#FrameworkPipelineTiming BTS

This interface describes the performance data of key stages in framework rendering.

#Instance Properties

#dsl

dsl: string;

A string describing the DSL type, with a default value of reactlynx.

#stage

stage: string;

A string describing the type of framework data update process, with possible values hydrate and update. hydrate refers to the process of calibrating and updating main thread data using background thread data, while update refers to updates triggered in useEffect. For more information, see ReactLynx Lifecycle.

#diffVdomStart

diffVdomStart: number;

The timestamp when the framework starts VDom Diff on the background thread. This timestamp is a floating-point Unix timestamp (in milliseconds), accurate to three decimal places. For example: 1739594612307.429.

#diffVdomEnd

diffVdomEnd: number;

The timestamp when the framework ends VDom Diff on the background thread. This timestamp is a floating-point Unix timestamp (in milliseconds), accurate to three decimal places. For example: 1739594612307.429.

#packChangesStart

packChangesStart: number;

The timestamp when the framework starts serializing change information on the background thread. This timestamp is a floating-point Unix timestamp (in milliseconds), accurate to three decimal places. For example: 1739594612307.429.

#packChangesEnd

packChangesEnd: number;

The timestamp when the framework ends serializing change information on the background thread. This timestamp is a floating-point Unix timestamp (in milliseconds), accurate to three decimal places. For example: 1739594612307.429.

#parseChangesStart

parseChangesStart: number;

The timestamp when the framework starts deserializing change information on the main thread. This timestamp is a floating-point Unix timestamp (in milliseconds), accurate to three decimal places. For example: 1739594612307.429.

#parseChangesEnd

parseChangesEnd: number;

The timestamp when the framework ends deserializing change information on the main thread. This timestamp is a floating-point Unix timestamp (in milliseconds), accurate to three decimal places. For example: 1739594612307.429.

#patchChangesStart

patchChangesStart: number;

The timestamp when the framework starts applying change information on the main thread. This timestamp is a floating-point Unix timestamp (in milliseconds), accurate to three decimal places. For example: 1739594612307.429.

#patchChangesEnd

patchChangesEnd: number;

The timestamp when the framework ends applying change information on the main thread. This timestamp is a floating-point Unix timestamp (in milliseconds), accurate to three decimal places. For example: 1739594612307.429.

#hydrateParseSnapshotStart

hydrateParseSnapshotStart: number;

The timestamp when the framework starts deserializing main thread information on the background thread. This timestamp is a floating-point Unix timestamp (in milliseconds), accurate to three decimal places. For example: 1739594612307.429.

#hydrateParseSnapshotEnd

hydrateParseSnapshotEnd: number;

The timestamp when the framework ends deserializing main thread information on the background thread. This timestamp is a floating-point Unix timestamp (in milliseconds), accurate to three decimal places. For example: 1739594612307.429.

#Compatibility