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Chaging VideoLayers -> VideoLayer (#1591)

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There was mixed used. It is a struct. So, it is a singular.
Change all the places I could find. There may be more, but can be
changed when spotted.
This commit is contained in:
Raja Subramanian
2023-04-08 12:39:02 +05:30
committed by GitHub
parent e03f75d6a1
commit 4969b57c09
9 changed files with 420 additions and 422 deletions
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pkg/sfu/streamallocator/streamallocator.go
+11 -11
View File
@@ -396,12 +396,12 @@ func (s *StreamAllocator) OnSubscriptionChanged(downTrack *sfu.DownTrack) {
s.maybePostEventAllocateTrack(downTrack)
}
// called when subscribed layers changes (limiting max layers)
func (s *StreamAllocator) OnSubscribedLayersChanged(downTrack *sfu.DownTrack, layers buffer.VideoLayer) {
// called when subscribed layer changes (limiting max layer)
func (s *StreamAllocator) OnSubscribedLayerChanged(downTrack *sfu.DownTrack, layer buffer.VideoLayer) {
shouldPost := false
s.videoTracksMu.Lock()
if track := s.videoTracks[livekit.TrackID(downTrack.ID())]; track != nil {
if track.SetMaxLayers(layers) && track.SetDirty(true) {
if track.SetMaxLayer(layer) && track.SetDirty(true) {
shouldPost = true
}
}
@@ -941,12 +941,12 @@ func (s *StreamAllocator) allocateAllTracks() {
// 1. Stream as many tracks as possible, i.e. no pauses.
// 2. Try to give fair allocation to all track.
//
// Start with the lowest layers and give each track a chance at that layer and keep going up.
// As long as there is enough bandwidth for tracks to stream at the lowest layers, the first goal is achieved.
// Start with the lowest layer and give each track a chance at that layer and keep going up.
// As long as there is enough bandwidth for tracks to stream at the lowest layer, the first goal is achieved.
//
// Tracks that have higher subscribed layers can use any additional available bandwidth. This tried to achieve the second goal.
// Tracks that have higher subscribed layer can use any additional available bandwidth. This tried to achieve the second goal.
//
// If there is not enough bandwidth even for the lowest layers, tracks at lower priorities will be paused.
// If there is not enough bandwidth even for the lowest layer, tracks at lower priorities will be paused.
//
update := NewStreamStateUpdate()
@@ -1002,13 +1002,13 @@ func (s *StreamAllocator) allocateAllTracks() {
for spatial := int32(0); spatial <= buffer.DefaultMaxLayerSpatial; spatial++ {
for temporal := int32(0); temporal <= buffer.DefaultMaxLayerTemporal; temporal++ {
layers := buffer.VideoLayer{
layer := buffer.VideoLayer{
Spatial: spatial,
Temporal: temporal,
}
for _, track := range sorted {
usedChannelCapacity := track.ProvisionalAllocate(availableChannelCapacity, layers, s.params.Config.AllowPause, FlagAllowOvershootWhileDeficient)
usedChannelCapacity := track.ProvisionalAllocate(availableChannelCapacity, layer, s.params.Config.AllowPause, FlagAllowOvershootWhileDeficient)
availableChannelCapacity -= usedChannelCapacity
if availableChannelCapacity < 0 {
availableChannelCapacity = 0
@@ -1164,7 +1164,7 @@ func (s *StreamAllocator) maybeProbe() {
}
func (s *StreamAllocator) maybeProbeWithMedia() {
// boost deficient track farthest from desired layers
// boost deficient track farthest from desired layer
for _, track := range s.getMaxDistanceSortedDeficient() {
allocation, boosted := track.AllocateNextHigher(ChannelCapacityInfinity, FlagAllowOvershootInCatchup)
if !boosted {
@@ -1183,7 +1183,7 @@ func (s *StreamAllocator) maybeProbeWithMedia() {
}
func (s *StreamAllocator) maybeProbeWithPadding() {
// use deficient track farthest from desired layers to find how much to probe
// use deficient track farthest from desired layer to find how much to probe
for _, track := range s.getMaxDistanceSortedDeficient() {
transition, available := track.GetNextHigherTransition(FlagAllowOvershootInProbe)
if !available || transition.BandwidthDelta < 0 {