Frame

Represents an application level binary frame. In a RAW WebSocket session a big text frame could be fragmented (separated into several text frames, so they have fin = false except the last one). Note that usually there is no need to handle fragments unless you have a RAW web socket session.

Represents an application level binary frame. In a RAW web socket session a big text frame could be fragmented (separated into several text frames so they have fin = false except the last one). Note that usually there is no need to handle fragments unless you have a RAW web socket session.

Represents an application level binary frame. In a RAW web socket session a big text frame could be fragmented (separated into several text frames so they have fin = false except the last one). Note that usually there is no need to handle fragments unless you have a RAW web socket session.

Represents an application level binary frame. In a RAW web socket session a big text frame could be fragmented (separated into several text frames so they have fin = false except the last one). Note that usually there is no need to handle fragments unless you have a RAW web socket session.

Represents a low-level level close frame. It could be sent to indicate WebSocket session end. Usually there is no need to send/handle it unless you have a RAW WebSocket session.

Represents a low-level level close frame. It could be sent to indicate web socket session end. Usually there is no need to send/handle it unless you have a RAW web socket session.

Represents a low-level level close frame. It could be sent to indicate web socket session end. Usually there is no need to send/handle it unless you have a RAW web socket session.

Represents a low-level level close frame. It could be sent to indicate web socket session end. Usually there is no need to send/handle it unless you have a RAW web socket session.

Represents a low-level ping frame. Could be sent to test connection (peer should reply with Pong). Usually there is no need to send/handle it unless you have a RAW WebSocket session.

Represents a low-level ping frame. Could be sent to test connection (peer should reply with Pong). Usually there is no need to send/handle it unless you have a RAW web socket session.

Represents a low-level ping frame. Could be sent to test connection (peer should reply with Pong). Usually there is no need to send/handle it unless you have a RAW web socket session.

Represents a low-level ping frame. Could be sent to test connection (peer should reply with Pong). Usually there is no need to send/handle it unless you have a RAW web socket session.

Represents a low-level pong frame. Should be sent in reply to a Ping frame. Usually there is no need to send/handle it unless you have a RAW WebSocket session.

Represents a low-level pong frame. Should be sent in reply to a Ping frame. Usually there is no need to send/handle it unless you have a RAW web socket session.

Represents a low-level pong frame. Should be sent in reply to a Ping frame. Usually there is no need to send/handle it unless you have a RAW web socket session.

Represents a low-level pong frame. Should be sent in reply to a Ping frame. Usually there is no need to send/handle it unless you have a RAW web socket session.

Represents an application level text frame. In a RAW WebSocket session a big text frame could be fragmented (separated into several text frames, so they have fin = false except the last one). Please note that a boundary between fragments could be in the middle of multi-byte (unicode) character so don't apply String constructor to every fragment but use decoder loop instead of concatenate fragments first. Note that usually there is no need to handle fragments unless you have a RAW web socket session.

Represents an application level text frame. In a RAW web socket session a big text frame could be fragmented (separated into several text frames so they have fin = false except the last one). Please note that a boundary between fragments could be in the middle of multi-byte (unicode) character so don't apply String constructor to every fragment but use decoder loop instead of concatenate fragments first. Note that usually there is no need to handle fragments unless you have a RAW web socket session.

Represents an application level text frame. In a RAW web socket session a big text frame could be fragmented (separated into several text frames so they have fin = false except the last one). Please note that a boundary between fragments could be in the middle of multi-byte (unicode) character so don't apply String constructor to every fragment but use decoder loop instead of concatenate fragments first. Note that usually there is no need to handle fragments unless you have a RAW web socket session.

Represents an application level text frame. In a RAW web socket session a big text frame could be fragmented (separated into several text frames so they have fin = false except the last one). Please note that a boundary between fragments could be in the middle of multi-byte (unicode) character so don't apply String constructor to every fragment but use decoder loop instead of concatenate fragments first. Note that usually there is no need to handle fragments unless you have a RAW web socket session.

Frame content

could be invoked when the frame is processed

could be invoked when the frame is processed

could be invoked when the frame is processed

could be invoked when the frame is processed

is it final fragment, should be always true for control frames and if no fragmentation is used

is it final fragment, should be always true for control frames and if no fragmentation is used

is it final fragment, should be always true for control frames and if no fragmentation is used

is it final fragment, should be always true for control frames and if no fragmentation is used

enum value

enum value

enum value

enum value

First extension bit.

Second extension bit.

Third extension bit.

Creates a frame copy.

Creates a frame copy.

Creates a frame copy.

Creates a frame copy.