localTimestamp
TypeScriptget localTimestamp(): SDKHandleSwift declarationlet localTimestamp: ContinuousClock.InstantThe time the forecast was generated, using a local monotonically increasing clock.
struct · iOS 27.0+ · SDK 27.1
struct WAPerformanceForecastThe performance forecast for a connection setup to the remote device.
get localTimestamp(): SDKHandleSwift declarationlet localTimestamp: ContinuousClock.InstantThe time the forecast was generated, using a local monotonically increasing clock.
get signalStrength(): (number) | nullSwift declarationlet signalStrength: Double?The estimated signal strength of the remote device. The resulting value can be between `0.0` (weakest) and `1.0` (strongest), or it can be `nil` if the system can't measure the value.
get localThroughputCeiling(): (number) | nullSwift declarationlet localThroughputCeiling: Double?The highest throughput a connection from the local device to the remote device is capable of under ideal conditions, given the hardware capabilities of the local device. The actual throughput achieved can be lower in the presence of other active connections. The result is in `Mbps` and can be `nil` if the system can't calculate it.
get localThroughputCapacity(): (number) | nullSwift declarationlet localThroughputCapacity: Double?The estimated average throughput capacity of the local device for a connection setup to the remote device. The result is in `Mbps` and can be `nil` if the system can't calculate the capacity.
get localThroughputCapacityRatio(): (number) | nullSwift declarationlet localThroughputCapacityRatio: Double?The estimated normalized ratio of the local throughput capacity and the local throughput ceiling. This ratio reflects the estimated throughput capability for a connection setup to the remote device as a value between `0.0` and `1.0`.
get unavailabilityLatencyCeiling(): (SDKHandle) | nullSwift declarationlet unavailabilityLatencyCeiling: Duration?The highest forecasted packet latency due to this device's unavailability. This only considers the latency caused by time periods where this local device is not able to communicate to the other device via Wi-Fi Aware. Additional latency can be caused by channel or RF conditions.
get localInfrastructureThroughputCapacityRatio(): (number) | nullSwift declarationlet localInfrastructureThroughputCapacityRatio: Double?The estimated normalized ratio of the local Wi-Fi Infrastructure throughput capacity and the local Wi-Fi Infrastructure throughput ceiling, if a Wi-Fi Aware connection is setup to the remote device. This ratio reflects the estimated throughput capability for a connection setup to the remote device as a value between `0.0` and `1.0`.
get timestamp(): globalThis.DateSwift declarationlet timestamp: DateThe time the forecast was generated.
No declarations were skipped in this snapshot.