dcompute.driver.ocl.raw.functions source code

1 module dcompute.driver.ocl.raw.functions;
2 
3 //This is an autogenerated file, do not edit
4 
5 
6 import dcompute.driver.ocl;
7 //nothrow: @nogc:
8 
9 /*
10 auto getEventProfilingInfo(event a, profiling_info b, size_t c, void* d, size_t* e)
11 {
12     debug assert(clGetEventProfilingInfo);
13     auto ret = cast(int)clGetEventProfilingInfo(cast(cl_event)a, cast(cl_profiling_info)b, cast(size_t)c, cast(void*)d, cast(size_t*)e);
14     return ret;
15 }
16 
17 auto enqueueCopyBuffer(command_queue a, mem b, mem c, size_t d, size_t e, size_t f, uint g, const(event*) h, event* i)
18 {
19     debug assert(clEnqueueCopyBuffer);
20     auto ret = cast(int)clEnqueueCopyBuffer(cast(cl_command_queue)a, cast(cl_mem)b, cast(cl_mem)c, cast(size_t)d, cast(size_t)e, cast(size_t)f, cast(cl_uint)g, cast(const(cl_event*))h, cast(cl_event*)i);
21     return ret;
22 }
23 
24 auto enqueueReadImage(command_queue a, mem b, bool c, const(size_t*) d, const(size_t*) e, size_t f, size_t g, void* h, uint i, const(event*) j, event* k)
25 {
26     debug assert(clEnqueueReadImage);
27     auto ret = cast(int)clEnqueueReadImage(cast(cl_command_queue)a, cast(cl_mem)b, cast(cl_bool)c, cast(const(size_t*))d, cast(const(size_t*))e, cast(size_t)f, cast(size_t)g, cast(void*)h, cast(cl_uint)i, cast(const(cl_event*))j, cast(cl_event*)k);
28     return ret;
29 }
30 
31 auto enqueueWriteImage(command_queue a, mem b, bool c, const(size_t*) d, const(size_t*) e, size_t f, size_t g, const(void*) h, uint i, const(event*) j, event* k)
32 {
33     debug assert(clEnqueueWriteImage);
34     auto ret = cast(int)clEnqueueWriteImage(cast(cl_command_queue)a, cast(cl_mem)b, cast(cl_bool)c, cast(const(size_t*))d, cast(const(size_t*))e, cast(size_t)f, cast(size_t)g, cast(const(void*))h, cast(cl_uint)i, cast(const(cl_event*))j, cast(cl_event*)k);
35     return ret;
36 }
37 
38 auto enqueueCopyImage(command_queue a, mem b, mem c, const(size_t*) d, const(size_t*) e, const(size_t*) f, uint g, const(event*) h, event* i)
39 {
40     debug assert(clEnqueueCopyImage);
41     auto ret = cast(int)clEnqueueCopyImage(cast(cl_command_queue)a, cast(cl_mem)b, cast(cl_mem)c, cast(const(size_t*))d, cast(const(size_t*))e, cast(const(size_t*))f, cast(cl_uint)g, cast(const(cl_event*))h, cast(cl_event*)i);
42     return ret;
43 }
44 
45 auto enqueueCopyImageToBuffer(command_queue a, mem b, mem c, const(size_t*) d, const(size_t*) e, size_t f, uint g, const(event*) h, event* i)
46 {
47     debug assert(clEnqueueCopyImageToBuffer);
48     auto ret = cast(int)clEnqueueCopyImageToBuffer(cast(cl_command_queue)a, cast(cl_mem)b, cast(cl_mem)c, cast(const(size_t*))d, cast(const(size_t*))e, cast(size_t)f, cast(cl_uint)g, cast(const(cl_event*))h, cast(cl_event*)i);
49     return ret;
50 }
51 
52 auto enqueueCopyBufferToImage(command_queue a, mem b, mem c, size_t d, const(size_t*) e, const(size_t*) f, uint g, const(event*) h, event* i)
53 {
54     debug assert(clEnqueueCopyBufferToImage);
55     auto ret = cast(int)clEnqueueCopyBufferToImage(cast(cl_command_queue)a, cast(cl_mem)b, cast(cl_mem)c, cast(size_t)d, cast(const(size_t*))e, cast(const(size_t*))f, cast(cl_uint)g, cast(const(cl_event*))h, cast(cl_event*)i);
56     return ret;
57 }
58 
59 auto enqueueMapBuffer(command_queue a, mem b, bool c, map_flags d, size_t e, size_t f, uint g, const(event*) h, event* i, int* j)
60 {
61     debug assert(clEnqueueMapBuffer);
62     auto ret = cast(void*)clEnqueueMapBuffer(cast(cl_command_queue)a, cast(cl_mem)b, cast(cl_bool)c, cast(cl_map_flags)d, cast(size_t)e, cast(size_t)f, cast(cl_uint)g, cast(const(cl_event*))h, cast(cl_event*)i, cast(cl_int*)j);
63     return ret;
64 }
65 
66 auto enqueueMapImage(command_queue a, mem b, bool c, map_flags d, const(size_t*) e, const(size_t*) f, size_t* g, size_t* h, uint i, const(event*) j, event* k, int* l)
67 {
68     debug assert(clEnqueueMapImage);
69     auto ret = cast(void*)clEnqueueMapImage(cast(cl_command_queue)a, cast(cl_mem)b, cast(cl_bool)c, cast(cl_map_flags)d, cast(const(size_t*))e, cast(const(size_t*))f, cast(size_t*)g, cast(size_t*)h, cast(cl_uint)i, cast(const(cl_event*))j, cast(cl_event*)k, cast(cl_int*)l);
70     return ret;
71 }
72 
73 auto enqueueUnmapMemObject(command_queue a, mem b, void* c, uint d, const(event*) e, event* f)
74 {
75     debug assert(clEnqueueUnmapMemObject);
76     auto ret = cast(int)clEnqueueUnmapMemObject(cast(cl_command_queue)a, cast(cl_mem)b, cast(void*)c, cast(cl_uint)d, cast(const(cl_event*))e, cast(cl_event*)f);
77     return ret;
78 }
79 
80 auto enqueueNDRangeKernel(command_queue a, kernel b, uint c, const(size_t*) d, const(size_t*) e, const(size_t*) f, uint g, const(event*) h, event* i)
81 {
82     debug assert(clEnqueueNDRangeKernel);
83     auto ret = cast(int)clEnqueueNDRangeKernel(cast(cl_command_queue)a, cast(cl_kernel)b, cast(cl_uint)c, cast(const(size_t*))d, cast(const(size_t*))e, cast(const(size_t*))f, cast(cl_uint)g, cast(const(cl_event*))h, cast(cl_event*)i);
84     return ret;
85 }
86 
87 auto enqueueTask(command_queue a, kernel b, uint c, const(event*) d, event* e)
88 {
89     debug assert(clEnqueueTask);
90     auto ret = cast(int)clEnqueueTask(cast(cl_command_queue)a, cast(cl_kernel)b, cast(cl_uint)c, cast(const(cl_event*))d, cast(cl_event*)e);
91     return ret;
92 }
93 
94 extern(System) alias enqueueNativeKernel_FuncAlias = void function(void*);
95 auto enqueueNativeKernel(command_queue a, enqueueNativeKernel_FuncAlias b, void* c, size_t d, uint e, const(mem*) f, const(void*)* g, uint h, const(event*) i, event* j)
96 {
97     debug assert(clEnqueueNativeKernel);
98     auto ret = cast(int)clEnqueueNativeKernel(cast(cl_command_queue)a, cast(enqueueNativeKernel_FuncAlias)b, cast(void*)c, cast(size_t)d, cast(cl_uint)e, cast(const(cl_mem*))f, cast(const(void*)*)g, cast(cl_uint)h, cast(const(cl_event*))i, cast(cl_event*)j);
99     return ret;
100 }
101 
102 auto setCommandQueueProperty(command_queue a, command_queue_properties b, bool c, command_queue_properties* d)
103 {
104     debug assert(clSetCommandQueueProperty);
105     auto ret = cast(int)clSetCommandQueueProperty(cast(cl_command_queue)a, cast(cl_command_queue_properties)b, cast(cl_bool)c, cast(cl_command_queue_properties*)d);
106     return ret;
107 }
108 
109 auto createSubBuffer(mem a, mem_flags b, buffer_create_type c, const(void*) d, int* e)
110 {
111     debug assert(clCreateSubBuffer);
112     auto ret = cast(mem)clCreateSubBuffer(cast(cl_mem)a, cast(cl_mem_flags)b, cast(cl_buffer_create_type)c, cast(const(void*))d, cast(cl_int*)e);
113     return ret;
114 }
115 
116 extern(System) alias setMemObjectDestructorCallback_FuncAlias = void function(cl_mem, void*);
117 auto setMemObjectDestructorCallback(mem a, setMemObjectDestructorCallback_FuncAlias b, void* c)
118 {
119     debug assert(clSetMemObjectDestructorCallback);
120     auto ret = cast(int)clSetMemObjectDestructorCallback(cast(cl_mem)a, cast(setMemObjectDestructorCallback_FuncAlias)b, cast(void*)c);
121     return ret;
122 }
123 
124 auto createUserEvent(context a, int* b)
125 {
126     debug assert(clCreateUserEvent);
127     auto ret = cast(event)clCreateUserEvent(cast(cl_context)a, cast(cl_int*)b);
128     return ret;
129 }
130 
131 auto setUserEventStatus(event a, int b)
132 {
133     debug assert(clSetUserEventStatus);
134     auto ret = cast(int)clSetUserEventStatus(cast(cl_event)a, cast(cl_int)b);
135     return ret;
136 }
137 
138 extern(System) alias setEventCallback_FuncAlias = void function(cl_event, cl_int, void*);
139 auto setEventCallback(event a, int b, setEventCallback_FuncAlias c, void* d)
140 {
141     debug assert(clSetEventCallback);
142     auto ret = cast(int)clSetEventCallback(cast(cl_event)a, cast(cl_int)b, cast(setEventCallback_FuncAlias)c, cast(void*)d);
143     return ret;
144 }
145 
146 auto enqueueReadBufferRect(command_queue a, mem b, bool c, const(size_t*) d, const(size_t*) e, const(size_t*) f, size_t g, size_t h, size_t i, size_t j, void* k, uint l, const(event*) m, event* n)
147 {
148     debug assert(clEnqueueReadBufferRect);
149     auto ret = cast(int)clEnqueueReadBufferRect(cast(cl_command_queue)a, cast(cl_mem)b, cast(cl_bool)c, cast(const(size_t*))d, cast(const(size_t*))e, cast(const(size_t*))f, cast(size_t)g, cast(size_t)h, cast(size_t)i, cast(size_t)j, cast(void*)k, cast(cl_uint)l, cast(const(cl_event*))m, cast(cl_event*)n);
150     return ret;
151 }
152 
153 auto enqueueWriteBufferRect(command_queue a, mem b, bool c, const(size_t*) d, const(size_t*) e, const(size_t*) f, size_t g, size_t h, size_t i, size_t j, const(void*) k, uint l, const(event*) m, event* n)
154 {
155     debug assert(clEnqueueWriteBufferRect);
156     auto ret = cast(int)clEnqueueWriteBufferRect(cast(cl_command_queue)a, cast(cl_mem)b, cast(cl_bool)c, cast(const(size_t*))d, cast(const(size_t*))e, cast(const(size_t*))f, cast(size_t)g, cast(size_t)h, cast(size_t)i, cast(size_t)j, cast(const(void*))k, cast(cl_uint)l, cast(const(cl_event*))m, cast(cl_event*)n);
157     return ret;
158 }
159 
160 auto enqueueCopyBufferRect(command_queue a, mem b, mem c, const(size_t*) d, const(size_t*) e, const(size_t*) f, size_t g, size_t h, size_t i, size_t j, uint k, const(event*) l, event* m)
161 {
162     debug assert(clEnqueueCopyBufferRect);
163     auto ret = cast(int)clEnqueueCopyBufferRect(cast(cl_command_queue)a, cast(cl_mem)b, cast(cl_mem)c, cast(const(size_t*))d, cast(const(size_t*))e, cast(const(size_t*))f, cast(size_t)g, cast(size_t)h, cast(size_t)i, cast(size_t)j, cast(cl_uint)k, cast(const(cl_event*))l, cast(cl_event*)m);
164     return ret;
165 }
166 
167 auto createImage2D(context a, mem_flags b, const(image_format*) c, size_t d, size_t e, size_t f, void* g, int* h)
168 {
169     debug assert(clCreateImage2D);
170     auto ret = cast(mem)clCreateImage2D(cast(cl_context)a, cast(cl_mem_flags)b, cast(const(cl_image_format*))c, cast(size_t)d, cast(size_t)e, cast(size_t)f, cast(void*)g, cast(cl_int*)h);
171     return ret;
172 }
173 
174 auto createImage3D(context a, mem_flags b, const(image_format*) c, size_t d, size_t e, size_t f, size_t g, size_t h, void* i, int* j)
175 {
176     debug assert(clCreateImage3D);
177     auto ret = cast(mem)clCreateImage3D(cast(cl_context)a, cast(cl_mem_flags)b, cast(const(cl_image_format*))c, cast(size_t)d, cast(size_t)e, cast(size_t)f, cast(size_t)g, cast(size_t)h, cast(void*)i, cast(cl_int*)j);
178     return ret;
179 }
180 
181 auto enqueueMarker(command_queue a, event* b)
182 {
183     debug assert(clEnqueueMarker);
184     auto ret = cast(int)clEnqueueMarker(cast(cl_command_queue)a, cast(cl_event*)b);
185     return ret;
186 }
187 
188 auto enqueueWaitForEvents(command_queue a, uint b, const(event*) c)
189 {
190     debug assert(clEnqueueWaitForEvents);
191     auto ret = cast(int)clEnqueueWaitForEvents(cast(cl_command_queue)a, cast(cl_uint)b, cast(const(cl_event*))c);
192     return ret;
193 }
194 
195 auto enqueueBarrier(command_queue a)
196 {
197     debug assert(clEnqueueBarrier);
198     auto ret = cast(int)clEnqueueBarrier(cast(cl_command_queue)a);
199     return ret;
200 }
201 
202 auto unloadCompiler()
203 {
204     debug assert(clUnloadCompiler);
205     auto ret = cast(int)clUnloadCompiler();
206     return ret;
207 }
208 
209 auto getExtensionFunctionAddress(const(char*) a)
210 {
211     debug assert(clGetExtensionFunctionAddress);
212     auto ret = cast(void*)clGetExtensionFunctionAddress(cast(const(char*))a);
213     return ret;
214 }
215 
216 auto createSubDevices(device_id a, const(device_partition_property*) b, uint c, device_id* d, uint* e)
217 {
218     debug assert(clCreateSubDevices);
219     auto ret = cast(int)clCreateSubDevices(cast(cl_device_id)a, cast(const(cl_device_partition_property*))b, cast(cl_uint)c, cast(cl_device_id*)d, cast(cl_uint*)e);
220     return ret;
221 }
222 
223 auto retainDevice(device_id a)
224 {
225     debug assert(clRetainDevice);
226     auto ret = cast(int)clRetainDevice(cast(cl_device_id)a);
227     return ret;
228 }
229 
230 auto releaseDevice(device_id a)
231 {
232     debug assert(clReleaseDevice);
233     auto ret = cast(int)clReleaseDevice(cast(cl_device_id)a);
234     return ret;
235 }
236 
237 auto createImage(context a, mem_flags b, const(image_format*) c, const(image_desc*) d, void* e, int* f)
238 {
239     debug assert(clCreateImage);
240     auto ret = cast(mem)clCreateImage(cast(cl_context)a, cast(cl_mem_flags)b, cast(const(cl_image_format*))c, cast(const(cl_image_desc*))d, cast(void*)e, cast(cl_int*)f);
241     return ret;
242 }
243 
244 extern(System) alias compileProgram_FuncAlias = void function(cl_program, void*);
245 auto compileProgram(program a, uint b, const(device_id*) c, const(char*) d, uint e, const(program*) f, const(char*)* g, compileProgram_FuncAlias h, void* i)
246 {
247     debug assert(clCompileProgram);
248     auto ret = cast(int)clCompileProgram(cast(cl_program)a, cast(cl_uint)b, cast(const(cl_device_id*))c, cast(const(char*))d, cast(cl_uint)e, cast(const(cl_program*))f, cast(const(char*)*)g, cast(compileProgram_FuncAlias)h, cast(void*)i);
249     return ret;
250 }
251 
252 extern(System) alias linkProgram_FuncAlias = void function(cl_program, void*);
253 auto linkProgram(context a, uint b, const(device_id*) c, const(char*) d, uint e, const(program*) f, linkProgram_FuncAlias g, void* h, int* i)
254 {
255     debug assert(clLinkProgram);
256     auto ret = cast(program)clLinkProgram(cast(cl_context)a, cast(cl_uint)b, cast(const(cl_device_id*))c, cast(const(char*))d, cast(cl_uint)e, cast(const(cl_program*))f, cast(linkProgram_FuncAlias)g, cast(void*)h, cast(cl_int*)i);
257     return ret;
258 }
259 
260 auto unloadPlatformCompiler(platform_id a)
261 {
262     debug assert(clUnloadPlatformCompiler);
263     auto ret = cast(int)clUnloadPlatformCompiler(cast(cl_platform_id)a);
264     return ret;
265 }
266 
267 auto enqueueFillBuffer(command_queue a, mem b, const(void*) c, size_t d, size_t e, size_t f, uint g, const(event*) h, event* i)
268 {
269     debug assert(clEnqueueFillBuffer);
270     auto ret = cast(int)clEnqueueFillBuffer(cast(cl_command_queue)a, cast(cl_mem)b, cast(const(void*))c, cast(size_t)d, cast(size_t)e, cast(size_t)f, cast(cl_uint)g, cast(const(cl_event*))h, cast(cl_event*)i);
271     return ret;
272 }
273 
274 auto enqueueFillImage(command_queue a, mem b, const(void*) c, const(size_t*) d, const(size_t*) e, uint f, const(event*) g, event* h)
275 {
276     debug assert(clEnqueueFillImage);
277     auto ret = cast(int)clEnqueueFillImage(cast(cl_command_queue)a, cast(cl_mem)b, cast(const(void*))c, cast(const(size_t*))d, cast(const(size_t*))e, cast(cl_uint)f, cast(const(cl_event*))g, cast(cl_event*)h);
278     return ret;
279 }
280 
281 auto enqueueMigrateMemObjects(command_queue a, uint b, const(mem*) c, mem_migration_flags d, uint e, const(event*) f, event* g)
282 {
283     debug assert(clEnqueueMigrateMemObjects);
284     auto ret = cast(int)clEnqueueMigrateMemObjects(cast(cl_command_queue)a, cast(cl_uint)b, cast(const(cl_mem*))c, cast(cl_mem_migration_flags)d, cast(cl_uint)e, cast(const(cl_event*))f, cast(cl_event*)g);
285     return ret;
286 }
287 
288 auto enqueueMarkerWithWaitList(command_queue a, uint b, const(event*) c, event* d)
289 {
290     debug assert(clEnqueueMarkerWithWaitList);
291     auto ret = cast(int)clEnqueueMarkerWithWaitList(cast(cl_command_queue)a, cast(cl_uint)b, cast(const(cl_event*))c, cast(cl_event*)d);
292     return ret;
293 }
294 
295 auto enqueueBarrierWithWaitList(command_queue a, uint b, const(event*) c, event* d)
296 {
297     debug assert(clEnqueueBarrierWithWaitList);
298     auto ret = cast(int)clEnqueueBarrierWithWaitList(cast(cl_command_queue)a, cast(cl_uint)b, cast(const(cl_event*))c, cast(cl_event*)d);
299     return ret;
300 }
301 
302 auto getExtensionFunctionAddressForPlatform(platform_id a, const(char*) b)
303 {
304     debug assert(clGetExtensionFunctionAddressForPlatform);
305     auto ret = cast(void*)clGetExtensionFunctionAddressForPlatform(cast(cl_platform_id)a, cast(const(char*))b);
306     return ret;
307 }
308 */