private void InitializeCommands()
{
using (Commands.AcquireLock())
{
String name;
String description;
{
name = "Ambient";
description = "Retrieves the detail data for the ambient corresponding to the specified key.";
var command = new AttributeParameteredCommandViewModel(name, description);
command.AddParameter("Key", "The unique key that identifies the specific ambient for which detail data is to be retrieved. Leading zeros may be omitted.", "0");
Commands.Add(command);
}
{
name = "Ambients";
description = "Retrieves general data about each ambient on the instrument.";
var command = new ParameterlessCommandViewModel(name, description);
Commands.Add(command);
}
{
name = "AutomationStatus";
description = "Retrieves status data for the installed automation functionality.";
var command = new AttributeParameteredCommandViewModel(name, description);
command.AddParameter("Id", "When a value is present in this parameter, the command will retrieve only data for the automation functionality with the specified id.", "");
Commands.Add(command);
}
{
name = "AvailableLogs";
description = "Retrieves the identifiers for each of the instrument logs.";
var command = new ParameterlessCommandViewModel(name, description);
Commands.Add(command);
}
{
name = "Counter";
description = "Retrieves the detail data for the counter corresponding to the specified key.";
var command = new AttributeParameteredCommandViewModel(name, description);
command.AddParameter("Key", "The unique key that identifies the specific counter for which detail data is to be retrieved. Leading zeros may be omitted.", "0");
Commands.Add(command);
}
{
name = "Counters";
description = "Retrieves general data about each counter on the instrument.";
var command = new ParameterlessCommandViewModel(name, description);
Commands.Add(command);
}
{
name = "ExceptionDirectory";
description = "Retrieves the names of the files and subdirectories in the instrument's main exception directory.";
var command = new ParameterlessCommandViewModel(name, description);
Commands.Add(command);
}
{
name = "Field";
description = "Retrieves the detail data for the field corresponding to the specified key.";
var command = new AttributeParameteredCommandViewModel(name, description);
command.AddParameter("Key", "The unique key that identifies the specific field for which detail data is to be retrieved. Leading zeros may be omitted.", "0");
Commands.Add(command);
}
{
name = "Fields";
description = "Retrieves general data about each field on the instrument.";
var command = new ParameterlessCommandViewModel(name, description);
Commands.Add(command);
}
{
name = "Filters";
description = "Retrieves general data about each filter on the instrument.";
var command = new ParameterlessCommandViewModel(name, description);
Commands.Add(command);
}
{
name = "GasState";
description = "Retrieves the current gas state of the instrument.";
var command = new ParameterlessCommandViewModel(name, description);
Commands.Add(command);
}
{
name = "LogData";
description = "Retrieves log entries from specifed log.";
var command = new AttributeParameteredCommandViewModel(name, description);
command.AddParameter("Log", "The unique log identifier that identifies the log from which data will be retrieved.", "");
command.AddParameter("Start", "Log start date and time (GMT) in the form of: MM/DD/YYYY HH:MM:SS.fffff.", "");
command.AddParameter("End", "Log end date and time (GMT) in the form of: MM/DD/YYYY HH:MM:SS.fffff.", "");
command.AddParameter("MaxEntries", "Maxinum number of entries to retrieve.", "1000");
Commands.Add(command);
}
{
name = "LogDirectory";
description = "Retrieves the names of the files and subdirectories in the instrument's main log directory.";
var command = new ParameterlessCommandViewModel(name, description);
Commands.Add(command);
}
{
name = "Method";
description = "Retrieves the detail data for the method corresponding to the specified key.";
var command = new AttributeParameteredCommandViewModel(name, description);
command.AddParameter("Key", "The unique key that identifies the specific method for which detail data is to be retrieved. Leading zeros may be omitted.", "0");
Commands.Add(command);
}
{
name = "Methods";
description = "Retrieves general data about each method on the instrument.";
var command = new ParameterlessCommandViewModel(name, description);
Commands.Add(command);
}
{
name = "MondoData";
description = "Retrieves mondo data entries from the mondo log.";
var command = new AttributeParameteredCommandViewModel(name, description);
command.AddParameter("PicId", "The unique key that identifies the ambient/solenod/switch for which data is to be retrieved.", "");
command.AddParameter("Start", "Log start date and time (GMT) in the form of: MM/DD/YYYY HH:MM:SS.fffff.", "");
command.AddParameter("End", "Log end date and time (GMT) in the form of: MM/DD/YYYY HH:MM:SS.fffff.", "");
command.AddParameter("MaxEntries", "Maxinum number of entries to retrieve.", "1000");
Commands.Add(command);
}
{
name = "MondoDirectory";
description = "Retrieves the names of the files and subdirectories in the instrument's main mondo data directory.";
var command = new ParameterlessCommandViewModel(name, description);
Commands.Add(command);
}
{
name = "NextToAnalyze";
description = "Retrieves the set key and tag of the replicate that is marked as the next to analyze.";
var command = new ParameterlessCommandViewModel(name, description);
Commands.Add(command);
}
{
name = "Prerequisite";
description = "Retrieves the detail data for the prerequisite corresponding to the specified key.";
var command = new AttributeParameteredCommandViewModel(name, description);
command.AddParameter("Key", "The unique key that identifies the specific prerequisite for which detail data is to be retrieved.", "");
Commands.Add(command);
}
{
name = "Prerequisites";
description = "Retrieves general data about each prerequisite on the instrument.";
var command = new ParameterlessCommandViewModel(name, description);
Commands.Add(command);
}
{
name = "QCStatus";
description = "Retrieves the quality control status for the specified method.";
var command = new AttributeParameteredCommandViewModel(name, description);
command.AddParameter("MethodKey", "The unique key that identifies the specific method for which quality control status is to be retrieved. Leading zeros may be omitted.", "0");
Commands.Add(command);
}
{
name = "RemoteControlState";
description = "Retrieves the remote control state of the Cornerstone application.";
var command = new ParameterlessCommandViewModel(name, description);
Commands.Add(command);
}
{
name = "RepDetail";
description = "Retrieves detail data for the specified replicate in the specified set.";
var command = new AttributeParameteredCommandViewModel(name, description);
command.AddParameter("SetKey", "The unique key that identifies the set.", "0");
command.AddParameter("Tag", "The identifier of the replicate within the set.", "0");
Commands.Add(command);
}
{
name = "RepPlot";
description = "Retrieves plot data for the specified replicate in the specified set.";
var command = new AttributeParameteredCommandViewModel(name, description);
command.AddParameter("SetKey", "The unique key that identifies the set.", "0");
command.AddParameter("Tag", "The identifier of the replicate within the set.", "0");
Commands.Add(command);
}
{
name = "Report";
description = "Retrieves the detail data for the report corresponding to the specified key.";
var command = new AttributeParameteredCommandViewModel(name, description);
command.AddParameter("Key", "The unique key that identifies the specific report for which detail data is to be retrieved. Leading zeros may be omitted.", "0");
Commands.Add(command);
}
{
name = "Reports";
description = "Retrieves general data about each report on the instrument.";
var command = new ParameterlessCommandViewModel(name, description);
Commands.Add(command);
}
{
name = "Sequence";
description = "Retrieves the execution status for the specified sequence.";
var command = new AttributeParameteredCommandViewModel(name, description);
command.AddParameter("Name", "The name of the sequence.", "");
Commands.Add(command);
}
{
name = "Sequences";
description = "Retrieves the execution status for all the sequences defined within Cornerstone.";
var command = new ParameterlessCommandViewModel(name, description);
Commands.Add(command);
}
{
name = "Set";
description = "Retrieves the detail data for the set corresponding to the specified key.";
var command = new AttributeParameteredCommandViewModel(name, description);
command.AddParameter("Key", "The unique key that identifies the set. Leading zeros may be omitted.", "");
Commands.Add(command);
}
{
name = "SetKeys";
description = "Retrieves the unique key for each set.";
var command = new AttributeParameteredCommandViewModel(name, description);
command.AddParameter("FilterKey", "The unique key that identifies the filter to use when retrieving the sets. Leading zeros may be omitted.", "");
Commands.Add(command);
}
{
name = "SetReps";
description = "Retrieves general data for each replicate in the specified set.";
var command = new AttributeParameteredCommandViewModel(name, description);
command.AddParameter("Key", "The unique key that identifies the set. Leading zeros may be omitted.", "");
command.AddParameter("IncludeDetailData", "Indicates if the replicate data should include the detail data in addition to the general data.", false);
Commands.Add(command);
}
{
name = "Sets";
description = "Retrieves general set data for the number of sets specified.";
var command = new AttributeParameteredCommandViewModel(name, description);
command.AddParameter("FilterKey", "The unique key that identifies the filter to use when retrieving the sets. Leading zeros may be omitted.", "");
command.AddParameter("Number", "The number of sets to return.", "10");
command.AddParameter("StartAt", "The index of first set to return. If the default value (-1) is used, then the sets returned will be the most recent # of sets where # is specified in the Number parameter.", "-1");
Commands.Add(command);
}
{
name = "Solenoid";
description = "Retrieves the detail data for the solenoid corresponding to the specified key.";
var command = new AttributeParameteredCommandViewModel(name, description);
command.AddParameter("Key", "The unique key that identifies the specific solenoid for which detail data is to be retrieved.", "0");
Commands.Add(command);
}
{
name = "Solenoids";
description = "Retrieves general data about each solenoid on the instrument.";
var command = new ParameterlessCommandViewModel(name, description);
Commands.Add(command);
}
{
name = "Standard";
description = "Retrieves the detail data for the standard corresponding to the specified key.";
var command = new AttributeParameteredCommandViewModel(name, description);
command.AddParameter("Key", "The unique key that identifies the specific standard for which detail data is to be retrieved. Leading zeros may be omitted.", "0");
Commands.Add(command);
}
{
name = "Standards";
description = "Retrieves general data about each standard on the instrument.";
var command = new ParameterlessCommandViewModel(name, description);
Commands.Add(command);
}
{
name = "Status";
description = "Retrieves the current status of the instrument, such as the state of the \"Analyzing\" flag, the \"ReadyToAnalyze\" flag, the \"HardwareInUse\" flag, the \"NeedsMaintenance\" flag, as well as optionally the current values of the main screen gauges, the most recent leak check results, and the most recent system check results.";
var command = new AttributeParameteredCommandViewModel(name, description);
command.AddParameter("IncludeGauges", "Indicates whether to include the current value of the main screen gauges in the response data.", true);
command.AddParameter("IncludeSystemCheckResults", "Indicates whether to include the results from the latest system check in the response data.", true);
command.AddParameter("IncludeLeakCheckResults", "Indicates whether to include the results from the latest leak check in the response data.", true);
Commands.Add(command);
}
{
name = "Switch";
description = "Retrieves the detail data for the switch corresponding to the specified key.";
var command = new AttributeParameteredCommandViewModel(name, description);
command.AddParameter("Key", "The unique key that identifies the specific switch for which detail data is to be retrieved.", "0");
Commands.Add(command);
}
{
name = "Switches";
description = "Retrieves general data about each switch on the instrument.";
var command = new ParameterlessCommandViewModel(name, description);
Commands.Add(command);
}
{
name = "SystemParameters";
description = "Retrieves data about each of the system parameters.";
var command = new ParameterlessCommandViewModel(name, description);
Commands.Add(command);
}
{
name = "Transport";
description = "Retrieves the detail data for the transport corresponding to the specified key.";
var command = new AttributeParameteredCommandViewModel(name, description);
command.AddParameter("Key", "The unique key that identifies the specific transport for which detail data is to be retrieved. Leading zeros may be omitted.", "0");
Commands.Add(command);
}
{
name = "Transports";
description = "Retrieves general data about each transport on the instrument.";
var command = new ParameterlessCommandViewModel(name, description);
Commands.Add(command);
}
}
}
private void InitializeCommands()
{
using (Commands.AcquireLock())
{
String name;
String description;
{
name = "Abort";
description = "Aborts a sequence currently running on the instrument.";
var command = new ParameterlessCommandViewModel(name, description);
Commands.Add(command);
}
{
name = "AddQcRectifyTrigger";
description = "Adds replicate to initiate quality control rectification if necessary.";
var command = new AttributeParameteredCommandViewModel(name, description);
command.AddParameter("MethodKey", "The unique key that identifies the specific method for which quality control will be rectified. Leading zeros may be omitted.", "0");
Commands.Add(command);
}
{
name = "Analyze";
description = "Starts the analysis sequence.";
var command = new ParameterlessCommandViewModel(name, description);
Commands.Add(command);
}
{
name = "AssignNextToAnalyze";
description = "Specifies the next replicate to analyze. If the ReplicateTag attribute is omitted or the value left at the default (0), then the first unanalyzed replicate within the specified set will be marked as next to analyze.";
var command = new AttributeParameteredCommandViewModel(name, description);
command.AddParameter("SetKey", "The unique key that identifies the set. Leading zeros may be omitted.", "0");
command.AddParameter("ReplicateTag", "The identifier of the replicate within the set.", "0");
Commands.Add(command);
}
{
name = "ContinueAnalysis";
description = "Continues the analysis sequence when Cornerstone has prompted the user to perform an action and indicate when analysis should continue.";
var command = new ParameterlessCommandViewModel(name, description);
Commands.Add(command);
}
{
name = "DeleteSamples";
description = "Deletes the specified sets and replicates. Analyzed replicates must first be marked as \"Excluded\" before being deleted.";
var command = new SetAndRepsCommandViewModel(name, description);
Commands.Add(command);
}
{
name = "ExcludeSamples";
description = "Marks the specified sets and replicates as excluded.";
var command = new SetAndRepsCommandViewModel(name, description);
Commands.Add(command);
}
{
name = "IncludeSamples";
description = "Marks the specified sets and replicates as included.";
var command = new SetAndRepsCommandViewModel(name, description);
Commands.Add(command);
}
{
name = "InvalidateQCComponent";
description = "Resets the specified quality control component.";
var command = new AttributeParameteredCommandViewModel(name, description);
command.AddParameter("MethodKey", "The unique key that identifies the specific method for which quality control will be reset. Leading zeros may be omitted.", "0");
command.AddParameter("Component", "Indicates the quality control component to reset. ('Blanks', 'Checks' or 'All')", "All");
Commands.Add(command);
}
{
name = "ModifySamples";
description = "Modifies the values of fields in sets and in replicates.";
var command = new ModifySamplesCommandViewModel(name, description);
Commands.Add(command);
}
{
name = "PauseSamples";
description = "Modifies the paused state of the specified replicates.";
var command = new PauseSamplesCommandViewModel(name, description);
Commands.Add(command);
}
{
name = "PerformInstrumentAction";
description = "Performs the specified action on the instrument.";
var command = new AttributeParameteredCommandViewModel(name, description);
command.AddParameter("Action", "Indicates the action to perform on the instrument. If this parameter is not provided or the value is blank, the list of available actions is returned.", "");
Commands.Add(command);
}
{
name = "RecalcSamples";
description = "Performs a recalculation on the specified sets and replicates.";
var command = new SetAndRepsCommandViewModel(name, description);
Commands.Add(command);
}
{
name = "ResetCounter";
description = "Performs a reset on the counter corresponding to the specified key.";
var command = new AttributeParameteredCommandViewModel(name, description);
command.AddParameter("Key", "The unique key that identifies the specific counter on which a reset will be performed. Leading zeros may be omitted.", "0");
Commands.Add(command);
}
{
name = "ResetCounters";
description = "Performs a reset on all counters.";
var command = new ParameterlessCommandViewModel(name, description);
Commands.Add(command);
}
{
name = "SetGasState";
description = "Sets the gas state on the Cornerstone instrument to the specified state.";
var command = new AttributeParameteredCommandViewModel(name, description);
command.AddParameter("State", "Gas state to set on instrument. Valid values are \"ON\", \"OFF\", and \"CONSERVE\".", "");
Commands.Add(command);
}
{
name = "TransmitSamples";
description = "Transmits the specified set and replicate data using the specified transport.";
var command = new TransmitSetAndRepsCommandViewModel(name, description);
command.AddParameter("Key", "The unique key that identifies the transport. Leading zeros may be omitted.", "0");
Commands.Add(command);
}
}
}
private void SetupProductSpecificCommands()
{
var family = ConnectionViewModel.Family;
if (family == "InorganicGds")
{
using (Commands.AcquireLock())
{
{
var name = "StandardsForElements";
var description = "Retrieves the list of standards for the specified usage.";
var command = new AttributeParameteredCommandViewModel(name, description)
{
RequiredFamily = family
};
command.AddParameter("MethodKey", "The unique key that identifies the specific method. Leading zeros may be omitted.", "0");
command.AddParameter("Usage", "Check/Calibration/Drift.", "0");
Commands.Add(command);
}
{
var name = "StandardManufacturers";
var description = "Retrieves list of standard manufacturers.";
var command = new ParameterlessCommandViewModel(name, description)
{
RequiredFamily = family
};
Commands.Add(command);
}
{
var name = "StandardsForManufacturers";
var description = "Retrieves the list of standards for the specified manufacturer.";
var command = new AttributeParameteredCommandViewModel(name, description)
{
RequiredFamily = family
};
command.AddParameter("Manufacturer", "The unique name that identifies the specific manufacturer.", "0");
Commands.Add(command);
}
{
var name = "CdpMethodKey";
var description = "Retrieves the key for the CDP method corresponding to the specified name.";
var command = new AttributeParameteredCommandViewModel(name, description)
{
RequiredFamily = family
};
command.AddParameter("Name", "The unique name that identifies the specific CDP method.", String.Empty);
Commands.Add(command);
}
{
var name = "CdpMethod";
var description = "Retrieves the detail data for the CDP method corresponding to the specified key.";
var command = new AttributeParameteredCommandViewModel(name, description)
{
RequiredFamily = family
};
command.AddParameter("Key", "The unique key that identifies the specific CDP method for which detail data is to be retrieved. Leading zeros may be omitted.", "0");
command.AddParameter("Name", "The unique name that identifies the specific CDP method for which detail data is to be retrieved.", String.Empty);
Commands.Add(command);
}
{
var name = "CdpMethods";
var description = "Retrieves general data about each CDP method on the instrument.";
var command = new ParameterlessCommandViewModel(name, description)
{
RequiredFamily = family
};
Commands.Add(command);
}
{
var name = "LimitKey";
var description = "Retrieves the key for the limit corresponding to the specified name.";
var command = new AttributeParameteredCommandViewModel(name, description)
{
RequiredFamily = family
};
command.AddParameter("Name", "The unique name that identifies the specific limit.", String.Empty);
Commands.Add(command);
}
{
var name = "Limit";
var description = "Retrieves the detail data for the limit corresponding to the specified key.";
var command = new AttributeParameteredCommandViewModel(name, description)
{
RequiredFamily = family
};
command.AddParameter("Key", "The unique key that identifies the specific limit for which detail data is to be retrieved. Leading zeros may be omitted.", "0");
command.AddParameter("Name", "The unique name that identifies the specific limit for which detail data is to be retrieved.", String.Empty);
Commands.Add(command);
}
{
var name = "Limits";
var description = "Retrieves general data about each CDP limit on the instrument.";
var command = new ParameterlessCommandViewModel(name, description)
{
RequiredFamily = family
};
Commands.Add(command);
}
}
}
}
