public PuppetCommand(PuppetShell shell, string name, string usage, bool isAssynchronous = false)
{
this.shell = shell;
this.name = name;
this.usage = usage;
this.isAssynchronous = isAssynchronous;
}
public WaitCommand(PuppetShell shell) : base(shell, "Wait", "Wait <miliseconds>")
{
}
public IntervalCommand(PuppetShell shell) : base(shell, "Interval", "Interval OPERATOR_ID X ms: the operator should sleep X milliseconds between consecutive events.", true)
{
}
public NewOperatorCommand(PuppetShell shell) : base(shell, "Operator", "Complicated...")
{
}
public UnfreezeCommand(PuppetShell shell) : base(shell, "Unfreeze", "Unfreeze OPERATOR_ID REP_ID: a frozen process is back to normal execution. It processes all previous pended messages.", true)
{
}
public StatusCommand(PuppetShell shell) : base(shell, "Status", "Status: make all nodes in the system to print its current status.", true)
{
}
public FileCommand(PuppetShell shell) : base(shell, "File", "File FILE_PATH: @TODO.")
{
}
public HelpCommand(PuppetShell shell) : base(shell, "Help", "Help: helps")
{
}
public CrashCommand(PuppetShell shell) : base(shell, "Crash", "Crash OPERATOR_ID REP_ID: force a process, i.e. a replica of an operator, to crash.", true)
{
}
public StartCommand(PuppetShell shell) : base(shell, "Start", "Start OPERATOR_ID: tells the OPERATOR_ID operator to start processing tuples.", true)
{
}
public LoggingLevelCommand(PuppetShell shell) : base(shell, "LoggingLevel", "LoggingLevel full | light", true)
{
}
public FreezeCommand(PuppetShell shell) : base(shell, "Freeze", "Freeze OPERATOR_ID REP_ID: after receiving Freeze, the proecess continues receiving messages but stops processing them.", true)
{
}
public SemanticsCommand(PuppetShell shell) : base(shell, "Semantics", "Semantics at-most-once | at-least-once | exactly-once")
{
}
public ExitCommand(PuppetShell shell) : base(shell, "Exit", "Exit: Exites the application")
{
}