lj/lj046: 80a2761bd3a4 src/ljreplay.c

view src/ljreplay.c @ 2:80a2761bd3a4

change DS keys (add alt. rotate)

author	paulo@localhost
date	Mon, 23 Mar 2009 01:19:12 -0700
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1 /* Replay functionality for LOCKJAW, an implementation of the Soviet Mind Game

5 This work is free software; you can redistribute it and/or modify

6 it under the terms of the GNU General Public License as published by

7 the Free Software Foundation; either version 2 of the License, or

8 (at your option) any later version.

10 This program is distributed in the hope that it will be useful,

11 but WITHOUT ANY WARRANTY; without even the implied warranty of

12 MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the

13 GNU General Public License for more details.

15 You should have received a copy of the GNU General Public License

16 along with this program; if not, write to the Free Software

17 Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA

19 Original game concept and design by Alexey Pajitnov.

20 The Software is not sponsored or endorsed by Alexey Pajitnov, Elorg,

21 or The Tetris Company LLC.

23 */

25 #include "ljreplay.h"

26 #include <stdio.h>

28 #define FORMAT_VERSION 0x20080525

29 #define LAST_FORMAT_VERSION 20080420

30 #define DEBUG_OFFSETS 0

32 #if DEBUG_OFFSETS

33 #include <allegro.h>

34 #endif

36 struct LJReplayFrame {

37 char length;

38 char reserved;

39 unsigned short keys;

40 LJInput x;

41 };

43 struct LJReplay {

44 FILE *file;

45 };

47 static void fput32(unsigned int src, FILE *dst) {

48 fputc(src >> 24, dst);

49 fputc(src >> 16, dst);

50 fputc(src >> 8, dst);

51 fputc(src, dst);

52 }

54 static unsigned int fget32(FILE *src) {

55 int c0 = fgetc(src) & 0xFF;

56 c0 = (c0 << 8) | (fgetc(src) & 0xFF);

57 c0 = (c0 << 8) | (fgetc(src) & 0xFF);

58 c0 = (c0 << 8) | (fgetc(src) & 0xFF);

59 return c0;

60 }

61 static void fput16(unsigned int src, FILE *dst) {

62 fputc(src >> 8, dst);

63 fputc(src, dst);

64 }

66 static unsigned int fget16(FILE *src) {

67 int c0 = fgetc(src) & 0xFF;

68 c0 = (c0 << 8) | (fgetc(src) & 0xFF);

69 return c0;

70 }

72 static void LJField_serialize(const LJField *p, FILE *fp) {

73 fput32(FORMAT_VERSION, fp);

75 for (int y = 0; y < LJ_PF_HT; ++y) {

76 for (int x = 0; x < LJ_PF_WID; ++x) {

77 fputc(p->b[y][x], fp);

78 }

79 }

80 for (int y = 0; y < LJ_PF_HT; ++y) {

81 for (int x = 0; x < LJ_PF_WID; ++x) {

82 fputc(p->c[y][x], fp);

83 }

84 }

85 fput32(p->clearedLines, fp);

86 fput32(p->sounds, fp);

87 fput32(p->tempRows, fp);

88 for (int y = 0; y < 1 + LJ_NEXT_PIECES; ++y) {

89 fputc(p->curPiece[y], fp);

90 }

91 for (int y = 0; y < 2 * MAX_BAG_LEN; ++y) {

92 fputc(p->permuPiece[y], fp);

93 }

94 fputc(p->permuPhase, fp);

95 for (int y = 0; y < LJ_MAX_LINES_PER_PIECE; ++y) {

96 fput16(p->nLineClears[y], fp);

97 }

98 fput32(p->y, fp);

99 fputc(p->state, fp);

100 fputc(p->stateTime, fp);

101 fputc(p->theta, fp);

102 fputc(p->x, fp);

103 fputc(p->hardDropY, fp);

104 fputc(p->alreadyHeld, fp);

105 fputc(p->isSpin, fp);

106 fputc(p->nLinesThisPiece, fp);

107 fputc(p->canRotate, fp);

108

109 #if DEBUG_OFFSETS

110 allegro_message("before score, offset = %u\n", (unsigned int)ftell(fp));

111 #endif

112 fput32(p->score, fp);

113 fput32(p->lines, fp);

114 fput32(p->gameTime, fp);

115 fput32(p->activeTime, fp);

116 fput16(p->holdPiece, fp);

117 fputc(p->chain, fp);

118 fputc(p->garbage, fp);

119 fputc(p->garbageX, fp);

120 fput16(p->nPieces, fp);

121 fput16(p->outGarbage, fp);

122

123 fputc(p->gimmick, fp);

124 fput32(p->speedState.level, fp);

125 fput32(p->bpmCounter, fp);

126 fput32(p->speedupCounter, fp);

127 fput32(p->goalCount, fp);

128 fput32(p->seed, fp);

129 fput32(p->speed.gravity, fp);

130 fputc(p->speedState.curve, fp);

131 fputc(p->goalType, fp);

132 fputc(p->speed.entryDelay, fp);

133 fputc(p->areStyle, fp);

134 fputc(p->lockReset, fp);

135 fputc(p->speed.lockDelay, fp);

136 fputc(p->speed.lineDelay, fp);

137 fputc(p->ceiling, fp);

138 fputc(p->enterAbove, fp);

139 fputc(p->leftWall, fp);

140 fputc(p->rightWall, fp);

141 fputc(p->pieceSet, fp);

142 fputc(p->randomizer, fp);

143 fputc(p->rotationSystem, fp);

144 fputc(p->garbageRandomness, fp);

145 fputc(p->tSpinAlgo, fp);

146 fputc(p->clearGravity, fp);

147 fputc(p->gluing, fp);

148 fputc(p->scoreStyle, fp);

149 fputc(p->setLockDelay, fp);

150 fputc(p->upwardKicks, fp);

151 fputc(p->maxUpwardKicks, fp);

152 fputc(p->setLineDelay, fp);

153 fputc(p->garbageStyle, fp);

154 fputc(p->holdStyle, fp);

155 fputc(p->bottomBlocks, fp);

156

157 fput16(p->multisquares, fp);

158 fput16(p->monosquares, fp);

159

160 #if DEBUG_OFFSETS

161 allegro_message("final offset = %u\n", (unsigned int)ftell(fp));

162 #endif

163 }

164

165 static int LJField_deserialize(LJField *p, FILE *fp) {

166 int format = fget32(fp);

167 if (format != FORMAT_VERSION

168 && format != LAST_FORMAT_VERSION) {

169 return -1;

170 }

171

172 for (int y = 0; y < LJ_PF_HT; ++y) {

173 for (int x = 0; x < LJ_PF_WID; ++x) {

174 p->b[y][x] = fgetc(fp);

175 }

176 }

177 for (int y = 0; y < LJ_PF_HT; ++y) {

178 for (int x = 0; x < LJ_PF_WID; ++x) {

179 p->c[y][x] = fgetc(fp);

180 }

181 }

182 p->clearedLines = fget32(fp);

183 p->sounds = fget32(fp);

184 p->tempRows = fget32(fp);

185 for (int y = 0; y < 1 + LJ_NEXT_PIECES; ++y) {

186 p->curPiece[y] = fgetc(fp);

187 }

188 for (int y = 0; y < 2 * MAX_BAG_LEN; ++y) {

189 p->permuPiece[y] = fgetc(fp);

190 }

191 p->permuPhase = fgetc(fp);

192 for (int y = 0; y < LJ_MAX_LINES_PER_PIECE; ++y) {

193 p->nLineClears[y] = fget16(fp);

194 }

195 p->y = fget32(fp);

196 p->state = fgetc(fp);

197 p->stateTime = fgetc(fp);

198 p->theta = fgetc(fp);

199 p->x = fgetc(fp);

200 p->hardDropY = fgetc(fp);

201 p->alreadyHeld = fgetc(fp);

202 p->isSpin = fgetc(fp);

203 p->nLinesThisPiece = fgetc(fp);

204 p->canRotate = fgetc(fp);

205

206 #if DEBUG_OFFSETS

207 allegro_message("before score, offset = %u\n", (unsigned int)ftell(fp));

208 #endif

209 p->score = fget32(fp);

210 p->lines = fget32(fp);

211 p->gameTime = fget32(fp);

212 p->activeTime = fget32(fp);

213 p->holdPiece = fget16(fp);

214 p->chain = fgetc(fp);

215 p->garbage = fgetc(fp);

216 p->garbageX = fgetc(fp);

217 p->nPieces = fget16(fp);

218 p->outGarbage = fget16(fp);

219

220 p->gimmick = fgetc(fp);

221 p->speedState.level = fget32(fp);

222 p->bpmCounter = fget32(fp);

223 p->speedupCounter = fget32(fp);

224 p->goalCount = fget32(fp);

225 p->seed = fget32(fp);

226 p->speed.gravity = fget32(fp);

227 p->speedState.curve = fgetc(fp);

228 p->goalType = fgetc(fp);

229 p->speed.entryDelay = fgetc(fp);

230 p->areStyle = fgetc(fp);

231 p->lockReset = fgetc(fp);

232 p->speed.lockDelay = fgetc(fp);

233 p->speed.lineDelay = fgetc(fp);

234 p->ceiling = fgetc(fp);

235 p->enterAbove = fgetc(fp);

236 p->leftWall = fgetc(fp);

237 p->rightWall = fgetc(fp);

238 p->pieceSet = fgetc(fp);

239 p->randomizer = fgetc(fp);

240 p->rotationSystem = fgetc(fp);

241 p->garbageRandomness = fgetc(fp);

242 p->tSpinAlgo = fgetc(fp);

243 p->clearGravity = fgetc(fp);

244 p->gluing = fgetc(fp);

245 p->scoreStyle = fgetc(fp);

246 p->setLockDelay = fgetc(fp);

247 p->upwardKicks = fgetc(fp);

248 p->maxUpwardKicks = fgetc(fp);

249 p->setLineDelay = fgetc(fp);

250 p->garbageStyle = fgetc(fp);

251 p->holdStyle = fgetc(fp);

252 p->bottomBlocks = fgetc(fp);

253

254 if (format == FORMAT_VERSION) {

255 p->multisquares = fget16(fp);

256 p->monosquares = fget16(fp);

257 }

258 #if DEBUG_OFFSETS

259 allegro_message("final offset = %u\n", (unsigned int)ftell(fp));

260 #endif

261 return 0;

262 }

263

264

265 LJReplay *newReplay(const char *filename, LJField *p) {

266 LJReplay *r = malloc(sizeof(struct LJReplay));

267

268 if (!r) {

269 return NULL;

270 }

271 r->file = fopen(filename, "wb");

272 if (!r->file) {

273 free(r);

274 return NULL;

275 }

276 LJField_serialize(p, r->file);

277 return r;

278 }

279

280 void replayRecord(LJReplay *r, LJBits keys, const LJInput *in) {

281 fputc(0, r->file);

282 fputc(0, r->file);

283 fputc(keys >> 8, r->file);

284 fputc(keys, r->file);

285 fputc(in->rotation, r->file);

286 fputc(in->movement, r->file);

287 fputc(in->gravity, r->file);

288 fputc(in->other, r->file);

289 }

290

291 LJReplay *openReplay(const char *filename, LJField *p) {

292 LJReplay *r = malloc(sizeof(struct LJReplay));

293

294 if (!r) {

295 return NULL;

296 }

297 r->file = fopen(filename, "rb");

298 if (!r->file) {

299 free(r);

300 return NULL;

301 }

302

303 /* This deserialization is still NOT robust. */

304 if (LJField_deserialize(p, r->file) < 0) {

305 fclose(r->file);

306 free(r);

307 return 0;

308 }

309 return r;

310 }

311

312 int getReplayFrame(LJReplay *r, LJInput *d) {

313 fgetc(r->file);

314 fgetc(r->file);

315 int keys = fgetc(r->file);

316

317 if (keys == EOF) {

318 return LJREPLAY_EOF;

319 }

320 keys = (keys << 8 & 0xFF) | (fgetc(r->file) & 0xFF);

321 d->rotation = fgetc(r->file);

322 d->movement = fgetc(r->file);

323 d->gravity = fgetc(r->file);

324 d->other = fgetc(r->file);

325 return keys;

326 }

327

328 void replayClose(LJReplay *r) {

329 if (r) {

330 if (r->file) {

331 fclose(r->file);

332 }

333 free(r);

334 }

335 }

Mercurial > hg > index.fcgi > lj > lj046

view src/ljreplay.c @ 2:80a2761bd3a4