[ViewVC] Diff of: cvs/OpenCL/OpenCL.pm

Comparing OpenCL/OpenCL.pm (file contents):
Revision 1.66 by root, Tue May 1 16:37:23 2012 UTC vs.
Revision 1.79 by root, Sat May 5 13:30:07 2012 UTC

…		…
43		43
44	OpenCL::Event objects are used to signal when something is complete.	44	OpenCL::Event objects are used to signal when something is complete.
45		45
46	=head2 HELPFUL RESOURCES	46	=head2 HELPFUL RESOURCES
47		47
48	The OpenCL specs used to develop this module:	48	The OpenCL specs used to develop this module - download these and keept
		49	hema round, they are required reference material:
49		50
50	http://www.khronos.org/registry/cl/specs/opencl-1.1.pdf	51	http://www.khronos.org/registry/cl/specs/opencl-1.1.pdf
51	http://www.khronos.org/registry/cl/specs/opencl-1.2.pdf	52	http://www.khronos.org/registry/cl/specs/opencl-1.2.pdf
52	http://www.khronos.org/registry/cl/specs/opencl-1.2-extensions.pdf	53	http://www.khronos.org/registry/cl/specs/opencl-1.2-extensions.pdf
53		54
…		…
95	initialised at creation time).	96	initialised at creation time).
96		97
97	Enqueue the kernel execution.	98	Enqueue the kernel execution.
98		99
99	Enqueue buffer reads for your output buffer to read results.	100	Enqueue buffer reads for your output buffer to read results.
		101
		102	=head1 OPENCL 1.1 VS. OPENCL 1.2
		103
		104	This module supports both OpenCL version 1.1 and 1.2, although the OpenCL
		105	1.2 interface hasn't been tested much for lack of availability of an
		106	actual implementation.
		107
		108	Every function or method in this manual page that interfaces to a
		109	particular OpenCL function has a link to the its C manual page.
		110
		111	If the link contains a F<1.1>, then this function is an OpenCL 1.1
		112	function. Most but not all also exist in OpenCL 1.2, and this module
		113	tries to emulate the missing ones for you, when told to do so at
		114	compiletime. You cna check whether a function was removed in OpenCL 1.2 by
		115	replacing the F<1.1> component in the URL by F<1.2>.
		116
		117	If the link contains a F<1.2>, then this is a OpenCL 1.2-only
		118	function. Even if the module was compiled with OpenCL 1.2 header files
		119	and has an 1.2 OpenCL library, calling such a function on a platform that
		120	doesn't implement 1.2 causes undefined behaviour, usually a crash (But
		121	this is not guaranteed).
		122
		123	You can find out whether this module was compiled to prefer 1.1
		124	functionality by ooking at C<OpenCL::PREFER_1_1> - if it is true, then
		125	1.1 functions generally are implemented using 1.1 OpenCL functions. If it
		126	is false, then 1.1 functions missing from 1.2 are emulated by calling 1.2
		127	fucntions.
		128
		129	This is a somewhat sorry state of affairs, but the Khronos group choose to
		130	make every release of OpenCL source and binary incompatible with previous
		131	releases.
100		132
101	=head1 EXAMPLES	133	=head1 EXAMPLES
102		134
103	=head2 Enumerate all devices and get contexts for them.	135	=head2 Enumerate all devices and get contexts for them.
104		136
…		…
210		242
211	# wait for the last event to complete	243	# wait for the last event to complete
212	$ev->wait;	244	$ev->wait;
213		245
214	=head2 Use the OpenGL module to share a texture between OpenCL and OpenGL and draw some julia	246	=head2 Use the OpenGL module to share a texture between OpenCL and OpenGL and draw some julia
215	set tunnel effect.	247	set flight effect.
216		248
217	This is quite a long example to get you going - you can download it from	249	This is quite a long example to get you going - you can download it from
218	L<http://cvs.schmorp.de/OpenCL/examples/juliaflight>.	250	L<http://cvs.schmorp.de/OpenCL/examples/juliaflight>.
219		251
220	use OpenGL ":all";	252	use OpenGL ":all";
…		…
320	To use a texture, you would modify the above example by creating an	352	To use a texture, you would modify the above example by creating an
321	OpenCL::Image manually instead of deriving it from a texture:	353	OpenCL::Image manually instead of deriving it from a texture:
322		354
323	my $tex = $ctx->image2d (OpenCL::MEM_WRITE_ONLY, OpenCL::RGBA, OpenCL::UNORM_INT8, $S, $S);	355	my $tex = $ctx->image2d (OpenCL::MEM_WRITE_ONLY, OpenCL::RGBA, OpenCL::UNORM_INT8, $S, $S);
324		356
325	And in the darw loop, intead of acquire_gl_objects/release_gl_objects, you	357	And in the draw loop, intead of acquire_gl_objects/release_gl_objects, you
326	would read the image2d after the kernel has written it:	358	would read the image2d after the kernel has written it:
327		359
328	$queue->read_image ($tex, 0, 0, 0, 0, $S, $S, 1, 0, 0, my $data);	360	$queue->read_image ($tex, 0, 0, 0, 0, $S, $S, 1, 0, 0, my $data);
329		361
330	And then you would upload the pixel data to the texture (or use glDrawPixels):	362	And then you would upload the pixel data to the texture (or use glDrawPixels):
331		363
332	glTexSubImage2D_s GL_TEXTURE_2D, 0, 0, 0, $S, $S, GL_RGBA, GL_UNSIGNED_BYTE, $data;	364	glTexSubImage2D_s GL_TEXTURE_2D, 0, 0, 0, $S, $S, GL_RGBA, GL_UNSIGNED_BYTE, $data;
333		365
334	The fully modified example can be found at	366	The fully modified example can be found at
335	L<http://cvs.schmorp.de/OpenCL/examples/juliaflight-nosharing>.	367	L<http://cvs.schmorp.de/OpenCL/examples/juliaflight-nosharing>.
		368
		369	=head2 Julia sets look soooo 80ies.
		370
		371	Then colour them differently, e.g. using orbit traps! Replace the loop and
		372	colour calculation from the previous examples by this:
		373
		374	float2 dm = (float2)(1.f, 1.f);
		375
		376	for (int i = 0; i < 25; ++i)
		377	{
		378	z = (float2)(z.x * z.x - z.y * z.y, 2.f * z.x * z.y) + c;
		379	dm = fmin (dm, (float2)(fabs (dot (z, z) - 1.f), fabs (z.x - 1.f)));
		380	}
		381
		382	float3 colour = (float3)(dm.x * dm.y, dm.x * dm.y, dm.x);
		383
		384	Also try C<-10.f> instead of C<-1.f>.
336		385
337	=head1 DOCUMENTATION	386	=head1 DOCUMENTATION
338		387
339	=head2 BASIC CONVENTIONS	388	=head2 BASIC CONVENTIONS
340		389
…		…
370		419
371	=item * When enqueuing commands, if the enqueue method is called in void	420	=item * When enqueuing commands, if the enqueue method is called in void
372	context, no event is created. In all other contexts an event is returned	421	context, no event is created. In all other contexts an event is returned
373	by the method.	422	by the method.
374		423
375	=item * This module expects all functions to return C<CL_SUCCESS>. If any	424	=item * This module expects all functions to return C<OpenCL::SUCCESS>. If any
376	other status is returned the function will throw an exception, so you	425	other status is returned the function will throw an exception, so you
377	don't normally have to to any error checking.	426	don't normally have to to any error checking.
378		427
379	=back	428	=back
380		429
…		…
416	OpenCL can generate a number of (potentially) asynchronous events, for	465	OpenCL can generate a number of (potentially) asynchronous events, for
417	example, after compiling a program, to signal a context-related error or,	466	example, after compiling a program, to signal a context-related error or,
418	perhaps most important, to signal completion of queued jobs (by setting	467	perhaps most important, to signal completion of queued jobs (by setting
419	callbacks on OpenCL::Event objects).	468	callbacks on OpenCL::Event objects).
420		469
		470	The OpenCL module converts all these callbacks into events - you can
		471	still register callbacks, but they are not executed when your OpenCL
		472	implementation calls the actual callback, but only later. Therefore, none
		473	of the limitations of OpenCL callbacks apply to the perl implementation:
		474	it is perfectly safe to make blocking operations from event callbacks, and
		475	enqueued operations don't need to be flushed.
		476
421	To facilitate this, this module maintains an event queue - each	477	To facilitate this, this module maintains an event queue - each
422	time an asynchronous event happens, it is queued, and perl will be	478	time an asynchronous event happens, it is queued, and perl will be
423	interrupted. This is implemented via the L<Async::Interrupt> module. In	479	interrupted. This is implemented via the L<Async::Interrupt> module. In
424	addition, this module has L<AnyEvent> support, so it can seamlessly	480	addition, this module has L<AnyEvent> support, so it can seamlessly
425	integrate itself into many event loops.	481	integrate itself into many event loops.
426		482
427	Since this module is a bit hard to understand, here are some case examples:	483	Since L<Async::Interrupt> is a bit hard to understand, here are some case examples:
428		484
429	=head3 Don't use callbacks.	485	=head3 Don't use callbacks.
430		486
431	When your program never uses any callbacks, then there will never be any	487	When your program never uses any callbacks, then there will never be any
432	notifications you need to take care of, and therefore no need to worry	488	notifications you need to take care of, and therefore no need to worry
…		…
529	use Async::Interrupt ();	585	use Async::Interrupt ();
530		586
531	our $POLL_FUNC; # set by XS	587	our $POLL_FUNC; # set by XS
532		588
533	BEGIN {	589	BEGIN {
534	our $VERSION = '0.98';	590	our $VERSION = '0.99';
535		591
536	require XSLoader;	592	require XSLoader;
537	XSLoader::load (__PACKAGE__, $VERSION);	593	XSLoader::load (__PACKAGE__, $VERSION);
538		594
539	@OpenCL::Platform::ISA =	595	@OpenCL::Platform::ISA =
…		…
544	@OpenCL::Sampler::ISA =	600	@OpenCL::Sampler::ISA =
545	@OpenCL::Program::ISA =	601	@OpenCL::Program::ISA =
546	@OpenCL::Kernel::ISA =	602	@OpenCL::Kernel::ISA =
547	@OpenCL::Event::ISA = OpenCL::Object::;	603	@OpenCL::Event::ISA = OpenCL::Object::;
548		604
		605	@OpenCL::SubDevice::ISA = OpenCL::Device::;
		606
549	@OpenCL::Buffer::ISA =	607	@OpenCL::Buffer::ISA =
550	@OpenCL::Image::ISA = OpenCL::Memory::;	608	@OpenCL::Image::ISA = OpenCL::Memory::;
551		609
552	@OpenCL::BufferObj::ISA = OpenCL::Buffer::;	610	@OpenCL::BufferObj::ISA = OpenCL::Buffer::;
553		611
…		…
558	@OpenCL::Image1DArray::ISA =	616	@OpenCL::Image1DArray::ISA =
559	@OpenCL::Image1DBuffer::ISA = OpenCL::Image::;	617	@OpenCL::Image1DBuffer::ISA = OpenCL::Image::;
560		618
561	@OpenCL::UserEvent::ISA = OpenCL::Event::;	619	@OpenCL::UserEvent::ISA = OpenCL::Event::;
562		620
563	@OpenCL::MappedBuffer =	621	@OpenCL::MappedBuffer::ISA =
564	@OpenCL::MappedImage = OpenCL::Mapped::;	622	@OpenCL::MappedImage::ISA = OpenCL::Mapped::;
565	}	623	}
566		624
567	=head2 THE OpenCL PACKAGE	625	=head2 THE OpenCL PACKAGE
568		626
569	=over 4	627	=over 4
…		…
593	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clGetPlatformIDs.html>	651	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clGetPlatformIDs.html>
594		652
595	=item $ctx = OpenCL::context_from_type $properties, $type = OpenCL::DEVICE_TYPE_DEFAULT, $callback->($err, $pvt) = $print_stderr	653	=item $ctx = OpenCL::context_from_type $properties, $type = OpenCL::DEVICE_TYPE_DEFAULT, $callback->($err, $pvt) = $print_stderr
596		654
597	Tries to create a context from a default device and platform type - never worked for me.	655	Tries to create a context from a default device and platform type - never worked for me.
		656	Consider using C<< $platform->context_from_type >> instead.
		657
		658	type: OpenCL::DEVICE_TYPE_DEFAULT, OpenCL::DEVICE_TYPE_CPU, OpenCL::DEVICE_TYPE_GPU,
		659	OpenCL::DEVICE_TYPE_ACCELERATOR, OpenCL::DEVICE_TYPE_CUSTOM, OpenCL::DEVICE_TYPE_ALL.
598		660
599	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clCreateContextFromType.html>	661	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clCreateContextFromType.html>
600		662
601	=item $ctx = OpenCL::context $properties, \@devices, $callback->($err, $pvt) = $print_stderr)	663	=item $ctx = OpenCL::context $properties, \@devices, $callback->($err, $pvt) = $print_stderr)
602		664
603	Create a new OpenCL::Context object using the given device object(s). This	665	Create a new OpenCL::Context object using the given device object(s).
604	function isn't implemented yet, use C<< $platform->context >> instead.	666	Consider using C<< $platform->context >> instead.
605		667
606	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clCreateContext.html>	668	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clCreateContext.html>
607		669
608	=item OpenCL::wait_for_events $wait_events...	670	=item OpenCL::wait_for_events $wait_events...
609		671
…		…
690	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clCreateContextFromType.html>	752	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clCreateContextFromType.html>
691		753
692	=item $ctx = $platform->context ($properties, \@devices, $callback->($err, $pvt) = $print_stderr)	754	=item $ctx = $platform->context ($properties, \@devices, $callback->($err, $pvt) = $print_stderr)
693		755
694	Create a new OpenCL::Context object using the given device object(s)- a	756	Create a new OpenCL::Context object using the given device object(s)- a
695	CL_CONTEXT_PLATFORM property is supplied automatically.	757	OpenCL::CONTEXT_PLATFORM property is supplied automatically.
696		758
697	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clCreateContext.html>	759	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clCreateContext.html>
698		760
699	=item $packed_value = $platform->info ($name)	761	=item $packed_value = $platform->info ($name)
700		762
…		…
716		778
717	=for gengetinfo begin platform	779	=for gengetinfo begin platform
718		780
719	=item $string = $platform->profile	781	=item $string = $platform->profile
720		782
721	Calls C<clGetPlatformInfo> with C<CL_PLATFORM_PROFILE> and returns the result.	783	Calls C<clGetPlatformInfo> with C<OpenCL::PLATFORM_PROFILE> and returns the result.
722		784
723	=item $string = $platform->version	785	=item $string = $platform->version
724		786
725	Calls C<clGetPlatformInfo> with C<CL_PLATFORM_VERSION> and returns the result.	787	Calls C<clGetPlatformInfo> with C<OpenCL::PLATFORM_VERSION> and returns the result.
726		788
727	=item $string = $platform->name	789	=item $string = $platform->name
728		790
729	Calls C<clGetPlatformInfo> with C<CL_PLATFORM_NAME> and returns the result.	791	Calls C<clGetPlatformInfo> with C<OpenCL::PLATFORM_NAME> and returns the result.
730		792
731	=item $string = $platform->vendor	793	=item $string = $platform->vendor
732		794
733	Calls C<clGetPlatformInfo> with C<CL_PLATFORM_VENDOR> and returns the result.	795	Calls C<clGetPlatformInfo> with C<OpenCL::PLATFORM_VENDOR> and returns the result.
734		796
735	=item $string = $platform->extensions	797	=item $string = $platform->extensions
736		798
737	Calls C<clGetPlatformInfo> with C<CL_PLATFORM_EXTENSIONS> and returns the result.	799	Calls C<clGetPlatformInfo> with C<OpenCL::PLATFORM_EXTENSIONS> and returns the result.
738		800
739	=for gengetinfo end platform	801	=for gengetinfo end platform
740		802
741	=back	803	=back
742		804
…		…
746		808
747	=item $packed_value = $device->info ($name)	809	=item $packed_value = $device->info ($name)
748		810
749	See C<< $platform->info >> for details.	811	See C<< $platform->info >> for details.
750		812
		813	type: OpenCL::DEVICE_TYPE_DEFAULT, OpenCL::DEVICE_TYPE_CPU,
		814	OpenCL::DEVICE_TYPE_GPU, OpenCL::DEVICE_TYPE_ACCELERATOR,
		815	OpenCL::DEVICE_TYPE_CUSTOM, OpenCL::DEVICE_TYPE_ALL.
		816
		817	fp_config: OpenCL::FP_DENORM, OpenCL::FP_INF_NAN, OpenCL::FP_ROUND_TO_NEAREST,
		818	OpenCL::FP_ROUND_TO_ZERO, OpenCL::FP_ROUND_TO_INF, OpenCL::FP_FMA,
		819	OpenCL::FP_SOFT_FLOAT, OpenCL::FP_CORRECTLY_ROUNDED_DIVIDE_SQRT.
		820
		821	mem_cache_type: OpenCL::NONE, OpenCL::READ_ONLY_CACHE, OpenCL::READ_WRITE_CACHE.
		822
		823	local_mem_type: OpenCL::LOCAL, OpenCL::GLOBAL.
		824
		825	exec_capabilities: OpenCL::EXEC_KERNEL, OpenCL::EXEC_NATIVE_KERNEL.
		826
		827	command_queue_properties: OpenCL::QUEUE_OUT_OF_ORDER_EXEC_MODE_ENABLE,
		828	OpenCL::QUEUE_PROFILING_ENABLE.
		829
		830	partition_properties: OpenCL::DEVICE_PARTITION_EQUALLY,
		831	OpenCL::DEVICE_PARTITION_BY_COUNTS, OpenCL::DEVICE_PARTITION_BY_COUNTS_LIST_END,
		832	OpenCL::DEVICE_PARTITION_BY_AFFINITY_DOMAIN.
		833
		834	affinity_domain: OpenCL::DEVICE_AFFINITY_DOMAIN_NUMA,
		835	OpenCL::DEVICE_AFFINITY_DOMAIN_L4_CACHE, OpenCL::DEVICE_AFFINITY_DOMAIN_L3_CACHE,
		836	OpenCL::DEVICE_AFFINITY_DOMAIN_L2_CACHE, OpenCL::DEVICE_AFFINITY_DOMAIN_L1_CACHE,
		837	OpenCL::DEVICE_AFFINITY_DOMAIN_NEXT_PARTITIONABLE.
		838
751	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clGetDeviceInfo.html>	839	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clGetDeviceInfo.html>
752		840
		841	=item @devices = $device->sub_devices (\@properties)
		842
		843	Creates OpencL::SubDevice objects by partitioning an existing device.
		844
		845	L<http://www.khronos.org/registry/cl/sdk/1.2/docs/man/xhtml/clCreateSubDevices.html>
		846
753	=for gengetinfo begin device	847	=for gengetinfo begin device
754		848
755	=item $device_type = $device->type	849	=item $device_type = $device->type
756		850
757	Calls C<clGetDeviceInfo> with C<CL_DEVICE_TYPE> and returns the result.	851	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_TYPE> and returns the result.
758		852
759	=item $uint = $device->vendor_id	853	=item $uint = $device->vendor_id
760		854
761	Calls C<clGetDeviceInfo> with C<CL_DEVICE_VENDOR_ID> and returns the result.	855	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_VENDOR_ID> and returns the result.
762		856
763	=item $uint = $device->max_compute_units	857	=item $uint = $device->max_compute_units
764		858
765	Calls C<clGetDeviceInfo> with C<CL_DEVICE_MAX_COMPUTE_UNITS> and returns the result.	859	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_MAX_COMPUTE_UNITS> and returns the result.
766		860
767	=item $uint = $device->max_work_item_dimensions	861	=item $uint = $device->max_work_item_dimensions
768		862
769	Calls C<clGetDeviceInfo> with C<CL_DEVICE_MAX_WORK_ITEM_DIMENSIONS> and returns the result.	863	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_MAX_WORK_ITEM_DIMENSIONS> and returns the result.
770		864
771	=item $int = $device->max_work_group_size	865	=item $int = $device->max_work_group_size
772		866
773	Calls C<clGetDeviceInfo> with C<CL_DEVICE_MAX_WORK_GROUP_SIZE> and returns the result.	867	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_MAX_WORK_GROUP_SIZE> and returns the result.
774		868
775	=item @ints = $device->max_work_item_sizes	869	=item @ints = $device->max_work_item_sizes
776		870
777	Calls C<clGetDeviceInfo> with C<CL_DEVICE_MAX_WORK_ITEM_SIZES> and returns the result.	871	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_MAX_WORK_ITEM_SIZES> and returns the result.
778		872
779	=item $uint = $device->preferred_vector_width_char	873	=item $uint = $device->preferred_vector_width_char
780		874
781	Calls C<clGetDeviceInfo> with C<CL_DEVICE_PREFERRED_VECTOR_WIDTH_CHAR> and returns the result.	875	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_PREFERRED_VECTOR_WIDTH_CHAR> and returns the result.
782		876
783	=item $uint = $device->preferred_vector_width_short	877	=item $uint = $device->preferred_vector_width_short
784		878
785	Calls C<clGetDeviceInfo> with C<CL_DEVICE_PREFERRED_VECTOR_WIDTH_SHORT> and returns the result.	879	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_PREFERRED_VECTOR_WIDTH_SHORT> and returns the result.
786		880
787	=item $uint = $device->preferred_vector_width_int	881	=item $uint = $device->preferred_vector_width_int
788		882
789	Calls C<clGetDeviceInfo> with C<CL_DEVICE_PREFERRED_VECTOR_WIDTH_INT> and returns the result.	883	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_PREFERRED_VECTOR_WIDTH_INT> and returns the result.
790		884
791	=item $uint = $device->preferred_vector_width_long	885	=item $uint = $device->preferred_vector_width_long
792		886
793	Calls C<clGetDeviceInfo> with C<CL_DEVICE_PREFERRED_VECTOR_WIDTH_LONG> and returns the result.	887	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_PREFERRED_VECTOR_WIDTH_LONG> and returns the result.
794		888
795	=item $uint = $device->preferred_vector_width_float	889	=item $uint = $device->preferred_vector_width_float
796		890
797	Calls C<clGetDeviceInfo> with C<CL_DEVICE_PREFERRED_VECTOR_WIDTH_FLOAT> and returns the result.	891	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_PREFERRED_VECTOR_WIDTH_FLOAT> and returns the result.
798		892
799	=item $uint = $device->preferred_vector_width_double	893	=item $uint = $device->preferred_vector_width_double
800		894
801	Calls C<clGetDeviceInfo> with C<CL_DEVICE_PREFERRED_VECTOR_WIDTH_DOUBLE> and returns the result.	895	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_PREFERRED_VECTOR_WIDTH_DOUBLE> and returns the result.
802		896
803	=item $uint = $device->max_clock_frequency	897	=item $uint = $device->max_clock_frequency
804		898
805	Calls C<clGetDeviceInfo> with C<CL_DEVICE_MAX_CLOCK_FREQUENCY> and returns the result.	899	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_MAX_CLOCK_FREQUENCY> and returns the result.
806		900
807	=item $bitfield = $device->address_bits	901	=item $bitfield = $device->address_bits
808		902
809	Calls C<clGetDeviceInfo> with C<CL_DEVICE_ADDRESS_BITS> and returns the result.	903	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_ADDRESS_BITS> and returns the result.
810		904
811	=item $uint = $device->max_read_image_args	905	=item $uint = $device->max_read_image_args
812		906
813	Calls C<clGetDeviceInfo> with C<CL_DEVICE_MAX_READ_IMAGE_ARGS> and returns the result.	907	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_MAX_READ_IMAGE_ARGS> and returns the result.
814		908
815	=item $uint = $device->max_write_image_args	909	=item $uint = $device->max_write_image_args
816		910
817	Calls C<clGetDeviceInfo> with C<CL_DEVICE_MAX_WRITE_IMAGE_ARGS> and returns the result.	911	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_MAX_WRITE_IMAGE_ARGS> and returns the result.
818		912
819	=item $ulong = $device->max_mem_alloc_size	913	=item $ulong = $device->max_mem_alloc_size
820		914
821	Calls C<clGetDeviceInfo> with C<CL_DEVICE_MAX_MEM_ALLOC_SIZE> and returns the result.	915	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_MAX_MEM_ALLOC_SIZE> and returns the result.
822		916
823	=item $int = $device->image2d_max_width	917	=item $int = $device->image2d_max_width
824		918
825	Calls C<clGetDeviceInfo> with C<CL_DEVICE_IMAGE2D_MAX_WIDTH> and returns the result.	919	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_IMAGE2D_MAX_WIDTH> and returns the result.
826		920
827	=item $int = $device->image2d_max_height	921	=item $int = $device->image2d_max_height
828		922
829	Calls C<clGetDeviceInfo> with C<CL_DEVICE_IMAGE2D_MAX_HEIGHT> and returns the result.	923	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_IMAGE2D_MAX_HEIGHT> and returns the result.
830		924
831	=item $int = $device->image3d_max_width	925	=item $int = $device->image3d_max_width
832		926
833	Calls C<clGetDeviceInfo> with C<CL_DEVICE_IMAGE3D_MAX_WIDTH> and returns the result.	927	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_IMAGE3D_MAX_WIDTH> and returns the result.
834		928
835	=item $int = $device->image3d_max_height	929	=item $int = $device->image3d_max_height
836		930
837	Calls C<clGetDeviceInfo> with C<CL_DEVICE_IMAGE3D_MAX_HEIGHT> and returns the result.	931	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_IMAGE3D_MAX_HEIGHT> and returns the result.
838		932
839	=item $int = $device->image3d_max_depth	933	=item $int = $device->image3d_max_depth
840		934
841	Calls C<clGetDeviceInfo> with C<CL_DEVICE_IMAGE3D_MAX_DEPTH> and returns the result.	935	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_IMAGE3D_MAX_DEPTH> and returns the result.
842		936
843	=item $uint = $device->image_support	937	=item $uint = $device->image_support
844		938
845	Calls C<clGetDeviceInfo> with C<CL_DEVICE_IMAGE_SUPPORT> and returns the result.	939	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_IMAGE_SUPPORT> and returns the result.
846		940
847	=item $int = $device->max_parameter_size	941	=item $int = $device->max_parameter_size
848		942
849	Calls C<clGetDeviceInfo> with C<CL_DEVICE_MAX_PARAMETER_SIZE> and returns the result.	943	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_MAX_PARAMETER_SIZE> and returns the result.
850		944
851	=item $uint = $device->max_samplers	945	=item $uint = $device->max_samplers
852		946
853	Calls C<clGetDeviceInfo> with C<CL_DEVICE_MAX_SAMPLERS> and returns the result.	947	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_MAX_SAMPLERS> and returns the result.
854		948
855	=item $uint = $device->mem_base_addr_align	949	=item $uint = $device->mem_base_addr_align
856		950
857	Calls C<clGetDeviceInfo> with C<CL_DEVICE_MEM_BASE_ADDR_ALIGN> and returns the result.	951	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_MEM_BASE_ADDR_ALIGN> and returns the result.
858		952
859	=item $uint = $device->min_data_type_align_size	953	=item $uint = $device->min_data_type_align_size
860		954
861	Calls C<clGetDeviceInfo> with C<CL_DEVICE_MIN_DATA_TYPE_ALIGN_SIZE> and returns the result.	955	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_MIN_DATA_TYPE_ALIGN_SIZE> and returns the result.
862		956
863	=item $device_fp_config = $device->single_fp_config	957	=item $device_fp_config = $device->single_fp_config
864		958
865	Calls C<clGetDeviceInfo> with C<CL_DEVICE_SINGLE_FP_CONFIG> and returns the result.	959	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_SINGLE_FP_CONFIG> and returns the result.
866		960
867	=item $device_mem_cache_type = $device->global_mem_cache_type	961	=item $device_mem_cache_type = $device->global_mem_cache_type
868		962
869	Calls C<clGetDeviceInfo> with C<CL_DEVICE_GLOBAL_MEM_CACHE_TYPE> and returns the result.	963	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_GLOBAL_MEM_CACHE_TYPE> and returns the result.
870		964
871	=item $uint = $device->global_mem_cacheline_size	965	=item $uint = $device->global_mem_cacheline_size
872		966
873	Calls C<clGetDeviceInfo> with C<CL_DEVICE_GLOBAL_MEM_CACHELINE_SIZE> and returns the result.	967	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_GLOBAL_MEM_CACHELINE_SIZE> and returns the result.
874		968
875	=item $ulong = $device->global_mem_cache_size	969	=item $ulong = $device->global_mem_cache_size
876		970
877	Calls C<clGetDeviceInfo> with C<CL_DEVICE_GLOBAL_MEM_CACHE_SIZE> and returns the result.	971	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_GLOBAL_MEM_CACHE_SIZE> and returns the result.
878		972
879	=item $ulong = $device->global_mem_size	973	=item $ulong = $device->global_mem_size
880		974
881	Calls C<clGetDeviceInfo> with C<CL_DEVICE_GLOBAL_MEM_SIZE> and returns the result.	975	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_GLOBAL_MEM_SIZE> and returns the result.
882		976
883	=item $ulong = $device->max_constant_buffer_size	977	=item $ulong = $device->max_constant_buffer_size
884		978
885	Calls C<clGetDeviceInfo> with C<CL_DEVICE_MAX_CONSTANT_BUFFER_SIZE> and returns the result.	979	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_MAX_CONSTANT_BUFFER_SIZE> and returns the result.
886		980
887	=item $uint = $device->max_constant_args	981	=item $uint = $device->max_constant_args
888		982
889	Calls C<clGetDeviceInfo> with C<CL_DEVICE_MAX_CONSTANT_ARGS> and returns the result.	983	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_MAX_CONSTANT_ARGS> and returns the result.
890		984
891	=item $device_local_mem_type = $device->local_mem_type	985	=item $device_local_mem_type = $device->local_mem_type
892		986
893	Calls C<clGetDeviceInfo> with C<CL_DEVICE_LOCAL_MEM_TYPE> and returns the result.	987	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_LOCAL_MEM_TYPE> and returns the result.
894		988
895	=item $ulong = $device->local_mem_size	989	=item $ulong = $device->local_mem_size
896		990
897	Calls C<clGetDeviceInfo> with C<CL_DEVICE_LOCAL_MEM_SIZE> and returns the result.	991	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_LOCAL_MEM_SIZE> and returns the result.
898		992
899	=item $boolean = $device->error_correction_support	993	=item $boolean = $device->error_correction_support
900		994
901	Calls C<clGetDeviceInfo> with C<CL_DEVICE_ERROR_CORRECTION_SUPPORT> and returns the result.	995	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_ERROR_CORRECTION_SUPPORT> and returns the result.
902		996
903	=item $int = $device->profiling_timer_resolution	997	=item $int = $device->profiling_timer_resolution
904		998
905	Calls C<clGetDeviceInfo> with C<CL_DEVICE_PROFILING_TIMER_RESOLUTION> and returns the result.	999	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_PROFILING_TIMER_RESOLUTION> and returns the result.
906		1000
907	=item $boolean = $device->endian_little	1001	=item $boolean = $device->endian_little
908		1002
909	Calls C<clGetDeviceInfo> with C<CL_DEVICE_ENDIAN_LITTLE> and returns the result.	1003	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_ENDIAN_LITTLE> and returns the result.
910		1004
911	=item $boolean = $device->available	1005	=item $boolean = $device->available
912		1006
913	Calls C<clGetDeviceInfo> with C<CL_DEVICE_AVAILABLE> and returns the result.	1007	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_AVAILABLE> and returns the result.
914		1008
915	=item $boolean = $device->compiler_available	1009	=item $boolean = $device->compiler_available
916		1010
917	Calls C<clGetDeviceInfo> with C<CL_DEVICE_COMPILER_AVAILABLE> and returns the result.	1011	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_COMPILER_AVAILABLE> and returns the result.
918		1012
919	=item $device_exec_capabilities = $device->execution_capabilities	1013	=item $device_exec_capabilities = $device->execution_capabilities
920		1014
921	Calls C<clGetDeviceInfo> with C<CL_DEVICE_EXECUTION_CAPABILITIES> and returns the result.	1015	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_EXECUTION_CAPABILITIES> and returns the result.
922		1016
923	=item $command_queue_properties = $device->properties	1017	=item $command_queue_properties = $device->properties
924		1018
925	Calls C<clGetDeviceInfo> with C<CL_DEVICE_QUEUE_PROPERTIES> and returns the result.	1019	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_QUEUE_PROPERTIES> and returns the result.
926		1020
927	=item $ = $device->platform	1021	=item $ = $device->platform
928		1022
929	Calls C<clGetDeviceInfo> with C<CL_DEVICE_PLATFORM> and returns the result.	1023	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_PLATFORM> and returns the result.
930		1024
931	=item $string = $device->name	1025	=item $string = $device->name
932		1026
933	Calls C<clGetDeviceInfo> with C<CL_DEVICE_NAME> and returns the result.	1027	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_NAME> and returns the result.
934		1028
935	=item $string = $device->vendor	1029	=item $string = $device->vendor
936		1030
937	Calls C<clGetDeviceInfo> with C<CL_DEVICE_VENDOR> and returns the result.	1031	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_VENDOR> and returns the result.
938		1032
939	=item $string = $device->driver_version	1033	=item $string = $device->driver_version
940		1034
941	Calls C<clGetDeviceInfo> with C<CL_DRIVER_VERSION> and returns the result.	1035	Calls C<clGetDeviceInfo> with C<OpenCL::DRIVER_VERSION> and returns the result.
942		1036
943	=item $string = $device->profile	1037	=item $string = $device->profile
944		1038
945	Calls C<clGetDeviceInfo> with C<CL_DEVICE_PROFILE> and returns the result.	1039	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_PROFILE> and returns the result.
946		1040
947	=item $string = $device->version	1041	=item $string = $device->version
948		1042
949	Calls C<clGetDeviceInfo> with C<CL_DEVICE_VERSION> and returns the result.	1043	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_VERSION> and returns the result.
950		1044
951	=item $string = $device->extensions	1045	=item $string = $device->extensions
952		1046
953	Calls C<clGetDeviceInfo> with C<CL_DEVICE_EXTENSIONS> and returns the result.	1047	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_EXTENSIONS> and returns the result.
954		1048
955	=item $uint = $device->preferred_vector_width_half	1049	=item $uint = $device->preferred_vector_width_half
956		1050
957	Calls C<clGetDeviceInfo> with C<CL_DEVICE_PREFERRED_VECTOR_WIDTH_HALF> and returns the result.	1051	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_PREFERRED_VECTOR_WIDTH_HALF> and returns the result.
958		1052
959	=item $uint = $device->native_vector_width_char	1053	=item $uint = $device->native_vector_width_char
960		1054
961	Calls C<clGetDeviceInfo> with C<CL_DEVICE_NATIVE_VECTOR_WIDTH_CHAR> and returns the result.	1055	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_NATIVE_VECTOR_WIDTH_CHAR> and returns the result.
962		1056
963	=item $uint = $device->native_vector_width_short	1057	=item $uint = $device->native_vector_width_short
964		1058
965	Calls C<clGetDeviceInfo> with C<CL_DEVICE_NATIVE_VECTOR_WIDTH_SHORT> and returns the result.	1059	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_NATIVE_VECTOR_WIDTH_SHORT> and returns the result.
966		1060
967	=item $uint = $device->native_vector_width_int	1061	=item $uint = $device->native_vector_width_int
968		1062
969	Calls C<clGetDeviceInfo> with C<CL_DEVICE_NATIVE_VECTOR_WIDTH_INT> and returns the result.	1063	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_NATIVE_VECTOR_WIDTH_INT> and returns the result.
970		1064
971	=item $uint = $device->native_vector_width_long	1065	=item $uint = $device->native_vector_width_long
972		1066
973	Calls C<clGetDeviceInfo> with C<CL_DEVICE_NATIVE_VECTOR_WIDTH_LONG> and returns the result.	1067	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_NATIVE_VECTOR_WIDTH_LONG> and returns the result.
974		1068
975	=item $uint = $device->native_vector_width_float	1069	=item $uint = $device->native_vector_width_float
976		1070
977	Calls C<clGetDeviceInfo> with C<CL_DEVICE_NATIVE_VECTOR_WIDTH_FLOAT> and returns the result.	1071	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_NATIVE_VECTOR_WIDTH_FLOAT> and returns the result.
978		1072
979	=item $uint = $device->native_vector_width_double	1073	=item $uint = $device->native_vector_width_double
980		1074
981	Calls C<clGetDeviceInfo> with C<CL_DEVICE_NATIVE_VECTOR_WIDTH_DOUBLE> and returns the result.	1075	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_NATIVE_VECTOR_WIDTH_DOUBLE> and returns the result.
982		1076
983	=item $uint = $device->native_vector_width_half	1077	=item $uint = $device->native_vector_width_half
984		1078
985	Calls C<clGetDeviceInfo> with C<CL_DEVICE_NATIVE_VECTOR_WIDTH_HALF> and returns the result.	1079	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_NATIVE_VECTOR_WIDTH_HALF> and returns the result.
986		1080
987	=item $device_fp_config = $device->double_fp_config	1081	=item $device_fp_config = $device->double_fp_config
988		1082
989	Calls C<clGetDeviceInfo> with C<CL_DEVICE_DOUBLE_FP_CONFIG> and returns the result.	1083	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_DOUBLE_FP_CONFIG> and returns the result.
990		1084
991	=item $device_fp_config = $device->half_fp_config	1085	=item $device_fp_config = $device->half_fp_config
992		1086
993	Calls C<clGetDeviceInfo> with C<CL_DEVICE_HALF_FP_CONFIG> and returns the result.	1087	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_HALF_FP_CONFIG> and returns the result.
994		1088
995	=item $boolean = $device->host_unified_memory	1089	=item $boolean = $device->host_unified_memory
996		1090
997	Calls C<clGetDeviceInfo> with C<CL_DEVICE_HOST_UNIFIED_MEMORY> and returns the result.	1091	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_HOST_UNIFIED_MEMORY> and returns the result.
998		1092
999	=item $device = $device->parent_device_ext	1093	=item $device = $device->parent_device_ext
1000		1094
1001	Calls C<clGetDeviceInfo> with C<CL_DEVICE_PARENT_DEVICE_EXT> and returns the result.	1095	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_PARENT_DEVICE_EXT> and returns the result.
1002		1096
1003	=item @device_partition_property_exts = $device->partition_types_ext	1097	=item @device_partition_property_exts = $device->partition_types_ext
1004		1098
1005	Calls C<clGetDeviceInfo> with C<CL_DEVICE_PARTITION_TYPES_EXT> and returns the result.	1099	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_PARTITION_TYPES_EXT> and returns the result.
1006		1100
1007	=item @device_partition_property_exts = $device->affinity_domains_ext	1101	=item @device_partition_property_exts = $device->affinity_domains_ext
1008		1102
1009	Calls C<clGetDeviceInfo> with C<CL_DEVICE_AFFINITY_DOMAINS_EXT> and returns the result.	1103	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_AFFINITY_DOMAINS_EXT> and returns the result.
1010		1104
1011	=item $uint = $device->reference_count_ext	1105	=item $uint = $device->reference_count_ext
1012		1106
1013	Calls C<clGetDeviceInfo> with C<CL_DEVICE_REFERENCE_COUNT_EXT> and returns the result.	1107	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_REFERENCE_COUNT_EXT> and returns the result.
1014		1108
1015	=item @device_partition_property_exts = $device->partition_style_ext	1109	=item @device_partition_property_exts = $device->partition_style_ext
1016		1110
1017	Calls C<clGetDeviceInfo> with C<CL_DEVICE_PARTITION_STYLE_EXT> and returns the result.	1111	Calls C<clGetDeviceInfo> with C<OpenCL::DEVICE_PARTITION_STYLE_EXT> and returns the result.
1018		1112
1019	=for gengetinfo end device	1113	=for gengetinfo end device
1020		1114
1021	=back	1115	=back
1022		1116
1023	=head2 THE OpenCL::Context CLASS	1117	=head2 THE OpenCL::Context CLASS
		1118
		1119	An OpenCL::Context is basically a container, or manager, for a number of
		1120	devices of a platform. It is used to create all sorts of secondary objects
		1121	such as buffers, queues, programs and so on.
		1122
		1123	All context creation functions and methods take a list of properties
		1124	(type-value pairs). All property values can be specified as integers -
		1125	some additionally support other types:
		1126
		1127	=over 4
		1128
		1129	=item OpenCL::CONTEXT_PLATFORM
		1130
		1131	Also accepts OpenCL::Platform objects.
		1132
		1133	=item OpenCL::GLX_DISPLAY_KHR
		1134
		1135	Also accepts C<undef>, in which case a deep and troubling hack is engaged
		1136	to find the current glx display (see L<GLX SUPPORT>).
		1137
		1138	=item OpenCL::GL_CONTEXT_KHR
		1139
		1140	Also accepts C<undef>, in which case a deep and troubling hack is engaged
		1141	to find the current glx context (see L<GLX SUPPORT>).
		1142
		1143	=back
1024		1144
1025	=over 4	1145	=over 4
1026		1146
1027	=item $prog = $ctx->build_program ($program, $options = "")	1147	=item $prog = $ctx->build_program ($program, $options = "")
1028		1148
…		…
1076	=item $buf = $ctx->buffer ($flags, $len)	1196	=item $buf = $ctx->buffer ($flags, $len)
1077		1197
1078	Creates a new OpenCL::Buffer (actually OpenCL::BufferObj) object with the	1198	Creates a new OpenCL::Buffer (actually OpenCL::BufferObj) object with the
1079	given flags and octet-size.	1199	given flags and octet-size.
1080		1200
		1201	flags: OpenCL::MEM_READ_WRITE, OpenCL::MEM_WRITE_ONLY, OpenCL::MEM_READ_ONLY,
		1202	OpenCL::MEM_USE_HOST_PTR, OpenCL::MEM_ALLOC_HOST_PTR, OpenCL::MEM_COPY_HOST_PTR,
		1203	OpenCL::MEM_HOST_WRITE_ONLY, OpenCL::MEM_HOST_READ_ONLY, OpenCL::MEM_HOST_NO_ACCESS.
		1204
1081	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clCreateBuffer.html>	1205	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clCreateBuffer.html>
1082		1206
1083	=item $buf = $ctx->buffer_sv ($flags, $data)	1207	=item $buf = $ctx->buffer_sv ($flags, $data)
1084		1208
1085	Creates a new OpenCL::Buffer (actually OpenCL::BufferObj) object and	1209	Creates a new OpenCL::Buffer (actually OpenCL::BufferObj) object and
…		…
1088	=item $img = $ctx->image ($self, $flags, $channel_order, $channel_type, $type, $width, $height, $depth = 0, $array_size = 0, $row_pitch = 0, $slice_pitch = 0, $num_mip_level = 0, $num_samples = 0, $*data = &PL_sv_undef)	1212	=item $img = $ctx->image ($self, $flags, $channel_order, $channel_type, $type, $width, $height, $depth = 0, $array_size = 0, $row_pitch = 0, $slice_pitch = 0, $num_mip_level = 0, $num_samples = 0, $*data = &PL_sv_undef)
1089		1213
1090	Creates a new OpenCL::Image object and optionally initialises it with	1214	Creates a new OpenCL::Image object and optionally initialises it with
1091	the given data values.	1215	the given data values.
1092		1216
		1217	channel_order: OpenCL::R, OpenCL::A, OpenCL::RG, OpenCL::RA, OpenCL::RGB,
		1218	OpenCL::RGBA, OpenCL::BGRA, OpenCL::ARGB, OpenCL::INTENSITY, OpenCL::LUMINANCE,
		1219	OpenCL::Rx, OpenCL::RGx, OpenCL::RGBx.
		1220
		1221	channel_type: OpenCL::SNORM_INT8, OpenCL::SNORM_INT16, OpenCL::UNORM_INT8,
		1222	OpenCL::UNORM_INT16, OpenCL::UNORM_SHORT_565, OpenCL::UNORM_SHORT_555,
		1223	OpenCL::UNORM_INT_101010, OpenCL::SIGNED_INT8, OpenCL::SIGNED_INT16,
		1224	OpenCL::SIGNED_INT32, OpenCL::UNSIGNED_INT8, OpenCL::UNSIGNED_INT16,
		1225	OpenCL::UNSIGNED_INT32, OpenCL::HALF_FLOAT, OpenCL::FLOAT.
		1226
		1227	type: OpenCL::MEM_OBJECT_BUFFER, OpenCL::MEM_OBJECT_IMAGE2D,
		1228	OpenCL::MEM_OBJECT_IMAGE3D, OpenCL::MEM_OBJECT_IMAGE2D_ARRAY,
		1229	OpenCL::MEM_OBJECT_IMAGE1D, OpenCL::MEM_OBJECT_IMAGE1D_ARRAY,
		1230	OpenCL::MEM_OBJECT_IMAGE1D_BUFFER.
		1231
1093	L<http://www.khronos.org/registry/cl/sdk/1.2/docs/man/xhtml/clCreateImage.html>	1232	L<http://www.khronos.org/registry/cl/sdk/1.2/docs/man/xhtml/clCreateImage.html>
1094		1233
1095	=item $img = $ctx->image2d ($flags, $channel_order, $channel_type, $width, $height, $row_pitch = 0, $data = undef)	1234	=item $img = $ctx->image2d ($flags, $channel_order, $channel_type, $width, $height, $row_pitch = 0, $data = undef)
1096		1235
1097	Creates a new OpenCL::Image2D object and optionally initialises it with	1236	Creates a new OpenCL::Image2D object and optionally initialises it with
…		…
1109	=item $buffer = $ctx->gl_buffer ($flags, $bufobj)	1248	=item $buffer = $ctx->gl_buffer ($flags, $bufobj)
1110		1249
1111	Creates a new OpenCL::Buffer (actually OpenCL::BufferObj) object that refers to the given	1250	Creates a new OpenCL::Buffer (actually OpenCL::BufferObj) object that refers to the given
1112	OpenGL buffer object.	1251	OpenGL buffer object.
1113		1252
		1253	flags: OpenCL::MEM_READ_WRITE, OpenCL::MEM_READ_ONLY, OpenCL::MEM_WRITE_ONLY.
		1254
1114	http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clCreateFromGLBuffer.html	1255	http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clCreateFromGLBuffer.html
1115		1256
1116	=item $img = $ctx->gl_texture ($flags, $target, $miplevel, $texture)	1257	=item $img = $ctx->gl_texture ($flags, $target, $miplevel, $texture)
1117		1258
1118	Creates a new OpenCL::Image object that refers to the given OpenGL	1259	Creates a new OpenCL::Image object that refers to the given OpenGL
1119	texture object or buffer.	1260	texture object or buffer.
1120		1261
		1262	target: GL_TEXTURE_1D, GL_TEXTURE_1D_ARRAY, GL_TEXTURE_BUFFER,
		1263	GL_TEXTURE_2D, GL_TEXTURE_2D_ARRAY, GL_TEXTURE_3D,
		1264	GL_TEXTURE_CUBE_MAP_POSITIVE_X, GL_TEXTURE_CUBE_MAP_POSITIVE_Y,
		1265	GL_TEXTURE_CUBE_MAP_POSITIVE_Z, GL_TEXTURE_CUBE_MAP_NEGATIVE_X,
		1266	GL_TEXTURE_CUBE_MAP_NEGATIVE_Y, GL_TEXTURE_CUBE_MAP_NEGATIVE_Z,
		1267	GL_TEXTURE_RECTANGLE/GL_TEXTURE_RECTANGLE_ARB.
		1268
1121	http://www.khronos.org/registry/cl/sdk/1.2/docs/man/xhtml/clCreateFromGLTexture.html	1269	http://www.khronos.org/registry/cl/sdk/1.2/docs/man/xhtml/clCreateFromGLTexture.html
1122		1270
1123	=item $img = $ctx->gl_texture2d ($flags, $target, $miplevel, $texture)	1271	=item $img = $ctx->gl_texture2d ($flags, $target, $miplevel, $texture)
1124		1272
1125	Creates a new OpenCL::Image2D object that refers to the given OpenGL	1273	Creates a new OpenCL::Image2D object that refers to the given OpenGL
…		…
1150		1298
1151	=item $sampler = $ctx->sampler ($normalized_coords, $addressing_mode, $filter_mode)	1299	=item $sampler = $ctx->sampler ($normalized_coords, $addressing_mode, $filter_mode)
1152		1300
1153	Creates a new OpenCL::Sampler object.	1301	Creates a new OpenCL::Sampler object.
1154		1302
		1303	addressing_mode: OpenCL::ADDRESS_NONE, OpenCL::ADDRESS_CLAMP_TO_EDGE,
		1304	OpenCL::ADDRESS_CLAMP, OpenCL::ADDRESS_REPEAT, OpenCL::ADDRESS_MIRRORED_REPEAT.
		1305
		1306	filter_mode: OpenCL::FILTER_NEAREST, OpenCL::FILTER_LINEAR.
		1307
1155	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clCreateSampler.html>	1308	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clCreateSampler.html>
1156		1309
1157	=item $program = $ctx->program_with_source ($string)	1310	=item $program = $ctx->program_with_source ($string)
1158		1311
1159	Creates a new OpenCL::Program object from the given source code.	1312	Creates a new OpenCL::Program object from the given source code.
1160		1313
1161	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clCreateProgramWithSource.html>	1314	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clCreateProgramWithSource.html>
1162		1315
		1316	=item ($program, \@status) = $ctx->program_with_binary (\@devices, \@binaries)
		1317
		1318	Creates a new OpenCL::Program object from the given binaries.
		1319
		1320	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clCreateProgramWithBinary.html>
		1321
		1322	Example: clone an existing program object that contains a successfully
		1323	compiled program, no matter how useless this is.
		1324
		1325	my $clone = $ctx->program_with_binary ([$prog->devices], [$prog->binaries]);
		1326
		1327	=item $program = $ctx->program_with_built_in_kernels (\@devices, $kernel_names)
		1328
		1329	Creates a new OpenCL::Program object from the given built-in kernel names.
		1330
		1331	L<http://www.khronos.org/registry/cl/sdk/1.2/docs/man/xhtml/clCreateProgramWithBuiltInKernels.html>
		1332
		1333	=item $program = $ctx->link_program (\@devices, $options, \@programs, $cb->($program) = undef)
		1334
		1335	Links all (already compiled) program objects specified in C<@programs>
		1336	together and returns a new OpenCL::Program object with the result.
		1337
		1338	L<http://www.khronos.org/registry/cl/sdk/1.2/docs/man/xhtml/clLinkProgram.html>
		1339
1163	=item $packed_value = $ctx->info ($name)	1340	=item $packed_value = $ctx->info ($name)
1164		1341
1165	See C<< $platform->info >> for details.	1342	See C<< $platform->info >> for details.
1166		1343
1167	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clGetContextInfo.html>	1344	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clGetContextInfo.html>
1168		1345
1169	=for gengetinfo begin context	1346	=for gengetinfo begin context
1170		1347
1171	=item $uint = $context->reference_count	1348	=item $uint = $context->reference_count
1172		1349
1173	Calls C<clGetContextInfo> with C<CL_CONTEXT_REFERENCE_COUNT> and returns the result.	1350	Calls C<clGetContextInfo> with C<OpenCL::CONTEXT_REFERENCE_COUNT> and returns the result.
1174		1351
1175	=item @devices = $context->devices	1352	=item @devices = $context->devices
1176		1353
1177	Calls C<clGetContextInfo> with C<CL_CONTEXT_DEVICES> and returns the result.	1354	Calls C<clGetContextInfo> with C<OpenCL::CONTEXT_DEVICES> and returns the result.
1178		1355
1179	=item @property_ints = $context->properties	1356	=item @property_ints = $context->properties
1180		1357
1181	Calls C<clGetContextInfo> with C<CL_CONTEXT_PROPERTIES> and returns the result.	1358	Calls C<clGetContextInfo> with C<OpenCL::CONTEXT_PROPERTIES> and returns the result.
1182		1359
1183	=item $uint = $context->num_devices	1360	=item $uint = $context->num_devices
1184		1361
1185	Calls C<clGetContextInfo> with C<CL_CONTEXT_NUM_DEVICES> and returns the result.	1362	Calls C<clGetContextInfo> with C<OpenCL::CONTEXT_NUM_DEVICES> and returns the result.
1186		1363
1187	=for gengetinfo end context	1364	=for gengetinfo end context
1188		1365
1189	=back	1366	=back
1190		1367
…		…
1306	reference to an array of local work sizes, with the same number of	1483	reference to an array of local work sizes, with the same number of
1307	elements as \@global_work_size.	1484	elements as \@global_work_size.
1308		1485
1309	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clEnqueueNDRangeKernel.html>	1486	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clEnqueueNDRangeKernel.html>
1310		1487
		1488	=item $ev = $queue->migrate_mem_objects (\@mem_objects, $flags, $wait_events...)
		1489
		1490	Migrates a number of OpenCL::Memory objects to or from the device.
		1491
		1492	flags: OpenCL::MIGRATE_MEM_OBJECT_HOST, OpenCL::MIGRATE_MEM_OBJECT_CONTENT_UNDEFINED
		1493
		1494	L<http://www.khronos.org/registry/cl/sdk/1.2/docs/man/xhtml/clEnqueueMigrateMemObjects.html>
		1495
1311	=item $ev = $queue->acquire_gl_objects ([object, ...], $wait_events...)	1496	=item $ev = $queue->acquire_gl_objects ([object, ...], $wait_events...)
1312		1497
1313	Enqueues a list (an array-ref of OpenCL::Memory objects) to be acquired	1498	Enqueues a list (an array-ref of OpenCL::Memory objects) to be acquired
1314	for subsequent OpenCL usage.	1499	for subsequent OpenCL usage.
1315		1500
…		…
1350		1535
1351	=for gengetinfo begin command_queue	1536	=for gengetinfo begin command_queue
1352		1537
1353	=item $ctx = $command_queue->context	1538	=item $ctx = $command_queue->context
1354		1539
1355	Calls C<clGetCommandQueueInfo> with C<CL_QUEUE_CONTEXT> and returns the result.	1540	Calls C<clGetCommandQueueInfo> with C<OpenCL::QUEUE_CONTEXT> and returns the result.
1356		1541
1357	=item $device = $command_queue->device	1542	=item $device = $command_queue->device
1358		1543
1359	Calls C<clGetCommandQueueInfo> with C<CL_QUEUE_DEVICE> and returns the result.	1544	Calls C<clGetCommandQueueInfo> with C<OpenCL::QUEUE_DEVICE> and returns the result.
1360		1545
1361	=item $uint = $command_queue->reference_count	1546	=item $uint = $command_queue->reference_count
1362		1547
1363	Calls C<clGetCommandQueueInfo> with C<CL_QUEUE_REFERENCE_COUNT> and returns the result.	1548	Calls C<clGetCommandQueueInfo> with C<OpenCL::QUEUE_REFERENCE_COUNT> and returns the result.
1364		1549
1365	=item $command_queue_properties = $command_queue->properties	1550	=item $command_queue_properties = $command_queue->properties
1366		1551
1367	Calls C<clGetCommandQueueInfo> with C<CL_QUEUE_PROPERTIES> and returns the result.	1552	Calls C<clGetCommandQueueInfo> with C<OpenCL::QUEUE_PROPERTIES> and returns the result.
1368		1553
1369	=for gengetinfo end command_queue	1554	=for gengetinfo end command_queue
1370		1555
1371	=back	1556	=back
1372		1557
…		…
1374		1559
1375	OpenCL allows you to map buffers and images to host memory (read: perl	1560	OpenCL allows you to map buffers and images to host memory (read: perl
1376	scalars). This is done much like reading or copying a buffer, by enqueuing	1561	scalars). This is done much like reading or copying a buffer, by enqueuing
1377	a map or unmap operation on the command queue.	1562	a map or unmap operation on the command queue.
1378		1563
1379	The map operations return a C<OpenCL::Mapped> object - see L<THE	1564	The map operations return an C<OpenCL::Mapped> object - see L<THE
1380	OpenCL::Mapped CLASS> section for details on what to do with these	1565	OpenCL::Mapped CLASS> section for details on what to do with these
1381	objects.	1566	objects.
1382		1567
1383	The object will be unmapped automatically when the mapped object is	1568	The object will be unmapped automatically when the mapped object is
1384	destroyed (you can use a barrier to make sure the unmap has finished,	1569	destroyed (you can use a barrier to make sure the unmap has finished,
1385	before using the buffer in a kernel), but you can also enqueue an unmap	1570	before using the buffer in a kernel), but you can also enqueue an unmap
1386	operation manually.	1571	operation manually.
1387		1572
1388	=over 4	1573	=over 4
1389		1574
1390	=item $mapped_buffer = $queue->map_buffer ($buf, $data, $blocking=1, $map_flags=OpenCL::MAP_READ\|OpenCL::MAP_WRITE, $offset=0, $size=0, $wait_events...)	1575	=item $mapped_buffer = $queue->map_buffer ($buf, $blocking=1, $map_flags=OpenCL::MAP_READ\|OpenCL::MAP_WRITE, $offset=0, $size=undef, $wait_events...)
1391		1576
1392	Maps the given buffer into host memory and returns a C<OpenCL::MappedBuffer> object.	1577	Maps the given buffer into host memory and returns an
		1578	C<OpenCL::MappedBuffer> object. If C<$size> is specified as undef, then
		1579	the map will extend to the end of the buffer.
		1580
		1581	map_flags: OpenCL::MAP_READ, OpenCL::MAP_WRITE, OpenCL::MAP_WRITE_INVALIDATE_REGION.
1393		1582
1394	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clEnqueueMapBuffer.html>	1583	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clEnqueueMapBuffer.html>
1395		1584
		1585	Example: map the buffer $buf fully and replace the first 4 bytes by "abcd", then unmap.
		1586
		1587	{
		1588	my $mapped = $queue->map_buffer ($buf, 1, OpenCL::MAP_WRITE);
		1589	substr $$mapped, 0, 4, "abcd";
		1590	} # asynchronously unmap because $mapped is destroyed
		1591
1396	=item $mapped_image = $queue->map_image ($img, $data, $blocking=1, $map_flags=OpenCL::MAP_READ\|OpenCL::MAP_WRITE, $x=0, $y=0, $z=0, $width=0, $height=0, $depth=0, $wait_events...)	1592	=item $mapped_image = $queue->map_image ($img, $blocking=1, $map_flags=OpenCL::MAP_READ\|OpenCL::MAP_WRITE, $x=0, $y=0, $z=0, $width=undef, $height=undef, $depth=undef, $wait_events...)
1397		1593
1398	Maps the given image area into host memory and return a	1594	Maps the given image area into host memory and return an
1399	C<OpenCL::MappedImage> object. Although there are default values for most	1595	C<OpenCL::MappedImage> object.
1400	arguments, you currently have to specify all arguments, otherwise the call	1596
1401	will fail.	1597	If any of C<$width>, C<$height> and/or C<$depth> are C<undef> then they
		1598	will be replaced by the maximum possible value.
1402		1599
1403	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clEnqueueMapImage.html>	1600	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clEnqueueMapImage.html>
		1601
		1602	Example: map an image (with OpenCL::UNSIGNED_INT8 channel type) and set
		1603	the first channel of the leftmost column to 5, then explicitly unmap
		1604	it. You are not necessarily meant to do it this way, this example just
		1605	shows you the accessors to use :)
		1606
		1607	my $mapped = $queue->map_image ($image, 1, OpenCL::MAP_WRITE);
		1608
		1609	$mapped->set ($_ * $mapped->row_pitch, pack "C", 5)
		1610	for 0..$image->height;
		1611
		1612	$mapped->unmap;.
		1613	$mapped->wait; # only needed for out of order queues normally
1404		1614
1405	=item $ev = $queue->unmap ($mapped, $wait_events...)	1615	=item $ev = $queue->unmap ($mapped, $wait_events...)
1406		1616
1407	Unmaps the data from host memory. You must not call any methods that	1617	Unmaps the data from host memory. You must not call any methods that
1408	modify the data, or modify the data scalar directly, after calling this	1618	modify the data, or modify the data scalar directly, after calling this
…		…
1429		1639
1430	=for gengetinfo begin mem	1640	=for gengetinfo begin mem
1431		1641
1432	=item $mem_object_type = $mem->type	1642	=item $mem_object_type = $mem->type
1433		1643
1434	Calls C<clGetMemObjectInfo> with C<CL_MEM_TYPE> and returns the result.	1644	Calls C<clGetMemObjectInfo> with C<OpenCL::MEM_TYPE> and returns the result.
1435		1645
1436	=item $mem_flags = $mem->flags	1646	=item $mem_flags = $mem->flags
1437		1647
1438	Calls C<clGetMemObjectInfo> with C<CL_MEM_FLAGS> and returns the result.	1648	Calls C<clGetMemObjectInfo> with C<OpenCL::MEM_FLAGS> and returns the result.
1439		1649
1440	=item $int = $mem->size	1650	=item $int = $mem->size
1441		1651
1442	Calls C<clGetMemObjectInfo> with C<CL_MEM_SIZE> and returns the result.	1652	Calls C<clGetMemObjectInfo> with C<OpenCL::MEM_SIZE> and returns the result.
1443		1653
1444	=item $ptr_value = $mem->host_ptr	1654	=item $ptr_value = $mem->host_ptr
1445		1655
1446	Calls C<clGetMemObjectInfo> with C<CL_MEM_HOST_PTR> and returns the result.	1656	Calls C<clGetMemObjectInfo> with C<OpenCL::MEM_HOST_PTR> and returns the result.
1447		1657
1448	=item $uint = $mem->map_count	1658	=item $uint = $mem->map_count
1449		1659
1450	Calls C<clGetMemObjectInfo> with C<CL_MEM_MAP_COUNT> and returns the result.	1660	Calls C<clGetMemObjectInfo> with C<OpenCL::MEM_MAP_COUNT> and returns the result.
1451		1661
1452	=item $uint = $mem->reference_count	1662	=item $uint = $mem->reference_count
1453		1663
1454	Calls C<clGetMemObjectInfo> with C<CL_MEM_REFERENCE_COUNT> and returns the result.	1664	Calls C<clGetMemObjectInfo> with C<OpenCL::MEM_REFERENCE_COUNT> and returns the result.
1455		1665
1456	=item $ctx = $mem->context	1666	=item $ctx = $mem->context
1457		1667
1458	Calls C<clGetMemObjectInfo> with C<CL_MEM_CONTEXT> and returns the result.	1668	Calls C<clGetMemObjectInfo> with C<OpenCL::MEM_CONTEXT> and returns the result.
1459		1669
1460	=item $mem = $mem->associated_memobject	1670	=item $mem = $mem->associated_memobject
1461		1671
1462	Calls C<clGetMemObjectInfo> with C<CL_MEM_ASSOCIATED_MEMOBJECT> and returns the result.	1672	Calls C<clGetMemObjectInfo> with C<OpenCL::MEM_ASSOCIATED_MEMOBJECT> and returns the result.
1463		1673
1464	=item $int = $mem->offset	1674	=item $int = $mem->offset
1465		1675
1466	Calls C<clGetMemObjectInfo> with C<CL_MEM_OFFSET> and returns the result.	1676	Calls C<clGetMemObjectInfo> with C<OpenCL::MEM_OFFSET> and returns the result.
1467		1677
1468	=for gengetinfo end mem	1678	=for gengetinfo end mem
1469		1679
1470	=item ($type, $name) = $mem->gl_object_info	1680	=item ($type, $name) = $mem->gl_object_info
1471		1681
…		…
1491	=over 4	1701	=over 4
1492		1702
1493	=item $subbuf = $buf_obj->sub_buffer_region ($flags, $origin, $size)	1703	=item $subbuf = $buf_obj->sub_buffer_region ($flags, $origin, $size)
1494		1704
1495	Creates an OpenCL::Buffer objects from this buffer and returns it. The	1705	Creates an OpenCL::Buffer objects from this buffer and returns it. The
1496	C<buffer_create_type> is assumed to be C<CL_BUFFER_CREATE_TYPE_REGION>.	1706	C<buffer_create_type> is assumed to be C<OpenCL::BUFFER_CREATE_TYPE_REGION>.
1497		1707
1498	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clCreateSubBuffer.html>	1708	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clCreateSubBuffer.html>
1499		1709
1500	=back	1710	=back
1501		1711
…		…
1517	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clGetImageInfo.html>	1727	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clGetImageInfo.html>
1518		1728
1519	=item ($channel_order, $channel_data_type) = $image->format	1729	=item ($channel_order, $channel_data_type) = $image->format
1520		1730
1521	Returns the channel order and type used to create the image by calling	1731	Returns the channel order and type used to create the image by calling
1522	C<clGetImageInfo> with C<CL_IMAGE_FORMAT>.	1732	C<clGetImageInfo> with C<OpenCL::IMAGE_FORMAT>.
1523		1733
1524	=for gengetinfo begin image	1734	=for gengetinfo begin image
1525		1735
1526	=item $int = $image->element_size	1736	=item $int = $image->element_size
1527		1737
1528	Calls C<clGetImageInfo> with C<CL_IMAGE_ELEMENT_SIZE> and returns the result.	1738	Calls C<clGetImageInfo> with C<OpenCL::IMAGE_ELEMENT_SIZE> and returns the result.
1529		1739
1530	=item $int = $image->row_pitch	1740	=item $int = $image->row_pitch
1531		1741
1532	Calls C<clGetImageInfo> with C<CL_IMAGE_ROW_PITCH> and returns the result.	1742	Calls C<clGetImageInfo> with C<OpenCL::IMAGE_ROW_PITCH> and returns the result.
1533		1743
1534	=item $int = $image->slice_pitch	1744	=item $int = $image->slice_pitch
1535		1745
1536	Calls C<clGetImageInfo> with C<CL_IMAGE_SLICE_PITCH> and returns the result.	1746	Calls C<clGetImageInfo> with C<OpenCL::IMAGE_SLICE_PITCH> and returns the result.
1537		1747
1538	=item $int = $image->width	1748	=item $int = $image->width
1539		1749
1540	Calls C<clGetImageInfo> with C<CL_IMAGE_WIDTH> and returns the result.	1750	Calls C<clGetImageInfo> with C<OpenCL::IMAGE_WIDTH> and returns the result.
1541		1751
1542	=item $int = $image->height	1752	=item $int = $image->height
1543		1753
1544	Calls C<clGetImageInfo> with C<CL_IMAGE_HEIGHT> and returns the result.	1754	Calls C<clGetImageInfo> with C<OpenCL::IMAGE_HEIGHT> and returns the result.
1545		1755
1546	=item $int = $image->depth	1756	=item $int = $image->depth
1547		1757
1548	Calls C<clGetImageInfo> with C<CL_IMAGE_DEPTH> and returns the result.	1758	Calls C<clGetImageInfo> with C<OpenCL::IMAGE_DEPTH> and returns the result.
1549		1759
1550	=for gengetinfo end image	1760	=for gengetinfo end image
1551		1761
1552	=for gengetinfo begin gl_texture	1762	=for gengetinfo begin gl_texture
1553		1763
1554	=item $GLenum = $gl_texture->target	1764	=item $GLenum = $gl_texture->target
1555		1765
1556	Calls C<clGetGLTextureInfo> with C<CL_GL_TEXTURE_TARGET> and returns the result.	1766	Calls C<clGetGLTextureInfo> with C<OpenCL::GL_TEXTURE_TARGET> and returns the result.
1557		1767
1558	=item $GLint = $gl_texture->gl_mipmap_level	1768	=item $GLint = $gl_texture->gl_mipmap_level
1559		1769
1560	Calls C<clGetGLTextureInfo> with C<CL_GL_MIPMAP_LEVEL> and returns the result.	1770	Calls C<clGetGLTextureInfo> with C<OpenCL::GL_MIPMAP_LEVEL> and returns the result.
1561		1771
1562	=for gengetinfo end gl_texture	1772	=for gengetinfo end gl_texture
1563		1773
1564	=back	1774	=back
1565		1775
…		…
1575		1785
1576	=for gengetinfo begin sampler	1786	=for gengetinfo begin sampler
1577		1787
1578	=item $uint = $sampler->reference_count	1788	=item $uint = $sampler->reference_count
1579		1789
1580	Calls C<clGetSamplerInfo> with C<CL_SAMPLER_REFERENCE_COUNT> and returns the result.	1790	Calls C<clGetSamplerInfo> with C<OpenCL::SAMPLER_REFERENCE_COUNT> and returns the result.
1581		1791
1582	=item $ctx = $sampler->context	1792	=item $ctx = $sampler->context
1583		1793
1584	Calls C<clGetSamplerInfo> with C<CL_SAMPLER_CONTEXT> and returns the result.	1794	Calls C<clGetSamplerInfo> with C<OpenCL::SAMPLER_CONTEXT> and returns the result.
1585		1795
1586	=item $addressing_mode = $sampler->normalized_coords	1796	=item $addressing_mode = $sampler->normalized_coords
1587		1797
1588	Calls C<clGetSamplerInfo> with C<CL_SAMPLER_NORMALIZED_COORDS> and returns the result.	1798	Calls C<clGetSamplerInfo> with C<OpenCL::SAMPLER_NORMALIZED_COORDS> and returns the result.
1589		1799
1590	=item $filter_mode = $sampler->addressing_mode	1800	=item $filter_mode = $sampler->addressing_mode
1591		1801
1592	Calls C<clGetSamplerInfo> with C<CL_SAMPLER_ADDRESSING_MODE> and returns the result.	1802	Calls C<clGetSamplerInfo> with C<OpenCL::SAMPLER_ADDRESSING_MODE> and returns the result.
1593		1803
1594	=item $boolean = $sampler->filter_mode	1804	=item $boolean = $sampler->filter_mode
1595		1805
1596	Calls C<clGetSamplerInfo> with C<CL_SAMPLER_FILTER_MODE> and returns the result.	1806	Calls C<clGetSamplerInfo> with C<OpenCL::SAMPLER_FILTER_MODE> and returns the result.
1597		1807
1598	=for gengetinfo end sampler	1808	=for gengetinfo end sampler
1599		1809
1600	=back	1810	=back
1601		1811
…		…
1619	not so. So best make sure you don't pass in invalid values.	1829	not so. So best make sure you don't pass in invalid values.
1620		1830
1621	Some implementations fail with C<OpenCL::INVALID_BINARY> when the	1831	Some implementations fail with C<OpenCL::INVALID_BINARY> when the
1622	compilation state is successful but some later stage fails.	1832	compilation state is successful but some later stage fails.
1623		1833
		1834	options: C<-D name>, C<-D name=definition>, C<-I dir>,
		1835	C<-cl-single-precision-constant>, C<-cl-denorms-are-zero>,
		1836	C<-cl-fp32-correctly-rounded-divide-sqrt>, C<-cl-opt-disable>,
		1837	C<-cl-mad-enable>, C<-cl-no-signed-zeros>, C<-cl-unsafe-math-optimizations>,
		1838	C<-cl-finite-math-only>, C<-cl-fast-relaxed-math>,
		1839	C<-w>, C<-Werror>, C<-cl-std=CL1.1/CL1.2>, C<-cl-kernel-arg-info>,
		1840	C<-create-library>, C<-enable-link-options>.
		1841
		1842	build_status: OpenCL::BUILD_SUCCESS, OpenCL::BUILD_NONE,
		1843	OpenCL::BUILD_ERROR, OpenCL::BUILD_IN_PROGRESS.
		1844
1624	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clBuildProgram.html>	1845	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clBuildProgram.html>
1625		1846
1626	=item $program->build_async (\@devices = undef, $options = "", $cb->($program) = undef)	1847	=item $program->build_async (\@devices = undef, $options = "", $cb->($program) = undef)
1627		1848
1628	Similar to C<< ->build >>, except it starts a thread, and never fails (you	1849	Similar to C<< ->build >>, except it starts a thread, and never fails (you
1629	need to check the compilation status form the callback, or by polling).	1850	need to check the compilation status form the callback, or by polling).
1630		1851
		1852	=item $program->compile (\@devices = undef, $options = "", \%headers = undef, $cb->($program) = undef)
		1853
		1854	Compiles the given program for the given devices (or all devices if
		1855	undef). If C<$headers> is given, it must be a hashref with include name =>
		1856	OpenCL::Program pairs.
		1857
		1858	L<http://www.khronos.org/registry/cl/sdk/1.2/docs/man/xhtml/clCompileProgram.html>
		1859
1631	=item $packed_value = $program->build_info ($device, $name)	1860	=item $packed_value = $program->build_info ($device, $name)
1632		1861
1633	Similar to C<< $platform->info >>, but returns build info for a previous	1862	Similar to C<< $platform->info >>, but returns build info for a previous
1634	build attempt for the given device.	1863	build attempt for the given device.
1635		1864
		1865	binary_type: OpenCL::PROGRAM_BINARY_TYPE_NONE,
		1866	OpenCL::PROGRAM_BINARY_TYPE_COMPILED_OBJECT,
		1867	OpenCL::PROGRAM_BINARY_TYPE_LIBRARY,
		1868	OpenCL::PROGRAM_BINARY_TYPE_EXECUTABLE.
		1869
1636	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clGetBuildInfo.html>	1870	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clGetBuildInfo.html>
1637		1871
1638	=item $kernel = $program->kernel ($function_name)	1872	=item $kernel = $program->kernel ($function_name)
1639		1873
1640	Creates an OpenCL::Kernel object out of the named C<__kernel> function in	1874	Creates an OpenCL::Kernel object out of the named C<__kernel> function in
…		…
1650		1884
1651	=for gengetinfo begin program_build	1885	=for gengetinfo begin program_build
1652		1886
1653	=item $build_status = $program->build_status ($device)	1887	=item $build_status = $program->build_status ($device)
1654		1888
1655	Calls C<clGetProgramBuildInfo> with C<CL_PROGRAM_BUILD_STATUS> and returns the result.	1889	Calls C<clGetProgramBuildInfo> with C<OpenCL::PROGRAM_BUILD_STATUS> and returns the result.
1656		1890
1657	=item $string = $program->build_options ($device)	1891	=item $string = $program->build_options ($device)
1658		1892
1659	Calls C<clGetProgramBuildInfo> with C<CL_PROGRAM_BUILD_OPTIONS> and returns the result.	1893	Calls C<clGetProgramBuildInfo> with C<OpenCL::PROGRAM_BUILD_OPTIONS> and returns the result.
1660		1894
1661	=item $string = $program->build_log ($device)	1895	=item $string = $program->build_log ($device)
1662		1896
1663	Calls C<clGetProgramBuildInfo> with C<CL_PROGRAM_BUILD_LOG> and returns the result.	1897	Calls C<clGetProgramBuildInfo> with C<OpenCL::PROGRAM_BUILD_LOG> and returns the result.
		1898
		1899	=item $binary_type = $program->binary_type ($device)
		1900
		1901	Calls C<clGetProgramBuildInfo> with C<OpenCL::PROGRAM_BINARY_TYPE> and returns the result.
1664		1902
1665	=for gengetinfo end program_build	1903	=for gengetinfo end program_build
1666		1904
1667	=item $packed_value = $program->info ($name)	1905	=item $packed_value = $program->info ($name)
1668		1906
…		…
1672		1910
1673	=for gengetinfo begin program	1911	=for gengetinfo begin program
1674		1912
1675	=item $uint = $program->reference_count	1913	=item $uint = $program->reference_count
1676		1914
1677	Calls C<clGetProgramInfo> with C<CL_PROGRAM_REFERENCE_COUNT> and returns the result.	1915	Calls C<clGetProgramInfo> with C<OpenCL::PROGRAM_REFERENCE_COUNT> and returns the result.
1678		1916
1679	=item $ctx = $program->context	1917	=item $ctx = $program->context
1680		1918
1681	Calls C<clGetProgramInfo> with C<CL_PROGRAM_CONTEXT> and returns the result.	1919	Calls C<clGetProgramInfo> with C<OpenCL::PROGRAM_CONTEXT> and returns the result.
1682		1920
1683	=item $uint = $program->num_devices	1921	=item $uint = $program->num_devices
1684		1922
1685	Calls C<clGetProgramInfo> with C<CL_PROGRAM_NUM_DEVICES> and returns the result.	1923	Calls C<clGetProgramInfo> with C<OpenCL::PROGRAM_NUM_DEVICES> and returns the result.
1686		1924
1687	=item @devices = $program->devices	1925	=item @devices = $program->devices
1688		1926
1689	Calls C<clGetProgramInfo> with C<CL_PROGRAM_DEVICES> and returns the result.	1927	Calls C<clGetProgramInfo> with C<OpenCL::PROGRAM_DEVICES> and returns the result.
1690		1928
1691	=item $string = $program->source	1929	=item $string = $program->source
1692		1930
1693	Calls C<clGetProgramInfo> with C<CL_PROGRAM_SOURCE> and returns the result.	1931	Calls C<clGetProgramInfo> with C<OpenCL::PROGRAM_SOURCE> and returns the result.
1694		1932
1695	=item @ints = $program->binary_sizes	1933	=item @ints = $program->binary_sizes
1696		1934
1697	Calls C<clGetProgramInfo> with C<CL_PROGRAM_BINARY_SIZES> and returns the result.	1935	Calls C<clGetProgramInfo> with C<OpenCL::PROGRAM_BINARY_SIZES> and returns the result.
1698		1936
1699	=for gengetinfo end program	1937	=for gengetinfo end program
1700		1938
1701	=item @blobs = $program->binaries	1939	=item @blobs = $program->binaries
1702		1940
…		…
1723		1961
1724	=for gengetinfo begin kernel	1962	=for gengetinfo begin kernel
1725		1963
1726	=item $string = $kernel->function_name	1964	=item $string = $kernel->function_name
1727		1965
1728	Calls C<clGetKernelInfo> with C<CL_KERNEL_FUNCTION_NAME> and returns the result.	1966	Calls C<clGetKernelInfo> with C<OpenCL::KERNEL_FUNCTION_NAME> and returns the result.
1729		1967
1730	=item $uint = $kernel->num_args	1968	=item $uint = $kernel->num_args
1731		1969
1732	Calls C<clGetKernelInfo> with C<CL_KERNEL_NUM_ARGS> and returns the result.	1970	Calls C<clGetKernelInfo> with C<OpenCL::KERNEL_NUM_ARGS> and returns the result.
1733		1971
1734	=item $uint = $kernel->reference_count	1972	=item $uint = $kernel->reference_count
1735		1973
1736	Calls C<clGetKernelInfo> with C<CL_KERNEL_REFERENCE_COUNT> and returns the result.	1974	Calls C<clGetKernelInfo> with C<OpenCL::KERNEL_REFERENCE_COUNT> and returns the result.
1737		1975
1738	=item $ctx = $kernel->context	1976	=item $ctx = $kernel->context
1739		1977
1740	Calls C<clGetKernelInfo> with C<CL_KERNEL_CONTEXT> and returns the result.	1978	Calls C<clGetKernelInfo> with C<OpenCL::KERNEL_CONTEXT> and returns the result.
1741		1979
1742	=item $program = $kernel->program	1980	=item $program = $kernel->program
1743		1981
1744	Calls C<clGetKernelInfo> with C<CL_KERNEL_PROGRAM> and returns the result.	1982	Calls C<clGetKernelInfo> with C<OpenCL::KERNEL_PROGRAM> and returns the result.
1745		1983
1746	=for gengetinfo end kernel	1984	=for gengetinfo end kernel
1747		1985
1748	=item $packed_value = $kernel->work_group_info ($device, $name)	1986	=item $packed_value = $kernel->work_group_info ($device, $name)
1749		1987
1750	See C<< $platform->info >> for details.	1988	See C<< $platform->info >> for details.
1751		1989
1752	The reason this method is not called C<info> is that there already is an
1753	C<< ->info >> method.
1754
1755	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clGetKernelWorkGroupInfo.html>	1990	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clGetKernelWorkGroupInfo.html>
1756		1991
1757	=for gengetinfo begin kernel_work_group	1992	=for gengetinfo begin kernel_work_group
1758		1993
1759	=item $int = $kernel->work_group_size ($device)	1994	=item $int = $kernel->work_group_size ($device)
1760		1995
1761	Calls C<clGetKernelWorkGroupInfo> with C<CL_KERNEL_WORK_GROUP_SIZE> and returns the result.	1996	Calls C<clGetKernelWorkGroupInfo> with C<OpenCL::KERNEL_WORK_GROUP_SIZE> and returns the result.
1762		1997
1763	=item @ints = $kernel->compile_work_group_size ($device)	1998	=item @ints = $kernel->compile_work_group_size ($device)
1764		1999
1765	Calls C<clGetKernelWorkGroupInfo> with C<CL_KERNEL_COMPILE_WORK_GROUP_SIZE> and returns the result.	2000	Calls C<clGetKernelWorkGroupInfo> with C<OpenCL::KERNEL_COMPILE_WORK_GROUP_SIZE> and returns the result.
1766		2001
1767	=item $ulong = $kernel->local_mem_size ($device)	2002	=item $ulong = $kernel->local_mem_size ($device)
1768		2003
1769	Calls C<clGetKernelWorkGroupInfo> with C<CL_KERNEL_LOCAL_MEM_SIZE> and returns the result.	2004	Calls C<clGetKernelWorkGroupInfo> with C<OpenCL::KERNEL_LOCAL_MEM_SIZE> and returns the result.
1770		2005
1771	=item $int = $kernel->preferred_work_group_size_multiple ($device)	2006	=item $int = $kernel->preferred_work_group_size_multiple ($device)
1772		2007
1773	Calls C<clGetKernelWorkGroupInfo> with C<CL_KERNEL_PREFERRED_WORK_GROUP_SIZE_MULTIPLE> and returns the result.	2008	Calls C<clGetKernelWorkGroupInfo> with C<OpenCL::KERNEL_PREFERRED_WORK_GROUP_SIZE_MULTIPLE> and returns the result.
1774		2009
1775	=item $ulong = $kernel->private_mem_size ($device)	2010	=item $ulong = $kernel->private_mem_size ($device)
1776		2011
1777	Calls C<clGetKernelWorkGroupInfo> with C<CL_KERNEL_PRIVATE_MEM_SIZE> and returns the result.	2012	Calls C<clGetKernelWorkGroupInfo> with C<OpenCL::KERNEL_PRIVATE_MEM_SIZE> and returns the result.
1778		2013
1779	=for gengetinfo end kernel_work_group	2014	=for gengetinfo end kernel_work_group
		2015
		2016	=item $packed_value = $kernel->arg_info ($idx, $name)
		2017
		2018	See C<< $platform->info >> for details.
		2019
		2020	L<http://www.khronos.org/registry/cl/sdk/1.2/docs/man/xhtml/clGetKernelArgInfo.html>
		2021
		2022	=for gengetinfo begin kernel_arg
		2023
		2024	=item $kernel_arg_address_qualifier = $kernel->arg_address_qualifier ($idx)
		2025
		2026	Calls C<clGetKernelArgInfo> with C<OpenCL::KERNEL_ARG_ADDRESS_QUALIFIER> and returns the result.
		2027
		2028	=item $kernel_arg_access_qualifier = $kernel->arg_access_qualifier ($idx)
		2029
		2030	Calls C<clGetKernelArgInfo> with C<OpenCL::KERNEL_ARG_ACCESS_QUALIFIER> and returns the result.
		2031
		2032	=item $string = $kernel->arg_type_name ($idx)
		2033
		2034	Calls C<clGetKernelArgInfo> with C<OpenCL::KERNEL_ARG_TYPE_NAME> and returns the result.
		2035
		2036	=item $kernel_arg_type_qualifier = $kernel->arg_type_qualifier ($idx)
		2037
		2038	Calls C<clGetKernelArgInfo> with C<OpenCL::KERNEL_ARG_TYPE_QUALIFIER> and returns the result.
		2039
		2040	=item $string = $kernel->arg_name ($idx)
		2041
		2042	Calls C<clGetKernelArgInfo> with C<OpenCL::KERNEL_ARG_NAME> and returns the result.
		2043
		2044	=for gengetinfo end kernel_arg
1780		2045
1781	=item $kernel->setf ($format, ...)	2046	=item $kernel->setf ($format, ...)
1782		2047
1783	Sets the arguments of a kernel. Since OpenCL 1.1 doesn't have a generic	2048	Sets the arguments of a kernel. Since OpenCL 1.1 doesn't have a generic
1784	way to set arguments (and with OpenCL 1.2 it might be rather slow), you	2049	way to set arguments (and with OpenCL 1.2 it might be rather slow), you
…		…
1896		2161
1897	=for gengetinfo begin event	2162	=for gengetinfo begin event
1898		2163
1899	=item $queue = $event->command_queue	2164	=item $queue = $event->command_queue
1900		2165
1901	Calls C<clGetEventInfo> with C<CL_EVENT_COMMAND_QUEUE> and returns the result.	2166	Calls C<clGetEventInfo> with C<OpenCL::EVENT_COMMAND_QUEUE> and returns the result.
1902		2167
1903	=item $command_type = $event->command_type	2168	=item $command_type = $event->command_type
1904		2169
1905	Calls C<clGetEventInfo> with C<CL_EVENT_COMMAND_TYPE> and returns the result.	2170	Calls C<clGetEventInfo> with C<OpenCL::EVENT_COMMAND_TYPE> and returns the result.
1906		2171
1907	=item $uint = $event->reference_count	2172	=item $uint = $event->reference_count
1908		2173
1909	Calls C<clGetEventInfo> with C<CL_EVENT_REFERENCE_COUNT> and returns the result.	2174	Calls C<clGetEventInfo> with C<OpenCL::EVENT_REFERENCE_COUNT> and returns the result.
1910		2175
1911	=item $uint = $event->command_execution_status	2176	=item $uint = $event->command_execution_status
1912		2177
1913	Calls C<clGetEventInfo> with C<CL_EVENT_COMMAND_EXECUTION_STATUS> and returns the result.	2178	Calls C<clGetEventInfo> with C<OpenCL::EVENT_COMMAND_EXECUTION_STATUS> and returns the result.
1914		2179
1915	=item $ctx = $event->context	2180	=item $ctx = $event->context
1916		2181
1917	Calls C<clGetEventInfo> with C<CL_EVENT_CONTEXT> and returns the result.	2182	Calls C<clGetEventInfo> with C<OpenCL::EVENT_CONTEXT> and returns the result.
1918		2183
1919	=for gengetinfo end event	2184	=for gengetinfo end event
1920		2185
1921	=item $packed_value = $ev->profiling_info ($name)	2186	=item $packed_value = $ev->profiling_info ($name)
1922		2187
…		…
1929		2194
1930	=for gengetinfo begin profiling	2195	=for gengetinfo begin profiling
1931		2196
1932	=item $ulong = $event->profiling_command_queued	2197	=item $ulong = $event->profiling_command_queued
1933		2198
1934	Calls C<clGetEventProfilingInfo> with C<CL_PROFILING_COMMAND_QUEUED> and returns the result.	2199	Calls C<clGetEventProfilingInfo> with C<OpenCL::PROFILING_COMMAND_QUEUED> and returns the result.
1935		2200
1936	=item $ulong = $event->profiling_command_submit	2201	=item $ulong = $event->profiling_command_submit
1937		2202
1938	Calls C<clGetEventProfilingInfo> with C<CL_PROFILING_COMMAND_SUBMIT> and returns the result.	2203	Calls C<clGetEventProfilingInfo> with C<OpenCL::PROFILING_COMMAND_SUBMIT> and returns the result.
1939		2204
1940	=item $ulong = $event->profiling_command_start	2205	=item $ulong = $event->profiling_command_start
1941		2206
1942	Calls C<clGetEventProfilingInfo> with C<CL_PROFILING_COMMAND_START> and returns the result.	2207	Calls C<clGetEventProfilingInfo> with C<OpenCL::PROFILING_COMMAND_START> and returns the result.
1943		2208
1944	=item $ulong = $event->profiling_command_end	2209	=item $ulong = $event->profiling_command_end
1945		2210
1946	Calls C<clGetEventProfilingInfo> with C<CL_PROFILING_COMMAND_END> and returns the result.	2211	Calls C<clGetEventProfilingInfo> with C<OpenCL::PROFILING_COMMAND_END> and returns the result.
1947		2212
1948	=for gengetinfo end profiling	2213	=for gengetinfo end profiling
1949		2214
1950	=back	2215	=back
1951		2216
…		…
1957		2222
1958	=item $ev->set_status ($execution_status)	2223	=item $ev->set_status ($execution_status)
1959		2224
1960	Sets the execution status of the user event. Can only be called once,	2225	Sets the execution status of the user event. Can only be called once,
1961	either with OpenCL::COMPLETE or a negative number as status.	2226	either with OpenCL::COMPLETE or a negative number as status.
		2227
		2228	execution_status: OpenCL::COMPLETE or a negative integer.
1962		2229
1963	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clSetUserEventStatus.html>	2230	L<http://www.khronos.org/registry/cl/sdk/1.1/docs/man/xhtml/clSetUserEventStatus.html>
1964		2231
1965	=back	2232	=back
1966		2233
…		…
1977	copied.	2244	copied.
1978		2245
1979	When the object is destroyed it will enqueue an implicit unmap operation	2246	When the object is destroyed it will enqueue an implicit unmap operation
1980	on the queue that was used to create it.	2247	on the queue that was used to create it.
1981		2248
		2249	Keep in mind that you I<need> to unmap (or destroy) mapped objects before
		2250	OpenCL sees the changes, even if some implementations don't need this
		2251	sometimes.
		2252
1982	Example, replace the first two floats in the mapped buffer by 1 and 2.	2253	Example, replace the first two floats in the mapped buffer by 1 and 2.
1983		2254
1984	my $mapped = $queue->map_buffer ($buf, ...	2255	my $mapped = $queue->map_buffer ($buf, ...
1985	$mapped->event->wait; # make sure it's there	2256	$mapped->event->wait; # make sure it's there
1986		2257
…		…
1989	# (and of course, we assume iee 754 single precision floats :)	2260	# (and of course, we assume iee 754 single precision floats :)
1990	substr $$mapped, 0, 8, pack "f*", 1, 2;	2261	substr $$mapped, 0, 8, pack "f*", 1, 2;
1991		2262
1992	=over 4	2263	=over 4
1993		2264
		2265	=item $ev = $mapped->unmap ($wait_events...)
		2266
		2267	Unmaps the mapped memory object, using the queue originally used to create
		2268	it, quite similarly to C<< $queue->unmap ($mapped, ...) >>.
		2269
1994	=item $bool = $mapped->mapped	2270	=item $bool = $mapped->mapped
1995		2271
1996	Returns whether the object is still mapped - true before an C<unmap> is	2272	Returns whether the object is still mapped - true before an C<unmap> is
1997	enqueued, false afterwards.	2273	enqueued, false afterwards.
1998		2274
…		…
2011		2287
2012	Returns the size of the mapped area, in bytes. Same as C<length $$mapped>.	2288	Returns the size of the mapped area, in bytes. Same as C<length $$mapped>.
2013		2289
2014	=item $ptr = $mapped->ptr	2290	=item $ptr = $mapped->ptr
2015		2291
2016	Returns the raw memory address of the mapped area - same as C<$mapped+0>.	2292	Returns the raw memory address of the mapped area.
		2293
		2294	=item $mapped->set ($offset, $data)
		2295
		2296	Replaces the data at the given C<$offset> in the memory area by the new
		2297	C<$data>. This method is safer than direct manipulation of C<$mapped>
		2298	because it does bounds-checking, but also slower.
		2299
		2300	=item $data = $mapped->get ($offset, $length)
		2301
		2302	Returns (without copying) a scalar representing the data at the given
		2303	C<$offset> and C<$length> in the mapped memory area. This is the same as
		2304	the following substr, except much slower;
		2305
		2306	$data = substr $$mapped, $offset, $length
		2307
		2308	=cut
		2309
		2310	sub OpenCL::Mapped::get {
		2311	substr ${$_[0]}, $_[1], $_[2]
		2312	}
2017		2313
2018	=back	2314	=back
2019		2315
2020	=head2 THE OpenCL::MappedBuffer CLASS	2316	=head2 THE OpenCL::MappedBuffer CLASS
2021		2317
2022	This is a subclass of OpenCL::Mapped, representing mapped buffers.	2318	This is a subclass of OpenCL::Mapped, representing mapped buffers.
2023		2319
		2320	=head2 THE OpenCL::MappedImage CLASS
		2321
		2322	This is a subclass of OpenCL::Mapped, representing mapped images.
		2323
2024	=over 4	2324	=over 4
2025		2325
2026	=back	2326	=item $bytes = $mapped->row_pitch
2027		2327
2028	=head2 THE OpenCL::MappedImage CLASS	2328	=item $bytes = $mapped->slice_pitch
2029		2329
2030	This is a subclass of OpenCL::Mapped, representing mapped images.	2330	Return the row or slice pitch of the image that has been mapped.
2031
2032	=over 4
2033		2331
2034	=back	2332	=back
2035		2333
2036		2334
2037	=cut	2335	=cut

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Comparing OpenCL/OpenCL.pm (file contents): Revision 1.66 by root, Tue May 1 16:37:23 2012 UTC vs. Revision 1.79 by root, Sat May 5 13:30:07 2012 UTC

Diff Legend

Comparing OpenCL/OpenCL.pm (file contents):
Revision 1.66 by root, Tue May 1 16:37:23 2012 UTC vs.
Revision 1.79 by root, Sat May 5 13:30:07 2012 UTC