| blob | 0b754b2fc73003f7b3dd4786db9b0ac8bbf17b54 |
1 void test_function(const in int in_int, inout int out_int);\r
2 int test_function1(in int in_int, inout int out_int);\r
3 \r
4 int test_function1(in int in_int1, inout int , out int);\r
5 int test_function1(in int in_int1, inout int , out int); \r
6 \r
7 uniform float array_float[2]; \r
8 \r
9 struct light1 \r
10 {\r
11 float intensity;\r
12 vec3 position;\r
13 int test_int[2];\r
14 struct nested\r
15 {\r
16 int a;\r
17 float f; \r
18 } light2;\r
19 } lightVar;\r
20 light1 ll2;\r
21 \r
22 varying struct light3 {\r
23 float i;\r
24 } ;\r
25 \r
26 attribute struct light4 {\r
27 float i;\r
28 };\r
29 \r
30 struct light5 {\r
31 float i ;\r
32 float a[2];\r
33 } light5_inst;\r
34 \r
35 uniform light3 uniformLight3;\r
36 \r
37 uniform struct light6 { \r
38 float i;\r
39 };\r
40 uniform light6 uniformLight6; \r
41 \r
42 \r
43 struct light7 {\r
44 struct {\r
45 struct {\r
46 struct {\r
47 float f;\r
48 } light10;\r
49 } light9;\r
50 } light8;\r
51 } ;\r
52 \r
53 \r
54 light3 struct_var = light3(5.0); \r
55 \r
56 // Attribtue variables can only be Global\r
57 attribute float flt_attrib;\r
58 attribute vec2 vec2_attrib;\r
59 attribute vec3 vec3_attrib;\r
60 attribute vec4 vec4_attrib; \r
61 attribute mat2 mat2_attrib; \r
62 attribute mat3 mat3_attrib; \r
63 attribute mat4 mat4_attrib; \r
64 \r
65 uniform float flt_uniform; \r
66 uniform vec3 uniform_vec3; \r
67 uniform mat3 uniform_mat3; \r
68 \r
69 uniform sampler1D samp[]; \r
70 uniform sampler1D samp1; \r
71 \r
72 const struct light12 { \r
73 int a;\r
74 } uniform_struct = light12(2);\r
75 \r
76 varying vec3 varying_vec3; \r
77 varying vec2 varying_vec2; \r
78 varying vec4 varying_vec4; \r
79 varying mat4 varying_mat4; \r
80 varying mat2 varying_mat2; \r
81 varying mat3 varying_mat3; \r
82 varying float varying_flt; \r
83 \r
84 float frequencies[2]; \r
85 \r
86 void test_function2(int func_int)\r
87 {\r
88 }\r
89 \r
90 void test_function3(light3);\r
91 void test_function4(light5 ll20);\r
92 void test_function5(light1);\r
93 light6 test_function6(int a);\r
94 \r
95 const float FloatConst1 = 3.0 * 8.0, floatConst2 = 4.0;\r
96 const bool BoolConst1 = true && true || false; \r
97 const bool BoolConst2 = false || !false && false; \r
98 \r
99 void main(void)\r
100 {\r
101 \r
102 int test_int1 = 42; \r
103 \r
104 struct structMain {\r
105 float i;\r
106 } testStruct;\r
107 \r
108 struct { \r
109 structMain a;\r
110 } aStruct;\r
111 \r
112 testStruct.i = 5.0 ; \r
113 struct_var.i = 5.0; \r
114 \r
115 structMain newStruct, newStruct1;\r
116 testStruct = newStruct; \r
117 newStruct = newStruct1; \r
118 \r
119 lightVar.light2.f = 1.1; \r
120 \r
121 light1 ll1; \r
122 ll1.light2.a = 1; \r
123 \r
124 const struct const_struct {\r
125 float i;\r
126 } const_struct_inst = const_struct(1.0); \r
127 \r
128 ll1 = ll2; \r
129 ll1.light2 = ll2.light2; \r
130 ll1.light2 = ll1.light2; \r
131 ll1.light2.f = ll2.light2.f;\r
132 ll1.light2.f = ll1.light2.f;\r
133 \r
134 lightVar = ll2;\r
135 ll2 = lightVar;\r
136 \r
137 light5 ll10;\r
138 \r
139 light7 ll7[];\r
140 structMain newStruct2[2];\r
141 newStruct2[0].i = 1.1; \r
142 \r
143 ll7[0].light8.light9.light10.f = 1.1;\r
144 \r
145 \r
146 bool test_bool4 = false ; \r
147 \r
148 bool test_bool5 = 1.2 > 3.0 ; \r
149 \r
150 int test_int2 = 047; \r
151 int test_int4 = 0xa8; // testing for hexadecimal numbers\r
152 \r
153 float test_float1 = 1.5; \r
154 float test_float2 = .01; \r
155 float test_float3 = 10.; \r
156 float test_float4 = 10.01; \r
157 float test_float5 = 23e+2; \r
158 float test_float6 = 23E-3; \r
159 float test_float8 = 23E2; \r
160 bool test_bool6 = BoolConst1 && ! (test_int1 != 0) && ! BoolConst1 && ! (FloatConst1 != 0.0) && (FloatConst1 != 0.0) && (test_float1 != 0.0); \r
161 \r
162 vec4 color = vec4(0.0, 1.0, 0.0, 1.0); \r
163 vec4 color2 = vec4(0.0); \r
164 \r
165 vec3 color4 = vec3(test_float8); \r
166 \r
167 ivec4 test_int_vect1 = ivec4(1.0,1.0,1.0,1.0); \r
168 ivec3 test_int_vec3 = ivec3(1, 1, 1) ; \r
169 \r
170 bvec4 test_bool_vect1 = bvec4(1., 1., 1. , 1. ); \r
171 \r
172 vec2 test_vec2 = vec2(1., 1.); \r
173 vec2 test_vec3 = vec2(1., 1); \r
174 vec4 test_vec4 = vec4(test_int_vect1); \r
175 \r
176 vec2 test_vec5 = vec2(color4);\r
177 vec3 test_vec7 = vec3(color); \r
178 vec3 test_vec8 = vec3(test_vec2, test_float4);\r
179 vec3 test_vec9 = vec3(test_float4, test_vec2);\r
180 \r
181 vec4 test_vec10 = vec4(test_vec9, 0.01); \r
182 vec4 test_vec11 = vec4(0.01, test_vec9); \r
183 \r
184 vec4 test_vec12 = vec4(test_vec2, test_vec2); \r
185 \r
186 mat2 test_mat2 = mat2(test_float3); \r
187 mat3 test_mat3 = mat3(test_float3); \r
188 mat4 test_mat4 = mat4(test_float3); \r
189 \r
190 mat2 test_mat7 = mat2(test_vec2, test_vec2); \r
191 mat2 test_mat8 = mat2(01.01, 2.01, 3.01, 4.01); \r
192 \r
193 mat3 test_mat9 = mat3(test_vec7, test_vec7, test_vec7); \r
194 mat4 test_mat10 = mat4(test_vec10, test_vec10, test_vec10, test_vec10); \r
195 test_mat10[1] = test_vec10; \r
196 \r
197 \r
198 mat2 test_mat12 = mat2(test_vec2, 0.01, 0.01); \r
199 mat2 test_mat13 = mat2(0.01, 5., test_vec2); \r
200 mat2 test_mat15 = mat2(0.1, 5., test_vec2 ); \r
201 \r
202 //mat2 test_mat16 = mat2(test_mat9); \r
203 //mat2 test_mat17 = mat2(test_mat10); \r
204 \r
205 float freq1[2]; \r
206 float freq2[];\r
207 \r
208 while(test_float1 < 1.0);\r
209 \r
210 float freq2[]; \r
211 float freq2[25]; \r
212 freq2[1] = 1.9 ; \r
213 const int array_index = 2;\r
214 freq2[test_int1] = 1.9 ;\r
215 freq2[array_index] = 1.8;\r
216 \r
217 const int const_int = 5; \r
218 \r
219 test_float1 = varying_flt; \r
220 \r
221 int out_int;\r
222 int intArray[];\r
223 test_function(test_int1, test_int1); \r
224 test_function(test_int1, intArray[2]); \r
225 \r
226 vec3 vv = vec3(test_function1(test_int1, out_int)); \r
227 bool bool_var = true;\r
228 int test_int6 = int(bool_var); \r
229 test_float1 = float(bool_var); \r
230 test_float1 = float(test_int6); \r
231 test_int6 = int(test_float1); \r
232 bool_var = bool(test_int6); \r
233 bool_var = bool(test_float1); \r
234 test_float1 = float(test_vec9); \r
235 \r
236 test_vec2.x = 1.2; \r
237 test_vec2.y = 1.4; \r
238 test_vec2.xy; \r
239 \r
240 \r
241 color.zy = test_vec2; \r
242 \r
243 test_vec2[1] = 1.1; \r
244 \r
245 test_mat2[0][0] = 1.1; \r
246 \r
247 test_float1 += 1.0; \r
248 test_float1 -= 1.0;\r
249 test_float1 *= 1.0;\r
250 test_float1 /= 1.0;\r
251 \r
252 test_mat12 *= test_mat13 ; \r
253 test_mat12 *= test_float1;\r
254 test_vec2 *= test_float1; \r
255 test_vec2 *= test_mat12; \r
256 test_float1++; \r
257 test_float1--; \r
258 --test_float1; \r
259 ++test_float1; \r
260 test_float1; \r
261 test_int1++; \r
262 test_int1--; \r
263 \r
264 test_vec2 = test_vec2 + test_float1; \r
265 test_vec2 = test_float1 + test_vec2; \r
266 \r
267 test_mat12 = test_mat12 * test_mat13; \r
268 test_vec2 = test_vec2 * test_vec5; \r
269 \r
270 test_vec2++; \r
271 test_mat2++;\r
272 \r
273 bool test_bool2 = test_float2 > test_float3; \r
274 \r
275 bool test_bool3 = test_int1 > test_int6 ; \r
276 \r
277 test_bool3 = test_vec2 == test_vec5; \r
278 \r
279 test_bool2 = test_bool3 && test_bool4; \r
280 test_bool2 = test_bool3 || test_bool4; \r
281 test_bool2 = test_bool3 ^^ test_bool4; \r
282 \r
283 test_bool2 = !test_bool3; \r
284 \r
285 test_bool3 = !(test_int1 > test_int6) ; \r
286 \r
287 test_float1 = test_int1 > test_int6 ? test_float2 : test_float3; \r
288 test_vec2 = test_int1 > test_int6 ? test_vec2 : test_vec5; \r
289 if(test_bool2) \r
290 test_float1++;\r
291 else\r
292 test_float1--;\r
293 \r
294 if(test_float1 > test_float2) \r
295 test_float1++;\r
296 \r
297 if( test_bool2 ) \r
298 {\r
299 int if_int; \r
300 test_float1++;\r
301 }\r
302 \r
303 if(test_bool2) \r
304 if(test_bool3)\r
305 if(test_bool3)\r
306 test_float1++;\r
307 \r
308 for(int for_int=0; for_int < 5; for_int++) \r
309 {\r
310 // do nothing as such\r
311 }\r
312 \r
313 \r
314 for(; test_bool2; ) \r
315 {\r
316 int for_int;\r
317 }\r
318 \r
319 for(; test_bool2 = (test_float1 > test_float2); ) \r
320 {\r
321 }\r
322 \r
323 for(int for_int1; test_bool2; ) \r
324 {\r
325 int for_int;\r
326 }\r
327 \r
328 for(; test_bool2; test_float1++) \r
329 {\r
330 int test_float; \r
331 }\r
332 \r
333 while(bool b = (test_float1 > test_float2)) \r
334 {\r
335 break;\r
336 continue; \r
337 }\r
338 \r
339 \r
340 for(;;) { \r
341 for(;;)\r
342 {\r
343 break;\r
344 }\r
345 }\r
346 \r
347 \r
348 while( test_bool2 ) \r
349 {\r
350 break; \r
351 }\r
352 \r
353 do {\r
354 int dowhile_int;\r
355 dowhile_int = 3;\r
356 } while(test_bool2); \r
357 \r
358 \r
359 // VERTEX SHADER ONLY VARIABLES\r
360 gl_PointSize = 4.0; \r
361 gl_ClipVertex = vec4(2.0, 3.0, 1.0, 1.1); \r
362 \r
363 gl_Position = vec4(2.0, 3.0, 1.0, 1.1);\r
364 gl_Position = gl_Vertex;\r
365 \r
366 \r
367 // VERTEX SHADER BUILT-IN ATTRIBUTES\r
368 \r
369 vec4 builtInV4 = gl_Color + gl_SecondaryColor + gl_Vertex + gl_MultiTexCoord0 + gl_MultiTexCoord1 + gl_MultiTexCoord2 + gl_MultiTexCoord3 + gl_MultiTexCoord4 + gl_MultiTexCoord5 + gl_MultiTexCoord6 + gl_MultiTexCoord7;\r
370 \r
371 \r
372 int builtInI = gl_MaxLights + gl_MaxClipPlanes + gl_MaxTextureUnits + gl_MaxTextureCoords + gl_MaxVertexAttribs + gl_MaxVertexUniformComponents + gl_MaxVaryingFloats + gl_MaxVertexTextureImageUnits + gl_MaxCombinedTextureImageUnits + gl_MaxTextureImageUnits + gl_MaxFragmentUniformComponents + gl_MaxDrawBuffers ;\r
373 \r
374 \r
375 mat4 builtInM4 = gl_ModelViewMatrix + gl_ModelViewProjectionMatrix + gl_ProjectionMatrix;\r
376 \r
377 gl_NormalMatrix;\r
378 \r
379 gl_TextureMatrix[gl_MaxTextureCoords-1];\r
380 gl_TextureMatrix;\r
381 gl_NormalScale ;\r
382 \r
383 gl_DepthRange.near ;\r
384 \r
385 test_float1 = gl_DepthRange.near; \r
386 test_float1 = gl_DepthRange.far; \r
387 test_float1 = gl_DepthRange.diff;\r
388 \r
389 gl_ClipPlane[gl_MaxClipPlanes-1] ;\r
390 \r
391 gl_Point.size; \r
392 gl_Point.sizeMin;\r
393 gl_Point.sizeMax; \r
394 gl_Point.fadeThresholdSize ;\r
395 gl_Point.distanceConstantAttenuation;\r
396 gl_Point.distanceLinearAttenuation ;\r
397 gl_Point.distanceQuadraticAttenuation;\r
398 \r
399 gl_MaterialParameters test; \r
400 gl_FrontMaterial.emission;\r
401 \r
402 color = gl_FrontMaterial.emission; \r
403 color = gl_FrontMaterial.ambient; \r
404 color = gl_FrontMaterial.diffuse;\r
405 color = gl_FrontMaterial.specular;\r
406 test_float1 = gl_FrontMaterial.shininess; \r
407 \r
408 gl_LightSourceParameters lightSource;\r
409 \r
410 float builtInFloat1 = gl_LightSource[0].spotExponent;\r
411 color = gl_LightSource[0].ambient; \r
412 color = lightSource.ambient; \r
413 color = lightSource.diffuse; \r
414 color = lightSource.specular; \r
415 color = lightSource.position; \r
416 color = lightSource.halfVector; \r
417 color4 = lightSource.spotDirection; \r
418 test_float1 = lightSource.spotExponent; \r
419 test_float1 = lightSource.spotCutoff; \r
420 test_float1 = lightSource.spotCosCutoff; \r
421 test_float1 = lightSource.constantAttenuation; \r
422 test_float1 = lightSource.linearAttenuation; \r
423 test_float1 = lightSource.quadraticAttenuation; \r
424 \r
425 color = gl_LightModel.ambient;\r
426 \r
427 gl_LightModelParameters lightModel; \r
428 color = gl_LightModel.ambient; \r
429 color = lightModel.ambient; \r
430 \r
431 color = gl_FrontLightModelProduct.sceneColor ;\r
432 \r
433 gl_LightModelProducts lightModelProd; \r
434 \r
435 color = lightModelProd.sceneColor; \r
436 color = gl_FrontLightModelProduct.sceneColor; \r
437 \r
438 color = gl_FrontLightProduct[0].ambient; \r
439 color = gl_FrontLightProduct[0].ambient; \r
440 gl_LightProducts lightProd;\r
441 \r
442 color = lightProd.ambient; \r
443 color = lightProd.diffuse;\r
444 color = lightProd.specular;\r
445 \r
446 \r
447 color = gl_TextureEnvColor[gl_MaxTextureUnits-1];\r
448 \r
449 color = gl_EyePlaneS[gl_MaxTextureCoords-1] ;\r
450 \r
451 color = gl_EyePlaneT[gl_MaxTextureCoords-1]; \r
452 \r
453 color = gl_EyePlaneR[gl_MaxTextureCoords-1];\r
454 \r
455 color = gl_EyePlaneQ[gl_MaxTextureCoords-1];\r
456 \r
457 color = gl_ObjectPlaneS[gl_MaxTextureCoords-1];\r
458 \r
459 color = gl_ObjectPlaneT[gl_MaxTextureCoords-1] ;\r
460 \r
461 color = gl_ObjectPlaneR[gl_MaxTextureCoords-1];\r
462 \r
463 color = gl_ObjectPlaneQ[gl_MaxTextureCoords-1]; \r
464 \r
465 test_float1 = gl_Fog.density ;\r
466 test_float1 = gl_Fog.start ;\r
467 test_float1 = gl_Fog.end ;\r
468 test_float1 = gl_Fog.scale ;\r
469 color = gl_Fog.color ;\r
470 \r
471 gl_FrontColor = vec4(1.0, 1.0, 1.0, 1.0); \r
472 gl_BackColor = vec4(1.0, 1.0, 1.0, 1.0); \r
473 gl_FrontSecondaryColor = vec4(1.0, 1.0, 1.0, 1.0); \r
474 gl_BackSecondaryColor = vec4(1.0, 1.0, 1.0, 1.0); \r
475 \r
476 \r
477 // VARYING VARIABLES AVAILABLE IN FRAGMENT AND VERTEX SHADERS BOTH\r
478 gl_TexCoord[0] = vec4(1.0, 1.0, 1.0, 1.0); \r
479 gl_FogFragCoord = 1.0; \r
480 \r
481 }\r
482 \r
483 void test_function(const in int in_int, inout int out_int)\r
484 {\r
485 out_int = 5; \r
486 int i = 5;\r
487 return ;\r
488 }\r
489 \r
490 int test_function1(in int in_int1, inout int , out int)\r
491 {\r
492 float ff;\r
493 in_int1 = 5; \r
494 return in_int1;\r
495 }\r
496 \r
497 void test_function3(light3 ll)\r
498 {\r
499 ll.i = 5.0; \r
500 varying_flt = 1.2;\r
501 }\r
502 \r
503 void test_function4(light5 ll20)\r
504 {\r
505 ll20.i = 10.0; \r
506 }\r
507 \r
508 void test_function5(light1 struct_light1)\r
509 {\r
510 struct_light1.light2.a = 1; \r
511 light5 ll5;\r
512 struct_light1.light2.f = ll5.i;\r
513 struct_light1.light2.f++;\r
514 struct_light1.light2.a++;\r
515 }\r
516 \r
517 light6 test_function6(int a) \r
518 {\r
519 int x;\r
520 light6 funcStruct;\r
521 light7 funcStruct1;\r
522 -x;\r
523 x = x - x ; \r
524 mat2 m;\r
525 m++;\r
526 -m; \r
527 (m)++; \r
528 return funcStruct; \r
529 }\r
530 \r
531 float test_function7(light1 ll1, int light1 ) \r
532 {\r
533 float f;\r
534 \r
535 struct ss1 {\r
536 int a;\r
537 };\r
538 \r
539 for(;;) {\r
540 for(;;) {\r
541 if(true)\r
542 break; \r
543 if(true)\r
544 break; \r
545 if(true)\r
546 break; \r
547 }\r
548 break;\r
549 }\r
550 \r
551 for(;;); \r
552 return float(1);\r
553 }\r