TVA.PhasorProtocols Namespace

Contains fundamental classes and interfaces used by all phasor protocol parsing and generating code.

Declaration Syntax

Visual Basic

Visual C++

namespace TVA.PhasorProtocols

Namespace TVA.PhasorProtocols

namespace TVA.PhasorProtocols

Types

All Types

Classes

Structures

Interfaces

Enumerations

Delegates

Icon	Type	Description
	AnalogDefinitionBase	Represents the common implementation of the protocol independent definition of an IAnalogValue.
	AnalogDefinitionCollection	Represents a protocol independent collection of IAnalogDefinition objects.
	AnalogType	Analog types enumeration.
	AnalogValueBase	Represents the common implementation of the protocol independent representation of an analog value.
	AnalogValueCollection	Represents a protocol independent collection of IAnalogValue objects.
	CalculatedMeasurementBase	Represents the base class for calculated measurements that use phasor data.
	ChannelBase	Represents the common implementation of the protocol independent definition of any kind of data that can be parsed or generated. This is the base class of all parsing/generating classes in the phasor protocols library; it is the root of the parsing/generating class hierarchy.
	ChannelCellBase	Represents the common implementation of the protocol independent representation of any kind of data cell.
	ChannelCellCollectionBase<(Of <(<'T>)>)>	Represents a protocol independent collection of IChannelCell objects.
	ChannelCellParsingStateBase	Represents the protocol independent common implementation of the parsing state used by any IChannelCell.
	ChannelCollectionBase<(Of <(<'T>)>)>	Represents a protocol independent collection of IChannel objects. This is the base class of all collection classes in the phasor protocols library; it is the root of the collection class hierarchy.
	ChannelDefinitionBase	Represents the common implementation of the protocol independent definition of any kind of IChannel data.
	ChannelDefinitionCollectionBase<(Of <(<'T>)>)>	Represents a protocol independent collection of IChannelDefinition objects.
	ChannelFrameBase<(Of <(<'T>)>)>	Represents the protocol independent common implementation of any frame of data that can be sent or received.
	ChannelFrameCollectionBase<(Of <(<'T>)>)>	Represents a protocol independent collection of IChannelFrame objects.
	ChannelFrameParsingStateBase<(Of <(<'T>)>)>	Represents the protocol independent common implementation of the parsing state used by any IChannelFrame.
	ChannelParsingStateBase	Represents the common implementation of the protocol independent parsing state class used by any kind of data. This is the base class of all parsing state classes in the phasor protocols library; it is the root of the parsing state class hierarchy.
	ChannelValueBase<(Of <(<'T>)>)>	Represents the common implementation of the protocol independent representation of any kind of data value.
	ChannelValueCollectionBase<(Of <(<'TDefinition, TValue>)>)>	Represents a protocol independent collection of IChannelValue<(Of <(<'T>)>)> objects.
	ChannelValueMeasurement<(Of <(<'T>)>)>	Represents a IMeasurement implementation for composite values of a given IChannelValue<(Of <(<'T>)>)>.
	CommandCell	Represents the protocol independent common implementation of an element of extended data for cells in a ICommandFrame.
	CommandCellCollection	Represents a protocol independent collection of ICommandCell objects.
	CommandFrameBase	Represents the protocol independent common implementation of any ICommandFrame that can be sent or received.
	CommandFrameParsingState	Represents the protocol independent common implementation of the parsing state used by any ICommandFrame.
	Common	Common constants, functions and extensions for phasor classes.
	CommonPhasorServices	Provides common phasor services.
	CommonStatusFlags	Protocol independent common status flags enumeration.
	CompositeFrequencyValue	Composite frequency value indicies enumeration.
	CompositePhasorValue	Composite polar value indicies enumeration.
	ConfigurationCellBase	Represents the protocol independent common implementation of all configuration elements for cells in a IConfigurationFrame.
	ConfigurationCellCollection	Represents a protocol independent collection of IConfigurationCell objects.
	ConfigurationCellParsingState	Represents the protocol independent common implementation of the parsing state used by any IConfigurationCell.
	ConfigurationErrorFrame	Represents an implementation of IConfigurationFrame that by existance only denotes an error state.
	ConfigurationFrameBase	Represents the protocol independent common implementation of any IConfigurationFrame that can be sent or received.
	ConfigurationFrameCollection	Represents a protocol independent collection of IConfigurationFrame.
	ConfigurationFrameParsingState	Represents the protocol independent common implementation of the parsing state used by any IConfigurationFrame.
	ConnectionParametersBase	Represents the common implementation of the protocol independent set of extra connection parameters.
	CoordinateFormat	Phasor coordinate formats enumeration.
	CrcException	The exception that is thrown when an object's CRC check fails.
	CreateNewCellFunction<(Of <(<'T>)>)>	Defines function signature for creating new IChannelCell objects.
	CreateNewDefinitionFunction<(Of <(<'T>)>)>	Defines function signature for creating new IChannelDefinition objects.
	CreateNewValueFunction<(Of <(<'TDefinition, TValue>)>)>	Defines function signature for creating new IChannelValue<(Of <(<'T>)>)> objects.
	DataCellBase	Represents the protocol independent common implementation of all elements for cells in a IDataFrame.
	DataCellCollection	Represents a protocol independent collection of IDataCell objects.
	DataCellParsingState	Represents the protocol independent common implementation of the parsing state used by any IDataCell.
	DataFormat	Data transmission formats enumeration.
	DataFrameBase	Represents the protocol independent common implementation of any IDataFrame that can be sent or received.
	DataFrameCollection	Represents a protocol independent collection of IDataFrame objects.
	DataFrameParsingState	Represents the protocol independent common implementation of the parsing state used by any IDataFrame.
	DataSortingType	Data sorting types enumeration.
	DeviceCommand	Phasor enabled device commands enumeration.
	DigitalDefinitionBase	Represents the common implementation of the protocol independent definition of a IDigitalValue.
	DigitalDefinitionCollection	Represents a protocol independent collection of IDigitalDefinition objects.
	DigitalValueBase	Represents the common implementation of the protocol independent representation of a digital value.
	DigitalValueCollection	Represents a protocol independent collection of IDigitalValue objects.
	FrameParserBase<(Of <(<'TFrameIdentifier>)>)>	Represents a frame parser that defines the basic functionality for a protocol to parse a binary data stream and return the parsed data via events.
	FrequencyDefinitionBase	Represents the common implementation of the protocol independent definition of a IFrequencyValue.
	FrequencyDefinitionCollection	Represents a protocol independent collection of IFrequencyDefinition objects.
	FrequencyValueBase	Represents the common implementation of the protocol independent representation of a frequency and df/dt value.
	FrequencyValueCollection	Represents a protocol independent collection of IFrequencyValue objects.
	FundamentalFrameType	Fundamental frame types enumeration.
	HeaderCell	Represents the protocol independent common implementation of an element of header data for cells in a IHeaderFrame.
	HeaderCellCollection	Represents a protocol independent collection of IHeaderCell objects.
	HeaderFrameBase	Represents the protocol independent common implementation of any IHeaderFrame that can be sent or received.
	HeaderFrameParsingState	Represents the protocol independent common implementation of the parsing state used by any IHeaderFrame.
	IAnalogDefinition	Represents a protocol independent interface representation of a definition of an IAnalogValue.
	IAnalogValue	Represents a protocol independent interface representation of an analog value.
	IChannel	Represents a protocol independent interface representation of any data type that can be parsed or generated. This is the base interface implemented by all parsing/generating classes in the phasor protocols library; it is the root of the parsing/generating interface hierarchy.
	IChannelCell	Represents a protocol independent interface representation of any kind of IChannelFrame cell.
	IChannelCellCollection<(Of <(<'T>)>)>	Represents a protocol independent interface representation of a collection of IChannelCell objects.
	IChannelCellParsingState	Represents a protocol independent interface representation of the parsing state of any kind of IChannelCell.
	IChannelCollection<(Of <(<'T>)>)>	Represents a protocol independent interface representation of a collection of any IChannel objects. This is the base interface implemented by all collections classes in the phasor protocols library; it is the root of the collection interface hierarchy.
	IChannelDefinition	Represents a protocol independent interface representation of a definition of any kind of IChannel data.
	IChannelFrame	Represents a protocol independent interface representation of any kind of frame of data that contains a collection of IChannelCell objects.
	IChannelFrame<(Of <(<'T>)>)>	Represents a strongly-typed protocol independent interface representation of any kind of frame of data that contains a collection of IChannelCell objects.
	IChannelFrameParsingState<(Of <(<'T>)>)>	Represents a protocol independent interface representation of the parsing state of any kind of IChannelFrame.
	IChannelParsingState	Represents a protocol independent interface representation of the parsing state used by any kind of IChannel data. This is the base interface implemented by all parsing state classes in the phasor protocols library; it is the root of the parsing state interface hierarchy.
	IChannelValue<(Of <(<'T>)>)>	Represents a protocol independent interface representation any kind of IChannel data value.
	ICommandCell	Represents a protocol independent interface representation of any kind of ICommandFrame cell.
	ICommandFrame	Represents a protocol independent interface representation of any kind of command frame that contains a collection of ICommandCell objects.
	ICommandFrameParsingState	Represents a protocol independent interface representation of the parsing state of a ICommandFrame.
	IConfigurationCell	Represents a protocol independent interface representation of any kind of IConfigurationFrame cell.
	IConfigurationCellParsingState	Represents a protocol independent interface representation of the parsing state of any kind of IConfigurationCell.
	IConfigurationFrame	Represents a protocol independent interface representation of any kind of configuration frame that contains a collection of IConfigurationCell objects.
	IConfigurationFrameParsingState	Represents a protocol independent interface representation of the parsing state of a IConfigurationFrame.
	IConnectionParameters	Represents a protocol independent interface representation of custom connection parameters.
	IDataCell	Represents a protocol independent interface representation of any kind of IDataFrame cell.
	IDataCellParsingState	Represents a protocol independent interface representation of the parsing state of any kind of IDataCell.
	IDataFrame	Represents a protocol independent interface representation of any kind of data frame that contains a collection of IDataCell objects.
	IDataFrameParsingState	Represents a protocol independent interface representation of the parsing state of a IDataFrame.
	IDigitalDefinition	Represents a protocol independent interface representation of a definition of a IDigitalValue.
	IDigitalValue	Represents a protocol independent interface representation of a digital value.
	IFrameParser	Represents a protocol independent representation of a frame parser.
	IFrequencyDefinition	Represents a protocol independent interface representation of a definition of a IFrequencyValue.
	IFrequencyValue	Represents a protocol independent interface of a frequency value.
	IHeaderCell	Represents a protocol independent interface representation of any kind of IHeaderFrame cell.
	IHeaderFrame	Represents a protocol independent interface representation of any kind of header frame that contains a collection of IHeaderCell objects.
	IHeaderFrameParsingState	Represents a protocol independent interface representation of the parsing state of a IHeaderFrame.
	IPhasorDefinition	Represents a protocol independent interface representation of a definition of a IPhasorValue.
	IPhasorValue	Represents a protocol independent interface representation of a phasor value.
	LineFrequency	Nominal line frequencies enumeration.
	MultiProtocolFrameParser	Protocol independent frame parser.
	PhasorDataConcentratorBase	Represents an IActionAdapter used to generate and transmit concentrated stream of phasor measurements in a specific phasor protocol.
	PhasorDefinitionBase	Represents the common implementation of the protocol independent definition of a IPhasorValue.
	PhasorDefinitionCollection	Represents a protocol independent collection of IPhasorDefinition objects.
	PhasorMeasurementMapper	Represents an IInputAdapter used to map measured values from a connection to a phasor measurement device to new IMeasurement values.
	PhasorProtocol	Phasor data protocols enumeration.
	PhasorType	Phasor types enumeration.
	PhasorValueBase	Represents the common implementation of the protocol independent representation of a phasor value.
	PhasorValueCollection	Represents a protocol independent collection of IPhasorValue objects.
	SignalKind	Fundamental signal types enumeration.
	SignalReference	Represents a signal that can be referenced by its constituent components.
	SignalReferenceMeasurement	Represents an IMeasurement wrapper that is associated with a SignalReference.
	SignalType	Signal type enumeration.
	StatisticCalculationFunction	Method signature for function used to calculate a statistic for a given object.
	StatisticsReader	Reads certain device and input stream statistics from the statistics archive. The statistics that are read are the total frame count, the missing frame count, connectivity, average latency, the actual data rate, data quality errors, and time quality errors.