1// Copyright 2014 The Chromium Authors. All rights reserved. 2// Use of this source code is governed by a BSD-style license that can be 3// found in the LICENSE file. 4 5// This file is auto-generated from 6// gpu/command_buffer/build_gles2_cmd_buffer.py 7// It's formatted by clang-format using chromium coding style: 8// clang-format -i -style=chromium filename 9// DO NOT EDIT! 10 11label Chrome { 12 M39 = 1.0 13}; 14 15[version=1.0] 16describe { 17 GLbitfield; 18 GLbitfield_ptr_t; 19 GLboolean; 20 GLboolean_ptr_t; 21 GLbyte; 22 GLbyte_ptr_t; 23 GLclampf; 24 GLclampf_ptr_t; 25 GLclampx; 26 GLclampx_ptr_t; 27 GLenum; 28 GLenum_ptr_t; 29 GLfixed; 30 GLfixed_ptr_t; 31 GLfloat; 32 GLfloat_ptr_t; 33 GLint; 34 GLint_ptr_t; 35 GLintptr; 36 GLintptr_ptr_t; 37 GLshort; 38 GLshort_ptr_t; 39 GLsizei; 40 GLsizei_ptr_t; 41 GLsizeiptr; 42 GLsizeiptr_ptr_t; 43 GLubyte; 44 GLubyte_ptr_t; 45 GLuint; 46 GLuint_ptr_t; 47 GLushort; 48 GLushort_ptr_t; 49}; 50 51#inline c 52#include "ppapi/c/pp_resource.h" 53 54#ifndef __gl2_h_ 55typedef void GLvoid; 56typedef int GLsizei; 57typedef unsigned short GLushort; 58typedef short GLshort; 59typedef unsigned char GLubyte; 60typedef unsigned int GLenum; 61typedef int GLint; 62typedef unsigned char GLboolean; 63typedef unsigned int GLbitfield; 64typedef float GLfloat; 65typedef float GLclampf; 66typedef signed char GLbyte; 67typedef unsigned int GLuint; 68typedef int GLfixed; 69typedef int GLclampx; 70#ifdef _WIN64 71typedef long long int GLintptr; 72typedef long long int GLsizeiptr; 73#else 74typedef long int GLintptr; 75typedef long int GLsizeiptr; 76#endif // _WIN64 77#endif // __gl2_h_ 78 79#endinl 80 81[macro="PPB_OPENGLES2_INTERFACE", force_struct_namespace] 82interface PPB_OpenGLES2 { 83 void ActiveTexture([in] PP_Resource context, 84 [in] GLenum texture); 85 void AttachShader([in] PP_Resource context, 86 [in] GLuint program, 87 [in] GLuint shader); 88 void BindAttribLocation([in] PP_Resource context, 89 [in] GLuint program, 90 [in] GLuint index, 91 [in] cstr_t name); 92 void BindBuffer([in] PP_Resource context, 93 [in] GLenum target, 94 [in] GLuint buffer); 95 void BindFramebuffer([in] PP_Resource context, 96 [in] GLenum target, 97 [in] GLuint framebuffer); 98 void BindRenderbuffer([in] PP_Resource context, 99 [in] GLenum target, 100 [in] GLuint renderbuffer); 101 void BindTexture([in] PP_Resource context, 102 [in] GLenum target, 103 [in] GLuint texture); 104 void BlendColor([in] PP_Resource context, 105 [in] GLclampf red, 106 [in] GLclampf green, 107 [in] GLclampf blue, 108 [in] GLclampf alpha); 109 void BlendEquation([in] PP_Resource context, 110 [in] GLenum mode); 111 void BlendEquationSeparate([in] PP_Resource context, 112 [in] GLenum modeRGB, 113 [in] GLenum modeAlpha); 114 void BlendFunc([in] PP_Resource context, 115 [in] GLenum sfactor, 116 [in] GLenum dfactor); 117 void BlendFuncSeparate([in] PP_Resource context, 118 [in] GLenum srcRGB, 119 [in] GLenum dstRGB, 120 [in] GLenum srcAlpha, 121 [in] GLenum dstAlpha); 122 void BufferData([in] PP_Resource context, 123 [in] GLenum target, 124 [in] GLsizeiptr size, 125 [in] mem_t data, 126 [in] GLenum usage); 127 void BufferSubData([in] PP_Resource context, 128 [in] GLenum target, 129 [in] GLintptr offset, 130 [in] GLsizeiptr size, 131 [in] mem_t data); 132 GLenum CheckFramebufferStatus([in] PP_Resource context, 133 [in] GLenum target); 134 void Clear([in] PP_Resource context, 135 [in] GLbitfield mask); 136 void ClearColor([in] PP_Resource context, 137 [in] GLclampf red, 138 [in] GLclampf green, 139 [in] GLclampf blue, 140 [in] GLclampf alpha); 141 void ClearDepthf([in] PP_Resource context, 142 [in] GLclampf depth); 143 void ClearStencil([in] PP_Resource context, 144 [in] GLint s); 145 void ColorMask([in] PP_Resource context, 146 [in] GLboolean red, 147 [in] GLboolean green, 148 [in] GLboolean blue, 149 [in] GLboolean alpha); 150 void CompileShader([in] PP_Resource context, 151 [in] GLuint shader); 152 void CompressedTexImage2D([in] PP_Resource context, 153 [in] GLenum target, 154 [in] GLint level, 155 [in] GLenum internalformat, 156 [in] GLsizei width, 157 [in] GLsizei height, 158 [in] GLint border, 159 [in] GLsizei imageSize, 160 [in] mem_t data); 161 void CompressedTexSubImage2D([in] PP_Resource context, 162 [in] GLenum target, 163 [in] GLint level, 164 [in] GLint xoffset, 165 [in] GLint yoffset, 166 [in] GLsizei width, 167 [in] GLsizei height, 168 [in] GLenum format, 169 [in] GLsizei imageSize, 170 [in] mem_t data); 171 void CopyTexImage2D([in] PP_Resource context, 172 [in] GLenum target, 173 [in] GLint level, 174 [in] GLenum internalformat, 175 [in] GLint x, 176 [in] GLint y, 177 [in] GLsizei width, 178 [in] GLsizei height, 179 [in] GLint border); 180 void CopyTexSubImage2D([in] PP_Resource context, 181 [in] GLenum target, 182 [in] GLint level, 183 [in] GLint xoffset, 184 [in] GLint yoffset, 185 [in] GLint x, 186 [in] GLint y, 187 [in] GLsizei width, 188 [in] GLsizei height); 189 GLuint CreateProgram([in] PP_Resource context); 190 GLuint CreateShader([in] PP_Resource context, 191 [in] GLenum type); 192 void CullFace([in] PP_Resource context, 193 [in] GLenum mode); 194 void DeleteBuffers([in] PP_Resource context, 195 [in] GLsizei n, 196 [in] GLuint_ptr_t buffers); 197 void DeleteFramebuffers([in] PP_Resource context, 198 [in] GLsizei n, 199 [in] GLuint_ptr_t framebuffers); 200 void DeleteProgram([in] PP_Resource context, 201 [in] GLuint program); 202 void DeleteRenderbuffers([in] PP_Resource context, 203 [in] GLsizei n, 204 [in] GLuint_ptr_t renderbuffers); 205 void DeleteShader([in] PP_Resource context, 206 [in] GLuint shader); 207 void DeleteTextures([in] PP_Resource context, 208 [in] GLsizei n, 209 [in] GLuint_ptr_t textures); 210 void DepthFunc([in] PP_Resource context, 211 [in] GLenum func); 212 void DepthMask([in] PP_Resource context, 213 [in] GLboolean flag); 214 void DepthRangef([in] PP_Resource context, 215 [in] GLclampf zNear, 216 [in] GLclampf zFar); 217 void DetachShader([in] PP_Resource context, 218 [in] GLuint program, 219 [in] GLuint shader); 220 void Disable([in] PP_Resource context, 221 [in] GLenum cap); 222 void DisableVertexAttribArray([in] PP_Resource context, 223 [in] GLuint index); 224 void DrawArrays([in] PP_Resource context, 225 [in] GLenum mode, 226 [in] GLint first, 227 [in] GLsizei count); 228 void DrawElements([in] PP_Resource context, 229 [in] GLenum mode, 230 [in] GLsizei count, 231 [in] GLenum type, 232 [in] mem_t indices); 233 void Enable([in] PP_Resource context, 234 [in] GLenum cap); 235 void EnableVertexAttribArray([in] PP_Resource context, 236 [in] GLuint index); 237 void Finish([in] PP_Resource context); 238 void Flush([in] PP_Resource context); 239 void FramebufferRenderbuffer([in] PP_Resource context, 240 [in] GLenum target, 241 [in] GLenum attachment, 242 [in] GLenum renderbuffertarget, 243 [in] GLuint renderbuffer); 244 void FramebufferTexture2D([in] PP_Resource context, 245 [in] GLenum target, 246 [in] GLenum attachment, 247 [in] GLenum textarget, 248 [in] GLuint texture, 249 [in] GLint level); 250 void FrontFace([in] PP_Resource context, 251 [in] GLenum mode); 252 void GenBuffers([in] PP_Resource context, 253 [in] GLsizei n, 254 [out] GLuint_ptr_t buffers); 255 void GenerateMipmap([in] PP_Resource context, 256 [in] GLenum target); 257 void GenFramebuffers([in] PP_Resource context, 258 [in] GLsizei n, 259 [out] GLuint_ptr_t framebuffers); 260 void GenRenderbuffers([in] PP_Resource context, 261 [in] GLsizei n, 262 [out] GLuint_ptr_t renderbuffers); 263 void GenTextures([in] PP_Resource context, 264 [in] GLsizei n, 265 [out] GLuint_ptr_t textures); 266 void GetActiveAttrib([in] PP_Resource context, 267 [in] GLuint program, 268 [in] GLuint index, 269 [in] GLsizei bufsize, 270 [out] GLsizei_ptr_t length, 271 [out] GLint_ptr_t size, 272 [out] GLenum_ptr_t type, 273 [out] str_t name); 274 void GetActiveUniform([in] PP_Resource context, 275 [in] GLuint program, 276 [in] GLuint index, 277 [in] GLsizei bufsize, 278 [out] GLsizei_ptr_t length, 279 [out] GLint_ptr_t size, 280 [out] GLenum_ptr_t type, 281 [out] str_t name); 282 void GetAttachedShaders([in] PP_Resource context, 283 [in] GLuint program, 284 [in] GLsizei maxcount, 285 [out] GLsizei_ptr_t count, 286 [out] GLuint_ptr_t shaders); 287 GLint GetAttribLocation([in] PP_Resource context, 288 [in] GLuint program, 289 [in] cstr_t name); 290 void GetBooleanv([in] PP_Resource context, 291 [in] GLenum pname, 292 [out] GLboolean_ptr_t params); 293 void GetBufferParameteriv([in] PP_Resource context, 294 [in] GLenum target, 295 [in] GLenum pname, 296 [out] GLint_ptr_t params); 297 GLenum GetError([in] PP_Resource context); 298 void GetFloatv([in] PP_Resource context, 299 [in] GLenum pname, 300 [out] GLfloat_ptr_t params); 301 void GetFramebufferAttachmentParameteriv([in] PP_Resource context, 302 [in] GLenum target, 303 [in] GLenum attachment, 304 [in] GLenum pname, 305 [out] GLint_ptr_t params); 306 void GetIntegerv([in] PP_Resource context, 307 [in] GLenum pname, 308 [out] GLint_ptr_t params); 309 void GetProgramiv([in] PP_Resource context, 310 [in] GLuint program, 311 [in] GLenum pname, 312 [out] GLint_ptr_t params); 313 void GetProgramInfoLog([in] PP_Resource context, 314 [in] GLuint program, 315 [in] GLsizei bufsize, 316 [out] GLsizei_ptr_t length, 317 [out] str_t infolog); 318 void GetRenderbufferParameteriv([in] PP_Resource context, 319 [in] GLenum target, 320 [in] GLenum pname, 321 [out] GLint_ptr_t params); 322 void GetShaderiv([in] PP_Resource context, 323 [in] GLuint shader, 324 [in] GLenum pname, 325 [out] GLint_ptr_t params); 326 void GetShaderInfoLog([in] PP_Resource context, 327 [in] GLuint shader, 328 [in] GLsizei bufsize, 329 [out] GLsizei_ptr_t length, 330 [out] str_t infolog); 331 void GetShaderPrecisionFormat([in] PP_Resource context, 332 [in] GLenum shadertype, 333 [in] GLenum precisiontype, 334 [out] GLint_ptr_t range, 335 [out] GLint_ptr_t precision); 336 void GetShaderSource([in] PP_Resource context, 337 [in] GLuint shader, 338 [in] GLsizei bufsize, 339 [out] GLsizei_ptr_t length, 340 [out] str_t source); 341 GLubyte_ptr_t GetString([in] PP_Resource context, 342 [in] GLenum name); 343 void GetTexParameterfv([in] PP_Resource context, 344 [in] GLenum target, 345 [in] GLenum pname, 346 [out] GLfloat_ptr_t params); 347 void GetTexParameteriv([in] PP_Resource context, 348 [in] GLenum target, 349 [in] GLenum pname, 350 [out] GLint_ptr_t params); 351 void GetUniformfv([in] PP_Resource context, 352 [in] GLuint program, 353 [in] GLint location, 354 [out] GLfloat_ptr_t params); 355 void GetUniformiv([in] PP_Resource context, 356 [in] GLuint program, 357 [in] GLint location, 358 [out] GLint_ptr_t params); 359 GLint GetUniformLocation([in] PP_Resource context, 360 [in] GLuint program, 361 [in] cstr_t name); 362 void GetVertexAttribfv([in] PP_Resource context, 363 [in] GLuint index, 364 [in] GLenum pname, 365 [out] GLfloat_ptr_t params); 366 void GetVertexAttribiv([in] PP_Resource context, 367 [in] GLuint index, 368 [in] GLenum pname, 369 [out] GLint_ptr_t params); 370 void GetVertexAttribPointerv([in] PP_Resource context, 371 [in] GLuint index, 372 [in] GLenum pname, 373 [out] mem_ptr_t pointer); 374 void Hint([in] PP_Resource context, 375 [in] GLenum target, 376 [in] GLenum mode); 377 GLboolean IsBuffer([in] PP_Resource context, 378 [in] GLuint buffer); 379 GLboolean IsEnabled([in] PP_Resource context, 380 [in] GLenum cap); 381 GLboolean IsFramebuffer([in] PP_Resource context, 382 [in] GLuint framebuffer); 383 GLboolean IsProgram([in] PP_Resource context, 384 [in] GLuint program); 385 GLboolean IsRenderbuffer([in] PP_Resource context, 386 [in] GLuint renderbuffer); 387 GLboolean IsShader([in] PP_Resource context, 388 [in] GLuint shader); 389 GLboolean IsTexture([in] PP_Resource context, 390 [in] GLuint texture); 391 void LineWidth([in] PP_Resource context, 392 [in] GLfloat width); 393 void LinkProgram([in] PP_Resource context, 394 [in] GLuint program); 395 void PixelStorei([in] PP_Resource context, 396 [in] GLenum pname, 397 [in] GLint param); 398 void PolygonOffset([in] PP_Resource context, 399 [in] GLfloat factor, 400 [in] GLfloat units); 401 void ReadPixels([in] PP_Resource context, 402 [in] GLint x, 403 [in] GLint y, 404 [in] GLsizei width, 405 [in] GLsizei height, 406 [in] GLenum format, 407 [in] GLenum type, 408 [out] mem_t pixels); 409 void ReleaseShaderCompiler([in] PP_Resource context); 410 void RenderbufferStorage([in] PP_Resource context, 411 [in] GLenum target, 412 [in] GLenum internalformat, 413 [in] GLsizei width, 414 [in] GLsizei height); 415 void SampleCoverage([in] PP_Resource context, 416 [in] GLclampf value, 417 [in] GLboolean invert); 418 void Scissor([in] PP_Resource context, 419 [in] GLint x, 420 [in] GLint y, 421 [in] GLsizei width, 422 [in] GLsizei height); 423 void ShaderBinary([in] PP_Resource context, 424 [in] GLsizei n, 425 [in] GLuint_ptr_t shaders, 426 [in] GLenum binaryformat, 427 [in] mem_t binary, 428 [in] GLsizei length); 429 void ShaderSource([in] PP_Resource context, 430 [in] GLuint shader, 431 [in] GLsizei count, 432 [out] cstr_t str, 433 [in] GLint_ptr_t length); 434 void StencilFunc([in] PP_Resource context, 435 [in] GLenum func, 436 [in] GLint ref, 437 [in] GLuint mask); 438 void StencilFuncSeparate([in] PP_Resource context, 439 [in] GLenum face, 440 [in] GLenum func, 441 [in] GLint ref, 442 [in] GLuint mask); 443 void StencilMask([in] PP_Resource context, 444 [in] GLuint mask); 445 void StencilMaskSeparate([in] PP_Resource context, 446 [in] GLenum face, 447 [in] GLuint mask); 448 void StencilOp([in] PP_Resource context, 449 [in] GLenum fail, 450 [in] GLenum zfail, 451 [in] GLenum zpass); 452 void StencilOpSeparate([in] PP_Resource context, 453 [in] GLenum face, 454 [in] GLenum fail, 455 [in] GLenum zfail, 456 [in] GLenum zpass); 457 void TexImage2D([in] PP_Resource context, 458 [in] GLenum target, 459 [in] GLint level, 460 [in] GLint internalformat, 461 [in] GLsizei width, 462 [in] GLsizei height, 463 [in] GLint border, 464 [in] GLenum format, 465 [in] GLenum type, 466 [in] mem_t pixels); 467 void TexParameterf([in] PP_Resource context, 468 [in] GLenum target, 469 [in] GLenum pname, 470 [in] GLfloat param); 471 void TexParameterfv([in] PP_Resource context, 472 [in] GLenum target, 473 [in] GLenum pname, 474 [in] GLfloat_ptr_t params); 475 void TexParameteri([in] PP_Resource context, 476 [in] GLenum target, 477 [in] GLenum pname, 478 [in] GLint param); 479 void TexParameteriv([in] PP_Resource context, 480 [in] GLenum target, 481 [in] GLenum pname, 482 [in] GLint_ptr_t params); 483 void TexSubImage2D([in] PP_Resource context, 484 [in] GLenum target, 485 [in] GLint level, 486 [in] GLint xoffset, 487 [in] GLint yoffset, 488 [in] GLsizei width, 489 [in] GLsizei height, 490 [in] GLenum format, 491 [in] GLenum type, 492 [in] mem_t pixels); 493 void Uniform1f([in] PP_Resource context, 494 [in] GLint location, 495 [in] GLfloat x); 496 void Uniform1fv([in] PP_Resource context, 497 [in] GLint location, 498 [in] GLsizei count, 499 [in] GLfloat_ptr_t v); 500 void Uniform1i([in] PP_Resource context, 501 [in] GLint location, 502 [in] GLint x); 503 void Uniform1iv([in] PP_Resource context, 504 [in] GLint location, 505 [in] GLsizei count, 506 [in] GLint_ptr_t v); 507 void Uniform2f([in] PP_Resource context, 508 [in] GLint location, 509 [in] GLfloat x, 510 [in] GLfloat y); 511 void Uniform2fv([in] PP_Resource context, 512 [in] GLint location, 513 [in] GLsizei count, 514 [in] GLfloat_ptr_t v); 515 void Uniform2i([in] PP_Resource context, 516 [in] GLint location, 517 [in] GLint x, 518 [in] GLint y); 519 void Uniform2iv([in] PP_Resource context, 520 [in] GLint location, 521 [in] GLsizei count, 522 [in] GLint_ptr_t v); 523 void Uniform3f([in] PP_Resource context, 524 [in] GLint location, 525 [in] GLfloat x, 526 [in] GLfloat y, 527 [in] GLfloat z); 528 void Uniform3fv([in] PP_Resource context, 529 [in] GLint location, 530 [in] GLsizei count, 531 [in] GLfloat_ptr_t v); 532 void Uniform3i([in] PP_Resource context, 533 [in] GLint location, 534 [in] GLint x, 535 [in] GLint y, 536 [in] GLint z); 537 void Uniform3iv([in] PP_Resource context, 538 [in] GLint location, 539 [in] GLsizei count, 540 [in] GLint_ptr_t v); 541 void Uniform4f([in] PP_Resource context, 542 [in] GLint location, 543 [in] GLfloat x, 544 [in] GLfloat y, 545 [in] GLfloat z, 546 [in] GLfloat w); 547 void Uniform4fv([in] PP_Resource context, 548 [in] GLint location, 549 [in] GLsizei count, 550 [in] GLfloat_ptr_t v); 551 void Uniform4i([in] PP_Resource context, 552 [in] GLint location, 553 [in] GLint x, 554 [in] GLint y, 555 [in] GLint z, 556 [in] GLint w); 557 void Uniform4iv([in] PP_Resource context, 558 [in] GLint location, 559 [in] GLsizei count, 560 [in] GLint_ptr_t v); 561 void UniformMatrix2fv([in] PP_Resource context, 562 [in] GLint location, 563 [in] GLsizei count, 564 [in] GLboolean transpose, 565 [in] GLfloat_ptr_t value); 566 void UniformMatrix3fv([in] PP_Resource context, 567 [in] GLint location, 568 [in] GLsizei count, 569 [in] GLboolean transpose, 570 [in] GLfloat_ptr_t value); 571 void UniformMatrix4fv([in] PP_Resource context, 572 [in] GLint location, 573 [in] GLsizei count, 574 [in] GLboolean transpose, 575 [in] GLfloat_ptr_t value); 576 void UseProgram([in] PP_Resource context, 577 [in] GLuint program); 578 void ValidateProgram([in] PP_Resource context, 579 [in] GLuint program); 580 void VertexAttrib1f([in] PP_Resource context, 581 [in] GLuint indx, 582 [in] GLfloat x); 583 void VertexAttrib1fv([in] PP_Resource context, 584 [in] GLuint indx, 585 [in] GLfloat_ptr_t values); 586 void VertexAttrib2f([in] PP_Resource context, 587 [in] GLuint indx, 588 [in] GLfloat x, 589 [in] GLfloat y); 590 void VertexAttrib2fv([in] PP_Resource context, 591 [in] GLuint indx, 592 [in] GLfloat_ptr_t values); 593 void VertexAttrib3f([in] PP_Resource context, 594 [in] GLuint indx, 595 [in] GLfloat x, 596 [in] GLfloat y, 597 [in] GLfloat z); 598 void VertexAttrib3fv([in] PP_Resource context, 599 [in] GLuint indx, 600 [in] GLfloat_ptr_t values); 601 void VertexAttrib4f([in] PP_Resource context, 602 [in] GLuint indx, 603 [in] GLfloat x, 604 [in] GLfloat y, 605 [in] GLfloat z, 606 [in] GLfloat w); 607 void VertexAttrib4fv([in] PP_Resource context, 608 [in] GLuint indx, 609 [in] GLfloat_ptr_t values); 610 void VertexAttribPointer([in] PP_Resource context, 611 [in] GLuint indx, 612 [in] GLint size, 613 [in] GLenum type, 614 [in] GLboolean normalized, 615 [in] GLsizei stride, 616 [in] mem_t ptr); 617 void Viewport([in] PP_Resource context, 618 [in] GLint x, 619 [in] GLint y, 620 [in] GLsizei width, 621 [in] GLsizei height); 622}; 623 624 625[macro="PPB_OPENGLES2_INSTANCEDARRAYS_INTERFACE", force_struct_namespace] 626interface PPB_OpenGLES2InstancedArrays { 627 void DrawArraysInstancedANGLE([in] PP_Resource context, 628 [in] GLenum mode, 629 [in] GLint first, 630 [in] GLsizei count, 631 [in] GLsizei primcount); 632 void DrawElementsInstancedANGLE([in] PP_Resource context, 633 [in] GLenum mode, 634 [in] GLsizei count, 635 [in] GLenum type, 636 [in] mem_t indices, 637 [in] GLsizei primcount); 638 void VertexAttribDivisorANGLE([in] PP_Resource context, 639 [in] GLuint index, 640 [in] GLuint divisor); 641}; 642 643 644[macro="PPB_OPENGLES2_FRAMEBUFFERBLIT_INTERFACE", force_struct_namespace] 645interface PPB_OpenGLES2FramebufferBlit { 646 void BlitFramebufferEXT([in] PP_Resource context, 647 [in] GLint srcX0, 648 [in] GLint srcY0, 649 [in] GLint srcX1, 650 [in] GLint srcY1, 651 [in] GLint dstX0, 652 [in] GLint dstY0, 653 [in] GLint dstX1, 654 [in] GLint dstY1, 655 [in] GLbitfield mask, 656 [in] GLenum filter); 657}; 658 659 660[macro="PPB_OPENGLES2_FRAMEBUFFERMULTISAMPLE_INTERFACE", force_struct_namespace] 661interface PPB_OpenGLES2FramebufferMultisample { 662 void RenderbufferStorageMultisampleEXT([in] PP_Resource context, 663 [in] GLenum target, 664 [in] GLsizei samples, 665 [in] GLenum internalformat, 666 [in] GLsizei width, 667 [in] GLsizei height); 668}; 669 670 671[macro="PPB_OPENGLES2_CHROMIUMENABLEFEATURE_INTERFACE", force_struct_namespace] 672interface PPB_OpenGLES2ChromiumEnableFeature { 673 GLboolean EnableFeatureCHROMIUM([in] PP_Resource context, 674 [in] cstr_t feature); 675}; 676 677 678[macro="PPB_OPENGLES2_CHROMIUMMAPSUB_INTERFACE", force_struct_namespace] 679interface PPB_OpenGLES2ChromiumMapSub { 680 mem_t MapBufferSubDataCHROMIUM([in] PP_Resource context, 681 [in] GLuint target, 682 [in] GLintptr offset, 683 [in] GLsizeiptr size, 684 [in] GLenum access); 685 void UnmapBufferSubDataCHROMIUM([in] PP_Resource context, 686 [in] mem_t mem); 687 mem_t MapTexSubImage2DCHROMIUM([in] PP_Resource context, 688 [in] GLenum target, 689 [in] GLint level, 690 [in] GLint xoffset, 691 [in] GLint yoffset, 692 [in] GLsizei width, 693 [in] GLsizei height, 694 [in] GLenum format, 695 [in] GLenum type, 696 [in] GLenum access); 697 void UnmapTexSubImage2DCHROMIUM([in] PP_Resource context, 698 [in] mem_t mem); 699}; 700 701 702[macro="PPB_OPENGLES2_QUERY_INTERFACE", force_struct_namespace] 703interface PPB_OpenGLES2Query { 704 void GenQueriesEXT([in] PP_Resource context, 705 [in] GLsizei n, 706 [out] GLuint_ptr_t queries); 707 void DeleteQueriesEXT([in] PP_Resource context, 708 [in] GLsizei n, 709 [in] GLuint_ptr_t queries); 710 GLboolean IsQueryEXT([in] PP_Resource context, 711 [in] GLuint id); 712 void BeginQueryEXT([in] PP_Resource context, 713 [in] GLenum target, 714 [in] GLuint id); 715 void EndQueryEXT([in] PP_Resource context, 716 [in] GLenum target); 717 void GetQueryivEXT([in] PP_Resource context, 718 [in] GLenum target, 719 [in] GLenum pname, 720 [out] GLint_ptr_t params); 721 void GetQueryObjectuivEXT([in] PP_Resource context, 722 [in] GLuint id, 723 [in] GLenum pname, 724 [out] GLuint_ptr_t params); 725}; 726 727 728[macro="PPB_OPENGLES2_VERTEXARRAYOBJECT_INTERFACE", force_struct_namespace] 729interface PPB_OpenGLES2VertexArrayObject { 730 void GenVertexArraysOES([in] PP_Resource context, 731 [in] GLsizei n, 732 [out] GLuint_ptr_t arrays); 733 void DeleteVertexArraysOES([in] PP_Resource context, 734 [in] GLsizei n, 735 [in] GLuint_ptr_t arrays); 736 GLboolean IsVertexArrayOES([in] PP_Resource context, 737 [in] GLuint array); 738 void BindVertexArrayOES([in] PP_Resource context, 739 [in] GLuint array); 740}; 741 742