GSF.PhasorProtocols

Represents the common implementation of the protocol independent definition of an .

Creates a new .

The parent of this .

Creates a new from specified parameters.

The parent of this . The label of this . The integer scaling value of this . The offset of this . The of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets the for the .

Gets or sets of this .

Gets a of string based property names and values for this object.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents a protocol independent collection of objects.

Creates a new using specified .

Last valid index for the collection (i.e., maximum count - 1). Flag that indicates if collections elements have a fixed size. is used instead of maximum count so that maximum type values may be specified as needed. For example, if the protocol specifies a collection with a signed 16-bit maximum length you can specify (i.e., 32,767) as the last valid index for the collection since total number of items supported would be 32,768.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Represents the common implementation of the protocol independent representation of an analog value.

Creates a new .

The parent of this . The associated with this .

Creates a new from specified parameters.

The parent of this . The associated with this . The floating point value that represents this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the floating point value that represents this .

Gets or sets the integer representation of this value.

Gets boolean value that determines if none of the composite values of have been assigned a value.

True, if no composite values have been assigned a value; otherwise, false.

Gets total number of composite values that this provides.

Gets the length of the .

The base implementation assumes fixed integer values are represented as 16-bit signed integers and floating point values are represented as 32-bit single-precision floating-point values (i.e., short and float data types respectively).

Gets the binary body image of the object.

of string based property names and values for the object.

Gets the specified composite value of this .

Index of composite value to retrieve. Some implementations can contain more than one value, this method is used to abstractly expose each value. A composite value as .

Parses the binary body image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed. The base implementation assumes fixed integer values are represented as 16-bit signed integers and floating point values are represented as 32-bit single-precision floating-point values (i.e., short and float data types respectively).

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents a protocol independent collection of objects.

Creates a new using specified .

Last valid index for the collection (i.e., maximum count - 1). is used instead of maximum count so that maximum type values may be specified as needed. For example, if the protocol specifies a collection with a signed 16-bit maximum length you can specify (i.e., 32,767) as the last valid index for the collection since total number of items supported would be 32,768.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

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.

This base class represents data images for parsing or generation in terms of a header, body and footer (see for details).

Gets or sets the parsing state for this object.

Gets a of string based property names and values for this object.

The attributes dictionary is relevant to all channel properties. This dictionary will only be instantiated with a call to the Attributes property which will begin the enumeration of relevant system properties. This is typically used for display purposes. For example, this information is displayed in a tree view on the PMU Connection Tester to display attributes of data elements that may be protocol specific.

Gets or sets a user definable reference to an object associated with this object.

Gets the binary image of the object.

This property is not typically overridden since it is the combination of the header, body and footer images.

Gets the binary header image of the object.

This property is typically overridden by a specific protocol implementation.

Gets the binary body image of the object.

This property is typically overridden by a specific protocol implementation.

Gets the binary footer image of the object.

This property is typically overridden by a specific protocol implementation.

Generates binary image of the object and copies it into the given buffer, for bytes.

Buffer used to hold generated binary image of the source object. 0-based starting index in the to start writing. The number of bytes written to the . is null. or is less than 0 -or- and will exceed length.

Represents the common implementation of the protocol independent representation of any kind of data cell.

This phasor protocol implementation defines a "cell" as a portion of a frame, i.e., a logical unit of data. For example, a (derived from ) could be defined as a PMU within a frame of data, a , that contains multiple PMU's coming from a PDC.

Creates a new from specified parameters.

A reference to the parent for this . The numeric ID code for this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets a reference to the parent for this .

Gets or sets the parsing state for the this .

Gets or sets the numeric ID code for this .

Most phasor measurement devices define some kind of numeric identifier (e.g., a hardware identifier coded into the device ROM); this is the abstract representation of this identifier.

of string based property names and values for the object.

Gets the string representation of this .

String representation of this .

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents a protocol independent collection of objects.

Specific type that the contains.

Creates a new from specified parameters.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Represents the protocol independent common implementation of the parsing state used by any .

Gets or sets the number of phasor elements associated with the being parsed.

Gets or sets the number of analog elements associated with the being parsed.

Gets or sets the number of digital elements associated with the being parsed.

Represents a protocol independent collection of objects.
This is the base class of all collection classes in the phasor protocols library; it is the root of the collection class hierarchy.

This channel collection implements (inherited via ) for the benefit of providing a cumulative binary image of the entire collection. Specific type that the contains.

Notifies listeners of dynamic changes, such as when items get added and removed or the whole list is refreshed.

Creates a new .

Creates a new using specified .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the maximum allowed number of items for this .

Gets or sets the parsing state for this object.

Gets the length of the .

The length of the binary image is the combined length of all the items in the collection.
The default implementation assumes all items in the collection have the same length, hence the value returned is the of the first item in the collection times the .

Gets flag that indicates if collection elements have a fixed size.

Gets a of string based property names and values for this object.

Gets or sets a user definable reference to an object associated with this object.

Generates binary image of the object and copies it into the given buffer, for bytes.

Adds the elements of the specified collection to the end of the .

The collection whose elements should be added to the end of the . The collection itself cannot be null, but it can contain elements that are null, if type T is a reference type. is null.

Manually sends a to the collection changed event.

Inserts an element into the at the specified index.

The zero-based index at which item should be inserted. The object to insert. Maximum collection item limit reached.

Removes the element at the specified index of the .

The zero-based index of the element to remove.

Replaces the element at the specified index.

The zero-based index of the element to replace. The new value for the element at the specified index. The value can be null for reference types.

Removes all elements from the .

Raises the event.

Changed event arguments.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents the common implementation of the protocol independent definition of any kind of data.

Creates a new .

The parent of this .

Creates a new from specified parameters.

The parent of this . The label of this . The integer scaling value of this . The offset of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets the of this .

Gets or sets the index of this .

Index is automatically maintained by .

Gets or sets the offset of this .

Gets or sets the conversion factor of this .

Gets the scale/bit for the of this .

The base implementation assumes scale/bit of 10^-5.

Gets or sets the integer scaling value of this .

Gets the maximum value for the of this .

The base implementation accommodates maximum scaling factor of 24-bits of space.

Gets or sets the label of this .

Gets the binary image of the of this .

Gets the maximum length of the of this .

Gets flag that indicates if should auto pad-right value to .

Padding will only be applied when is less than .

Gets the length of the .

Gets the binary body image of the object.

Gets a of string based property names and values for this object.

Parses the binary body image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed. The base implementation assumes that all channel definitions begin with a label as this is the general case, override functionality if this is not the case.

Returns a value indicating whether this instance is equal to a specified object.

An object to compare, or null. True if obj is an instance of and equals the value of this instance; otherwise, False. value is not an .

Returns a value indicating whether this instance is equal to specified value.

A object to compare to this instance. True if has the same value as this instance; otherwise, False.

Compares this instance to a specified object and returns an indication of their relative values.

An object to compare, or null. A signed number indicating the relative values of this instance and value. Returns less than zero if this instance is less than value, zero if this instance is equal to value, or greater than zero if this instance is greater than value. value is not an .

Compares this instance to a specified object and returns an indication of their relative values.

A object to compare. A signed number indicating the relative values of this instance and value. Returns less than zero if this instance is less than value, zero if this instance is equal to value, or greater than zero if this instance is greater than value.

Returns the hash code for this instance.

A 32-bit signed integer hash code.

Gets the string representation of this .

String representation of this .

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents a protocol independent collection of objects.

Specific type that the contains.

Creates a new using specified .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Inserts an element into the at the specified index.

The zero-based index at which item should be inserted. The object to insert.

Replaces the element at the specified index.

The zero-based index of the element to replace. The new value for the element at the specified index. The value can be null for reference types.

Removes the element at the specified index of the .

The zero-based index of the element to remove.

Represents the protocol independent common implementation of any frame of data that can be sent or received.

This phasor protocol implementation defines a "frame" as a collection of cells (logical units of data). For example, a could be defined as a PMU within a frame of data, a (derived from ), that contains multiple PMU's coming from a PDC. This class implements the interface so it can be cooperatively integrated into measurement concentration. For more information see the class. Specific type that the contains.

Creates a new from specified parameters.

The ID code of this . The reference to the collection of cells for this . The exact timestamp, in , of the data represented by this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets the for this .

Gets or sets the data source identifier for this .

Gets flag that determines if frame image can be queued for publication or should be processed immediately.

Some frames, e.g., a configuration or key frame, may be critical to processing of other frames. In this case, these types of frames should be published immediately so that subsequent frame parsing can have access to needed critical information. All other frames are assumed to be queued by default.

Gets the strongly-typed reference to the collection of cells for this .

Keyed measurements in this .

Represents a dictionary of measurements, keyed by .

Gets or sets the ID code of this .

Gets or sets exact timestamp, in ticks, of the data represented by this .

The value of this property represents the number of 100-nanosecond intervals that have elapsed since 12:00:00 midnight, January 1, 0001.

Gets the life-span of this since its creation.

Gets timestamp, in ticks, of when this was created.

Gets UNIX based time representation of the ticks of this .

Gets or sets the parsing state for the this .

Gets or sets reference to last that was sorted into this .

This value is used to help monitor slow moving measurements that are being sorted into the .

Gets or sets published state of this .

Gets or sets total number of measurements that have been sorted into this .

Gets the length of the .

This property is overridden so the length can be extended to include a checksum.

Gets the binary image of this .

This property is overridden to include a checksum in the image.

Gets or sets flag that determines if header lengths should be trusted over parsed byte count.

Gets or sets flag that determines if frame's check-sum should be validated - this should normally be left as true.

Gets calculated checksum for this .

Gets the length of the .

The length of the body image is the combined length of all the .

Gets the binary body image of this .

The body image of the is the combined images of all the .

Gets the parsed binary length derived from the parsing state, if any.

of string based property names and values for the object.

Parses the binary image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed. This method is overridden to validate the checksum in the . Invalid binary image detected - check sum did not match.

Parses the binary body image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed. The body image of the is parsed to create a collection of .

Determines if checksum in the is valid.

Buffer image to validate. Start index into to perform checksum. Flag that determines if checksum over is valid. Default implementation expects 2-byte big-endian ordered checksum. Override method if protocol checksum implementation is different.

Appends checksum onto starting at .

Buffer image on which to append checksum. Index into where checksum should be appended. Default implementation encodes checksum in big-endian order and expects buffer size large enough to accommodate 2-byte checksum representation. Override method if protocol expectations are different.

Calculates checksum of given .

Buffer image over which to calculate checksum. Start index into to calculate checksum. Length of data within to calculate checksum. Checksum over specified portion of . Override with needed checksum calculation for particular protocol. This example provides a CRC-CCITT checksum:


            using GSF.IO.Checksums;
            
            protected override ushort CalculateChecksum(byte[] buffer, int offset, int length)
            {
                // Return calculated CRC-CCITT over given buffer...
                return buffer.CrcCCITTChecksum(offset, length);
            }

Compares the with an .

The to compare with the current . A 32-bit signed integer that indicates the relative order of the objects being compared. This frame implementation compares itself by timestamp.

Compares the with the specified .

The to compare with the current . A 32-bit signed integer that indicates the relative order of the objects being compared. is not an . This frame implementation compares itself by timestamp.

Determines whether the specified is equal to the current .

The to compare with the current . true if the specified is equal to the current ; otherwise, false. This frame implementation compares itself by timestamp.

Determines whether the specified is equal to the current .

The to compare with the current . true if the specified is equal to the current ; otherwise, false. is not an .

Returns the hash code for this instance.

A 32-bit signed integer hash code.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents a protocol independent collection of objects.

Specific type that the contains.

Creates a new using specified .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Represents the protocol independent common implementation of the parsing state used by any .

of referenced by being parsed.

Creates a new from specified parameters.

Binary length of the being parsed. Reference to delegate to create new instances. Determines if header lengths should be trusted over parsed byte count. Determines if frame's check-sum should be validated.

Gets reference to delegate used to create a new object.

Gets or sets number of cells that are expected in associated being parsed.

Gets or sets flag that determines if header lengths should be trusted over parsed byte count.

It is expected that this will normally be left as true.

Gets or sets flag that determines if frame's check-sum should be validated.

It is expected that this will normally be left as true.

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.

This class is inherited by subsequent classes to provide parsing state information particular to data type needs.

Gets or sets the length of the associated object being parsed from the binary image.

Represents the common implementation of the protocol independent representation of any kind of data value.

Generic type.

Creates a new from specified parameters.

The parent of this . The associated with this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets or sets the associated with this .

Gets the of this .

Gets text based label of this .

Gets boolean value that determines if none of the composite values of have been assigned a value.

true, if no composite values have been assigned a value; otherwise, false.

Gets total number of composite values that this provides.

Gets the composite values of this as an array of values.

of string based property names and values for the object.

Gets the specified composite value of this .

Index of composite value to retrieve. Some implementations can contain more than one value, this method is used to abstractly expose each value. A representing the composite value.

Creates a new value for specified composite value for this .

Composite value index for which to derive new value. New value for specified composite value for this .

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents a protocol independent collection of objects.

Specific type that the references. Specific type that the contains.

Creates a new using specified .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets the length of the .

Gets a boolean value indicating if all of the composite values have been assigned a value.

true, if all composite values have been assigned a value; otherwise, false.

Gets a of string based property names and values for this object.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Inserts an element into the at the specified index.

The zero-based index at which item should be inserted. The object to insert.

Replaces the element at the specified index.

The zero-based index of the element to replace. The new value for the element at the specified index. The value can be null for reference types. is less than zero. -or- is greater than .

Removes the element at the specified index of the .

The zero-based index of the element to remove. is less than zero. -or- is equal to or greater than .

Removes all elements from the .

Represents the protocol independent common implementation of an element of extended data for cells in a .

Creates a new from specified parameters.

A reference to the parent for this . Extended data that represents this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets a reference to the parent for this .

Gets or sets extended data that represents this .

Gets the length of the .

Gets the binary body image of the object.

of string based property names and values for the object.

Parses the binary body image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents a protocol independent collection of objects.

Creates a new using specified .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Represents the protocol independent common implementation of any that can be sent or received.

Creates a new from specified parameters.

The reference to the for this . The for this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets the for this .

Gets reference to the for this .

Gets or sets the parsing state for the this .

Gets or sets the for this .

Gets or sets extended binary image data for this .

Gets the length of the .

Gets the binary body image of this .

of string based property names and values for the object.

Parses the binary body image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents the protocol independent common implementation of the parsing state used by any .

Creates a new from specified parameters.

Binary length of the being parsed. Length of data in being parsed (i.e., number of cells). Determines if header lengths should be trusted over parsed byte count. Determines if frame's check-sum should be validated.

Common constants, functions and extensions for phasor classes.

Typical data stream synchronization byte.

This is a common optimized block copy function for binary data.

Source buffer to copy data from. Destination buffer to hold copied buffer data. Index into buffer to begin copy. Index is automatically incremented by . Number of bytes to copy from source. Source index is always zero so hence not requested. This function automatically advances index for convenience.

This is a common optimized block copy function for any kind of data.

Source channel with BinaryImage data to copy. Destination buffer to hold copied buffer data. Index into buffer to begin copy. Index is automatically incremented by . This function automatically advances index for convenience.

Deserializes a configuration frame from an XML file.

Path and file name of XML configuration file. Deserialized .

Deserializes a configuration frame from an XML stream.

that contains an XML serialized configuration frame. Deserialized .

Removes control characters and null from a string.

Source to validate. Strings reported from field devices can be full of inconsistencies, this function helps clean-up the strings. with control characters and nulls removed.

Returns display friendly protocol name.

to return display name for. Friendly protocol display name for specified phasor .

Represents the protocol independent common implementation of all configuration elements for cells in a .

Creates a new from specified parameters.

The reference to parent of this . The numeric ID code for this . Sets the maximum number of phasors for the collection. Sets the maximum number of phasors for the collection. Sets the maximum number of phasors for the collection. Flag that indicates if collections elements have a fixed size.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets a reference to the parent for this .

Gets or sets the parsing state for the this .

Gets or sets the station name of this .

Gets the binary image of the of this .

Gets the maximum length of the of this .

Gets flag that indicates if should auto pad-right value to .

Padding will only be applied when is less than .

Gets or sets the ID label of this .

Gets the binary image of the of this .

Gets the length of the of this .

Gets flag that indicates if should auto pad-right value to .

Padding will only be applied when is less than .

Gets a reference to the of this .

Gets or sets the for the objects in the of this .

Base class defines default angle format since this is rarely not radians.

Gets or sets the of this .

Gets or sets the of the of this .

Gets or sets the nominal of the of this .

Gets a reference to the of this .

Gets or sets the for the objects in the of this .

Gets a reference to the of this .

Gets the specified frame rate of this .

Gets or sets the revision count of this .

Gets the length of the .

Base implementation provides station name length from the header which is common to configuration frame headers in IEEE protocols.

Gets the binary header image of the object.

Base implementation provides station name image from the header which is common to configuration frame headers in IEEE protocols.

Gets the length of the .

Channel names of IEEE protocol configuration frames are common in order and type so these are defined in the base class.

Gets the binary body image of the object.

Channel names of IEEE protocol configuration frames are common in order and type so these are defined in the base class.

Gets the length of the .

Bottom of the IEEE protocol configuration frames contain a nominal frequency definition, so base implementation exposes frequency definition as the footer.

Gets the binary footer image of the object.

Bottom of the IEEE protocol configuration frames contain a nominal frequency definition, so base implementation exposes frequency definition as the footer.

of string based property names and values for the object.

Parses the binary header image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Parses the binary body image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Parses the binary footer image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Returns a value indicating whether this instance is equal to a specified object.

An object to compare, or null. True if obj is an instance of and equals the value of this instance; otherwise, False. value is not an .

Returns a value indicating whether this instance is equal to specified value.

A object to compare to this instance. True if has the same value as this instance; otherwise, False.

Compares this instance to a specified object and returns an indication of their relative values.

Returns the hash code for this instance.

A 32-bit signed integer hash code.

Gets the string representation of this .

String representation of this .

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents a protocol independent collection of objects.

Creates a new from specified parameters.

Last valid index for the collection (i.e., maximum count - 1). Sets flag that determines if the lengths of elements in this are constant. is used instead of maximum count so that maximum type values may be specified as needed. For example, if the protocol specifies a collection with a signed 16-bit maximum length you can specify (i.e., 32,767) as the last valid index for the collection since total number of items supported would be 32,768.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Attempts to get with the specified station name.

The to find. When this method returns, contains the with the specified , if found; otherwise, null is returned. true if the contains an element with the specified ; otherwise, false.

Attempts to get with the specified label.

The to find. When this method returns, contains the with the specified , if found; otherwise, null is returned. true if the contains an element with the specified ; otherwise, false.

Attempts to get with the specified ID code.

The to find. When this method returns, contains the with the specified , if found; otherwise, null is returned. true if the contains an element with the specified ; otherwise, false.

Attempts to find the index of the with the specified ID label.

The to find. Index of the that contains the specified ; otherwise, -1.

Attempts to find the index of the with the specified station name.

The to find. Index of the that contains the specified ; otherwise, -1.

Attempts to find the index of the with the specified ID code.

The to find. Index of the that contains the specified ; otherwise, -1.

Represents the protocol independent common implementation of the parsing state used by any .

Creates a new from specified parameters.

Reference to delegate to create new instances. Reference to delegate to create new instances. Reference to delegate to create new instances. Reference to delegate to create new instances.

Gets reference to delegate used to create new objects.

Represents the protocol independent common implementation of any that can be sent or received.

Creates a new from specified parameters.

The ID code of this . The reference to the collection of cells for this . The exact timestamp, in , of the data represented by this . The defined frame rate of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets the for this .

Gets flag that determines if frame image can be queued for publication or should be processed immediately.

Configuration frames are not queued for publication by default.

Gets reference to the for this .

Gets or sets the parsing state for the this .

Gets or sets defined frame rate of this .

Gets the defined per frame of this .

of string based property names and values for the object.

Sets a new nominal for all elements of each in the collection.

New nominal for elements.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents a protocol independent collection of .

Creates a new using specified .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Represents the protocol independent common implementation of the parsing state used by any .

Creates a new from specified parameters.

Represents the common implementation of the protocol independent set of extra connection parameters.

This class is inherited by subsequent classes to provide protocol specific connection parameters that may be needed to make a connection. Derived implementations of this class are designed to be exposed by a "PropertyGrid" so a UI can request protocol specific connection parameters.

Determines if custom connection parameters are valid.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents information defined in a PMU Connection Tester connection file.

Defines from PmuConnection file.

Defines connection string from PmuConnection file.

Defines ID of the source from PmuConnection file.

Defines frame rate from PmuConnection file.

Defines boolean flag if data needs to be repeated again and again.

Defines byte encoding format from PmuConnection file.

Defines additional connection information such as alternate command channel from PmuConnection file.

Creates a new instance.

Creates a new instance from serialization parameters.

The with populated with data. The source for this deserialization.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

The exception that is thrown when an object's CRC check fails.

Initializes a new instance of the class.

The message that describes the error.

Initializes a new instance of the class.

The message that describes the error. The exception that is the cause of the current exception.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Protocol independent common status flags enumeration.

These flags are expected to exist in the high-word of a double-word flag set such that original word flags remain in-tact in low-word of double-word flag set. Note that value being stored in a historian using a 32-bit single precision floating number value will only have castable conversion accuracy back to an unsigned 32-bit integer up to the 24th bit, so any bits used beyond Bit23 will be lossy.

Data was modified by a post-processing device, e.g., a PDC (0 for no modifications, 1 when data modified).

Data was discarded from real-time stream due to late arrival (0 when not discarded, 1 when discarded).

Data is valid (0 when device data is valid, 1 when invalid or device is in test mode).

Synchronization is valid (0 when in device is in sync, 1 when it is not).

Data sorting type, 0 by timestamp, 1 by arrival.

Device error (including configuration error), 0 when no error.

Reserved bits for future common flags, presently set to 0.

No flags.

Represents the protocol independent common implementation of all elements for cells in a .

Creates a new from specified parameters.

The reference to parent of this . The associated with this . The default status flags to apply to this . Sets the maximum number of phasors for the collection. Sets the maximum number of phasors for the collection. Sets the maximum number of phasors for the collection.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the reference to parent of this .

Gets or sets the associated with this .

Gets or sets the parsing state for the this .

Gets station name of this .

Gets ID label of this .

Gets or sets 16-bit status flags of this .

Gets the numeric ID code for this .

This value is read-only for ; assigning a value will throw an exception. Value returned is the of the associated . IDCode of a data cell is read-only, change IDCode is associated configuration cell instead.

Gets or sets common status flags of this .

Gets flag that determines if all values of this have been assigned.

Gets of this .

Gets or sets flag that determines if data of this is valid.

This value is used to abstractly assign the protocol independent set of .

Gets or sets flag that determines if timestamp of this is valid based on GPS lock.

This value is used to abstractly assign the protocol independent set of .

Gets or sets of this .

This value is used to abstractly assign the protocol independent set of .

Gets or sets flag that determines if source device of this is reporting an error.

This value is used to abstractly assign the protocol independent set of .

Gets or sets flag that determines if data is modified by a post-processing device, such as a PDC.

This value is used to abstractly assign the protocol independent set of .

Gets the length of the .

Gets the binary body image of the object.

of string based property names and values for the object.

Parses the binary body image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents a protocol independent collection of objects.

Creates a new from specified parameters.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Represents the protocol independent common implementation of the parsing state used by any .

Creates a new from specified parameters.

Reference to the associated with the being parsed. Reference to delegate to create new instances. Reference to delegate to create new instances. Reference to delegate to create new instances. Reference to delegate to create new instances.

Gets reference to the associated with the being parsed.

Gets reference to delegate used to create new objects.

Represents the protocol independent common implementation of any that can be sent or received.

Creates a new from specified parameters.

The reference to the collection of cells for this . The exact timestamp, in , of the data represented by this . The associated with this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets the for this .

Gets or sets associated with this .

Gets reference to the for this .

Gets or sets the parsing state for the this .

Gets or sets protocol specific quality flags for this .

Gets the numeric ID code for this .

This value is read-only for ; assigning a value will throw an exception. Value returned is the of the associated . IDCode of a data frame is read-only, change IDCode in associated configuration frame instead.

Parses the binary image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed. This method is overridden to ensure assignment of configuration frame.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents a protocol independent collection of objects.

Creates a new using specified .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Represents the protocol independent common implementation of the parsing state used by any .

Creates a new from specified parameters.

Binary length of the being parsed. Reference to the associated with the being parsed. Reference to delegate to create new instances. Determines if header lengths should be trusted over parsed byte count. Determines if frame's check-sum should be validated.

Gets reference to the associated with the being parsed.

Represents the common implementation of the protocol independent definition of a .

Creates a new .

The parent of this .

Creates a new from specified parameters.

The parent of this . The label of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets the of this .

Data format for digital values will always be .

Gets or sets the offset of this .

Offset for digital values will always be 0; assigning a value other than 0 will thrown an exception. Digital values represent bit flags and thus do not support an offset.

Gets or sets the integer scaling value of this .

Scaling value for digital values will always be 1; assigning a value other than 1 will thrown an exception. Digital values represent bit flags and thus are not scaled.

Gets the scale/bit for the of this .

Scale/bit for digital values will always be 1.0.

Represents a protocol independent collection of objects.

Creates a new using specified .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Represents the common implementation of the protocol independent representation of a digital value.

Creates a new .

The parent of this . The associated with this .

Creates a new from specified parameters.

The parent of this . The associated with this . The unsigned 16-bit integer value (composed of digital bits) that represents this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the unsigned 16-bit integer value (composed of digital bits) that represents this .

Gets boolean value that determines if none of the composite values of have been assigned a value.

True, if no composite values have been assigned a value; otherwise, false.

Gets total number of composite values that this provides.

Gets the length of the .

Gets the binary body image of the object.

of string based property names and values for the object.

Gets the specified composite value of this .

Index of composite value to retrieve. Some implementations can contain more than one value, this method is used to abstractly expose each value. A representing the composite value.

Parses the binary body image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents a protocol independent collection of objects.

Creates a new using specified .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Contains an implementation of the phasor classes used to parse or generate a stream of data in the F-NET device format.

F-NET data elements enumeration structure.

Common F-NET declarations and functions.

F-NET data frame start byte.

The maximum practical limit for an F-NET data frame.

Absolute maximum number of possible phasor values that could fit into a data frame.

Absolute maximum number of possible analog values that could fit into a data frame.

F-NET doesn't support analog values.

Absolute maximum number of possible digital values that could fit into a data frame.

F-NET doesn't support digital values.

Default frame rate for F-NET devices is 10 frames per second.

Default nominal frequency for F-NET devices is 60Hz.

Default real-time ticks offset for F-NET.

Default F-NET station name.

Represents the common header for a F-NET frame of data.

Because of its simplicity, all F-NET parsing is handled in the constructor of this class. Subsequently all parsed data is available as an array of strings where needed.

Creates a new from given .

Buffer that contains data to parse. Start index into buffer where valid data begins. Length of valid data in .

Gets F-NET data elements parsed during construction.

Gets length of data parsed during construction.

Represents the F-NET implementation of a that can be sent or received.

Creates a new from specified parameters.

The reference to parent of this . The nominal of the of this . The time offset of F-NET device in .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets a reference to the parent for this .

Gets or sets the ID code of this .

Gets or sets the for the objects in the of this .

This property only supports floating-point data; F-NET doesn't transport scaled values. F-NET only supports floating-point data.

Gets or sets the for the objects in the of this .

This property only supports polar phasor data; F-NET doesn't transport rectangular phasor values. F-NET only supports polar phasor data.

Gets or sets the of the of this .

This property only supports floating-point data; F-NET doesn't transport scaled values. F-NET only supports floating-point data.

Gets or sets the for the objects in the of this .

This property only supports floating-point data; F-NET doesn't transport scaled values. F-NET only supports floating-point data.

Gets or sets time offset of F-NET device in .

F-NET devices normally report time in 11 seconds past real-time, this property defines the offset for this artificial delay. Note that the parameter value is in ticks to allow a very high-resolution offset; 1 second = 10,000,000 ticks.

Gets or sets the longitude (i.e., East/West geospatial position) of the device defined by this .

Gets or sets the latitude (i.e., North/South geospatial position) of the device defined by this .

Gets or sets the number of satellites visible to the GPS timing source of the device defined by this .

Gets the maximum length of the of this .

of string based property names and values for the object.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents a F-NET implementation of a collection of objects.

Creates a new .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets at specified .

Index of value to get or set.

Represents the F-NET implementation of a that can be sent or received.

Creates a new from specified parameters.

The ID code of this . The exact timestamp, in , of the data represented by this . The defined frame rate of this . The nominal of this . The time offset of F-NET device in . The station name of the F-NET device. This constructor is used by a consumer to generate an F-NET configuration frame.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets reference to the for this .

Gets or sets the nominal of this .

Gets or sets the time offset of F-NET device in .

Gets or sets the longitude (i.e., East/West geospatial position) of the device.

Gets or sets the latitude (i.e., North/South geospatial position) of the device.

Gets or sets the number of satellites visible to the GPS timing source of the device.

Determines if checksum in the is valid.

Buffer image to validate. Start index into to perform checksum. Flag that determines if checksum over is valid. F-NET doesn't use checksums - this always returns true.

Method is not implemented.

F-NET doesn't use checksums. An . A array. An for the offset. An for the length.

Represents the extra connection parameters required for a connection to a F-NET device.

This class is designed to be exposed by a "PropertyGrid" so a UI can request protocol specific connection parameters. As a result the and elements should be defined for each of the exposed properties.

Creates a new .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets time offset of the F-NET device in .

Gets or sets the configured frame rate for the F-NET device.

This is typically set to 10 frames per second.

Gets or sets the nominal of this F-NET device.

Gets or sets the station name for the F-NET device.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents the F-NET implementation of a that can be sent or received.

Creates a new .

The reference to parent of this . The associated with this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the reference to parent of this .

Gets or sets the associated with this .

Gets or sets flag that determines if data of this is valid.

Gets or sets flag that determines if timestamp of this is valid based on GPS lock.

F-NET defines synchronization validity as a derived value based on the number of available satellites, i.e., synchronization is valid if number of visible satellites is greater than zero.

Gets or sets of this .

Gets or sets flag that determines if source device of this is reporting an error.

F-NET doesn't define any flags for device errors.

Gets date in F-NET format.

Gets time in F-NET format.

Gets or sets analog value for F-NET data row.

Gets image of this as a F-NET formatted data row.

Gets the length of the .

Gets the binary body image of the object.

of string based property names and values for the object.

Parses the binary body image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed. The longitude, latitude and number of satellites arrive at the top of minute in F-NET data as the analog data in a single row, each on their own row, as sample 1, 2, and 3 respectively.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents a F-NET implementation of a collection of objects.

Creates a new .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets at specified .

Index of value to get or set.

Represents the F-NET implementation of a that can be sent or received.

Creates a new .

This constructor is used by to parse an F-NET data frame.

Creates a new from specified parameters.

The exact timestamp, in , of the data represented by this . The associated with this . The sample index of this . This constructor is used by a consumer to generate a F-NET data frame.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets reference to the for this .

Gets or sets associated with this .

Gets the identifier that is used to identify the F-NET frame.

Gets or sets the sample index of this .

Gets or sets current .

of string based property names and values for the object.

Determines if checksum in the is valid.

Buffer image to validate. Start index into to perform checksum. Flag that determines if checksum over is valid. F-NET doesn't use checksums - this always returns true.

Method is not implemented.

F-NET doesn't use checksums. Array of s. An value for the bytes to read. An value for offset to read from. An as the checksum.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents a frame parser for a F-NET text based data stream that returns parsed data via events.

Frame parser is implemented as a write-only stream - this way data can come from any source.

Occurs when a F-NET has been received.

is the that was received.

Occurs when a F-NET has been received.

is the that was received.

Creates a new .

Frame types that should perform check-sum validation; default to Determines if header lengths should be trusted over parsed byte count. The defined frame rate of this . The nominal of this . The time offset of F-NET device in . The station name of the F-NET device.

Gets or sets current used for parsing 's encountered in the data stream from a device.

If a has been parsed, this will return a reference to the parsed frame. Consumer can manually assign a to start parsing data if one has not been encountered in the stream.

Gets flag that determines if F-NET protocol parsing implementation uses synchronization bytes.

Gets or sets time offset of F-NET device in .

Gets or sets the configured frame rate for the F-NET device.

This is typically set to 10 frames per second.

Gets or sets the nominal of the F-NET device.

Gets or sets the station name for the F-NET device.

Gets current descriptive status of the .

Gets or sets any connection specific that may be needed for parsing.

Start the data parser.

Parses a common header instance that implements for the output type represented in the binary image.

Buffer containing data to parse. Offset index into buffer that represents where to start parsing. Maximum length of valid data from offset. The which includes a type ID for the to be parsed. Derived classes need to provide a common header instance (i.e., class that implements ) for the output types; this will primarily include an ID of the that the data image represents. This parsing is only for common header information, actual parsing will be handled by output type via its method. This header image should also be used to add needed complex state information about the output type being parsed if needed. If there is not enough buffer available to parse common header (as determined by ), return null. Also, if the protocol allows frame length to be determined at the time common header is being parsed and there is not enough buffer to parse the entire frame, it will be optimal to prevent further parsing by returning null.

Casts the parsed to its specific implementation (i.e., or ).

that was parsed by that implements protocol specific common frame header interface.

Represents the F-NET implementation of a .

Creates a new .

The parent of this .

Creates a new from specified parameters.

The parent of this . The label of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Represents the F-NET implementation of a .

Creates a new .

The parent of this . The associated with this .

Creates a new from specified parameters.

The parent of this . The associated with this . The floating point value that represents this . The floating point value that represents the change in this over time.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets or sets the associated with this .

Represents the F-NET implementation of a .

Creates a new from specified parameters.

The parent of this .

Creates a new from specified parameters.

The parent of this . The label of this . The of this . The associated that represents the voltage reference (if any).

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Represents the F-NET implementation of a .

Creates a new .

The parent of this . The associated with this .

Creates a new from specified parameters.

The parent of this . The associated with this . The real value of this . The imaginary value of this .

Creates a new from specified parameters.

The parent of this . The associated with this . The value (a.k.a., the argument) of this , in radians. The magnitude value (a.k.a., the absolute value or modulus) of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets or sets the associated with this .

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.

Frame parsers are implemented as a write-only streams so that data can come from any source.
See for more detail. Note that using the multi-source frame image parser base allows buffers to come in from different channels and still be parsed correctly. Frame type identifier used to distinguish frames.

Occurs when any has been received.

is the that was received. is the flag to determine if frame publication should continue.

Occurs when a has been received.

is the that was received.

Occurs when a has been received.

is the that was received.

Occurs when a has been received.

is the that was received.

Occurs when a has been received.

is the that was received. Command frames are normally sent, not received, but there is nothing that prevents this.

Occurs when an undetermined has been received.

is the undetermined that was received.

Occurs when a frame image has been received.

is the of the frame buffer image that was received.
is the length of the frame image that was received.

Occurs when a frame image has been received, event includes buffer.

is the of the frame buffer image that was received.
is the buffer that contains the frame image that was received.
is the offset into the buffer that contains the frame image that was received.
is the length of data in the buffer that contains the frame image that was received. Consumers should use the more efficient event if the buffer is not needed.

Occurs when a device sends a notification that its configuration has changed.

Creates a new .

Frame types that should perform check-sum validation; default to Determines if header lengths should be trusted over parsed byte count.

Gets the number of redundant frames in each packet.

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. This base class returns 0, as most protocols do not support redundant frames.

Gets or sets current used for parsing 's encountered in the data stream from a device.

If a has been parsed, this will return a reference to the parsed frame. Consumer can manually assign a to start parsing data if one has not been encountered in the stream.

Gets or sets any connection specific that may be needed for parsing.

Gets or sets flags that determine if check-sums for specified frames should be validated.

It is expected that this will normally be set to .

Gets flag based on property that determines if configuration frames are selected for check-sum validation.

Gets flag based on property that determines if data frames are selected for check-sum validation.

Gets flag based on property that determines if header frames are selected for check-sum validation.

Gets flag based on property that determines if command frames are selected for check-sum validation.

Gets or sets flag that determines if header lengths should be trusted over parsed byte count.

It is expected that this will normally be left as true

Gets current descriptive status of the .

Releases the unmanaged resources used by the object and optionally releases the managed resources.

true to release both managed and unmanaged resources; false to release only unmanaged resources.

Raises the event.

to send to event.

Raises the event.

to send to event.

Raises the event.

to send to event.

Raises the event.

to send to event.

Raises the event.

to send to event.

Raises the and event.

to send to event. Frame buffer image to send to event. Offset into frame buffer image to send to event. Length of data in frame buffer image to send to event.

Raises the event.

Casts the parsed to its specific implementation (i.e., , , or ).

that was parsed by that implements protocol specific common frame header interface.

Handles unknown frame types.

Unknown frame ID.

Represents the common implementation of the protocol independent definition of a .

Creates a new .

The parent of this .

Creates a new from specified parameters.

The parent of this . The label of this . The integer scaling value of this . The df/dt scaling value of this . The df/dt offset of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets the of this .

Gets the nominal of this .

Value returned is the and is exposed here just for convenience.

Gets or sets the index of this .

Phasor protocols only define one frequency measurement per device.

Gets or sets the offset of this .

Offset for frequency values will always be the nominal frequency as defined in parent configuration cell; assigning a value is not supported. Frequency offset is read-only; value is determined by nominal frequency specified in containing configuration cell.

Gets or sets the df/dt offset of this .

Gets or sets the df/dt scaling value of this .

Gets a of string based property names and values for this object.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents a protocol independent collection of objects.

None of the phasor protocols currently define multiple frequency elements per transmission, but if a future protocol does this collection can be used.

Creates a new using specified .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Composite frequency value indices enumeration.

Composite frequency value index.

Composite dF/dt value index.

Represents the common implementation of the protocol independent representation of a frequency and dF/dt value.

Creates a new .

The parent of this . The associated with this .

Creates a new from specified parameters.

The parent of this . The associated with this . The floating point value that represents this . The floating point value that represents the change in this over time.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the floating point value that represents this .

Gets or sets the floating point value that represents the change in this over time.

Gets or sets the unscaled integer representation of this .

Gets or sets the unscaled integer representation of the change in this over time.

Gets boolean value that determines if none of the composite values of have been assigned a value.

True, if no composite values have been assigned a value; otherwise, false.

Gets total number of composite values that this provides.

Gets the length of the .

Gets the binary body image of the object.

of string based property names and values for the object.

Gets the specified composite value of this .

Index of composite value to retrieve. Some implementations can contain more than one value, this method is used to abstractly expose each value. A representing the composite value.

Parses the binary body image.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents a protocol independent collection of objects.

None of the phasor protocols currently define multiple frequency elements per transmission, but if a future protocol does this collection can be used.

Creates a new using specified .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Represents the protocol independent common implementation of an element of header data for cells in a .

Creates a new from specified parameters.

A reference to the parent for this . ASCII character as a that represents this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets a reference to the parent for this .

Gets or sets ASCII character as a that represents this .

Gets the length of the .

Gets the binary body image of the object.

of string based property names and values for the object.

Parses the binary body image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents a protocol independent collection of objects.

Creates a new using specified .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Represents the protocol independent common implementation of any that can be sent or received.

Creates a new .

The reference to the for this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets the for this .

Gets reference to the for this .

Gets or sets the parsing state for the this .

Gets or sets header data for this .

of string based property names and values for the object.

Represents the protocol independent common implementation of the parsing state used by any .

Creates a new from specified parameters.

Analog types enumeration.

Single point-on-wave.

RMS of analog input.

Peak of analog input.

Represents a protocol independent interface representation of a definition of an .

Gets or sets of this .

Represents a protocol independent interface representation of an analog value.

Gets or sets the floating point value that represents this .

Gets or sets the integer representation of this value.

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.

Gets a of string based property names and values for this object.

Gets or sets the parsing state for this object.

Gets or sets a user definable reference to an object associated with this object.

Classes implementing should only track this value.

Represents a protocol independent interface representation of any kind of cell.

This phasor protocol implementation defines a "cell" as a portion of a "frame", i.e., a logical unit of data. For example, a (derived from ) could be defined as a PMU within a frame of data, a , that contains multiple PMU's coming from a PDC.

Gets a reference to the parent for this .

Gets or sets the parsing state for the this .

Gets the numeric ID code for this .

Most phasor measurement devices define some kind of numeric identifier (e.g., a hardware identifier coded into the device ROM); this is the abstract representation of this identifier.

Represents a protocol independent interface representation of a collection of objects.

Generic type used.

Represents a protocol independent interface representation of the parsing state of any kind of .

Gets or sets the number of phasor elements associated with the being parsed.

Gets or sets the number of analog elements associated with the being parsed.

Gets or sets the number of digital elements associated with the being parsed.

Represents a protocol independent interface representation of a collection of any 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.

Specific type that the contains.

Gets flag that indicates if collection elements have a fixed size.

Data transmission formats enumeration.

Fixed integer data transmission format.

Floating point data transmission format.

Represents a protocol independent interface representation of a definition of any kind of data.

Each instance of will have a more specific derived implementation (e.g., and ), these specific implementations of will be referenced children of a .
The defines the properties of an associated .

Gets the parent of this .

Gets the of this .

Gets or sets the index of this .

Gets or sets the offset of this .

Gets or sets the integer scaling value of this .

Gets the maximum value for the of this .

Gets or sets the conversion factor of this .

Gets the scale/bit value of this .

Gets or sets the label of this .

Gets the binary image of the of this .

Gets the maximum length of the of this .

Fundamental frame types enumeration.

Configuration frame.

Data frame.

Header frame.

Command frame.

Undetermined frame type.

Represents a protocol independent interface representation of any kind of frame of data that contains a collection of objects.

The phasor protocols library defines a "frame" as a collection of cells (logical units of data). For example, a would be defined as a PMU within a frame of data, a (derived from ), that contains multiple PMU's coming from a PDC. This interface inherits so that classes implementing this interface can be cooperatively integrated into measurement concentration (see ).

Gets the for this .

Gets the simple reference to the collection of cells for this .

Gets or sets the ID code of this .

Gets UNIX based time representation of the ticks of this .

Represents a strongly-typed protocol independent interface representation of any kind of frame of data that contains a collection of objects.

This interface inherits so that classes implementing this interface can be cooperatively integrated into measurement concentration (see ). Specific type that the contains.

Gets the strongly-typed reference to the collection of cells for this .

Gets or sets the parsing state for this .

Defines function signature for creating new objects.

Reference to parent . Current parsing state of associated . Index of cell within its collection. Binary image to parse from. Start index into to begin parsing. Returns the total number of bytes parsed from . New object. Specific type of object that gets created by referenced function.

Represents a protocol independent interface representation of the parsing state of any kind of .

Specific type that the references.

Gets reference to delegate used to create a new object.

Gets or sets number of cells that are expected in associated being parsed.

Gets or sets flag that determines if header lengths should be trusted over parsed byte count.

It is expected that this will normally be left as true.

Gets or sets flag that determines if frame's check-sum should be validated.

It is expected that this will normally be left as true.

Represents a protocol independent interface representation of the parsing state used by any kind of 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.

Data parsing is very format specific, classes implementing this interface create a common form for parsing state information particular to a data type.

Gets or sets the length of the associated object being parsed from the binary image.

Represents a protocol independent interface representation any kind of data value.

Each instance of will have a more specific derived implementation (e.g., and ), these specific implementations of will be referenced children of a .
The uses the specified type to define its properties. Specific type that represents the definition.

Gets the parent of this .

Gets the associated with this .

Gets the of this typically derived from .

Gets text based label of this typically derived from .

Gets boolean value that determines if none of the composite values of have been assigned a value.

True, if no composite values have been assigned a value; otherwise, false.

Gets the composite values of this as an array of values.

Gets total number of composite values that this provides.

Gets the specified composite value of this .

Index of composite value to retrieve. A representing the composite value.

Represents a protocol independent interface representation of any kind of cell.

Gets a reference to the parent for this .

Gets or sets extended data that represents this .

Phasor enabled device commands enumeration.

0000 0000 0000 0001 Turn off transmission of data frames.

0000 0000 0000 0010 Turn on transmission of data frames.

0000 0000 0000 0011 Send header file.

0000 0000 0000 0100 Send configuration file 1.

0000 0000 0000 0101 Send configuration file 2.

0000 0000 0000 0110 Send configuration file 3.

0000 0000 0000 1000 Receive extended frame for IEEE C37.118 / receive reference phasor for IEEE 1344.

0000 1000 0000 0000 User designated command. Used to send latest configuration frame version.

Reserved bits.

Represents a protocol independent interface representation of any kind of command frame that contains a collection of objects.

Gets reference to the for this .

Gets or sets the parsing state for the this .

Gets or sets for this .

Gets or sets extended binary image data for this .

Represents a protocol independent interface representation of the parsing state of a .

Represents a protocol independent interface representation of any kind of cell.

Gets a reference to the parent for this .

Gets or sets the parsing state for the this .

Gets or sets the station name of this .

Gets the binary image of the of this .

Gets the maximum length of the of this .

Gets or sets the ID label of this .

Gets the binary image of the of this .

Gets the length of the of this .

Gets a reference to the of this .

Gets or sets the for the objects in the of this .

Gets or sets the of this .

Gets or sets the of the of this .

Gets or sets the nominal of the of this .

Gets a reference to the of this .

Gets or sets the for the objects in the of this .

Gets a reference to the of this .

Gets the specified frame rate of this .

Gets or sets the revision count of this .

Defines function signature for creating new objects.

Reference to parent . Binary image to parse from. Start index into to begin parsing. Returns the total number of bytes parsed from . New object. Specific type of object that the creates.

Represents a protocol independent interface representation of the parsing state of any kind of .

Gets reference to delegate used to create new objects.

Represents a protocol independent interface representation of any kind of configuration frame that contains a collection of objects.

Gets reference to the for this .

Gets or sets the parsing state for the this .

Gets or sets defined frame rate of this .

Gets the defined per frame of this .

Sets a new nominal for all elements of each in the collection.

New nominal for elements.

Represents a protocol independent interface representation of the parsing state of a .

Represents a protocol independent interface representation of custom connection parameters.

Determines if custom connection parameters are valid.

Data sorting types enumeration.

Data sorted by timestamp (typical situation).

Data sorted by arrival (bad timestamp).

Represents a protocol independent interface representation of any kind of cell.

This phasor protocol implementation defines a "cell" as a portion of a "frame", i.e., a logical unit of data. For example, a could be defined as a PMU within a that contains multiple PMU's coming from a PDC.

Gets reference to parent of this .

Gets or sets associated with this .

Gets or sets the parsing state for the this .

Gets station name of this .

Gets ID label of this .

Gets or sets 16-bit status flags of this .

Gets or sets command status flags of this .

Gets flag that determines if all values of this have been assigned.

Gets of this .

Gets or sets flag that determines if data of this is valid.

Gets or sets flag that determines if timestamp of this is valid based on GPS lock.

Gets or sets of this .

Gets or sets flag that determines if source device of this is reporting an error.

Gets the status flags of the as a measurement value.

Status flags of the as a measurement value.

Defines function signature for creating new objects.

Reference to parent . Reference to associated object. Binary image to parse from. Start index into to begin parsing. Returns the total number of bytes parsed from . New object. Specific type that the references. Specific type that the creates.

Represents a protocol independent interface representation of the parsing state of any kind of .

Gets reference to the associated with the being parsed.

Gets reference to delegate used to create new objects.

Represents a protocol independent interface representation of any kind of data frame that contains a collection of objects.

Gets or sets associated with this .

Gets reference to the for this .

Gets or sets the parsing state for this .

Gets or sets protocol specific quality flags for this .

Gets the quality flags of the as a measurement value.

Quality flags of the as a measurement value.

Represents a protocol independent interface representation of the parsing state of a .

Gets reference to the associated with the being parsed.

Represents a protocol independent interface representation of a definition of a .

Represents a protocol independent interface representation of a digital value.

Gets or sets the 16-bit integer value (composed of digital bits) that represents this .

Represents the IEEE C37.118 configuration frame 3 implementation of an .

Creates a new from specified parameters.

The parent of this .

Creates a new from specified parameters.

The parent of this . The label of this . The integer scaling value of this . The offset of this . The of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets the for the .

Gets or sets of this .

Gets or sets any multiplier, i.e., scale, to be applied to the analog value.

Gets or sets and adder, i.e., offset, to be applied to the analog value.

Gets a of string based property names and values for this object.

Gets conversion factor image of this .

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Parses conversion factor image from the specified .

Binary image to parse. Start index into to begin parsing.

Represents a base implementation for the IEEE C37.118 configuration 3 frame channel definition used by PhasorDefinition3, AnalogDefinition3 and DigitalDefinition3 for the purpose of parsing length-prefixed variable length channel names.

Creates a new .

The parent of this .

Creates a new from specified parameters.

The parent of this . The label of this . The integer scaling value of this . The offset of this . This index of this , if applicable.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets the of this .

Gets or sets the index of this .

Index is automatically maintained by .

Gets or sets the offset of this .

Gets or sets the conversion factor of this .

Gets the scale/bit for the of this .

The base implementation assumes scale/bit of 10^-5.

Gets or sets the integer scaling value of this .

Gets the maximum value for the of this .

The base implementation accommodates maximum scaling factor of 24-bits of space.

Gets or sets the label of this .

Gets the binary image of the of this .

Gets the maximum length of the of this .

Gets the length of the .

Gets the binary body image of the object.

Gets a of string based property names and values for this object.

Parses the binary body image.

Returns a value indicating whether this instance is equal to a specified object.

An object to compare, or null. True if obj is an instance of and equals the value of this instance; otherwise, False. value is not an .

Returns a value indicating whether this instance is equal to specified value.

A object to compare to this instance. True if has the same value as this instance; otherwise, False.

Compares this instance to a specified object and returns an indication of their relative values.

Returns the hash code for this instance.

A 32-bit signed integer hash code.

Gets the string representation of this .

String representation of this .

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents the IEEE C37.118 configuration frame 3 implementation of a .

Creates a new .

The parent of this .

Creates a new from specified parameters.

The parent of this . The label of this . The normal status for this . The valid input for this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets or sets normal status for this .

Gets or sets valid input for this .

Gets the maximum length of the of this .

Gets the number of labels defined in this .

Gets array of 16-digital labels.

Gets or sets the combined set of label images of this .

Gets the binary image of the of this .

Gets the length of the .

Gets the of this .

Data format for digital values will always be .

Gets or sets the offset of this .

Offset for digital values will always be 0; assigning a value other than 0 will thrown an exception. Digital values represent bit flags and thus do not support an offset.

Gets or sets the integer scaling value of this .

Scaling value for digital values will always be 1; assigning a value other than 1 will thrown an exception. Digital values represent bit flags and thus are not scaled.

Gets the scale/bit for the of this .

Scale/bit for digital values will always be 1.0.

Gets conversion factor image of this .

Gets a of string based property names and values for this object.

Parses the binary body image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Parses conversion factor image from the specified .

Binary image to parse. Start index into to begin parsing.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Collects frame images until a full IEEE C37.118 frame has been received.

Creates a new .

Indicates if frames are selected for check-sum validation.

Gets the combined binary image of all the collected frame images.

Gets the length of the combined binary image of all the collected frame images.

Gets the total number frames appended to .

Gets flag based on property that determines if frames are selected for check-sum validation.

Releases all the resources used by the object.

Appends the current frame image to the frame image collection.

A array to append to the collection. An value indicating the number of bytes to read from the . An value indicating the offset to read from.

Represents the IEEE C37.118 configuration frame 3 implementation of a .

Creates a new from specified parameters.

The parent of this .

Creates a new from specified parameters.

The parent of this . The label of this . The integer scaling value of this . The offset of this . The of this . The associated that represents the voltage reference (if any). The phase of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets the of this .

Gets or sets the of this .

Gets or sets the associated that represents the voltage reference (if any).

This only applies to current phasors.

Gets or sets of this .

Gets or sets user defined flags of this .

Gets or sets any multiplier to be applied to the phasor magnitudes.

Gets or sets and adder to be applied to the phasor angle, in radians.

Gets a of string based property names and values for this object.

Gets conversion factor image of this .

Gets the string representation of this .

String representation of this .

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Parses conversion factor image from the specified .

Binary image to parse. Start index into to begin parsing.

Represents the IEEE C37.118 implementation of a that can be sent or received.

Represents infinity value for longitude and latitude coordinate values.

Creates a new .

The reference to parent of this .

Creates a new from specified parameters.

The reference to parent of this . The numeric ID code for this . The nominal of the of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets a reference to the parent for this .

Gets or sets format flags of this .

These are bit flags, use properties to change basic values.

Gets or sets the for the objects in the of this .

Gets or sets the of the of this .

Gets or sets the for the objects in the of this .

Gets or sets G_PMU_ID value for this .

Gets or sets PMU_LAT value for this .

Gets as a , infinity represented by .

Gets or sets PMU_LON value for this .

Gets as a , infinity represented by .

Gets or sets PMU_ELEV value for this .

Gets or sets SVC_CLASS value, 'M' or 'P', for this .

Gets or sets WINDOW value for this .

Gets or sets GRP_DLY value for this .

Gets or sets flag indicating if data in cell is modified through configuration for this .

Gets the maximum length of the of this .

Gets flag that indicates if should auto pad-right value to .

Gets the length of the .

Gets the binary header image of the object.

Gets the length of the .

Gets the binary footer image of the object.

of string based property names and values for the object.

Parses the binary header image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Parses the binary footer image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Encodes a length-prefixed string. Length size is one byte per IEEE C37.118-2011 specification.

String value to encode using UTF-8 encoding.. Target buffer. Target buffer offset. Total number of encoded bytes copied into .

Encodes a length-prefixed string. Length size is one byte per IEEE C37.118-2011 specification.

String value to encode using UTF-8 encoding.. Encoded string.

Decodes a length-prefixed string. Length size is one byte per IEEE C37.118-2011 specification.

Source buffer. Source buffer offset. Value is auto-incremented. Decoded string from bytes encoded in .

Gets longitude or latitude coordinate stored as a as a accounting for possible value.

Source value. as .

Represents the IEEE C37.118 implementation of a , type 3, that can be sent or received.

Creates a new .

This constructor is used by to parse an IEEE C37.118 configuration frame, type 3.

Creates a new from specified parameters.

Timebase to use for fraction second resolution. The ID code of this . The exact timestamp, in , of the data represented by this . The defined frame rate of this . This constructor is used by a consumer to generate an IEEE C37.118 configuration frame, type 3.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets the of this .

Gets continuation index for fragmented frames of this .

Gets the length of the .

Gets the binary header image of the object.

Returns a collection of binary images where each image represents a frame, i.e., a portion of a complete configuration 3 frame image to be published. Each returned frame in the collection will be no larger than 65,535 bytes.

This property manages creating multiple frame images for a config frame 3 instance using the CONT_IDX field for fragmented frames.

Parses the binary image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed. This method is overridden to parse from cumulated frame images.

Parses the binary header image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Contains an implementation of the phasor classes used to parse or generate a stream of data in the IEEE C37.118-2005 standard format.

Represents the IEEE C37.118 implementation of an .

Creates a new from specified parameters.

The parent of this .

Creates a new from specified parameters.

The parent of this . The label of this . The integer scaling value of this . The offset of this . The of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets conversion factor image of this .

Parses conversion factor image from the specified .

Binary image to parse. Start index into to begin parsing.

Represents the IEEE C37.118 implementation of an .

Creates a new .

The parent of this . The associated with this .

Creates a new from specified parameters.

The parent of this . The associated with this . The floating point value that represents this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets or sets the associated with this .

of string based property names and values for the object.

Represents the IEEE C37.118 implementation of a that can be sent or received.

IEEE C37.118 command frames are designed only to be sent to a device, not received from a device. As a result this frame does not implement for automated frame parsing. This class exposes a constructor that accepts a binary image in order to manually parse a command frame.

Creates a new from the given .

Binary image to parse. Start index into to begin parsing. Length of valid data within . This constructor is used by a consumer to parse a received IEEE C37.118 command frame. Typically command frames are sent to a device. This constructor would used if this code was being used inside of a phasor measurement device. is not large enough to parse frame.

Creates a new from specified parameters.

The ID code of this . The for this . IEEE C37.118 revision number. This constructor is used by a consumer to generate an IEEE C37.118 command frame.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets current .

Gets or sets exact timestamp, in ticks, of the data represented by this .

The value of this property represents the number of 100-nanosecond intervals that have elapsed since 12:00:00 midnight, January 1, 0001.

Gets or sets the ID code.

Gets the IEEE C37.118 protocol version of this .

Gets the length of the .

Gets the binary header image of the object.

of string based property names and values for the object.

Parses the binary header image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Calculates checksum of given .

Buffer image over which to calculate checksum. Start index into to calculate checksum. Length of data within to calculate checksum. Checksum over specified portion of .

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

IEEE C37.118 frame types enumeration.

000 Data frame.

001 Header frame.

010 Configuration frame 1.

011 Configuration frame 2.

101 Configuration frame 3.

100 Command frame.

. Reserved bit.

Version number mask.

Protocol draft revision numbers enumeration.

Draft 6.0.

Draft 7.0 (i.e., IEEE Std C37.118-2005).

IEEE Std C37.118-2005.

IEEE Std C37.118-2011.

Defines the latest known IEEE C37.118 version number.

Data format flags enumeration.

Frequency value format (Set = float, Clear = integer).

Analog value format (Set = float, Clear = integer).

Phasor value format (Set = float, Clear = integer).

Phasor coordinate format (Set = polar, Clear = rectangular).

Unused format bits mask.

No flags.

Time quality flags enumeration.

Reserved bit.

Leap second direction – 0 for add, 1 for delete.

Leap second occurred – set in the first second after the leap second occurs and remains set for 24 hours.

Leap second pending – set before a leap second occurs and cleared in the second after the leap second occurs.

Time quality indicator code mask.

No flags.

Time quality indicator code enumeration.

1111 - 0xF: Fault--clock failure, time not reliable.

1011 - 0xB: Clock unlocked, time within 10^1 s.

1010 - 0xA: Clock unlocked, time within 10^0 s.

1001 - 0x9: Clock unlocked, time within 10^-1 s.

1000 - 0x8: Clock unlocked, time within 10^-2 s.

0111 - 0x7: Clock unlocked, time within 10^-3 s.

0110 - 0x6: Clock unlocked, time within 10^-4 s.

0101 - 0x5: Clock unlocked, time within 10^-5 s.

0100 - 0x4: Clock unlocked, time within 10^-6 s.

0011 - 0x3: Clock unlocked, time within 10^-7 s.

0010 - 0x2: Clock unlocked, time within 10^-8 s.

0001 - 0x1: Clock unlocked, time within 10^-9 s.

0000 - 0x0: Normal operation, clock locked.

Status flags enumeration.

Data is valid (0 when device data is valid, 1 when invalid or device is in test mode).

Device error including configuration error, 0 when no error.

Device synchronization error, 0 when in sync.

Data sorting type, 0 by timestamp, 1 by arrival.

Device trigger detected, 0 when no trigger.

Configuration changed, set to 1 for one minute when configuration changed.

Data modified indicator, set to 1 when data is modified by a post-processing device such as a PDC, else 0 to indicate no modifications.

Time quality mask.

Unlocked time mask.

Trigger reason mask.

No flags.

Unlocked time enumeration.

Estimated maximum time error > 10ms or time error unknown.

Estimated maximum time error < 10ms.

Estimated maximum time error < 1ms.

Estimated maximum time error < 100μs.

Estimated maximum time error < 10μs.

Estimated maximum time error < 1μs.

Estimated maximum time error < 100ns.

Not used (indicates code from previous version of profile)

Unlocked time enumeration.

Sync locked, best quality.

Unlocked for 10 seconds.

Unlocked for 100 seconds.

Unlocked for over 1000 seconds.

Trigger reason enumeration.

1111 Vendor defined trigger 8.

1110 Vendor defined trigger 7.

1101 Vendor defined trigger 6.

1100 Vendor defined trigger 5.

1011 Vendor defined trigger 4.

1010 Vendor defined trigger 3.

1001 Vendor defined trigger 2.

1000 Vendor defined trigger 1.

0111 Digital.

0101 df/dt high.

0011 Phase angle difference.

0001 Magnitude low.

0110 Reserved.

0100 Frequency high/low.

0010 Magnitude high.

0000 Manual.

Phasor data modification flags enumeration.

No modifications.

Up-sampled with interpolation.

Up-sampled with extrapolation.

Down-sampled by re-selection (selecting every Nth sample).

Down sampled with FIR filter.

Down-sampled with non-FIR filter.

Filtered without changing sampling.

Phasor magnitude adjusted for calibration.

Phasor phase adjusted for calibration.

Phasor phase adjusted for rotation ( ±30º, ±120º, etc.).

Pseudo-phasor value (combined from other phasors).

Modification applied, type not here defined.

Reserved bits.

Phasor type enumeration.

Phasor type, 0 for voltage, 1 for current.

Phasor component mask.

Reserved bits.

Phasor component enumeration.

Zero sequence phasor.

Positive sequence phasor.

Negative sequence phasor.

Reserved sequence phasor.

Phase-A phasor.

Phase-B phasor.

Phase-C phasor.

Reserved phase phasor.

Common IEEE C37.118 declarations and functions.

Absolute maximum number of possible phasor values that could fit into a data frame.

Absolute maximum number of possible analog values that could fit into a data frame.

Absolute maximum number of possible digital values that could fit into a data frame.

Absolute maximum data length (in bytes) that could fit into any frame.

Absolute maximum number of bytes of extended data that could fit into a command frame.

Time quality flags mask.

Gets the version number for a given .

Target . Version number for the specified .

Represents the common header for all IEEE C37.118 frames of data.

Total fixed length of .

Creates a new from specified parameters.

IEEE C37.118 if available. The IEEE C37.118 specific frame type of this frame. The ID code of this frame. The timestamp of this frame. The target version for this IEEE C37.118 frame.

Creates a new from given .

IEEE C37.118 if already parsed. Buffer that contains data to parse. Start index into buffer where valid data begins.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets timestamp of this .

Gets or sets the IEEE C37.118 specific frame type of this frame.

This returns the protocol specific frame classification which uniquely identifies the frame type. This is the implementation.

Gets or sets the IEEE C37.118 version of this frame.

Gets or sets the IEEE C37.118 frame length of this frame.

Gets or sets the length of the data in the IEEE C37.118 frame (i.e., the minus the header length and checksum: - 8).

Gets or sets the IEEE C37.118 ID code of this frame.

Gets or sets the IEEE C37.118 resolution of fractional time stamps.

Gets the IEEE C37.118 second of century.

Gets the IEEE C37.118 fraction of second.

Gets or sets reference to used to cumulate fragmented frames of a .

Gets or sets continuation index for fragmented frames of a .

Gets flag that determines if the represents the first frame in a series of frames that follow.

true if represents the first frame in a series; otherwise, false.

Gets flag that determines if the represents the last frame in a series of frames.

true if represents the last frame in a series; otherwise, false.

Gets or sets the IEEE C37.118 .

Gets time as a representing seconds of current .

Gets or sets the parsing state for the object.

Gets the fundamental frame type of this frame.

Frames are generally classified as data, configuration or header frames. This returns the general frame classification.

Gets the binary image of the common header portion of this frame.

Appends header specific attributes to dictionary.

Dictionary to append header specific attributes to.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Validates the CRC-CCITT for the specified IEEE C37.118 buffer.

A indicating whether the checksum is valid. A array buffer. An value as the number of bytes to read for the checksum. An value as the start index into being reading the value at.

Represents the IEEE C37.118 implementation of a that can be sent or received.

Creates a new .

The reference to parent of this .

Creates a new from specified parameters.

The reference to parent of this . The numeric ID code for this . The nominal of the of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets a reference to the parent for this .

Gets or sets format flags of this .

These are bit flags, use properties to change basic values.

Gets or sets the for the objects in the of this .

Gets or sets the of the of this .

Gets or sets the for the objects in the of this .

Gets the length of the .

Gets the binary header image of the object.

Gets the length of the .

Gets the binary footer image of the object.

of string based property names and values for the object.

Parses the binary header image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Parses the binary footer image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents a IEEE C37.118 implementation of a collection of objects.

Creates a new .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets at specified .

Index of value to get or set.

Represents the IEEE C37.118 implementation of a , type 1, that can be sent or received.

Represents the Length of the fixed part of this header (total length - length of point definitions).

Creates a new .

This constructor is used by to parse an IEEE C37.118 configuration frame.

Creates a new from specified parameters.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets reference to the for this .

Gets the of this .

Gets or sets exact timestamp, in ticks, of the data represented by this .

The value of this property represents the number of 100-nanosecond intervals that have elapsed since 12:00:00 midnight, January 1, 0001.

Gets or sets the ID code.

Gets or sets current .

Gets or sets the IEEE C37.118 protocol version of this .

Gets or sets the IEEE C37.118 resolution of fractional time stamps of this .

Gets or sets the of this .

Gets the length of the .

Gets the binary header image of the object.

Gets the length of the .

Gets the binary footer image of the object.

of string based property names and values for the object.

Creates a copy of this .

Source header to use for clone. A copy of the current .

Parses the binary header image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Parses the binary footer image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Calculates checksum of given .

Buffer image over which to calculate checksum. Start index into to calculate checksum. Length of data within to calculate checksum. Checksum over specified portion of .

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents the IEEE C37.118 draft 6 implementation of a , type 1, that can be sent or received.

Creates a new .

This constructor is used by to parse an IEEE C37.118 draft 6 configuration frame.

Creates a new from specified parameters.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets the of this .

Represents the IEEE C37.118 implementation of a , type 2, that can be sent or received.

Creates a new .

This constructor is used by to parse an IEEE C37.118 configuration frame, type 2.

Creates a new from specified parameters.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets the of this .

Represents the IEEE C37.118 draft 6 implementation of a , type 2, that can be sent or received.

Creates a new .

This constructor is used by to parse an IEEE C37.118 draft 6 configuration frame, type 2.

Creates a new from specified parameters.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets the of this .

Represents the IEEE C37.118 implementation of a that can be sent or received.

Creates a new .

The reference to parent of this . The associated with this .

Creates a new from specified parameters.

The reference to parent of this . The associated with this . If true, adds empty values for each defined configuration cell definition.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the reference to parent of this .

Gets or sets the associated with this .

Gets or sets the parent of this , if applicable.

Gets or sets status flags for this .

Gets or sets time quality of this .

Gets or sets unlocked time of this .

Gets or sets trigger reason of this .

Gets or sets flag that determines if data of this is valid.

Gets or sets flag that determines if timestamp of this is valid based on GPS lock.

Gets or sets of this .

Gets or sets flag that determines if source device of this is reporting an error.

Gets or sets flag that determines if device trigger is detected for this .

Gets or sets flag that determines if configuration change was detected for this .

Gets or sets flag that determines if data was modified for this .

of string based property names and values for the object.

Represents a IEEE C37.118 implementation of a collection of objects.

Creates a new .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets at specified .

Index of value to get or set.

Represents the IEEE C37.118 implementation of a that can be sent or received.

Creates a new .

This constructor is used by to parse an IEEE C37.118 data frame.

Creates a new from specified parameters.

The exact timestamp, in , of the data represented by this . The associated with this . This constructor is used by a consumer to generate an IEEE C37.118 data frame.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets reference to the for this .

Gets or sets associated with this .

Gets or sets exact timestamp, in ticks, of the data represented by this .

The value of this property represents the number of 100-nanosecond intervals that have elapsed since 12:00:00 midnight, January 1, 0001.

Gets or sets the ID code.

Gets the identifier that is used to identify the IEEE C37.118 frame.

Gets or sets current .

Gets or sets protocol specific quality flags for this .

Gets the IEEE C37.118 protocol version of this as specified by the associated .

Gets the IEEE C37.118 timebase of this as specified by the associated .

Gets or sets the associated with this .

Gets the length of the .

Gets the binary header image of the object.

of string based property names and values for the object.

Parses the binary header image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Calculates checksum of given .

Buffer image over which to calculate checksum. Start index into to calculate checksum. Length of data within to calculate checksum. Checksum over specified portion of .

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents the IEEE C37.118 implementation of a .

Creates a new .

The parent of this .

Creates a new from specified parameters.

The parent of this . The label of this . The normal status for this . The valid input for this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets or sets normal status for this .

Gets or sets valid input for this .

Gets the maximum length of the of this .

Gets the number of labels defined in this .

Gets or sets the combined set of label images of this .

Gets the of this .

Gets conversion factor image of this .

Gets a of string based property names and values for this object.

Gets the individual labels for specified bit in this .

Index of desired bit label to access. In the final version of the protocol each digital bit can be labeled, but we read them out as one big string in the "Label" property so this property allows individual access to each label. Note that the draft 6 implementation of the protocol supports one label for all 16-bits, however draft 7 (i.e., version 1) supports a label for each of the 16 bits. A value of the label corresponding to the parameter.

Sets the individual labels for specified bit in this .

Index of desired bit label to access. Value of the bit label to assign. In the final version of the protocol each digital bit can be labeled, but we read them out as one big string in the "Label" property so this property allows individual access to each label. Note that the draft 6 implementation of the protocol supports one label for all 16-bits, however draft 7 (i.e., version 1) supports a label for each of the 16 bits.

Parses the binary body image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Parses conversion factor image from the specified .

Binary image to parse. Start index into to begin parsing.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents the IEEE C37.118 implementation of a .

Creates a new .

The parent of this . The associated with this .

Creates a new from specified parameters.

The parent of this . The associated with this . The unsigned 16-bit integer value (composed of digital bits) that represents this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets or sets the associated with this .

Represents a frame parser for an IEEE C37.118 binary data stream and returns parsed data via events.

Frame parser is implemented as a write-only stream - this way data can come from any source.

Occurs when an IEEE C37.118 has been received.

is the that was received.

Occurs when an IEEE C37.118 has been received.

is the that was received.

Occurs when an IEEE C37.118 has been received.

is the that was received.

Occurs when an IEEE C37.118 has been received.

is the that was received.

Occurs when an IEEE C37.118 has been received.

is the that was received.

Occurs when an IEEE C37.118 has been received.

is the that was received. Command frames are normally sent, not received, but there is nothing that prevents this.

Creates a new .

Frame types that should perform check-sum validation; default to Determines if header lengths should be trusted over parsed byte count. The of this .

Gets or sets current used for parsing 's encountered in the data stream from a device.

If a has been parsed, this will return a reference to the parsed frame. Consumer can manually assign a to start parsing data if one has not been encountered in the stream.

Gets or sets the of this .

Gets the IEEE C37.118 resolution of fractional timestamps of the current , if one has been parsed.

Gets flag that determines if this protocol parsing implementation uses synchronization bytes.

Gets current descriptive status of the .

Start the data parser.

Parses a common header instance that implements for the output type represented in the binary image.

Raises the event.

to send to event.

Raises the event.

to send to event.

Casts the parsed to its specific implementation (i.e., , , or ).

that was parsed by that implements protocol specific common frame header interface.

Handles unknown frame types.

Unknown frame ID.

Represents the IEEE C37.118 implementation of a .

Creates a new .

The parent of this .

Creates a new from specified parameters.

The parent of this . The label of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Return value can be null if parent configuration cell is a .

Gets or sets the parent of this , if applicable.

Return value can be null if parent configuration cell is a .

Gets the maximum length of the of this .

Gets flag that indicates if should auto pad-right value to .

Gets the length of the .

Gets the binary body image of the object.

Parses the binary body image.

Represents the IEEE C37.118 implementation of a .

Creates a new .

The parent of this . The associated with this .

Creates a new from specified parameters.

The parent of this . The associated with this . The floating point value that represents this . The floating point value that represents the change in this over time.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets or sets the associated with this .

Gets or sets the unscaled integer representation of this .

Gets or sets the unscaled integer representation of the change in this over time.

Represents the IEEE C37.118 implementation of a that can be sent or received.

Creates a new .

This constructor is used by a consumer or by to generate or parse an IEEE C37.118 header frame.

Creates a new .

based data to include in this . This constructor is used by a consumer to generate an IEEE C37.118 header frame.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets exact timestamp, in ticks, of the data represented by this .

The value of this property represents the number of 100-nanosecond intervals that have elapsed since 12:00:00 midnight, January 1, 0001.

Gets or sets the ID code.

Gets the identifier that is used to identify the IEEE C37.118 frame.

Gets or sets current .

Gets the IEEE C37.118 protocol version of this .

Gets the IEEE C37.118 timebase of this .

Gets or sets the associated with this .

Gets the length of the .

Gets the binary header image of the object.

of string based property names and values for the object.

Parses the binary header image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Calculates checksum of given .

Buffer image over which to calculate checksum. Start index into to calculate checksum. Length of data within to calculate checksum. Checksum over specified portion of .

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents the IEEE C37.118 implementation of a .

Creates a new from specified parameters.

The parent of this .

Creates a new from specified parameters.

The parent of this . The label of this . The integer scaling value of this . The offset of this . The of this . The associated that represents the voltage reference (if any).

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets conversion factor image of this .

Parses conversion factor image from the specified .

Binary image to parse. Start index into to begin parsing.

Represents the IEEE C37.118 implementation of a .

Creates a new .

The parent of this . The associated with this .

Creates a new from specified parameters.

The parent of this . The associated with this . The real value of this . The imaginary value of this .

Creates a new from specified parameters.

The parent of this . The associated with this . The value (a.k.a., the argument) of this , in radians. The magnitude value (a.k.a., the absolute value or modulus) of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets or sets the associated with this .

Gets or sets the unscaled integer representation of the real value of this .

Gets or sets the unscaled integer representation of the imaginary value of this .

of string based property names and values for the object.

Source channel, e.g., data or command.

Source channel is command (e.g., TCP).

Source channel is data (e.g., UDP).

Source channel is other.

Check-sum validation frame-type flags.

Include no frame types for check-sum validation.

Include configuration frame for check-sum validation.

Include data frame for check-sum validation.

Include header frame for check-sum validation.

Include command frame for check-sum validation.

Include all frame types for check-sum validation.

Represents a protocol independent representation of a frame parser.

This interface allows protocol specific frame parsers to be handled abstractly by the .

Occurs when any has been received.

is the that was received. is the flag to determine if frame publication should continue.

Occurs when a has been received.

is the that was received.

Occurs when a has been received.

is the that was received.

Occurs when a has been received.

is the that was received.

Occurs when a has been received.

is the that was received.

Occurs when an undetermined has been received.

is the undetermined that was received.

Occurs when a frame image has been received.

is the of the frame buffer image that was received.
is the length of the frame image that was received.

Occurs when a frame buffer image has been received.

Occurs when a device sends a notification that its configuration has changed.

Occurs when an is encountered while attempting to parse data.

is the encountered while parsing data.

Occurs when buffer parsing has completed.

Gets the total number of buffers that are currently queued for processing, if any.

Gets the total number of frames that are currently queued for publication, if any.

Gets the number of redundant frames in each packet.

Gets or sets current used for parsing 's encountered in the data stream from a device.

If a has been parsed, this will return a reference to the parsed frame. Consumer can manually assign a to start parsing data if one has not been encountered in the stream.

Gets or sets any connection specific that may be needed for parsing.

Gets or sets flags that determine if check-sums for specified frames should be validated.

It is expected that this will normally be set to .

Gets or sets flag that determines if header lengths should be trusted over parsed byte count.

It is expected that this will normally be left as true.

Gets or sets a boolean value that indicates whether the data parser is currently enabled.

Start the streaming data parser.

Stops the streaming data parser.

Writes a sequence of bytes onto the stream for parsing.

Defines the source channel for the data. An array of bytes. This method copies count bytes from buffer to the current stream. The zero-based byte offset in buffer at which to begin copying bytes to the current stream. The number of bytes to be written to the current stream.

Represents a protocol independent interface representation of a definition of a .

Gets the nominal of this .

Gets or sets the df/dt offset of this .

Gets or sets the df/dt scaling value of this .

Represents a protocol independent interface of a frequency value.

Gets or sets the floating point value that represents this .

Gets or sets the floating point value that represents the change in this over time.

Gets or sets the unscaled integer representation of this .

Gets or sets the unscaled integer representation of the change in this over time.

Represents a protocol independent interface representation of any kind of cell.

Gets a reference to the parent for this .

Gets or sets ASCII character as a that represents this .

Represents a protocol independent interface representation of any kind of header frame that contains a collection of objects.

Gets reference to the for this .

Gets or sets the parsing state for the this .

Gets or sets header data for this .

Represents a protocol independent interface representation of the parsing state of a .

Phasor coordinate formats enumeration.

Rectangular coordinate format.

Polar coordinate format.

Angle format enumeration.

Serialize angles in degrees.

Serialize angles in radians.

Represents a protocol independent interface representation of a definition of a .

Gets or sets the of this .

Gets or sets the associated that represents the voltage reference (if any).

This only applies to current phasors.

Represents a protocol independent interface representation of a phasor value.

Gets the of this .

Gets value from this .

Gets or sets the value (a.k.a., the argument) of this , in radians.

Gets or sets the magnitude value (a.k.a., the absolute value or modulus) of this .

Gets or sets the real floating point value of this .

Gets or sets the imaginary floating point value of this .

Gets or sets the unscaled integer representation of the real value of this .

Gets or sets the unscaled integer representation of the imaginary value of this .

Phasor data protocols enumeration.

IEEE C37.118.2-2011 protocol.

IEEE C37.118-2005 protocol.

IEEE C37.118, draft 6 protocol.

IEEE 1344-1995 protocol.

BPA PDCstream protocol.

UTK F-NET protocol.

SEL Fast Message protocol.

Macrodyne protocol.

IEC 61850-90-5 protocol.

SEL CWS protocol.

Protocol independent frame parser.

This class takes all protocol frame parsing implementations and reduces them to a single simple-to-use class exposing all data through abstract interfaces (e.g., IConfigurationFrame, IDataFrame, etc.) - this way new protocol implementations can be added without adversely affecting consuming code. Additionally, this class implements a variety of transport options (e.g., TCP, UDP, Serial, etc.) and hides the complexities of this connectivity and internally pushes all data received from the selected transport protocol to the selected phasor parsing protocol.

Creates an instance of a TCP server that can be shared for multiple devices (e.g., an F-NET server)

Occurs when the server is started.

Occurs when the server is stopped.

Occurs when a client connects to the server.

is the ID of the client that connected to the server.

Occurs when a client disconnects from the server.

is the ID of the client that disconnected from the server.

Occurs when an exception is encountered while a client is connecting.

is the encountered when connecting to the client.

Occurs when data is being sent to a client.

is the ID of the client to which the data is being sent.

Occurs when data has been sent to a client.

is the ID of the client to which the data has been sent.

Occurs when an is encountered when sending data to a client.

is the ID of the client to which the data was being sent.
is the encountered when sending data to a client.

Occurs when unprocessed data has been received from a client.

This event can be used to receive a notification that client data has arrived. The method can then be used to copy data to an existing buffer. In many cases it will be optimal to use an existing buffer instead of subscribing to the event, however, the data that is available after calling the method will be the original unprocessed data received by the client, i.e., not optionally decrypted or decompressed data. is the ID of the client from which data is received.
is the number of bytes received in the buffer from the client.

Occurs when data received from a client has been processed and is ready for consumption.

is the ID of the client from which data is received.
is a new buffer containing post-processed data received from the client starting at index zero.
is the number of post-processed bytes received in the buffer from the client.

Occurs when an is encountered when receiving data from a client.

is the ID of the client from which the data was being received.
is the encountered when receiving data from a client.

Occurs when an is encountered in a user-defined function via an event dispatch.

is the thrown by the user-defined function.

Raised after the source object has been properly disposed.

Gets the name of the object providing status information.

Gets the current status details about object providing status information.

Gets or sets the data required by the server to initialize.

Gets or sets the maximum number of clients that can connect to the server.

Gets or sets the size of the buffer used by the client for receiving data from the server.

Gets or sets the size of the buffer used by the server for receiving data from the clients.

Gets or sets the to be used for the text sent to the connected clients.

Gets the current .

Gets the used by the server for the transportation of data with the clients.

Gets the server's ID.

Gets the IDs of clients connected to the server.

Gets the for which the server has been running.

Gets or sets a boolean value that indicates whether the object is enabled.

Gets a flag that indicates whether the object has been disposed.

Initializes the state of the object.

Starts the server.

Stops the server.

Disconnects a connected client.

ID of the client to be disconnected.

Disconnects all the connected clients.

Performs application-defined tasks associated with freeing, releasing, or resetting unmanaged resources.

Sends data to the specified client synchronously.

ID of the client to which the data is to be sent. The buffer that contains the binary data to be sent. The zero-based position in the at which to begin sending data. The number of bytes to be sent from starting at the .

Sends data to all the connected clients synchronously.

The buffer that contains the binary data to be sent. The zero-based position in the at which to begin sending data. The number of bytes to be sent from starting at the .

Sends data to the specified client asynchronously.

Sends data to all the connected clients asynchronously.

The buffer that contains the binary data to be sent. The zero-based position in the at which to begin sending data. The number of bytes to be sent from starting at the . Array of for the asynchronous operation.

Reads a number of bytes from the current received data buffer and writes those bytes into a byte array at the specified offset.

ID of the client from which data buffer should be read. Destination buffer used to hold copied bytes. 0-based starting index into destination to begin writing data. The number of bytes to read from current received data buffer and write into . The number of bytes read. This function should only be called from within the event handler. Calling this method outside this event will have unexpected results.

Gets a reference to the shared server listening on this server's local end point.

A reference to a shared server.

Releases a reference to this server's shared server, and disposes of the shared server if nobody is using it.

Terminates the server as quickly as possible and removes it from the collection of shared servers.

Determines the local end point this server intends to listen on via configuration string properties.

The local end point.

Shared UDP client reference.

This class is used to create multiple IClient instances which share a single UDP client.
One shared UDP client instance will be created per local end point.

Gets or sets the data required by the client to connect to the server.

Gets the for which the client has been connected to the server.

Gets the current .

Gets or sets the maximum number of times the client will attempt to connect to the server.

Set to -1 for infinite connection attempts.

Gets or sets the size of the buffer used by the client for receiving data from the server.

The value being assigned is either zero or negative.

Gets or sets the size of the buffer used by the client for sending data to the server.

The value being assigned is either zero or negative.

Gets the server URI.

Gets the current server index, when multiple server end points are defined.

Gets or sets the to be used for the text sent to the server.

Gets the used by the client for the transportation of data with the server.

Gets or sets a boolean value that indicates whether the client is currently enabled.

Setting to true will start connection cycle for the client if it is not connected, setting to false will disconnect the client if it is connected.

Gets a flag that indicates whether the object has been disposed.

Gets the unique identifier of the client.

Gets or sets the flag that determines whether the UDP client should attempt to receive packet info when receiving data from the socket.

Gets the for the client connection.

Gets the descriptive status of the client.

Connects the client to the server synchronously.

Connects the client to the server asynchronously.

Server property in is invalid. Attempt is made to connect the client when it is not disconnected. for the asynchronous operation. Derived classes are expected to override this method with protocol specific connection operations. Call the base class method to obtain an operational wait handle if protocol connection operation doesn't provide one already.

When overridden in a derived class, disconnects client from the server synchronously.

Reads a number of bytes from the current received data buffer and writes those bytes into a byte array at the specified offset.

Destination buffer used to hold copied bytes. 0-based starting index into destination to begin writing data. The number of bytes to read from current received data buffer and write into . The number of bytes read. This function should only be called from within the event handler. Calling this method outside this event will have unexpected results. No received data buffer has been defined to read. is null. or is less than 0 -or- and will exceed length.

Requests that the client attempt to move to the next .

true if request succeeded; otherwise, false.

Sends data to the server synchronously.

The buffer that contains the binary data to be sent. The zero-based position in the at which to begin sending data. The number of bytes to be sent from starting at the .

Sends data to the server asynchronously.

The buffer that contains the binary data to be sent. The zero-based position in the at which to begin sending data. The number of bytes to be sent from starting at the . for the asynchronous operation.

Initializes the client.

is to be called by user-code directly only if the client is not consumed through the designer surface of the IDE.

Releases the unmanaged resources used by the client and optionally releases the managed resources.

Gets a reference to the shared client listening on this client's local end point.

A reference to a shared client.

Releases a reference to this client's shared client, and disposes of the shared client if nobody is using it.

Terminates the client as quickly as possible and removes it from the collection of shared clients.

Determines the local end point this client intends to listen on via connection string properties.

The local end point.

Specifies the default value for the property.

Occurs when any has been received.

is the that was received. is the flag to determine if frame publication should continue.

Occurs when a has been received.

is the that was received.

Occurs when a has been received.

is the that was received.

Occurs when a has been received.

is the that was received.

Occurs when a has been received.

is the that was received.

Occurs when an undetermined has been received.

is the undetermined that was received.

Occurs when a frame image has been received.

is the of the frame buffer image that was received.
is the length of the frame image that was received.

Occurs when a frame buffer image has been received.

Occurs when a device sends a notification that its configuration has changed.

Occurs when an is encountered while parsing the data stream.

is the encountered while parsing the data stream.

Occurs when buffer parsing has completed.

Occurs when number of parsing exceptions exceed during .

Occurs when a is sent to a device.

is a reference to the that was sent to the device.

Occurs when an is encountered during connection attempt to a device.

is the exception that occurred during the connection attempt.
is the number of connections attempted so far.

Occurs when is attempting connection to a device.

Occurs when has established a connection to a device.

Occurs when device connection has been terminated.

Occurs when the is setup as a listening connection and server connection has been started.

Occurs when the is setup as a listening connection and server connection has been stopped.

Occurs when the of the associated connection is updated.

Creates a new using the default settings.

Releases the unmanaged resources before the object is reclaimed by .

Gets or sets to use with this .

Gets or sets specific configuration frame version to request from device which overrides default that otherwise requests latest configuration frame version for current protocol.

If user selects IEEE C37.118-2011 protocol, this will default to requesting a configuration frame 3 frame. If remote device does not support this, this property can be set to send a configuration frame 2 frame instead. This property can be assigned as a connection string parameter, e.g.: configurationFrameVersion=2 or configurationFrameVersion=SendConfigurationFrame2

Gets or sets the key/value pair based connection information required by the to connect to a device.

Gets or sets flag that determines whether to keep the command channel open after the initial startup sequence. Defaults to .

Gets or sets flag that determines if a device supports commands.

This property is automatically derived based on the selected , and , but can be overridden if the consumer already knows that a device supports commands.

Gets or sets the device identification code often needed to establish a connection.

Many devices validate this ID when sending commands, so it may need to be correct in order to start parsing sequence.

Gets or sets the size of the buffer used by the for sending and receiving data from a device.

The value specified is either zero or negative.

Gets or sets the maximum number of times the will attempt to connect to a device. Defaults to .

Set to -1 for infinite connection attempts.

Gets or sets flag to automatically send the ConfigFrame2 and EnableRealTimeData command frames used to start a typical data parsing sequence. Defaults to .

For devices that support IEEE commands, setting this property to true will automatically start the data parsing sequence.

Gets or sets flag to skip automatic disabling of the real-time data stream on shutdown or startup. Defaults to .

This flag may important when using UDP multicast with several subscribed clients.

Gets or sets flag to disable real-time data on stop. Defaults to .

If false, disable real-time command will not be sent when parser is stopped regardless of value.

Gets or sets number of parsing exceptions allowed during before connection is reset. Defaults to .

Gets or sets time duration, in , to monitor parsing exceptions. Defaults to .

Gets or sets a descriptive name for a device connection.

Gets or sets flag that determines if a high-resolution precision timer should be used for file based input.

Useful when input frames need be accurately time-aligned to the local clock to better simulate an input device and calculate downstream latencies.
This is only applicable when connection is made to a file for replay purposes.

Gets or sets desired frame rate to use for maintaining captured frame replay timing. Defaults to .

This is only applicable when connection is made to a file for replay purposes.

Gets or sets the replay start time to use for file based input. File read will begin when encountered frame timestamps are greater than or equal to specified .

This is only applicable when connection is made to a file for replay purposes.

Gets or sets the replay stop time to use for file based input. File read will end when encountered frame timestamps are greater than or equal to specified .

This is only applicable when connection is made to a file for replay purposes.

Gets or sets flag indicating whether to inject local system time into parsed data frames.

When connection is made to a file for replay purposes or consumer doesn't trust remote clock source, this flag can be set to true replace all frame timestamps with a UTC timestamp derived from the local system clock.

Gets or sets a flag that determines if a file used for replaying data should be restarted at the beginning once it has been completed.

This is only applicable when connection is made to a file for replay purposes.

Gets or sets flag that determines if client should disconnect when end of file has been reached.

This is only applicable when connection is made to a file for replay purposes.

Gets or sets current used for parsing 's encountered in the data stream from a device.

If a has been parsed, this will return a reference to the parsed frame. Consumer can manually assign a to start parsing data if one has not been encountered in the stream.

Gets or sets flags that determine if check-sums for specified frames should be validated.

It is expected that this will normally be set to .

Gets or sets flag that determines if header lengths should be trusted over parsed byte count. Defaults to .

It is expected that this will normally be left as true.

Gets the number of redundant frames in each packet.

Gets a flag that determines if the currently selected is an IEEE standard protocol.

Gets a flag that determines if the currently selected is connected.

Gets the current server index, when multiple server end points are defined.

Gets a string representing connectivity information.

Gets the server URI of the command channel connection, or null if not connected.

Gets the server URI of the data channel connection, or null if not connected.

Gets flag that determines if the connection type is multicast.

Gets flag that determines if the connection type is a TCP server.

Gets total time connection has been active.

Gets or sets a boolean value that indicates whether the is currently enabled.

Setting to true will start the if it is not started, setting to false will stop the if it is started.

Gets the total number of buffers that are currently queued for processing, if any.

Gets the total number of frames that are currently queued for publication, if any.

Gets a boolean value that determines if data channel is defined as a server based connection.

Gets total number of frames that have been received from a device so far.

Gets total number of bytes that have been received from a device so far.

Gets total number of frames that were missing from device so far.

Gets total number of CRC exceptions encountered from device so far.

Gets the configured frame rate as reported by the connected device.

Gets the calculated frame rate (i.e., frames per second) based on data received from device connection.

Gets the calculated byte rate (i.e., bytes per second) based on data received from device connection.

Gets the calculated bit rate (i.e., bits per second (bps)) based on data received from device connection.

Gets the calculated megabits per second (Mbps) rate based on data received from device connection.

Gets a descriptive name for a device connection that includes , if provided.

Gets current descriptive status of the .

Gets the connection type (Active, Passive or Hybrid) based on defined channels and transport selections.

Gets or sets any connection specific that may be applicable for the current .

Releases all the resources used by the object.

Releases the unmanaged resources used by the object and optionally releases the managed resources.

true to release both managed and unmanaged resources; false to release only unmanaged resources.

Starts the .

Attempts to initialize the protocol specific frame parser.

true if frame parser was successfully initialized; otherwise false. Starting the multiprotocol frame parser will automatically initialize the frame parsers so calling this method then will be unnecessary, however, if you are using this class just to edit custom connection parameters then initializing them will be necessary.

Initialize frame parser.

Key/value pairs dictionary parsed from connection string.

Initialize command channel.

Command channel connection string.

Initialize data channel.

Key/value pairs dictionary parsed from connection string.

Stops the .

Requests that the client attempt to move to the next .

true if request succeeded; otherwise, false. Return value will only be true if changed.

Sends the specified raw command to the remote device.

to send to the remote device. Command will only be sent if is true and . A for send operation.

Sends the specified to the remote device.

to send to the remote device. Command will only be sent if is true and . A for send operation. This function will not throw an exception. Any send exceptions will be logged to event. Consumer can assume function failed if returned is null, which will be the case if device does not support commands or no channel is available for publication.

Sends the specified to the remote device.

Command frame to send. A for send operation. is null. Device does not support commands - or - No channel open for command publication.

Writes data directly to the frame parsing engine buffer.

This method is public to allow consumer to "manually send extra data" to the parsing engine to be parsed, if desired. Buffer containing data to be parsed. Offset into buffer where data begins. Length of data in buffer to be parsed.

Writes a sequence of bytes onto the stream for parsing.

Resets the value for the statistic.

Raises the event.

Exception to send to event.

Raises the event.

Actual exception to send as inner exception to event. Message of new exception to send to event. Arguments of message of new exception to send to event.

Raises the event.

Exception to raise. Number of connection attempts to report.

Derives a flag based on settings that determines if the current connection supports device commands.

Derived flag that determines if the current connection supports device commands.

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

Represents the common implementation of the protocol independent definition of a .

Creates a new .

The parent of this .

Creates a new from specified parameters.

The parent of this . The label of this . The integer scaling value of this . The offset of this . The of this . The associated that represents the voltage reference (if any).

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets the of this .

Gets or sets the of this .

Gets or sets the associated that represents the voltage reference (if any).

This only applies to current phasors.

Gets a of string based property names and values for this object.

Gets the string representation of this .

String representation of this .

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents a protocol independent collection of objects.

Creates a new using specified .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Composite polar value indices enumeration.

Composite angle value index.

Composite magnitude value index.

Represents the common implementation of the protocol independent representation of a phasor value.

Creates a new .

The parent of this . The associated with this .

Creates a new from specified parameters.

The parent of this . The associated with this . The real value of this . The imaginary value of this .

Creates a new from specified parameters.

The parent of this . The associated with this . The value (a.k.a., the argument) of this , in radians. The magnitude value (a.k.a., the absolute value or modulus) of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets the of this .

Gets value from this .

Gets or sets the value (a.k.a., the argument) of this , in radians.

Gets or sets the magnitude value (a.k.a., the absolute value or modulus) of this .

Gets or sets the real value of this .

Gets or sets the imaginary value of this .

Gets or sets the unscaled integer representation of the real value of this .

Gets or sets the unscaled integer representation of the imaginary value of this .

Gets total number of composite values that this provides.

Gets boolean value that determines if none of the composite values of have been assigned a value.

Gets the length of the .

Gets the binary body image of the object.

Gets a of string based property names and values for this object.

Gets the specified composite value of this .

Index of composite value to retrieve. Some implementations can contain more than one value, this method is used to abstractly expose each value. A representing the composite value.

Creates a new value for specified composite value for this .

Composite value index for which to derive new value. New value for specified composite value for this .

Parses the binary body image.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Calculates watts from imaginary and real components of a voltage and current phasor.

Voltage phasor. Current phasor. and must not be null. Calculated watts from imaginary and real components of specified and phasors.

Calculates vars (total volt-amperes of reactive power) from imaginary and real components of a voltage and current phasor.

Voltage phasor. Current phasor. and must not be null. Although the units class technically represents watts (i.e., real power) and vars (i.e., imaginary power) are properly expressed in volt-amperes reactive (VAr), the calculated result is still a representation of power and therefore the units class is used to express the return value leaving the consumer to properly apply the needed engineering units for display purposes. Calculated vars (total volt-amperes of reactive power) from imaginary and real components of specified and phasors.

Represents a protocol independent collection of objects.

Creates a new using specified .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Represents a protocol independent implementation of an .

Creates a new from specified parameters.

The parent of this .

Creates a new from specified parameters.

The parent of this . The label of this . The integer scaling value of this . The of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets the maximum length of the of this .

This length is not restricted for anonymous protocol definitions.

Represents a protocol independent implementation of a that can be sent or received.

Creates a new from specified parameters.

The numeric ID code for this .

Creates a new from specified parameters.

The reference to parent of this . The numeric ID code for this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the for the objects in the of this .

Gets or sets the of the of this .

Gets or sets the for the objects in the of this .

Gets or sets last report time of this .

Gets or sets total frames of this .

Gets or sets total data quality errors of this .

Gets or sets total time quality errors of this .

Gets or sets total device errors of this .

Gets or sets total measurements received for this .

Gets or sets total measurements expected to have been received for this .

Gets or sets the number of measurements received while this was reporting errors.

Gets or sets the number of measurements (per frame) defined for this .

Gets or sets the reference to the source of this .

Gets the maximum length of the of this .

This length is not restricted for anonymous protocol definitions.

Get signal reference for specified .

to request signal reference for. Signal reference of given .

Get signal reference for specified and .

to request signal reference for. Index to request signal reference for. Number of signals defined for this . Signal reference of given and .

Get for specified .

A lookup table by signal reference. to request signal reference for. The for a given ; otherwise null if value does not exist.

Get for specified .

A lookup table by signal reference. to request signal reference for. Index to request signal reference for. Number of signals defined for this . The MeasurementMetadata for a given . Null if it does not exist.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents a protocol independent implementation of a collection of objects.

Creates a new .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets at specified .

Index of value to get or set.

Represents a protocol independent implementation of a that can be sent or received.

Creates a new from specified parameters.

The ID code of this . The exact timestamp, in , of the data represented by this . The defined frame rate of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets reference to the for this .

Gets or sets name of this configuration frame as assigned or useful in an end-use context.

Calculates checksum of given .

Buffer image over which to calculate checksum. Start index into to calculate checksum. Length of data within to calculate checksum. Checksum over specified portion of .

Gets the path for storing serialized phasor protocol configurations.

Gets total number of configuration backups to keep when storing serialized phasor protocol configurations.

Serializes configuration frame to cache folder on an independent thread for later use (if needed).

Reference to . delegate to handle process exceptions. representing the configuration name.

Gets the file name with path of the specified .

Name of the configuration to get file name for. Extension of the configuration file. Base path of the configuration file. Set to null to use default . File name with path of the specified .

Deletes the cached configuration, if defined.

Name of the configuration to delete.

Deserializes cached configuration, if available.

Name of the configuration to get file name for. Set to True retrieve from cache, False to retrieve from specified file name in Cached configuration frame, or null if not available.

Represents a protocol independent implementation of an .

Creates a new from specified parameters.

The parent of this . The label of this . The value of the digital mask made available in configuration frames.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets or sets the digital mask value of this made available in configuration frames.

Gets the maximum length of the of this .

This length is not restricted for anonymous protocol definitions.

Gets or sets the label of this .

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents a protocol independent implementation of a .

Creates a new from specified parameters.

The parent of this . The label of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets the maximum length of the of this .

This length is not restricted for anonymous protocol definitions.

Contains a generic implementation of phasor classes used to represent phasor data that isn’t associated with any particular protocol.

Represents a protocol independent implementation of a .

Creates a new from specified parameters.

The parent of this . The label of this . The integer scaling value of this . The of this . The associated that represents the voltage reference (if any). The original source phasor index, if applicable. The phase of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets the maximum length of the of this .

This length is not restricted for anonymous protocol definitions.

Gets the original source index of the phasor.

Gets or sets the phase, e.g., A, B, C, +, - or 0, of this .

Gets a of string based property names and values for this object.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents the IEC 61850-90-5 implementation of an .

Creates a new from specified parameters.

The parent of this .

Creates a new from specified parameters.

The parent of this . The label of this . The integer scaling value of this . The offset of this . The of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets conversion factor image of this .

Parses conversion factor image from the specified .

Binary image to parse. Start index into to begin parsing.

Represents the IEC 61850-90-5 implementation of an .

Creates a new .

The parent of this . The associated with this .

Creates a new from specified parameters.

The parent of this . The associated with this . The floating point value that represents this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets or sets the associated with this .

Represents the IEC 61850-90-5 implementation of a that can be sent or received.

IEC 61850-90-5 command frames are designed only to be sent to a device, not received from a device. As a result this frame does not implement for automated frame parsing. This class exposes a constructor that accepts a binary image in order to manually parse a command frame.

Creates a new from the given .

Binary image to parse. Start index into to begin parsing. Length of valid data within . This constructor is used by a consumer to parse a received IEC 61850-90-5 command frame. Typically command frames are sent to a device. This constructor would used if this code was being used inside of a phasor measurement device. is not large enough to parse frame.

Creates a new from specified parameters.

The ID code of this . The for this . IEC 61850-90-5 revision number. This constructor is used by a consumer to generate an IEC 61850-90-5 command frame.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets current .

Gets or sets exact timestamp, in ticks, of the data represented by this .

The value of this property represents the number of 100-nanosecond intervals that have elapsed since 12:00:00 midnight, January 1, 0001.

Gets or sets the ID code.

Gets the IEC 61850-90-5 protocol version of this .

Gets the length of the .

Gets the binary header image of the object.

of string based property names and values for the object.

Parses the binary header image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Calculates checksum of given .

Buffer image over which to calculate checksum. Start index into to calculate checksum. Length of data within to calculate checksum. Checksum over specified portion of .

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

IEC 61850-90-5 frame types enumeration.

000 Data frame.

011 Configuration frame.

100 Command frame.

Version number mask.

IEC 61850-90-5 session types.

Tunneled values.

Goose values.

Sampled values.

IEC 61850-90-5 signature algorithm.

No algorithm used

SHA 256/80

SHA 256/128

SHA 256/256

AES GMAC 64

AES GMAC 128

IEC 61850-90-5 security algorithm.

No algorithm used

AES 128

AES 256

Sampled value tags.

Sampled value protocol data unit.

Number of ASDUs.

Sequence of ASDU.

ASDU sequence number.

Multicast sampled value identifier.

Data set.

Sample Count

Configuration revision.

Local refresh time.

Samples are synchronized.

Sample rate.

Data samples.

Sample mod.

UTC Timestamp.

Protocol draft revision numbers enumeration.

Draft 6.0.

Draft 7.0 (Version 1.0).

Data format flags enumeration.

Frequency value format (Set = float, Clear = integer).

Analog value format (Set = float, Clear = integer).

Phasor value format (Set = float, Clear = integer).

Phasor coordinate format (Set = polar, Clear = rectangular).

Unused format bits mask.

No flags.

Time quality flags enumeration.

Reserved bit.

Leap second direction – 0 for add, 1 for delete.

Leap second occurred – set in the first second after the leap second occurs and remains set for 24 hours.

Leap second pending – set before a leap second occurs and cleared in the second after the leap second occurs.

Time quality indicator code mask.

No flags.

Time quality indicator code enumeration.

1111 - 0xF: Fault--clock failure, time not reliable.

1011 - 0xB: Clock unlocked, time within 10^1 s.

1010 - 0xA: Clock unlocked, time within 10^0 s.

1001 - 0x9: Clock unlocked, time within 10^-1 s.

1000 - 0x8: Clock unlocked, time within 10^-2 s.

0111 - 0x7: Clock unlocked, time within 10^-3 s.

0110 - 0x6: Clock unlocked, time within 10^-4 s.

0101 - 0x5: Clock unlocked, time within 10^-5 s.

0100 - 0x4: Clock unlocked, time within 10^-6 s.

0011 - 0x3: Clock unlocked, time within 10^-7 s.

0010 - 0x2: Clock unlocked, time within 10^-8 s.

0001 - 0x1: Clock unlocked, time within 10^-9 s.

0000 - 0x0: Normal operation, clock locked.

Status flags enumeration.

Data is valid (0 when device data is valid, 1 when invalid or device is in test mode).

Device error including configuration error, 0 when no error.

Device synchronization error, 0 when in sync.

Data sorting type, 0 by timestamp, 1 by arrival.

Device trigger detected, 0 when no trigger.

Configuration changed, set to 1 for one minute when configuration changed.

Reserved bits for security, presently set to 0.

Unlocked time mask.

Trigger reason mask.

No flags.

Unlocked time enumeration.

Sync locked, best quality.

Unlocked for 10 seconds.

Unlocked for 100 seconds.

Unlocked for over 1000 seconds.

Trigger reason enumeration.

1111 Vendor defined trigger 8.

1110 Vendor defined trigger 7.

1101 Vendor defined trigger 6.

1100 Vendor defined trigger 5.

1011 Vendor defined trigger 4.

1010 Vendor defined trigger 3.

1001 Vendor defined trigger 2.

1000 Vendor defined trigger 1.

0111 Digital.

0101 df/dt high.

0011 Phase angle difference.

0001 Magnitude low.

0110 Reserved.

0100 Frequency high/low.

0010 Magnitude high.

0000 Manual.

Common IEC 61850-90-5 declarations and functions.

Timebase used by IEC 61850-90-5 protocol implementation.

Marker for a connectionless transport protocol tag in IEC 61850-90-5 data frames.

Common session header size.

Size of keys.

Temporary key used by IEC 61850-90-5 draft implementations.

Absolute maximum number of possible phasor values that could fit into a data frame.

Absolute maximum number of possible analog values that could fit into a data frame.

Absolute maximum number of possible digital values that could fit into a data frame.

Absolute maximum data length (in bytes) that could fit into any frame.

Absolute maximum number of bytes of extended data that could fit into a command frame.

Time quality flags mask.

Validates sample value tag exists and skips past it.

Buffer containing sampled value tag length. Sampled value tag to validate. Start index of buffer where tag length begins - will be auto-incremented.

Validates and parses byte length sample value tag.

Buffer containing sampled value. Sampled value tag to parse. Start index of buffer where tag length begins - will be auto-incremented.

Validates and parses 2-byte length sample value tag.

Buffer containing sampled value. Sampled value tag to parse. Start index of buffer where tag length begins - will be auto-incremented.

Validates and parses 3-byte length sample value tag.

Buffer containing sampled value. Sampled value tag to parse. Start index of buffer where tag length begins - will be auto-incremented.

Validates and parses 4-byte length sample value tag.

Buffer containing sampled value. Sampled value tag to parse. Start index of buffer where tag length begins - will be auto-incremented.

Validates and parses 8-byte length sample value tag.

Buffer containing sampled value. Sampled value tag to parse. Start index of buffer where tag length begins - will be auto-incremented.

Validates and parses string sample value tag.

Buffer containing sampled value. Sampled value tag to parse. Start index of buffer where tag length begins - will be auto-incremented.

Encodes sampled value tag with only a 16-bit length.

Value to encode. Sampled value tag to encode. Buffer to hold encoded sampled value. Start index of buffer where tag will begin - will be auto-incremented.

Encodes primitive type sampled value tag.

Value to encode. Sampled value tag to encode. Buffer to hold encoded sampled value. Start index of buffer where tag will begin - will be auto-incremented.

Encodes byte based sampled value tag.

Value to encode. Sampled value tag to encode. Buffer to hold encoded sampled value. Start index of buffer where tag will begin - will be auto-incremented.

Encodes string based sampled value tag.

String to encode - null string will be encoded as empty string. Sampled value tag to encode. Buffer to hold encoded sampled value. Start index of buffer where tag will begin - will be auto-incremented.

Gets decoded sample value tag length (currently limited to 16-bits).

Buffer containing sampled value tag length. Start index of buffer where tag length begins - will be auto-incremented. Decoded sample value tag length.

Encodes sample value tag length (currently limited to 16-bits).

Sample value tag length. Buffer to hold encoded sampled value tag length. Start index of buffer where tag length encoding begins - will be auto-incremented.

Represents the common header for all IEC 61850-90-5 frames of data.

Computes a Hash-based Message Authentication Code (HMAC) using the AES hash function.

Initializes a new instance of the AesHmac class with the specified key data.

The secret key for AesHmac encryption.

Computes a Hash-based Message Authentication Code (HMAC) using the SHA256 hash function.

Initializes a new instance of the ShaHmac class with the specified key data.

The secret key for ShaHmac encryption.

Total fixed length of for IEEE C37.118 frames.

Total fixed length of for IEC 61850-90-5 data frames.

Creates a new from specified parameters.

IEC 61850-90-5 if available. The IEC 61850-90-5 specific frame type of this frame. The ID code of this frame. The timestamp of this frame. MSVID to use for this frame, if any. ASDU count. Configuration revision.

Creates a new from given .

IEC 61850-90-5 if already parsed. Determines if system should find associated ETR file using MSVID with same name for configuration. Determines if system should try to guess at a possible configuration given payload size. Determines if system should expose redundantly parsed ASDUs. Determines if system should ignore checksum signature validation errors. Determines if system should ignore sample size validation errors. Allows customization of the angle parsing format. Buffer that contains data to parse. Start index into buffer where valid data begins. Maximum length of valid data from offset.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets delegate to method used to publish new frames.

Gets or sets timestamp of this .

Gets or sets the IEC 61850-90-5 specific frame type of this frame.

This returns the protocol specific frame classification which uniquely identifies the frame type. This is the implementation.

Gets or sets the IEC 61850-90-5 version of this frame.

Gets the IEC 61850-90-5 frame header length.

Gets or sets packet number of this frame.

Gets or sets number of ASDUs in this frame.

Gets or sets configuration revision;

Gets or sets ASDU length in this frame.

Gets or sets key ID - lookup into table of current keys.

Gets or sets the IEC 61850-90-5 frame length of this frame.

Gets or sets the length of the data in the IEC 61850-90-5 frame (i.e., the minus the header length and checksum: - 8).

Gets SPDU length.

Gets or sets the IEC 61850-90-5 ID code of this frame.

Gets or sets the IEC 61850-90-5 resolution of fractional time stamps.

Gets the IEC 61850-90-5 second of century.

Gets the IEC 61850-90-5 fraction of second.

Gets or sets the IEC 61850-90-5 .

Gets time as a representing seconds of current .

Gets or sets flag that determines if system should find associated ETR file using MSVID with same name for configuration.

Gets or sets flag that determines if system should try to guess at a possible configuration given payload size.

Gets or sets flag that determines if system should expose redundantly parsed ASDUs.

Gets or sets flag that determines if system should ignore checksum signature validation errors.

Gets or sets flag that determines if system should ignore sample size validation errors.

Gets or sets the for the objects.

Base class defines default angle format since this is rarely not radians.

Gets or sets the parsing state for the object.

Gets or sets signature algorithm used by IEC61850-90-5 data frames.

Gets or sets security algorithm used by IEC61850-90-5 data frames.

Gets or sets the MSVID to be used by IEC 61850-90-5 data frames.

Gets or sets current configuration frame.

Gets the fundamental frame type of this frame.

Frames are generally classified as data, configuration or header frames. This returns the general frame classification.

Gets the binary image of the common header portion of this frame.

Appends header specific attributes to dictionary.

Dictionary to append header specific attributes to.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents the IEC 61850-90-5 implementation of a that can be sent or received.

Creates a new .

The reference to parent of this .

Creates a new from specified parameters.

The reference to parent of this . The numeric ID code for this . The nominal of the of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets a reference to the parent for this .

Gets or sets format flags of this .

These are bit flags, use properties to change basic values.

Gets or sets the for the objects in the of this .

Gets or sets the of the of this .

Gets or sets the for the objects in the of this .

Gets the length of the .

Gets the binary header image of the object.

Gets the length of the .

Gets the binary footer image of the object.

of string based property names and values for the object.

Parses the binary header image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Parses the binary footer image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents a IEC 61850-90-5 implementation of a collection of objects.

Creates a new .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets at specified .

Index of value to get or set.

Represents the IEC 61850-90-5 implementation of a that can be sent or received.

Creates a new .

This constructor is used by to parse an IEC 61850-90-5 configuration frame.

Creates a new from specified parameters.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets reference to the for this .

Gets the of this .

Gets or sets exact timestamp, in ticks, of the data represented by this .

The value of this property represents the number of 100-nanosecond intervals that have elapsed since 12:00:00 midnight, January 1, 0001.

Gets or sets the ID code.

Gets or sets current .

Gets or sets the IEC 61850-90-5 protocol version of this .

Gets or sets the IEC 61850-90-5 resolution of fractional time stamps of this .

Gets or sets the of this .

Gets the length of the .

Gets the binary header image of the object.

Gets the length of the .

Gets the binary footer image of the object.

of string based property names and values for the object.

Gets calculated length of data samples based on known configuration.

Calculated length of data samples.

Parses the binary header image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Parses the binary footer image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Calculates checksum of given .

Buffer image over which to calculate checksum. Start index into to calculate checksum. Length of data within to calculate checksum. Checksum over specified portion of .

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents the extra connection parameters available for a connection to an IEC 61850-90-5 stream.

Default value for property.

Creates a new .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets flag that determines if system should find associated ETR file using MSVID with same name for configuration.

Gets or sets flag that determines if system should try to guess at a possible configuration given payload size.

Gets or sets flag that determines if system should expose redundantly parsed ASDUs.

Gets or sets flag that determines if system should ignore checksum signature validation errors.

Gets or sets flag that determines if system should ignore sample size validation errors.

Gets or sets flag that determines the phasor angle parsing format.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents the IEC 61850-90-5 implementation of a that can be sent or received.

Creates a new .

The reference to parent of this . The associated with this .

Creates a new from specified parameters.

The reference to parent of this . The associated with this . If true, adds empty values for each defined configuration cell definition.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the reference to parent of this .

Gets or sets the associated with this .

Gets or sets status flags for this .

Gets or sets unlocked time of this .

Gets or sets trigger reason of this .

Gets or sets flag that determines if data of this is valid.

Gets or sets flag that determines if timestamp of this is valid based on GPS lock.

Gets or sets of this .

Gets or sets flag that determines if source device of this is reporting an error.

Gets or sets flag that determines if device trigger is detected for this .

Gets or sets flag that determines if configuration change was detected for this .

of string based property names and values for the object.

Represents a IEC 61850-90-5 implementation of a collection of objects.

Creates a new .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets at specified .

Index of value to get or set.

Represents the IEC 61850-90-5 implementation of a that can be sent or received.

Creates a new .

This constructor is used by to parse an IEC 61850-90-5 data frame.

Creates a new from specified parameters.

The exact timestamp, in , of the data represented by this . The associated with this . MSVID to use for . ASDU count. Concentrator's ASDU image cache. Configuration revision. This constructor is used by a consumer to generate an IEC 61850-90-5 data frame.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets reference to the for this .

Gets or sets associated with this .

Gets or sets exact timestamp, in ticks, of the data represented by this .

The value of this property represents the number of 100-nanosecond intervals that have elapsed since 12:00:00 midnight, January 1, 0001.

Gets or sets the ID code.

Gets the identifier that is used to identify the IEC 61850-90-5 frame.

Gets or sets IEC 61850-90-5 sample synchronization state.

Gets or sets sample count for the .

Gets or sets current .

Gets or sets protocol specific quality flags for this .

Gets or sets the associated with this .

Gets the length of the header image.

Gets the binary header image of the object.

Gets the length of the .

Gets the binary image of this object.

Gets the length of the .

Gets the binary footer image of the object.

of string based property names and values for the object.

Parses the binary image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Determines if checksum in the is valid.

Buffer image to validate. Start index into to perform checksum. Flag that determines if checksum over is valid.

Calculates checksum of given .

Buffer image over which to calculate checksum. Start index into to calculate checksum. Length of data within to calculate checksum. Checksum over specified portion of .

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents the IEC 61850-90-5 implementation of a .

Creates a new .

The parent of this .

Creates a new from specified parameters.

The parent of this . The label of this . The normal status for this . The valid input for this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets or sets normal status for this .

Gets or sets valid input for this .

Gets the maximum length of the of this .

Gets the number of labels defined in this .

Gets or sets the combined set of label images of this .

Gets the of this .

Gets conversion factor image of this .

Gets a of string based property names and values for this object.

Gets the individual labels for specified bit in this .

Sets the individual labels for specified bit in this .

Parses the binary body image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Parses conversion factor image from the specified .

Binary image to parse. Start index into to begin parsing.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents the IEC 61850-90-5 implementation of a .

Creates a new .

The parent of this . The associated with this .

Creates a new from specified parameters.

The parent of this . The associated with this . The unsigned 16-bit integer value (composed of digital bits) that represents this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets or sets the associated with this .

Represents a frame parser for an IEC 61850-90-5 binary data stream and returns parsed data via events.

Frame parser is implemented as a write-only stream - this way data can come from any source.

Occurs when an IEC 61850-90-5 has been received.

is the that was received.

Occurs when an IEC 61850-90-5 has been received.

is the that was received.

Occurs when an IEC 61850-90-5 has been received.

is the that was received. Command frames are normally sent, not received, but there is nothing that prevents this.

Creates a new .

Frame types that should perform check-sum validation; default to Determines if header lengths should be trusted over parsed byte count.

Gets or sets current used for parsing 's encountered in the data stream from a device.

If a has been parsed, this will return a reference to the parsed frame. Consumer can manually assign a to start parsing data if one has not been encountered in the stream.

Gets the IEC 61850-90-5 resolution of fractional timestamps of the current , if one has been parsed.

Gets flag that determines if this protocol parsing implementation uses synchronization bytes.

Gets the number of redundant frames in each packet.

Gets current descriptive status of the .

Gets or sets any connection specific that may be needed for parsing.

Start the data parser.

Parses a common header instance that implements for the output type represented in the binary image.

Raises the event.

to send to event.

Raises the event.

to send to event.

Casts the parsed to its specific implementation (i.e., , or ).

that was parsed by that implements protocol specific common frame header interface.

Handles unknown frame types.

Unknown frame ID.

Represents the IEC 61850-90-5 implementation of a .

Creates a new .

The parent of this .

Creates a new from specified parameters.

The parent of this . The label of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets the length of the .

Gets the binary body image of the object.

Parses the binary body image.

Represents the IEC 61850-90-5 implementation of a .

Creates a new .

The parent of this . The associated with this .

Creates a new from specified parameters.

The parent of this . The associated with this . The floating point value that represents this . The floating point value that represents the change in this over time.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets or sets the associated with this .

Contains an implementation of the phasor classes used to parse or generate a stream of data in the IEC 61850-90-5-2005 standard format.

Represents the IEC 61850-90-5 implementation of a .

Creates a new from specified parameters.

The parent of this .

Creates a new from specified parameters.

The parent of this . The label of this . The integer scaling value of this . The offset of this . The of this . The associated that represents the voltage reference (if any).

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets conversion factor image of this .

Parses conversion factor image from the specified .

Binary image to parse. Start index into to begin parsing.

Represents the IEC 61850-90-5 implementation of a .

Creates a new .

The parent of this . The associated with this .

Creates a new from specified parameters.

The parent of this . The associated with this . The real value of this . The imaginary value of this .

Creates a new from specified parameters.

The parent of this . The associated with this . The value (a.k.a., the argument) of this , in radians. The magnitude value (a.k.a., the absolute value or modulus) of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets or sets the associated with this .

Contains an implementation of the phasor classes used to parse or generate a stream of data in the BPA PDCstream format.

Represents the BPA PDCstream implementation of an .

Creates a new from specified parameters.

The parent of this .

Creates a new from specified parameters.

The parent of this . The label of this . The integer scaling value of this . The offset of this . The of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets the maximum length of the of this .

Gets the length of the .

Gets the binary body image of the object.

BPA PDCstream does not include analog definition in descriptor packet. Only a count of available values is defined in the data frame.

Represents the BPA PDCstream implementation of an .

Creates a new .

The parent of this . The associated with this .

Creates a new from specified parameters.

The parent of this . The associated with this . The floating point value that represents this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets or sets the associated with this .

Stream type enueration.

Standard full data stream.

Full data stream with PMU ID's and offsets removed from data packet.

File type enueration.

PDC phasor data recording, NTP time stamp (SOC starts 1900).

PDC phasor data recording, UNIX time stamp (SOC starts 1970).

PPSM sample data recording.

Stream revision number enumeration.

Original revision for all to June 2002, use NTP timetag (start count 1900).

July 2002 revision for std. 37.118, use UNIX timetag (start count 1970).

May 2005 revision for std. 37.118, change ChanFlag for added data types.

File version type.

PDC phasor data recording, including Dbuf flag.

PDC phasor data recording, excluding Dbuf flag.

Channel flags enumeration.

Valid if not set (yes = 0).

Errors if set (yes = 1).

Not sync'd if set (yes = 0).

Data out of sync if set (yes = 1).

Sorted by timestamp if not set (yes = 0).

PDC format if set (yes = 1).

Macrodyne or IEEE format (Macrodyne = 1).

Timestamp included if not set (yes = 0).

No flags.

Reserved flags enumeration.

Reserved bit 7.

Reserved bit 6.

Analog words mask.

No flags.

Format flags enumeration.

Frequency data format: Set = float, Clear = integer.

Analog data format: Set = float, Clear = integer.

Phasor data format: Set = float, Clear = integer.

Phasor coordinate format: Set = polar, Clear = rectangular.

Digital words mask.

No flags.

Frame type enumeration.

Configuration frame.

Data frame.

PMU status flags enumeration.

Synchronization is invalid.

Data is invalid.

No flags.

Common BPA PDCstream declarations and functions.

Descriptor packet flag.

Phasor file format flag.

Absolute maximum number of possible phasor values that could fit into a data frame.

Absolute maximum number of possible analog values that could fit into a data frame.

Absolute maximum number of possible digital values that could fit into a data frame.

Absolute maximum data length (in bytes) that could fit into any frame.

Represents the common header for all BPA PDCstream frames of data.

Total fixed length of , streaming data or data row in phasor file format data.

Total fixed length of for header in phasor file format data.

Creates a new from specified parameters.

The BPA PDCstream packet number, configuration frame is packet zero.

Creates a new from given .

Defines flag that interprets word count in packet header from a byte instead of a word. Defines flag that determines if source data is in the Phasor Data File Format (i.e., a DST file). Previously parsed configuration frame, if available. Buffer that contains data to parse. Start index into buffer where valid data begins. Maximum length of valid data from start index.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the BPA PDCstream specific frame type of this frame.

This returns the protocol specific frame classification which uniquely identifies the frame type. This is the implementation.

Gets or sets flag that determines if source data is in the Phasor Data File Format (i.e., a DST file).

Gets or sets the BPA PDCstream packet number of this frame - set to 00 for configuration frame

Gets or sets the BPA PDCstream frame length of this frame.

Gets or sets the BPA PDcstream word count.

Gets or sets the length of the data in the BPA PDCstream frame (i.e., the minus the header length and checksum: - 8).

Gets rough timestamp, accurate to the second, that can be used until configuration frame arrives.

Gets or sets row flags for this when frame is a data frame and use phasor file format is true.

Gets or sets file type for this used when frame is configuration frame and use phasor file format is true.

Gets or sets file version for this used when frame is configuration frame and use phasor file format is true.

Gets or sets source ID for the object.

Gets or sets start sample for the object.

Gets or sets sample interval for the object.

Gets or sets sample rate for the object.

Gets frame rate based on sample rate and sample interval for the object.

Gets or sets row length for the object when use phasor file format is true.

Gets or sets total number of data rows for the object when use phasor file format is true.

Gets or sets trigger time for the object when use phasor file format is true.

Gets or sets trigger sample for the object when use phasor file format is true.

Gets or sets pre-trigger rows for the object when use phasor file format is true.

Gets or sets trigger PMU number for the object when use phasor file format is true.

Gets or sets trigger type for the object when use phasor file format is true.

Gets or sets free-form user information that can be added to the object when use phasor file format is true.

Gets or sets PMU count (i.e., number of cells) for the object when use phasor file format is true.

Gets or sets the parsing state for the object.

Gets the fundamental frame type of this frame.

Frames are generally classified as data, configuration or header frames. This returns the general frame classification.

Gets the binary image of the common header portion of this frame.

Appends header specific attributes to dictionary.

Dictionary to append header specific attributes to.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents the BPA PDCstream implementation of a that can be sent or received.

Creates a new .

The reference to parent of this .

Creates a new from specified parameters.

The reference to parent of this . The numeric ID code for this . The nominal of the of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets a reference to the parent for this .

Gets or sets reference to the loaded from the configuration file associated this .

Gets a reference to the of this .

Gets or sets the station name of this .

Gets the length of the of this .

Gets flag that determines if source data is in the Phasor Data File Format (i.e., a DST file).

Gets or sets section entry in INI based configuration file for this .

Gets flag that determines if current defines a PDC block section.

Gets or sets the numeric ID code for this .

Gets or sets the of this .

Gets or sets the nominal of the of this .

Gets the maximum length of the of this .

Gets or sets BPA PDCstream descriptor offset of this in its data packet.

Gets or sets reserved word of this .

Gets or sets format flags of this .

These are bit flags, use properties to change basic values.

Gets or sets the for the objects in the of this .

Gets or sets the of the of this .

Gets or sets the for the objects in the of this .

Gets the length of the .

Gets the binary header image of the object.

Gets the length of the .

Gets the binary body image of the object.

Gets the length of the .

Gets the binary footer image of the object.

of string based property names and values for the object.

Parses the binary header image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Parses the binary body image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Parses the binary footer image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents a BPA PDCstream implementation of a collection of objects.

Creates a new .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets at specified .

Index of value to get or set.

Attempts to retrieve a from this with the specified .

value to try to find. with the specified if found; otherwise null. true if with the specified is found; otherwise false.

Represents the BPA PDCstream implementation of a that can be sent or received.

Default voltage phasor INI based configuration entry.

Default current phasor INI based configuration entry.

Default frequency INI based configuration entry.

Occurs when the BPA PDCstream INI based configuration file has been reloaded.

Creates a new .

This constructor is used by to parse a BPA PDCstream configuration frame.

Creates a new from specified parameters.

The exact timestamp, in , of the data represented by this . The required external BPA PDCstream INI based configuration file. Defines the for this BPA PDCstream configuration frame. Defines the for this BPA PDCstream configuration frame. Number of packets per sample. This constructor is used by a consumer to generate a BPA PDCstream configuration frame. If you are going to create multiple data packets set to a number greater than one. This will only start becoming necessary if you start hitting data size limits imposed by the nature of the transport protocol.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets reference to the for this .

Gets reference to the loaded from the configuration file of this .

Gets the of this .

Gets or sets current .

Gets or sets the BPA PDCstream protocol , i.e., legacy or compact, of this .

Gets or sets the of this .

Gets or sets the number of packets per sample of this .

Gets or sets current sample index used to calculate row time stamp when source data is in the Phasor Data File Format (i.e., a DST file).

Gets the INI based configuration file name of this .

Gets the default voltage phasor definition.

Gets the default current phasor definition.

Gets the default frequency definition.

Gets or sets flag that determines if source data is in the Phasor Data File Format (i.e., a DST file).

Gets the length of the .

Gets the binary header image of the object.

of string based property names and values for the object.

Parses the binary header image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Parses the binary image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed. This method is overridden so INI file can be loaded after binary image has been parsed.

Reload BPA PDcstream INI based configuration file.

Reload BPA PDcstream INI based configuration file specifying if the refresh was caused by a frame parse.

Flag that specifies if the refresh was caused by a frame parse.

Calculates checksum of given .

Buffer image over which to calculate checksum. Start index into to calculate checksum. Length of data within to calculate checksum. Checksum over specified portion of .

Appends checksum onto starting at .

Buffer image on which to append checksum. Index into where checksum should be appended. We override default implementation since BPA PDCstream implements check sum for frames in little-endian.

Determines if checksum in the is valid.

Buffer image to validate. Start index into to perform checksum. Flag that determines if checksum over is valid. We override default implementation since BPA PDCstream implements check sum for frames in little-endian.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Gets a generated INI configuration file image.

Represents the BPA PDCstream implementation of the parsing state used by a .

Creates a new from specified parameters.

Binary length of the being parsed. The required external BPA PDCstream INI based configuration file. Reference to delegate to create new instances. Determines if header lengths should be trusted over parsed byte count. Determines if frame's check-sum should be validated.

Gets or sets required external BPA PDCstream INI based configuration file.

INI file name browser used with BPA PDCstream .

Initializes the open file dialog when it is created.

The to use to select a file name.

Represents the extra connection parameters required for a connection to a BPA PDCstream.

Creates a new .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets required external BPA PDCstream INI based configuration file.

Gets or sets flag that interprets word count in packet header from a byte instead of a word.

Gets or sets flag that determines if configuration file is automatically reloaded when it has changed on disk.

Gets or sets flag that determines if source data is in the Phasor Data File Format (i.e., a DST file).

Determines if selected BPA PDCstream configuration file exists.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents the BPA PDCstream implementation of a that can be sent or received.

Creates a new .

The reference to parent of this . The associated with this .

Creates a new from specified parameters.

The reference to parent of this . The associated with this . If true, adds empty values for each defined configuration cell definition.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the reference to parent of this .

Gets or sets the associated with this .

Gets or sets channel flags for this .

These are bit flags, use properties to change basic values.

Gets or sets reserved flags for this .

These are bit flags, use properties to change basic values.

Gets or sets data rate of this .

Gets or sets from associated with this .

Gets or sets sample number associated with this .

Gets or sets flag that determines if reserved flag zero is set.

Gets or sets flag that determines if reserved flag one is set.

Gets or sets flag that determines if data of this is valid.

Gets or sets flag that determines if timestamp of this is valid based on GPS lock.

Gets or sets of this .

Gets or sets flag that determines if source device of this is reporting an error.

Gets or sets flag that determines if this is using the PDC exchange format.

Gets or sets flag that determines if this is using Macrodyne format.

Gets or sets flag that determines if this is using IEEE format.

Gets or sets flag that determines if this data is sorted by timestamp.

Gets or sets flag that determines if timestamp is included with this .

Gets flag that determines if source data is in the Phasor Data File Format (i.e., a DST file).

Gets or sets data buffer long word that prefixes each cell when source data is in the Phasor Data File Format (i.e., a DST file).

Gets the length of the .

This property is overridden to extend length evenly at 4-byte intervals.

Gets the length of the .

Gets the binary header image of the object.

Although this BPA PDCstream implementation will correctly parse a PDCxchng style stream, one will not be produced. Only a fully formatted stream will ever be produced.

of string based property names and values for the object.

Parses the binary image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed. This property is overridden to extend parsed length evenly at 4-byte intervals.

Parses the binary header image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents a BPA PDCstream implementation of a collection of objects.

Creates a new .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets at specified .

Index of value to get or set.

Represents the BPA PDCstream implementation of a that can be sent or received.

Creates a new .

This constructor is used by to parse a BPA PDCstream data frame.

Creates a new from specified parameters.

The exact timestamp, in , of the data represented by this . The associated with this . Packet number for this . Sample number for this . This constructor is used by a consumer to generate a BPA PDCstream data frame.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets reference to the for this .

Gets or sets associated with this .

Gets or sets the parsing state for the this .

Gets the identifier that is used to identify the IEEE C37.118 frame.

Gets or sets current .

Gets or sets the packet number of this .

Gets or sets the sample number of this .

Gets the timestamp of this formatted as NTP.

Gets the legacy labels parsed from the , if any.

Gets or sets flag that determines if source data is in the Phasor Data File Format (i.e., a DST file).

Gets the length of the .

Gets the binary header image of the object.

of string based property names and values for the object.

Parses the binary image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed. This method is overridden to compensate for lack of CRC in DST files.

Parses the binary header image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Calculates checksum of given .

Buffer image over which to calculate checksum. Start index into to calculate checksum. Length of data within to calculate checksum. Checksum over specified portion of .

Appends checksum onto starting at .

Buffer image on which to append checksum. Index into where checksum should be appended. We override default implementation since BPA PDCstream implements check sum for frames in little-endian.

Determines if checksum in the is valid.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents the BPA PDCstream protocol implementation of the parsing state used by a .

Creates a new from specified parameters.

Gets reference to the associated with the being parsed.

Gets or sets the remaining number of PMU's the PDC block to be parsed.

Represents the BPA PDCstream implementation of an .

Creates a new from specified parameters.

The parent of this .

Creates a new from specified parameters.

The parent of this . The label of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets the maximum length of the of this .

Gets the length of the .

Gets the binary body image of the object.

BPA PDCstream does not include digital definition in descriptor packet. Only a count of available values is defined in the data frame.

Represents the BPA PDCstream implementation of an .

Creates a new .

The parent of this . The associated with this .

Creates a new from specified parameters.

The parent of this . The associated with this . The unsigned 16-bit integer value (composed of digital bits) that represents this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets or sets the associated with this .

Represents a frame parser for a BPA PDCstream binary data stream and returns parsed data via events.

Frame parser is implemented as a write-only stream - this way data can come from any source.

Occurs when a BPA PDCstream has been received.

is the that was received.

Occurs when a BPA PDCstream has been received.

is the that was received.

Creates a new .

Frame types that should perform check-sum validation; default to Determines if header lengths should be trusted over parsed byte count. The required external BPA PDCstream INI based configuration file.

Gets or sets current used for parsing 's encountered in the data stream from a device.

If a has been parsed, this will return a reference to the parsed frame. Consumer can manually assign a to start parsing data if one has not been encountered in the stream.

Gets flag that determines if this protocol parsing implementation uses synchronization bytes.

Gets or sets required external BPA PDCstream INI based configuration file.

Gets or sets flag that determines if configuration file is automatically reloaded when it has changed on disk.

Gets or sets flag that interprets word count in packet header from a byte instead of a word.

Set to true to interpret word count in packet header from a byte instead of a word - if the sync byte (0xAA) is at position one, then the word count would be interpreted from byte four. Some older BPA PDC stream implementations have a 0x01 in byte three where there should be a 0x00 and this throws off the frame length, setting this property to true will correctly interpret the word count.

Gets or sets flag that determines if source data is in the Phasor Data File Format (i.e., a DST file).

Gets current descriptive status of the .

Gets or sets any connection specific that may be needed for parsing.

Releases the unmanaged resources used by the object and optionally releases the managed resources.

true to release both managed and unmanaged resources; false to release only unmanaged resources.

Start the data parser.

Parses a common header instance that implements for the output type represented in the binary image.

Raises the event.

to send to event.

Casts the parsed to its specific implementation (i.e., or .

that was parsed by that implements protocol specific common frame header interface.

Represents the BPA PDCstream implementation of a .

Creates a new .

The parent of this .

Creates a new from the specified parameters.

The parent of this . The entry value from the INI based configuration file.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets or sets the offset of this .

Gets the maximum length of the of this .

Gets the length of the .

Gets the binary body image of the object.

BPA PDCstream does not include frequency definition in descriptor packet.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents the BPA PDCstream implementation of a .

Creates a new .

The parent of this . The associated with this .

Creates a new from specified parameters.

The parent of this . The associated with this . The floating point value that represents this . The floating point value that represents the change in this over time.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets or sets the associated with this .

Gets the length of the .

Gets the binary body image of the object.

Parses the binary body image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Represents the BPA PDCstream implementation of a .

Creates a new from specified parameters.

The parent of this .

Creates a new from specified parameters.

The parent of this . The label of this . The integer scaling value of this . The offset of this . The of this . The associated that represents the voltage reference (if any).

Creates a new from specified parameters.

The parent of this . Index of phasor within INI based configuration file. The entry value from the INI based configuration file.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets or sets the conversion factor of this .

This method is hidden from the consumer since BPA PDCstream uses a custom conversion factor. Property always returns 1.0, updates are ignored.

Gets or sets ratio of this .

Gets or sets calibration factor of this .

Gets or sets shunt value of this .

Gets or sets voltage reference index of this .

Gets the maximum length of the of this .

Gets a of string based property names and values for this object.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents the BPA PDCstream implementation of a .

Creates a new .

The parent of this . The associated with this .

Creates a new from specified parameters.

The parent of this . The associated with this . The real value of this . The imaginary value of this .

Creates a new from specified parameters.

The parent of this . The associated with this . The value (a.k.a., the argument) of this , in radians. The magnitude value (a.k.a., the absolute value or modulus) of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets or sets the associated with this .

Gets or sets the value (a.k.a., the argument) of this , in radians.

Gets or sets the magnitude value (a.k.a., the absolute value or modulus) of this .

Contains an implementation of the phasor classes used to parse or generate a stream of data in the IEEE 1344-1995 standard format.

Represents the IEEE 1344 implementation of a that can be sent or received.

IEEE 1344 command frames are designed only to be sent to a device, not received from a device. As a result this frame does not implement for automated frame parsing. This class exposes a constructor that accepts a binary image in order to manually parse a command frame.

Total frame length of a IEEE 1344 .

Creates a new from the given .

Binary image to parse. Start index into to begin parsing. Length of valid data within . This constructor is used by a consumer to parse a received IEEE 1344 command frame. Typically command frames are sent to a device. This constructor would used if this code was being used inside of a phasor measurement device. must be at least 16.

Creates a new from specified parameters.

The ID code of this . The for this . This constructor is used by a consumer to generate an IEEE 1344 command frame.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets reference to the for this .

Gets or sets extended binary image data for this .

Gets or sets the ID code of this .

Gets NTP based time representation of the ticks of this .

Gets the length of the .

Gets the binary header image of the object.

of string based property names and values for the object.

Parses the binary header image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Calculates checksum of given .

Buffer image over which to calculate checksum. Start index into to calculate checksum. Length of data within to calculate checksum. Checksum over specified portion of .

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

IEEE 1344 frame types enumeration.

000 Data frame.

001 Header frame.

010 Configuration frame.

011 Reserved flags 0.

110 Reserved flags 1.

100 Reserved flags 2.

101 User defined flags 0.

111 User defined flags 1.

IEEE 1344 trigger status enumeration.

111 Frequency trigger.

110 df/dt trigger.

101 Angle trigger.

100 Over-current trigger.

011 Under-voltage trigger.

010 Rate trigger.

001 User defined.

000 Unused.

Common IEEE 1344 declarations and functions.

Frame type mask constant.

Trigger mask constant.

Frame length mask constant.

Frame count mask (for multi-framed files) constant.

Maximum frame count (for multi-framed files) constant.

Absolute maximum number of samples constant.

Absolute maximum frame length constant.

Absolute maximum data length (in bytes) that could fit into any frame.

Absolute maximum number of possible phasor values that could fit into a data frame constant.

Absolute maximum number of possible analog values that could fit into a data frame constant.

IEEE 1344 doesn't support analog values

Absolute maximum number of possible digital values that could fit into a data frame constant.

Represents the common header for all IEEE 1344 frames of data.

Total fixed length of .

Creates a new from specified parameters.

The IEEE 1344 specific frame type of this frame. The timestamp of this frame.

Creates a new from given .

Buffer that contains data to parse. Start index into buffer where valid data begins.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets the timestamp of this frame in NTP format.

Gets or sets timestamp of this .

Gets or sets the IEEE 1344 specific frame type of this frame.

This returns the protocol specific frame classification which uniquely identifies the frame type. This is the implementation.

Gets or sets flag from that determines if this is the first frame image in a series of images representing an entire frame.

Gets or sets flag that determines if this is the last frame image in a series of images representing an entire frame.

Gets or sets the total frame count.

Gets or sets the parsing state for the object.

Gets the fundamental frame type of this frame.

Frames are generally classified as data, configuration or header frames. This returns the general frame classification.

Gets or sets reference to a associated the IEEE 1344 frame, if any.

Gets or sets the entire length of the IEEE 1344 frame.

Gets or sets the length of the data in the IEEE 1344 frame (i.e., the minus the header length and checksum: - 8).

Gets or sets the sample number (i.e., frame count) of this frame.

Gets the binary image of the common header portion of this frame.

Appends header specific attributes to dictionary.

Dictionary to append header specific attributes to.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Validates the CRC-CCITT for the specified IEEE 1344 buffer.

A indicating whether the checksum is valid. A array buffer. An value as the number of bytes to read for the checksum. An value as the start index into being reading the value at.

Represents the IEEE 1344 implementation of a that can be sent or received.

Creates a new .

The reference to parent of this .

Creates a new from specified parameters.

The reference to parent of this . The numeric ID code for this . The nominal of the of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets a reference to the parent for this .

Gets or sets status flags of this .

These are bit flags, use properties to change basic values.

Gets or sets the ID code of this .

Gets or sets flag that determines if timestamp of this is valid based on GPS lock.

Gets or sets flag that determines if data of this is valid.

Gets or sets trigger status of this .

Gets or sets the for the objects in the of this .

This property only supports scaled data; IEEE 1344 doesn't transport floating point values. IEEE 1344 only supports scaled data.

Gets or sets the for the objects in the of this .

Gets or sets the of the of this .

This property only supports scaled data; IEEE 1344 doesn't transport floating point values. IEEE 1344 only supports scaled data.

Gets or sets the for the objects in the of this .

IEEE 1344 doesn't define any analog values. This property only supports scaled data; IEEE 1344 doesn't transport floating point values. IEEE 1344 only supports scaled data.

Gets the length of the .

Gets the binary header image of the object.

Gets the length of the .

Gets the binary footer image of the object.

of string based property names and values for the object.

Parses the binary header image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Parses the binary footer image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents a IEEE 1344 implementation of a collection of objects.

Creates a new .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets at specified .

Index of value to get or set.

Represents the IEEE 1344 implementation of a that can be sent or received.

Creates a new .

This constructor is used by to parse an IEEE 1344 configuration frame.

Creates a new from specified parameters.

The ID code of this . The exact timestamp, in , of the data represented by this . The defined frame rate of this . This constructor is used by a consumer to generate an IEEE 1344 configuration frame.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets reference to the for this .

Gets or sets the ID code of this .

Gets or sets exact timestamp, in ticks, of the data represented by this .

The value of this property represents the number of 100-nanosecond intervals that have elapsed since 12:00:00 midnight, January 1, 0001.

Gets the timestamp of this frame in NTP format.

Gets or sets the nominal of this .

Gets or sets the IEEE 1344 period value.

Gets the identifier that is used to identify the IEEE 1344 frame.

Gets or sets current .

Gets the length of the .

Gets the binary header image of the object.

Gets the length of the .

Gets the binary footer image of the object.

of string based property names and values for the object.

Parses the binary image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed. This method is overridden to parse from cumulated frame images.

Parses the binary header image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Parses the binary footer image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Calculates checksum of given .

Buffer image over which to calculate checksum. Start index into to calculate checksum. Length of data within to calculate checksum. Checksum over specified portion of .

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents the IEEE 1344 implementation of a that can be sent or received.

Creates a new .

The reference to parent of this . The associated with this .

Creates a new from specified parameters.

The reference to parent of this . The associated with this . If true, adds empty values for each defined configuration cell definition.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the reference to parent of this .

Gets or sets the associated with this .

Gets the numeric ID code for this .

Gets or sets flag that determines if data of this is valid.

Gets or sets flag that determines if timestamp of this is valid based on GPS lock.

Gets or sets of this .

Gets or sets flag that determines if source device of this is reporting an error.

IEEE 1344 doesn't define bits for device error.

Gets or sets trigger status of this .

Gets of this .

IEEE 1344 doesn't define any analog values.

of string based property names and values for the object.

Represents a IEEE 1344 implementation of a collection of objects.

Creates a new .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets at specified .

Index of value to get or set.

Represents the IEEE 1344 implementation of a that can be sent or received.

Creates a new .

This constructor is used by to parse an IEEE 1344 data frame.

Creates a new from specified parameters.

The exact timestamp, in , of the data represented by this . The associated with this . This constructor is used by a consumer to generate an IEEE 1344 data frame.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets reference to the for this .

Gets or sets associated with this .

Gets the numeric ID code for this .

Gets or sets exact timestamp, in ticks, of the data represented by this .

The value of this property represents the number of 100-nanosecond intervals that have elapsed since 12:00:00 midnight, January 1, 0001.

Gets the timestamp of this frame in NTP format.

Gets the identifier that is used to identify the IEEE 1344 frame.

Gets or sets current .

Gets the length of the .

Gets the binary header image of the object.

of string based property names and values for the object.

Parses the binary header image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Calculates checksum of given .

Buffer image over which to calculate checksum. Start index into to calculate checksum. Length of data within to calculate checksum. Checksum over specified portion of .

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents the IEEE 1344 implementation of a .

Creates a new .

The parent of this .

Creates a new from specified parameters.

The parent of this . The label of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets or sets normal status for this .

Gets or sets valid input for this .

Gets conversion factor image of this .

Gets a of string based property names and values for this object.

Parses conversion factor image from the specified .

Binary image to parse. Start index into to begin parsing.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents the IEEE 1344 implementation of a .

Creates a new .

The parent of this . The associated with this .

Creates a new from specified parameters.

The parent of this . The associated with this . The unsigned 16-bit integer value (composed of digital bits) that represents this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets or sets the associated with this .

Collects frame images until a full IEEE 1344 frame has been received.

Creates a new .

Gets the combined binary image of all the collected frame images.

Gets the length of the combined binary image of all the collected frame images.

Gets the total number frames appended to .

Appends the current frame image to the frame image collection.

A array to append to the collection. An value indicating the number of bytes to read from the . An value indicating the offset to read from.

Represents a frame parser for an IEEE 1344 binary data stream that returns parsed data via events.

Frame parser is implemented as a write-only stream - this way data can come from any source.

Occurs when an IEEE 1344 has been received.

is the that was received.

Occurs when an IEEE 1344 has been received.

is the that was received.

Occurs when an IEEE 1344 has been received.

is the that was received.

Occurs when an IEEE 1344 has been received.

is the that was received. Command frames are normally sent, not received, but there is nothing that prevents this.

Creates a new .

Frame types that should perform check-sum validation; default to Determines if header lengths should be trusted over parsed byte count.

Gets or sets current used for parsing 's encountered in the data stream from a device.

If a has been parsed, this will return a reference to the parsed frame. Consumer can manually assign a to start parsing data if one has not been encountered in the stream.

Gets flag that determines if this protocol parsing implementation uses synchronization bytes.

The IEEE 1344 protocol does not use synchronization bytes, as a result this property returns false.

Start the data parser.

Parses a common header instance that implements for the output type represented in the binary image.

Raises the event.

to send to event.

Raises the event.

to send to event.

Raises the event.

to send to event.

Casts the parsed to its specific implementation (i.e., , , or ).

that was parsed by that implements protocol specific common frame header interface.

Represents the IEEE 1344 implementation of a .

Creates a new .

The parent of this .

Creates a new from specified parameters.

The parent of this . The label of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets or sets flag that determines if frequency measurement is available in .

Gets or sets flag that determines if df/dt measurement is available in .

Gets the length of the .

Gets the binary body image of the object.

Gets a of string based property names and values for this object.

Parses the binary body image.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents the IEEE 1344 implementation of a .

Creates a new .

The parent of this . The associated with this .

Creates a new from specified parameters.

The parent of this . The associated with this . The floating point value that represents this . The floating point value that represents the change in this over time.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets or sets the associated with this .

Gets the length of the .

The IEEE 1344 protocol provides frequency and df/dt as optional data measurements, so we override the default behavior to account for this change in operation.

Gets the binary body image of the object.

The IEEE 1344 protocol provides frequency and df/dt as optional data measurements, so we override the default behavior to account for this change in operation.

Parses the binary body image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed. The IEEE 1344 protocol provides frequency and df/dt as optional data measurements, so we override the default behavior to account for this change in operation.

Represents the IEEE 1344 implementation of a that can be sent or received.

Creates a new .

This constructor is used by a consumer to generate an IEEE 1344 configuration frame and by the to parse an IEEE 1344 configuration frame.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the ID code of this .

Gets or sets exact timestamp, in ticks, of the data represented by this .

The value of this property represents the number of 100-nanosecond intervals that have elapsed since 12:00:00 midnight, January 1, 0001.

Gets the timestamp of this frame in NTP format.

Gets the identifier that is used to identify the IEEE 1344 frame.

Gets or sets current .

Gets the length of the .

Gets the binary header image of the object.

of string based property names and values for the object.

Parses the binary image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed. This method is overridden to parse from cumulated frame images.

Parses the binary header image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Calculates checksum of given .

Buffer image over which to calculate checksum. Start index into to calculate checksum. Length of data within to calculate checksum. Checksum over specified portion of .

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents the IEEE 1344 implementation of a .

Creates a new from specified parameters.

The parent of this .

Creates a new from specified parameters.

The parent of this . The label of this . The integer scaling value of this . The offset of this . The of this . The associated that represents the voltage reference (if any).

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets conversion factor image of this .

Parses conversion factor image from the specified .

Binary image to parse. Start index into to begin parsing.

Represents the IEEE 1344 implementation of a .

Creates a new .

The parent of this . The associated with this .

Creates a new from specified parameters.

The parent of this . The associated with this . The real value of this . The imaginary value of this .

Creates a new from specified parameters.

The parent of this . The associated with this . The value (a.k.a., the argument) of this , in radians. The magnitude value (a.k.a., the absolute value or modulus) of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets or sets the associated with this .

Represents the Macrodyne implementation of the parsing state used by a .

Creates a new from specified parameters.

Binary length of the being parsed. Previously parsed header frame that contains needed station name. Reference to delegate to create new instances. Determines if header lengths should be trusted over parsed byte count. Determines if frame's check-sum should be validated.

Gets or sets the header frame, which contains the unit ID (i.e., station name), of the device.

INI file name browser used with Macrodyne .

Initializes the open file dialog when it is created.

The to use to select a file name.

Represents the extra connection parameters required for a connection to a Macrodyne.

Creates a new .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets flag that determines the Macrodyne protocol version.

Gets or sets the optional Macrodyne configuration source based on a BPA PDCstream style INI file.

Gets or sets device section label, as defined in associated INI file.

Gets or sets flag that determines if configuration file is automatically reloaded when it has changed on disk.

Determines if selected Macrodyne configuration file exists when needed.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents the Macrodyne implementation of a that can be sent or received.

Creates a new .

This constructor is used by a consumer or by to generate or parse a Macrodyne header frame.

Creates a new .

based data to include in this . This constructor is used by a consumer to generate a Macrodyne header frame.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets the identifier that is used to identify the Macrodyne frame.

Gets or sets current .

Gets the length of the .

This property is overridden so the length can be extended to include a 1-byte checksum.

Gets the length of the .

Gets the binary header image of the object.

Parses the binary header image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Determines if checksum in the is valid.

Buffer image to validate. Start index into to perform checksum. Flag that determines if checksum over is valid. Default implementation expects 2-byte big-endian ordered checksum. So we override method since checksum in Macrodyne is a single byte.

Appends checksum onto starting at .

Buffer image on which to append checksum. Index into where checksum should be appended. Default implementation encodes checksum in big-endian order and expects buffer size large enough to accommodate 2-byte checksum representation. We override this method since checksum in Macrodyne is a single byte.

Calculates checksum of given .

Buffer image over which to calculate checksum. Start index into to calculate checksum. Length of data within to calculate checksum. Checksum over specified portion of .

Contains an implementation of the phasor classes used to parse or generate a stream of data in the Macrodyne PMU device format.

Represents the Macrodyne implementation of a that can be sent or received.

Macrodyne command frames are designed only to be sent to a device, not received from a device. As a result this frame does not implement for automated frame parsing.

Creates a new from specified parameters.

The for this . This constructor is used by a consumer to generate an Macrodyne command frame.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the for this .

Gets the length of the .

Gets the binary body image of this .

Calculates checksum of given .

Buffer image over which to calculate checksum. Start index into to calculate checksum. Length of data within to calculate checksum. Checksum over specified portion of . The Macrodyne does not use checksums for sending commands.

Macrodyne protocol versions enumeration.

Macrodyne 1690M Protocol.

Macrodyne 1690G Protocol.

Macrodyne frame types enumeration.

Data frame.

Configuration frame.

Header frame.

This frame is used to request the string based unit ID (i.e., the station name).

Macrodyne clock status flags enumeration (from byte 1 in time string).

Set when DAC811 adjustment on the GPS board is beyond limits.

Set when the time output is that from the internal buffer (in GPS board processor) incremented by one second.

This implies a problem in communication between the GPS receiver and GPS board.

Set when the internal oscillator is not disciplined (the GPS clock is not locked).

Set when the last GPS receiver time tag was invalid.

The data was received, but flagged as invalid. This may be caused by a loss of satellite visibility.

Set when the system is about to be resynchronized to the GPS receiver.

Set when an error condition exists.

Set for local time mode, cleared for UTC mode.

Set when the GPS clock 1 PPS and the GPS receiver 1 PPS differ by more than 5 microseconds.

No flags.

Macrodyne status flags enumeration (from Status 1 byte).

TRG = 1 - Trigger detected, table being collected.

OP = 1 - Operational limit reached.

UR = 1 - Reset occurred.

TTE = 1 - Error in GPS time or time tag.

RL = 1 - Reference expected but not received.

RI = 1 - Unit enabled to receive reference.

RO = 1 - Unit set to output reference.

Trigger detected, but memory full.

No flags.

Macrodyne trigger reason enumeration (from Status 2 byte, bits 0-2).

111 DCHN - Digital channel.

110 LNCM - Linear combination.

101 DFDT - Change in frequency over time.

100 FREQ - Maximum allowed offset from 60 Hz.

011 ANGD - Angle difference from reference.

010 VMAX - Maximum magnitude.

001 VMIN - Minimum magnitude.

000 USER - Manual trigger.

Macrodyne GPS status enumeration (from Status 2 byte, bits 3-4).

00 - GPS clock status is good.

01 - None (undefined state 1).

10 - None (undefined state 2).

11 - GPS clock status is bad.

Macrodyne ON-LINE data format flags enumeration (from 2 byte response).

Status 2 enabled.

Timestamp enabled.

Phasor 2 enabled.

Phasor 3 enabled.

Phasor 4 enabled.

Phasor 5 enabled.

Reference enabled.

Digital channel 1 enabled.

Phasor 6 enabled.

Phasor 7 enabled.

Phasor 8 enabled.

Phasor 9 enabled.

Phasor 10 enabled.

Digital channel 2 enabled.

Bit not used (undefined bit 1).

Bit not used (undefined bit 2).

No flags.

Macrodyne operational limit reached flags enumeration (from first byte of 3 byte response).

VMIN operations limit reached.

VMAX operations limit reached.

ANGD operations limit reached.

FREQ operations limit reached.

DFDT operations limit reached.

LNCM operations limit reached.

Bit not used (undefined bit 1).

Bit not used (undefined bit 2).

No flags.

Macrodyne data input commands enumeration.

Send reference phasor.

Command must be followed by phasor and XOR checksum .

Send word data.

Command must be followed by big-endian and XOR checksum

Send unit ID data.

Command must be followed by 8 ASCII bytes of data and XOR checksum

Send byte data.

Command must be followed by data and XOR checksum .

Macrodyne set and request commands enumeration.

These commands should be transmitted in big-endian to make sure high word and low word are in the expected order.

Select Event 1.

Select Event 2.

Select Event 3.

Select Event 4.

Select Event 5.

Select Event 6.

Select Event 7.

Select Event 8.

Select Event 9.

Select Event 10.

Select Event 11.

Select Event 12.

Select Event 13.

Select Event 14.

Select Event 15.

Select Event 16.

Erase selected event.

Force an event.

Set the 1 second table pre-trigger to the value in the word buffer.

Set the extended table pre-trigger to the value in the word buffer.

Set the unit ID (8 ASCII bytes) to the values in the 8 byte buffer (set using .

Start sending ON-LINE data down this port (the port the command was received on).

Stop sending ON-LINE data or reference data down this port.

Start sending the reference down port1.

Disable the reference before enabling reference on the other port using the command .

Start sending the reference down port2.

Disable the reference before enabling reference on the other port using the command .

Stop sending the reference down either port.

Enable the reference reception in any port.

Disable the reference reception in any port.

Re-boot the PMU code from the EEPROM and re-start the unit.

Reset the unit and reset the flags.

Set the output rate to 2 cycles (i.e. 30 times/sec).

Set the output rate to 5 cycles (i.e. 12 times/sec).

Set the output rate to 10 cycles (i.e. 6 times/sec).

Set the PMU for 5 phasors.

Set the PMU for 4 phasors.

Set the PMU for 3 phasors.

Set the PMU for 2 phasors.

Set the PMU for 1 phasor.

Set mscale to the value in the word buffer.

Enable all triggers.

Disable all triggers.

Set the VMIN trigger to the value in the word buffer.

Set the VMAX trigger to the value in the word buffer.

Set the ANGD trigger to the value in the word buffer.

Set the FREQ trigger to the value in the word buffer.

Set the DFDT trigger to the value in the word buffer.

Set the LNCM trigger to the value in the word buffer.

Set the VCOEF value to the value in the word buffer.

Set the FCOEF value to the value in the word buffer.

Set the DCOEF value to the value in the word buffer.

Set the NRM_DIG (normal state of digital channel) to the value in the word buffer.

Set the DIG_ENB (digital channel trigger enable) to the value in the word buffer.

Reset the ON-LINE data format to the default setting.

Add the second status byte to the ON-LINE data.

Add the time stamp to the ON-LINE data.

Add the second phasor to the ON-LINE data.

Add the third phasor to the ON-LINE data.

Add the fourth phasor to the ON-LINE data.

Add the fifth phasor to the ON-LINE data.

Add the reference phasor to the ON-LINE data.

Set the VMIN operational limit to the value in the byte buffer.

Set the VMAX operational limit to the value in the byte buffer.

Set the ANGD operational limit to the value in the byte buffer.

Set the FREQ operational limit to the value in the byte buffer.

Set the DFDT operational limit to the value in the byte buffer.

Set the LNCM operational limit to the value in the byte buffer.

Set the digital channels operational limit to the value in the byte buffer.

Reset all operational limit counters (ANALOG AND DIGITAL) to 0.

Add digital channels to the ON-LINE data.

Set the first set of analog channels to the value in the word buffer which designates what each channel will be, VOLTAGE or CURRENT.

Set GPS to transparent mode (host port A only).

NOTE: This command is NOT functional (per Macrodyne 1690M Operation Manual, v1.67).

Send this command when the following command refers to the second board.

Set the number of Digital Channels to 16.

Set the number of Digital Channels to 32.

Set raw data pre-trigger to the value in the word buffer.

Start Debug Mode. Stops PMU program and enters the debugger.

Request STATU1 flag (1 response byte).

Request STATU2 flag (1 response byte).

Request ON-LINE data format (2 response bytes).

Request operational limit reached flags (3 response bytes).

Request value in word buffer (2 response bytes).

Request value in byte buffer (1 response byte).

Request current time tag string (6 response bytes).

Request unit status.

Request analog trigger values (18 response bytes).

Request VMIN trigger value (2 response bytes).

Request VMAX trigger value (2 response bytes).

Request ANGD trigger value (2 response bytes).

Request FREQ trigger value (2 response bytes).

Request DFDT trigger value (2 response bytes).

Request LNCM trigger value (2 response bytes).

Request VCOEF trigger value (2 response bytes).

Request FCOEF trigger value (2 response bytes).

Request DCOEF trigger value (2 response bytes).

Request normal state of digital channels (2 response bytes).

Request trigger enabled state of digital channels (1 response byte).

Request value in unit ID buffer (8 ASCII response bytes).

Request the value which determines what each analog channel is, bit # = channel #, 1 = VOLTAGE, 0 = CURRENT.

Request table line from 1 second table.

Request table line from extended table.

Request previous table line/block.

Request time information for selected table.

Request trigger information for selected table.

Request table with freeze reason (16 response bytes).

Request number of bytes in time of freeze tables (1 response byte).

Request time of freeze tables.

Request value of operational limits (7 response bytes).

Request value of operational counters (6 response bytes).

Request value of operational counts of digital channels (16 response bytes).

Request raw table line.

Request raw table information (18 response bytes).

Request current raw table pre-trigger (22 response bytes).

Undefined command.

Macrodyne device ports enumeration.

Serial port 1.

Serial port 2.

Serial port 3.

Serial port 4.

Common Macrodyne declarations and functions.

Macrodyne trigger reason mask (from Status 2 byte, bits 0-2).

Macrodyne GPS status mask (from Status 2 byte, bits 3-4).

Reference input port bit (from Status 2 byte, bits 5): set = port 3, not set = port 4.

Reference output port bit (from Status 2 byte, bits 6): set = port 2, not set = port 1.

GPS synchronization bit (from Status 2 byte, bits 7): set = last time mark was true / tracking, not set = last time mark was false / not tracking.

Absolute maximum number of possible phasor values that could fit into a data frame.

Technically 1690M will have a maximum of 10 and 1690G will have a maximum of 40 (not counting reference).

Absolute maximum number of possible analog values that could fit into a data frame.

Absolute maximum number of possible digital values that could fit into a data frame.

Absolute maximum data length (in bytes) that could fit into any frame.

Absolute maximum number of bytes of extended data that could fit into a command frame.

Gets set of ONLINE data format flags based on the specified number of phasors.

Total number phasors. ONLINE data format flags based on the specified number of phasors. This function always includes TimestampEnabled as part of the format flags.

Represents the common header for all Macrodyne frames of data.

Total fixed length of .

Creates a new .

Macrodyne protocol to use for parsing. Frame type common header represents.

Creates a new from given .

Buffer that contains data to parse. Start index into buffer where valid data begins. Macrodyne protocol to use for parsing. Configuration frame, if available.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets flag that determines the Macrodyne protocol version.

Gets or sets the of this .

Status flags are only relevant for 1690M implementations and are not provided for 1690G implementations.

Gets the fundamental frame type of this frame.

Frames are generally classified as data, configuration or header frames. This returns the general frame classification.

Gets the Macrodyne data length.

Gets the Macrodyne frame length.

Gets the binary image of the common header portion of this .

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents the Macrodyne implementation of a that can be sent or received.

Creates a new from specified parameters.

The parent reference to use. INI section device label to use.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets a reference to the parent for this .

Gets or sets reference to the loaded from the configuration file associated this .

Gets a reference to the of this .

Gets or sets the station name of this .

Gets or sets section entry in INI based configuration file for this .

Gets flag that determines if current defines a PDC block section.

Gets or sets the numeric ID code for this .

Gets or sets the of this .

Gets or sets the nominal of the of this .

Gets the maximum length of the of this .

Gets or sets the for the objects in the of this .

This property only supports scaled data; Macrodyne doesn't transport floating-point values. Macrodyne only supports scaled data.

Gets or sets the for the objects in the of this .

This property only supports rectangular phasor data; Macrodyne doesn't transport polar phasor values. Macrodyne only supports rectangular phasor data.

Gets or sets the of the of this .

This property only supports scaled data; Macrodyne doesn't transport floating-point values. Macrodyne only supports scaled data.

Gets or sets the for the objects in the of this .

Macrodyne doesn't define any analog values. This property only supports scaled data; Macrodyne doesn't transport floating point values. Macrodyne only supports scaled data.

of string based property names and values for the object.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents a Macrodyne implementation of a collection of objects.

Creates a new .

Creates a new with alternate maximum cell count.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets at specified .

Index of value to get or set.

Attempts to retrieve a from this with the specified .

value to try to find. with the specified if found; otherwise null. true if with the specified is found; otherwise false.

Represents the Macrodyne implementation of a that can be sent or received.

Default voltage phasor INI based configuration entry.

Default current phasor INI based configuration entry.

Default frequency INI based configuration entry.

Occurs when the Macrodyne INI based configuration file has been reloaded.

Creates a new .

This constructor is used by to parse a Macrodyne configuration frame.

Creates a new .

Online data format flags to use in this Macrodyne . 8 character unit ID to use in this Macrodyne . INI configuration file name, if specified. INI section name. This constructor is used by a consumer to generate a Macrodyne configuration frame.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets reference to the for this .

Gets the identifier that is used to identify the Macrodyne frame.

Gets or sets current .

Gets or sets the numeric ID code for this .

Gets the INI based configuration file name of this .

Gets the default voltage phasor definition.

Gets the default current phasor definition.

Gets the default frequency definition.

Gets station name retrieved from header frame.

Gets or sets the Macrodyne of this .

Gets phasor count derived from of this .

Gets flag that determines if status 2 flags are included in ON-LINE data.

Gets flag that determines if timestamp is included in ON-LINE data.

Gets flag that determines if reference phasor is included in ON-LINE data.

Gets flag that determines if Digital 1 is included in ON-LINE data.

Gets flag that determines if Digital 2 is included in ON-LINE data.

Gets length of data frame based on enabled streaming data.

Gets the length of the .

This property is overridden so the length can be extended to include a 1-byte checksum.

Gets the length of the .

Gets the binary header image of the object.

of string based property names and values for the object.

Reload Macrodyne INI based configuration file.

Parses the binary image.

Parses the binary header image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Determines if checksum in the is valid.

Buffer image to validate. Start index into to perform checksum. Flag that determines if checksum over is valid. Default implementation expects 2-byte big-endian ordered checksum. So we override method since checksum in Macrodyne is a single byte.

Appends checksum onto starting at .

Buffer image on which to append checksum. Index into where checksum should be appended. Default implementation encodes checksum in big-endian order and expects buffer size large enough to accommodate 2-byte checksum representation. We override this method since checksum in Macrodyne is a single byte.

Calculates checksum of given .

Buffer image over which to calculate checksum. Start index into to calculate checksum. Length of data within to calculate checksum. Checksum over specified portion of .

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Gets a generated INI configuration file image.

Represents the Macrodyne implementation of a that can be sent or received.

Creates a new .

The reference to parent of this . The associated with this .

Creates a new from specified parameters.

The reference to parent of this . The associated with this . If true, adds empty values for each defined configuration cell definition.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the reference to parent of this .

Gets or sets the associated with this .

Gets the numeric ID code for this .

Gets or sets for this .

Gets or sets status 1 flags for this .

Gets or sets status 2 flags for this .

Gets or sets for this .

Gets or sets flag that determines if data of this is valid.

Gets or sets flag that determines if timestamp of this is valid based on GPS lock.

Gets or sets of this .

Gets or sets flag that determines if source device of this is reporting an error.

Macrodyne doesn't define bits for device error.

Gets or sets reference phasor sample number.

Gets or sets reference phasor value.

Gets of this .

Macrodyne doesn't define any analog values.

of string based property names and values for the object.

Parses the binary body image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents a Macrodyne implementation of a collection of objects.

Creates a new .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets at specified .

Index of value to get or set.

Represents the Macrodyne implementation of a that can be sent or received.

Creates a new .

This constructor is used by to parse a Macrodyne data frame.

Creates a new from specified parameters.

The exact timestamp, in , of the data represented by this . This constructor is used by a consumer to generate a Macrodyne data frame.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets reference to the for this .

Gets or sets associated with this .

Gets the identifier that is used to identify the Macrodyne frame.

Gets or sets current .

Gets the length of the .

This property is overridden so the length can be adjusted for 1-byte checksum.

Gets the length of the .

Gets the binary header image of the object.

Parses the binary header image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Determines if checksum in the is valid.

Buffer image to validate. Start index into to perform checksum. Flag that determines if checksum over is valid. Default implementation expects 2-byte big-endian ordered checksum. So we override method since checksum in Macrodyne is a single byte.

Appends checksum onto starting at .

Buffer image on which to append checksum. Index into where checksum should be appended. Default implementation encodes checksum in big-endian order and expects buffer size large enough to accommodate 2-byte checksum representation. We override this method since checksum in Macrodyne is a single byte.

Calculates checksum of given .

Buffer image over which to calculate checksum. Start index into to calculate checksum. Length of data within to calculate checksum. Checksum over specified portion of .

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents the Macrodyne implementation of an .

Creates a new from specified parameters.

The parent of this .

Creates a new from specified parameters.

The parent of this . The label of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Represents the Macrodyne implementation of an .

Creates a new .

The parent of this . The associated with this .

Creates a new from specified parameters.

The parent of this . The associated with this . The unsigned 16-bit integer value (composed of digital bits) that represents this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets or sets the associated with this .

Represents a frame parser for a Macrodyne binary data stream that returns parsed data via events.

Frame parser is implemented as a write-only stream - this way data can come from any source.

Occurs when a Macrodyne that contains the UnitID (i.e., station name) has been received.

is the that was received.

Occurs when a Macrodyne has been received.

is the that was received.

Occurs when a Macrodyne has been received.

is the that was received.

Creates a new from specified parameters.

Frame types that should perform check-sum validation; default to Determines if header lengths should be trusted over parsed byte count. The protocol version that the parser should use. The optional external Macrodyne configuration in BPA PDCstream INI file based format. The INI section device label to use.

Gets or sets current used for parsing 's encountered in the data stream from a device.

If a has been parsed, this will return a reference to the parsed frame. Consumer can manually assign a to start parsing data if one has not been encountered in the stream.

Gets flag that determines if Macrodyne protocol parsing implementation uses synchronization bytes.

Gets or sets external Macrodyne based configuration file.

Gets or sets device section label, as defined in associated INI file.

Gets or sets flag that determines if configuration file is automatically reloaded when it has changed on disk.

Gets current descriptive status of the .

Gets or sets any connection specific that may be needed for parsing.

Releases the unmanaged resources used by the object and optionally releases the managed resources.

true to release both managed and unmanaged resources; false to release only unmanaged resources.

Start the data parser.

Parses a common header instance that implements for the output type represented in the binary image.

Writes a sequence of bytes onto the stream for parsing.

Raises the event.

to send to event.

Raises the event.

to send to event.

Casts the parsed to its specific implementation (i.e., or ).

that was parsed by that implements protocol specific common frame header interface.

Raises the event.

The that was encountered during parsing.

Represents the Macrodyne implementation of a .

Creates a new .

The parent of this .

Creates a new from the specified parameters.

The parent of this . The entry value from the INI based configuration file.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets or sets the offset of this .

Gets the maximum length of the of this .

Represents the Macrodyne implementation of a .

Creates a new .

The parent of this . The associated with this .

Creates a new from specified parameters.

The parent of this . The associated with this . The floating point value that represents this . The floating point value that represents the change in this over time.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets or sets the associated with this .

Parses the binary body image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Represents the Macrodyne implementation of a .

Creates a new from specified parameters.

The parent of this .

Creates a new from specified parameters.

The parent of this . The label of this . The of this . The associated that represents the voltage reference (if any).

Creates a new from specified parameters.

The parent of this . Index of phasor within INI based configuration file. The entry value from the INI based configuration file.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets or sets the conversion factor of this .

This method is hidden from the consumer since Macrodyne uses a custom conversion factor. Property always returns 1.0, updates are ignored.

Gets or sets ratio of this .

Gets or sets calibration factor of this .

Gets or sets shunt value of this .

Gets or sets voltage reference index of this .

Gets the maximum length of the of this .

Gets a of string based property names and values for this object.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents the Macrodyne implementation of a .

Creates a new .

The parent of this . The associated with this .

Creates a new from specified parameters.

The parent of this . The associated with this . The real value of this . The imaginary value of this .

Creates a new from specified parameters.

The parent of this . The associated with this . The value (a.k.a., the argument) of this , in radians. The magnitude value (a.k.a., the absolute value or modulus) of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets or sets the associated with this .

Replay timer class used to pace frame publication for file-based playback.

Uses absolute deadline advancement to maintain consistent inter-frame intervals. For longer intervals, e.g., 30 FPS / ~33ms, a single bulk is used for most of the wait, followed by yield/spin for the final approach — minimizing OS scheduler jitter compared to many individual Thread.Sleep(1) calls. Also supports very high frame rates, e.g., 3000 FPS, where the yield/spin path naturally dominates due to sub-millisecond intervals.

Creates a new instance.

The defined frame rate in frames per second.

Gets the defined frame rate for this timer.

Blocks until the next scheduled frame rate interval.

The deadline advances by exactly one period from the current deadline (absolute cadence) to keep inter-frame intervals consistent. If the deadline has already fallen behind by more than one full period, it resets to "now + period" to prevent a burst of catch-up frames.

Represents the SEL CWS implementation of an .

Creates a new from specified parameters.

The parent of this .

Creates a new from specified parameters.

The parent of this . The label of this . The integer scaling value of this . The offset of this . The of this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets or sets the scalar for this Point-on-Wave (POW) analog.

Represents the SEL CWS implementation of an .

Creates a new .

The parent of this . The associated with this .

Creates a new from specified parameters.

The parent of this . The associated with this . The floating point value that represents this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the parent of this .

Gets or sets the associated with this .

SEL CWS frame types enumeration.

Data frame.

Configuration frame.

Phase channels for SEL CWS PoW analogs.

Phase A current (IA).

Phase B current (IB).

Phase C current (IC).

Phase A voltage (VA).

Phase B voltage (VB).

Phase C voltage (VC).

Common SEL CWS declarations and functions.

SEL CWS data supported version.

Absolute maximum number of possible phasor values that could fit into a data frame.

Absolute maximum number of possible analog values that could fit into a data frame.

SEL CWS doesn't support analog values.

Absolute maximum number of possible digital values that could fit into a data frame.

SEL CWS doesn't support digital values.

Default frame rate for SEL CWS devices is 3000 frames per second.

Frames per UDP packet for SEL CWS devices is 50 samples.

Default nominal frequency for SEL CWS devices is 60Hz.

Represents the common header for a SEL CWS frame of data.

Total fixed length of .

Creates a new from .

Type of the frame.

Creates a new from given .

Buffer that contains data to parse. Start index into buffer where valid data begins. Length of valid data in .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets the of this SEL CWS frame.

Gets the length of this SEL CWS frame.

Gets the channel ID associated with this SEL CWS frame.

Gets the packet count for this SEL CWS frame.

Gets the nominal of the SEL CWS device.

Gets the fundamental frame type of this frame.

Frames are generally classified as data, configuration or header frames. This returns the general frame classification.

Appends header specific attributes to dictionary.

Dictionary to append header specific attributes to.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents the SEL CWS implementation of a that can be sent or received.

Creates a new from specified parameters.

The reference to parent of this . The nominal of the of this . The scalar values for this . The name of the station for this . The names of the analog POW points for this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets a reference to the parent for this .

Gets or sets the ID code of this .

Gets or sets the for the objects in the of this .

This property only supports fixed-integer phasor data; SEL CWS doesn't transport floating-point phasor values. SEL CWS only supports fixed-integer data.

Gets or sets the for the objects in the of this .

This property only supports polar phasor data; SEL CWS doesn't transport rectangular phasor values. SEL CWS only supports polar phasor data.

Gets or sets the of the of this .

This property only supports floating-point data; SEL CWS doesn't transport scaled values. SEL CWS only supports floating-point data.

Gets or sets the for the objects in the of this .

This property only supports floating-point data; SEL CWS doesn't transport scaled values. SEL CWS only supports floating-point data.

Gets the maximum length of the of this .

Represents a SEL CWS implementation of a collection of objects.

Creates a new .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets at specified .

Index of value to get or set.

Represents the SEL CWS implementation of a that can be sent or received.

Represents the Length of the fixed part of this header.

Creates a new .

This constructor is used by to parse an SEL CWS configuration frame.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets reference to the for this .

Gets or sets the nominal of this .

Gets the of this .

Gets or sets current .

Gets the SEL CWS protocol version of this .

Gets the channel ID of this .

of string based property names and values for the object.

Parses the binary header image.

Binary image to parse. Start index into to begin parsing. Length of valid data within . The length of the data that was parsed.

Determines if checksum in the is valid.

Buffer image to validate. Start index into to perform checksum. Flag that determines if checksum over is valid. SEL CWS doesn't use checksums - this always returns true.

Method is not implemented.

SEL CWS doesn't use checksums. An . A array. An for the offset. An for the length.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents the extra connection parameters required for a connection to a SEL CWS device.

Default value for .

Creates a new .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets flag that determines if current and voltage phase estimates, frequency and dF/dt should be calculated for PoW data.

Gets or sets the nominal of this SEL CWS device.

Gets or sets the configured frame rate for phase estimate calculations.

Gets or sets flag that determines if last value should be repeated when down-sampling, i.e., when is less than SEL CWS frame rate (commonly 3000Hz); otherwise will be used.

Gets or sets the reference channel for frequency tracking.

Gets or sets the number of nominal cycles contained in the sliding DFT analysis window.

Larger values generally reduce noise/jitter (more averaging) but increase latency and reduce step response.

Gets or sets a flag that determines if interval averaging (boxcar averaging) is enabled across each publish interval when down-sampling.

Down-sampling without an anti-alias / low-pass step will preserve high-rate jitter and can alias higher-frequency content into the published stream. Interval averaging acts as a simple, cheap low-pass filter that reduces jitter and improves published stability.

Gets or sets a flag that determines if an additional exponential moving average (EMA) is applied to the published stream (after interval averaging).

Interval averaging removes high-rate noise; publish-EMA further reduces remaining jitter and produces a "calm" display or control signal. This is usually the most intuitive "knob" for operators/consumers because it acts on the actual output cadence.

Gets or sets the EMA time constant τ (seconds) for published phase angles.

Angles are circular quantities; this implementation performs wrap-safe smoothing by operating on unit vectors (cos/sin) rather than naïvely averaging radians. This avoids discontinuities at ±π.

Gets or sets the EMA time constant τ (seconds) for published RMS magnitudes.

Gets or sets the EMA time constant τ (seconds) for published frequency.

Gets or sets the EMA time constant τ (seconds) for published ROCOF (dF/dt).

ROCOF is effectively a derivative signal and is typically much noisier than frequency; it generally benefits from heavier smoothing (larger τ) than frequency.

Gets or sets the EMA time constant τ (seconds) for the internal per-sample frequency smoothing that occurs inside the estimator before any down-sampling/publish filtering.

When interval averaging + publish EMA are enabled, this can be relatively light. If you disable publish smoothing, you may want to increase this τ.

Gets or sets the EMA time constant τ (seconds) for the internal per-sample ROCOF smoothing (computed from the internally smoothed frequency).

Gets or sets the number of nominal cycles between full DFT recalculations for numerical stability.

Sliding DFT updates are O(1) per sample but can accumulate numerical drift; periodic full recomputation re-anchors the phasor sums.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents the SEL CWS implementation of a that can be sent or received.

Creates a new .

The reference to parent of this . The associated with this .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets the reference to parent of this .

Gets or sets the associated with this .

Represents a SEL CWS implementation of a collection of objects.

Creates a new .

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets or sets at specified .

Index of value to get or set.

Represents the SEL CWS implementation of a that can be sent or received.

Creates a new .

This constructor is used by to parse an SEL CWS data frame.

Creates a new from specified parameters.

The exact timestamp, in nanoseconds, of the data represented by this . The associated with this . This constructor is used by a consumer to generate a SEL CWS data frame.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Gets reference to the for this .

Gets or sets associated with this .

Gets or sets the nanosecond timestamp.

Gets the of this .

Gets flag that determines if frame image can be queued for publication or should be processed immediately.

Gets or sets current .

This property is overridden so the length can be adjusted for lack of a checksum. SEL CWS doesn't use checksums - this always returns true.

Represents a frame parser for a SEL CWS text based data stream that returns parsed data via events.

Frame parser is implemented as a write-only stream - this way data can come from any source.

Occurs when a SEL CWS has been received.

is the that was received.

Occurs when a SEL CWS has been received.

is the that was received.

Creates a new .

Frame types that should perform check-sum validation; default to Determines if header lengths should be trusted over parsed byte count.

Gets or sets current used for parsing 's encountered in the data stream from a device.

If a has been parsed, this will return a reference to the parsed frame. Consumer can manually assign a to start parsing data if one has not been encountered in the stream.

Gets flag that determines if SEL CWS protocol parsing implementation uses synchronization bytes.

Protocol technically uses sync-bytes, but since they vary (0x00 or 0x01) we handle stream initialization manually in the method.