ThermoFisher.Foundation.Acquisition

Abstract class for VI extension message body

Message type Id in GUID

Contains acquisition program parameters.

Command line passed to the acquisition service

Initializes a new instance of the AcquisitionParameters.Program class with empty values.

Initializes a new instance of the AcquisitionParameters.Program class with the specified command line and synchronous flag.

The command line for the program to be run. true to wait for program completion before proceeding with acquisition, false to run program simultaneously with acquisition.

Creates a deep clone of the object.

A deep clone of the object.

Gets or sets the command line for the program.

Gets or sets a value that indicates whether the program should be run synchronously with the acquisition.

This value should be true to wait for program completion before proceeding with acquisition, false to run program simultaneously with acquisition.

Sample submitted for acquisition.

This class is sealed because it must be remoted to the acquisition server. If it were not sealed and an instance of a derived class was sent to the server then the assembly containing the derived class would need to be present in the server's directory, which cannot be guaranteed to always be the case. Alternatively, this class could have been derived from MarshalByRefObject, in which case derived classes could be successfully remoted without having the class's assembly in the server's directory. However in this situation if the application submitting the sample were to close down the server would have no way of accessing the sample. This is unacceptable for a stand-alone server.

Initializes a new instance of the AcquisitionSample class with default values.

Initializes a new instance of the AcquisitionSample class as a method to be sent but not run.

The path and file name of the method to be sent to the instrument.

Initializes a new instance of the AcquisitionSample class as a method to be sent and run, but not acquired.

The path and file name of the method to be sent to the instrument. The vial for the injection. The injection volume.

Initializes a new instance of the AcquisitionSample class with values copied from the specified sample.

The sample to copy. This constructor will also copy the specified sample's unique Id.

Creates AcquisitionSample per the specified serialized WCF data contract.

The serialized WCF data contract.

Gets a snapshot of the list of errors for this sample.

string array of errors

Appends an error description to the list of errors for this sample.

The error description.

Gets the WCF data contract representation in xml.

The WCF data contract.

Gets a value indicating whether the sample is specified as requiring a run.

Gets a value indicating whether the sample is specified as having an injection.

Samples that do not require an injection are simply methods that are sent to and run on the instrument.

Gets a value indicating whether the sample is specified as requiring data acquisition.

Samples that require an injection but that do not require data acquisition are simply methods that are sent to and run on the instrument.

Gets or sets a value indicating the sample's acquisition status.

Gets a value indicating whether the sample had an error during acquisition.

Collection of acquisition samples.

See remarks concerning for the reason this class is sealed.

Initializes a new instance of the AcquisitionSampleCollection class with default values.

Initializes a new instance of the AcquisitionSampleCollection class with samples copied from the provided SampleCollection.

The samples to copy into this collection.

Adds the specified acquisition sample to the end of the collection. If an acquisition sample with the same unique Id is already present in the collection, an exception will be thrown.

The acquisition sample to add. Index at which the acquisition sample was added.

Inserts an acquisition sample into the collection at the specified index. If an acquisition sample with the same unique Id is already present in the collection, an exception will be thrown.

The index at which to insert the acquisition sample. The acquisition sample to insert.

Removes the specified acquisition sample from the collection.

The acquisition sample to remove.

Removes the specified acquisition sample from the collection.

The Id of the acquisition sample to remove.

Determines whether an acquisition sample is in the acquisition sample collection

The acquisition sample to locate in the acquisition sample collection. true if the acquisition sample is found, false if not.

Determines whether an acquisition sample is in the acquisition sample collection

The Id of the acquisition sample to locate in the acquisition sample collection. true if the acquisition sample is found, false if not.

Searches for the specified acquisition sample and returns its zero-based index within the acquisition sample collection.

The acquisition sample to locate in the acquisition sample collection. The zero-based index of the acquisition sample in the acquisition sample collection, or -1 if not found.

Searches for the specified acquisition sample and returns its zero-based index within the acquisition sample collection.

The Id of the acquisition sample to locate in the acquisition sample collection. The zero-based index of the acquisition sample in the acquisition sample collection, or -1 if not found.

Checks if the sample is not present.

The acquisition sample.

Implementation of ICloneable.Clone method. Creates a deep copy of the acquisition sample collection with samples cloned from the original collection.

A copy of the acquisition sample collection.

Returns an enumeration for items in a collection.

An enumerator.

Copies the entire list to a compatible one-dimensional array of sample entries, starting at the specified index of the target array.

An array of type to which the sample list entries will be copied. The array must have zero-based indexing. The index in the array at which to begin copying the sample list entries.

Gets the acquisition sample at the specified index. In C#, this is the indexer for the AcquisitionSampleCollection class.

Gets the acquisition sample with the specified unique Id. In C#, this is the indexer for the AcquisitionSampleCollection class.

Holds data which is to be sent to Adapter Monitor

Constructor which initializes all contained fields

Generic numeric parameter (wParam) Error message text Client generic name Client specific name Client id Submission id Flag indicating end of sequence Row Index Sample name Sequence name Raw file name Data processing object

Access generic parameter

Access error message text

Access client generic name

Access client specific name

Access client id

Access submission id

Access flag indicating end of sequence

Access row index

Access sample name

Access sequence name

Access raw file name

Access data processing object

Holds data which is to be sent to Adapter Monitor

Constructor which initializes all contained fields

Flag indicating error came from instrument Generic flags Numeric error code Virtual device id Message type Message id Time of occurrence Message text Message title

Access instrument error flag

Access generic numeric flags

Access numeric error code

Access virtual device id

Access message type

Access message id

Access message type

Access message text

Access message title

Holds data which is to be sent to Adapter Monitor

Constructor which initializes all contained fields

EventType code Client generic name Client specific name Client id Submission id Flag indicating end of sequence Row Index Sample name Sequence name Raw file name Data processing object

Gets or sets the last event id.

The last event id.

Gets or sets the event id.

The event id.

Access client generic name

Access client specific name

Access client id

Access submission id

Access flag indicating end of sequence

Access row index

Access sample name

Access sequence name

Access raw file name

Access event code

Access data processing object

The valid commands which can be issued to Xcalibur AcqServer.

AcqServer sequence row status flags.

Message type in IAcqServerEvents DisplayMessage event.

EventType code in IAcqServerEvents EventType event.

Comments in list are from original Xcalibur source code.

IAcquisitionServer emulation interface. This interface is implemented by the acquisition service to support Xcalibur AcqServer emulation. It is for use only by the AcqServer adapter DLL, which implements the COM side of this emulation.

This interface is designed to be similar to the COM interface implemented by AcqServer, except for being a .NET interface, being strongly typed, and having a few additional methods to support the adapter DLL.

Registers AcqServer monitor with Xcalibur AcqServer emulation.

The monitor to register.

Unregisters AcqServer monitor with Xcalibur AcqServer emulation.

The monitor to unregister.

Checks if AcqServer monitor with given id is registered with Xcalibur AcqServer emulation. Monitor may be unregistered automatically if it does not respond, for instance when COM application hangs.

Id of monitor to check true if AcqServer monitor is registered

Gets new unique client Id.

New client Id

Submits the sequence.

The client id. Name of the client generic. Name of the client specific. Name of the user. Name of the sequence file. The start row number. The stop row number. if set to true [is priority]. if set to true [start when ready]. The startup IM. The shutdown IM. The pre acquisition program. The post acquisition program. if set to true [is synchronously run pre]. if set to true [is synchronously run post]. The device names. The start device. State of the id post sequence operating. The processing data.

Sends the analysis command.

The command.

Changes the devices operating mode.

The mode.

Changes the name of the operating mode by.

The mode. Name of the device.

Changes the type of the operating mode by.

The mode. The type.

Gets the setup struct data.

The setup struct data.

Sets the setup struct data.

The setup struct data.

Gets the device names. Returns list of device descriptions (not names)

The device names.

Gets the device statuses.

The device statuses.

Gets the device info array.

The device info array.

Gets the this device info.

The device info. Short name of the device.

Gets the devices by type. Returns list of device names (not descriptions)

The type. The configured device names.

Gets the status snapshot.

Name of the sequence. The sequence row number. if set to true [is original number]. Name of the instrument method file. Name of the raw file.

Submits the sequence with compliance data.

Submits the sequence with compliance data with final destination folder.

Submits the sequence with final destination folder.

Sets the setup struct data2.

The setup struct data.

Gets the setup databy ID.

The submission ID. The variant setup struct data.

Submits the sequence with P model.

The client id. Name of the client generic. Name of the client specific. Name of the user. Name of the sequence. The start row. The stop row. if set to true [priority]. if set to true [start when ready]. The start up im. The shut down im. The pre acquisition P. The post acquisition P. if set to true [synchronously run pre]. if set to true [synchronously run post]. The device names. The start device. State of the post sequence operating. The processing data. The processing model pg id.

Submits the sequence with P model and compliance data.

Gets the name of the mangled raw file.

The name of the mangled raw file.

Gets the run manager status from COM.

The run manager status from COM.

Gets a value indicating whether this instance is sequence queue paused.

true if this instance is sequence queue paused; otherwise, false.

Gets the next submission id.

The next submission id.

AcqServer monitor interface for event notification from acquisition service to AcqServer adapter DLL. This interface is implemented by the AcqServer adapter DLL to support Xcalibur AcqServer emulation. It is for use only by the AcqServer adapter DLL, which implements the COM side of this emulation.

Displays the message.

The message.

Events the specified message.

The message.

Methods the check fail.

The message.

Gets or sets the id.

The id.

Gets or sets the exit notification path.

The exit notification path.

Provides data for ServiceStateChanged event handler.

ServiceStateEventArgs constructor

The service state event.

Gets service state event value

Provides data for SequenceListChanged, Paused, Resumed event handlers.

InstrumentEventArgs constructor

Name of the instrument.

Gets the instrument name.

Provides data for the SequenceChanged event handler.

SequenceEventArgs constructor

Name of the instrument. The sequence id.

Gets the sequence Id.

Provides data for the RunEventNotify event handler.

RunEventEventArgs constructor

Name of the instrument. The run event.

Gets the run event information.

Provides data for the RunStateChanged event handler.

RunStateEventArgs constructor

Name of the instrument. Info of the run state.

Gets the run state information.

Provides data for events handled by the DeviceStatusChanged delegate.

DeviceStatusEventArgs constructor

Name of the instrument. The device status.

Gets the device status information.

Provides data for events handled by the DeviceEventRaised delegate.

Initializes a new instance of the class.

Name of the instrument. The device event info.

Gets or sets the device event.

The device event.

Monitors acquisition server events.

This class provides a simpler way of connecting to an IAcquisition object to monitor events. Rather than creating a class that implements all methods of IMonitor (and handling all threading issues when working with a remote IAcquisition object), simply create an instance of this class, connect it to the IAcquisition object, optionally set a synchronizing object, and connect event handlers for only the events desired. This class will also automatically disconnect from server when the class instance is destroyed.

Acquisition server instance

Monitor instance

Each monitor session

Flag indicating if TCP port is initialized

List of monitor sessions

TCP channel

Flag to specify if monitor should connect to acquisition service explicitly with localhost However, if Port is already initialized by other monitor, this value has no effect.

Work around for .NET remoting duplicate messages. With this, we compare message instance id

Initializes a new instance of the Monitor class with no server connection.

if set to true [use local host]. However, if Port is already initialized by other monitor, this value has no effect.

Initializes the class.

Initializes a new instance of the Monitor class and connects the the specified acquisition server.

The server with which to connect. true to throw an exception if there is an error connecting, false to ignore the error. if set to true [use local host].However, if Port is already initialized by other monitor, this value has no effect

Initializes a new instance of the Monitor class and connects the the specified acquisition server.

The server with which to connect. true to throw an exception if there is an error connecting, false to ignore the error.

Disconnects from a connected server (if any).

Deprecated call but kept to be backward compatible with existing applications Its initialization is now moved to private level

Initializes the receiver port for receiving server notifications.

Uninitialize the port.

Connects to the specified acquisition server.

The server with which to connect. true to throw an exception if there is an error connecting, false to ignore the error. true if connection is successful, false otherwise.

Disconnects from the acquisition server.

Raises the ConfigurationChanged event.

Raises the SequenceListChanged event.

Raises the SequenceChanged event.

Raises the RunEventNotify event.

Raises the RunStateChanged event.

Called when [device event raised].

Name of the instrument. The device event info.

Thread proc to dispatch the device raised event.

Raises the DeviceStatusChanged event.

Raises the Paused event.

Raises the Resumed event.

Raises the ServiceStateChanged event.

Occurs when the server's instruments have been reloaded.

Occurs when an instrument's sequence list has changed.

Occurs when an instrument's sequence has changed.

Occurs when a run event notification has been received.

Occurs when an instrument's run state has changed.

Occurs when an instrument's device status has changed.

Occurs when an instrument is paused.

Occurs when an instrument has resumed.

Occurs when acquisition service state changes.

Occurs when [device event raised].

Gets a value indicating whether there is a server connection.

Gets or sets the object used to marshal event-handler calls that are issued when an event occurs.

Class for relaying the acquisition service states back the applications

Acquisition server monitor interface.

This is a call-back interface that must be implemented by a client which wants to monitor an acquisition server.

Called when instrument configurations have changed.

Instrument configurations will only change when all instruments are idle.

Called when a sequence has been added to or removed from an instrument queue.

The instrument name.

Called when a sample has been added to or removed from a sequence.

The instrument name. The Id of the sequence that changed.

Called to notify of instrument run events.

The instrument name. The run event information.

Called when the run state of the instrument has changed.

The instrument name. The new run information for the instrument.

Called when an instrument device's status has changed.

The instrument name. The new device status information.

Called when queue processing has been paused on an instrument.

The instrument name.

Called when queue processing has been resumed on an instrument.

The instrument name.

Called when acquisition service's state has changed. For instance when user manually pauses, resumes, or stops the service.

Devices the event raised.

Name of the instrument. The device event info.

Called when instrument configurations have changed.

Instrument configurations will only change when all instruments are idle.

Called when a sequence has been added to or removed from an instrument queue.

The instrument name.

Called when a sample has been added to or removed from a sequence.

The instrument name. The Id of the sequence that changed.

Called to notify of instrument run events.

The instrument name. The run event information.

Called when the run state of the instrument has changed.

The instrument name. The new run information for the instrument.

Called when an instrument device's status has changed.

The instrument name. The new device status information.

Called when queue processing has been paused on an instrument.

The instrument name.

Called when queue processing has been resumed on an instrument.

The instrument name.

Called when acquisition service's state has changed. For instance when user manually pauses, resumes, or stops the service.

Devices the event raised.

Name of the instrument. The device event info.

Obtains a lifetime service object to control the lifetime policy for this instance.

The value null to force an indefinite object lifetime.

Contains user-specified acquisition parameters for acquiring a sequence or sample.

See remarks concerning AcquisitionSample for the reason this class is sealed.

User-provided name of user submitting sequence (not required to be Windows log on name)

List of devices to use (device names, not device descriptions)

Index of the start device from the device array

Autosampler tray name

Post-run operating mode

Pre-acquisition program

Post-acquisition programs

Bar code mismatch action

Full file path of original sequence file associated with this sequence

Full file path of temporary working sequence file

folder where raw files should be copied after acquisition

Initializes a new instance of the AcquisitionParameters class with the specified values. This version of the constructor can be used when the sequence only sends methods to the instrument, and does not run any injections or acquire data.

Initializes a new instance of the AcquisitionParameters class with the specified values. This version of the constructor can be used when the sequence will perform acquisitions, but does not have any pre- or post-acquisition programs to run.

The name of the user submitting the sequence. true to start the acquisition when all devices are ready, false to wait for the Start-Run command. The operating mode each device should be put in after the sequence is complete. The list of devices to use for the acquisition. The index of the start device in the device list. The autosampler tray name. Labels for each sample's user text. This argument can be null, or an array of size AcquisitionSample.UserTextColumnCount

Initializes a new instance of the AcquisitionParameters class with the specified values.

Creates a deep clone of the object.

A deep clone of the object.

Gets or sets the (user-provided) user name of the user submitting the sequence.

This does not necessarily need to be the same as the Windows log on name of the user.

Gets or sets the device list to be used for the sequence.

Gets or sets the index of the start device in the device list, or -1 for no start device.

Gets the name of the start device, or null if there is no start device.

Gets or sets the autosampler tray name.

Gets or sets the post-run operating mode.

Gets or sets a value indicating whether the acquisition should automatically start when all devices are ready.

Gets or sets the pre-acquisition program.

Gets or sets the post-acquisition program.

Gets or sets the bar code error action.

Gets the list of user labels. Size is from IO specification of XCalibur files.

Gets or sets the full file path of original sequence file associated with the sequence.

Gets or sets the path where data files should be copied after they are acquired

Flag indicating presence of final destination folder option

Static class for getting a reference to an acquisition server.

The acquisition service application name.

The acquisition server URI.

The default TCP port number for communicating with the acquisition server.

Gets a reference to the acquisition server on the local computer using the default TCP/IP port.

A reference to the server interface.

Gets a reference to an acquisition server on the specified computer using the default TCP/IP port.

The computer name. If the name is an empty string or null then the local computer will be used. A reference to the server interface.

Gets a reference to an acquisition server on the specified computer using the specified TCP/IP port.

The computer name. If the name is an empty string or null then the local computer will be used. The TCP/IP port number. A reference to the server interface.

Cleans up a communication channel, which was previously used to get acquisition object on the specified computer name and default TCP/IP port.

The computer name. If the name is an empty string or null then the local computer will be used.

Cleans up a communication channel, which was previously used to get acquisition object on the specified computer name and TCP/IP port.

The computer name. If the name is an empty string or null then the local computer will be used. The TCP/IP port number.

Constructs the name of the channel.

Name of the computer. The port number.

Validates the name of the computer.

Name of the computer.

AcquisitionService Request Client Base

WCF interface exposed from the data acquisition service for devices

Requests the specified request message.

Name of the device. The request message.

Pings this instance.

Response address

Initializes a new instance of the class.

The response address.

Initializes a new instance of the class.

The response address. Name of the endpoint.

Initializes a new instance of the class.

The response address. Name of the endpoint. The remote address.

Initializes a new instance of the class.

The response address. Name of the endpoint. The remote address.

Initializes a new instance of the class.

The response address. The binding. The remote address.

Requests the specified request message.

Name of the device. The request message.

Pings this instance.

Acquisition Service Request Service

NetMsmqBinding Helper

Creates the directory.

The directory.

Gets the remote server URI string.

The ip address. The private queue.

Gets the device user control remote server URI string.

The ip address.

Gets the data acquisition remote server URI string.

The ip address.

Gets the default binding.

Gets the default device user control client storage.

Gets the default device user control server storage.

Gets the data acquisition system identifier.

Gets the name of the device user control server private queue name string.

The name of the device user control server private queue name string.

Gets the device user control server local URI.

Gets the device user control server local URI string.

Gets the name of the data acquisition server private queue name string.

The name of the data acquisition server private queue name string.

Gets the data acquisition server local URI.

Gets the data acquisition server local URI string.

Gets the name of the acquisition service private queue name string.

The name of the acquisition service private queue name string.

Gets the acquisition service WCF contract local URI.

The acquisition service WCF contract local URI.

Gets the acquisition service WCF contract local URI string.

The acquisition service WCF contract local URI string.

Ping interval of Callback

Callback addresses

Flag to en/disable callback ping loop

Thread info for confirmation notification

Thread for pinging the callbacks

Initializes a new instance of the class.

Finalizes an instance of the class.

Pings the callback.

Simulate thread sleep but with 10 ms response sensitivity

The sleep time.

Called when [acquisition service response received]. NOTE: not used in 3.1

The sender. The instance containing the event data.

Dispatches the response.

The request.

Pings this instance.

Requests the specified device name.

Name of the device. The request message.

Runs the request confirmation thread proc.

Releases unmanaged and - optionally - managed resources.

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

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

Gets or sets the requests to acquisition service.

The requests to acquisition service.

Gets or sets the responses to devices.

The responses to devices.

Callback Parameters

Initializes a new instance of the class.

Name of the device. The end point address. The exception.

Initializes a new instance of the class.

Name of the device. The end point address. The request id. The message. The exception.

Gets or sets the name of the device.

The name of the device.

Gets or sets the end point address.

The end point address.

Gets or sets the request id.

The request id.

Gets or sets the exception.

The exception.

Gets or sets the message.

The message.

AcquisitionServiceRequestServiceProxy

Watch dog timer for pinging

Timer is in middle of processing information

Timer for pinging

Initializes a new instance of the class.

The response address.

Initializes a new instance of the class.

The response address. Name of the endpoint.

Initializes a new instance of the class.

The response address. Name of the endpoint. The remote address.

Initializes a new instance of the class.

The response address. Name of the endpoint. The remote address.

Initializes a new instance of the class.

The response address. The binding. The remote address.

Requests the specified device name.

Name of the device. The request message. if set to true [require response].

Initializes the timer.

Processes the session tick.

The sender. The instance containing the event data.

Generates the request id.

Acquisition Service Response Service

WCF interface exposed from the acquisition service callback

Called when [event].

Name of the device. The message.

Called when [request confirmed].

The request id. The vi extension message. The error.

Called when [response received].

Name of the device. The request id. The message.

Called when [pinged].

Name of the device.

Called when [event].

Name of the device. The message.

Called when [request confirmed].

The request id. The vi extension message. The error.

Called when [response received].

Name of the device. The request id. The message.

Called when [pinged].

Name of the device.

Called when [event thread].

For transfer. Bad data object transferred.

Occurs when [request confirmed].

Occurs when [request error].

Occurs when [event raised].

Occurs when [response raised].

Transfers info into the thread sending out the rest of the event

Initializes a new instance of the class.

Name of the device. The message.

Gets or sets the name of the device.

The name of the device.

Gets or sets the message.

The message.

The base class of the auto sampler accessor service

Gets the URI.

The URI.

Gets the name of the pipe.

The name of the pipe.

Client layer to AutoSampler accessor service

Initializes a new instance of the class.

Determines whether [has auto sampler].

true if [has auto sampler]; otherwise, false.

Gets the name of the auto sampler device.

Determines whether [has tray dialog].

true if [has tray dialog]; otherwise, false.

Gets the auto sampler tray names.

Gets the injection volume limits.

Gets the name of the auto sampler default tray.

Gets the injection volume default.

Gets the next auto sampler vial.

The current vial. Name of the tray.

Validates the vial.

The vial. Name of the tray. if set to true [is in acquisition].

Validates the injection volume.

The injection volume. Name of the instrument method file.

Closes the proxy.

Gets the proxy.

The proxy.

this class wraps the client access to the IAutoSamplerAccessor contract and adds additional ping to prevent channel timeout. Client is expected to use a subclass or aggregated class so this class is declared as internal

This interface (IAutoSamplerAccessor) is exposed by the AutoSamplerAccessor service to connect to the acquisition service autosampler info

Determines whether [has auto sampler].

true if [has auto sampler]; otherwise, false.

Gets the name of the auto sampler device.

Determines whether [has tray dialog].

true if [has tray dialog]; otherwise, false.

Gets the name of the auto sampler default tray.

Gets the injection volume default.

Gets the next auto sampler vial.

The current vial. Name of the tray.

Gets the injection volume limits.

Validates the vial.

The vial. Name of the tray. if set to true [is in acquisition].

Validates the injection volume.

The injection volume. Name of the instrument method file.

Gets the auto sampler tray names.

Determines whether [is still alive].

true if [is still alive]; otherwise, false.

Initializes a new instance of the class.

Determines whether [has auto sampler].

true if [has auto sampler]; otherwise, false.

Gets the name of the auto sampler device.

Determines whether [has tray dialog].

true if [has tray dialog]; otherwise, false.

Gets the auto sampler tray names.

Gets the injection volume limits.

Gets the name of the auto sampler default tray.

Gets the injection volume default.

Gets the next auto sampler vial.

The current vial. Name of the tray.

Validates the vial.

The vial. Name of the tray. if set to true [is in acquisition].

Validates the injection volume.

The injection volume. Name of the instrument method file.

Determines whether [is still alive].

true if [is still alive]; otherwise, false.

Initializes the timer.

Processes the session tick.

The sender. The instance containing the event data.

Gets the URI.

The URI.

The Auto Sampler fault contract

Runtime error format

Initializes a new instance of the class.

The error code. The message. The details.

Constructs AutoSamplerFault.

The error category. The error.

Formats the error details.

The error.

Gets or sets the error code.

The error code.

Gets or sets the message.

The message.

Gets or sets the details.

The details.

Provides a description for an enumerated type.

Initializes a new instance of the class.

The description to store in this attribute.

Gets the of an type value.

The type value. A string containing the text of the .

Gets the description stored in this attribute.

The description stored in the attribute.

AutoSampler accessor error category

Exception upon AutosamplerAccessorService Construction

Exception upon inquiry on existence of an autosampler

Exception upon inquiry on existence of an autosampler tray dialog

Exception upon getting autosampler default tray name

Exception upon getting autopsampler default injection volume

Exception upon getting next autosampler vial

Exception upon getting autosampler volume limits

Exception upon validating autosampler vial

Exception upon getting autosampler tray names list

Exception upon getting autosampler trays information

Exception upon validating autosampler injection volume

Exception upon AutosamplerAccessorService IsStillAlive

Auto sampler tray information

Initializes a new instance of the class.

Name of the tray. The size.

Gets or sets the name of the tray.

The name of the tray.

Gets or sets the size.

The size.

Contains information needed for CFR 21, Part 11 audit logging See comments concerning for the reason this class is sealed.

Initializes a new instance of the CfrAuditData class with the specified log on, full name, workstation name, client application name, dataset name, comment, and local compliance database filename

log on name of person who performed the action which is to be logged in CFR database full name of person who performed the action which is to be logged in CFR database workstation name of person who performed the action which is to be logged in CFR database client application of person who performed the action which is to be logged in CFR database dataset name in CRF database where data should be logged; this field may be empty comment to be logged to CRF database; this field may be empty Optional path to local audit database; certain audit records, such as extended instrument errors, will be logged in local audit database if such is provided

Initializes a new instance of the CfrAuditData class with the specified log on, full name, workstation name, client application name, dataset name, and comment

Creates the specified serialized WCF data contract.

The serialized WCF data contract.

Creates a deep clone of the CFR audit data.

The deep clone of the CFR audit data.

Gets the WCF data contract representation in xml.

The WCF data contract.

Gets the log on name of the CRF audit data

Gets the full name of the CRF audit data

Gets the workstation name of the CRF audit data

Gets the client application name of the CRF audit data

Gets the dataset name of the CRF audit data

Gets the comment of the CRF audit data

Path to local audit database filename

Client request

Initializes a new instance of the class.

The client id. The receivers. The receiver ids. The request message.

Initializes a new instance of the class.

The client id. The receiver types. The request message.

Initializes a new instance of the class.

The client id. The request id. The receiver types. The receiver ids. The request message.

Gets or sets the client id.

The client id.

Gets or sets the request id.

The request id.

Gets or sets the originator.

The originator.

Gets or sets the receiver types.

The receivers.

Gets or sets the receiver ids. Expects to use this for filtering or establishing client/server linkage

The receiver ids.

Gets or sets the request message.

The request message.

VIExtension XML version of CfrAuditData

Message type Id in GUID

Initializes a new instance of the class.

Initializes the class.

Creates the specified date time.

The date time. Type of the originator. The vi extension CFR audit data.

Creates the specified vi extension message.

The vi extension message.

Gets the log on name of the CRF audit data

Gets the full name of the CRF audit data

Gets the workstation name of the CRF audit data

Gets the client application name of the CRF audit data

Gets the dataset name of the CRF audit data

Gets the comment of the CRF audit data

Path to local audit database filename

Gets the type of the message.

The type of the message.

DataContract for DeviceStatusInfo

Message type Id in GUID

Initializes the class.

Creates the specified date time.

The date time. Type of the originator. The vi extension device status info.

Creates the specified vi extension message.

The vi extension message.

Creates the specified serialized WCF data contract.

The serialized WCF data contract.

Gets or sets the name.

The name.

Gets or sets the type of the device.

The type of the device.

Gets or sets the description.

The description.

Gets the device status.

Gets a value that specifies if the device is in an error state.

An error states are DeviceStatus.NotConnected, DeviceStatus.Error, or DeviceStatus.ServerFailed.

Returns true if device is no longer communicating or is experiencing internal software problems

Gets the type of the message.

The type of the message.

Helper class for data contract serialization with JSON

Serializes the specified data contract.

The input object.

Froms the json.

The json data contract.

DataContract version of RunStateInfo

Message type Id in GUID

Initializes the class.

Creates the specified date time.

The date time. Type of the originator. The vi extension run state info.

Creates the specified vi extension message.

The vi extension message.

Gets the sequence Id.

Gets the sample Id.

Gets the run state.

Gets the alternative text representation of run state.

Gets the type of the message.

The type of the message.

Helper class for data contract serialization

Serializes the specified data contract.

The input object.

Deserializes the specified data contract in XML form.

The data contract in XML.

Provides device status information. Similar to DeviceStatusInfo, but not tied to registry, so it can be used in remote senario

Initializes a new instance of the class.

The name. Type of the device. The description. The status. if set to true [is error]. if set to true [is detached].

Gets or sets the name.

The name.

Gets or sets the type of the device.

The type of the device.

Gets or sets the description.

The description.

Gets the device status.

Gets a value that specifies if the device is in an error state.

An error states are DeviceStatus.NotConnected, DeviceStatus.Error, or DeviceStatus.ServerFailed.

Returns true if device is no longer communicating or is experiencing internal software problems

Template to handle paramerized event

The type of the 1. The t1.

Template to handle paramerized event

The type of the 1. The type of the 2. The t1. The t2.

Template to handle paramerized event

The type of the 1. The type of the 2. The type of the 3. The t1. The t2. The t3.

Template to handle paramerized event

The type of the 1. The type of the 2. The type of the 3. The type of the 4. The t1. The t2. The t3. The t4.

Template to handle paramerized event

The type of the 1. The type of the 2. The type of the 3. The type of the 4. The type of the 5. The t1. The t2. The t3. The t4. The t5.

Template to handle paramerized event

The type of the 1. The type of the 2. The type of the 3. The type of the 4. The type of the 5. The type of the 6. The t1. The t2. The t3. The t4. The t5. The t6.

Template to handle paramerized event

The type of the 1. The type of the 2. The type of the 3. The type of the 4. The type of the 5. The type of the 6. The type of the 7. The t1. The t2. The t3. The t4. The t5. The t6. The t7.

Named Pipe Binding Helper

Gets the default binding.

Initializes a new instance of the class.

The response address. The method id.

Initializes a new instance of the class.

The response context.

Initializes a new instance of the class.

The response address.

Initializes a new instance of the class.

The response address. The method id. The fault address.

Gets or sets the current.

The current.

Initializes a new instance of the class.

The binding.

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

Session user impersonation helper. To use this object successfully, the calling application must be running within the context of the LocalSystem account and have the SE_TCB_NAME privilege.

Impersonates as session user.

Undo the impersonation

Session user

Previous context

Gets the current user token.

The STANDARD RIGHTS REQUIRED.

The TOKEN_ASSIGN_PRIMARY

The TOKEN_DUPLICATE

The TOKEN_IMPERSONATE

The TOKEN_QUERY

The TOKEN_QUERY_SOURCE

The TOKEN_ADJUST_PRIVILEGES

The TOKEN_ADJUST_GROUPS

The TOKEN_ADJUST_DEFAULT

The TOKEN_ADJUST_SESSIONID

The TOKEN_ALL_ACCESS

WTS query user token.

The session id. The token handle.

Duplicates the token.

The existing token. The desired access. The token attributes. The impersonation level. Type of the token. The new token.

WTSs the enumerate sessions.

The h server. The reserved. The version. The pp session info. The p count.

WTS free memory.

The memory.

Gets the name of the current user.

The name of the current user.

Security Impersonation Level

The security anonymous.

The security identification.

The security impersonation.

The security delegation.

The Token Type

The token primary.

The token impersonation.

The WTS Connect State Class.

The wts active.

The wts connected.

The wts connect query.

The wts shadow.

The wts disconnected.

The wts idle.

The wts listen.

The wts reset.

The wts down.

The wts init.

Session Id

Pointer to Station Name

State

The severity level of message logging to the platform enterprise service

System messages, always sent

No severity

Fatal

Error

Warning

Info only

Helper class for device user control container mechanism

Creates the deterministic GUID.

The source. Guid

Gets the MD5 hash.

The ASCII string. string

Gets MD5 hash.

The stream.

Gets the running application instances.

int

Gets the local PC processor ids, And, return the first processor Id found

Gets the process identity.

Gets the ip address on this machine.

Contains information about the device event.

Base class for classes that contain information about an acquisition run.

Initializes a new instance of the RunInfo class with blank sequence and sample IDs.

Initializes a new instance of the RunInfo class with the specified sequence and sample IDs.

The sequence Id. The sample Id.

Gets the sequence Id.

Gets the sample Id.

Initializes a new instance of the class.

The time stamp. The instance id. Type of the originator. Type of the message. The message body.

Initializes a new instance of the class.

The time stamp. The instance id. Type of the originator. Type of the message. The sequence id. The sample id. The message body.

Gets or sets the time stamp.

The time stamp.

Gets or sets the instance id.

The instance id.

Gets or sets the type of the originator.

The type of the originator.

Gets or sets the type of the message.

The type of the message.

Gets or sets the message body.

The message body.

Gets or sets a value indicating whether this instance is during run.

true if this instance is during run; otherwise, false.

Provides device status information.

Initializes a new instance of the DeviceStatusInfo class with the specified device and status.

The DeviceInfo object for the device. The device's status.

Gets the WCF data contract representation in xml.

The WCF data contract.

Gets the device status.

Gets a value that specifies if the device is in an error state.

An error states are DeviceStatus.NotConnected, DeviceStatus.Error, or DeviceStatus.ServerFailed.

Returns true if device is no longer communicating or is experiencing internal software problems

DIC message body

Initializes a new instance of the class.

The id.

Gets or sets the ID.

The ID.

Gets or sets the type.

The type.

Gets or sets the status.

The status.

Gets or sets the timeout.

The timeout.

Gets or sets the reason.

The reason.

DIC Client for .NET App

MSMQ Name

DIC Server service name

Format for device queue name

DIC server queue

MSMQ queue object

Flag to indicate subscription

Map from connection Id to DICClient object

temp holder for connection Id to event upon registration

Initializes the class.

Initializes a new instance of the class. Set to private to enforce static call

Releases unmanaged resources and performs other cleanup operations before the is reclaimed by garbage collection.

Object dispose

Ends the receive.

Object dispose

Specifies dispose switch Object dispose

Gets the name of the device queue.

Name of the device.

Subscribes the specified queue name.

Name of the queue. The callback. The connection Id

Called to unsubscribe to a local private queue previously established.

Specify the connection id. if set to true [also remove queue]. Called to unsubscribe to a local private queue previously established.

Subscribes the specified queue name.

Name of the queue. The callback.

Registers the specified queue name. Queue is created if it doesn't already exist

Name of the queue. The callback. The connection session Id. Invalid if value is empty

Sends the DIC message.

The connection id. The user assigned message id. If the value is Guid.Empty, the call assigns a message id Name of the target queue. The topic. The type. The status. The timeout. The reason. Assigned message id, or caller specified message id

Sends the request message.

The connection id. Name of the target queue. The message body. The sent message Id. Invalid if value is empty

Responds to request message.

The connection id. The original request message id. Name of the target queue. The message body.

Sends the message.

The connection id. The message id. Name of the target queue. The topic. The type. The status. The timeout. The reason. The caller assigned message id or auto-generated message Id

Determines whether [is service installed and running] [the specified service name].

Name of the service. true if [is service installed and running] [the specified service name]; otherwise, false.

Called when [MSG arrived].

The source. The instance containing the event data.

Called when [register acknowledged].

The connection id. if set to true [is success].

Posts the specified message id.

The message id. The message body.

Specifies DIC message event

Gets or sets the name of the queue.

The name of the queue.

Gets or sets the connection id.

The connection id.

Gets the acquisition service DIC queue name.

The acquisition service dic queue.

Specifies delegate for DIC message event

Specifies source object Specifies messageEventArgs event Specifies delegate for DIC message event

Provides event xml message is received.

Initializes a new instance of the class.

Name of the source queue. The message id. The message body. The type. The status. The time out. The reason.

Initializes a new instance of the class.

Name of the source queue. The message id. The message body.

client message to be serialized

Message Id

Message source queue name

Message type

Message timeout

Message reason

DIC message header

Initializes a new instance of the class.

From. To. The topic.

Gets or sets from.

From.

Gets or sets to.

To.

Gets or sets the topic.

The topic.

DIC message root

Initializes a new instance of the class.

Name of the sender queue. Name of the receiver queue. The id. The topic.

Creates the registration XML.

Name of the queue. if set to true [is registering].

Gets or sets the header.

The header.

Gets or sets the body.

The body.

DIC message topic

Initializes a new instance of the class.

The topic.

Gets or sets the version.

The version.

Gets or sets the text.

The text.

Specifies the possible states for an acquisition that is running.

Stopped.

Error.

Loading device controllers.

Initializing devices.

Waiting for device initialization.

Waiting for all devices to be in ready state.

Ready.

Reading bar code.

Waiting for device to send bar code.

Waiting for user to resolve bar code error.

Sending instrument method.

Waiting for instrument method ready.

Starting pre-acquisition program.

Waiting for pre-acquisition program completion.

Waiting to start slave devices.

Waiting to start master device.

Waiting for contact closure.

Acquiring.

Waiting for instrument method-only run to complete.

Starting post-acquisition program.

Waiting for post-acquisition program completion.

Waiting for post-run completion.

Aborting run.

Specifies events and errors that can occur during an acquisition run.

Sequence has started.

Sequence has completed.

Sample acquisition handling has started.

Sample data file has been created.

Sample acquisition has completed.

Invalid device in device list.

Device error occurred.

Bar code mismatch or error.

Instrument method validation failed.

Instrument method validation succeeded.

Invalid vial or tray.

Invalid injection volume.

Data file creation failed.

Instrument method download failed.

Pre-acquisition program run failed.

Post-acquisition program run failed.

Instrument method could not be stored in rawfile.

Changing device operating mode failed.

Device initialize command failed.

Rawfiles have been moved to destination folder after sequence completed.

Rawfiles have been moved to destination folder after aquisition was paused.

Disk space is running low.

Instrument initiated a message.

Instrument failed start run command.

Instrument failed stop run command.

Device has been detached because it stopped communicating, or experienced internal software problems

Missing the instrument method in the submitted sequence

Some rawfiles were not moved to destination folder after sequence being completed due to network disconnection or others.

Specifies possible states that a device can report as being in.

Initializing.

Ready to download.

Downloading.

Preparing for run.

Ready for run.

Waiting for contact closure.

Running.

Post-run.

Error.

Busy.

Not connnected.

Standby.

Off.

Server failed.

Lamp warmup.

Not ready.

Direct control.

Specifies possible operating modes for a device.

Unknown device operating mode

On.

Off.

Standby.

Specifies actions to take when a provided sample bar code does not match the one read from the instrument.

Continue with acquisition.

Skip this sample.

Wait for user intervention.

Specifies a sequence bracket type.

Unspecified.

Overlapped.

None.

Non-overlapped.

Open.

Specifies sample status.

Unknown sample status.

Pending acquisition.

Acquiring data.

Acquisition is complete.

Specifies sequence status.

Unknown status, or no such sequence.

Pending in queue.

Acquiring sample from this sequence.

All sample in sequence acquired.

Specifies changes in acquisition service state.

Default value. This value will never actually be set to monitors, because monitors cannot connect to acquisition service before it starts running.

Service has been paused. All service operations have been suspended.

Service has been resumed. All service operations have resumed.

Service has been stopped. This is the last notification sent before service stops and closes all connections.

Specifies acquisition service operation mode.

Service has stopped.

Service is running normally but with no client attached or sequence queued.

Service is running normally with queued sequences.

Service has clients attached.

Service hangs or is in unknown mode

Service has paused.

Specifies acquisition service operation request.

Acknowledge the request is processed.

Stop acquisition service.

Start acquisition service.

Specifies possible operating modes for a multiplexing device channel.

Unknown device operating mode

On.

Off.

Standby.

Specifies device event

Generic xml event

VI Extension Message exchange type

Request

Response

Event

Other

Acquisition server interface.

Gets an array containing the names of the instruments being controlled by the server.

string array of instrument names

Registers a server monitor on the server.

The server monitor to register.

Removes a server monitor from the list of registered monitors.

The server monitor to remove.

Instructs the server to reload all instruments. Typically called when an instrument configuration has changed.

The instruments will be reloaded only when all instruments are idle.

Gets the instrument information for an instrument.

The instrument name. If the instrument name is null or an empty string, the default instrument will be used. The instrument information.

Gets the queue of active and pending sequences for an instrument.

The instrument name. If the instrument name is null or an empty string, the default instrument will be used. A list of sequence IDs for the instrument. Completed sequences will not be included in this list, but completed sequences can still be retrieved with the GetSequence() method.

Gets the sequence status for a specified sequence.

The instrument name. If the instrument name is null or an empty string, the default instrument will be used. The sequence Id. sequence status

Gets a copy of a sequence that was submitted to an instrument's queue.

The instrument name. If the instrument name is null or an empty string, the default instrument will be used. The sequence Id. A copy of the sequence, or null if the requested sequence is not found. Completed sequences can still be retrieved by calling this method.

Gets a copy of a sample that is in the specified sequence in an instrument's queue.

The instrument name. If the instrument name is null or an empty string, the default instrument will be used. The sequence Id. The sample Id. A copy of the sample, or null if the requested sample is not found.

Gets the run state information for an instrument.

The instrument name. If the instrument name is null or an empty string, the default instrument will be used. The run state information.

Gets the device status for all devices of the specified instrument.

The instrument name. If the instrument name is null or an empty string, the default instrument will be used. An array of device status information.

Sets the operating mode of devices for the specified instrument.

The instrument name. If the instrument name is null or an empty string, the default instrument will be used. The device operating mode to set.

Sets the operating mode of devices of the specified type for the specified instrument.

The instrument name. If the instrument name is null or an empty string, the default instrument will be used. The device type of the devices to set. The device operating mode to set.

Sets the operating mode of the specified device for the specified instrument.

The instrument name. If the instrument name is null or an empty string, the default instrument will be used. The device name of the device to set. The device operating mode to set.

Gets a value that indicates whether the specified instrument is currently paused.

The instrument name. If the instrument name is null or an empty string, the default instrument will be used. true if the instrument is paused, false if not.

Instructs the specified instrument to pause its operations.

The instrument name. If the instrument name is null or an empty string, the default instrument will be used.

Instructs the specified instrument to resume its operations.

The instrument name. If the instrument name is null or an empty string, the default instrument will be used.

Instructs the specified instrument to start the acquisition run.

The instrument name. If the instrument name is null or an empty string, the default instrument will be used. true if successful, false if not. This command must be called for any sequence which does not have its StartWhenReady property set to true.

Stops the current acquisition on the specified instrument.

The instrument name. If the instrument name is null or an empty string, the default instrument will be used. true if successful, false if not.

Submits a sequence to the specified instrument's queue. Sequences submitted to an instrument must have unique sequence IDs. Submitting a sequence with an Id that is identical to a previously submitted sequence will result in a submission failure.

The instrument name. If the instrument name is null or an empty string, the default instrument will be used. The sequence being submitted. true to add the sequence to the beginning of the queue, false to add it to the end of the queue. If false, all users will be allowed to modify the sequence after it is queued. The of the user submitting this sequence. This data will be logged for CFR 21, part 11 compliance. If auditdata is null no data will be logged in the CFR database true if successful, false if not.

The instrument name. If the instrument name is null or an empty string, the default instrument will be used. The sequence being submitted. true to add the sequence to the beginning of the queue, false to add it to the end of the queue. If false, all users will be allowed to modify the sequence after it is queued. The of the user submitting this sequence. This data will be logged for CFR 21, part 11 compliance. If auditData is null no data will be logged in the CFR database The acquisition extension to use for this sequence. true if successful, false if not.

Removes the specified sequence from an instrument's queue.

The instrument name. If the instrument name is null or an empty string, the default instrument will be used. The sequence Id of the sequence to remove. true if successful, false if not. If the sequence has already started, this will also abort the sequence.

Inserts a sample into the sequence for the specified instrument. Samples added to a sequence must have unique IDs. Adding a sample to a sequence that has an identical Id to a sample already in the sequence will fail.

The instrument name. If the instrument name is null or an empty string, the default instrument will be used. The sequence Id. The index in the sequence at which to insert the sample. The sample to insert. true if successful, false if not. The user log on must match the user log on of the user originally submitting the sequence if enforceUser was set to true when sequence was submitted. If it does not match, the sample will not be inserted.

Removes a sample from the sequence of the specified instrument.

The instrument name. If the instrument name is null or an empty string, the default instrument will be used. The sequence Id. The sample Id of the acquisitionSample to remove. true if successful, false if not.

Removes a set of samples with specified IDs from the sequence of the specified instrument.

The instrument name. If the instrument name is null or an empty string, the default instrument will be used. The sequence Id. Array of sample Ids whose samples are to be removed. true if successful, false if not.

ExecuteRegAppID

The AppId.

Add assembly resolve paths

Search paths.

Remove assembly resolve paths

Search paths.

Requests to the specified receivers.

The message.

Gets the name of the acquisition server

Gets the name of the default instrument.

Acquisition extension interface. These methods are called during the processing of sequences and samples by the acquisition server. The methods of this extension are called before the equivalent run event notifications are sent to acquisition monitors, and the acquisition server will not proceed until the extension method call returns. If the extension requires more advanced acquisition monitoring than is provided by this interface, then an acquisition monitor should be attached to the acquisition server during the extension's initialization.

If a class implementing this interface also implements the IDisposable interface, then the IDisposable.Dispose() method will also be called after the sequence is finally removed from the queue.

Called when a sequence containing the extension is received by the acquisition server.

The user Windows Identity. The acquisition server. This method is called before the sequence has been submitted to the queue by the acquisition server.

Called when a sequence has been successfully added to the queue.

The instrument containing the sequence. The sequence Id of the queued sequence.

Called when a sequence is started.

The instrument containing the sequence. The sequence Id of the started sequence.

Called when a sequence is completed.

The instrument containing the sequence. The sequence Id of the completed sequence. If a monitor was registered during the Initialize() method, this would be an appropriate place to unregister it.

Called when a sample is started.

The instrument containing the sequence. The sequence Id of the sequence containing the sample. The sample Id of the started sample.

Called when a sample's data file has been created.

The instrument containing the sequence. The sequence Id of the sequence containing the sample. The sample Id of the sample.

Called when a sample has completed.

The instrument containing the sequence. The sequence Id of the sequence containing the sample. The sample Id of the completed sample.

Get or set custom defined Run state value set to null, if not applicable

Contains information coming directly from instrument. It is used to encapsulate message which instrument wants to send to applications.

InstrumentMessage constructor

True if instrument reported an error numeric error code message text numeric flags sequence number numeric message time

True if instrument reports an error through a message

Gets the error code

Gets the message text

Gets the flags

Gets the sequence number

Gets the message time

Auto sampler tray information

Initializes a new instance of the class.

The lower limit. The upper limit.

Gets or sets the lower limit.

The lower limit.

Gets or sets the upper limit.

The upper limit.

Peer type used to identify category of participant in communication

Initializes a new instance of the class.

Determines whether [is valid friendly name] [the specified peer type].

Type of the peer. true if [is valid friendly name] [the specified peer type]; otherwise, false.

Determines whether [is valid string representation of default type] [the specified peer type in GUID].

The peer type in GUID. true if [is valid string representation of default type] [the specified peer type in GUID]; otherwise, false.

Initializes a new instance of the class.

The entity id.

Initializes a new instance of the class. if typeInGuid doesn't not equal to any of the defined type, a entity PeerType is created with the entity id, equal to typeInGuid

The type in GUID.

Implements the operator ==.

The x. The y. The result of the operator.

Implements the operator !=.

The x. The y. The result of the operator.

Serves as a hash function for a particular type.

A hash code for the current .

Determines whether the specified is equal to the current .

The to compare with the current . true if the specified is equal to the current ; otherwise, false. The parameter is null.

Converts the specified friendly names to PeerTypes.

The friendly names.

Converts from string representations.

The peer types in GUID.

Gets the peer type from friendly name.

Name of the friendly.

Gets the peer type.

The peer type in GUID.

Contains any device.

The peer types.

Initializes the class.

Determines whether [is valid GUID] [the specified GUID string].

The GUID string. true if [is valid GUID] [the specified GUID string]; otherwise, false.

internal Guid value

entity type unique id

Default Peer Type Names Device types MUST be defined before AllDevicesDef

Default Peer Names In Guid

Default type map

Default Device types

Gets the string representation.

Gets the name of the friendly.

The name of the friendly.

Gets a value indicating whether this instance is entity.

true if this instance is entity; otherwise, false.

Gets the entity id.

Mass spectrometer device.

Liquid chromatograph device.

Gas chromatograph device.

Autosampler device.

DetectorDevice device.

Other device.

All configured devices

Application

All, including applications and configured devices

Acquisition service

Gets the controls container.

The controls container.

Gets the platform enterprise service.

The platform enterprise service.

Gets the type of the custom.

The type of the custom.

Gets the entity.

Peer type not defined

The type of the custom.

Peer type acquisition service WCF interface.

The type of acquisition service WCF interface.

A strongly-typed resource class, for looking up localized strings, etc.

Returns the cached ResourceManager instance used by this class.

Overrides the current thread's CurrentUICulture property for all resource lookups using this strongly typed resource class.

Looks up a localized string similar to Incorrect number of user labels.

Looks up a localized string similar to Sample already present in collection.

NetMsmq Service Helper

Verifies the queue. Do not call this if no configuration is done programmatically

Name of the endpoint in configuration.

Verifies the queue.

Verifies the queue. Do not verify remote queue

The endpoint.

Purges the queue.

The endpoint.

Purges the queue.

The URI.

Deletes the queue.

The URI.

Gets the queue from URI.

The URI.

Contains information about a run event.

Initializes a new instance of the RunEventInfo class with the specified run event, and empty sequence and sample IDs.

The run event. True if this is an error event, false if not. Names of failing devices.

Initializes a new instance of the RunEventInfo class with the specified run event, and empty sequence and sample IDs.

The run event. True if this is an error event, false if not. Names of failing devices. object with instrument supplied information

Initializes a new instance of the RunEventInfo class with the specified run event, sequence Id, and sample Id.

The run event. True if this is an error event, false if not. The sequence Id. The sample Id. Names of failing devices.

Initializes a new instance of the RunEventInfo class with the specified run event, sequence Id, and sample Id.

The run event. True if this is an error event, false if not. The sequence Id. The sample Id. Names of failing devices. object with instrument supplied information

Gets the run event.

Gets a value that indicates whether this run event is an error event

Gets the list of devices which failed. For many events this list may be null, or empty.

Gets an instrument message containing information coming directly from the instrument.

Contains information about the run state.

Initializes a new instance of the CurrentRunState class with the specified run state, and empty sequence and sample IDs.

The run state. Alternative text representation of run state.

Initializes a new instance of the CurrentRunState class with the specified run state, sequence Id, and sample Id.

The run state. Alternative text representation of run state. The sequence Id. The sample Id.

Creates the specified serialized WCF data contract.

The serialized WCF data contract.

Gets the WCF data contract representation in xml.

The WCF data contract.

Gets the run state.

Gets the alternative text representation of run state.

Contains information needed for acquiring a sequence. See comments concerning for the reason this class is sealed.

All instances of the sequence class have a unique Id that is automatically generated when the sequence is instantiated.

Sequence name (not a file name)

Bracket type

Initializes a new instance of the AcquisitionSequence class with an empty acquisition sample collection.

The name for the sequence. The acquisition parameters for the sequence.

Initializes a new instance of the class.

The identifier. Name of the sequence. The acquisition parameters.

Initializes a new instance of the AcquisitionSequence class with the specified acquisition sample as the only acquisition sample in the sequence's acquisition sample collection.

The name for the sequence. The acquisition sample to be acquired. The acquisition parameters for the sequence.

Initializes a new instance of the class.

The identifier. Name of the sequence. The acquisition sample. The acquisition parameters.

Initializes a new instance of the AcquisitionSequence class with the specified acquisition sample collection and acquisition parameters.

The name for the sequence. The acquisition sample collection for the acquisition samples to be acquired. The acquisition parameters for the sequence.

Initializes a new instance of the class.

The identifier. Name of the sequence. The acquisition samples. The acquisition parameters.

Initializes a new instance of the class.

Name of the sequence. The acquisition samples. The acquisition parameters. Type of the bracket.

Initializes a new instance of the class.

The identifier. Name of the sequence. The acquisition samples. The acquisition parameters. Type of the bracket.

Creates AcquisitionSequence per the specified serialized WCF data contract.

The serialized WCF data contract.

Determines whether the specified program has program.

The program. true if the specified program has program; otherwise, false.

Creates a deep clone of the sequence.

The deep clone of the sequence.

A field for application to set its private metadata associated with the submitted sequece

The sequence private metadata.

Gets the WCF data contract representation in xml.

The WCF data contract.

Gets or sets if the sequence is already empty because of abort or deletion operations.

Gets the unique Id.

Gets or sets the sequence name.

Gets or sets the name of the application submitting the sequence.

This property is for informational purposes only for use by application programs. It is not used in any way by the acquisition service.

Gets or sets the bracket type.

Gets the acquisition sample collection.

Gets the acquisition parameters.

Gets a value indicating whether a sample in the sequence had an error during acquisition.

Gets a value indicating whether this sequence has a pre-acquisition program.

Gets a value indicating whether this sequence has a post-acquisition program.

Helper class to compress and decompress string

Compresses the specified text.

The text.

Decompresses the specified compressed text.

The compressed text.

Centralized platform logging system

Platform product name

Default Platform Message Group Identifier

Writes the tracing line (used by platform).

The severity. Name of the method. The message.

Writes the tracing line (used by platform).

The severity. The message group identifier (for grouping purpose). Name of the method. The message.

Writes the tracing line.

The severity. Name of the product. The message group identifier (for grouping purpose). Name of the method. The message.

Severity level of message

System fatal error

System error

System warning

Information

User Id class. This class provides an immutable unique Id for a user based upon the user's Windows log on information.

Windows log on identity of user

Information used to restore user after impersonation

Creates a new instance of the UserId class.

Windows identity object

Destructor; cleans up impersonation, if any.

Impersonates user contained in WindowsIdentity object which was passed in the constructor

true if successful

Undo impersonation initiated by a call to .

Determines whether two specified instances of UserId are equal.

A UserId. A UserId. true if firstUserId and secondUserId represent the same user, false otherwise.

Determines whether two specified instances of UserId are not equal.

A UserId. A UserId. true if firstUserId and secondUserId do not represent the same user, false otherwise.

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

An object to compare to this instance. true if the object is an instance of UserId and equals the value of this instance, false otherwise.

Returns the hash code for this instance.

A 32-bit signed integer hash code.

Returns a string formatted as "[Domain Name]\[User Name]".

A string that represents the UserId.

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

A UserId instance to compare to this instance. true if the id equals the value of this instance, false otherwise.

Creates a deep clone of the user id.

The deep clone of the user id.

True if object is used for impersonation at the moment

Gets the Windows domain name of the user.

Gets the Windows log on name of the user.

Gets the Windows domain and log on name of the user.

The auto sampler vial or volume validation result

Vial and tray are valid, or injection volume is valid.

Vial is not valid.

Tray is not valid.

Injection volume is not valid

VIExtension XML version of AcquisitionParameters

Message type Id in GUID

Called when [deserialized].

The context.

Initializes this instance.

Creates the specified date time.

The date time. Type of the originator. The vi extension acquisition parameters.

Creates the specified vi extension message.

The vi extension message.

Initializes the class.

Initializes a new instance of the class.

Name of the user. if set to true [start when ready]. The post run mode. The device names. Start index of the device. Name of the tray. The user labels. The program pre acquisition. The program post acquisition. The final destination folder.

Initializes a new instance of the class.

Gets or sets the name of the user.

The name of the user.

Gets or sets the device names.

The device names.

Gets or sets the start index of the device.

The start index of the device.

Gets or sets the start name of the device.

The start name of the device.

Gets or sets the name of the tray.

The name of the tray.

Gets or sets the post run mode.

The post run mode.

Gets or sets a value indicating whether [should start when ready].

true if [should start when ready]; otherwise, false.

Gets or sets the barcode error action.

The barcode error action.

Gets or sets the user labels.

The user labels.

Gets or sets the name of the original sequence file.

The name of the original sequence file.

Gets or sets the name of the working sequence file.

The name of the working sequence file.

Gets or sets the pre acquisition program.

The pre acquisition program.

Gets or sets the post acquisition program.

The post acquisition program.

Gets or sets the final destination folder.

The final destination folder.

Gets or sets a value indicating whether this instance has final destination folder.

true if this instance has final destination folder; otherwise, false.

Gets the type of the message.

The type of the message.

VIExtension XML version of Program

Message type Id in GUID

Initializes the class.

Initializes a new instance of the class.

The command line. if set to true [run synchronously].

Creates the specified date time.

The date time. Type of the originator. The command line. if set to true [run synchronously].

Creates the specified date time.

The date time. Type of the originator. The vi extension acquisition program.

Creates the specified vi extension message.

The vi extension message.

Initializes a new instance of the class.

Gets the type of the message.

The type of the message.

Gets or sets the command line.

The command line.

Gets or sets a value indicating whether [run synchronously].

true if [run synchronously]; otherwise, false.

VIExtension XML version of AcquisitionSample

Message type Id in GUID

Called when [deserialized].

The context.

Initializes this instance.

Creates the specified date time.

The date time. Type of the originator. The vi extension acquisition sample.

Creates the specified vi extension message.

The vi extension message.

Initializes the class.

Initializes a new instance of the class.

Gets or sets the id.

The id.

Gets or sets the sample id.

The sample id.

Gets or sets the name of the sample.

The name of the sample.

Gets or sets the type of the sample.

The type of the sample.

Gets or sets the status.

The status.

Gets or sets the sample volume.

The sample volume.

Gets or sets the sample weight.

The sample weight.

Gets or sets the barcode.

The barcode.

Gets or sets the barcode status.

The barcode status.

Gets or sets the name of the calibration file.

The name of the calibration file.

Gets or sets the comment.

The comment.

Gets or sets the vial.

The vial.

Gets or sets the dilution factor.

The dilution factor.

Gets or sets the injection volume.

The injection volume.

Gets or sets a value indicating whether this instance is shut down method.

true if this instance is shut down method; otherwise, false.

Gets or sets a value indicating whether this instance is start up method.

true if this instance is start up method; otherwise, false.

Gets or sets the name of the instrument method file.

The name of the instrument method file.

Gets or sets the istd amount.

The istd amount.

Gets or sets the level.

The level.

Gets or sets the path.

The path.

Gets or sets the name of the processing method file.

The name of the processing method file.

Gets or sets the name of the raw file.

The name of the raw file.

Gets or sets the raw file name full.

The raw file name full.

Gets or sets the revision.

The revision.

Gets or sets the user text.

The user text.

Gets or sets a value indicating whether [requires run].

true if [requires run]; otherwise, false.

Gets or sets a value indicating whether [requires injection].

true if [requires injection]; otherwise, false.

Gets or sets a value indicating whether [requires acquisition].

true if [requires acquisition]; otherwise, false.

Gets or sets a value indicating whether this instance has error.

true if this instance has error; otherwise, false.

Gets the type of the message.

The type of the message.

VIExtension XML version of AcquisitionSequence

Message type Id in GUID

Initializes the class.

Called when [deserialized].

The context.

Initializes this instance.

Creates the specified date time.

The date time. Type of the originator. The vi extension acquisition sequence.

Creates the specified vi extension message.

The vi extension message.

Initializes a new instance of the class.

Gets or sets the id.

The id.

Gets or sets the name.

The name.

Gets or sets the name of the application submitting the sequence.

This property is for informational purposes only for use by application programs. It is not used in any way by the acquisition service.

Gets or sets the type of the bracket.

The type of the bracket.

Gets or sets the acquisition parameters.

The acquisition parameters.

Gets or sets the acquisition samples.

The acquisition samples.

Gets or sets a value indicating whether this instance is empty.

true if this instance is empty; otherwise, false.

Gets or sets a value indicating whether this instance has error.

true if this instance has error; otherwise, false.

Gets or sets a value indicating whether this instance has pre acquisition program.

true if this instance has pre acquisition program; otherwise, false.

Gets or sets a value indicating whether this instance has post acquisition program.

true if this instance has post acquisition program; otherwise, false.

Gets the type of the message.

The type of the message.

VI Extension message format

Schema we used for validation of the xml message

Initializes a new instance of the class. Devices most likely use this constructor

The date time. Type of the originator. The message exchange pattern. Type of the message. The message body.

Initializes a new instance of the class. Devices most likely use this constructor

Type of the originator. The message exchange pattern. Type of the message. The message body.

Initializes a new instance of the class. Applications most likely use this constructor

The message exchange pattern. Type of the message. The message body.

Initializes a new instance of the class. This constructor is intended exclusively for acquisition service Assume well-formed XML and perform no checking on validaity of the message body and its compression status

The XML message (see format above).

Determines whether [is valid VI extension message] [the specified XML message].

The XML message. true if [is valid VI extension message] [the specified XML message]; otherwise, false.

To the XML.

The date time. Type of the originator. The message exchnage pattern. Type of the message. The message body.

Extracts the info.

The input parameter.

Gets or sets the XML message.

The XML message.

Extracts the recorded date time.

Extracts the type of the peer.

Extracts the exchange pattern.

Extracts the type of the message.

Extracts the message body.

Input Parameter Selection

Transport form of VIExtensionMessage

Initializes a new instance of the class.

The request id. The vI extension message.

Initializes a new instance of the class.

The request id. The v I extension message XML.

Creates the specified serialized WCF data contract.

The serialized WCF data contract.

Gets or sets the request id.

The request id.

Gets or sets the VI extension message.

The VI extension message.

A generic XML parser

XML Path document

Validate XML object

Called to retrieve single element under a node path.

The full path of a node. Called to retrieve single element under a node path.

Called to retrieve the attribute value of specified element value, and attribute name.

The full path of a node. The value of the element of interest. Specify null for single element. The name of the attribute. Called to retrieve value of an attribute.

Return node attribute

node path Specifies attribute name Return node attribute

Called to retrieve multiple elements under a node path.

The full path of a node. Called to retrieve multiple elements under a node path.

XML Schema Validator

Determines whether the specified XML string is valid.

The XML string. The schemas. true if the specified XML string is valid; otherwise, false.

Helper class for Xml object serialization

From the XML.

The XML. Type of the obj.

To the XML.

The obj. Type of the obj.