| /third_party/openssl/util/ |
| D | add-depends.pl | 48 my $producer = shift @ARGV;
49 die "Producer not given\n" unless $producer;
216 die "Producer unrecognised: $producer\n"
217 unless exists $procedures{$producer} && exists $continuations{$producer};
219 my $procedure = $procedures{$producer};
220 my $continuation = $continuations{$producer};
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| /third_party/skia/third_party/externals/egl-registry/extensions/KHR/ |
| D | EGL_KHR_stream.txt | 63 Each EGLStream is associated with a "producer" that generates
64 image frames and inserts them into the EGLStream. The producer is
78 These APIs may be connected directly to an EGLStream as a producer
79 or consumer. Once a stream oriented producer is "connected" to an
92 oriented producer to insert an image frame or to cause a rendering
96 producer has a new image frame it empties the mailbox (discards
103 Timing is mainly controlled by the producer. The consumer
104 operated with a fixed latency that it indicates to the producer
108 indicated by EGL_CONSUMER_LATENCY_USEC_KHR. The producer controls
115 This extension does not cover the details of how a producer or a
[all …]
|
| D | EGL_KHR_stream_fifo.txt | 62 consumer to consume the frame that the producer most recently
64 producer creates them then it gets the most recent one over and
65 over until a new one is inserted. If the producer inserts frames
67 are discarded. The producer is never stalled.
70 In fifo mode no images are discarded. If the producer attempts to
71 insert a frame and the fifo is full then the producer will stall
80 producer (with help from the consumer in the form of the
85 an associated timestamp set by the producer. The consumer can use
176 number of internal buffers used by the producer. The producer may
194 to the time that the producer inserted the image frame into the
[all …]
|
| D | EGL_KHR_stream_producer_aldatalocator.txt | 48 producer of an EGLStream.
55 MediaPlayer object and connects it as the producer of the
62 Replace section "3.10.3.1 No way to connect producer to EGLStream" in
67 An OpenMAX AL MediaPlayer object can act as a producer for an
93 be connected as the producer of <stream>. If the MediaPlayer
132 producer, but ultimately the producer must convert to the
|
| /third_party/EGL/extensions/KHR/ |
| D | EGL_KHR_stream.txt | 63 Each EGLStream is associated with a "producer" that generates
64 image frames and inserts them into the EGLStream. The producer is
78 These APIs may be connected directly to an EGLStream as a producer
79 or consumer. Once a stream oriented producer is "connected" to an
92 oriented producer to insert an image frame or to cause a rendering
96 producer has a new image frame it empties the mailbox (discards
103 Timing is mainly controlled by the producer. The consumer
104 operated with a fixed latency that it indicates to the producer
108 indicated by EGL_CONSUMER_LATENCY_USEC_KHR. The producer controls
115 This extension does not cover the details of how a producer or a
[all …]
|
| D | EGL_KHR_stream_fifo.txt | 62 consumer to consume the frame that the producer most recently
64 producer creates them then it gets the most recent one over and
65 over until a new one is inserted. If the producer inserts frames
67 are discarded. The producer is never stalled.
70 In fifo mode no images are discarded. If the producer attempts to
71 insert a frame and the fifo is full then the producer will stall
80 producer (with help from the consumer in the form of the
85 an associated timestamp set by the producer. The consumer can use
176 number of internal buffers used by the producer. The producer may
194 to the time that the producer inserted the image frame into the
[all …]
|
| D | EGL_KHR_stream_producer_aldatalocator.txt | 48 producer of an EGLStream.
55 MediaPlayer object and connects it as the producer of the
62 Replace section "3.10.3.1 No way to connect producer to EGLStream" in
67 An OpenMAX AL MediaPlayer object can act as a producer for an
93 be connected as the producer of <stream>. If the MediaPlayer
132 producer, but ultimately the producer must convert to the
|
| /third_party/EGL/extensions/NV/ |
| D | EGL_NV_stream_origin.txt | 48 both the connected consumer and producer and appropriate handling is
58 Similarly, producer applications might need to adjust how rendering
64 the producer or consumer endpoints so that clients are not required
118 stream images surface as agreed upon by consumer and producer.
135 and a producer are connected to the stream. Querying it before that
143 stream images surface as agreed upon by consumer and producer.
160 and a producer are connected to the stream. Querying it before that
184 and a producer are connected to the stream. Querying it before that
206 and a producer are connected to the stream. Querying it before that
213 indicates whether the producer endpoint will handle frame orientation
[all …]
|
| D | EGL_NV_stream_fifo_synchronous.txt | 51 inserted into a stream by the producer and become available to the
61 producer. If the application acquires and uses an image from one
62 producer which requires a long time to finish rendering, it will be
65 an older frame from the slower producer until the new one is ready.
67 This could be handled with existing interfaces by the producer
69 stream. However this requires the producer to have knowledge of the
71 the producer's pipeline which will slow it even further.
74 availability of new frames inserted by the producer until they are
75 ready to be used. The producer proceeds as normal, but the frames
114 inserted by the producer become available to the consumer
[all …]
|
| D | EGL_NV_stream_frame_limits.txt | 76 many outstanding frames the producer application intends to have at
85 available resources may cause a producer to block or return an error,
98 may cause the consumer or producer to block or return an error, as per
104 When the producer generates frames faster than the output device can
114 limits instead be imposed in the producer and consumer
119 through the producer and consumer interfaces:
120 a) The producer and client interfaces are already published and
127 on producer and consumer endpoints to be set to compatible
|
| D | EGL_NV_stream_remote.txt | 53 connections when the producer and consumer endpoints are not
71 the producer. It even allows, although this was probably not
73 both producer and consumer exist in the same process, with the
183 A stream implemented with both consumer and producer attached to a
189 producer attached to the other.
215 Add to section "3.10.3 Connecting an EGLStream to a producer" in
218 Any function which connects a producer to an EGLStream will fail and
259 EGLStream objects to which the consumer and producer are attached.
264 stream with both consumer and producer connected to a single
269 consumer and producer are attached, depending on the functions used.
[all …]
|
| /third_party/glib/gio/tests/ |
| D | gdbus-overflow.c | 108 GDBusConnection *producer, *consumer; in test_overflow() local
122 producer = g_dbus_connection_new_sync (G_IO_STREAM (socket_connection), in test_overflow()
129 g_dbus_connection_set_exit_on_close (producer, TRUE); in test_overflow()
133 g_dbus_connection_add_filter (producer, overflow_filter_func, (gpointer) &n_messages_sent, NULL); in test_overflow()
139 g_dbus_connection_emit_signal (producer, in test_overflow()
189 g_object_unref (producer); in test_overflow()
|
| /third_party/flutter/skia/src/gpu/ |
| D | SkGpuDevice_drawTexture.cpp | 80 static bool can_ignore_bilerp_constraint(const GrTextureProducer& producer, in can_ignore_bilerp_constraint() argument
236 const SkPaint& paint, GrTextureProducer* producer, in draw_texture_producer() argument
243 auto proxy = producer->refTextureProxyForParams(GrSamplerState::ClampNearest(), nullptr); in draw_texture_producer()
249 std::move(proxy), producer->alphaType(), producer->colorSpace()); in draw_texture_producer()
258 bool canUseTextureCoordsAsLocalCoords = !use_shader(producer->isAlphaOnly(), paint) && !mf; in draw_texture_producer()
269 producer->width(), producer->height(), paint.getFilterQuality(), ctm, srcToDst, in draw_texture_producer()
288 !producer->hasMixedResolutions()) { in draw_texture_producer()
291 if (can_ignore_bilerp_constraint(*producer, src, combinedMatrix, rtc->numSamples())) { in draw_texture_producer()
304 auto fp = producer->createFragmentProcessor(textureMatrix, src, constraintMode, in draw_texture_producer()
306 fp = GrColorSpaceXformEffect::Make(std::move(fp), producer->colorSpace(), producer->alphaType(), in draw_texture_producer()
[all …]
|
| /third_party/skia/third_party/externals/egl-registry/extensions/NV/ |
| D | EGL_NV_stream_fifo_synchronous.txt | 51 inserted into a stream by the producer and become available to the
61 producer. If the application acquires and uses an image from one
62 producer which requires a long time to finish rendering, it will be
65 an older frame from the slower producer until the new one is ready.
67 This could be handled with existing interfaces by the producer
69 stream. However this requires the producer to have knowledge of the
71 the producer's pipeline which will slow it even further.
74 availability of new frames inserted by the producer until they are
75 ready to be used. The producer proceeds as normal, but the frames
114 inserted by the producer become available to the consumer
[all …]
|
| D | EGL_NV_stream_frame_limits.txt | 76 many outstanding frames the producer application intends to have at
85 available resources may cause a producer to block or return an error,
98 may cause the consumer or producer to block or return an error, as per
104 When the producer generates frames faster than the output device can
114 limits instead be imposed in the producer and consumer
119 through the producer and consumer interfaces:
120 a) The producer and client interfaces are already published and
127 on producer and consumer endpoints to be set to compatible
|
| D | EGL_NV_stream_remote.txt | 53 connections when the producer and consumer endpoints are not
71 the producer. It even allows, although this was probably not
73 both producer and consumer exist in the same process, with the
183 A stream implemented with both consumer and producer attached to a
189 producer attached to the other.
215 Add to section "3.10.3 Connecting an EGLStream to a producer" in
218 Any function which connects a producer to an EGLStream will fail and
259 EGLStream objects to which the consumer and producer are attached.
264 stream with both consumer and producer connected to a single
269 consumer and producer are attached, depending on the functions used.
[all …]
|
| /third_party/ltp/testcases/open_posix_testsuite/conformance/interfaces/sem_init/ |
| D | 3-1.c | 34 void *producer(void *); in main()
47 if (pthread_create(&prod, NULL, producer, (void *)cnt) != 0) { in main()
68 void *producer(void *arg) in producer() function
|
| /third_party/ltp/testcases/open_posix_testsuite/conformance/interfaces/sem_destroy/ |
| D | 3-1.c | 34 void *producer(void *); in main()
47 if (pthread_create(&prod, NULL, producer, (void *)cnt) != 0) { in main()
68 void *producer(void *arg) in producer() function
|
| /third_party/gstreamer/gstplugins_bad/tests/check/elements/ |
| D | shm.c | 174 GstElement *producer, *consumer; in GST_START_TEST() local
187 producer = gst_pipeline_new ("producer-pipeline"); in GST_START_TEST()
188 gst_bin_add_many (GST_BIN (producer), src, sink, NULL); in GST_START_TEST()
191 state_res = gst_element_set_state (producer, GST_STATE_PLAYING); in GST_START_TEST()
221 state_res = gst_element_set_state (producer, GST_STATE_NULL); in GST_START_TEST()
225 gst_object_unref (producer); in GST_START_TEST()
|
| /third_party/python/Doc/library/ |
| D | asynchat.rst | 64 define a :abbr:`FIFO (first-in, first-out)` queue of *producers*. A producer need
67 The producer indicates exhaustion (*i.e.* that it contains no more data) by
69 the :class:`async_chat` object removes the producer from the queue and starts
70 using the next producer, if any. When the producer queue is empty the
84 Pushes a ``None`` on to the producer queue. When this producer is popped off
98 output buffers and the producer queue.
122 .. method:: async_chat.push_with_producer(producer)
124 Takes a producer object and adds it to the producer queue associated with
126 channel will consume this producer's data by calling its :meth:`more`
|
| /third_party/boost/libs/thread/example/ |
| D | producer_consumer_bounded.cpp | 30 void producer(the_ostream &/*mos*/, boost::sync_bounded_queue<int> & sbq) in producer() function
133 scoped_thread<> t11(boost::thread(producer, boost::ref(mcerr), boost::ref(sbq))); in main()
134 scoped_thread<> t12(boost::thread(producer, boost::ref(mcerr), boost::ref(sbq))); in main()
|
| D | producer_consumer2.cpp | 30 void producer(the_ostream &/*mos*/, boost::queue_back<int> sbq) in producer() function
136 … scoped_thread<> t11(boost::thread(producer, boost::ref(mcerr), concurrent::queue_back<int>(sbq))); in main()
137 … scoped_thread<> t12(boost::thread(producer, boost::ref(mcerr), concurrent::queue_back<int>(sbq))); in main()
|
| D | producer_consumer.cpp | 27 void producer(the_ostream & /*mos*/, boost::sync_queue<int> & sbq) in producer() function
133 scoped_thread<> t11(boost::thread(producer, boost::ref(mcerr), boost::ref(sbq))); in main()
134 scoped_thread<> t12(boost::thread(producer, boost::ref(mcerr), boost::ref(sbq))); in main()
|
| /third_party/node/test/parallel/ |
| D | test-stdio-pipe-redirect.js | 20 const producer = spawn(process.argv0, [process.argv[1], 'producer'], { constant
24 producer.on('exit', process.exit);
|
| /third_party/boost/libs/lockfree/examples/ |
| D | spsc_queue.cpp | 21 void producer(void) in producer() function
52 boost::thread producer_thread(producer); in main()
|