*
* @return the start time of the interval
*/
- public long getStartTime();
+ long getStartTime();
/**
* Retrieve the end time of the interval
*
* @return the end time of the interval
*/
- public long getEndTime();
+ long getEndTime();
/**
* In case the "real" end time of the interval is not exactly the same as
*
* @return The end time that views should use
*/
- public long getViewerEndTime();
+ long getViewerEndTime();
/**
* Retrieve the quark of the attribute this state interval refers to
*
* @return the quark of the attribute this state interval refers to
*/
- public int getAttribute();
+ int getAttribute();
/**
* Retrieve the state value represented by this interval
*
* @return the state value represented by this interval
*/
- public ITmfStateValue getStateValue();
+ ITmfStateValue getStateValue();
/**
* Test if this interval intersects another timestamp, inclusively.
* The target timestamp
* @return True if the interval and timestamp intersect, false if they don't
*/
- public boolean intersects(long timestamp);
+ boolean intersects(long timestamp);
}