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113} 114td,th { 115 padding : 2pt; 116 border-width : 2pt; 117 border-style : none none none none; 118 font-style : normal; 119 text-align : left; 120} 121td { 122 background : #e8f4f4; 123 font-weight : normal; 124} 125th { 126 background : #c0d8d8; 127 font-weight : bold; 128} 129 130p { 131 margin-left : 4px; 132} 133p.code { 134 font-family : "Courier New", monospace; 135 position : normal; 136 left : 12px; 137 font-size : 90%; 138 background : #e8f4f4; 139} 140 141p.notice { 142 color : black; 143 font-weight : bold; 144 font-size : 90%; 145 border : solid 1px black; 146 padding : 1em; 147} 148 149--> 150</style> 151 152</head> 153<body> 154 155 <h1><a name="top">Executable Binary Files</a></h1> 156 <p> 157 This page describes the format of executable binary files created using <CODE>ctr_VertexShaderLinker32</CODE>.<BR> 158 </p> 159 160 <h2><a name="block_list">File Organization</a></h2> 161 <p> 162 Executable binary files consist of the following blocks.<BR> <br> 163 <table> 164 <tr> 165 <th>Blocks</th> 166 <th>Structures</th> 167 <th>Start position offset (in bytes)</th> 168 <th>Number of blocks</th> 169 <th>Size per block (in bytes)</th> 170 </tr> 171 <tr> 172 <th><a href="#file_header">Binary File Header</a></th> 173 <td>BINFILEHEADER</td> 174 <td>0</td> 175 <td>1</td> 176 <td>12</td> 177 </tr> 178 <tr> 179 <th><a href="#package_info">Package Information</a></th> 180 <td>----</td> 181 <td>12</td> 182 <td>1</td> 183 <td>----</td> 184 </tr> 185 <tr> 186 <th><a href="#exe_image_info">Executable Image Information</a></th> 187 <td>----</td> 188 <td>BINFILEHEADER.exeOffsetTop</td> 189 <td>BINFILEHEADER.exeCount</td> 190 <td>----</td> 191 </tr> 192 </table> 193 <br> <br> 194 </p> 195 196 <h2><a name="file_header">Binary File Header</a></h2> 197 <p> 198 Binary files include a variable length binary file header located at the start of the file.<BR> <br> The binary file header consists of the following.<br> <br> 199<pre><p class="code">typedef struct tagBINFILEHEADER { 200 char signature[4]; 201 unsigned int exeCount; 202 unsigned int exeOffsetTop; 203} BINFILEHEADER</p></pre> 204 <table> 205 <tr> 206 <th width="20%">Name</th> 207 <th>Description</th> 208 </tr> 209 <tr> 210 <td>signature</td> 211 <td>Stores the character string "DVLB".</td> 212 </tr> 213 <tr> 214 <td>exeCount</td> 215 <td>The number of instances of executable image information.</td> 216 </tr> 217 <tr> 218 <td>exeOffsetTop</td> 219 <td>Stores the offset in bytes from the start of the file to the first byte of executable image information.<BR>If <CODE>exeCount</CODE> is greater than 1, the binary file includes more than one instance of executable image information.<BR>An offset in bytes to each instance of executable image information is stored every four bytes, immediately after <CODE>exeOffsetTop</CODE>.</td> 220 </tr> 221 </table> 222 </p> 223 224 <h2><a name="package_info">Package Information</a></h2> 225 <p> 226 Package information is located immediately after the binary file header.<BR> <br> Package information consists of the following.<br> <br> 227 <table> 228 <tr> 229 <th>Blocks</th> 230 <th>Structures</th> 231 <th>Start position offset (in bytes)</th> 232 <th>Number of blocks</th> 233 <th>Size per block (in bytes)</th> 234 </tr> 235 <tr> 236 <th><a href="#package_header">Package Information Header</a></th> 237 <td>PKGHEADER</td> 238 <td>0</td> 239 <td>1</td> 240 <td>40</td> 241 </tr> 242 <tr> 243 <th><a href="#code_info">Program Code Information</a></th> 244 <td>----</td> 245 <td>PKGHEADER.instOffset</td> 246 <td>1</td> 247 <td>PKGHEADER.instCount</td> 248 </tr> 249 <tr> 250 <th><a href="#swizzle_info">Swizzle Data Information</a></th> 251 <td>SWIZZLEINFO</td> 252 <td>PKGHEADER.swizzleOffset</td> 253 <td>PKGHEADER.swizzleCount</td> 254 <td>8</td> 255 </tr> 256 <tr> 257 <th><a href="#line_info">Line Information</a></th> 258 <td>LINEINFO</td> 259 <td>PKGHEADER.lineOffset</td> 260 <td>PKGHEADER.lineCount</td> 261 <td>8</td> 262 </tr> 263 <tr> 264 <th><a href="#string_info">String Data</a></th> 265 <td>----</td> 266 <td>PKGHEADER.stringOffset</td> 267 <td>1</td> 268 <td>PKGHEADER.stringSize</td> 269 </tr> 270 </table> 271 <br> <br> 272 </p> 273 274 <h3><a name="package_header">Package Information Header</a></h3> 275 <p> 276 The fixed header is located at the start of package information.<BR> You can get the location of data in each information block and the number of instances of data based on header information.<BR> <br> The package information header consists of the following.<br> 277<pre><p class="code">typedef struct tagPKGHEADER { 278 char signature[4]; 279 char version[2]; 280 unsigned short reserved0; 281 unsigned int instOffset; 282 unsigned int instCount; 283 unsigned int swizzleOffset; 284 unsigned int swizzleCount; 285 unsigned int lineOffset; 286 unsigned int lineCount; 287 unsigned int stringOffset; 288 unsigned int stringSize; 289} PKGHEADER</p></pre> 290 <table> 291 <tr> 292 <th width="20%">Name</th> 293 <th>Description</th> 294 </tr> 295 <tr> 296 <td>signature</td> 297 <td>Stores the character string "DVLP".</td> 298 </tr> 299 <tr> 300 <td>version</td> 301 <td>Stores the linker tool version. The first byte represents the major version number and the second byte represents the minor version number.</td> 302 </tr> 303 <tr> 304 <td>instOffset</td> 305 <td>The byte index included in package information for the program code information block.</td> 306 </tr> 307 <tr> 308 <td>instCount</td> 309 <td>The number of instances of data in program code information.</td> 310 </tr> 311 <tr> 312 <td>swizzleOffset</td> 313 <td>The byte index included in package information for the swizzle data information block.</td> 314 </tr> 315 <tr> 316 <td>swizzleCount</td> 317 <td>The number of instances of data in swizzle data information.</td> 318 </tr> 319 <tr> 320 <td>lineOffset</td> 321 <td>The byte index included in package information for the line information block.</td> 322 </tr> 323 <tr> 324 <td>lineCount</td> 325 <td>The number of instances of line information.</td> 326 </tr> 327 <tr> 328 <td>stringOffset</td> 329 <td>The byte index inside package information to the string data block.</td> 330 </tr> 331 <tr> 332 <td>stringSize</td> 333 <td>The number of bytes of string data.</td> 334 </tr> 335 </table> 336 </p> 337 338 <h3><a name="code_info">Program Code Information</a></h3> 339 <p> 340The program code information block given by <CODE>instOffset</CODE> in the package information header stores the number of instances of program code information given by <CODE>instCount</CODE>.<BR>Program code information is represented by 32-bit data that corresponds to a single shader assembler instruction. (Not including define instructions. Macro instructions and flow control instructions do not always have a one-to-one correspondence between a single instruction and a single instance of program code information.)<br> 341 </p> 342 343 <h3><a name="swizzle_info">Swizzle Data Information</a></h3> 344 <p> 345 The swizzle data information block given by <CODE>swizzleOffset</CODE> in the package information header stores the number of instances of swizzle data information given by <CODE>swizzleCount</CODE>.<BR> <br> Swizzle data information consists of the following.<br> <br> 346<pre><p class="code">typedef struct tagSWIZZLEINFO { 347 unsigned int value; 348 unsigned short usedInfo; 349 unsigned short reserve; 350} SWIZZLEINFO</p></pre> 351 <table> 352 <tr> 353 <th width="20%">Name</th> 354 <th>Description</th> 355 </tr> 356 <tr> 357 <td>value</td> 358 <td>Swizzle information data.</td> 359 </tr> 360 <tr> 361 <td>usedInfo</td> 362 <td>Internal information used during linking.</td> 363 </tr> 364 <tr> 365 <td>reserve</td> 366 <td>The reserved region.</td> 367 </tr> 368 </table> 369 </p> 370 371 <h3><a name="line_info">Line Information</a></h3> 372 <p> 373 The line information block, given by <CODE>lineOffset</CODE> in the package information header, stores the number of instances of line information given by <CODE>lineCount</CODE>.<BR> Line information has a one-to-one correspondence with program code information. It possesses the same information regarding the file name and number of lines for the shader assembler having program code information with the same index.<BR> <br> Line information consists of the following.<br> <br> 374<pre><p class="code">typedef struct tagLINEINFO { 375 unsigned int stringIndex; 376 unsigned int lineNo; 377} LINEINFO</p></pre> 378 <table> 379 <tr> 380 <th width="20%">Name</th> 381 <th>Description</th> 382 </tr> 383 <tr> 384 <td>stringIndex</td> 385 <td>The index to the location where the shader assembler file name is stored for the corresponding program code. This is the byte index inside the string data block.</td> 386 </tr> 387 <tr> 388 <td>lineNo</td> 389 <td>The number of shader assembler lines for the corresponding program code.</td> 390 </tr> 391 </table> 392 </p> 393 394 <h3><a name="string_info">String Data</a></h3> 395 <p> 396 The string data block, given by <CODE>stringOffset</CODE> in the package information header, stores string data having the byte size given by <CODE>stringSize</CODE>.<BR> This includes strings such as the label name, symbol name, and file name. Each string is delimited by '\0'.<BR> 397 </p> 398 399 400 <h2><a name="exe_image_info">Executable Image Information</a></h2> 401 <p> 402 Executable image information includes information set for each linked object file.<BR> Executable image information is created for each main object that is linked.<BR> The executable image file is located at the position given by the byte offset from the start of the file stored in <CODE>exeOffsetTop</CODE> in the binary file header. If there is more than one instance of executable image information, a byte offset is stored every four bytes immediately after <CODE>exeOffsetTop</CODE>.<BR> <br> Executable image information consists of the following.<br> <br> 403 <table> 404 <tr> 405 <th>Blocks</th> 406 <th>Structures</th> 407 <th>Start position offset (in bytes)</th> 408 <th>Number of blocks</th> 409 <th>Size per block (in bytes)</th> 410 </tr> 411 <tr> 412 <th><a href="#exe_image_header">Executable Image Information Header</a></th> 413 <td>EXEIMAGEHEADER</td> 414 <td>0</td> 415 <td>1</td> 416 <td>64</td> 417 </tr> 418 <tr> 419 <th><a href="#setup_info">Setup Information</a></th> 420 <td>SETUPINFO</td> 421 <td>EXEIMAGEHEADER.setupOffset</td> 422 <td>EXEIMAGEHEADER.setupCount</td> 423 <td>20</td> 424 </tr> 425 <tr> 426 <th><a href="#label_info">Label Information</a></th> 427 <td>LABELINFO</td> 428 <td>EXEIMAGEHEADER.labelOffset</td> 429 <td>EXEIMAGEHEADER.labelCount</td> 430 <td>16</td> 431 </tr> 432 <tr> 433 <th><a href="#outmap_info">Outmap Information</a></th> 434 <td>OUTMAPINFO</td> 435 <td>EXEIMAGEHEADER.outmapOffset</td> 436 <td>EXEIMAGEHEADER.outmapCount</td> 437 <td>8</td> 438 </tr> 439 <tr> 440 <th><a href="#bindsymbol_info">Bind Symbol Information</a></th> 441 <td>BINDSYMBOLINFO</td> 442 <td>EXEIMAGEHEADER.bsymOffset</td> 443 <td>EXEIMAGEHEADER.bsymCount</td> 444 <td>8</td> 445 </tr> 446 <tr> 447 <th><a href="#string_info">String Data</a></th> 448 <td>----</td> 449 <td>EXEIMAGEHEADER.stringOffset</td> 450 <td>1</td> 451 <td>EXEIMAGEHEADER.stringSize</td> 452 </tr> 453 </table> 454 <br> <br> 455 </p> 456 457 <h3><a name="exe_image_header">Executable Image Information Header</a></h3> 458 <p> 459 A header is located in each instance of executable image information.<BR> <br> The executable image information header consists of the following.<br> <br> 460<pre><p class="code">typedef struct tagEXEIMAGEHEADER { 461 char signature[4]; 462 char version[2]; 463 unsigned char shaderType; 464 unsigned char mergeOutputMapsDebug; 465 unsigned int mainAddr; 466 unsigned int endAddr; 467 unsigned short inputMask; 468 unsigned short outputMask; 469 unsigned char geometryDataMode; 470 unsigned char startIndex; 471 unsigned char subdPatchSize; 472 unsigned char constVertexNumber; 473 unsigned int setupOffset; 474 unsigned int setupCount; 475 unsigned int labelOffset; 476 unsigned int labelCount; 477 unsigned int outmapOffset; 478 unsigned int outmapCount; 479 unsigned int bsymOffset; 480 unsigned int bsymCount; 481 unsigned int stringOffset; 482 unsigned int stringSize; 483} EXEIMAGEHEADER</p></pre> 484 <table> 485 <tr> 486 <th width="20%">Name</th> 487 <th>Description</th> 488 </tr> 489 <tr> 490 <td>signature</td> 491 <td>Stores the string "DVLE".</td> 492 </tr> 493 <tr> 494 <td>version</td> 495 <td>Stores the assembler tool version. The first byte represents the major version number and the second byte represents the minor version number.</td> 496 </tr> 497 <tr> 498 <td>shaderType</td> 499 <td>Set to <CODE>0</CODE> if the executable image is a vertex shader assembler, or <CODE>1</CODE> if it is a geometry shader assembler.</td> 500 </tr> 501 <tr> 502 <td>mergeOutputMapsDebug</td> 503 <td>Bit <CODE>0</CODE> is used for internal settings of the geometry shader.<BR>Bit <CODE>1</CODE> indicates a debug build if set to <CODE>1</CODE>, or other than a debug build if set to <CODE>0</CODE>.</td> 504 </tr> 505 <tr> 506 <td>mainAddr</td> 507 <td>The program address set for the main label.</td> 508 </tr> 509 <tr> 510 <td>endAddr</td> 511 <td>The program address set for the <CODE>endmain</CODE> label.</td> 512 </tr> 513 <tr> 514 <td>inputMask</td> 515 <td>Information on input registers being used. <CODE>1</CODE> is set for input registers defined using <CODE>#pragma bind_symbol</CODE>.</td> 516 </tr> 517 <tr> 518 <td>outputMask</td> 519 <td>Information on output registers being used. <CODE>1</CODE> is set for output registers defined using<CODE> #pragma output_map</CODE>.</td> 520 </tr> 521 <tr> 522 <td>geometryDataMode</td> 523 <td>Internal information about the geometry shaders.</td> 524 </tr> 525 <tr> 526 <td>startIndex</td> 527 <td>Internal information about the geometry shaders.</td> 528 </tr> 529 <tr> 530 <td>subdivPatchSize</td> 531 <td>Internal information about the geometry shaders.</td> 532 </tr> 533 <tr> 534 <td>constVertexNumber</td> 535 <td>Internal information about the geometry shaders.</td> 536 </tr> 537 <tr> 538 <td>setupOffset</td> 539 <td>The offset in bytes from the start of the file to the setup information block.</td> 540 </tr> 541 <tr> 542 <td>setupCount</td> 543 <td>The number of instances of setup information.</td> 544 </tr> 545 <tr> 546 <td>labelOffset</td> 547 <td>The offset in bytes from the start of the file to the label information block.</td> 548 </tr> 549 <tr> 550 <td>labelCount</td> 551 <td>The number of instances of label information.</td> 552 </tr> 553 <tr> 554 <td>outmapOffset</td> 555 <td>The offset in bytes from the start of the file to the outmap information block.</td> 556 </tr> 557 <tr> 558 <td>outmapCount</td> 559 <td>The number of instances of outmap information.</td> 560 </tr> 561 <tr> 562 <td>bsymOffset</td> 563 <td>The offset in bytes from the start of the file to the bind symbol information block.</td> 564 </tr> 565 <tr> 566 <td>bsymCount</td> 567 <td>The number of instances of bind symbol information.</td> 568 </tr> 569 <tr> 570 <td>stringOffset</td> 571 <td>The offset in bytes from the start of the file to the string data block.</td> 572 </tr> 573 <tr> 574 <td>stringSize</td> 575 <td>The number of bytes of string data.</td> 576 </tr> 577 </table> 578 </p> 579 580 <h3><a name="setup_info">Setup Information</a></h3> 581 <p> 582 The setup information block, given by <CODE>setupOffset</CODE> in the executable image information header, stores the number of instances of setup information given by <CODE>setupCount</CODE>.<BR> Setup information is that information set by the shader assembler using the <CODE>def</CODE>, <CODE>defi</CODE>, and <CODE>defb</CODE> instructions.<BR> <br> Setup information consists of the following.<br> <br> 583<pre><p class="code">typedef struct tagSETUPINFO { 584 unsigned short type; 585 unsigned short index; 586 unsigned int value[4]; 587} SETUPINFO</p></pre> 588 <table> 589 <tr> 590 <th width="20%">Name</th> 591 <th>Description</th> 592 </tr> 593 <tr> 594 <td>type</td> 595 <td>0: Boolean register setting information<BR>1: Integer register setting information<BR>2: Floating point constant register setting information</td> 596 </tr> 597 <tr> 598 <td>index</td> 599 <td>The register index.</td> 600 </tr> 601 <tr> 602 <td>value</td> 603 <td>Stores <CODE>1</CODE> if value[0] is <CODE>true</CODE> or <CODE>0</CODE> if <CODE>false</CODE> in the case of a Boolean register.<BR>Stores three values defined by a <CODE>defi</CODE> instruction in Bit[7:0], Bit[15:8], and Bit[23:16], respectively, of value[0] in the case of an integer register.<BR>Converts four values defined using a <CODE>def</CODE> instruction to 24-bit floating point numbers and stores them in value[0] through value[3] in the case of a floating point constant register.<BR></td> 604 </tr> 605 </table> 606 </p> 607 608 <h3><a name="label_info">Label Information</a></h3> 609 <p> 610 The label information block, given by <CODE>labelOffset</CODE> in the executable image information header, stores the number of instances of label information given by <CODE>labelCount</CODE>.<BR> Label information represents information about labels used in the shader assembler.<BR> <br> Label information consists of the following.<br> <br> 611<pre><p class="code">typedef struct tagLABELINFO { 612 unsigned int index; 613 unsigned int address; 614 unsigned int length; 615 unsigned int stringIndex; 616} LABELINFO</p></pre> 617 <table> 618 <tr> 619 <th width="20%">Name</th> 620 <th>Description</th> 621 </tr> 622 <tr> 623 <td>index</td> 624 <td>The label information index. Indices are assigned in order labels are defined in the shader assembler starting from <CODE>0x00010000</CODE>.</td> 625 </tr> 626 <tr> 627 <td>address</td> 628 <td>The address of the shader program where the label is used.</td> 629 </tr> 630 <tr> 631 <td>length</td> 632 <td>The length in bytes from the address the label is used to the associated <CODE>ret</CODE> instruction. This is the subroutine length.</td> 633 </tr> 634 <tr> 635 <td>stringIndex</td> 636 <td>The byte index inside the string data block storing the label name.</td> 637 </tr> 638 </table> 639 </p> 640 641 <h3><a name="outmap_info">Outmap Information</a></h3> 642 <p> 643 The output information block, given by <CODE>outmapOffset</CODE> in the executable image information header, stores the number of instances of output information given by <CODE>outmapCount</CODE>.<BR> <CODE>Outmap</CODE> information represents information about <CODE>#pragma output_map</CODE> instructions defined in the shader assembler. <br> <CODE>Outmap</CODE> information consists of the following.<br> <br> 644<pre><p class="code">typedef struct tagOUTMAPINFO { 645 unsigned short type; 646 unsigned short index; 647 unsigned short mask; 648 unsigned short reserve; 649} OUTMAPINFO</p></pre> 650 <table> 651 <tr> 652 <th width="20%">Name</th> 653 <th>Description</th> 654 </tr> 655 <tr> 656 <td>type</td> 657 <td>Stores the attribute type.<BR><BR>0: position<br>1: quaternion<br>2: color<br>3: texcoord0<br>4: texcoord0w<br>5: texcoord1<br>6: texcoord2<br>8: view<br>9: generic<br></td> 658 </tr> 659 <tr> 660 <td>index</td> 661 <td>The output register index.</td> 662 </tr> 663 <tr> 664 <td>mask</td> 665 <td>The specified components. Represents <CODE>x</CODE>, <CODE>y</CODE>, <CODE>z</CODE> and <CODE>w</CODE> beginning from the low-order bit.</td> 666 </tr> 667 <tr> 668 <td>reserve</td> 669 <td>The reserved region.</td> 670 </tr> 671 </table> 672 </p> 673 674 <h3><a name="bindsymbol_info">Bind Symbol Information</a></h3> 675 <p> 676 The bind symbol information block, given by <CODE>bsymOffset</CODE> in the executable image information header, stores the number of instances of bind symbol information given by <CODE>bsymCount</CODE>.<BR> Bind symbol information represents information about <CODE>#pragma bind_symbol</CODE> instructions defined in the shader assembler. <br> Bind symbol information consists of the following.<br> <br> 677<pre><p class="code">typedef struct tagBINDSYMBOLINFO { 678 unsigned int stringIndex; 679 unsigned short startIndex; 680 unsigned short endIndex; 681} BINDSYMBOLINFO</p></pre> 682 <table> 683 <tr> 684 <th width="20%">Name</th> 685 <th>Description</th> 686 </tr> 687 <tr> 688 <td>stringIndex</td> 689 <td>The byte index inside the string data block storing the symbol name.</td> 690 </tr> 691 <tr> 692 <td>startIndex</td> 693<td>The start register index.<BR><BR>0 -15: Input registers 0 to 15<BR>16 - 111: Floating point constant registers 0 to 95<BR>112 - 115: Integer registers 0 to 3<BR>120 - 135: Boolean registers 0 to 15<br></td> 694 </tr> 695 <tr> 696 <td>endIndex</td> 697 <td>The end register index. Values are the same as for <CODE>startIndex</CODE>.</td> 698 </tr> 699 </table> 700 </p> 701 702 <h3><a name="string_info">String Data</a></h3> 703 <p> 704 The string data block, given by <CODE>stringOffset</CODE> in the executable image information header, stores string data having the byte size given by <CODE>stringSize</CODE>.<BR> This includes strings such as the label name, symbol name, and file name. Each string is delimited by '\0'.<BR> 705 </p> 706 707 708 <h2>Revision History</h2> 709 <dl class="history"> 710 <dt>2011/12/20</dt> 711 <dd>Initial version.<br /> 712 </dd> 713 </dl> 714 715<hr><p>CONFIDENTIAL</p></body> 716</html>