73 // Splits |bitrate| evenly to observers already in |allocation|.
82     std::map<BitrateAllocatorObserver*, int>* allocation) {  in DistributeBitrateEvenly()  argument
83   RTC_DCHECK_EQ(allocation->size(), allocatable_tracks.size());  in DistributeBitrateEvenly()
88         allocation->at(observer_config.observer) != 0) {  in DistributeBitrateEvenly()
99         extra_allocation + allocation->at(it->second->observer);  in DistributeBitrateEvenly()
107     // Finally, update the allocation for this observer.  in DistributeBitrateEvenly()
108     allocation->at(it->second->observer) = total_allocation;  in DistributeBitrateEvenly()
123     std::map<BitrateAllocatorObserver*, int>* allocation) {  in DistributeBitrateRelatively()  argument
124   RTC_DCHECK_EQ(allocation->size(), allocatable_tracks.size());  in DistributeBitrateRelatively()
170     allocation->at(priority_rate_observer.allocation_key) +=  in DistributeBitrateRelatively()
182     allocation->at(priority_rate_observer.allocation_key) +=  in DistributeBitrateRelatively()
192   std::map<BitrateAllocatorObserver*, int> allocation;  in LowRateAllocation()  local
201     allocation[observer_config.observer] = allocated_bitrate;  in LowRateAllocation()
214         allocation[observer_config.observer] = required_bitrate;  in LowRateAllocation()
229         allocation[observer_config.observer] = required_bitrate;  in LowRateAllocation()
235   // Split a possible remainder evenly on all streams with an allocation.  in LowRateAllocation()
238                             &allocation);  in LowRateAllocation()
240   RTC_DCHECK_EQ(allocation.size(), allocatable_tracks.size());  in LowRateAllocation()
241   return allocation;  in LowRateAllocation()
259   std::map<BitrateAllocatorObserver*, int> allocation;  in NormalRateAllocation()  local
262     allocation[observer_config.observer] =  in NormalRateAllocation()
275                               allocation[observer_config.observer];  in NormalRateAllocation()
278       allocation[observer_config.observer] +=  in NormalRateAllocation()
289                                 observers_capacities, &allocation);  in NormalRateAllocation()
291   return allocation;  in NormalRateAllocation()
300   std::map<BitrateAllocatorObserver*, int> allocation;  in MaxRateAllocation()  local
303     allocation[observer_config.observer] =  in MaxRateAllocation()
308                           kTransmissionMaxBitrateMultiplier, &allocation);  in MaxRateAllocation()
309   return allocation;  in MaxRateAllocation()
315   std::map<BitrateAllocatorObserver*, int> allocation;  in ZeroRateAllocation()  local
317     allocation[observer_config.observer] = 0;  in ZeroRateAllocation()
318   return allocation;  in ZeroRateAllocation()
337   // Not enough for all observers to get an allocation, allocate according to:  in AllocateBitrates()
398   auto allocation = AllocateBitrates(allocatable_tracks_, last_target_bps_);  in OnNetworkEstimateChanged()  local
403     uint32_t allocated_bitrate = allocation[config.observer];  in OnNetworkEstimateChanged()
435                        << ", current allocation " << allocated_bitrate  in OnNetworkEstimateChanged()
439     // Only update the media ratio if the observer got an allocation.  in OnNetworkEstimateChanged()
463     // Calculate a new allocation and update all observers.  in AddObserver()
465     auto allocation = AllocateBitrates(allocatable_tracks_, last_target_bps_);  in AddObserver()  local
469       uint32_t allocated_bitrate = allocation[config.observer];  in AddObserver()
557     // This observer hasn't received an allocation yet, so do the same.  in GetStartBitrate()
561     // This observer already has an allocation.  in GetStartBitrate()
583   // allocation.  in MinBitrateWithHysteresis()