mirrors/gst-plugins-rs
mirrors/gst-plugins-rs
1
1
Fork 0
mirror of https://gitlab.freedesktop.org/gstreamer/gst-plugins-rs.git synced 2024-11-22 11:30:59 +00:00
Code Issues Projects Releases Wiki Activity

togglerecord: Update recording state on EOS

Browse source 
If all input streams are in EOS state, update recording state
to Stopped and notify the change as well
This commit is contained in:
Seungha Yang 2021-01-07 03:59:44 +09:00
parent 9d8fe31a5b
commit 2b7cebb02a
2 changed files with 602 additions and 36 deletions
Show stats Download patch file Download diff file Expand all files Collapse all files

94
utils/togglerecord/src/togglerecord/imp.rs
View file

@ -175,7 +175,7 @@ impl Default for State {
enum HandleResult<T> {
Pass(T),
Drop,
Eos,
Eos(bool),
Flushing,
}
@ -760,7 +760,12 @@ impl ToggleRecord {
// If we have no start or stop position (we never recorded) then we're EOS too now
if rec_state.last_recording_stop.is_none() || rec_state.last_recording_start.is_none() {
gst_debug!(CAT, obj: pad, "Main stream EOS and recording never started",);
return Ok(HandleResult::Eos);
return Ok(HandleResult::Eos(self.check_and_update_eos(
pad,
stream,
&mut state,
&mut rec_state,
)));
} else if data.can_clip(&*state)
&& current_running_time < rec_state.last_recording_start
&& current_running_time_end > rec_state.last_recording_start
@ -849,7 +854,12 @@ impl ToggleRecord {
return Ok(HandleResult::Pass(data));
} else {
gst_warning!(CAT, obj: pad, "Complete buffer clipped!");
return Ok(HandleResult::Eos);
return Ok(HandleResult::Eos(self.check_and_update_eos(
pad,
stream,
&mut state,
&mut rec_state,
)));
}
} else if current_running_time_end > rec_state.last_recording_stop {
// Otherwise if the end of the buffer is after the recording stop, we're EOS
@ -862,7 +872,12 @@ impl ToggleRecord {
current_running_time_end,
rec_state.last_recording_stop
);
return Ok(HandleResult::Eos);
return Ok(HandleResult::Eos(self.check_and_update_eos(
pad,
stream,
&mut state,
&mut rec_state,
)));
} else {
// In all other cases the buffer is fully between recording start and end and
// can be passed through as is
@ -1039,6 +1054,49 @@ impl ToggleRecord {
}
}
// should be called only if main stream is in eos state
fn check_and_update_eos(
&self,
pad: &gst::Pad,
stream: &Stream,
stream_state: &mut StreamState,
rec_state: &mut State,
) -> bool {
stream_state.eos = true;
// Check whether all secondary streams are in eos. If so, update recording
// state to Stopped
if rec_state.recording_state != RecordingState::Stopped {
let mut others_eos = true;
// Check eos state of all secondary streams
self.other_streams.lock().0.iter().all(|s| {
if s == stream {
return true;
}
let s = s.state.lock();
if !s.eos {
others_eos = false;
}
others_eos
});
if others_eos {
gst_debug!(
CAT,
obj: pad,
"All streams are in EOS state, change state to Stopped"
);
rec_state.recording_state = RecordingState::Stopped;
return true;
}
}
false
}
fn sink_chain(
&self,
pad: &gst::Pad,
@ -1079,12 +1137,17 @@ impl ToggleRecord {
HandleResult::Flushing => {
return Err(gst::FlowError::Flushing);
}
HandleResult::Eos => {
HandleResult::Eos(recording_state_updated) => {
stream.srcpad.push_event(
gst::event::Eos::builder()
.seqnum(stream.state.lock().segment_seqnum)
.build(),
);
if recording_state_updated {
element.notify("recording");
}
return Err(gst::FlowError::Eos);
}
HandleResult::Pass(buffer) => {
@ -1178,6 +1241,7 @@ impl ToggleRecord {
let mut forward = true;
let mut send_pending = false;
let mut recording_state_changed = false;
match event.view() {
EventView::FlushStart(..) => {
@ -1279,14 +1343,26 @@ impl ToggleRecord {
};
}
EventView::Eos(..) => {
let _main_state = if stream != self.main_stream {
let main_state = if stream != self.main_stream {
Some(self.main_stream.state.lock())
} else {
None
};
let mut state = stream.state.lock();
state.eos = true;
let main_is_eos = if let Some(main_state) = main_state {
main_state.eos
} else {
true
};
if main_is_eos {
let mut rec_state = self.state.lock();
recording_state_changed =
self.check_and_update_eos(pad, &stream, &mut state, &mut rec_state);
}
self.main_stream_cond.notify_all();
gst_debug!(
CAT,
@ -1299,6 +1375,10 @@ impl ToggleRecord {
_ => (),
};
if recording_state_changed {
element.notify("recording");
}
// If a serialized event and coming after Segment and a new Segment is pending,
// queue up and send at a later time (buffer/gap) after we sent the Segment
let type_ = event.get_type();

544
utils/togglerecord/tests/tests.rs
View file

@ -39,6 +39,7 @@ enum SendData {
BuffersDelta(usize),
Gaps(usize),
Eos,
Terminate,
}
#[allow(clippy::type_complexity)]
@ -185,6 +186,10 @@ fn setup_sender_receiver(
i += 1;
}
}
SendData::Terminate => {
let _ = sender_input_done.send(());
return;
}
}
let _ = sender_input_done.send(());
@ -201,9 +206,10 @@ fn recv_buffers(
receiver_output: &mpsc::Receiver<Either<gst::Buffer, gst::Event>>,
segment: &mut gst::FormattedSegment<gst::ClockTime>,
wait_buffers: usize,
) -> Vec<(gst::ClockTime, gst::ClockTime, gst::ClockTime)> {
) -> (Vec<(gst::ClockTime, gst::ClockTime, gst::ClockTime)>, bool) {
let mut res = Vec::new();
let mut n_buffers = 0;
let mut saw_eos = false;
while let Ok(val) = receiver_output.recv() {
match val {
Left(buffer) => {
@ -214,7 +220,7 @@ fn recv_buffers(
));
n_buffers += 1;
if wait_buffers > 0 && n_buffers == wait_buffers {
return res;
return (res, saw_eos);
}
}
Right(event) => {
@ -227,11 +233,12 @@ fn recv_buffers(
res.push((segment.to_running_time(ts), ts, duration));
n_buffers += 1;
if wait_buffers > 0 && n_buffers == wait_buffers {
return res;
return (res, saw_eos);
}
}
EventView::Eos(..) => {
return res;
saw_eos = true;
return (res, saw_eos);
}
EventView::Segment(ref e) => {
*segment = e.get_segment().clone().downcast().unwrap();
@ -242,7 +249,7 @@ fn recv_buffers(
}
}
res
(res, saw_eos)
}
#[test]
@ -285,7 +292,7 @@ fn test_one_stream_open() {
drop(sender_input);
let mut segment = gst::FormattedSegment::<gst::ClockTime>::new();
let buffers = recv_buffers(&receiver_output, &mut segment, 0);
let (buffers, _) = recv_buffers(&receiver_output, &mut segment, 0);
assert_eq!(buffers.len(), 10);
for (index, &(running_time, pts, duration)) in buffers.iter().enumerate() {
let index = index as u64;
@ -318,7 +325,7 @@ fn test_one_stream_gaps_open() {
drop(sender_input);
let mut segment = gst::FormattedSegment::<gst::ClockTime>::new();
let buffers = recv_buffers(&receiver_output, &mut segment, 0);
let (buffers, _) = recv_buffers(&receiver_output, &mut segment, 0);
assert_eq!(buffers.len(), 10);
for (index, &(running_time, pts, duration)) in buffers.iter().enumerate() {
let index = index as u64;
@ -352,7 +359,7 @@ fn test_one_stream_close_open() {
drop(sender_input);
let mut segment = gst::FormattedSegment::<gst::ClockTime>::new();
let buffers = recv_buffers(&receiver_output, &mut segment, 0);
let (buffers, _) = recv_buffers(&receiver_output, &mut segment, 0);
assert_eq!(buffers.len(), 10);
for (index, &(running_time, pts, duration)) in buffers.iter().enumerate() {
let index = index as u64;
@ -387,7 +394,7 @@ fn test_one_stream_open_close() {
drop(sender_input);
let mut segment = gst::FormattedSegment::<gst::ClockTime>::new();
let buffers = recv_buffers(&receiver_output, &mut segment, 0);
let (buffers, _) = recv_buffers(&receiver_output, &mut segment, 0);
assert_eq!(buffers.len(), 10);
for (index, &(running_time, pts, duration)) in buffers.iter().enumerate() {
let index = index as u64;
@ -425,7 +432,7 @@ fn test_one_stream_open_close_open() {
drop(sender_input);
let mut segment = gst::FormattedSegment::<gst::ClockTime>::new();
let buffers = recv_buffers(&receiver_output, &mut segment, 0);
let (buffers, _) = recv_buffers(&receiver_output, &mut segment, 0);
assert_eq!(buffers.len(), 20);
for (index, &(running_time, pts, duration)) in buffers.iter().enumerate() {
let pts_off = if index >= 10 {
@ -472,7 +479,7 @@ fn test_two_stream_open() {
receiver_input_done_2.recv().unwrap();
let mut segment_1 = gst::FormattedSegment::<gst::ClockTime>::new();
let buffers_1 = recv_buffers(&receiver_output_1, &mut segment_1, 0);
let (buffers_1, _) = recv_buffers(&receiver_output_1, &mut segment_1, 0);
for (index, &(running_time, pts, duration)) in buffers_1.iter().enumerate() {
let index = index as u64;
assert_eq!(running_time, index * 20 * gst::MSECOND);
@ -483,7 +490,7 @@ fn test_two_stream_open() {
// Last buffer should be dropped from second stream
let mut segment_2 = gst::FormattedSegment::<gst::ClockTime>::new();
let buffers_2 = recv_buffers(&receiver_output_2, &mut segment_2, 0);
let (buffers_2, _) = recv_buffers(&receiver_output_2, &mut segment_2, 0);
for (index, &(running_time, pts, duration)) in buffers_2.iter().enumerate() {
let index = index as u64;
assert_eq!(running_time, index * 20 * gst::MSECOND);
@ -525,7 +532,7 @@ fn test_two_stream_open_shift() {
receiver_input_done_2.recv().unwrap();
let mut segment_1 = gst::FormattedSegment::<gst::ClockTime>::new();
let buffers_1 = recv_buffers(&receiver_output_1, &mut segment_1, 0);
let (buffers_1, _) = recv_buffers(&receiver_output_1, &mut segment_1, 0);
for (index, &(running_time, pts, duration)) in buffers_1.iter().enumerate() {
let index = index as u64;
assert_eq!(running_time, index * 20 * gst::MSECOND);
@ -536,7 +543,7 @@ fn test_two_stream_open_shift() {
// Second to last buffer should be clipped from second stream, last should be dropped
let mut segment_2 = gst::FormattedSegment::<gst::ClockTime>::new();
let buffers_2 = recv_buffers(&receiver_output_2, &mut segment_2, 0);
let (buffers_2, _) = recv_buffers(&receiver_output_2, &mut segment_2, 0);
for (index, &(running_time, pts, duration)) in buffers_2.iter().enumerate() {
let index = index as u64;
assert_eq!(running_time, 5 * gst::MSECOND + index * 20 * gst::MSECOND);
@ -583,7 +590,7 @@ fn test_two_stream_open_shift_main() {
// PTS 5 maps to running time 0 now
let mut segment_1 = gst::FormattedSegment::<gst::ClockTime>::new();
let buffers_1 = recv_buffers(&receiver_output_1, &mut segment_1, 0);
let (buffers_1, _) = recv_buffers(&receiver_output_1, &mut segment_1, 0);
for (index, &(running_time, pts, duration)) in buffers_1.iter().enumerate() {
let index = index as u64;
assert_eq!(running_time, index * 20 * gst::MSECOND);
@ -595,7 +602,7 @@ fn test_two_stream_open_shift_main() {
// First and second last buffer should be clipped from second stream,
// last buffer should be dropped
let mut segment_2 = gst::FormattedSegment::<gst::ClockTime>::new();
let buffers_2 = recv_buffers(&receiver_output_2, &mut segment_2, 0);
let (buffers_2, _) = recv_buffers(&receiver_output_2, &mut segment_2, 0);
for (index, &(running_time, pts, duration)) in buffers_2.iter().enumerate() {
let index = index as u64;
if index == 0 {
@ -663,7 +670,7 @@ fn test_two_stream_open_close() {
receiver_input_done_2.recv().unwrap();
let mut segment_1 = gst::FormattedSegment::<gst::ClockTime>::new();
let buffers_1 = recv_buffers(&receiver_output_1, &mut segment_1, 0);
let (buffers_1, _) = recv_buffers(&receiver_output_1, &mut segment_1, 0);
for (index, &(running_time, pts, duration)) in buffers_1.iter().enumerate() {
let index = index as u64;
assert_eq!(running_time, index * 20 * gst::MSECOND);
@ -674,7 +681,7 @@ fn test_two_stream_open_close() {
// Last buffer should be dropped from second stream
let mut segment_2 = gst::FormattedSegment::<gst::ClockTime>::new();
let buffers_2 = recv_buffers(&receiver_output_2, &mut segment_2, 0);
let (buffers_2, _) = recv_buffers(&receiver_output_2, &mut segment_2, 0);
for (index, &(running_time, pts, duration)) in buffers_2.iter().enumerate() {
let index = index as u64;
assert_eq!(running_time, index * 20 * gst::MSECOND);
@ -732,7 +739,7 @@ fn test_two_stream_close_open() {
receiver_input_done_2.recv().unwrap();
let mut segment_1 = gst::FormattedSegment::<gst::ClockTime>::new();
let buffers_1 = recv_buffers(&receiver_output_1, &mut segment_1, 0);
let (buffers_1, _) = recv_buffers(&receiver_output_1, &mut segment_1, 0);
for (index, &(running_time, pts, duration)) in buffers_1.iter().enumerate() {
let index = index as u64;
assert_eq!(running_time, index * 20 * gst::MSECOND);
@ -743,7 +750,7 @@ fn test_two_stream_close_open() {
// Last buffer should be dropped from second stream
let mut segment_2 = gst::FormattedSegment::<gst::ClockTime>::new();
let buffers_2 = recv_buffers(&receiver_output_2, &mut segment_2, 0);
let (buffers_2, _) = recv_buffers(&receiver_output_2, &mut segment_2, 0);
for (index, &(running_time, pts, duration)) in buffers_2.iter().enumerate() {
let index = index as u64;
assert_eq!(running_time, index * 20 * gst::MSECOND);
@ -814,7 +821,7 @@ fn test_two_stream_open_close_open() {
receiver_input_done_2.recv().unwrap();
let mut segment_1 = gst::FormattedSegment::<gst::ClockTime>::new();
let buffers_1 = recv_buffers(&receiver_output_1, &mut segment_1, 0);
let (buffers_1, _) = recv_buffers(&receiver_output_1, &mut segment_1, 0);
for (index, &(running_time, pts, duration)) in buffers_1.iter().enumerate() {
let pts_off = if index >= 10 {
10 * 20 * gst::MSECOND
@ -831,7 +838,7 @@ fn test_two_stream_open_close_open() {
// Last buffer should be dropped from second stream
let mut segment_2 = gst::FormattedSegment::<gst::ClockTime>::new();
let buffers_2 = recv_buffers(&receiver_output_2, &mut segment_2, 0);
let (buffers_2, _) = recv_buffers(&receiver_output_2, &mut segment_2, 0);
for (index, &(running_time, pts, duration)) in buffers_2.iter().enumerate() {
let pts_off = if index >= 10 {
10 * 20 * gst::MSECOND
@ -914,7 +921,7 @@ fn test_two_stream_open_close_open_gaps() {
receiver_input_done_2.recv().unwrap();
let mut segment_1 = gst::FormattedSegment::<gst::ClockTime>::new();
let buffers_1 = recv_buffers(&receiver_output_1, &mut segment_1, 0);
let (buffers_1, _) = recv_buffers(&receiver_output_1, &mut segment_1, 0);
for (index, &(running_time, pts, duration)) in buffers_1.iter().enumerate() {
let pts_off = if index >= 10 {
10 * 20 * gst::MSECOND
@ -931,7 +938,7 @@ fn test_two_stream_open_close_open_gaps() {
// Last buffer should be dropped from second stream
let mut segment_2 = gst::FormattedSegment::<gst::ClockTime>::new();
let buffers_2 = recv_buffers(&receiver_output_2, &mut segment_2, 0);
let (buffers_2, _) = recv_buffers(&receiver_output_2, &mut segment_2, 0);
for (index, &(running_time, pts, duration)) in buffers_2.iter().enumerate() {
let pts_off = if index >= 10 {
10 * 20 * gst::MSECOND
@ -1015,7 +1022,7 @@ fn test_two_stream_close_open_close_delta() {
receiver_input_done_2.recv().unwrap();
let mut segment_1 = gst::FormattedSegment::<gst::ClockTime>::new();
let buffers_1 = recv_buffers(&receiver_output_1, &mut segment_1, 0);
let (buffers_1, _) = recv_buffers(&receiver_output_1, &mut segment_1, 0);
for (index, &(running_time, pts, duration)) in buffers_1.iter().enumerate() {
let index = index as u64;
assert_eq!(running_time, index * 20 * gst::MSECOND);
@ -1026,7 +1033,7 @@ fn test_two_stream_close_open_close_delta() {
// Last buffer should be dropped from second stream
let mut segment_2 = gst::FormattedSegment::<gst::ClockTime>::new();
let buffers_2 = recv_buffers(&receiver_output_2, &mut segment_2, 0);
let (buffers_2, _) = recv_buffers(&receiver_output_2, &mut segment_2, 0);
for (index, &(running_time, pts, duration)) in buffers_2.iter().enumerate() {
let index = index as u64;
assert_eq!(running_time, index * 20 * gst::MSECOND);
@ -1110,7 +1117,7 @@ fn test_three_stream_open_close_open() {
receiver_input_done_3.recv().unwrap();
let mut segment_1 = gst::FormattedSegment::<gst::ClockTime>::new();
let buffers_1 = recv_buffers(&receiver_output_1, &mut segment_1, 0);
let (buffers_1, _) = recv_buffers(&receiver_output_1, &mut segment_1, 0);
for (index, &(running_time, pts, duration)) in buffers_1.iter().enumerate() {
let pts_off = if index >= 10 {
10 * 20 * gst::MSECOND
@ -1127,7 +1134,7 @@ fn test_three_stream_open_close_open() {
// Last buffer should be dropped from second stream
let mut segment_2 = gst::FormattedSegment::<gst::ClockTime>::new();
let buffers_2 = recv_buffers(&receiver_output_2, &mut segment_2, 0);
let (buffers_2, _) = recv_buffers(&receiver_output_2, &mut segment_2, 0);
for (index, &(running_time, pts, duration)) in buffers_2.iter().enumerate() {
let pts_off = if index >= 10 {
10 * 20 * gst::MSECOND
@ -1143,7 +1150,7 @@ fn test_three_stream_open_close_open() {
assert_eq!(buffers_2.len(), 20);
let mut segment_3 = gst::FormattedSegment::<gst::ClockTime>::new();
let buffers_3 = recv_buffers(&receiver_output_3, &mut segment_3, 0);
let (buffers_3, _) = recv_buffers(&receiver_output_3, &mut segment_3, 0);
for (index, &(running_time, pts, duration)) in buffers_3.iter().enumerate() {
let pts_off = if index >= 10 {
10 * 20 * gst::MSECOND
@ -1164,3 +1171,482 @@ fn test_three_stream_open_close_open() {
pipeline.set_state(gst::State::Null).unwrap();
}
#[test]
fn test_two_stream_main_eos() {
init();
let pipeline = gst::Pipeline::new(None);
let togglerecord = gst::ElementFactory::make("togglerecord", None).unwrap();
pipeline.add(&togglerecord).unwrap();
let (sender_input_1, receiver_input_done_1, receiver_output_1, thread_1) =
setup_sender_receiver(&pipeline, &togglerecord, "src", 0.into());
let (sender_input_2, receiver_input_done_2, receiver_output_2, thread_2) =
setup_sender_receiver(&pipeline, &togglerecord, "src_%u", 0.into());
pipeline.set_state(gst::State::Playing).unwrap();
togglerecord.set_property("record", &true).unwrap();
// Send 10 buffers to main stream first
sender_input_1.send(SendData::Buffers(10)).unwrap();
sender_input_2.send(SendData::Buffers(9)).unwrap();
receiver_input_done_1.recv().unwrap();
receiver_input_done_2.recv().unwrap();
// And send EOS, at this moment, recording state should be still recording
// since running time of main stream is advanced than secondary stream
sender_input_1.send(SendData::Eos).unwrap();
receiver_input_done_1.recv().unwrap();
let recording = togglerecord
.get_property("recording")
.unwrap()
.get_some::<bool>()
.unwrap();
assert_eq!(recording, true);
// Send 2 buffers to secondary stream. At this moment, main stream got eos
// already (after 10 buffers) and secondary stream got 2 buffers.
// it will make running time of secondary stream to be advanced than main
// stream and results in all-eos state even if we don't send EOS event
// explicitly
sender_input_2.send(SendData::Buffers(2)).unwrap();
receiver_input_done_2.recv().unwrap();
sender_input_2.send(SendData::Terminate).unwrap();
receiver_input_done_2.recv().unwrap();
// At this moment, all streams should be in eos state. So togglerecord
// must be in stopped state
let recording = togglerecord
.get_property("recording")
.unwrap()
.get_some::<bool>()
.unwrap();
assert_eq!(recording, false);
let mut segment_1 = gst::FormattedSegment::<gst::ClockTime>::new();
let (buffers_1, saw_eos) = recv_buffers(&receiver_output_1, &mut segment_1, 0);
for (index, &(running_time, pts, duration)) in buffers_1.iter().enumerate() {
let index = index as u64;
assert_eq!(running_time, index * 20 * gst::MSECOND);
assert_eq!(pts, index * 20 * gst::MSECOND);
assert_eq!(duration, 20 * gst::MSECOND);
}
assert_eq!(buffers_1.len(), 10);
assert_eq!(saw_eos, true);
// Last buffer should be dropped from second stream
let mut segment_2 = gst::FormattedSegment::<gst::ClockTime>::new();
let (buffers_2, saw_eos) = recv_buffers(&receiver_output_2, &mut segment_2, 0);
for (index, &(running_time, pts, duration)) in buffers_2.iter().enumerate() {
let index = index as u64;
assert_eq!(running_time, index * 20 * gst::MSECOND);
assert_eq!(pts, index * 20 * gst::MSECOND);
assert_eq!(duration, 20 * gst::MSECOND);
}
assert_eq!(buffers_2.len(), 10);
assert_eq!(saw_eos, true);
thread_1.join().unwrap();
thread_2.join().unwrap();
pipeline.set_state(gst::State::Null).unwrap();
}
#[test]
fn test_two_stream_secondary_eos_first() {
init();
let pipeline = gst::Pipeline::new(None);
let togglerecord = gst::ElementFactory::make("togglerecord", None).unwrap();
pipeline.add(&togglerecord).unwrap();
let (sender_input_1, receiver_input_done_1, receiver_output_1, thread_1) =
setup_sender_receiver(&pipeline, &togglerecord, "src", 0.into());
let (sender_input_2, receiver_input_done_2, receiver_output_2, thread_2) =
setup_sender_receiver(&pipeline, &togglerecord, "src_%u", 0.into());
pipeline.set_state(gst::State::Playing).unwrap();
togglerecord.set_property("record", &true).unwrap();
// Send 10 buffers to main stream first
sender_input_1.send(SendData::Buffers(10)).unwrap();
sender_input_2.send(SendData::Buffers(9)).unwrap();
receiver_input_done_1.recv().unwrap();
receiver_input_done_2.recv().unwrap();
// Send EOS to the second stream
sender_input_2.send(SendData::Eos).unwrap();
receiver_input_done_2.recv().unwrap();
// Since main stream is not yet EOS state, we should be in recording state
let recording = togglerecord
.get_property("recording")
.unwrap()
.get_some::<bool>()
.unwrap();
assert_eq!(recording, true);
// And send EOS to the main stream then it will update state to Stopped
sender_input_1.send(SendData::Eos).unwrap();
receiver_input_done_1.recv().unwrap();
let recording = togglerecord
.get_property("recording")
.unwrap()
.get_some::<bool>()
.unwrap();
assert_eq!(recording, false);
let mut segment_1 = gst::FormattedSegment::<gst::ClockTime>::new();
let (buffers_1, saw_eos) = recv_buffers(&receiver_output_1, &mut segment_1, 0);
for (index, &(running_time, pts, duration)) in buffers_1.iter().enumerate() {
let index = index as u64;
assert_eq!(running_time, index * 20 * gst::MSECOND);
assert_eq!(pts, index * 20 * gst::MSECOND);
assert_eq!(duration, 20 * gst::MSECOND);
}
assert_eq!(buffers_1.len(), 10);
assert_eq!(saw_eos, true);
// We sent 9 buffers to the second stream, and there should be no dropped
// buffer
let mut segment_2 = gst::FormattedSegment::<gst::ClockTime>::new();
let (buffers_2, saw_eos) = recv_buffers(&receiver_output_2, &mut segment_2, 0);
for (index, &(running_time, pts, duration)) in buffers_2.iter().enumerate() {
let index = index as u64;
assert_eq!(running_time, index * 20 * gst::MSECOND);
assert_eq!(pts, index * 20 * gst::MSECOND);
assert_eq!(duration, 20 * gst::MSECOND);
}
assert_eq!(buffers_2.len(), 9);
assert_eq!(saw_eos, true);
thread_1.join().unwrap();
thread_2.join().unwrap();
pipeline.set_state(gst::State::Null).unwrap();
}
#[test]
fn test_three_stream_main_eos() {
init();
let pipeline = gst::Pipeline::new(None);
let togglerecord = gst::ElementFactory::make("togglerecord", None).unwrap();
pipeline.add(&togglerecord).unwrap();
let (sender_input_1, receiver_input_done_1, receiver_output_1, thread_1) =
setup_sender_receiver(&pipeline, &togglerecord, "src", 0.into());
let (sender_input_2, receiver_input_done_2, receiver_output_2, thread_2) =
setup_sender_receiver(&pipeline, &togglerecord, "src_%u", 0.into());
let (sender_input_3, receiver_input_done_3, receiver_output_3, thread_3) =
setup_sender_receiver(&pipeline, &togglerecord, "src_%u", 0.into());
pipeline.set_state(gst::State::Playing).unwrap();
togglerecord.set_property("record", &true).unwrap();
sender_input_1.send(SendData::Buffers(10)).unwrap();
sender_input_2.send(SendData::Buffers(9)).unwrap();
sender_input_3.send(SendData::Buffers(9)).unwrap();
receiver_input_done_1.recv().unwrap();
receiver_input_done_2.recv().unwrap();
receiver_input_done_3.recv().unwrap();
// And send EOS, at this moment, recording state should be still recording
// since running time of the second stream is not in eos state
sender_input_1.send(SendData::Eos).unwrap();
receiver_input_done_1.recv().unwrap();
let recording = togglerecord
.get_property("recording")
.unwrap()
.get_some::<bool>()
.unwrap();
assert_eq!(recording, true);
// Send 2 buffers to non-main streams. At this moment, main stream got EOS
// already (after 10 buffers) and the other streams got 9 buffers.
// So those 2 additional buffers to the non-main streams will make running
// times of those streams to be advanced than main stream.
// It will result in all-eos state even if we don't send EOS event
// to the non-main streams explicitly
sender_input_2.send(SendData::Buffers(2)).unwrap();
receiver_input_done_2.recv().unwrap();
sender_input_2.send(SendData::Terminate).unwrap();
receiver_input_done_2.recv().unwrap();
// The third stream is not in EOS state yet, so still recording == true
let recording = togglerecord
.get_property("recording")
.unwrap()
.get_some::<bool>()
.unwrap();
assert_eq!(recording, true);
// And terminate the third thread without EOS
sender_input_3.send(SendData::Buffers(2)).unwrap();
receiver_input_done_3.recv().unwrap();
sender_input_3.send(SendData::Terminate).unwrap();
receiver_input_done_3.recv().unwrap();
// At this moment, all streams should be in eos state. So togglerecord
// must be in stopped state
let recording = togglerecord
.get_property("recording")
.unwrap()
.get_some::<bool>()
.unwrap();
assert_eq!(recording, false);
let mut segment_1 = gst::FormattedSegment::<gst::ClockTime>::new();
let (buffers_1, saw_eos) = recv_buffers(&receiver_output_1, &mut segment_1, 0);
for (index, &(running_time, pts, duration)) in buffers_1.iter().enumerate() {
let index = index as u64;
assert_eq!(running_time, index * 20 * gst::MSECOND);
assert_eq!(pts, index * 20 * gst::MSECOND);
assert_eq!(duration, 20 * gst::MSECOND);
}
assert_eq!(buffers_1.len(), 10);
assert_eq!(saw_eos, true);
// Last buffer should be dropped from non-main streams
let mut segment_2 = gst::FormattedSegment::<gst::ClockTime>::new();
let (buffers_2, saw_eos) = recv_buffers(&receiver_output_2, &mut segment_2, 0);
for (index, &(running_time, pts, duration)) in buffers_2.iter().enumerate() {
let index = index as u64;
assert_eq!(running_time, index * 20 * gst::MSECOND);
assert_eq!(pts, index * 20 * gst::MSECOND);
assert_eq!(duration, 20 * gst::MSECOND);
}
assert_eq!(buffers_2.len(), 10);
assert_eq!(saw_eos, true);
let mut segment_3 = gst::FormattedSegment::<gst::ClockTime>::new();
let (buffers_3, saw_eos) = recv_buffers(&receiver_output_3, &mut segment_3, 0);
for (index, &(running_time, pts, duration)) in buffers_3.iter().enumerate() {
let index = index as u64;
assert_eq!(running_time, index * 20 * gst::MSECOND);
assert_eq!(pts, index * 20 * gst::MSECOND);
assert_eq!(duration, 20 * gst::MSECOND);
}
assert_eq!(buffers_3.len(), 10);
assert_eq!(saw_eos, true);
thread_1.join().unwrap();
thread_2.join().unwrap();
thread_3.join().unwrap();
pipeline.set_state(gst::State::Null).unwrap();
}
#[test]
fn test_three_stream_main_and_second_eos() {
init();
let pipeline = gst::Pipeline::new(None);
let togglerecord = gst::ElementFactory::make("togglerecord", None).unwrap();
pipeline.add(&togglerecord).unwrap();
let (sender_input_1, receiver_input_done_1, receiver_output_1, thread_1) =
setup_sender_receiver(&pipeline, &togglerecord, "src", 0.into());
let (sender_input_2, receiver_input_done_2, receiver_output_2, thread_2) =
setup_sender_receiver(&pipeline, &togglerecord, "src_%u", 0.into());
let (sender_input_3, receiver_input_done_3, receiver_output_3, thread_3) =
setup_sender_receiver(&pipeline, &togglerecord, "src_%u", 0.into());
pipeline.set_state(gst::State::Playing).unwrap();
togglerecord.set_property("record", &true).unwrap();
sender_input_1.send(SendData::Buffers(10)).unwrap();
sender_input_2.send(SendData::Buffers(9)).unwrap();
sender_input_3.send(SendData::Buffers(9)).unwrap();
receiver_input_done_1.recv().unwrap();
receiver_input_done_2.recv().unwrap();
receiver_input_done_3.recv().unwrap();
// And send EOS, at this moment, recording state should be still recording
// since running time of the third stream is not in eos state
sender_input_1.send(SendData::Eos).unwrap();
receiver_input_done_1.recv().unwrap();
let recording = togglerecord
.get_property("recording")
.unwrap()
.get_some::<bool>()
.unwrap();
assert_eq!(recording, true);
// And send EOS to the second stream, but state shouldn't be affected by
// this EOS. The third stream is still not in EOS state
sender_input_2.send(SendData::Eos).unwrap();
receiver_input_done_2.recv().unwrap();
let recording = togglerecord
.get_property("recording")
.unwrap()
.get_some::<bool>()
.unwrap();
assert_eq!(recording, true);
// Send 2 buffers to the third stream. At this moment, main stream and
// the second stream got EOS already (after 10 buffers) and the third stream
// got 9 buffers.
// So those 2 additional buffers to the third streams will make running
// time of the stream to be advanced than main stream.
// It will result in all-eos state even if we don't send EOS event
// to the third stream explicitly
sender_input_3.send(SendData::Buffers(2)).unwrap();
receiver_input_done_3.recv().unwrap();
sender_input_3.send(SendData::Terminate).unwrap();
receiver_input_done_3.recv().unwrap();
// At this moment, all streams should be in eos state. So togglerecord
// must be in stopped state
let recording = togglerecord
.get_property("recording")
.unwrap()
.get_some::<bool>()
.unwrap();
assert_eq!(recording, false);
let mut segment_1 = gst::FormattedSegment::<gst::ClockTime>::new();
let (buffers_1, saw_eos) = recv_buffers(&receiver_output_1, &mut segment_1, 0);
for (index, &(running_time, pts, duration)) in buffers_1.iter().enumerate() {
let index = index as u64;
assert_eq!(running_time, index * 20 * gst::MSECOND);
assert_eq!(pts, index * 20 * gst::MSECOND);
assert_eq!(duration, 20 * gst::MSECOND);
}
assert_eq!(buffers_1.len(), 10);
assert_eq!(saw_eos, true);
// We sent 9 buffers to the second stream, and there must be no dropped one
let mut segment_2 = gst::FormattedSegment::<gst::ClockTime>::new();
let (buffers_2, saw_eos) = recv_buffers(&receiver_output_2, &mut segment_2, 0);
for (index, &(running_time, pts, duration)) in buffers_2.iter().enumerate() {
let index = index as u64;
assert_eq!(running_time, index * 20 * gst::MSECOND);
assert_eq!(pts, index * 20 * gst::MSECOND);
assert_eq!(duration, 20 * gst::MSECOND);
}
assert_eq!(buffers_2.len(), 9);
assert_eq!(saw_eos, true);
// Last buffer should be dropped from the third stream
let mut segment_3 = gst::FormattedSegment::<gst::ClockTime>::new();
let (buffers_3, saw_eos) = recv_buffers(&receiver_output_3, &mut segment_3, 0);
for (index, &(running_time, pts, duration)) in buffers_3.iter().enumerate() {
let index = index as u64;
assert_eq!(running_time, index * 20 * gst::MSECOND);
assert_eq!(pts, index * 20 * gst::MSECOND);
assert_eq!(duration, 20 * gst::MSECOND);
}
assert_eq!(buffers_3.len(), 10);
assert_eq!(saw_eos, true);
thread_1.join().unwrap();
thread_2.join().unwrap();
thread_3.join().unwrap();
pipeline.set_state(gst::State::Null).unwrap();
}
#[test]
fn test_three_stream_secondary_eos_first() {
init();
let pipeline = gst::Pipeline::new(None);
let togglerecord = gst::ElementFactory::make("togglerecord", None).unwrap();
pipeline.add(&togglerecord).unwrap();
let (sender_input_1, receiver_input_done_1, receiver_output_1, thread_1) =
setup_sender_receiver(&pipeline, &togglerecord, "src", 0.into());
let (sender_input_2, receiver_input_done_2, receiver_output_2, thread_2) =
setup_sender_receiver(&pipeline, &togglerecord, "src_%u", 0.into());
let (sender_input_3, receiver_input_done_3, receiver_output_3, thread_3) =
setup_sender_receiver(&pipeline, &togglerecord, "src_%u", 0.into());
pipeline.set_state(gst::State::Playing).unwrap();
togglerecord.set_property("record", &true).unwrap();
sender_input_1.send(SendData::Buffers(10)).unwrap();
sender_input_2.send(SendData::Buffers(9)).unwrap();
sender_input_3.send(SendData::Buffers(9)).unwrap();
receiver_input_done_1.recv().unwrap();
receiver_input_done_2.recv().unwrap();
receiver_input_done_3.recv().unwrap();
// Send EOS to non-main streams
sender_input_2.send(SendData::Eos).unwrap();
receiver_input_done_2.recv().unwrap();
sender_input_3.send(SendData::Eos).unwrap();
receiver_input_done_3.recv().unwrap();
// Since main stream is not yet EOS state, we should be in recording state
let recording = togglerecord
.get_property("recording")
.unwrap()
.get_some::<bool>()
.unwrap();
assert_eq!(recording, true);
// And send EOS, Send EOS to the main stream then it will update state to
// Stopped
sender_input_1.send(SendData::Eos).unwrap();
receiver_input_done_1.recv().unwrap();
let recording = togglerecord
.get_property("recording")
.unwrap()
.get_some::<bool>()
.unwrap();
assert_eq!(recording, false);
let mut segment_1 = gst::FormattedSegment::<gst::ClockTime>::new();
let (buffers_1, saw_eos) = recv_buffers(&receiver_output_1, &mut segment_1, 0);
for (index, &(running_time, pts, duration)) in buffers_1.iter().enumerate() {
let index = index as u64;
assert_eq!(running_time, index * 20 * gst::MSECOND);
assert_eq!(pts, index * 20 * gst::MSECOND);
assert_eq!(duration, 20 * gst::MSECOND);
}
assert_eq!(buffers_1.len(), 10);
assert_eq!(saw_eos, true);
// Last buffer should be dropped from non-main streams
let mut segment_2 = gst::FormattedSegment::<gst::ClockTime>::new();
let (buffers_2, saw_eos) = recv_buffers(&receiver_output_2, &mut segment_2, 0);
for (index, &(running_time, pts, duration)) in buffers_2.iter().enumerate() {
let index = index as u64;
assert_eq!(running_time, index * 20 * gst::MSECOND);
assert_eq!(pts, index * 20 * gst::MSECOND);
assert_eq!(duration, 20 * gst::MSECOND);
}
assert_eq!(buffers_2.len(), 9);
assert_eq!(saw_eos, true);
let mut segment_3 = gst::FormattedSegment::<gst::ClockTime>::new();
let (buffers_3, saw_eos) = recv_buffers(&receiver_output_3, &mut segment_3, 0);
for (index, &(running_time, pts, duration)) in buffers_3.iter().enumerate() {
let index = index as u64;
assert_eq!(running_time, index * 20 * gst::MSECOND);
assert_eq!(pts, index * 20 * gst::MSECOND);
assert_eq!(duration, 20 * gst::MSECOND);
}
assert_eq!(buffers_3.len(), 9);
assert_eq!(saw_eos, true);
thread_1.join().unwrap();
thread_2.join().unwrap();
thread_3.join().unwrap();
pipeline.set_state(gst::State::Null).unwrap();
}