: if effect is above 35 (Z), clear effect and parameter
	553	+ if (*(dst-2) > 35)
	554	+ {
	555	+ *(dst-2) = 0;
	556	+ *(dst-1) = 0;
	557	+ }
	558	+
	559	+ srcIdx += sizeof (tonTyp);
	560	+ }
	561	+
	562	+ // if more than 32 channels, skip rest of the channels for this row
	563	+ for (; j < antChn; j++)
	564	+ {
	565	+ if (srcIdx >= srcEnd)
	566	+ return; // error!
	567	+
	568	+ const uint8_t note = *src++;
	569	+ if (note & 0x80)
	570	+ {
	571	+ if (note & 0x01) src++;
	572	+ if (note & 0x02) src++;
	573	+ if (note & 0x04) src++;
	574	+ if (note & 0x08) src++;
	575	+ if (note & 0x10) src++;
	576	+ }
	577	+ else
	578	+ {
	579	+ src++;
	580	+ src++;
	581	+ src++;
	582	+ src++;
	583	+ }
	584	+
	585	+ srcIdx += sizeof (tonTyp);
	586	+ }
	587	+
	588	+ // if song has <32 channels, align pointer to next row (skip unused channels)
	589	+ if (antChn < MAX_VOICES)
	590	+ dst += pitch;
	591	+ }
	592	+}
	593	+
	594	+static void sanitizeInstrument(instrTyp *ins) // FT2 doesn't do this, but we do!
	595	+{
	596	+ ins->midiProgram = CLAMP(ins->midiProgram, 0, 127);
	597	+ ins->midiBend = CLAMP(ins->midiBend, 0, 36);
	598	+
	599	+ if (ins->midiChannel > 15) ins->midiChannel = 15;
	600	+ if (ins->vibDepth > 0x0F) ins->vibDepth = 0x0F;
	601	+ if (ins->vibRate > 0x3F) ins->vibRate = 0x3F;
	602	+ if (ins->vibTyp > 3) ins->vibTyp = 0;
	603	+
	604	+ for (int32_t i = 0; i < 96; i++)
	605	+ {
	606	+ if (ins->ta[i] >= MAX_SMP_PER_INST)
	607	+ ins->ta[i] = MAX_SMP_PER_INST-1;
	608	+ }
	609	+
	610	+ if (ins->envVPAnt > 12) ins->envVPAnt = 12;
	611	+ if (ins->envVRepS > 11) ins->envVRepS = 11;
	612	+ if (ins->envVRepE > 11) ins->envVRepE = 11;
	613	+ if (ins->envVSust > 11) ins->envVSust = 11;
	614	+ if (ins->envPPAnt > 12) ins->envPPAnt = 12;
	615	+ if (ins->envPRepS > 11) ins->envPRepS = 11;
	616	+ if (ins->envPRepE > 11) ins->envPRepE = 11;
	617	+ if (ins->envPSust > 11) ins->envPSust = 11;
	618	+
	619	+ for (int32_t i= 0; i < 12; i++)
	620	+ {
	621	+ if ((uint16_t)ins->envVP[i][0] > 32767) ins->envVP[i][0] = 32767;
	622	+ if ((uint16_t)ins->envPP[i][0] > 32767) ins->envPP[i][0] = 32767;
	623	+ if ((uint16_t)ins->envVP[i][1] > 64) ins->envVP[i][1] = 64;
	624	+ if ((uint16_t)ins->envPP[i][1] > 63) ins->envPP[i][1] = 63;
	625	+ }
	626	+}

src/smploaders/ft2_load_aiff.c+510−0

@@ -0,0 +1,510 @@
	1	+// Apple AIFF sample loader
	2	+
	3	+#include <stdio.h>
	4	+#include <stdint.h>
	5	+#include <stdbool.h>
	6	+#include "../ft2_header.h"
	7	+#include "../ft2_audio.h"
	8	+#include "../ft2_sample_ed.h"
	9	+#include "../ft2_sysreqs.h"
	10	+#include "../ft2_sample_loader.h"
	11	+
	12	+static int32_t getAIFFRate(uint8_t *in);
	13	+static bool aiffIsStereo(FILE *f); // only ran on files that are confirmed to be AIFFs
	14	+
	15	+bool loadAIFF(FILE *f, uint32_t filesize)
	16	+{
	17	+ char compType[4];
	18	+ int8_t *audioDataS8;
	19	+ uint8_t sampleRateBytes[10], *audioDataU8;
	20	+ int16_t audioDataS16, audioDataS16_2, smp16;
	21	+ uint16_t numChannels, bitDepth;
	22	+ int32_t smp32, *audioDataS32;
	23	+ uint32_t i, blockName, blockSize;
	24	+ uint32_t offset, len32;
	25	+
	26	+ fseek(f, 8, SEEK_SET);
	27	+ fread(compType, 1, 4, f);
	28	+ rewind(f);
	29	+ if (!memcmp(compType, "AIFC", 4))
	30	+ {
	31	+ loaderMsgBox("Error loading sample: This AIFF type (AIFC) is not supported!");
	32	+ return false;
	33	+ }
	34	+
	35	+ if (filesize < 12)
	36	+ {
	37	+ loaderMsgBox("Error loading sample: The sample is not supported or is invalid!");
	38	+ return false;
	39	+ }
	40	+
	41	+ uint32_t commPtr = 0, commLen = 0;
	42	+ uint32_t ssndPtr = 0, ssndLen = 0;
	43	+
	44	+ fseek(f, 12, SEEK_SET);
	45	+ while (!feof(f) && (uint32_t)ftell(f) < filesize-12)
	46	+ {
	47	+ fread(&blockName, 4, 1, f); if (feof(f)) break;
	48	+ fread(&blockSize, 4, 1, f); if (feof(f)) break;
	49	+
	50	+ blockName = SWAP32(blockName);
	51	+ blockSize = SWAP32(blockSize);
	52	+
	53	+ switch (blockName)
	54	+ {
	55	+ case 0x434F4D4D: // "COMM"
	56	+ {
	57	+ commPtr = ftell(f);
	58	+ commLen = blockSize;
	59	+ }
	60	+ break;
	61	+
	62	+ case 0x53534E44: // "SSND"
	63	+ {
	64	+ ssndPtr = ftell(f);
	65	+ ssndLen = blockSize;
	66	+ }
	67	+ break;
	68	+
	69	+ default: break;
	70	+ }
	71	+
	72	+ fseek(f, blockSize + (blockSize & 1), SEEK_CUR);
	73	+ }
	74	+
	75	+ if (commPtr == 0 \|\| commLen < 18 \|\| ssndPtr == 0)
	76	+ {
	77	+ loaderMsgBox("Error loading sample: The sample is not supported or is invalid!");
	78	+ return false;
	79	+ }
	80	+
	81	+ // kludge for strange AIFFs
	82	+ if (ssndLen == 0)
	83	+ ssndLen = filesize - ssndPtr;
	84	+
	85	+ if (ssndPtr+ssndLen > (uint32_t)filesize)
	86	+ ssndLen = filesize - ssndPtr;
	87	+
	88	+ fseek(f, commPtr, SEEK_SET);
	89	+ fread(&numChannels, 2, 1, f); numChannels = SWAP16(numChannels);
	90	+ fseek(f, 4, SEEK_CUR);
	91	+ fread(&bitDepth, 2, 1, f); bitDepth = SWAP16(bitDepth);
	92	+ fread(sampleRateBytes, 1, 10, f);
	93	+
	94	+ if (numChannels != 1 && numChannels != 2)
	95	+ {
	96	+ loaderMsgBox("Error loading sample: Unsupported amounts of channels!");
	97	+ return false;
	98	+ }
	99	+
	100	+ if (bitDepth != 8 && bitDepth != 16 && bitDepth != 24 && bitDepth != 32)
	101	+ {
	102	+ loaderMsgBox("Error loading sample: Unsupported bitdepth!");
	103	+ return false;
	104	+ }
	105	+
	106	+ // read compression type (if present)
	107	+ if (commLen > 18)
	108	+ {
	109	+ fread(&compType, 1, 4, f);
	110	+ if (memcmp(compType, "NONE", 4) != 0)
	111	+ {
	112	+ loaderMsgBox("Error loading sample: The sample is not supported or is invalid!");
	113	+ return false;
	114	+ }
	115	+ }
	116	+
	117	+ uint32_t sampleRate = getAIFFRate(sampleRateBytes);
	118	+
	119	+ // sample data chunk
	120	+
	121	+ fseek(f, ssndPtr, SEEK_SET);
	122	+
	123	+ fread(&offset, 4, 1, f);
	124	+ if (offset > 0)
	125	+ {
	126	+ loaderMsgBox("Error loading sample: The sample is not supported or is invalid!");
	127	+ return false;
	128	+ }
	129	+
	130	+ fseek(f, 4, SEEK_CUR);
	131	+
	132	+ ssndLen -= 8; // don't include offset and blockSize datas
	133	+
	134	+ uint32_t sampleLength = ssndLen;
	135	+ if (sampleLength > MAX_SAMPLE_LEN)
	136	+ sampleLength = MAX_SAMPLE_LEN;
	137	+
	138	+ int16_t stereoSampleLoadMode = -1;
	139	+ if (aiffIsStereo(f))
	140	+ stereoSampleLoadMode = loaderSysReq(5, "System request", "This is a stereo sample...");
	141	+
	142	+ // read sample data
	143	+
	144	+ if (bitDepth == 8)
	145	+ {
	146	+ // 8-BIT SIGNED PCM
	147	+
	148	+ if (!allocateTmpSmpData(&tmpSmp, sampleLength))
	149	+ {
	150	+ loaderMsgBox("Not enough memory!");
	151	+ return false;
	152	+ }
	153	+
	154	+ if (fread(tmpSmp.pek, sampleLength, 1, f) != 1)
	155	+ {
	156	+ loaderMsgBox("General I/O error during loading! Is the file in use?");
	157	+ return false;
	158	+ }
	159	+
	160	+ audioDataS8 = (int8_t *)tmpSmp.pek;
	161	+
	162	+ // stereo conversion
	163	+ if (numChannels == 2)
	164	+ {
	165	+ sampleLength /= 2;
	166	+
	167	+ switch (stereoSampleLoadMode)
	168	+ {
	169	+ case STEREO_SAMPLE_READ_LEFT:
	170	+ {
	171	+ for (i = 1; i < sampleLength; i++)
	172	+ audioDataS8[i] = audioDataS8[(i * 2) + 0];
	173	+ }
	174	+ break;
	175	+
	176	+ case STEREO_SAMPLE_READ_RIGHT:
	177	+ {
	178	+ len32 = sampleLength - 1;
	179	+ for (i = 0; i < len32; i++)
	180	+ audioDataS8[i] = audioDataS8[(i * 2) + 1];
	181	+
	182	+ audioDataS8[i] = 0;
	183	+ }
	184	+ break;
	185	+
	186	+ default:
	187	+ case STEREO_SAMPLE_CONVERT:
	188	+ {
	189	+ len32 = sampleLength - 1;
	190	+ for (i = 0; i < len32; i++)
	191	+ {
	192	+ smp16 = (audioDataS8[(i * 2) + 0] + audioDataS8[(i * 2) + 1]) >> 1;
	193	+ audioDataS8[i] = (int8_t)smp16;
	194	+ }
	195	+
	196	+ audioDataS8[i] = 0;
	197	+ }
	198	+ break;
	199	+ }
	200	+ }
	201	+ }
	202	+ else if (bitDepth == 16)
	203	+ {
	204	+ // 16-BIT SIGNED PCM
	205	+
	206	+ sampleLength /= 2;
	207	+ if (!allocateTmpSmpData(&tmpSmp, sampleLength*2))
	208	+ {
	209	+ loaderMsgBox("Not enough memory!");
	210	+ return false;
	211	+ }
	212	+
	213	+ if (fread(tmpSmp.pek, sampleLength, 2, f) != 2)
	214	+ {
	215	+ loaderMsgBox("General I/O error during loading! Is the file in use?");
	216	+ return false;
	217	+ }
	218	+
	219	+ // fix endianness
	220	+ audioDataS16 = (int16_t *)tmpSmp.pek;
	221	+ for (i = 0; i < sampleLength; i++)
	222	+ audioDataS16[i] = SWAP16(audioDataS16[i]);
	223	+
	224	+ // stereo conversion
	225	+ if (numChannels == 2)
	226	+ {
	227	+ sampleLength /= 2;
	228	+
	229	+ switch (stereoSampleLoadMode)
	230	+ {
	231	+ case STEREO_SAMPLE_READ_LEFT:
	232	+ {
	233	+ for (i = 1; i < sampleLength; i++)
	234	+ audioDataS16[i] = audioDataS16[(i * 2) + 0];
	235	+ }
	236	+ break;
	237	+
	238	+ case STEREO_SAMPLE_READ_RIGHT:
	239	+ {
	240	+ len32 = sampleLength - 1;
	241	+ for (i = 0; i < len32; i++)
	242	+ audioDataS16[i] = audioDataS16[(i * 2) + 1];
	243	+
	244	+ audioDataS16[i] = 0;
	245	+ }
	246	+ break;
	247	+
	248	+ default:
	249	+ case STEREO_SAMPLE_CONVERT:
	250	+ {
	251	+ len32 = sampleLength - 1;
	252	+ for (i = 0; i < len32; i++)
	253	+ {
	254	+ smp32 = (audioDataS16[(i * 2) + 0] + audioDataS16[(i * 2) + 1]) >> 1;
	255	+ audioDataS16[i] = (int16_t)smp32;
	256	+ }
	257	+
	258	+ audioDataS16[i] = 0;
	259	+ }
	260	+ break;
	261	+ }
	262	+ }
	263	+
	264	+ sampleLength *= 2;
	265	+ tmpSmp.typ \|= 16;
	266	+ }
	267	+ else if (bitDepth == 24)
	268	+ {
	269	+ // 24-BIT SIGNED PCM
	270	+
	271	+ sampleLength /= 3;
	272	+ if (!allocateTmpSmpData(&tmpSmp, (sampleLength * 4) * 2))
	273	+ {
	274	+ loaderMsgBox("Not enough memory!");
	275	+ return false;
	276	+ }
	277	+
	278	+ if (fread(&tmpSmp.pek[sampleLength], sampleLength, 3, f) != 3)
	279	+ {
	280	+ loaderMsgBox("General I/O error during loading! Is the file in use?");
	281	+ return false;
	282	+ }
	283	+
	284	+ audioDataS32 = (int32_t *)tmpSmp.pek;
	285	+
	286	+ // convert to 32-bit
	287	+ audioDataU8 = (uint8_t *)tmpSmp.pek + sampleLength;
	288	+ for (i = 0; i < sampleLength; i++)
	289	+ {
	290	+ audioDataS32[i] = (audioDataU8[0] << 24) \| (audioDataU8[1] << 16) \| (audioDataU8[2] << 8);
	291	+ audioDataU8 += 3;
	292	+ }
	293	+
	294	+ // stereo conversion
	295	+ if (numChannels == 2)
	296	+ {
	297	+ sampleLength /= 2;
	298	+
	299	+ switch (stereoSampleLoadMode)
	300	+ {
	301	+ case STEREO_SAMPLE_READ_LEFT:
	302	+ {
	303	+ for (i = 1; i < sampleLength; i++)
	304	+ audioDataS32[i] = audioDataS32[(i * 2) + 0];
	305	+ }
	306	+ break;
	307	+
	308	+ case STEREO_SAMPLE_READ_RIGHT:
	309	+ {
	310	+ len32 = sampleLength - 1;
	311	+ for (i = 0; i < len32; i++)
	312	+ audioDataS32[i] = audioDataS32[(i * 2) + 1];
	313	+
	314	+ audioDataS32[i] = 0;
	315	+ }
	316	+ break;
	317	+
	318	+ default:
	319	+ case STEREO_SAMPLE_CONVERT:
	320	+ {
	321	+ len32 = sampleLength - 1;
	322	+ for (i = 0; i < len32; i++)
	323	+ {
	324	+ int64_t smp64 = audioDataS32[(i * 2) + 0];
	325	+ smp64 += audioDataS32[(i * 2) + 1];
	326	+ smp64 >>= 1;
	327	+
	328	+ audioDataS32[i] = (int32_t)smp64;
	329	+ }
	330	+
	331	+ audioDataS32[i] = 0;
	332	+ }
	333	+ break;
	334	+ }
	335	+ }
	336	+
	337	+ normalizeSigned32Bit(audioDataS32, sampleLength);
	338	+
	339	+ // downscale to 16-bit (ultra fast method!)
	340	+
	341	+ audioDataS16 = (int16_t *)tmpSmp.pek;
	342	+ audioDataS16_2 = (int16_t *)tmpSmp.pek + 1; // yes, this is aligned to words
	343	+
	344	+ for (i = 0; i < sampleLength; i++, audioDataS16_2++)
	345	+ audioDataS16[i] = audioDataS16_2[i];
	346	+
	347	+ sampleLength *= 2;
	348	+ tmpSmp.typ \|= 16;
	349	+ }
	350	+ else if (bitDepth == 32)
	351	+ {
	352	+ // 32-BIT SIGNED PCM
	353	+
	354	+ sampleLength /= 4;
	355	+ if (!allocateTmpSmpData(&tmpSmp, sampleLength * 4))
	356	+ {
	357	+ loaderMsgBox("Not enough memory!");
	358	+ return false;
	359	+ }
	360	+
	361	+ if (fread(tmpSmp.pek, sampleLength, 4, f) != 4)
	362	+ {
	363	+ loaderMsgBox("General I/O error during loading! Is the file in use?");
	364	+ return false;
	365	+ }
	366	+
	367	+ // fix endianness
	368	+ audioDataS32 = (int32_t *)tmpSmp.pek;
	369	+ for (i = 0; i < sampleLength; i++)
	370	+ audioDataS32[i] = SWAP32(audioDataS32[i]);
	371	+
	372	+ // stereo conversion
	373	+ if (numChannels == 2)
	374	+ {
	375	+ sampleLength /= 2;
	376	+
	377	+ switch (stereoSampleLoadMode)
	378	+ {
	379	+ case STEREO_SAMPLE_READ_LEFT:
	380	+ {
	381	+ for (i = 1; i < sampleLength; i++)
	382	+ audioDataS32[i] = audioDataS32[(i * 2) + 0];
	383	+ }
	384	+ break;
	385	+
	386	+ case STEREO_SAMPLE_READ_RIGHT:
	387	+ {
	388	+ len32 = sampleLength - 1;
	389	+ for (i = 0; i < len32; i++)
	390	+ audioDataS32[i] = audioDataS32[(i * 2) + 1];
	391	+
	392	+ audioDataS32[i] = 0;
	393	+ }
	394	+ break;
	395	+
	396	+ default:
	397	+ case STEREO_SAMPLE_CONVERT:
	398	+ {
	399	+ len32 = sampleLength - 1;
	400	+ for (i = 0; i < len32; i++)
	401	+ {
	402	+ int64_t smp64 = audioDataS32[(i * 2) + 0];
	403	+ smp64 += audioDataS32[(i * 2) + 1];
	404	+ smp64 >>= 1;
	405	+
	406	+ audioDataS32[i] = (int32_t)smp64;
	407	+ }
	408	+
	409	+ audioDataS32[i] = 0;
	410	+ }
	411	+ break;
	412	+ }
	413	+ }
	414	+
	415	+ normalizeSigned32Bit(audioDataS32, sampleLength);
	416	+
	417	+ // downscale to 16-bit (ultra fast method!)
	418	+
	419	+ audioDataS16 = (int16_t *)tmpSmp.pek;
	420	+ audioDataS16_2 = (int16_t *)tmpSmp.pek + 1; // yes, this is aligned to words
	421	+
	422	+ for (i = 0; i < sampleLength; i++, audioDataS16_2++)
	423	+ audioDataS16[i] = audioDataS16_2[i];
	424	+
	425	+ sampleLength *= 2;
	426	+ tmpSmp.typ \|= 16;
	427	+ }
	428	+
	429	+ reallocateTmpSmpData(&tmpSmp, sampleLength); // readjust memory needed
	430	+
	431	+ tmpSmp.len = sampleLength;
	432	+ tmpSmp.vol = 64;
	433	+ tmpSmp.pan = 128;
	434	+
	435	+ tuneSample(&tmpSmp, sampleRate, audio.linearPeriodsFlag);
	436	+
	437	+ return true;
	438	+}
	439	+
	440	+static int32_t getAIFFRate(uint8_t *in)
	441	+{
	442	+ int32_t exp = (int32_t)(((in[0] & 0x7F) << 8) \| in[1]);
	443	+ uint32_t lo = (in[2] << 24) \| (in[3] << 16) \| (in[4] << 8) \| in[5];
	444	+ uint32_t hi = (in[6] << 24) \| (in[7] << 16) \| (in[8] << 8) \| in[9];
	445	+
	446	+ if (exp == 0 && lo == 0 && hi == 0)
	447	+ return 0;
	448	+
	449	+ exp -= 16383;
	450	+
	451	+ double dOut = ldexp(lo, -31 + exp) + ldexp(hi, -63 + exp);
	452	+ return (int32_t)(dOut + 0.5); // rounded
	453	+}
	454	+
	455	+static bool aiffIsStereo(FILE *f) // only ran on files that are confirmed to be AIFFs
	456	+{
	457	+ uint16_t numChannels;
	458	+ uint32_t chunkID, chunkSize;
	459	+
	460	+ uint32_t oldPos = ftell(f);
	461	+
	462	+ fseek(f, 0, SEEK_END);
	463	+ int32_t filesize = ftell(f);
	464	+
	465	+ if (filesize < 12)
	466	+ {
	467	+ fseek(f, oldPos, SEEK_SET);
	468	+ return false;
	469	+ }
	470	+
	471	+ fseek(f, 12, SEEK_SET);
	472	+
	473	+ uint32_t commPtr = 0;
	474	+ uint32_t commLen = 0;
	475	+
	476	+ int32_t bytesRead = 0;
	477	+ while (!feof(f) && bytesRead < filesize-12)
	478	+ {
	479	+ fread(&chunkID, 4, 1, f); chunkID = SWAP32(chunkID); if (feof(f)) break;
	480	+ fread(&chunkSize, 4, 1, f); chunkSize = SWAP32(chunkSize); if (feof(f)) break;
	481	+
	482	+ int32_t endOfChunk = (ftell(f) + chunkSize) + (chunkSize & 1);
	483	+ switch (chunkID)
	484	+ {
	485	+ case 0x434F4D4D: // "COMM"
	486	+ {
	487	+ commPtr = ftell(f);
	488	+ commLen = chunkSize;
	489	+ }
	490	+ break;
	491	+
	492	+ default: break;
	493	+ }
	494	+
	495	+ bytesRead += (chunkSize + (chunkSize & 1));
	496	+ fseek(f, endOfChunk, SEEK_SET);
	497	+ }
	498	+
	499	+ if (commPtr == 0 \|\| commLen < 2)
	500	+ {
	501	+ fseek(f, oldPos, SEEK_SET);
	502	+ return false;
	503	+ }
	504	+
	505	+ fseek(f, commPtr, SEEK_SET);
	506	+ fread(&numChannels, 2, 1, f); numChannels = SWAP16(numChannels);
	507	+ fseek(f, oldPos, SEEK_SET);
	508	+
	509	+ return (numChannels == 2);
	510	+}

src/smploaders/ft2_load_iff.c+179−0

@@ -0,0 +1,179 @@
	1	+// IFF (Amiga/FT2) sample loader
	2	+
	3	+#include <stdio.h>
	4	+#include <stdint.h>
	5	+#include <stdbool.h>
	6	+#include "../ft2_header.h"
	7	+#include "../ft2_audio.h"
	8	+#include "../ft2_sample_ed.h"
	9	+#include "../ft2_sysreqs.h"
	10	+#include "../ft2_sample_loader.h"
	11	+
	12	+bool loadIFF(FILE *f, uint32_t filesize)
	13	+{
	14	+ char hdr[4+1];
	15	+ uint32_t sampleLength, sampleVol, sampleLoopStart, sampleLoopLength, sampleRate;
	16	+
	17	+ if (filesize < 12)
	18	+ {
	19	+ loaderMsgBox("Error loading sample: The sample is not supported or is invalid!");
	20	+ return false;
	21	+ }
	22	+
	23	+ fseek(f, 8, SEEK_SET);
	24	+ fread(hdr, 1, 4, f);
	25	+ hdr[4] = '\0';
	26	+ bool is16Bit = !strncmp(hdr, "16SV", 4);
	27	+
	28	+ uint32_t vhdrPtr = 0, vhdrLen = 0;
	29	+ uint32_t bodyPtr = 0, bodyLen = 0;
	30	+ uint32_t namePtr = 0, nameLen = 0;
	31	+
	32	+ fseek(f, 12, SEEK_SET);
	33	+ while (!feof(f) && (uint32_t)ftell(f) < filesize-12)
	34	+ {
	35	+ uint32_t blockName, blockSize;
	36	+ fread(&blockName, 4, 1, f); if (feof(f)) break;
	37	+ fread(&blockSize, 4, 1, f); if (feof(f)) break;
	38	+
	39	+ blockName = SWAP32(blockName);
	40	+ blockSize = SWAP32(blockSize);
	41	+
	42	+ switch (blockName)
	43	+ {
	44	+ case 0x56484452: // VHDR
	45	+ {
	46	+ vhdrPtr = ftell(f);
	47	+ vhdrLen = blockSize;
	48	+ }
	49	+ break;
	50	+
	51	+ case 0x4E414D45: // NAME
	52	+ {
	53	+ namePtr = ftell(f);
	54	+ nameLen = blockSize;
	55	+ }
	56	+ break;
	57	+
	58	+ case 0x424F4459: // BODY
	59	+ {
	60	+ bodyPtr = ftell(f);
	61	+ bodyLen = blockSize;
	62	+ }
	63	+ break;
	64	+
	65	+ default: break;
	66	+ }
	67	+
	68	+ fseek(f, blockSize + (blockSize & 1), SEEK_CUR);
	69	+ }
	70	+
	71	+ if (vhdrPtr == 0 \|\| vhdrLen < 20 \|\| bodyPtr == 0)
	72	+ {
	73	+ loaderMsgBox("Error loading sample: The sample is not supported or is invalid!");
	74	+ return false;
	75	+ }
	76	+
	77	+ // kludge for some really strange IFFs
	78	+ if (bodyLen == 0)
	79	+ bodyLen = filesize - bodyPtr;
	80	+
	81	+ if (bodyPtr+bodyLen > (uint32_t)filesize)
	82	+ bodyLen = filesize - bodyPtr;
	83	+
	84	+ fseek(f, vhdrPtr, SEEK_SET);
	85	+ fread(&sampleLoopStart, 4, 1, f); sampleLoopStart = SWAP32(sampleLoopStart);
	86	+ fread(&sampleLoopLength, 4, 1, f); sampleLoopLength = SWAP32(sampleLoopLength);
	87	+ fseek(f, 4, SEEK_CUR);
	88	+ fread(&sampleRate, 2, 1, f); sampleRate = SWAP16(sampleRate);
	89	+ fseek(f, 1, SEEK_CUR);
	90	+
	91	+ if (fgetc(f) != 0) // sample type
	92	+ {
	93	+ loaderMsgBox("Error loading sample: The sample is not supported!");
	94	+ return false;
	95	+ }
	96	+
	97	+ fread(&sampleVol, 4, 1, f); sampleVol = SWAP32(sampleVol);
	98	+ if (sampleVol > 65535)
	99	+ sampleVol = 65535;
	100	+
	101	+ sampleVol = (sampleVol + 512) / 1024; // rounded
	102	+
	103	+ sampleLength = bodyLen;
	104	+ if (sampleLength > MAX_SAMPLE_LEN)
	105	+ sampleLength = MAX_SAMPLE_LEN;
	106	+
	107	+ if (sampleLoopStart >= MAX_SAMPLE_LEN \|\| sampleLoopLength > MAX_SAMPLE_LEN)
	108	+ {
	109	+ sampleLoopStart = 0;
	110	+ sampleLoopLength = 0;
	111	+ }
	112	+
	113	+ if (sampleLoopStart+sampleLoopLength > sampleLength)
	114	+ {
	115	+ sampleLoopStart = 0;
	116	+ sampleLoopLength = 0;
	117	+ }
	118	+
	119	+ if (sampleLoopStart > sampleLength-2)
	120	+ {
	121	+ sampleLoopStart = 0;
	122	+ sampleLoopLength = 0;
	123	+ }
	124	+
	125	+ if (!allocateTmpSmpData(&tmpSmp, sampleLength))
	126	+ {
	127	+ loaderMsgBox("Not enough memory!");
	128	+ return false;
	129	+ }
	130	+
	131	+ fseek(f, bodyPtr, SEEK_SET);
	132	+ if (fread(tmpSmp.pek, sampleLength, 1, f) != 1)
	133	+ {
	134	+ loaderMsgBox("General I/O error during loading! Is the file in use?");
	135	+ return false;
	136	+ }
	137	+
	138	+ tmpSmp.len = sampleLength;
	139	+
	140	+ if (sampleLoopLength > 2)
	141	+ {
	142	+ tmpSmp.repS = sampleLoopStart;
	143	+ tmpSmp.repL = sampleLoopLength;
	144	+ tmpSmp.typ \|= 1;
	145	+ }
	146	+
	147	+ if (is16Bit)
	148	+ {
	149	+ tmpSmp.len &= 0xFFFFFFFE;
	150	+ tmpSmp.repS &= 0xFFFFFFFE;
	151	+ tmpSmp.repL &= 0xFFFFFFFE;
	152	+ tmpSmp.typ \|= 16;
	153	+ }
	154	+
	155	+ tmpSmp.vol = (uint8_t)sampleVol;
	156	+ tmpSmp.pan = 128;
	157	+
	158	+ tuneSample(&tmpSmp, sampleRate, audio.linearPeriodsFlag);
	159	+
	160	+ // set name
	161	+ if (namePtr != 0 && nameLen > 0)
	162	+ {
	163	+ fseek(f, namePtr, SEEK_SET);
	164	+ if (nameLen > 21)
	165	+ {
	166	+ fread(tmpSmp.name, 1, 21, f);
	167	+ tmpSmp.name[21] = '\0';
	168	+ }
	169	+ else
	170	+ {
	171	+ memset(tmpSmp.name, 0, 22);
	172	+ fread(tmpSmp.name, 1, nameLen, f);
	173	+ }
	174	+
	175	+ smpFilenameSet = true;
	176	+ }
	177	+
	178	+ return true;
	179	+}

src/smploaders/ft2_load_raw.c+30−0

@@ -0,0 +1,30 @@
	1	+// RAW (header-less) sample loader
	2	+
	3	+#include <stdio.h>
	4	+#include <stdint.h>
	5	+#include <stdbool.h>
	6	+#include "../ft2_header.h"
	7	+#include "../ft2_sample_ed.h"
	8	+#include "../ft2_sysreqs.h"
	9	+#include "../ft2_sample_loader.h"
	10	+
	11	+bool loadRAW(FILE *f, uint32_t filesize)
	12	+{
	13	+ if (!allocateTmpSmpData(&tmpSmp, filesize))
	14	+ {
	15	+ loaderMsgBox("Not enough memory!");
	16	+ return false;
	17	+ }
	18	+
	19	+ if (fread(tmpSmp.pek, filesize, 1, f) != 1)
	20	+ {
	21	+ okBoxThreadSafe(0, "System message", "General I/O error during loading! Is the file in use?");
	22	+ return false;
	23	+ }
	24	+
	25	+ tmpSmp.len = filesize;
	26	+ tmpSmp.vol = 64;
	27	+ tmpSmp.pan = 128;
	28	+
	29	+ return true;
	30	+}

src/smploaders/ft2_load_wav.c+746−0

@@ -0,0 +1,746 @@
	1	+// WAV sample loader
	2	+
	3	+#include <stdio.h>
	4	+#include <stdint.h>
	5	+#include <stdbool.h>
	6	+#include "../ft2_header.h"
	7	+#include "../ft2_audio.h"
	8	+#include "../ft2_sample_ed.h"
	9	+#include "../ft2_sysreqs.h"
	10	+#include "../ft2_sample_loader.h"
	11	+
	12	+enum
	13	+{
	14	+ WAV_FORMAT_PCM = 1,
	15	+ WAV_FORMAT_IEEE_FLOAT = 3
	16	+};
	17	+
	18	+static bool wavIsStereo(FILE *f);
	19	+
	20	+bool loadWAV(FILE *f, uint32_t filesize)
	21	+{
	22	+ uint8_t *audioDataU8;
	23	+ int16_t audioDataS16, audioDataS16_2, *ptr16;
	24	+ uint16_t audioFormat, numChannels, bitsPerSample;
	25	+ int32_t *audioDataS32;
	26	+ uint32_t i, sampleRate, sampleLength;
	27	+ uint32_t len32;
	28	+ float *fAudioDataFloat;
	29	+ double *dAudioDataDouble;
	30	+
	31	+ if (filesize < 12)
	32	+ {
	33	+ loaderMsgBox("Error loading sample: The sample is not supported or is invalid!");
	34	+ return false;
	35	+ }
	36	+
	37	+ uint32_t fmtPtr = 0, fmtLen = 0;
	38	+ uint32_t dataPtr = 0, dataLen = 0;
	39	+ uint32_t inamPtr = 0, inamLen = 0;
	40	+ uint32_t xtraPtr = 0, xtraLen = 0;
	41	+ uint32_t smplPtr = 0, smplLen = 0;
	42	+
	43	+ // look for wanted chunks and set up pointers + lengths
	44	+ fseek(f, 12, SEEK_SET);
	45	+
	46	+ uint32_t bytesRead = 0;
	47	+ while (!feof(f) && bytesRead < filesize-12)
	48	+ {
	49	+ uint32_t chunkID, chunkSize;
	50	+ fread(&chunkID, 4, 1, f); if (feof(f)) break;
	51	+ fread(&chunkSize, 4, 1, f); if (feof(f)) break;
	52	+
	53	+ uint32_t endOfChunk = (ftell(f) + chunkSize) + (chunkSize & 1);
	54	+ switch (chunkID)
	55	+ {
	56	+ case 0x20746D66: // "fmt "
	57	+ {
	58	+ fmtPtr = ftell(f);
	59	+ fmtLen = chunkSize;
	60	+ }
	61	+ break;
	62	+
	63	+ case 0x61746164: // "data"
	64	+ {
	65	+ dataPtr = ftell(f);
	66	+ dataLen = chunkSize;
	67	+ }
	68	+ break;
	69	+
	70	+ case 0x5453494C: // "LIST"
	71	+ {
	72	+ if (chunkSize >= 4)
	73	+ {
	74	+ fread(&chunkID, 4, 1, f);
	75	+ if (chunkID == 0x4F464E49) // "INFO"
	76	+ {
	77	+ bytesRead = 0;
	78	+ while (!feof(f) && bytesRead < chunkSize)
	79	+ {
	80	+ fread(&chunkID, 4, 1, f);
	81	+ fread(&chunkSize, 4, 1, f);
	82	+
	83	+ switch (chunkID)
	84	+ {
	85	+ case 0x4D414E49: // "INAM"
	86	+ {
	87	+ inamPtr = ftell(f);
	88	+ inamLen = chunkSize;
	89	+ }
	90	+ break;
	91	+
	92	+ default: break;
	93	+ }
	94	+
	95	+ bytesRead += (chunkSize + (chunkSize & 1));
	96	+ }
	97	+ }
	98	+ }
	99	+ }
	100	+ break;
	101	+
	102	+ case 0x61727478: // "xtra"
	103	+ {
	104	+ xtraPtr = ftell(f);
	105	+ xtraLen = chunkSize;
	106	+ }
	107	+ break;
	108	+
	109	+ case 0x6C706D73: // "smpl"
	110	+ {
	111	+ smplPtr = ftell(f);
	112	+ smplLen = chunkSize;
	113	+ }
	114	+ break;
	115	+
	116	+ default: break;
	117	+ }
	118	+
	119	+ bytesRead += (chunkSize + (chunkSize & 1));
	120	+ fseek(f, endOfChunk, SEEK_SET);
	121	+ }
	122	+
	123	+ // we need at least "fmt " and "data" - check if we found them sanely
	124	+ if (fmtPtr == 0 \|\| fmtLen < 16 \|\| dataPtr == 0 \|\| dataLen == 0)
	125	+ {
	126	+ loaderMsgBox("Error loading sample: The sample is not supported or is invalid!");
	127	+ return false;
	128	+ }
	129	+
	130	+ // ---- READ "fmt " CHUNK ----
	131	+ fseek(f, fmtPtr, SEEK_SET);
	132	+ fread(&audioFormat, 2, 1, f);
	133	+ fread(&numChannels, 2, 1, f);
	134	+ fread(&sampleRate, 4, 1, f);
	135	+ fseek(f, 6, SEEK_CUR); // unneeded
	136	+ fread(&bitsPerSample, 2, 1, f);
	137	+ sampleLength = dataLen;
	138	+ // ---------------------------
	139	+
	140	+ // test if the WAV is compatible with our loader
	141	+
	142	+ if (sampleRate == 0 \|\| sampleLength == 0 \|\| sampleLength >= filesize)
	143	+ {
	144	+ loaderMsgBox("Error loading sample: The sample is not supported or is invalid!");
	145	+ return false;
	146	+ }
	147	+
	148	+ if (audioFormat != WAV_FORMAT_PCM && audioFormat != WAV_FORMAT_IEEE_FLOAT)
	149	+ {
	150	+ loaderMsgBox("Error loading sample: The sample is not supported!");
	151	+ return false;
	152	+ }
	153	+
	154	+ if (numChannels == 0 \|\| numChannels > 2)
	155	+ {
	156	+ loaderMsgBox("Error loading sample: Unsupported number of channels!");
	157	+ return false;
	158	+ }
	159	+
	160	+ if (audioFormat == WAV_FORMAT_IEEE_FLOAT && bitsPerSample != 32 && bitsPerSample != 64)
	161	+ {
	162	+ loaderMsgBox("Error loading sample: Unsupported bitdepth!");
	163	+ return false;
	164	+ }
	165	+
	166	+ if (bitsPerSample != 8 && bitsPerSample != 16 && bitsPerSample != 24 && bitsPerSample != 32 && bitsPerSample != 64)
	167	+ {
	168	+ loaderMsgBox("Error loading sample: Unsupported bitdepth!");
	169	+ return false;
	170	+ }
	171	+
	172	+ // ---- READ SAMPLE DATA ----
	173	+ fseek(f, dataPtr, SEEK_SET);
	174	+
	175	+ if (sampleLength > MAX_SAMPLE_LEN)
	176	+ sampleLength = MAX_SAMPLE_LEN;
	177	+
	178	+ int16_t stereoSampleLoadMode = -1;
	179	+ if (wavIsStereo(f))
	180	+ stereoSampleLoadMode = loaderSysReq(5, "System request", "This is a stereo sample...");
	181	+
	182	+ if (bitsPerSample == 8) // 8-BIT INTEGER SAMPLE
	183	+ {
	184	+ if (!allocateTmpSmpData(&tmpSmp, sampleLength))
	185	+ {
	186	+ loaderMsgBox("Not enough memory!");
	187	+ return false;
	188	+ }
	189	+
	190	+ if (fread(tmpSmp.pek, sampleLength, 1, f) != 1)
	191	+ {
	192	+ loaderMsgBox("General I/O error during loading! Is the file in use?");
	193	+ return false;
	194	+ }
	195	+
	196	+ audioDataU8 = (uint8_t *)tmpSmp.pek;
	197	+
	198	+ // stereo conversion
	199	+ if (numChannels == 2)
	200	+ {
	201	+ sampleLength /= 2;
	202	+ switch (stereoSampleLoadMode)
	203	+ {
	204	+ case STEREO_SAMPLE_READ_LEFT:
	205	+ {
	206	+ // remove right channel data
	207	+ for (i = 1; i < sampleLength; i++)
	208	+ audioDataU8[i] = audioDataU8[(i * 2) + 0];
	209	+ }
	210	+ break;
	211	+
	212	+ case STEREO_SAMPLE_READ_RIGHT:
	213	+ {
	214	+ // remove left channel data
	215	+ len32 = sampleLength - 1;
	216	+ for (i = 0; i < len32; i++)
	217	+ audioDataU8[i] = audioDataU8[(i * 2) + 1];
	218	+
	219	+ audioDataU8[i] = 128;
	220	+ }
	221	+ break;
	222	+
	223	+ default:
	224	+ case STEREO_SAMPLE_CONVERT:
	225	+ {
	226	+ // mix stereo to mono
	227	+ len32 = sampleLength - 1;
	228	+ for (i = 0; i < len32; i++)
	229	+ audioDataU8[i] = (audioDataU8[(i * 2) + 0] + audioDataU8[(i * 2) + 1]) >> 1;
	230	+
	231	+ audioDataU8[i] = 128;
	232	+ }
	233	+ break;
	234	+ }
	235	+ }
	236	+
	237	+ // convert from unsigned to signed
	238	+ for (i = 0; i < sampleLength; i++)
	239	+ tmpSmp.pek[i] ^= 0x80;
	240	+ }
	241	+ else if (bitsPerSample == 16) // 16-BIT INTEGER SAMPLE
	242	+ {
	243	+ sampleLength /= 2;
	244	+ if (!allocateTmpSmpData(&tmpSmp, sampleLength*2))
	245	+ {
	246	+ loaderMsgBox("Not enough memory!");
	247	+ return false;
	248	+ }
	249	+
	250	+ if (fread(tmpSmp.pek, sampleLength, 2, f) != 2)
	251	+ {
	252	+ loaderMsgBox("General I/O error during loading! Is the file in use?");
	253	+ return false;
	254	+ }
	255	+
	256	+ audioDataS16 = (int16_t *)tmpSmp.pek;
	257	+
	258	+ // stereo conversion
	259	+ if (numChannels == 2)
	260	+ {
	261	+ sampleLength /= 2;
	262	+
	263	+ switch (stereoSampleLoadMode)
	264	+ {
	265	+ case STEREO_SAMPLE_READ_LEFT:
	266	+ {
	267	+ // remove right channel data
	268	+ for (i = 1; i < sampleLength; i++)
	269	+ audioDataS16[i] = audioDataS16[(i * 2) + 0];
	270	+ }
	271	+ break;
	272	+
	273	+ case STEREO_SAMPLE_READ_RIGHT:
	274	+ {
	275	+ // remove left channel data
	276	+ len32 = sampleLength - 1;
	277	+ for (i = 0; i < len32; i++)
	278	+ audioDataS16[i] = audioDataS16[(i * 2) + 1];
	279	+
	280	+ audioDataS16[i] = 0;
	281	+ }
	282	+ break;
	283	+
	284	+ default:
	285	+ case STEREO_SAMPLE_CONVERT:
	286	+ {
	287	+ // mix stereo to mono
	288	+ len32 = sampleLength - 1;
	289	+ for (i = 0; i < len32; i++)
	290	+ {
	291	+ int32_t smp32 = audioDataS16[(i * 2) + 0] + audioDataS16[(i * 2) + 1];
	292	+ audioDataS16[i] = (int16_t)(smp32 >> 1);
	293	+ }
	294	+
	295	+ audioDataS16[i] = 0;
	296	+ }
	297	+ break;
	298	+ }
	299	+ }
	300	+
	301	+ sampleLength *= 2;
	302	+ tmpSmp.typ \|= 16; // 16-bit
	303	+ }
	304	+ else if (bitsPerSample == 24) // 24-BIT INTEGER SAMPLE
	305	+ {
	306	+ sampleLength /= 3;
	307	+ if (!allocateTmpSmpData(&tmpSmp, (sampleLength * 4) * 2))
	308	+ {
	309	+ loaderMsgBox("Not enough memory!");
	310	+ return false;
	311	+ }
	312	+
	313	+ if (fread(&tmpSmp.pek[sampleLength], sampleLength, 3, f) != 3)
	314	+ {
	315	+ loaderMsgBox("General I/O error during loading! Is the file in use?");
	316	+ return false;
	317	+ }
	318	+
	319	+ audioDataS32 = (int32_t *)tmpSmp.pek;
	320	+
	321	+ // convert to 32-bit
	322	+ audioDataU8 = (uint8_t *)tmpSmp.pek + sampleLength;
	323	+ for (i = 0; i < sampleLength; i++)
	324	+ {
	325	+ audioDataS32[i] = (audioDataU8[2] << 24) \| (audioDataU8[1] << 16) \| (audioDataU8[0] << 8);
	326	+ audioDataU8 += 3;
	327	+ }
	328	+
	329	+ // stereo conversion
	330	+ if (numChannels == 2)
	331	+ {
	332	+ sampleLength /= 2;
	333	+ switch (stereoSampleLoadMode)
	334	+ {
	335	+ case STEREO_SAMPLE_READ_LEFT:
	336	+ {
	337	+ // remove right channel data
	338	+ for (i = 1; i < sampleLength; i++)
	339	+ audioDataS32[i] = audioDataS32[(i * 2) + 0];
	340	+ }
	341	+ break;
	342	+
	343	+ case STEREO_SAMPLE_READ_RIGHT:
	344	+ {
	345	+ // remove left channel data
	346	+ len32 = sampleLength - 1;
	347	+ for (i = 0; i < len32; i++)
	348	+ audioDataS32[i] = audioDataS32[(i * 2) + 1];
	349	+
	350	+ audioDataS32[i] = 0;
	351	+ }
	352	+ break;
	353	+
	354	+ default:
	355	+ case STEREO_SAMPLE_CONVERT:
	356	+ {
	357	+ // mix stereo to mono
	358	+ len32 = sampleLength - 1;
	359	+ for (i = 0; i < len32; i++)
	360	+ {
	361	+ int64_t smp64 = audioDataS32[(i * 2) + 0];
	362	+ smp64 += audioDataS32[(i * 2) + 1];
	363	+ smp64 >>= 1;
	364	+
	365	+ audioDataS32[i] = (int32_t)smp64;
	366	+ }
	367	+
	368	+ audioDataS32[i] = 0;
	369	+ }
	370	+ break;
	371	+ }
	372	+ }
	373	+
	374	+ normalizeSigned32Bit(audioDataS32, sampleLength);
	375	+
	376	+ // downscale to 16-bit (ultra fast method!)
	377	+
	378	+ audioDataS16 = (int16_t *)tmpSmp.pek;
	379	+ audioDataS16_2 = (int16_t *)tmpSmp.pek + 1; // yes, this is aligned to words
	380	+
	381	+ for (i = 0; i < sampleLength; i++, audioDataS16_2++)
	382	+ audioDataS16[i] = audioDataS16_2[i];
	383	+
	384	+ sampleLength *= 2;
	385	+ tmpSmp.typ \|= 16; // 16-bit
	386	+ }
	387	+ else if (audioFormat == WAV_FORMAT_PCM && bitsPerSample == 32) // 32-BIT INTEGER SAMPLE
	388	+ {
	389	+ sampleLength /= 4;
	390	+ if (!allocateTmpSmpData(&tmpSmp, sampleLength * 4))
	391	+ {
	392	+ loaderMsgBox("Not enough memory!");
	393	+ return false;
	394	+ }
	395	+
	396	+ if (fread(tmpSmp.pek, sampleLength, 4, f) != 4)
	397	+ {
	398	+ loaderMsgBox("General I/O error during loading! Is the file in use?");
	399	+ return false;
	400	+ }
	401	+
	402	+ audioDataS32 = (int32_t *)tmpSmp.pek;
	403	+
	404	+ // stereo conversion
	405	+ if (numChannels == 2)
	406	+ {
	407	+ sampleLength /= 2;
	408	+ switch (stereoSampleLoadMode)
	409	+ {
	410	+ case STEREO_SAMPLE_READ_LEFT:
	411	+ {
	412	+ // remove right channel data
	413	+ for (i = 1; i < sampleLength; i++)
	414	+ audioDataS32[i] = audioDataS32[(i * 2) + 0];
	415	+ }
	416	+ break;
	417	+
	418	+ case STEREO_SAMPLE_READ_RIGHT:
	419	+ {
	420	+ // remove left channel data
	421	+ len32 = sampleLength - 1;
	422	+ for (i = 0; i < len32; i++)
	423	+ audioDataS32[i] = audioDataS32[(i * 2) + 1];
	424	+
	425	+ audioDataS32[i] = 0;
	426	+ }
	427	+ break;
	428	+
	429	+ default:
	430	+ case STEREO_SAMPLE_CONVERT:
	431	+ {
	432	+ // mix stereo to mono
	433	+ len32 = sampleLength - 1;
	434	+ for (i = 0; i < len32; i++)
	435	+ {
	436	+ int64_t smp64 = audioDataS32[(i * 2) + 0];
	437	+ smp64 += audioDataS32[(i * 2) + 1];
	438	+ smp64 >>= 1;
	439	+
	440	+ audioDataS32[i] = (int32_t)smp64;
	441	+ }
	442	+
	443	+ audioDataS32[i] = 0;
	444	+ }
	445	+ break;
	446	+ }
	447	+ }
	448	+
	449	+ normalizeSigned32Bit(audioDataS32, sampleLength);
	450	+
	451	+ // downscale to 16-bit (ultra fast method!)
	452	+
	453	+ audioDataS16 = (int16_t *)tmpSmp.pek;
	454	+ audioDataS16_2 = (int16_t *)tmpSmp.pek + 1; // yes, this is aligned to words
	455	+
	456	+ for (i = 0; i < sampleLength; i++, audioDataS16_2++)
	457	+ audioDataS16[i] = audioDataS16_2[i];
	458	+
	459	+ sampleLength *= 2;
	460	+ tmpSmp.typ \|= 16; // 16-bit
	461	+ }
	462	+ else if (audioFormat == WAV_FORMAT_IEEE_FLOAT && bitsPerSample == 32) // 32-BIT FLOATING POINT SAMPLE
	463	+ {
	464	+ sampleLength /= 4;
	465	+ if (!allocateTmpSmpData(&tmpSmp, sampleLength * 4))
	466	+ {
	467	+ loaderMsgBox("Not enough memory!");
	468	+ return false;
	469	+ }
	470	+
	471	+ if (fread(tmpSmp.pek, sampleLength, 4, f) != 4)
	472	+ {
	473	+ loaderMsgBox("General I/O error during loading! Is the file in use?");
	474	+ return false;
	475	+ }
	476	+
	477	+ fAudioDataFloat = (float *)tmpSmp.pek;
	478	+
	479	+ // stereo conversion
	480	+ if (numChannels == 2)
	481	+ {
	482	+ sampleLength /= 2;
	483	+ switch (stereoSampleLoadMode)
	484	+ {
	485	+ case STEREO_SAMPLE_READ_LEFT:
	486	+ {
	487	+ // remove right channel data
	488	+ for (i = 1; i < sampleLength; i++)
	489	+ fAudioDataFloat[i] = fAudioDataFloat[(i * 2) + 0];
	490	+ }
	491	+ break;
	492	+
	493	+ case STEREO_SAMPLE_READ_RIGHT:
	494	+ {
	495	+ // remove left channel data
	496	+ len32 = sampleLength - 1;
	497	+ for (i = 0; i < len32; i++)
	498	+ fAudioDataFloat[i] = fAudioDataFloat[(i * 2) + 1];
	499	+
	500	+ fAudioDataFloat[i] = 0.0f;
	501	+ }
	502	+ break;
	503	+
	504	+ default:
	505	+ case STEREO_SAMPLE_CONVERT:
	506	+ {
	507	+ // mix stereo to mono
	508	+ len32 = sampleLength - 1;
	509	+ for (i = 0; i < len32; i++)
	510	+ fAudioDataFloat[i] = (fAudioDataFloat[(i * 2) + 0] + fAudioDataFloat[(i * 2) + 1]) * 0.5f;
	511	+
	512	+ fAudioDataFloat[i] = 0.0f;
	513	+ }
	514	+ break;
	515	+ }
	516	+ }
	517	+
	518	+ normalize32BitFloatToSigned16Bit(fAudioDataFloat, sampleLength);
	519	+
	520	+ ptr16 = (int16_t *)tmpSmp.pek;
	521	+ for (i = 0; i < sampleLength; i++)
	522	+ ptr16[i] = (int16_t)fAudioDataFloat[i]; // should use SIMD if available
	523	+
	524	+ sampleLength *= 2;
	525	+ tmpSmp.typ \|= 16; // 16-bit
	526	+ }
	527	+ else if (audioFormat == WAV_FORMAT_IEEE_FLOAT && bitsPerSample == 64) // 64-BIT FLOATING POINT SAMPLE
	528	+ {
	529	+ sampleLength /= 8;
	530	+ if (!allocateTmpSmpData(&tmpSmp, sampleLength * 8))
	531	+ {
	532	+ loaderMsgBox("Not enough memory!");
	533	+ return false;
	534	+ }
	535	+
	536	+ if (fread(tmpSmp.pek, sampleLength, 8, f) != 8)
	537	+ {
	538	+ loaderMsgBox("General I/O error during loading! Is the file in use?");
	539	+ return false;
	540	+ }
	541	+
	542	+ dAudioDataDouble = (double *)tmpSmp.pek;
	543	+
	544	+ // stereo conversion
	545	+ if (numChannels == 2)
	546	+ {
	547	+ sampleLength /= 2;
	548	+ switch (stereoSampleLoadMode)
	549	+ {
	550	+ case STEREO_SAMPLE_READ_LEFT:
	551	+ {
	552	+ // remove right channel data
	553	+ for (i = 1; i < sampleLength; i++)
	554	+ dAudioDataDouble[i] = dAudioDataDouble[(i * 2) + 0];
	555	+ }
	556	+ break;
	557	+
	558	+ case STEREO_SAMPLE_READ_RIGHT:
	559	+ {
	560	+ // remove left channel data
	561	+ len32 = sampleLength - 1;
	562	+ for (i = 0; i < len32; i++)
	563	+ dAudioDataDouble[i] = dAudioDataDouble[(i * 2) + 1];
	564	+
	565	+ dAudioDataDouble[i] = 0.0;
	566	+ }
	567	+ break;
	568	+
	569	+ default:
	570	+ case STEREO_SAMPLE_CONVERT:
	571	+ {
	572	+ // mix stereo to mono
	573	+ len32 = sampleLength - 1;
	574	+ for (i = 0; i < len32; i++)
	575	+ dAudioDataDouble[i] = (dAudioDataDouble[(i * 2) + 0] + dAudioDataDouble[(i * 2) + 1]) * 0.5;
	576	+
	577	+ dAudioDataDouble[i] = 0.0;
	578	+ }
	579	+ break;
	580	+ }
	581	+ }
	582	+
	583	+ normalize64BitFloatToSigned16Bit(dAudioDataDouble, sampleLength);
	584	+
	585	+ ptr16 = (int16_t *)tmpSmp.pek;
	586	+ for (i = 0; i < sampleLength; i++)
	587	+ ptr16[i] = (int16_t)dAudioDataDouble[i]; // should use SIMD if available
	588	+
	589	+ sampleLength *= 2;
	590	+ tmpSmp.typ \|= 16; // 16-bit
	591	+ }
	592	+
	593	+ reallocateTmpSmpData(&tmpSmp, sampleLength); // readjust memory needed
	594	+
	595	+ tuneSample(&tmpSmp, sampleRate, audio.linearPeriodsFlag);
	596	+
	597	+ tmpSmp.vol = 64;
	598	+ tmpSmp.pan = 128;
	599	+ tmpSmp.len = sampleLength;
	600	+
	601	+ // ---- READ "smpl" chunk ----
	602	+ if (smplPtr != 0 && smplLen > 52)
	603	+ {
	604	+ uint32_t numLoops, loopType, loopStart, loopEnd;
	605	+
	606	+ fseek(f, smplPtr+28, SEEK_SET); // seek to first wanted byte
	607	+
	608	+ fread(&numLoops, 4, 1, f);
	609	+ if (numLoops == 1)
	610	+ {
	611	+ fseek(f, 4+4, SEEK_CUR); // skip "samplerData" and "identifier"
	612	+
	613	+ fread(&loopType, 4, 1, f);
	614	+ fread(&loopStart, 4, 1, f);
	615	+ fread(&loopEnd, 4, 1, f); loopEnd++;
	616	+
	617	+ if (tmpSmp.typ & 16)
	618	+ {
	619	+ loopStart *= 2;
	620	+ loopEnd *= 2;
	621	+ }
	622	+
	623	+ if (loopEnd <= sampleLength)
	624	+ {
	625	+ tmpSmp.repS = loopStart;
	626	+ tmpSmp.repL = loopEnd - loopStart;
	627	+ tmpSmp.typ \|= (loopType == 0) ? 1 : 2;
	628	+ }
	629	+ }
	630	+ }
	631	+ // ---------------------------
	632	+
	633	+ // ---- READ "xtra" chunk ----
	634	+ if (xtraPtr != 0 && xtraLen >= 8)
	635	+ {
	636	+ uint16_t tmpPan, tmpVol;
	637	+ uint32_t xtraFlags;
	638	+
	639	+ fseek(f, xtraPtr, SEEK_SET);
	640	+ fread(&xtraFlags, 4, 1, f); // flags
	641	+
	642	+ // panning (0..256)
	643	+ if (xtraFlags & 0x20) // set panning flag
	644	+ {
	645	+ fread(&tmpPan, 2, 1, f);
	646	+ if (tmpPan > 255)
	647	+ tmpPan = 255;
	648	+
	649	+ tmpSmp.pan = (uint8_t)tmpPan;
	650	+ }
	651	+ else
	652	+ {
	653	+ // don't read panning, skip it
	654	+ fseek(f, 2, SEEK_CUR);
	655	+ }
	656	+
	657	+ // volume (0..256)
	658	+ fread(&tmpVol, 2, 1, f);
	659	+ if (tmpVol > 256)
	660	+ tmpVol = 256;
	661	+
	662	+ tmpSmp.vol = (uint8_t)((tmpVol + 2) / 4); // 0..256 -> 0..64 (rounded)
	663	+ }
	664	+ // ---------------------------
	665	+
	666	+ // ---- READ "INAM" chunk ----
	667	+ if (inamPtr != 0 && inamLen > 0)
	668	+ {
	669	+ fseek(f, inamPtr, SEEK_SET);
	670	+
	671	+ uint32_t len = 22;
	672	+ if (len > inamLen)
	673	+ len = inamLen;
	674	+
	675	+ memset(tmpSmp.name, 0, sizeof (tmpSmp.name));
	676	+ for (i = 0; i < len; i++)
	677	+ {
	678	+ char chr = (char)fgetc(f);
	679	+ if (chr == '\0')
	680	+ break;
	681	+
	682	+ tmpSmp.name[i] = chr;
	683	+ }
	684	+
	685	+ smpFilenameSet = true;
	686	+ }
	687	+
	688	+ return true;
	689	+}
	690	+
	691	+static bool wavIsStereo(FILE *f)
	692	+{
	693	+ uint16_t numChannels;
	694	+ uint32_t chunkID, chunkSize;
	695	+
	696	+ uint32_t oldPos = ftell(f);
	697	+
	698	+ fseek(f, 0, SEEK_END);
	699	+ int32_t filesize = ftell(f);
	700	+
	701	+ if (filesize < 12)
	702	+ {
	703	+ fseek(f, oldPos, SEEK_SET);
	704	+ return false;
	705	+ }
	706	+
	707	+ fseek(f, 12, SEEK_SET);
	708	+
	709	+ uint32_t fmtPtr = 0;
	710	+ uint32_t fmtLen = 0;
	711	+
	712	+ int32_t bytesRead = 0;
	713	+ while (!feof(f) && bytesRead < filesize-12)
	714	+ {
	715	+ fread(&chunkID, 4, 1, f); if (feof(f)) break;
	716	+ fread(&chunkSize, 4, 1, f); if (feof(f)) break;
	717	+
	718	+ int32_t endOfChunk = (ftell(f) + chunkSize) + (chunkSize & 1);
	719	+ switch (chunkID)
	720	+ {
	721	+ case 0x20746D66: // "fmt "
	722	+ {
	723	+ fmtPtr = ftell(f);
	724	+ fmtLen = chunkSize;
	725	+ }
	726	+ break;
	727	+
	728	+ default: break;
	729	+ }
	730	+
	731	+ bytesRead += (chunkSize + (chunkSize & 1));
	732	+ fseek(f, endOfChunk, SEEK_SET);
	733	+ }
	734	+
	735	+ if (fmtPtr == 0 \|\| fmtLen < 4)
	736	+ {
	737	+ fseek(f, oldPos, SEEK_SET);
	738	+ return false;
	739	+ }
	740	+
	741	+ fseek(f, fmtPtr + 2, SEEK_SET);
	742	+ fread(&numChannels, 2, 1, f);
	743	+
	744	+ fseek(f, oldPos, SEEK_SET);
	745	+ return (numChannels == 2);
	746	+}

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