Cleaned up much code, including replacement of RectMatrix by boost::multi_array

Bug fix: count the number of subbands correctly.

Increased buffer size

In function getObservationEpoch() the variable sz must be equal to noRuns.
These variables must be a multiple of 16, plus 16.

Changed source MACs of stations and dest MAC of lii001

Added paramtype 'pnode'. Default state of a created Template tree is
now 'being specified'.

Enhanced security.

Made 'clockmode' a popup. Blocked most fields of VirtualInstrument.

Fix bug in administration of flagged data.

Better diagnostics

In process() first call calculateDelays() and the increment the loop counter.
Otherwise an incorrect assertion happens.

Fix byte order bug for big-endian machines.

Major cleanup

Removed time variable that was always zero

* Removed useless operators
* templated increment/decrement operators
* added cast operator to int64

Fix postfix -- operator.

You can now specify a prefix to the keys in file/buffer/collection when
calling adopt{File,Buffer,Collection}.

When creating a vic tree the state of the template tree is copied.

Use MPI_Alltoallv instead of CEPframe's point-to-point communication.

Added access insert control in Parameterview panel. also reload TemplateMaintenancePanel if info has been changed,

The problem with writing 2 subbands in 1 MS is solved. The sample times of the
subbands are correct. Results, see table below. 1 group is a set of all
baselines from 1 subband (t0=1 means start time plus 1 minute):

Group       Band   Sample time
  0          0      t0
  1          1      t0
  2          0      t0+1
  3          1      t0+1
  4          0      t0+2
  5          1      t0+2
etc.

The uvw-coordinates will be calculated by using Aips++ libs
instead of doing it by your self.

- Fixed baseline selection (no longer asserts when no baselines match part of the selection, only warns)

Also get rid of unecessary log messages. Transition to write state should
always be allowed.

Set the next time at which the periodic command should be executed.

This is not as simple as doing command->setTimestamp(command->getTimestamp() + (long)command->getPeriod());
because command->getTimestamp() returns the previous time at which the command
was executed. In some cases (due to missed PPSes) the sum of the previous timestamp
and the period will be in the past causing the periodic command to be logged as
'late' from that point onwards.

To correctly compute the next time at which a periodic command should execute, take
the absolute current time and add the period, but make sure the periodic command
continues to be executed on the grid defined by the period. E.g. if a command is
executed every 4 seconds starting on second 1, so 1,5,9, etc and some PPSes are missed
lets say PPS 10,11,12,13 (and current time is 13) then it should continue at time 17.

Fix wrong integration time when duration > 0.

Implement RSPDriver.HBA_SERVER_ADDRESS_OFFSET configuration variable
which determines the offset (from 0) of the first server address in the HBA tile.
The server addresses must be contiguous and address the delay elements in the HBA
in the same logical order on all tiles.

Changed connectiontype to 'ptext'.

Do logging in separate thread; printing from signal handler causes deadlocks.

Added default values to the popup-parameters;

Added possibility of defining default values for popup-like parameters.

Just an update.

Just an update.

Removed link to PVSS in KetValueLoggerDaemon.

- Removed default parameters that caused build to break on listfen. It really
  was a error, although it did not cause an error using gcc 3.4.3 on lofar17.

Added CEPKVLlogger class that is based on the EventPort class and thus
is independant from the GCF framework.

Update to latest standards. Added testprogram.
It works this way but I'm not happy with the fact that the KVLDaemon
attaches to the PVSS database. This does not work anymore by the way
because our datapointtypes do not start with 'T' anymore.

- Moved value checking for Strategy.RegionOfInterest to BBSKernelProcessControl.
- Fixed RegionOfInterest selection.
- Removed work domain iteration as this has to be done for the whole strategy and
  not for each step.