/// <summary>
/// Method called that defines the property schema for the step.
/// </summary>
public void DefineSchema(IPropertyDefinitions schema)
{
try
{
// Example of how to add a property definition to the step.
IPropertyDefinition pd;
pd = schema.AddStringProperty("ExecutableLocation", "");
pd.DisplayName = "Executable Location";
pd.Description = "The full path to the executable program (.exe)";
pd.Required = true;
// A repeat group of columns and expression where the data will be written
IRepeatGroupPropertyDefinition arguments = schema.AddRepeatGroupProperty("Arguments");
arguments.Description = "The arguments for the executable. See Argument Logic for options";
pd = arguments.PropertyDefinitions.AddExpressionProperty("ArgumentName", String.Empty);
pd.Description = "The name of the argument";
pd = arguments.PropertyDefinitions.AddExpressionProperty("Expression", String.Empty);
pd.Description = "The Simio expression that will assigned to the argument.";
pd = schema.AddBooleanProperty("WaitForExecutableToExit");
pd.DisplayName = "Wait For Exit";
pd.Description = "If true, then Step will wait in the Step until the executable completes its run";
pd.Required = true;
pd.SetDefaultString(schema, "False");
IBooleanPropertyDefinition bpd = schema.AddBooleanProperty("CreateWindow");
bpd.DisplayName = "Create Window";
bpd.Description = "If True, the executable will appear in a new window. Useful for debugging";
bpd.Required = true;
bpd.SetDefaultString(schema, "True");
IEnumPropertyDefinition epd = schema.AddEnumProperty("ArgumentLogic", typeof(EnumArgLogic));
epd.Description = "Logic that describes how the Simio Arguments are created";
epd.SetDefaultString(schema, "None");
epd.Required = true;
// Example of how to add a property definition to the step.
pd = schema.AddStringProperty("Delimiter", "");
pd.DisplayName = "Delimiter";
pd.Description = "The delimiter to use around each argument when calling the executable";
pd.Required = true;
bpd = schema.AddBooleanProperty("UseShellExecute");
bpd.DisplayName = "Use Shell Execute";
bpd.Description = "If True, the executable will be run within a Windows Shell.";
bpd.Required = true;
bpd.SetDefaultString(schema, "True");
}
catch (Exception ex)
{
throw new ApplicationException($"Error creating RunExecutables Schema. Err={ex.Message}");
}
}
/// <summary>
/// Method called that defines the property schema for the step.
/// </summary>
public void DefineSchema(IPropertyDefinitions schema)
{
IPropertyDefinition pd;
// Reference to the excel to write to
pd = schema.AddElementProperty("ExcelConnectEPPlus", ExcelConnectEPPlusElementDefinition.MY_ID);
// And a format specifier
pd = schema.AddStringProperty("Worksheet", String.Empty);
pd.Description = "Worksheet Property";
pd.Required = true;
pd = schema.AddExpressionProperty("Row", "1");
pd.Description = "Row Property";
pd.Required = true;
pd = schema.AddExpressionProperty("StartingColumn", "1");
pd.DisplayName = "Starting Column";
pd.Description = "Starting Column Property";
pd.Required = true;
// A repeat group of values to write out
IRepeatGroupPropertyDefinition parts = schema.AddRepeatGroupProperty("Items");
parts.Description = "The expression items to be written out.";
pd = parts.PropertyDefinitions.AddExpressionProperty("Expression", String.Empty);
pd.Description = "Expression value to be written out.";
}
/// <summary>
/// Method called that defines the property schema for the step.
/// </summary>
public void DefineSchema(IPropertyDefinitions schema)
{
IPropertyDefinition pd;
// Reference to the file to read from
pd = schema.AddElementProperty("ExcelConnectEPPlus", ExcelConnectEPPlusElementDefinition.MY_ID);
pd = schema.AddStringProperty("Worksheet", String.Empty);
pd.Description = "Worksheet Property";
pd.Required = true;
pd = schema.AddExpressionProperty("Row", "1");
pd.Description = "Row Property";
pd.Required = true;
pd = schema.AddExpressionProperty("StartingColumn", "1");
pd.DisplayName = "Starting Column";
pd.Description = "Column Property";
pd.Required = true;
// A repeat group of states to read into
IRepeatGroupPropertyDefinition parts = schema.AddRepeatGroupProperty("States");
parts.Description = "The state values to read the values into";
pd = parts.PropertyDefinitions.AddStateProperty("State");
pd.Description = "A state to read a value into from Excel.";
}
/// <summary>
/// Method called that defines the property schema for the step.
/// </summary>
public void DefineSchema(IPropertyDefinitions schema)
{
IPropertyDefinition pd = null;
pd = schema.AddStringProperty("SqlInstance", "");
pd.DisplayName = "SQL Instance";
pd.Description = @"The SQL Instance name, aka DataSource. E.g. (localhost)\SqlExress01";
pd = schema.AddStringProperty("SqlDbName", "");
pd.DisplayName = @"SQL DB Name";
pd.Description = "The database name, or 'Initial Catalog'";
pd = schema.AddDateTimeProperty("StartDateTime", DateTime.Now);
pd.DisplayName = @"Start Date/Time";
pd.Description = "When the simulation starts. Defaults to the current time.";
}
/// <summary>
/// Method called that defines the property schema for the step.
/// </summary>
public void DefineSchema(IPropertyDefinitions schema)
{
// Example of how to add a property definition to the step.
IPropertyDefinition pd;
pd = schema.AddStringProperty("StepLocation", "??");
pd.DisplayName = "Step's Location";
pd.Description = "The Step's location, e.g. On entering.";
pd.Required = true;
}
/// <summary>
/// Method called that defines the property schema for the step.
/// </summary>
public void DefineSchema(IPropertyDefinitions schema)
{
// Example of how to add a property definition to the step.
IPropertyDefinition pd;
pd = schema.AddStringProperty("Message", "No message");
pd.DisplayName = "Message";
pd.Description = "The message to display";
pd.Required = true;
}
/// <summary>
/// Method called that defines the property schema for the step.
/// </summary>
public void DefineSchema(IPropertyDefinitions schema)
{
// Example of how to add a property definition to the step.
IPropertyDefinition pd;
pd = schema.AddStringProperty("FolderPath", @"c:\(test)");
pd.DisplayName = "FolderPath";
pd.Description = "The FolderPath that is used to simulate an external Device.";
pd.Required = true;
}
/// <summary>
/// Method called that defines the property schema for the step.
/// </summary>
public void DefineSchema(IPropertyDefinitions schema)
{
// property definition that will be added to the schema of this step
IPropertyDefinition pd;
// Add the connector element property definition to the step.
pd = schema.AddElementProperty("MqttServer", MqttPublishConnectorDefinition.MY_ID);
pd.DisplayName = "MQTT Server";
pd.Description = "The MQTT URL and port of the MQTT server(broker). For example, localhost:1883. Default port is 1883.";
pd.Required = true;
pd = schema.AddStringProperty("MqttTopic", "MqttSample/MyTopic");
pd.DisplayName = "The MQTT Topic";
pd.Description = "The MQTT topic. Case sensitive. By convention, hierarchical using slashes. Example: PlantTopeka/Machine1/State/Speed";
pd.Required = true;
pd = schema.AddExpressionProperty("MqttPayload", "0.0");
pd.DisplayName = "Payload";
pd.Description = "The payload data to send with the Topic";
pd.Required = true;
}
