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Commit cee3c205 authored by Treehugger Robot's avatar Treehugger Robot Committed by Gerrit Code Review
Browse files

Merge changes Ia4fbbb2d,I115120d3 into main 

* changes:
  Broadcaster: Add the missing callbacks
  LeAudio/Broadcast: Simplify the broadcast queueing mechanism
parents 5434951e 26cf7704

system/bta/le_audio/broadcaster/broadcaster.cc

+96 −176
Original line number Diff line number Diff line
@@ -128,8 +128,8 @@ class LeAudioBroadcasterImpl : public LeAudioBroadcaster, public BigCallbacks { 
    broadcasts_.clear();

    callbacks_ = nullptr;

    is_iso_running_ = false;

    queued_start_broadcast_request_.ClearQueuedBroadcast();

    queued_create_broadcast_request_.ClearQueuedBroadcast();

    queued_start_broadcast_request_ = std::nullopt;

    queued_create_broadcast_request_ = std::nullopt;



    if (le_audio_source_hal_client_) {

      le_audio_source_hal_client_->Stop();
@@ -378,15 +378,10 @@ class LeAudioBroadcasterImpl : public LeAudioBroadcaster, public BigCallbacks { 
    LeAudioLtvMap public_ltv;

    std::vector<LeAudioLtvMap> subgroup_ltvs;



    if (queued_create_broadcast_request_.IsQueuedBroadcast()) {

    if (queued_create_broadcast_request_) {

      LOG_ERROR("Not processed yet queued broadcast");

      return;

    }



    if (is_iso_running_) {

      queued_create_broadcast_request_.SetCreateBroadcastRequest(

          is_public, broadcast_name, broadcast_code, public_metadata,

          subgroup_quality, subgroup_metadata);

      callbacks_->OnBroadcastCreated(bluetooth::le_audio::kBroadcastIdInvalid,

                                     false);

      return;

    }
@@ -397,6 +392,8 @@ class LeAudioBroadcasterImpl : public LeAudioBroadcaster, public BigCallbacks { 
          public_metadata.data(), public_metadata.size(), is_metadata_valid);

      if (!is_metadata_valid) {

        LOG_ERROR("Invalid metadata provided.");

        callbacks_->OnBroadcastCreated(bluetooth::le_audio::kBroadcastIdInvalid,

                                       false);

        return;

      }

      // Prepare public features byte
@@ -438,6 +435,8 @@ class LeAudioBroadcasterImpl : public LeAudioBroadcaster, public BigCallbacks { 
      auto ltv = LeAudioLtvMap::Parse(metadata.data(), metadata.size(), is_metadata_valid);

      if (!is_metadata_valid) {

        LOG_ERROR("Invalid metadata provided.");

        callbacks_->OnBroadcastCreated(bluetooth::le_audio::kBroadcastIdInvalid,

                                       false);

        return;

      }
@@ -448,6 +447,8 @@ class LeAudioBroadcasterImpl : public LeAudioBroadcaster, public BigCallbacks { 
        if (stream_context_vec) {

          if (stream_context_vec.value().size() < 2) {

            LOG_ERROR("kLeAudioMetadataTypeStreamingAudioContext size < 2");

            callbacks_->OnBroadcastCreated(

                bluetooth::le_audio::kBroadcastIdInvalid, false);

            return;

          }

          auto pp = stream_context_vec.value().data();
@@ -460,6 +461,8 @@ class LeAudioBroadcasterImpl : public LeAudioBroadcaster, public BigCallbacks { 
      if (stream_context_vec) {

        if (stream_context_vec.value().size() < 2) {

          LOG_ERROR("kLeAudioMetadataTypeStreamingAudioContext size < 2");

          callbacks_->OnBroadcastCreated(

              bluetooth::le_audio::kBroadcastIdInvalid, false);

          return;

        }
@@ -478,70 +481,79 @@ class LeAudioBroadcasterImpl : public LeAudioBroadcaster, public BigCallbacks { 
      subgroup_ltvs.push_back(ltv);

    }



    auto codec_qos_pair = [](AudioContexts context_type)

        -> std::optional<

            std::pair<const BroadcastCodecWrapper, const BroadcastQosConfig>> {

      if (CodecManager::GetInstance()->GetCodecLocation() ==

          CodecLocation::ADSP) {

        auto offload_config =

            CodecManager::GetInstance()->GetBroadcastOffloadConfig();

        if (offload_config == nullptr) {

        LOG_ERROR("No valid broadcast offload config");

        return;

          return std::nullopt;

        }

      BroadcastCodecWrapper codec_config(

        return std::make_pair(

            BroadcastCodecWrapper(

                {.coding_format = le_audio::types::kLeAudioCodingFormatLC3,

                 .vendor_company_id =

                     le_audio::types::kLeAudioVendorCompanyIdUndefined,

           .vendor_codec_id = le_audio::types::kLeAudioVendorCodecIdUndefined},

                 .vendor_codec_id =

                     le_audio::types::kLeAudioVendorCodecIdUndefined},

                {.num_channels =

                     static_cast<uint8_t>(offload_config->stream_map.size()),

                 .sample_rate = offload_config->sampling_rate,

                 .bits_per_sample = offload_config->bits_per_sample,

                 .data_interval_us = offload_config->frame_duration},

          offload_config->octets_per_frame);

      BroadcastQosConfig qos_config(offload_config->retransmission_number,

                                    offload_config->max_transport_latency);

                offload_config->octets_per_frame),

            BroadcastQosConfig(offload_config->retransmission_number,

                               offload_config->max_transport_latency));

      } else {

        return le_audio::broadcaster::getStreamConfigForContext(context_type);

      }

    }(context_type);



      BroadcastStateMachineConfig msg = {

          .is_public = is_public,

          .broadcast_id = broadcast_id,

          .broadcast_name = broadcast_name,

          .streaming_phy = GetStreamingPhy(),

          .codec_wrapper = codec_config,

          .qos_config = qos_config,

          .announcement = prepareBasicAnnouncement(codec_config, subgroup_ltvs),

          .broadcast_code = std::move(broadcast_code)};

      if (is_public) {

        msg.public_announcement =

            preparePublicAnnouncement(public_features, public_ltv);

    if (!codec_qos_pair) {

      LOG_ERROR("No valid broadcast offload config");

      return;

    }

      pending_broadcasts_.push_back(

          std::move(BroadcastStateMachine::CreateInstance(std::move(msg))));

    } else {

      auto codec_qos_pair =

          le_audio::broadcaster::getStreamConfigForContext(context_type);



    BroadcastStateMachineConfig msg = {

        .is_public = is_public,

        .broadcast_id = broadcast_id,

        .broadcast_name = broadcast_name,

        .streaming_phy = GetStreamingPhy(),

          .codec_wrapper = codec_qos_pair.first,

          .qos_config = codec_qos_pair.second,

        .codec_wrapper = codec_qos_pair->first,

        .qos_config = codec_qos_pair->second,

        .announcement =

              prepareBasicAnnouncement(codec_qos_pair.first, subgroup_ltvs),

            prepareBasicAnnouncement(codec_qos_pair->first, subgroup_ltvs),

        .broadcast_code = std::move(broadcast_code)};

    if (is_public) {

      msg.public_announcement =

          preparePublicAnnouncement(public_features, public_ltv);

    }

      /* Create the broadcaster instance - we'll receive it's init state in the

       * async callback

       */

      pending_broadcasts_.push_back(

          std::move(BroadcastStateMachine::CreateInstance(std::move(msg))));



    // If there is ongoing ISO traffic, it might be a unicast stream

    if (is_iso_running_) {

      LOG_INFO("Iso is still active. Queueing broadcast creation for later.");

      if (queued_create_broadcast_request_) {

        LOG_WARN(

            "Already queued. Updating queued broadcast creation with the new "

            "configuration.");

      }

      queued_create_broadcast_request_ = std::move(msg);

      return;

    }



    InstantiateBroadcast(std::move(msg));

  }



  void InstantiateBroadcast(BroadcastStateMachineConfig msg) {

    LOG_INFO("CreateAudioBroadcast");



    // Notify the error instead just fail silently

    /* Put the new broadcast on the initialization queue, notify the error and

     * drop the pending broadcast data if init fails.

     */

    pending_broadcasts_.push_back(

        BroadcastStateMachine::CreateInstance(std::move(msg)));

    if (!pending_broadcasts_.back()->Initialize()) {

      pending_broadcasts_.pop_back();

      callbacks_->OnBroadcastCreated(bluetooth::le_audio::kBroadcastIdInvalid,
@@ -578,13 +590,13 @@ class LeAudioBroadcasterImpl : public LeAudioBroadcaster, public BigCallbacks { 
  void StartAudioBroadcast(uint32_t broadcast_id) override {

    LOG_INFO("Starting broadcast_id=%d", broadcast_id);



    if (queued_start_broadcast_request_.IsQueuedBroadcast()) {

    if (queued_start_broadcast_request_) {

      LOG_ERROR("Not processed yet start broadcast request");

      return;

    }



    if (is_iso_running_) {

      queued_start_broadcast_request_.SetStartBroadcastRequest(broadcast_id);

      queued_start_broadcast_request_ = broadcast_id;

      return;

    }
@@ -761,14 +773,20 @@ class LeAudioBroadcasterImpl : public LeAudioBroadcaster, public BigCallbacks { 
  void IsoTrafficEventCb(bool is_active) {

    is_iso_running_ = is_active;

    LOG_INFO("is_iso_running: %d", is_iso_running_);



    if (!is_iso_running_) {

      if (queued_start_broadcast_request_.IsQueuedBroadcast()) {

        queued_start_broadcast_request_.StartAudioBroadcast();

      if (queued_start_broadcast_request_) {

        auto broadcast_id = *queued_start_broadcast_request_;

        queued_start_broadcast_request_ = std::nullopt;



        LOG_INFO("Start queued broadcast.");

        StartAudioBroadcast(broadcast_id);

      }

      if (queued_create_broadcast_request_) {

        auto broadcast_msg = std::move(*queued_create_broadcast_request_);

        queued_create_broadcast_request_ = std::nullopt;



      if (queued_create_broadcast_request_.IsQueuedBroadcast()) {

        queued_create_broadcast_request_.CreateAudioBroadcast();

        LOG_INFO("Create queued broadcast.");

        InstantiateBroadcast(std::move(broadcast_msg));

      }

    }

  }
@@ -1121,102 +1139,11 @@ class LeAudioBroadcasterImpl : public LeAudioBroadcaster, public BigCallbacks { 
    std::vector<std::unique_ptr<le_audio::CodecInterface>> sw_enc_;

  } audio_receiver_;



  static class QueuedCreateBroadcastRequest {

   public:

    bool IsQueuedBroadcast() {

      LOG_INFO();



      return is_queued_;

    }



    void ClearQueuedBroadcast() {

      LOG_INFO();



      is_queued_ = false;

    }



    void SetCreateBroadcastRequest(

        bool is_public, const std::string& broadcast_name,

        const std::optional<bluetooth::le_audio::BroadcastCode>& broadcast_code,

        const std::vector<uint8_t>& public_metadata,

        const std::vector<uint8_t>& subgroup_quality,

        const std::vector<std::vector<uint8_t>>& subgroup_metadata) {

      LOG_INFO();



      is_public_ = is_public;

      broadcast_name_ = broadcast_name;

      broadcast_code_ = broadcast_code;

      public_metadata_ = public_metadata;

      subgroup_quality_ = subgroup_quality;

      subgroup_metadata_ = subgroup_metadata;



      is_queued_ = true;

    }



    void CreateAudioBroadcast() {

      if (!instance) return;



      LOG_INFO("Create queued broadcast");



      is_queued_ = false;



      instance->CreateAudioBroadcast(is_public_, broadcast_name_,

                                     broadcast_code_, public_metadata_,

                                     subgroup_quality_, subgroup_metadata_);

    }



   private:

    /* Queued broadcast data */

    bool is_queued_;

    bool is_public_;

    std::string broadcast_name_;

    std::optional<bluetooth::le_audio::BroadcastCode> broadcast_code_;

    std::vector<uint8_t> public_metadata_;

    std::vector<uint8_t> subgroup_quality_;

    std::vector<std::vector<uint8_t>> subgroup_metadata_;

  } queued_create_broadcast_request_;



  static class QueuedStartBroadcastRequest {

   public:

    bool IsQueuedBroadcast() {

      LOG_INFO();



      return is_queued_;

    }



    void ClearQueuedBroadcast() {

      LOG_INFO();



      is_queued_ = false;

    }



    void SetStartBroadcastRequest(uint32_t broadcast_id) {

      LOG_INFO();



      broadcast_id_ = broadcast_id;



      is_queued_ = true;

    }



    void StartAudioBroadcast() {

      if (!instance) return;



      LOG_INFO("Start queued broadcast");



      is_queued_ = false;



      instance->StartAudioBroadcast(broadcast_id_);

    }



   private:

    /* Queued broadcast data */

    bool is_queued_;

    uint32_t broadcast_id_;

  } queued_start_broadcast_request_;



  bluetooth::le_audio::LeAudioBroadcasterCallbacks* callbacks_;

  std::map<uint32_t, std::unique_ptr<BroadcastStateMachine>> broadcasts_;

  std::vector<std::unique_ptr<BroadcastStateMachine>> pending_broadcasts_;

  std::optional<BroadcastStateMachineConfig> queued_create_broadcast_request_;

  std::optional<uint32_t> queued_start_broadcast_request_;



  /* Some BIG params are set globally */

  uint8_t current_phy_;
@@ -1235,10 +1162,6 @@ LeAudioBroadcasterImpl::LeAudioSourceCallbacksImpl 
    LeAudioBroadcasterImpl::audio_receiver_;

LeAudioBroadcasterImpl::BroadcastAdvertisingCallbacks

    LeAudioBroadcasterImpl::state_machine_adv_callbacks_;

LeAudioBroadcasterImpl::QueuedCreateBroadcastRequest

    LeAudioBroadcasterImpl::queued_create_broadcast_request_;

LeAudioBroadcasterImpl::QueuedStartBroadcastRequest

    LeAudioBroadcasterImpl::queued_start_broadcast_request_;

} /* namespace */



void LeAudioBroadcaster::Initialize(
@@ -1269,10 +1192,7 @@ void LeAudioBroadcaster::Initialize( 
  /* Register for active traffic */

  IsoManager::GetInstance()->RegisterOnIsoTrafficActiveCallback(

      [](bool is_active) {

        if (!instance) {

          return;

        }

        instance->IsoTrafficEventCb(is_active);

        if (instance) instance->IsoTrafficEventCb(is_active);

      });

}