Grid Solutions Framework Documentation
GSF Namespaces
GSF.PhasorProtocols
MultiProtocolFrameParser Class
MultiProtocolFrameParser Properties
AllowedParsingExceptions Property
AutoRepeatCapturedPlayback Property
AutoStartDataParsingSequence Property
BitRate Property
BufferSize Property
ByteRate Property
CalculatedFrameRate Property
CheckSumValidationFrameTypes Property
CommandChannelServerUri Property
ConfigurationFrame Property
ConfigurationFrameVersion Property
ConfiguredFrameRate Property
ConnectionInfo Property
ConnectionIsListener Property
ConnectionIsMulticast Property
ConnectionParameters Property
ConnectionString Property
ConnectionTime Property
ConnectionType Property
DataChannelIsServerBased Property
DataChannelServerUri Property
DefinedFrameRate Property
DeviceID Property
DeviceSupportsCommands Property
DisableRealTimeDataOnStop Property
DisconnectAtEOF Property
Enabled Property
InjectSimulatedTimestamp Property
IsConnected Property
IsIEEEProtocol Property
KeepCommandChannelOpen Property
MaximumConnectionAttempts Property
MegaBitRate Property
Name Property
ParsingExceptionWindow Property
PhasorProtocol Property
QueuedBuffers Property
QueuedOutputs Property
RedundantFramesPerPacket Property
ReplayStartTime Property
ReplayStopTime Property
ServerIndex Property
SkipDisableRealTimeData Property
SourceName Property
Status Property
TotalBytesReceived Property
TotalCrcExceptions Property
TotalFramesReceived Property
TotalMissingFrames Property
TransportProtocol Property
TrustHeaderLength Property
UseHighResolutionInputTimer Property
Click or drag to resize

MultiProtocolFrameParserRedundantFramesPerPacket Property
Gets the number of redundant frames in each packet.

Namespace: GSF.PhasorProtocols
Assembly: GSF.PhasorProtocols (in GSF.PhasorProtocols.dll) Version: 2.4.207-beta
Syntax
Copy
public int RedundantFramesPerPacket { get; }
View Source

Property Value

Int32

Implements

IFrameParserRedundantFramesPerPacket
Remarks
This value is used when calculating statistics. It is assumed that for each frame that is received, that frame will be included in the next n packets, where n is the number of redundant frames per packet.
See Also