It seems to me that you are looking for a FIFO buffer where if a process store in the middle will terminate, the others following pocess can be shifted for compact the FIFO array.
If this is what do you mean, is nothing hard to do more than some rows of SCL over an array of your data type containing all the process informations.

For example:

// Declarations
MyProcess : UDT
  x_enbled : bool;
  .. my data;
  x_done : bool;

fifo_buffer : array[1..100] OF MyProcess

// Compacting code
i_iter1 : INT;
i_iter2 : INT;

FOR i_iter1 := 1 TO 100 DO
  IF fifo_buffer[i_iter1].x_done THEN // Or what else to be checked
    FOR i_iter2 := i_iter1 TO 99 DO
      fifo_buffer[i_iter2] := fifo_buffer[i_iter2 + 1]
    END_FOR;
    EXIT_FOR;
  END_IF
END_FOR;

Mauro.Bottizzo

It seems to me that you are looking for a FIFO buffer where if a process store in the middle will terminate, the others following pocess can be shifted for compact the FIFO array.
If this is what do you mean, is nothing hard to do more than some rows of SCL over an array of your data type containing all the process informations.

For example:

 

// Declarations
MyProcess : UDT
  x_enbled : bool;
  .. my data;
  x_done : bool;

fifo_buffer : array[1..100] OF MyProcess

// Compacting code
i_iter1 : INT;
i_iter2 : INT;

FOR i_iter1 := 1 TO 100 DO
  IF fifo_buffer[i_iter1].x_done THEN // Or what else to be checked
    FOR i_iter2 := i_iter1 TO 99 DO
      fifo_buffer[i_iter2] := fifo_buffer[i_iter2 + 1]
    END_FOR;
    EXIT_FOR;
  END_IF
END_FOR;

 Hi, thanks for reply.

I will try your approach.