<doc>
	<assembly>
		<name>Teradyne.eDigital.Fx40</name>
	</assembly>
	<members>
		<member name="T:Teradyne.eDigital.eDigital">
			<summary>Main driver class.</summary>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.#ctor(System.String,System.Boolean,System.Boolean)">
			<summary>Creates a new instance of the driver and opens and I/O session with the instrument.</summary>
			<param name="resourceName">An IVI logical name or an instrument specific string that identifies the address of the instrument, such as a VISA resource descriptor string.</param>
			<param name="idQuery">Specifies whether to verify the ID of the instrument.</param>
			<param name="reset">Specifies whether to reset the instrument.</param>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.#ctor(System.String,System.Boolean,System.Boolean,System.String)">
			<summary>Creates a new instance of the driver and opens and I/O session with the instrument.</summary>
			<param name="resourceName">An IVI logical name or an instrument specific string that identifies the address of the instrument, such as a VISA resource descriptor string.</param>
			<param name="idQuery">Specifies whether to verify the ID of the instrument.</param>
			<param name="reset">Specifies whether to reset the instrument.</param>
			<param name="options">A string that allows the user to specify the initial values of certain inherent attributes.</param>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.#ctor(System.String,System.Boolean,System.Boolean,Ivi.Driver.LockType,System.String,System.String)">
			<summary>Creates a new instance of the driver and opens and I/O session with the instrument.</summary>
			<param name="resourceName">An IVI logical name or an instrument specific string that identifies the address of the instrument, such as a VISA resource descriptor string.</param>
			<param name="idQuery">Specifies whether to verify the ID of the instrument.</param>
			<param name="reset">Specifies whether to reset the instrument.</param>
			<param name="lockType">Specifies whether to use process-wide locking or machine-wide locking.</param>
			<param name="accessKey">Specifies a user-selectable access key to identify the lock.  Driver instances that are created with the same accessKey will be protected from simultaneous access by multiple threads within a process or across processes, depending upon the value of the lockType parameter.</param>
			<param name="options">A string that allows the user to specify the initial values of certain inherent attributes.</param>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.Close">
			<summary>Closes the I/O session to the instrument, as well as other unmanaged  resources.  The behavior is the same as IDisposable.Dispose.</summary>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.GetService(System.Type)">
			<summary>Gets the service object of the specified type.  Typically, this is an interface supported by the driver.</summary>
			<param name="serviceType">The type object of the service to get.  Typically, this is the type of an interface supported by the driver.</param>
			<returns>A service object of the specified type.  Null is returned if there is no service object of the specified type.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.Dispose">
			<summary>Performs driver-defined tasks associated with freeing, releasing, or resetting unmanaged resources.  Calling this method is equivalent to calling the driver's Close method.</summary>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.ResetInterchangeCheck">
			<summary>Resets the interchangeability checking algorithms of the driver  so that methods and properties that executed prior to calling this  method have no affect on whether future calls to the driver  generate interchangeability warnings.</summary>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.InvalidateAllAttributes">
			<summary>Invalidates all of the driver's cached values.</summary>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.GetSupportedInstrumentModels">
			<summary>Returns the list of instrument models that the IVI specific  driver can control.  The string does not include an abbreviation  for the manufacturer if it is the same for all models.</summary>
			<returns>Array of instrument models.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.GetGroupCapabilities">
			<summary>Returns the list of the class capability groups implemented by the  driver.  Capability group names are documented in the IVI class  specifications.  If the driver is not class compliant, the driver  returns an empty array.</summary>
			<returns>Array of class capability groups.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.ErrorQuery">
			<summary>Queries the instrument and returns instrument specific error  information.</summary>
			<returns>A struct that includes the instrument error code and error message.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.SelfTest">
			<summary>Performs an instrument self test, waits for the instrument to  complete the test, and queries the instrument for the results.   If the instrument passes the test, TestResult is zero and  TestMessage is 'Self test passed'.</summary>
			<returns>A struct that includes the numeric result from the self test operation (0 = no error, e.g. the test passed) and self test status message.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.Disable">
			<summary>Quickly places the instrument in a state where it has no, or  minimal, effect on the external system to which it is connected.   This state is not necessarily a known state.</summary>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.ResetWithDefaults">
			<summary>Does the equivalent of Reset and then, (1) disables class  extension capability groups, (2) sets properties to initial  values defined by class specs, and (3) configures the driver  to option string settings used in the driver constructor.</summary>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.Reset">
			<summary>Places the instrument in a known state and configures instrument  options on which the IVI specific driver depends (for example,  enabling/disabling headers).  For an IEEE 488.2 instrument,  Reset sends the command string *RST to the instrument.</summary>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.Lock">
			<summary>Attempts to acquire a synchronization lock on this instance of the driver.  The calling thread is blocked indefinitely until the lock is acquired. This method is useful for gaining exclusive access to the driver instance across a series of methods calls.  The user must call the Unlock method on the returned lock to relinquish the lock and allow other threads to access this instance of the driver.</summary>
			<returns>A reference to the acquired lock.  Unlock is called on the returned reference.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.Lock(Ivi.Driver.PrecisionTimeSpan)">
			<summary>Attempts to acquire a synchronization lock on this instance of the driver.  The calling thread is blocked until either the lock is acquired or maxTime expires.  If the lock is not acquired within the interval specified by maxTime, an exception is thrown.  This method is useful for gaining exclusive access to the driver instance across a series of methods calls.  The user must call the Unlock method on the returned lock to relinquish the lock and allow other threads to access this instance of the driver.</summary>
			<param name="maxTime">Specifies the maximum amount of time to wait to acquire the lock.</param>
			<returns>A reference to the acquired lock.  Unlock is called on the returned reference.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.Clear(System.Int32)">
			<summary>Clears the user-defined pinmap entry for the specified pinmap index.</summary>
			<param name="pinmapIndex">Index of a user-defined pinmap entry.</param>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.Expand(System.Int32[])">
			<summary>Returns a list of predefined pinmap indices for the specified list of pinmap indices.  The pinmap indices can reference single pins or groups of pins.</summary>
			<param name="pinmapIndices">Pinmmap index or list of pinmap indices to expand.</param>
			<returns>A list of predefined pinmap indices.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.Find(System.Int32,System.Int32,System.Boolean)">
			<summary>Finds a user-defined pinmap index that references the specified pinmap index.</summary>
			<param name="initialPinmapIndex">First index to examine during the search.  A value of 0 starts the search at the very first index in the pinmap.</param>
			<param name="pinmapIndex">Pinmap index for which the entries in the pinmap are searched.</param>
			<param name="includeGroups">Indicates whether or not pin groups should be searched.</param>
			<returns>The index of a pinmap entry that references the specified pinmap index.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.Find(System.String)">
			<summary>Finds the pinmap entry with the specified name.  The search is case sensitive.</summary>
			<param name="name">Name of the entry to find.</param>
			<returns>Index of the pinmap entry whose name matches the specified name.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.GetChannelIndex(System.Int32)">
			<summary>Returns a zero-based instrument-wide channel index for the channel referenced by the specified pinmap index.</summary>
			<param name="pinmapIndex">Pinmap index whose instrument-wide channel index is to be returned.</param>
			<returns>Zero-based instrument-wide channel index for the channel referenced by the pinmap index.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.GetGroup(System.Int32)">
			<summary>Returns the list of pinmap indices associated with the specified pinmap index.  If the pinmap index references a single pin entry, a list with one pinmap index is returned.</summary>
			<param name="pinmapIndex">Pinmap index whose referenced pinmap indices are to be returned.</param>
			<returns>List of pinmap indices associated with the specified pinmap index.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.GetName(System.Int32)">
			<summary>Returns the name of the pinmap entry referenced by the specified pinmap index.</summary>
			<param name="pinmapIndex">Pinmap index whose name is to be returned.</param>
			<returns>Name of the pinmap entry.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.GetValue(System.Int32)">
			<summary>Returns the index of the pimap entry referenced by the specified pinmap index.</summary>
			<param name="pinmapIndex">Pinmap index whose value is to be returned.</param>
			<returns>Index of the entry referenced by the specified pinmap index.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.GetEntryType(System.Int32)">
			<summary>Returns the type of pinmap entry associated with the specified index.</summary>
			<param name="pinmapIndex">Pinmap index whose type is to be returned.</param>
			<returns>The pinmap entry type of the specified pinmap index.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.Load(System.String)">
			<summary>Loads the pinmap definitions from the specified file.</summary>
			<param name="filename">Path to file with pinmap definition to load</param>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.Reset">
			<summary>Resets the user-defined region of the pinmap.  Makes all user-defined pinmap entries undefined.</summary>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.Set(System.Int32,System.String,System.Int32[])">
			<summary>Sets the user-defined pinmap entry referenced by the specified pinmap index to the single value or list of values specified.</summary>
			<param name="pinmapIndex">User-defined pinmap index to set.</param>
			<param name="name">Name for the pinmap entry</param>
			<param name="pins">Single pinmap index or list of pinmap index (group) to associate with the specified pinmap index.</param>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.Save(System.String)">
			<summary>Writes the user-defined pinmap entries to the specified file.</summary>
			<param name="filename">Path to file to which the pinmap gets saved</param>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.FetchPinOpcode(System.Int32)">
			<summary>Returns the pin opcode for a channel identified by the pinmap index for the most recently executed static pattern.</summary>
			<param name="pinmapIndex">Pinmap index identifying the channel of interest.</param>
			<returns>Pin opcode for the channel on the last executed static pattern.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.FetchPinResult(System.Int32)">
			<summary>Returns the pin result for a channel identified by the pinmap index for the most recently executed static pattern.</summary>
			<param name="pinmapIndex">Pinmap index identifying the channel of interest.</param>
			<returns>Pin Result for the channel on the last executed static pattern.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.FetchResult">
			<summary>Returns the overall result of the last static pattern executed.</summary>
			<returns>Overall result of the last static pattern executed.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.Run">
			<summary>Executes the currently configured static pattern and returns the result of that execution.</summary>
			<returns>Overall result for the static pattern.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.SetGroupOpcode(Teradyne.eDigital.GroupOpcode,System.Int32,System.UInt32)">
			<summary>Sets the pin opcodes for a pin group.</summary>
			<param name="opcode">Group opcode to apply to the pin group.</param>
			<param name="pinmapIndex">Pinmap index identify channel or channels to set. Pinmap index can reference a single pin (group of 1) or a group of pins.</param>
			<param name="value">Bitvector that contains the HIGH/LOW value for each pin in the group; the LSB (least significant bit) corresponds to the first pin in the group and so on.</param>
			<returns>A reference to the IStaticPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.SetGroupOpcode(Teradyne.eDigital.GroupOpcode,System.Int32,System.UInt64)">
			<summary>Sets the pin opcodes for a pin group.</summary>
			<param name="opcode">Group opcode to apply to the pin group.</param>
			<param name="pinmapIndex">Pinmap index identify channel or channels to set. Pinmap index can reference a single pin (group of 1) or a group of pins.</param>
			<param name="value">Bitvector that contains the HIGH/LOW value for each pin in the group; the LSB (least significant bit) corresponds to the first pin in the group and so on.</param>
			<returns>A reference to the IStaticPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.SetGroupOpcode(Teradyne.eDigital.GroupOpcode,System.Int32,System.Byte[])">
			<summary>Sets the pin opcodes for a pin group.</summary>
			<param name="opcode">Group opcode to apply to the pin group.</param>
			<param name="pinmapIndex">Pinmap index identify channel or channels to set. Pinmap index can reference a single pin (group of 1) or a group of pins.</param>
			<param name="value">Bitvector array that contains the HIGH/LOW value for each pin in the group; the LSB (least significant bit) of the first byte corresponds to the first pin in the group and so on.</param>
			<returns>A reference to the IStaticPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.SetPinOpcode(Teradyne.eDigital.PinOpcode,System.Int32[])">
			<summary>Sets the pin opcode for the specified pins.</summary>
			<param name="opcode">Pin opcode to apply to specified pins.</param>
			<param name="pinmapIndex">One or more pinmap indices identifying the channels to set.  Each pinmap index can reference a single channel or a group of channels.  The static pin opcode specified is set for all channels referenced.</param>
			<returns>A reference to the IStaticPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.FetchFailingPins">
			<summary>Returns a list pinmap indices identifying the channels that failed during the last executed static pattern.</summary>
			<returns>List of failing pins for the last executed static pattern.  If there are no failing pins, an empty list is returned.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.Apply">
			<summary>Applies configured instrument settings to the hardware.</summary>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.Deserialize(System.String)">
			<summary>Reads instrument settings from a file.</summary>
			<param name="filename">File with stored instrument settings.</param>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.LoadDisableState(System.String)">
			<summary>Reads the instrument settings to apply to the instrument when the Disable function is called.</summary>
			<param name="filename">File with instrument settings for the disable state.</param>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.LoadResetState(System.String)">
			<summary>Reads the instrument settings to apply to the instrument when the Reset function is called.</summary>
			<param name="filename">File with instrument settings for the reset state.</param>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.Serialize(System.String)">
			<summary>Saves instrument settings to the specified file.</summary>
			<param name="filename">File to which instrument settings are saved.</param>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.Sync">
			<summary>Synchronizes the software state maintained by the driver to the actual HW state.</summary>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.GetChannelInfo(System.Int32)">
			<summary>Returns the ChannelInfo object for a given channel.</summary>
			<param name="channelIndex">A zero-based index of a channel in the digital instrument</param>
			<returns>An object containing read-only information about a channel.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.GetModuleInfo(System.Int32)">
			<summary>Returns the ModuleInfo object for a given module</summary>
			<param name="moduleIndex">A zero-based index of a module in the digital instrument</param>
			<returns>An object containing read-only information about a module.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.SetDigitalConnect(Teradyne.eDigital.RelayState,System.Int32[])">
			<summary>Sets the state (open or closed) of the relay that connects a pin's channel to its front panel connection.</summary>
			<param name="relayState">Specifies the state of the relay.</param>
			<param name="pinmapIndex">One or more pinmap indices identifying the pins to set.</param>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.GetDigitalConnect(System.Int32)">
			<summary>Returns the state (open or closed) of the digital relay that connects a pin's channel to its front panel connection.</summary>
			<param name="pinmapIndex">Pinmap index identifying a single pin.</param>
			<returns>The state of the digital connect relay for the specified pin.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.SetHybridConnect(Teradyne.eDigital.RelayState,System.Int32[])">
			<summary>Sets the state (open or closed) of the relay that connects a pin's front panel connection to a secondary (hybrid) front panel connection.</summary>
			<param name="relayState">Specifies the state of the relay.</param>
			<param name="pinmapIndex">One or more pinmap indices identifying the pins to set.</param>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.GetHybridConnect(System.Int32)">
			<summary>Returns the state (open or closed) of the hybrid relay that connects a pin's front panel connection to a secondary (hybrid) front panel connection.</summary>
			<param name="pinmapIndex">Pinmap index identifying a single pin.</param>
			<returns>The state of the hybrid relay for the specified pin.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.Simulate(Teradyne.eDigital.AlarmType,Teradyne.eDigital.AlarmSource,System.Int32)">
			<summary>This method simulates the specified alarm.  This method is intented to be used when testing alarm event handling.</summary>
			<param name="type">Type of alarm to simulate.</param>
			<param name="source">Source of simulated alarm.</param>
			<param name="sourceIndex">Index of the source of the simulated alarm.</param>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.BeginLoad(System.Boolean)">
			<summary>Initializes dynamic pattern set loading.</summary>
			<param name="initialize">Indicates whether or not "sticky" (values that carry from one pattern to another if not specified)dynamic pattern values are initialized.  If true, all dynamic channels set to load a an IOX pin opcode on the first pattern, Result Capture is set to True and the Timing Set index is set to 0.  If false, all dynamic channels use the last opcode, and the Result Capture and Timing Set index are set to the last value specified.</param>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.SetPinOpcode(Teradyne.eDigital.PinOpcode,System.Int32[])">
			<summary>Sets the pin opcode for the specified pins.</summary>
			<param name="opcode">Pin opcode to apply to specified pins.</param>
			<param name="pinmapIndex">One or more pinmap indices identifying the channels to set.  Each pinmap index can reference a single channel or a group of channels.  The static pin opcode specified is set for all channels referenced.</param>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.SetGroupOpcode(Teradyne.eDigital.GroupOpcode,System.Int32,System.Byte[])">
			<summary>Sets the pin opcodes for a pin group.</summary>
			<param name="opcode">Group opcode to apply to the pin group.</param>
			<param name="pinmapIndex">Pinmap index identify channel or channels to set. Pinmap index can reference a single pin (group of 1) or a group of pins.</param>
			<param name="value">Bitvector array that contains the HIGH/LOW value for each pin in the group; the LSB (least significant bit) of the first byte corresponds to the first pin in the group and so on.</param>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.SetGroupOpcode(Teradyne.eDigital.GroupOpcode,System.Int32,System.UInt32)">
			<summary>Sets the pin opcodes for a pin group.</summary>
			<param name="opcode">Group opcode to apply to the pin group.</param>
			<param name="pinmapIndex">Pinmap index identify channel or channels to set. Pinmap index can reference a single pin (group of 1) or a group of pins.</param>
			<param name="value">Bitvector that contains the HIGH/LOW value for each pin in the group; the LSB (least significant bit) corresponds to the first pin in the group and so on.</param>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.SetGroupOpcode(Teradyne.eDigital.GroupOpcode,System.Int32,System.UInt64)">
			<summary>Sets the pin opcodes for a pin group.</summary>
			<param name="opcode">Group opcode to apply to the pin group.</param>
			<param name="pinmapIndex">Pinmap index identify channel or channels to set. Pinmap index can reference a single pin (group of 1) or a group of pins.</param>
			<param name="value">Bitvector that contains the HIGH/LOW value for each pin in the group; the LSB (least significant bit) corresponds to the first pin in the group and so on.</param>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.FetchFailingPins(System.Int32)">
			<summary>Returns a list pinmap indices identifying the channels failing at the result index specifed for the most recently executed dynamic pattern set</summary>
			<param name="resultIndex">Result index of interest.</param>
			<returns>List of failing pins for the result index specifed.  If there are no failing pins, an empty list is returned.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.FetchPinResult(System.Int32,System.Int32)">
			<summary>Returns the result for a channel identified by the pinmap index collected at the specified result index for the most recently executed dynamic pattern set.</summary>
			<param name="resultIndex">Result index of interest.</param>
			<param name="pinmapIndex">Pinmap index identifying the channel of interest.</param>
			<returns>The result for the channel at the specified index.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.FetchPinOpcode(System.Int32,System.Int32)">
			<summary>Returns the pin opcode for a channel identified by the pinmap index at the specified pattern index for the most recently executed dynamic pattern set.</summary>
			<param name="patternIndex">Pattern index of interest.</param>
			<param name="pinmapIndex">Pinmap index identifying the channel of interest.</param>
			<returns>The pin opcode for the channel at the specified index.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.FetchPatternResult(System.Int32)">
			<summary>Returns the result collected at the specified index for the most recently executed dynamic pattern set.</summary>
			<param name="resultIndex">Result index of interest.</param>
			<returns>A struct containing the overall result collected at the specified index and the index of the pattern that generated the result.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.FetchResult">
			<summary>Returns the result for the most recently executed dynamic pattern set.</summary>
			<returns>A struct containing result information for the most recently executed dynamic pattern set.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.End(Teradyne.eDigital.TestInstruction)">
			<summary>Completes the current pattern and sets the pattern test instruction.</summary>
			<param name="test">Type of test to perform when dynamic pattern is executed.</param>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.SetChannelMode(Teradyne.eDigital.ChannelMode,System.Int32[])">
			<summary>Sets the channel mode.</summary>
			<param name="channelMode">Channel mode</param>
			<param name="pinmapIndex">One or more pinmap indices identifying the pins to set.</param>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.GetChannelMode(System.Int32)">
			<summary>Returns the channel mode of the pin.</summary>
			<param name="pinmapIndex">Pinmap index identifying a single pin.</param>
			<returns>The channel mode of the specified pin.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.End">
			<summary>Completes the current pattern and sets the test instruction to None.</summary>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.EndLoad">
			<summary>Ends dynamic pattern set loading.</summary>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.Loop(System.Int32)">
			<summary>Identifies this pattern as the beginning of a counted loop.</summary>
			<param name="count">Specifies the maximum number of iterations through the counted loop.</param>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.Loop">
			<summary>Identifies this pattern as the beginning of an uncounted loop.</summary>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.EndLoop(Teradyne.eDigital.ControlCondition)">
			<summary>Identifies this pattern as the end of an uncounted or counted loop.</summary>
			<param name="condition">The condition which, if true, terminates the loop. If the loop is counted, then the loop will terminate when either the exit condition is true or the specified number of loop iterations occur (whichever happens first). If the loop is uncounted, then only the exit condition determines when the loop exits.</param>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.EndLoop">
			<summary>Identifies this pattern as the end of an uncounted or counted loop. There is no exit condition. If the loop is counted, then the loop iterates the number of times specified by the loop count in the matching pattern that began this loop. If the loop is uncounted, then the loop executes indefinitely.</summary>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.Repeat(System.Int32,Teradyne.eDigital.ControlCondition)">
			<summary>Identifies this pattern as a counted conditional single-pattern loop. The pattern repeats until either the specified condition becomes true or it has executed the specified number of times.</summary>
			<param name="count">Specifies the maximum number of iterations of the pattern.</param>
			<param name="condition">The condition which, if true, causes the repeat to terminate and execution to continue at the next pattern. The repeat will terminate when either the exit condition becomes true or the specified number of iterations of the repeated pattern occurs (whichever happens first).</param>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.Repeat">
			<summary>Identifies this pattern as an uncounted single-pattern loop. As there is no exit condition specified, the pattern repeats indefinitely.</summary>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.Repeat(System.Int32)">
			<summary>Identifies this pattern as a counted single-pattern loop. The pattern executes the specified number of times before the pattern controller advances to the next pattern.</summary>
			<param name="count">Specifies the number of iterations of the pattern.</param>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.Repeat(Teradyne.eDigital.ControlCondition)">
			<summary>Identifies this pattern as a conditional single-pattern loop. The pattern repeats until the specified condition becomes true.</summary>
			<param name="condition">The condition which, if true, causes the repeat to terminate and execution to continue at the next pattern.</param>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.Halt(Teradyne.eDigital.ControlCondition)">
			<summary>Terminates execution of the dynamic pattern set if the specified condition is true.</summary>
			<param name="condition">The condition, which, if true, terminates dynamic pattern set execution. If the condition is false, then execution continues with the next pattern in the pattern set.</param>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.Halt">
			<summary>Unconditionally terminates execution of the dynamic pattern set.</summary>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.SetTimingSet(System.Int32)">
			<summary>Specifies the timing set to be used on this pattern. This setting is incremental.  It remains in effect on all subsequent consecutively-defined patterns until another call changes it.</summary>
			<param name="index">The index of the timing set to use on this pattern. This value is 0-based.</param>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.SetResultsCapture(System.Boolean)">
			<summary>Specifies whether or not results are captured on this pattern. This setting is incremental.  It remains in effect on all subsequent consecutively-defined patterns until another call changes it.</summary>
			<param name="capture">Capture mode, if true a result is captured and stored in the result RAM.  If false, a result is not captured.</param>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.GenerateTrigger(Teradyne.eDigital.TriggerLines)">
			<summary>Causes the pattern controller to issue a trigger on the specified trigger line. This modifier is not incremental.  A trigger is generated only on those patterns for which this setting is explicitly specified.</summary>
			<param name="trigger">Identifies the particular trigger line on which to generate the trigger signal.</param>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.NotifyHost">
			<summary>Causes the pattern controller to issue an interrupt to the host PC during the execution of this pattern. This modifier is not incremental.  A trigger is generated only on those patterns for which this setting is explicitly specified.</summary>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.Run">
			<summary>Runs the currently loaded dynamic pattern set and returns the result of that execution.</summary>
			<returns>A struct containing result information for the dynamic pattern set.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.FetchPatternControl(System.Int32)">
			<summary>Returns pattern control instruction for the specified pattern.</summary>
			<param name="patternIndex">Pattern index of interest.</param>
			<returns>The pattern's pattern control instruction.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.FetchPatternModifiers(System.Int32)">
			<summary>Returns the pattern modifieres for the specified pattern.</summary>
			<param name="patternIndex">Pattern index of interest.</param>
			<returns>The pattern's pattern modifiers.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.SetFormat(Teradyne.eDigital.Format,System.Int32[])">
			<summary>Sets the drive format of a pin in dynamic mode.</summary>
			<param name="format">Drive format used in dynamic mode</param>
			<param name="pinmapIndex">One or more pinmap indices identifying the pins to set.</param>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.GetFormat(System.Int32)">
			<summary>Returns the format of the pin.</summary>
			<param name="pinmapIndex">Pinmap index identifying a single pin.</param>
			<returns>The format of the specified pin.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.SetFreerun(System.Boolean,System.Int32[])">
			<summary>Sets the freerun mode.  If true, pin continues to assert and return at the end of a pattern set (instead of ceasing to trigger), and the dynamic pin continues to generate a drive signal.</summary>
			<param name="freerun">Enables/disables freerun mode when executing dynamic pattern sets.</param>
			<param name="pinmapIndex">One or more pinmap indices identifying the pins to set.</param>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.GetFreerun(System.Int32)">
			<summary>Returns the freerun mode of the pin.</summary>
			<param name="pinmapIndex">Pinmap index identifying a single pin.</param>
			<returns>The enable/disable state of freerun of the specified pin.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.CreateEdgeSet">
			<summary>Creates an edge set and returns a handle to the new edge set.</summary>
			<returns>Handle to the created edge set.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.GetDefaultEdgeSet">
			<summary>Returns the handle of the default edge set.</summary>
			<returns>Handle to the default edge set.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.GetEdgeSet(System.Int32)">
			<summary>Returns the edge set used by the pin.</summary>
			<param name="pinmapIndex">Pinmap index identifying a single pin.</param>
			<returns>The edge set used by the pin.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.SetEdgeSet(System.Int32,System.Int32[])">
			<summary>Sets the edge set used by a pin in dynamic mode.</summary>
			<param name="edgeSet">Edge set to use.</param>
			<param name="pinmapIndex">One or more pinmap indices identifying the pins to set.</param>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.GetTimingSet(System.Int32)">
			<summary>Returns the timing set with the specified index.</summary>
			<param name="timingSetIndex">The index of the desired timing set.</param>
			<returns />
		</member>
		<member name="M:Teradyne.eDigital.eDigital.Initiate">
			<summary>Starts executing the dynamic pattern set and returns without waiting for completion.</summary>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.WaitForCompletion">
			<summary>Waits for the dynamic pattern set to finish executing.</summary>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.Stop">
			<summary>Stops the executing dynamic pattern set.</summary>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.FetchCapturedData(System.Int32,System.Int32)">
			<summary>Returns the captured data for a channel identified by the pinmap index collected at the specified result index for the most recently executed dynamic pattern set.</summary>
			<param name="resultIndex">Result index of interest.</param>
			<param name="pinmapIndex">Pinmap index identifying the channel of interest.</param>
			<returns>The data captured for the channel at the specified index.  A 1 indicates a high state was captured.  A 0 indicates a low state was captured.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.FetchCapturedData(System.Int32)">
			<summary>Returns the data captured for a channel identified by the pinmap index for the most recently executed static pattern.</summary>
			<param name="pinmapIndex">Pinmap index identifying the channel of interest.</param>
			<returns>Data captured for the channel on the last executed static pattern. A 1 indicates a high state was captured.  A 0 indicates a low state was captured.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.IsRunning">
			<summary>Returns true if a dynamic pattern set is running and false otherwise.</summary>
			<returns>True if a dynamic pattern set is running and false otherwise.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.SetPatternControllerSoftwareFlag">
			<summary>Sets the pattern controller software flag.</summary>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.SetByLocation(System.Int32,System.String,System.Int32,System.Int32,System.Int32)">
			<summary>Sets the user-defined pinmap entry referenced by the specified pinmap index to the channel identified by slot, slocket and channel on socket.</summary>
			<param name="pinmapIndex">User-defined pinmap index to set.</param>
			<param name="name">Name for the pinmap entry</param>
			<param name="slot">The physical slot in which the module with the target channel resides.</param>
			<param name="socket">The socket in which the module with the target channel resides.  Use -1 for modules that are not socket based.</param>
			<param name="channelOnModule">Zero-based index of channel on the module.</param>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.Execute">
			<summary>Align the timing edges.</summary>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.ConfigureClockReference(Teradyne.eDigital.ClockReference,Teradyne.eDigital.ClockEdgeSelect)">
			<summary>Configures the clock used for dynamic pattern timing clock period generation.</summary>
			<param name="reference">Source of the reference clock used for dynamic pattern timing clock period generation.</param>
			<param name="edge">Trigger edge used by the external reference clock for dynamic timing clock period generation.  This parameter is ignored if the clock reference is external.</param>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.WriteFile(System.String)">
			<summary>Writes alignment values to the specified file.</summary>
			<param name="fileName">Path to file to which the alignment data is written.</param>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.ReadFile(System.String)">
			<summary>Reads alignment values from the specified file.</summary>
			<param name="fileName">Path to file from which the alignment data is read.</param>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.SetCpp(System.Int32)">
			<summary>Specifies the clocks per pattern (CPP) factor to be used on this pattern.  This setting is incremental.  It remains in effect on all subsequent consecutively-defined patterns until another call changes it.  The CPP is set to one when the Begin Load function is called.</summary>
			<param name="cpp">The clocks per pattern factor to use on this pattern.</param>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.SetSource(Teradyne.eDigital.TriggerLines,System.String)">
			<summary>Sets up a connection between an instrument's internal trigger line and a trigger source (input).</summary>
			<param name="line">Internal line to which the source is connected.</param>
			<param name="source">The source (input) for the internal trigger.  Refer to instrument family documentation for valid values which may include one or more of the standard values defined in Ivi.Driver.TriggerSource.</param>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.SendSoftwareTrigger">
			<summary>Sends a software trigger to the instrument.</summary>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.GetSource(Teradyne.eDigital.TriggerLines)">
			<summary>Gets the trigger source connected to an instrument's internal trigger line.</summary>
			<param name="line">Internal line</param>
			<returns>The source (input) connected to the internal trigger line.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.SetSink(Teradyne.eDigital.TriggerLines,System.String)">
			<summary>Sets up a connection between an instrument's internal trigger line and a trigger sink (output)</summary>
			<param name="line">Internal line to which the sink is connected.</param>
			<param name="sink">The sink (output) for the internal trigger.  Refer to instrument family documentation for valid values which may include one or more of the standard values defined in Ivi.Driver.TriggerSource.</param>
		</member>
		<member name="M:Teradyne.eDigital.eDigital.GetSink(Teradyne.eDigital.TriggerLines)">
			<summary>Gets the trigger sink connected to an instrument's internal trigger line.</summary>
			<param name="line">Internal line</param>
			<returns>The sink (output) connected to the internal trigger line.</returns>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.Delay">
			<summary>Gets/Sets the delay between when the drive opcodes are applied and when the expect opcodes are applied.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.ChannelCount">
			<summary>The number of channels in the digital instrument.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.ModuleCount">
			<summary>The number of modules in the digital instrument.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.DriverOperation">
			<summary>Reference to the IIviDriverOperation interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.Identity">
			<summary>Reference to the IIviDriverIdentity interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.Utility">
			<summary>Reference to the IIviDriverUtility interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.LogicalName">
			<summary>Logical Name identifies a driver session in the Configuration Store.   If Logical Name is not empty, the driver was initialized from  information in the driver session.  If it is empty, the driver was  initialized without using the Configuration Store.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.IOResourceDescriptor">
			<summary>The resource descriptor specifies the connection to a physical  device.  It is either specified in the Configuration Store or  passed in the resource name at initialization.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.Cache">
			<summary>Drivers may choose to always cache some instrument settings, never  cache others, and optionally cache others, to avoid unecessary I/O  to the instrument.  If True, the driver caches optionally cached  instrument settings.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.QueryInstrumentStatus">
			<summary>If True, the driver queries the instrument status at the end of  each method or property that performs I/O to the instrument.  If  an error is reported, use ErrorQuery to retrieve error messages  one at a time from the instrument.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.RangeCheck">
			<summary>Drivers may choose to always validate some property/parameter  values, never validate others, and optionally validate others,  to avoid sending invalid commands to the instrument.  If True,  the driver performs optional validations.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.Simulate">
			<summary>If True, the driver does not perform I/O to the instrument, and  returns simulated values for output parameters.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.DriverSetup">
			<summary>The driver setup string.  It is either specified in the  Configuration Store or passed via the optionString parameter to a driver constructor.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.InstrumentManufacturer">
			<summary>The name of the manufacturer reported by the physical instrument.   If Simulation is enabled or the instrument is not capable of  reporting the name of the manufacturer, a string is returned that  explains the condition.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.InstrumentModel">
			<summary>The model number or name reported by the physical instrument.   If Simulation is enabled or the instrument is not capable of  reporting the model number or name, a string is returned that  explains the condition.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.InstrumentFirmwareRevision">
			<summary>The firmware revision reported by the physical instrument.  If  Simulation is enabled or the instrument is not capable of  reporting the firmware revision, a string is returned that  explains the condition.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.Identifier">
			<summary>The case-sensitive unique identifier of the implementing IVI.NET  instrument driver.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.SpecificationMajorVersion">
			<summary>For IVI class-compliant drivers, the major version number of the  instrument class specification.  If the driver is not class  compliant, the driver returns zero.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.SpecificationMinorVersion">
			<summary>For IVI class-compliant drivers, the minor version number of the  instrument class specification.  If the driver is not class  compliant, the driver returns zero.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.Description">
			<summary>A brief description of the implementing component.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.Revision">
			<summary>The revision of the implementing component.  Refer to IVI 3.2,  Section 3.1.2.2, for a description of revision syntax and semantics.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.Vendor">
			<summary>The name of the vendor that supplies the implementing component.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.Pinmap">
			<summary>Reference to the IPinmap interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.Static">
			<summary>Reference to the IStatic interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.Setup">
			<summary>Reference to the ISetup interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.Info">
			<summary>Reference to the IInfo interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.Channels">
			<summary>Reference to the IChannelCollection interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.Pin">
			<summary>Reference to the IPin interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.Alarm">
			<summary>Reference to the IAlarm interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.OverCurrentReportOnly">
			<summary>Specifies whether or not protective actions are taken in response to an over-current condition.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.IsSimulated">
			<summary>True, if the instrument session is for a simulated instrument.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.Instrument">
			<summary>Reference to the IInstrument interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.SystemEnable">
			<summary>Master driver enable. When Set to true, all drivers in the instrument are enabled immediately. When set to false, all drivers in the instrument are tristated immediately.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.Family">
			<summary>Returns the family to which the instrument model belongs.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.PlugInVersion">
			<summary>Returns the version of the eDigital plug-in for the instrument model.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.PlugInInterfaceVersion">
			<summary>Returns the version of the plug-in interface implemented by the eDigital plug-in for the instrument model.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.Dynamic">
			<summary>Reference to the IDynamic interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.Timeout">
			<summary>Gets/Sets the duration that dynamic pattern set can run without timing out.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.ExpandLoops">
			<summary>Gets/sets expanded-result-capture mode for handling of loops and repeats in dynamic pattern sets.  If true, results are captured for all patterns with results capture enabled for all iterations loops and repeats.  If false, one result is captured for every pattern executed that is, only the last iteration through the loop or repeat is captured and the setting of results capture is ignored.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.TimeoutBehavior">
			<summary>Gets/Sets the behavior of a dynamic channel when a pattern set timeout occurs.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.Control">
			<summary>Reference to the IDynamicControl interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.Modifiers">
			<summary>Reference to the IDynamicModifiers interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.Pattern">
			<summary>Reference to the IDynamicPattern interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.Pattern">
			<summary>Reference to the IStaticPattern interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.Readback">
			<summary>Reference to the IDynamicReadback interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.Readback">
			<summary>Reference to the IStaticReadback interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.Timing">
			<summary>Reference to the ITiming interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.Resolution">
			<summary>Gets/Sets the resolution of the system clock.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.Execution">
			<summary>Reference to the IDynamicExecution interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.DebugSignals">
			<summary>Reference to the IeDigitalDebugSignalCollection interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.PatternControllerSoftwareFlag">
			<summary>Gets the state of the pattern controller software flag.  Returns true if the software flag is set and false otherwise.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.PassFailPipeline">
			<summary>Specifies the depth of the pass/fail pipeline in terms of patterns.  A value of zero specifies that the pipeline will be as short as possible given the instrument's configuration.  The default value is 16 which emulates the M9-Series pipeline behavior.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.Alignment">
			<summary>Reference to the ITimingAlignment interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.Status">
			<summary>The alignment status of the instrument.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.MaxPatterns">
			<summary>The maximum number of patterns that can be stored in pattern memory.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.MaxResults">
			<summary>The maximum number of results that can be captured in results memory.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.MaxTimingSets">
			<summary>The maximum number of timing sets available.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.ClockReference">
			<summary>Source of the reference clock used for dynamic pattern timing clock period generation.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.ExternalClockEdge">
			<summary>Trigger edge used by the external reference clock for dynamic timing clock period generation.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigital.Trigger">
			<summary>Reference to the ITrigger interface.</summary>
		</member>
		<member name="E:Teradyne.eDigital.eDigital.Warning">
			<summary>Warning event.</summary>
		</member>
		<member name="E:Teradyne.eDigital.eDigital.Coercion">
			<summary>Coercion record event.</summary>
		</member>
		<member name="E:Teradyne.eDigital.eDigital.InterchangeCheckWarning">
			<summary>Interchange check warning event.</summary>
		</member>
		<member name="E:Teradyne.eDigital.eDigital.Handler">
			<summary>Raised as a result of an alarm condition on the instrument hardware.</summary>
		</member>
		<member name="E:Teradyne.eDigital.eDigital.NotifyHost">
			<summary>Occurs when the instrument executes a dynamic pattern that has a NotifyHost pattern modifier.</summary>
		</member>
		<member name="T:MindWorks.Nimbus.DriverNode">
			<summary />
		</member>
		<member name="T:MindWorks.Nimbus.Driver">
			<summary />
		</member>
		<member name="T:MindWorks.Nimbus.RepCap">
			<summary />
		</member>
		<member name="T:MindWorks.Nimbus.RepCapCollection">
			<summary />
		</member>
		<member name="T:MindWorks.Nimbus.RepCapCollection`1">
			<summary />
		</member>
		<member name="T:Teradyne.eDigital.eDigitalChannel">
			<summary>Root class for the Channel repeated capability.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigitalChannel.Name">
			<summary>The repeated capability physical identifier.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigitalChannel.PinmapIndex">
			<summary>Returns the predefined pinmap index assigned to the channel.</summary>
		</member>
		<member name="T:Teradyne.eDigital.eDigitalChannelCollection">
			<summary>Collection class for the Channel repeated capability.</summary>
		</member>
		<member name="M:Teradyne.eDigital.eDigitalChannelCollection.GetEnumerator">
			<summary>Returns an enumerator that iterates through a collection.</summary>
			<returns>An IEnumerator object that can be used to iterate through the collection.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigitalChannelCollection.GetEnumerator">
			<summary>Returns an enumerator that iterates through a collection.</summary>
			<returns>An IEnumerator object that can be used to iterate through the collection.</returns>
		</member>
		<member name="P:Teradyne.eDigital.eDigitalChannelCollection.Item(System.String)">
			<summary>Returns an interface pointer which can be used to control the attributes and other functionality of the repeated capability instance identified by the specified physical name.</summary>
			<param name="name">The repeated capability physical identifier.</param>
		</member>
		<member name="P:Teradyne.eDigital.eDigitalChannelCollection.Count">
			<summary>The number of channels.</summary>
		</member>
		<member name="T:Teradyne.eDigital.eDigitalAlarmEventArgs">
			<summary>Data for the Alarm Event.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigitalAlarmEventArgs.Type">
			<summary>The type of alarm being generated.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigitalAlarmEventArgs.Source">
			<summary>The type of hardware resource that is generating the alarm.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigitalAlarmEventArgs.SourceIndex">
			<summary>An index that identifies the particular instance of the hardware resource that is generating the alarm.</summary>
		</member>
		<member name="T:Teradyne.eDigital.eDigitalDebugSignal">
			<summary>Root class for the DebugSignal repeated capability.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigitalDebugSignal.Name">
			<summary>The repeated capability physical identifier.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigitalDebugSignal.Source">
			<summary>The source of the signal.</summary>
		</member>
		<member name="T:Teradyne.eDigital.eDigitalDebugSignalCollection">
			<summary>Collection class for the DebugSignal repeated capability.</summary>
		</member>
		<member name="M:Teradyne.eDigital.eDigitalDebugSignalCollection.GetEnumerator">
			<summary>Returns an enumerator that iterates through a collection.</summary>
			<returns>An IEnumerator object that can be used to iterate through the collection.</returns>
		</member>
		<member name="M:Teradyne.eDigital.eDigitalDebugSignalCollection.GetEnumerator">
			<summary>Returns an enumerator that iterates through a collection.</summary>
			<returns>An IEnumerator object that can be used to iterate through the collection.</returns>
		</member>
		<member name="P:Teradyne.eDigital.eDigitalDebugSignalCollection.Item(System.String)">
			<summary>Returns an interface pointer which can be used to control the attributes and other functionality of the repeated capability instance identified by the specified physical name.</summary>
			<param name="name">The repeated capability physical identifier.</param>
		</member>
		<member name="P:Teradyne.eDigital.eDigitalDebugSignalCollection.Count">
			<summary>The number of repeated capability instances.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigitalDebugSignalCollection.PulseWidth">
			<summary>The width of the pulse of the debug signal when the source is Test Clock</summary>
		</member>
		<member name="T:Teradyne.eDigital.eDigitalNotifyHostEventArgs">
			<summary>Data for the NotifyHost event.</summary>
		</member>
		<member name="P:Teradyne.eDigital.eDigitalNotifyHostEventArgs.Session">
			<summary>The eDigital driver reference assoicated with the dynamic pattern set that raised the event.</summary>
		</member>
		<member name="T:Teradyne.eDigital.IeDigital">
			<summary>Root interface of driver hierarchy.</summary>
		</member>
		<member name="P:Teradyne.eDigital.IeDigital.Pinmap">
			<summary>Reference to the IPinmap interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.IeDigital.Static">
			<summary>Reference to the IStatic interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.IeDigital.Setup">
			<summary>Reference to the ISetup interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.IeDigital.Info">
			<summary>Reference to the IInfo interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.IeDigital.Channels">
			<summary>Reference to the IChannelCollection interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.IeDigital.Pin">
			<summary>Reference to the IPin interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.IeDigital.Alarm">
			<summary>Reference to the IeDigitalAlarms interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.IeDigital.Instrument">
			<summary>Reference to the IInstrument interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.IeDigital.Dynamic">
			<summary>Reference to the IDynamic interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.IeDigital.Timing">
			<summary>Reference to the ITiming interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.IeDigital.DebugSignals">
			<summary>Reference to the IeDigitalDebugSignalCollection interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.IeDigital.Trigger">
			<summary>Reference to the ITrigger interface.</summary>
		</member>
		<member name="T:MindWorks.Nimbus.IDriverNode">
			<summary />
		</member>
		<member name="T:MindWorks.Nimbus.ICacheEquatable">
			<summary />
		</member>
		<member name="T:Teradyne.eDigital.IPinmap">
			<summary>eDigital Pinmap interface</summary>
		</member>
		<member name="M:Teradyne.eDigital.IPinmap.Clear(System.Int32)">
			<summary>Clears the pinmap entry for the specified pinmap index.</summary>
			<param name="pinmapIndex">Index of a pinmap entry in the user-defined region.</param>
		</member>
		<member name="M:Teradyne.eDigital.IPinmap.Expand(System.Int32[])">
			<summary>Returns a list of predefined pinmap indices for the specified list of pinmap indices.  The pinmap indices can reference single pins or groups of pins.</summary>
			<param name="pinmapIndices">Pinmmap index or list of pinmap indices to expand.</param>
			<returns>A list of predefined pinmap indices.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IPinmap.Find(System.Int32,System.Int32,System.Boolean)">
			<summary>Finds a user-defined pinmap index that references the specified pinmap index.</summary>
			<param name="initialPinmapIndex">First index to examine during the search.  A value of 0 starts the search at the very first index in the pinmap.</param>
			<param name="pinmapIndex">Pinmap index for which the entries in the pinmap are searched.</param>
			<param name="includeGroups">Indicates whether or not pin groups should be searched.</param>
			<returns>The index of a pinmap entry that references the specified pinmap index.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IPinmap.Find(System.String)">
			<summary>Finds the pinmap entry with the specified name.  The search is case sensitive.</summary>
			<param name="name">Name of the entry to find.</param>
			<returns>Index of the pinmap entry whose name matches the specified name.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IPinmap.GetChannelIndex(System.Int32)">
			<summary>Returns an instrument-wide channel index for the channel referenced by the specified pinmap index.</summary>
			<param name="pinmapIndex">Pinmap index whose instrument-wide channel index is to be returned.</param>
			<returns>0-based instrument-wide channel index for the channel referenced by the pinmap index.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IPinmap.GetGroup(System.Int32)">
			<summary>Returns the list of pinmap indices associated with the specified pinmap index.  If the pinmap index references a single pin entry, a list with one pinmap index is returned.</summary>
			<param name="pinmapIndex">Pinmap index whose referenced pinmap indices are to be returned.</param>
			<returns>List of pinmap indices associated with the specified pinmap index.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IPinmap.GetName(System.Int32)">
			<summary>Returns the name of the pinmap entry referenced by the specified pinmap index.</summary>
			<param name="pinmapIndex">Pinmap index whose name is to be returned.</param>
			<returns>Name of the pinmap entry.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IPinmap.GetValue(System.Int32)">
			<summary>Returns the index of the pimap entry referenced by the specified pinmap index.</summary>
			<param name="pinmapIndex">Pinmap index whose value is to be returned.</param>
			<returns>Index of the entry referenced by the specified pinmap index.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IPinmap.GetEntryType(System.Int32)">
			<summary>Returns the type of pinmap entry associated with the specified index.</summary>
			<param name="pinmapIndex">Pinmap index whose type is to be returned.</param>
			<returns>The pinmap entry type of the specified pinmap index.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IPinmap.Load(System.String)">
			<summary>Loads the pinmap definitions from the specified file.</summary>
			<param name="filename">Path to file with pinmap definition to load</param>
		</member>
		<member name="M:Teradyne.eDigital.IPinmap.Reset">
			<summary>Resets the user-defined region of the pinmap.  Makes all user-defined pinmap entries undefined.</summary>
		</member>
		<member name="M:Teradyne.eDigital.IPinmap.Set(System.Int32,System.String,System.Int32[])">
			<summary>Sets the user-defined pinmap entry references by the specified pinmap index to the single value or list of values specified.</summary>
			<param name="pinmapIndex">User-defined pinmap index to set.</param>
			<param name="name">Name for the pinmap entry</param>
			<param name="pins">Single pinmap index or list of pinmap index (group) to associated with the specified  pinmap index.</param>
		</member>
		<member name="M:Teradyne.eDigital.IPinmap.Save(System.String)">
			<summary>Writes the user-defined pinmap entries to the specified file.</summary>
			<param name="filename">Path to file to which the pinmap gets saved</param>
		</member>
		<member name="M:Teradyne.eDigital.IPinmap.SetByLocation(System.Int32,System.String,System.Int32,System.Int32,System.Int32)">
			<summary>Sets the user-defined pinmap entry referenced by the specified pinmap index to the channel identified by slot, slocket and channel on socket.</summary>
			<param name="pinmapIndex">User-defined pinmap index to set.</param>
			<param name="name">Name for the pinmap entry</param>
			<param name="slot">The physical slot in which the module with the target channel resides.</param>
			<param name="socket">The socket in which the module with the target channel resides.  Use -1 for modules that are not socket based.</param>
			<param name="channelOnModule">Zero-based index of channel on the module.</param>
		</member>
		<member name="T:Teradyne.eDigital.IStatic">
			<summary>eDigital Static interface</summary>
		</member>
		<member name="M:Teradyne.eDigital.IStatic.FetchPinResult(System.Int32)">
			<summary>Returns the pin result for a channel for the most recently executed static pattern.</summary>
			<param name="pinmapIndex">Pinmap index</param>
			<returns />
		</member>
		<member name="M:Teradyne.eDigital.IStatic.FetchResult">
			<summary />
			<returns />
		</member>
		<member name="M:Teradyne.eDigital.IStatic.FetchFailingPins">
			<summary>Returns a list pinmap indices identifying the channels that failed during the last executed static pattern.</summary>
			<returns />
		</member>
		<member name="M:Teradyne.eDigital.IStatic.FetchCapturedData(System.Int32)">
			<summary>Returns the data captured for a channel identified by the pinmap index for the most recently executed static pattern.</summary>
			<param name="pinmapIndex">Pinmap index identifying the channel of interest.</param>
			<returns>Data captured for the channel on the last executed static pattern. A 1 indicates a high state was captured.  A 0 indicates a low state was captured.</returns>
		</member>
		<member name="P:Teradyne.eDigital.IStatic.Pattern">
			<summary>Reference to the IStaticPattern interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.IStatic.Delay">
			<summary>Gets/Sets the delay between when the drive opcodes are applied and when the expect opcodes are applied.</summary>
		</member>
		<member name="P:Teradyne.eDigital.IStatic.Readback">
			<summary>Reference to the IStaticReadback interface.</summary>
		</member>
		<member name="T:Teradyne.eDigital.ISetup">
			<summary>eDigital Setup interface</summary>
		</member>
		<member name="M:Teradyne.eDigital.ISetup.Apply">
			<summary />
		</member>
		<member name="M:Teradyne.eDigital.ISetup.Deserialize(System.String)">
			<summary />
			<param name="filename"></param>
		</member>
		<member name="M:Teradyne.eDigital.ISetup.LoadDisableState(System.String)">
			<summary />
			<param name="filename"></param>
		</member>
		<member name="M:Teradyne.eDigital.ISetup.LoadResetState(System.String)">
			<summary />
			<param name="filename"></param>
		</member>
		<member name="M:Teradyne.eDigital.ISetup.Serialize(System.String)">
			<summary />
			<param name="filename"></param>
		</member>
		<member name="M:Teradyne.eDigital.ISetup.Sync">
			<summary />
		</member>
		<member name="T:Teradyne.eDigital.IInfo">
			<summary>eDigital Info interface</summary>
		</member>
		<member name="M:Teradyne.eDigital.IInfo.GetChannelInfo(System.Int32)">
			<summary>Returns the ChannelInfo object for a given channel.</summary>
			<param name="channelIndex">A zero-based index of a channel in the digital instrument</param>
			<returns>An object containing various read-only information about a channel.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IInfo.GetModuleInfo(System.Int32)">
			<summary>Returns the ModuleInfo object for a given module</summary>
			<param name="moduleIndex">A zero-based index of a module in the digital instrument</param>
			<returns>An object containing various read-only information about a module.</returns>
		</member>
		<member name="P:Teradyne.eDigital.IInfo.ChannelCount">
			<summary>The number of channels in the digital instrument.</summary>
		</member>
		<member name="P:Teradyne.eDigital.IInfo.ModuleCount">
			<summary>The number of modules in the digital instrument.</summary>
		</member>
		<member name="P:Teradyne.eDigital.IInfo.IsSimulated">
			<summary>True, if the instrument session is for a simulated instrument.</summary>
		</member>
		<member name="P:Teradyne.eDigital.IInfo.Family">
			<summary>Returns the family to which the instrument model belongs.</summary>
		</member>
		<member name="P:Teradyne.eDigital.IInfo.PlugInVersion">
			<summary>Returns the version of the eDigital plug-in for the instrument model.</summary>
		</member>
		<member name="P:Teradyne.eDigital.IInfo.PlugInInterfaceVersion">
			<summary>Returns the version of the plug-in interface implemented by the eDigital plug-in for the instrument model.</summary>
		</member>
		<member name="T:Teradyne.eDigital.IChannel">
			<summary>Root interface for the Channel repeated capability.</summary>
		</member>
		<member name="P:Teradyne.eDigital.IChannel.PinmapIndex">
			<summary>Returns the predefined pinmap index assigned to the channel.</summary>
		</member>
		<member name="T:Teradyne.eDigital.IChannelCollection">
			<summary>Collection interface for the Channel repeated capability.</summary>
		</member>
		<member name="T:Teradyne.eDigital.IPin">
			<summary>eDigital Pin interface</summary>
		</member>
		<member name="M:Teradyne.eDigital.IPin.SetDigitalConnect(Teradyne.eDigital.RelayState,System.Int32[])">
			<summary>Sets the state (open or closed) of the relay that connects a pin's channel to its front panel connection.</summary>
			<param name="relayState">Specifies the state of the relay.</param>
			<param name="pinmapIndex">One or more pinmap indices identifying the pins to set.</param>
		</member>
		<member name="M:Teradyne.eDigital.IPin.GetDigitalConnect(System.Int32)">
			<summary>Returns the state (open or closed) of the digital relay that connects a pin's channel to its front panel connection.</summary>
			<param name="pinmapIndex">Pinmap index identifying a single pin.</param>
			<returns>The state of the digital connect relay for the specified pin.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IPin.SetHybridConnect(Teradyne.eDigital.RelayState,System.Int32[])">
			<summary>Sets the state (open or closed) of the relay that connects a pin's front panel connection to a secondary (hybrid) front panel connection.</summary>
			<param name="relayState">Specifies the state of the relay.</param>
			<param name="pinmapIndex">One or more pinmap indices identifying the pins to set.</param>
		</member>
		<member name="M:Teradyne.eDigital.IPin.GetHybridConnect(System.Int32)">
			<summary>Returns the state (open or closed) of the hybrid relay that connects a pin's front panel connection to a secondary (hybrid) front panel connection.</summary>
			<param name="pinmapIndex">Pinmap index identifying a single pin.</param>
			<returns>The state of the hybrid relay for the specified pin.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IPin.SetChannelMode(Teradyne.eDigital.ChannelMode,System.Int32[])">
			<summary>Sets the channel mode.</summary>
			<param name="channelMode">Channel mode</param>
			<param name="pinmapIndex">One or more pinmap indices identifying the pins to set.</param>
		</member>
		<member name="M:Teradyne.eDigital.IPin.GetChannelMode(System.Int32)">
			<summary>Channel mode.</summary>
			<param name="pinmapIndex">Pinmap index identifying a single pin.</param>
			<returns>The channel mode of the specified pin.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IPin.SetFormat(Teradyne.eDigital.Format,System.Int32[])">
			<summary>Sets the drive format of a pin in dynamic mode.</summary>
			<param name="format">Drive format used in dynamic mode</param>
			<param name="pinmapIndex">One or more pinmap indices identifying the pins to set.</param>
		</member>
		<member name="M:Teradyne.eDigital.IPin.GetFormat(System.Int32)">
			<summary>Returns the format of the pin.</summary>
			<param name="pinmapIndex">Pinmap index identifying a single pin.</param>
			<returns>The format of the specified pin.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IPin.SetFreerun(System.Boolean,System.Int32[])">
			<summary>Sets the freerun mode.  If true, pin continues to assert and return at the end of a pattern set (instead of ceasing to trigger), and the dynamic pin continues to generate a drive signal.</summary>
			<param name="freerun">Enables/disables freerun mode when executing dynamic pattern sets.</param>
			<param name="pinmapIndex">One or more pinmap indices identifying the pins to set.</param>
		</member>
		<member name="M:Teradyne.eDigital.IPin.GetFreerun(System.Int32)">
			<summary>Returns the freerun mode of the pin.</summary>
			<param name="pinmapIndex">Pinmap index identifying a single pin.</param>
			<returns>The enable/disable state of freerun of the specified pin.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IPin.GetEdgeSet(System.Int32)">
			<summary>The edge set used by the pin.</summary>
			<param name="pinmapIndex">Pinmap index identifying a single pin.</param>
			<returns>The edge set used by the pin.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IPin.SetEdgeSet(System.Int32,System.Int32[])">
			<summary>Sets the edge set used by a pin in dynamic mode.</summary>
			<param name="edgeSet">Edge set to use.</param>
			<param name="pinmapIndex">One or more pinmap indices identifying the pins to set.</param>
		</member>
		<member name="T:Teradyne.eDigital.IAlarm">
			<summary>eDigital Alarm interface</summary>
		</member>
		<member name="M:Teradyne.eDigital.IAlarm.Simulate(Teradyne.eDigital.AlarmType,Teradyne.eDigital.AlarmSource,System.Int32)">
			<summary>This method simulates the specified alarm.  This method is intented to be used when testing alarm event handling.</summary>
			<param name="type">Type of alarm to simulate.</param>
			<param name="source">Source of simulated alarm.</param>
			<param name="sourceIndex">Index of the source of the simulated alarm.</param>
		</member>
		<member name="P:Teradyne.eDigital.IAlarm.OverCurrentReportOnly">
			<summary>Specifies whether or not protective actions are taken in response to an over-current condition.</summary>
		</member>
		<member name="E:Teradyne.eDigital.IAlarm.Handler">
			<summary>Raised as a result of an alarm condition on the instrument hardware.</summary>
		</member>
		<member name="T:Teradyne.eDigital.IInstrument">
			<summary>eDigital Instrument interface</summary>
		</member>
		<member name="P:Teradyne.eDigital.IInstrument.SystemEnable">
			<summary>Master driver enable. When Set to true, all drivers in the instrument are enabled immediately. When set to false, all drivers in the instrument are tristated immediately.</summary>
		</member>
		<member name="T:Teradyne.eDigital.IDynamic">
			<summary>eDigital Dynamic interface</summary>
		</member>
		<member name="M:Teradyne.eDigital.IDynamic.FetchFailingPins(System.Int32)">
			<summary>Returns a list pinmap indices identifying the channels failing at the result index specifed for the most recently executed dynamic pattern set</summary>
			<param name="resultIndex">Result index of interest.</param>
			<returns>List of failing pins for the result index specifed.  If there are no failing pins, an empty list is returned.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IDynamic.FetchPatternResult(System.Int32)">
			<summary>Returns the result collected at the specified index for the most recently executed dynamic pattern set.</summary>
			<param name="resultIndex">Result index of interest.</param>
			<returns>A struct containing the overall result collected at the specified index and the index of the pattern that generated the result.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IDynamic.FetchPinResult(System.Int32,System.Int32)">
			<summary>Returns the result for the channel at the specified index for the last executed dynamic pattern set.</summary>
			<param name="resultIndex">Result index of interest.</param>
			<param name="pinmapIndex">Pinmap index identifying the channel of interest.</param>
			<returns>The result for the channel at the specified index.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IDynamic.FetchResult">
			<summary>Returns the result for the most recently executed dynamic pattern set.</summary>
			<returns>A struct containing result information for the most recently executed dynamic pattern set.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IDynamic.BeginLoad(System.Boolean)">
			<summary>Initializes dynamic pattern set loading.</summary>
			<param name="initialize">Indicates whether or not "sticky" (values that carry from one pattern to another if not specified)dynamic pattern values are initialized.  If true, all dynamic channels set to load a an IOX pin opcode on the first pattern, Result Capture is set to True and the Timing Set index is set to 0.  If false, all dynamic channels use the last opcode, and the Result Capture and Timing Set index are set to the last value specified.</param>
		</member>
		<member name="M:Teradyne.eDigital.IDynamic.EndLoad">
			<summary>Ends dynamic pattern set loading.</summary>
		</member>
		<member name="M:Teradyne.eDigital.IDynamic.Run">
			<summary>Runs the currently loaded dynamic pattern set and returns the result of that execution.</summary>
			<returns>A struct containing result information for the dynamic pattern set.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IDynamic.FetchCapturedData(System.Int32,System.Int32)">
			<summary>The data captured for the channel at the specified index.  A 1 indicates a high state was captured.  A 0 indicates a low state was captured.</summary>
			<param name="resultIndex">Result index of interest.</param>
			<param name="pinmapIndex">Pinmap index identifying the channel of interest.</param>
			<returns>The data captured for the channel at the specified index.  A 1 indicates a high state was captured.  A 0 indicates a low state was captured.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IDynamic.SetPatternControllerSoftwareFlag">
			<summary>Sets the pattern controller software flag.</summary>
		</member>
		<member name="P:Teradyne.eDigital.IDynamic.Timeout">
			<summary>Gets/Sets the duration that dynamic pattern set can run without timing out.</summary>
		</member>
		<member name="P:Teradyne.eDigital.IDynamic.ExpandLoops">
			<summary>Gets/sets expanded-result-capture mode for handling of loops and repeats in dynamic pattern sets.  If true, results are captured for all patterns with results capture enabled for all iterations loops and repeats.  If false, one result is captured for every pattern executed that is, only the last iteration through the loop or repeat is captured and the setting of results capture is ignored.</summary>
		</member>
		<member name="P:Teradyne.eDigital.IDynamic.TimeoutBehavior">
			<summary>Gets/Sets the behavior of a dynamic channel when a pattern set timeout occurs.</summary>
		</member>
		<member name="P:Teradyne.eDigital.IDynamic.Pattern">
			<summary>Reference to the IDynamicPattern interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.IDynamic.Readback">
			<summary>Reference to the IDynamicReadback interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.IDynamic.Execution">
			<summary>Reference to the IDynamicAdvanced interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.IDynamic.PatternControllerSoftwareFlag">
			<summary>Gets the state of the pattern controller software flag.  Returns true if the software flag is set and false otherwise.</summary>
		</member>
		<member name="P:Teradyne.eDigital.IDynamic.PassFailPipeline">
			<summary>Specifies the depth of the pass/fail pipeline in terms of patterns.  A value of zero specifies that the pipeline will be as short as possible given the instrument's configuration.  The default value is 16 which emulates the M9-Series pipeline behavior.</summary>
		</member>
		<member name="P:Teradyne.eDigital.IDynamic.MaxPatterns">
			<summary>The maximum number of patterns that can be stored in pattern memory.</summary>
		</member>
		<member name="P:Teradyne.eDigital.IDynamic.MaxResults">
			<summary>The maximum number of results that can be captured in results memory.</summary>
		</member>
		<member name="E:Teradyne.eDigital.IDynamic.NotifyHost">
			<summary>Occurs when the instrument executes a dynamic pattern that has a NotifyHost pattern modifier.</summary>
		</member>
		<member name="T:Teradyne.eDigital.IDynamicPatternControl">
			<summary>eDigital Dynamic Pattern Control interface</summary>
		</member>
		<member name="M:Teradyne.eDigital.IDynamicPatternControl.Repeat(System.Int32,Teradyne.eDigital.ControlCondition)">
			<summary>Identifies this pattern as a counted conditional single-pattern loop. The pattern repeats until either the specified condition becomes true or it has executed the specified number of times.</summary>
			<param name="count">Specifies the maximum number of iterations of the pattern.</param>
			<param name="condition">The condition which, if true, causes the repeat to terminate and execution to continue at the next pattern. The repeat will terminate when either the exit condition becomes true or the specified number of iterations of the repeated pattern occurs (whichever happens first).</param>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IDynamicPatternControl.Repeat(System.Int32)">
			<summary>Identifies this pattern as a counted single-pattern loop. The pattern executes the specified number of times before the pattern controller advances to the next pattern.</summary>
			<param name="count">Specifies the number of iterations of the pattern.</param>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IDynamicPatternControl.Repeat(Teradyne.eDigital.ControlCondition)">
			<summary>Identifies this pattern as a conditional single-pattern loop. The pattern repeats until the specified condition becomes true.</summary>
			<param name="condition">The condition which, if true, causes the repeat to terminate and execution to continue at the next pattern.</param>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IDynamicPatternControl.Repeat">
			<summary>Identifies this pattern as an uncounted single-pattern loop. As there is no exit condition specified, the pattern repeats indefinitely.</summary>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IDynamicPatternControl.Loop(System.Int32)">
			<summary>Identifies this pattern as the beginning of a counted loop.</summary>
			<param name="count">Specifies the maximum number of iterations through the counted loop.</param>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IDynamicPatternControl.Loop">
			<summary>Identifies this pattern as the beginning of an uncounted loop.</summary>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IDynamicPatternControl.Halt">
			<summary>Unconditionally terminates execution of the dynamic pattern set.</summary>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IDynamicPatternControl.Halt(Teradyne.eDigital.ControlCondition)">
			<summary>Terminates execution of the dynamic pattern set if the specified condition is true.</summary>
			<param name="condition">The condition, which, if true, terminates dynamic pattern set execution. If the condition is false, then execution continues with the next pattern in the pattern set.</param>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IDynamicPatternControl.EndLoop">
			<summary>Identifies this pattern as the end of an uncounted or counted loop. There is no exit condition. If the loop is counted, then the loop iterates the number of times specified by the loop count in the matching pattern that began this loop. If the loop is uncounted, then the loop executes indefinitely.</summary>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IDynamicPatternControl.EndLoop(Teradyne.eDigital.ControlCondition)">
			<summary>Identifies this pattern as the end of an uncounted or counted loop.</summary>
			<param name="condition">The condition which, if true, terminates the loop. If the loop is counted, then the loop will terminate when either the exit condition is true or the specified number of loop iterations occur (whichever happens first). If the loop is uncounted, then only the exit condition determines when the loop exits.</param>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="T:Teradyne.eDigital.IDynamicPatternModifiers">
			<summary>eDigital Dynamic Pattern Modifiers interface</summary>
		</member>
		<member name="M:Teradyne.eDigital.IDynamicPatternModifiers.SetTimingSet(System.Int32)">
			<summary>Specifies the timing set to be used on this pattern. This setting is incremental.  It remains in effect on all subsequent consecutively-defined patterns until another call changes it.</summary>
			<param name="index">The index of the timing set to use on this pattern. This value is 0-based.</param>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IDynamicPatternModifiers.SetResultsCapture(System.Boolean)">
			<summary>Specifies whether or not results are captured on this pattern. This setting is incremental.  It remains in effect on all subsequent consecutively-defined patterns until another call changes it.</summary>
			<param name="capture">Capture mode, if true a result is captured and stored in the result RAM.  If false, a result is not captured.</param>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IDynamicPatternModifiers.GenerateTrigger(Teradyne.eDigital.TriggerLines)">
			<summary>Causes the pattern controller to issue a trigger on the specified trigger line. This modifier is not incremental.  A trigger is generated only on those patterns for which this setting is explicitly specified.</summary>
			<param name="trigger">Identifies the particular trigger line on which to generate the trigger signal.</param>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IDynamicPatternModifiers.NotifyHost">
			<summary>Causes the pattern controller to issue an interrupt to the host PC during the execution of this pattern. This modifier is not incremental.  A trigger is generated only on those patterns for which this setting is explicitly specified.</summary>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IDynamicPatternModifiers.SetCpp(System.Int32)">
			<summary>Specifies the clocks per pattern (CPP) factor to be used on this pattern.  This setting is incremental.  It remains in effect on all subsequent consecutively-defined patterns until another call changes it.  The CPP is set to one when the Begin Load function is called.</summary>
			<param name="cpp">The clocks per pattern factor to use on this pattern.</param>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="T:Teradyne.eDigital.IDynamicPattern">
			<summary>eDigital Dynamic Pattern interface</summary>
		</member>
		<member name="M:Teradyne.eDigital.IDynamicPattern.End">
			<summary>Completes the current pattern and sets the test instruction to None.</summary>
		</member>
		<member name="M:Teradyne.eDigital.IDynamicPattern.SetPinOpcode(Teradyne.eDigital.PinOpcode,System.Int32[])">
			<summary>Sets the pin opcode for the specified pins.</summary>
			<param name="opcode">Pin opcode to apply to specified pins.</param>
			<param name="pinmapIndex">One or more pinmap indices identifying the channels to set.  Each pinmap index can reference a single channel or a group of channels.  The static pin opcode specified is set for all channels referenced.</param>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IDynamicPattern.SetGroupOpcode(Teradyne.eDigital.GroupOpcode,System.Int32,System.UInt64)">
			<summary>Sets the pin opcodes for a pin group.</summary>
			<param name="opcode">Group opcode to apply to the pin group.</param>
			<param name="pinmapIndex">Pinmap index identify channel or channels to set. Pinmap index can reference a single pin (group of 1) or a group of pins.</param>
			<param name="value">Bitvector that contains the HIGH/LOW value for each pin in the group; the LSB (least significant bit) corresponds to the first pin in the group and so on.</param>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IDynamicPattern.SetGroupOpcode(Teradyne.eDigital.GroupOpcode,System.Int32,System.UInt32)">
			<summary>Sets the pin opcodes for a pin group.</summary>
			<param name="opcode">Group opcode to apply to the pin group.</param>
			<param name="pinmapIndex">Pinmap index identify channel or channels to set. Pinmap index can reference a single pin (group of 1) or a group of pins.</param>
			<param name="value">Bitvector that contains the HIGH/LOW value for each pin in the group; the LSB (least significant bit) corresponds to the first pin in the group and so on.</param>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IDynamicPattern.SetGroupOpcode(Teradyne.eDigital.GroupOpcode,System.Int32,System.Byte[])">
			<summary>Sets the pin opcodes for a pin group.</summary>
			<param name="opcode">Group opcode to apply to the pin group.</param>
			<param name="pinmapIndex">Pinmap index identify channel or channels to set. Pinmap index can reference a single pin (group of 1) or a group of pins.</param>
			<param name="value">Bitvector array that contains the HIGH/LOW value for each pin in the group; the LSB (least significant bit) of the first byte corresponds to the first pin in the group and so on.</param>
			<returns>A reference to the IDynamicPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IDynamicPattern.End(Teradyne.eDigital.TestInstruction)">
			<summary>Completes the current pattern and sets the pattern test instruction.</summary>
			<param name="test">Type of test to perform when dynamic pattern is executed.</param>
		</member>
		<member name="P:Teradyne.eDigital.IDynamicPattern.Control">
			<summary>Reference to the IDynamicControl interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.IDynamicPattern.Modifiers">
			<summary>Reference to the IDynamicModifiers interface.</summary>
		</member>
		<member name="T:Teradyne.eDigital.IStaticPattern">
			<summary>eDigital Static Pattern interface</summary>
		</member>
		<member name="M:Teradyne.eDigital.IStaticPattern.SetGroupOpcode(Teradyne.eDigital.GroupOpcode,System.Int32,System.Byte[])">
			<summary>Sets the pin opcodes for a pin group.</summary>
			<param name="opcode"></param>
			<param name="pinmapIndex"></param>
			<param name="value"></param>
			<returns>A reference to the IStaticPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IStaticPattern.SetGroupOpcode(Teradyne.eDigital.GroupOpcode,System.Int32,System.UInt32)">
			<summary>Sets the pin opcodes for a pin group.</summary>
			<param name="opcode"></param>
			<param name="pinmapIndex"></param>
			<param name="value"></param>
			<returns>A reference to the IStaticPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IStaticPattern.SetGroupOpcode(Teradyne.eDigital.GroupOpcode,System.Int32,System.UInt64)">
			<summary>Sets the pin opcodes for a pin group.</summary>
			<param name="opcode"></param>
			<param name="pinmapIndex"></param>
			<param name="value"></param>
			<returns>A reference to the IStaticPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IStaticPattern.SetPinOpcode(Teradyne.eDigital.PinOpcode,System.Int32[])">
			<summary>Sets the pin opcode for the specified pins.</summary>
			<param name="opcode">Pin opcode to apply to specified pins.</param>
			<param name="pinmapIndex">One or more pinmap indices identifying the channels to set.  Each pinmap index can reference a single channel or a group of channels.  The static pin opcode specified is set for all channels referenced.</param>
			<returns>A reference to the IStaticPattern interface.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IStaticPattern.Run">
			<summary>Executes the currently configured static pattern and returns the result of that execution.</summary>
			<returns />
		</member>
		<member name="T:Teradyne.eDigital.IDynamicReadback">
			<summary>eDigital Dynamic Readback interface</summary>
		</member>
		<member name="M:Teradyne.eDigital.IDynamicReadback.FetchPinOpcode(System.Int32,System.Int32)">
			<summary>Returns the pin opcode for a channel identified by the pinmap index at the specified pattern index for the most recently executed dynamic pattern set.</summary>
			<param name="patternIndex">Pattern index of interest.</param>
			<param name="pinmapIndex">Pinmap index identifying the channel of interest.</param>
			<returns>The pin opcode for the channel at the specified index.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IDynamicReadback.FetchPatternControl(System.Int32)">
			<summary>Returns pattern control instruction for the specified pattern.</summary>
			<param name="patternIndex">Pattern index of interest.</param>
			<returns>The pattern's pattern control instruction.</returns>
		</member>
		<member name="M:Teradyne.eDigital.IDynamicReadback.FetchPatternModifiers(System.Int32)">
			<summary>Returns the pattern modifieres for the specified pattern.</summary>
			<param name="patternIndex">Pattern index of interest.</param>
			<returns>The pattern's pattern modifiers.</returns>
		</member>
		<member name="T:Teradyne.eDigital.IStaticReadback">
			<summary>eDigital Static Readback interface</summary>
		</member>
		<member name="M:Teradyne.eDigital.IStaticReadback.FetchPinOpcode(System.Int32)">
			<summary>Returns the pin opcode for a channel for the most recently executed static pattern.</summary>
			<param name="pinmapIndex">Pinmap index</param>
			<returns>Pin opcode for the channel on the last executed static pattern.</returns>
		</member>
		<member name="T:Teradyne.eDigital.ITiming">
			<summary>eDigital Timing interface</summary>
		</member>
		<member name="M:Teradyne.eDigital.ITiming.CreateEdgeSet">
			<summary>Creates an edge set and returns a handle to the new edge set.</summary>
			<returns>Handle to the created edge set.</returns>
		</member>
		<member name="M:Teradyne.eDigital.ITiming.GetDefaultEdgeSet">
			<summary>Handle to the default edge set.</summary>
			<returns>Handle to the default edge set.</returns>
		</member>
		<member name="M:Teradyne.eDigital.ITiming.GetTimingSet(System.Int32)">
			<summary>Returns the timing set with the specified index.</summary>
			<param name="timingSetIndex">The index of the desired timing set.</param>
			<returns />
		</member>
		<member name="M:Teradyne.eDigital.ITiming.ConfigureClockReference(Teradyne.eDigital.ClockReference,Teradyne.eDigital.ClockEdgeSelect)">
			<summary>Configures the clock used for dynamic pattern timing clock period generation.</summary>
			<param name="reference">Source of the reference clock used for dynamic pattern timing clock period generation.</param>
			<param name="edge">Trigger edge used by the external reference clock for dynamic timing clock period generation.  This parameter is ignored if the clock reference is external.</param>
		</member>
		<member name="P:Teradyne.eDigital.ITiming.Resolution">
			<summary>Gets/Sets the resolution of the system clock.</summary>
		</member>
		<member name="P:Teradyne.eDigital.ITiming.Alignment">
			<summary>Reference to the ITimingAlignment interface.</summary>
		</member>
		<member name="P:Teradyne.eDigital.ITiming.MaxTimingSets">
			<summary>The maximum number of timing sets available.</summary>
		</member>
		<member name="P:Teradyne.eDigital.ITiming.ClockReference">
			<summary>Source of the reference clock used for dynamic pattern timing clock period generation.</summary>
		</member>
		<member name="P:Teradyne.eDigital.ITiming.ExternalClockEdge">
			<summary>Trigger edge used by the external reference clock for dynamic timing clock period generation.</summary>
		</member>
		<member name="T:Teradyne.eDigital.ITimingSet">
			<summary>eDigital Timing Set interface</summary>
		</member>
		<member name="M:Teradyne.eDigital.ITimingSet.SetDriveTiming(System.Int32,Ivi.Driver.PrecisionTimeSpan,Ivi.Driver.PrecisionTimeSpan)">
			<summary>Sets the drive timing assert and return delays for the edge set on the specified timing set.</summary>
			<param name="edgeSet">Handle for the desired edge set.</param>
			<param name="assertEdge">Assert delay from the beginning of the dynamic pattern for the drive phase.</param>
			<param name="returnEdge">Return delay from the beginning of the pattern for the drive phase.</param>
		</member>
		<member name="M:Teradyne.eDigital.ITimingSet.SetDetectStrobe(System.Int32,Ivi.Driver.PrecisionTimeSpan)">
			<summary>Sets the test strobe delay from the beginning of the dynamic pattern for the edge set on the specified timing set.</summary>
			<param name="edgeSet">Handle for the desired edge set.</param>
			<param name="strobe">The test strobe delay from the beginning of the pattern.</param>
		</member>
		<member name="M:Teradyne.eDigital.ITimingSet.GetEdgeSet(System.Int32)">
			<summary>Gets the drive and detect timing for the edge set on the specified timing set.</summary>
			<param name="edgeSet">Handle for the desired edge set.</param>
			<returns>Edge set associated with the specified handle.</returns>
		</member>
		<member name="M:Teradyne.eDigital.ITimingSet.SetTiming(System.Int32,Teradyne.eDigital.EdgeSet)">
			<summary>Sets the drive and detect timing for the edge set on the specified timing set.</summary>
			<param name="edgeSet">Handle for the desired edge set.</param>
			<param name="timingValues">Timing values for the specified edge set.</param>
		</member>
		<member name="P:Teradyne.eDigital.ITimingSet.ClockPeriod">
			<summary>Clock period of the timing set.</summary>
		</member>
		<member name="T:Teradyne.eDigital.IDynamicExecution">
			<summary>IDynamicExecution interface.</summary>
		</member>
		<member name="M:Teradyne.eDigital.IDynamicExecution.Initiate">
			<summary>Starts executing the dynamic pattern set and returns without waiting for completion.</summary>
		</member>
		<member name="M:Teradyne.eDigital.IDynamicExecution.WaitForCompletion">
			<summary>Waits for the dynamic pattern set to finish executing.</summary>
		</member>
		<member name="M:Teradyne.eDigital.IDynamicExecution.Stop">
			<summary>Stops the executing dynamic pattern set.</summary>
		</member>
		<member name="M:Teradyne.eDigital.IDynamicExecution.IsRunning">
			<summary>Returns true if a dynamic pattern set is running and false otherwise.</summary>
			<returns>True if a dynamic pattern set is running and false otherwise.</returns>
		</member>
		<member name="T:Teradyne.eDigital.IeDigitalDebugSignal">
			<summary>Root interface for the DebugSignal repeated capability.</summary>
		</member>
		<member name="P:Teradyne.eDigital.IeDigitalDebugSignal.Source">
			<summary>The source of the signal.</summary>
		</member>
		<member name="T:Teradyne.eDigital.IeDigitalDebugSignalCollection">
			<summary>Collection interface for the DebugSignal repeated capability.</summary>
		</member>
		<member name="P:Teradyne.eDigital.IeDigitalDebugSignalCollection.PulseWidth">
			<summary>The width of the pulse of the debug signal when the source is Test Clock</summary>
		</member>
		<member name="T:Teradyne.eDigital.ITimingAlignment">
			<summary>ITimingAlignment interface.</summary>
		</member>
		<member name="M:Teradyne.eDigital.ITimingAlignment.Execute">
			<summary>Align the timing edges.</summary>
		</member>
		<member name="M:Teradyne.eDigital.ITimingAlignment.WriteFile(System.String)">
			<summary>Writes alignment values to the specified file.</summary>
			<param name="fileName">Path to file to which the alignment data is written.</param>
		</member>
		<member name="M:Teradyne.eDigital.ITimingAlignment.ReadFile(System.String)">
			<summary>Reads alignment values from the specified file.</summary>
			<param name="fileName">Path to file from which the alignment data is read.</param>
		</member>
		<member name="P:Teradyne.eDigital.ITimingAlignment.Status">
			<summary>The alignment status of the instrument.</summary>
		</member>
		<member name="T:Teradyne.eDigital.ITrigger">
			<summary>ITrigger interface.</summary>
		</member>
		<member name="M:Teradyne.eDigital.ITrigger.SetSource(Teradyne.eDigital.TriggerLines,System.String)">
			<summary>Sets up a connection between an instrument's internal trigger line and a trigger source (input).</summary>
			<param name="line">Internal line to which the source is connected.</param>
			<param name="source">The source (input) for the internal trigger.  Refer to instrument family documentation for valid values which may include one or more of the standard values defined in Ivi.Driver.TriggerSource.</param>
		</member>
		<member name="M:Teradyne.eDigital.ITrigger.SendSoftwareTrigger">
			<summary>Sends a software trigger to the instrument.</summary>
		</member>
		<member name="M:Teradyne.eDigital.ITrigger.GetSource(Teradyne.eDigital.TriggerLines)">
			<summary>Gets the trigger source connected to an instrument's internal trigger line.</summary>
			<param name="line">Internal line</param>
			<returns>The source (input) connected to the internal trigger line.</returns>
		</member>
		<member name="M:Teradyne.eDigital.ITrigger.SetSink(Teradyne.eDigital.TriggerLines,System.String)">
			<summary>Sets up a connection between an instrument's internal trigger line and a trigger sink (output)</summary>
			<param name="line">Internal line to which the sink is connected.</param>
			<param name="sink">The sink (output) for the internal trigger.  Refer to instrument family documentation for valid values which may include one or more of the standard values defined in Ivi.Driver.TriggerSource.</param>
		</member>
		<member name="M:Teradyne.eDigital.ITrigger.GetSink(Teradyne.eDigital.TriggerLines)">
			<summary>Gets the trigger sink connected to an instrument's internal trigger line.</summary>
			<param name="line">Internal line</param>
			<returns>The sink (output) connected to the internal trigger line.</returns>
		</member>
		<member name="T:Teradyne.eDigital.ChannelInfo">
			<summary>A struct containing channel information.</summary>
		</member>
		<member name="P:Teradyne.eDigital.ChannelInfo.IndexOnModule">
			<summary>Zero-based index of channel on the module.</summary>
		</member>
		<member name="P:Teradyne.eDigital.ChannelInfo.Module">
			<summary>ModuleInfo object for the module on which the channel resides.</summary>
		</member>
		<member name="P:Teradyne.eDigital.ChannelInfo.IndexOnInstrument">
			<summary>Zero-based index of channel on the instrument.</summary>
		</member>
		<member name="P:Teradyne.eDigital.ChannelInfo.IsStaticOnly">
			<summary>Indicates whether or not the channel is a static-only channel.  Static-only channels do not support dynamic pattern execution.</summary>
		</member>
		<member name="T:Teradyne.eDigital.ModuleInfo">
			<summary>A struct containing module information.</summary>
		</member>
		<member name="P:Teradyne.eDigital.ModuleInfo.Chassis">
			<summary>The chassis in which the module resides.</summary>
		</member>
		<member name="P:Teradyne.eDigital.ModuleInfo.Slot">
			<summary>The slot number in which the module resides.</summary>
		</member>
		<member name="P:Teradyne.eDigital.ModuleInfo.Socket">
			<summary>The socket the module occupies within the slot.  Returns -1 if the module's position is not socket-based.</summary>
		</member>
		<member name="P:Teradyne.eDigital.ModuleInfo.Type">
			<summary>String identifying the type of this module.</summary>
		</member>
		<member name="P:Teradyne.eDigital.ModuleInfo.FirmwareVersion">
			<summary>String identifying the firmware revision of the module.</summary>
		</member>
		<member name="P:Teradyne.eDigital.ModuleInfo.Index">
			<summary>Zero-based index of the module on the instrument.</summary>
		</member>
		<member name="P:Teradyne.eDigital.ModuleInfo.Option">
			<summary>Returns the option loaded on the module.  The option specifies the runtime defined behavior of the module.  An empty string is returned for modules that don't support runtime defined behavior.</summary>
		</member>
		<member name="P:Teradyne.eDigital.ModuleInfo.ChannelCount">
			<summary>The number of channels on the module.</summary>
		</member>
		<member name="P:Teradyne.eDigital.ModuleInfo.SerialNumber">
			<summary>String identifying the serial number of the module.</summary>
		</member>
		<member name="T:Teradyne.eDigital.DynamicPatternResult">
			<summary>A struct containing information about a captured dynamic pattern result.</summary>
		</member>
		<member name="P:Teradyne.eDigital.DynamicPatternResult.Result">
			<summary>Result captured when dynamic pattern was executed.</summary>
		</member>
		<member name="P:Teradyne.eDigital.DynamicPatternResult.PatternIndex">
			<summary>Index of pattern that produced the captured result.</summary>
		</member>
		<member name="T:Teradyne.eDigital.DynamicPatternSetResult">
			<summary>A struct containing the overall results information for a dynamic pattern set.</summary>
		</member>
		<member name="P:Teradyne.eDigital.DynamicPatternSetResult.Result">
			<summary>Overall result of the dynamic pattern set.</summary>
		</member>
		<member name="P:Teradyne.eDigital.DynamicPatternSetResult.ResultCount">
			<summary>Number of results collected during the execution of the dynamic pattern set.</summary>
		</member>
		<member name="P:Teradyne.eDigital.DynamicPatternSetResult.FirstFailure">
			<summary>If the dynamic pattern set fails, the index result for the first failure.  Otherwise, the value is -1.</summary>
		</member>
		<member name="P:Teradyne.eDigital.DynamicPatternSetResult.StopConditions">
			<summary>Reasons why the dynamic pattern set stopped.</summary>
		</member>
		<member name="P:Teradyne.eDigital.DynamicPatternSetResult.TotalPatternsExecuted">
			<summary>Total number of patterns executed during the execution of the dynamic pattern set.</summary>
		</member>
		<member name="P:Teradyne.eDigital.DynamicPatternSetResult.LastPatternIndex">
			<summary>Index of the last pattern executed during the execution of the dynamic pattern set.</summary>
		</member>
		<member name="T:Teradyne.eDigital.DynamicPatternControl">
			<summary>A struct containing a dynamic pattern's pattern control instruction.</summary>
		</member>
		<member name="P:Teradyne.eDigital.DynamicPatternControl.Opcode">
			<summary>The opcode of the pattern control instruction.</summary>
		</member>
		<member name="P:Teradyne.eDigital.DynamicPatternControl.Count">
			<summary>The count of the pattern control instruction.</summary>
		</member>
		<member name="P:Teradyne.eDigital.DynamicPatternControl.Condition">
			<summary>The condition of the pattern control instruction.</summary>
		</member>
		<member name="T:Teradyne.eDigital.DynamicPatternModifiers">
			<summary>A struct containing a dynamic pattern's pattern modifiers.</summary>
		</member>
		<member name="P:Teradyne.eDigital.DynamicPatternModifiers.Trigger">
			<summary>Specifies whether or not the pattern controller issues a trigger.</summary>
		</member>
		<member name="P:Teradyne.eDigital.DynamicPatternModifiers.TestInstruction">
			<summary>Type of test to perform when dynamic pattern is executed.</summary>
		</member>
		<member name="P:Teradyne.eDigital.DynamicPatternModifiers.TimingSetIndex">
			<summary>The timing set index.</summary>
		</member>
		<member name="P:Teradyne.eDigital.DynamicPatternModifiers.ResultsCapture">
			<summary>Specifies whether or not results are captured on this pattern.</summary>
		</member>
		<member name="P:Teradyne.eDigital.DynamicPatternModifiers.NotifyHost">
			<summary>Specifies whether or not an interrupt is generated to the host PC.</summary>
		</member>
		<member name="P:Teradyne.eDigital.DynamicPatternModifiers.Cpp">
			<summary>The clocks-per-pattern (cpp) factor.</summary>
		</member>
		<member name="T:Teradyne.eDigital.EdgeSet">
			<summary>A struct containing timing edge values.</summary>
		</member>
		<member name="P:Teradyne.eDigital.EdgeSet.Assert">
			<summary>The assert value specifies the delay from the time of the Drive Trigger associated with the a pin until the driver on that pin begins driving the signal speciifed by the pin's opcode.</summary>
		</member>
		<member name="P:Teradyne.eDigital.EdgeSet.Return">
			<summary>The return value specifies the delay from the time of the Drive Trigger associated with the a pin until the driver on that pin stops driving the signal speciifed by the pin's opcode.</summary>
		</member>
		<member name="P:Teradyne.eDigital.EdgeSet.DetectStrobe">
			<summary>The detect strobe specifies the delay from the time of the Detect Trigger associated with a pin until that pin tests the detected signal as specified by the pin's opcode.</summary>
		</member>
		<member name="T:Teradyne.eDigital.PinmapEntryType">
			<summary>Specifies the type of pinmap entry.</summary>
		</member>
		<member name="F:Teradyne.eDigital.PinmapEntryType.Pin">
			<summary>Pinmap entry references a single pin.</summary>
		</member>
		<member name="F:Teradyne.eDigital.PinmapEntryType.Group">
			<summary>Pinmap entry references a group (2 or more) pins.</summary>
		</member>
		<member name="F:Teradyne.eDigital.PinmapEntryType.Undefined">
			<summary>Pinmap entry is undefined.</summary>
		</member>
		<member name="F:Teradyne.eDigital.PinmapEntryType.Module">
			<summary>Pinmap entry references an instrument module.</summary>
		</member>
		<member name="T:Teradyne.eDigital.PinOpcode">
			<summary>Specifies the pin opcode.</summary>
		</member>
		<member name="F:Teradyne.eDigital.PinOpcode.IOX">
			<summary>IOX pin opcode specifies to drive tristate and expect X (don't care).</summary>
		</member>
		<member name="F:Teradyne.eDigital.PinOpcode.IL">
			<summary>Input Low pin opcode specifies to drive low and expect X (don't care).</summary>
		</member>
		<member name="F:Teradyne.eDigital.PinOpcode.IH">
			<summary>Input High pin opcode specifies to drive high and expect X (don't care).</summary>
		</member>
		<member name="F:Teradyne.eDigital.PinOpcode.OL">
			<summary>Output Low pin opcode specifies to drive tristate and expect low.</summary>
		</member>
		<member name="F:Teradyne.eDigital.PinOpcode.OH">
			<summary>Output High pin opcode specifies to drive tristate and expect high.</summary>
		</member>
		<member name="F:Teradyne.eDigital.PinOpcode.ML">
			<summary>Monitor Low pin opcode specifies to drive and expect low.</summary>
		</member>
		<member name="F:Teradyne.eDigital.PinOpcode.MH">
			<summary>Monitor High pin opcode specifies to drive and expect high.</summary>
		</member>
		<member name="F:Teradyne.eDigital.PinOpcode.ILOH">
			<summary>Input Low Output High pin opcode specifies to simultaneously drive low and expect high.</summary>
		</member>
		<member name="F:Teradyne.eDigital.PinOpcode.IHOL">
			<summary>Input High Output Low pin opcode specifies to simultaneously drive high and expect low.</summary>
		</member>
		<member name="F:Teradyne.eDigital.PinOpcode.Keep">
			<summary>Keep pin opcode specifies to drive and expect whatever states were driven and expected on the previously-executed pattern.</summary>
		</member>
		<member name="F:Teradyne.eDigital.PinOpcode.Toggle">
			<summary>Keep pin opcode specifies to toggle drive and expect whatever states were driven and expected on the previously-executed pattern.</summary>
		</member>
		<member name="T:Teradyne.eDigital.PinResult">
			<summary>Specifies the result for a pin.</summary>
		</member>
		<member name="F:Teradyne.eDigital.PinResult.Pass">
			<summary>All tests passed.</summary>
		</member>
		<member name="F:Teradyne.eDigital.PinResult.Fail">
			<summary>One or more tests failed.</summary>
		</member>
		<member name="F:Teradyne.eDigital.PinResult.None">
			<summary>No tests were performed.</summary>
		</member>
		<member name="T:Teradyne.eDigital.Result">
			<summary>Specifies the overall result.</summary>
		</member>
		<member name="F:Teradyne.eDigital.Result.Pass">
			<summary>All tests passed.</summary>
		</member>
		<member name="F:Teradyne.eDigital.Result.Fail">
			<summary>One or more tests failed.</summary>
		</member>
		<member name="F:Teradyne.eDigital.Result.None">
			<summary>No tests were performed.</summary>
		</member>
		<member name="T:Teradyne.eDigital.GroupOpcode">
			<summary>Specifies the group opcode.</summary>
		</member>
		<member name="F:Teradyne.eDigital.GroupOpcode.IG">
			<summary>Input Group opcode specifies the high/low drive states of a group of pins. The expect states are set to X (don't care).</summary>
		</member>
		<member name="F:Teradyne.eDigital.GroupOpcode.OG">
			<summary>Output Group opcode specifies the high/low expect states of a group of pins. The drive states are set to Z (tristate).</summary>
		</member>
		<member name="F:Teradyne.eDigital.GroupOpcode.MG">
			<summary>Monitor Group opcode simultaneously specifies the high/low drive and expect states of a group of pins. The drive and expect states for each pin are the same.</summary>
		</member>
		<member name="T:Teradyne.eDigital.RelayState">
			<summary>Specifies the state of a relay.</summary>
		</member>
		<member name="F:Teradyne.eDigital.RelayState.Open">
			<summary>Relay is open.</summary>
		</member>
		<member name="F:Teradyne.eDigital.RelayState.Closed">
			<summary>Relay is closed.</summary>
		</member>
		<member name="T:Teradyne.eDigital.AlarmType">
			<summary>Type of alarm.</summary>
		</member>
		<member name="F:Teradyne.eDigital.AlarmType.ExternalGroundReference">
			<summary>An external ground reference is too far from chassis ground.</summary>
		</member>
		<member name="F:Teradyne.eDigital.AlarmType.OverCurrent">
			<summary>An overcurrent condition was detected on a channel.</summary>
		</member>
		<member name="F:Teradyne.eDigital.AlarmType.OverVoltage">
			<summary>An overvoltage condition was detected on a channel.</summary>
		</member>
		<member name="F:Teradyne.eDigital.AlarmType.OverTemperature">
			<summary>Intake temperature too high.</summary>
		</member>
		<member name="T:Teradyne.eDigital.AlarmSource">
			<summary>Source of alarm.</summary>
		</member>
		<member name="F:Teradyne.eDigital.AlarmSource.Channel">
			<summary>An alarm is being generated by a channel.</summary>
		</member>
		<member name="F:Teradyne.eDigital.AlarmSource.Module">
			<summary>An alarm is being generated by a module.</summary>
		</member>
		<member name="T:Teradyne.eDigital.TestInstruction">
			<summary>Type of test to perform on a dynamic pattern.</summary>
		</member>
		<member name="F:Teradyne.eDigital.TestInstruction.None">
			<summary>No test is to be performed on the pattern.</summary>
		</member>
		<member name="F:Teradyne.eDigital.TestInstruction.PassFail">
			<summary>A pass/fail test is to be performed on the pattern.</summary>
		</member>
		<member name="F:Teradyne.eDigital.TestInstruction.Conditional">
			<summary>A conditional pass/fail test is to be performed on the pattern.  The actual pass/fail result does not affect the overall pass/fail result of the pattern set.</summary>
		</member>
		<member name="T:Teradyne.eDigital.ChannelMode">
			<summary>Operating mode of a channel.</summary>
		</member>
		<member name="F:Teradyne.eDigital.ChannelMode.Static">
			<summary>Channel operation is static.</summary>
		</member>
		<member name="F:Teradyne.eDigital.ChannelMode.Dynamic">
			<summary>Channel operation is dynamic.</summary>
		</member>
		<member name="T:Teradyne.eDigital.DynamicTimeoutBehavior">
			<summary>Behavior of a dynamic channel when a pattern set timeout occurs.</summary>
		</member>
		<member name="F:Teradyne.eDigital.DynamicTimeoutBehavior.Tristate">
			<summary>Dynamic channels are tristated when a timeout occurs.</summary>
		</member>
		<member name="F:Teradyne.eDigital.DynamicTimeoutBehavior.Keep">
			<summary>Dynamic channels are left in their last drive state when a timeout occurs.</summary>
		</member>
		<member name="T:Teradyne.eDigital.Format">
			<summary>Logic level of a dynamic channel after the return edge of the current phase and before the assert of the next phase.</summary>
		</member>
		<member name="F:Teradyne.eDigital.Format.NonReturn">
			<summary>Return to the logic level defined by the drive opcode.  Used for any channel that requires one state change per pattern.</summary>
		</member>
		<member name="F:Teradyne.eDigital.Format.ReturnToZero">
			<summary>Return to zero (low).  Used for clocks or emulating buses that are pulled low.</summary>
		</member>
		<member name="F:Teradyne.eDigital.Format.ReturnToOne">
			<summary>Return to 1 (high).  Used for clocks or emulating buses that are pulled high.</summary>
		</member>
		<member name="F:Teradyne.eDigital.Format.ReturnToOff">
			<summary>Return to off (tristate).  Used for tristated data and buses.</summary>
		</member>
		<member name="T:Teradyne.eDigital.ControlCondition">
			<summary>Pattern control conditions.</summary>
		</member>
		<member name="F:Teradyne.eDigital.ControlCondition.True">
			<summary>Always true.</summary>
		</member>
		<member name="F:Teradyne.eDigital.ControlCondition.False">
			<summary>Never true.</summary>
		</member>
		<member name="F:Teradyne.eDigital.ControlCondition.Pass">
			<summary>True if the most recently captured pattern test result is a pass.</summary>
		</member>
		<member name="F:Teradyne.eDigital.ControlCondition.Fail">
			<summary>True if the most recently captured pattern test result is a fail.</summary>
		</member>
		<member name="F:Teradyne.eDigital.ControlCondition.Trigger0">
			<summary>True if a trigger is received on trigger input 0.</summary>
		</member>
		<member name="F:Teradyne.eDigital.ControlCondition.Trigger">
			<summary>True if a trigger is received on trigger input 0 or 1.</summary>
		</member>
		<member name="F:Teradyne.eDigital.ControlCondition.Trigger1">
			<summary>True if a trigger is received on trigger input 1.</summary>
		</member>
		<member name="F:Teradyne.eDigital.ControlCondition.NoTrigger">
			<summary>True if a trigger has not been received on trigger input 0 or 1.</summary>
		</member>
		<member name="F:Teradyne.eDigital.ControlCondition.NoTrigger0">
			<summary>True if a trigger has not been received on trigger input 0.</summary>
		</member>
		<member name="F:Teradyne.eDigital.ControlCondition.NoTrigger1">
			<summary>True if a trigger has not been received on trigger input 1.</summary>
		</member>
		<member name="F:Teradyne.eDigital.ControlCondition.SoftwareFlagSet">
			<summary>True if the software flag has been set.</summary>
		</member>
		<member name="F:Teradyne.eDigital.ControlCondition.SoftwareFlagCleared">
			<summary>True if the software flag has not been set.</summary>
		</member>
		<member name="T:Teradyne.eDigital.ControlOpcode">
			<summary>Pattern Control opcodes</summary>
		</member>
		<member name="F:Teradyne.eDigital.ControlOpcode.Nop">
			<summary>No branching, execution continues with the next pattern. Count and condition values are ignored.</summary>
		</member>
		<member name="F:Teradyne.eDigital.ControlOpcode.BeginCountedLoop">
			<summary>The start of a counted loop. The count value specifies the iteration count. Condition value is ignored.</summary>
		</member>
		<member name="F:Teradyne.eDigital.ControlOpcode.BeginLoop">
			<summary>The start of an uncounted loop. Count and condition values are ignored.</summary>
		</member>
		<member name="F:Teradyne.eDigital.ControlOpcode.CountedRepeat">
			<summary>A single-pattern counted loop. The repeat exits when the specified condition is true or the count is reached.</summary>
		</member>
		<member name="F:Teradyne.eDigital.ControlOpcode.Repeat">
			<summary>A single-pattern uncounted loop. The repeat exits when the specified condition is true. If no condition is specified, then the repeat iterates indefinitely.  Count value is ignored.</summary>
		</member>
		<member name="F:Teradyne.eDigital.ControlOpcode.EndLoop">
			<summary>The end of loop. The loop exits when the specified condition is true or count specified by the begin loop instruction is reached.</summary>
		</member>
		<member name="F:Teradyne.eDigital.ControlOpcode.Halt">
			<summary>Terminates execution of the dynamic pattern set if the specified condition is true. Count value is ignored.</summary>
		</member>
		<member name="T:Teradyne.eDigital.TriggerLines">
			<summary>Selected trigger lines</summary>
		</member>
		<member name="F:Teradyne.eDigital.TriggerLines.None">
			<summary>No trigger line selected.</summary>
		</member>
		<member name="F:Teradyne.eDigital.TriggerLines.Line0">
			<summary>Line 0 selected.</summary>
		</member>
		<member name="F:Teradyne.eDigital.TriggerLines.Line1">
			<summary>Line 1 selected.</summary>
		</member>
		<member name="F:Teradyne.eDigital.TriggerLines.Both">
			<summary>Both trigger lines selected.</summary>
		</member>
		<member name="T:Teradyne.eDigital.StopConditions">
			<summary>Reasons why a dynamic pattern set stopped.</summary>
		</member>
		<member name="F:Teradyne.eDigital.StopConditions.Halt">
			<summary>The pattern controller stopped on a Halt instruction.</summary>
		</member>
		<member name="F:Teradyne.eDigital.StopConditions.MaxTimeExceeded">
			<summary>Execution stopped when the timeout period of the dynamic pattern set elapsed in hardware.</summary>
		</member>
		<member name="F:Teradyne.eDigital.StopConditions.SoftwareMaxTimeExceeded">
			<summary>Execution stopped when the timeout period of the dynamic pattern set plus a system delay elapsed in software.</summary>
		</member>
		<member name="F:Teradyne.eDigital.StopConditions.None">
			<summary>No reason for stop is set.</summary>
		</member>
		<member name="T:Teradyne.eDigital.DebugSignalSource">
			<summary />
		</member>
		<member name="F:Teradyne.eDigital.DebugSignalSource.None">
			<summary>No Source is associated with the Debug Signal</summary>
		</member>
		<member name="F:Teradyne.eDigital.DebugSignalSource.TestClock">
			<summary>The Source of the Debug Signal is the Test Clock.  A test clock pulse is generated on every pattern.</summary>
		</member>
		<member name="F:Teradyne.eDigital.DebugSignalSource.MasterClock">
			<summary>The Source of the Debug Signal is the instrument's Master Clock.</summary>
		</member>
		<member name="F:Teradyne.eDigital.DebugSignalSource.TestEnvelope">
			<summary>The Source of the Debug Signal is the Test Envelope.  The Test Envelope indicates whether a dynamic pattern set is executing.  When the Source is Test Envelop, the Debug Signal goes high when the first dynamic pattern starts executing and remains high until the last pattern is finished.  The Debug Signal is low before the first dynamic pattern starts executing and after the last pattern is finished.</summary>
		</member>
		<member name="T:Teradyne.eDigital.AlignmentStatus">
			<summary />
		</member>
		<member name="F:Teradyne.eDigital.AlignmentStatus.UnAligned">
			<summary>The instrument is not aligned.</summary>
		</member>
		<member name="F:Teradyne.eDigital.AlignmentStatus.Running">
			<summary>The instrument is being aligned.</summary>
		</member>
		<member name="F:Teradyne.eDigital.AlignmentStatus.Aligned">
			<summary>The instrument is aligned.</summary>
		</member>
		<member name="T:Teradyne.eDigital.ClockReference">
			<summary>Source of the reference clock used for dynamic pattern timing clock period generation.</summary>
		</member>
		<member name="F:Teradyne.eDigital.ClockReference.Internal">
			<summary>Period generation uses the instrument's internal clock.</summary>
		</member>
		<member name="F:Teradyne.eDigital.ClockReference.External">
			<summary>Period generation uses an external clock provided through the instrument's front panel.</summary>
		</member>
		<member name="T:Teradyne.eDigital.ClockEdgeSelect">
			<summary>Trigger edge used by the external reference clock for dynamic timing clock period generation.</summary>
		</member>
		<member name="F:Teradyne.eDigital.ClockEdgeSelect.Rising">
			<summary>The rising edge of the external reference clock is used for dynamic timing clock period generation.</summary>
		</member>
		<member name="F:Teradyne.eDigital.ClockEdgeSelect.Falling">
			<summary>The falling edge of the external reference clock is used for dynamic timing clock period generation.</summary>
		</member>
	</members>
</doc>