localTimestamp
TypeScriptget localTimestamp(): SDKHandleSwift declarationlet localTimestamp: ContinuousClock.InstantThe time the report was generated, using a local monotonically increasing clock.
struct · iOS 26.0+ · SDK 27.1
struct WAPerformanceReportThe current performance state of the data path.
get localTimestamp(): SDKHandleSwift declarationlet localTimestamp: ContinuousClock.InstantThe time the report was generated, using a local monotonically increasing clock.
get signalStrength(): (number) | nullSwift declarationlet signalStrength: Double?The current 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 transmitLatency(): NativeMap<WAAccessCategory, WAPerformanceReport_TransmitLatencyMetrics>Swift declarationlet transmitLatency: [WAAccessCategory : WAPerformanceReport.TransmitLatencyMetrics]The measured transmit latency per access category that is in use with the remote devices and that the system can measure. The system only reports in-use and measurable access categories. The dictionary is empty if there's no activity, or if the system can't measure the data.
get throughputCeiling(): (number) | nullSwift declarationlet throughputCeiling: Double?The highest throughput the connection is capable of under ideal conditions, given the hardware capabilities of both devices. The result is in `Mbps` and can be `nil` if the system can't calculate it.
get throughputCapacity(): (number) | nullSwift declarationlet throughputCapacity: Double?The current estimated average throughput capacity of the data path, given the current radio conditions and concurrent Wi-Fi use cases. The result is in `Mbps` and can be `nil` if the system can't calculate the capacity.
get throughputCapacityRatio(): (number) | nullSwift declarationvar throughputCapacityRatio: Double? { get }The current normalized ratio of the throughput capacity and throughput ceiling. This ratio reflects the current throughput capability of the data path as a value between `0.0` and `1.0`. It provides a consistent measure of the relative capacity and health of a data path, regardless of the different hardware capabilities across devices.
get timestamp(): globalThis.DateSwift declarationlet timestamp: DateThe time that the framework generates the report.
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