Method Detail

• setActive

  void setActive(boolean isActive)

  Sets whether the job is running.

  Parameters:

  isActive - Whether the job is running.

• isActive

  boolean isActive()

  Check to see if job is currently active/running

  Returns:

  true if job is currently being run by the worker thread, otherwise false

• isNew

  boolean isNew()

  Check to see if job is new

  Returns:

  true if job is not yet saved, otherwise false

• getJobId

  int getJobId()

  Get the value of jobId.

  Returns:

  int

• setJobId

  void setJobId(int v)

  Set the value of jobId.

  Parameters:

  v - new value

• getTask

  String getTask()

  Get the Task

  Returns:

  String

• setTask

  void setTask(String v)

  Set the value of Task

  Parameters:

  v - new value

• getNextRuntime

  long getNextRuntime()

  Get the next runtime for this job as a long.

  Returns:

  The next run time as a long.

• getNextRunDate

  Date getNextRunDate()

  Gets the next runtime as a date

  Returns:

  Next run date

• getNextRunAsString

  String getNextRunAsString()

  Get the next runtime for this job as a String.

  Returns:

  The next run time as a String.

• calcRunTime

  void calcRunTime()
                   throws TurbineException

  Calculate how long before the next runtime.
  The runtime determines it's position in the job queue. Here's the logic:
  1. Create a date the represents when this job is to run.
  2. If this date has expired, them "roll" appropriate date fields forward to the next date.
  3. Calculate the diff in time between the current time and the next run time.
  

  Throws:

  TurbineException - a generic exception.