verif/env/fnx/vlib/XactorFmwork/src/XactorBaseExpectDataStruct.vr

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// OpenSPARC T2 Processor File: XactorBaseExpectDataStruct.vr
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#include <vera_defines.vrh>
#include "XactorBasePacket.vrh"
#include "XactorDefines.vri"

#include "cReport.vrh"

virtual class XactorBaseExpectDataStruct {

  // Transactor Name
  protected string XactorName;

  // Report handle.
  ReportClass MyReport;

  task new () {}

  // Inserts a new node in the data structure.
  // Item is a reference to a transactor packet object
  // The function will return a reference to the inserted node
  virtual task Insert (XactorBasePacket Item,
                       var event RemoveEvents[XACT_EXPECT_DATA_STRUCT_REMOVE_EVENTS]
                       );

  // Deletes the specified node
  // Success = 1 if the node was removed and 0 otherwise
  virtual task Delete (XactorBasePacket Item,
                       var bit Success);

  // Deletes the specified node that contains "Item". The
  // search is done by comparing Items and the node's packet
  // references.
  // Success = 1 if the node was removed and 0 otherwise
  virtual task RefDelete (XactorBasePacket Item,
                          var bit Success);

  // Deletes multiple nodes when Item has "wildcards"
  // Success = 1 if at least a node was removed and 0 otherwise
  virtual task WildCardDelete1 (XactorBasePacket Item,
                                var bit Success);

  // Returns the number of nodes in the data structure
  virtual function integer CountNodes();

  // Prints each node of the data structure.
  virtual task PrintNodes();

  // Returns 1 if Item is found in the data structure and 0 otherwise
  virtual function bit InStructure(XactorBasePacket Item);

  // Returns 1 if the data structure is empty and 0 otherwise
  virtual function bit Empty();

  // Will walk the data structure and on each node triggering
  // the corresponding status flags. At the end of the walk, every node
  // is deleted by nulling the head references.
  virtual task Reset();
}