verif/env/common/vera/ccxDevices/ccxDevices.binds.vrh

// ========== Copyright Header Begin ==========================================
//
// OpenSPARC T2 Processor File: ccxDevices.binds.vrh
// Copyright (C) 1995-2007 Sun Microsystems, Inc. All Rights Reserved
// 4150 Network Circle, Santa Clara, California 95054, U.S.A.
//
// * DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS FILE HEADER.
//
// This program is free software; you can redistribute it and/or modify
// it under the terms of the GNU General Public License as published by
// the Free Software Foundation; version 2 of the License.
//
// This program is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
// GNU General Public License for more details.
//
// You should have received a copy of the GNU General Public License
// along with this program; if not, write to the Free Software
// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA  02111-1307  USA
//
// For the avoidance of doubt, and except that if any non-GPL license
// choice is available it will apply instead, Sun elects to use only
// the General Public License version 2 (GPLv2) at this time for any
// software where a choice of GPL license versions is made
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// ========== Copyright Header End ============================================
#ifndef INC_CCXDEVICE_BINDS_VRH
#define INC_CCXDEVICE_BINDS_VRH


#include <vera_defines.vrh>


// generic CCX port
port ccxPort {
  clk;
  req;
  datao;
  atmo;
  gnt;

  stall;
  rdy;
  atmi;
  datai;
}

// // when PCX
//   clk;
//   req;   // req from spc to pcx [8:0].      vera sources.
//   datao; // data from spc to pcx [129:0].   vera sources.
//   atmo;  // atomic from spc to pcx [8:0].   vera sources.
//   gnt;   // grant from pcx to spc [8:0].    vera sinks.
//
//   stall; // NA for spc.  stall from mem device to pcx.     vera sources.
//   rdy;   // NA for spc.  data_rdy from pcx to mem device.  vera sinks.
//   atmi;  // NA for spc.  atomic from pcx mem device.       vera sinks.
//   datai; // data from pcx to mem device [129:0].           vera sinks.
//
//
// // when CPX
//   clk;
//   req;   // req from mem device to cpx [7:0].      vera sources.
//   datao; // data from mem device to cpx [145:0].   vera sources.
//   atmo;  // atomic from mem device to cpx.         vera sources.
//   gnt;   // grant from cpx to mem device. [7:0]    vera sinks.
//
//   stall; // stall from spc to cpx.                 vera sources.
//   rdy;   // N/A.                                   unused.
//   atmi;  // N/A.                                   unused.
//   datai; // data from cpx to spc [145:0].          vera sinks.


// NCU bind
bind ccxPort pcxBindDEV_NCU {
  clk     ccxNCU_if.clk;
  req     void;
  datao   void;
  atmo    void;
  gnt     void;

  stall   ccxNCU_if.pcx_stall; // stall from mem device to pcx.     vera sources.
  rdy     ccxNCU_if.pcx_rdy;   // data_rdy from pcx to mem device.  vera sinks.
  atmi    void;
  datai   ccxNCU_if.pcx_datai; // data from pcx to mem device [129:0].   vera sinks.
}

bind ccxPort cpxBindDEV_NCU {
  clk     ccxNCU_if.clk;
  req     ccxNCU_if.cpx_req;   // req from mem device to cpx [7:0].      vera sources.
  datao   ccxNCU_if.cpx_datao; // data from mem device to cpx [145:0].   vera sources.
  atmo    void; // ccxNCU_if.cpx_atmo;  // fake really
  gnt     ccxNCU_if.cpx_gnt;   // grant from cpx to mem device. [7:0]    vera sinks.

  stall   void;
  rdy     void;
  atmi    void;
  datai   void;
}

// spc binds
bind ccxPort pcxBindDEV_SPC0 {
  clk     ccxSPC0_if.clk;
  req     ccxSPC0_if.pcx_req;
  datao   ccxSPC0_if.pcx_datao;
  atmo    ccxSPC0_if.pcx_atm;
  gnt     ccxSPC0_if.pcx_grant;

  stall   void;
  rdy     void;
  atmi    void;
  datai   void;
}

bind ccxPort cpxBindDEV_SPC0 {
  clk     ccxSPC0_if.clk;
  req     void;
  datao   void;
  atmo    void;
  gnt     void;

  stall   void;
  rdy     void;
  atmi    void;
  datai   ccxSPC0_if.cpx_datai;
}

bind ccxPort pcxBindDEV_SPC1 {
  clk     ccxSPC1_if.clk;
  req     ccxSPC1_if.pcx_req;
  datao   ccxSPC1_if.pcx_datao;
  atmo    ccxSPC1_if.pcx_atm;
  gnt     ccxSPC1_if.pcx_grant;

  stall   void;
  rdy     void;
  atmi    void;
  datai   void;
}

bind ccxPort cpxBindDEV_SPC1 {
  clk     ccxSPC1_if.clk;
  req     void;
  datao   void;
  atmo    void;
  gnt     void;

  stall   void;
  rdy     void;
  atmi    void;
  datai   ccxSPC1_if.cpx_datai;
}

bind ccxPort pcxBindDEV_SPC2 {
  clk     ccxSPC2_if.clk;
  req     ccxSPC2_if.pcx_req;
  datao   ccxSPC2_if.pcx_datao;
  atmo    ccxSPC2_if.pcx_atm;
  gnt     ccxSPC2_if.pcx_grant;

  stall   void;
  rdy     void;
  atmi    void;
  datai   void;
}

bind ccxPort cpxBindDEV_SPC2 {
  clk     ccxSPC2_if.clk;
  req     void;
  datao   void;
  atmo    void;
  gnt     void;

  stall   void;
  rdy     void;
  atmi    void;
  datai   ccxSPC2_if.cpx_datai;
}

bind ccxPort pcxBindDEV_SPC3 {
  clk     ccxSPC3_if.clk;
  req     ccxSPC3_if.pcx_req;
  datao   ccxSPC3_if.pcx_datao;
  atmo    ccxSPC3_if.pcx_atm;
  gnt     ccxSPC3_if.pcx_grant;

  stall   void;
  rdy     void;
  atmi    void;
  datai   void;
}

bind ccxPort cpxBindDEV_SPC3 {
  clk     ccxSPC3_if.clk;
  req     void;
  datao   void;
  atmo    void;
  gnt     void;

  stall   void;
  rdy     void;
  atmi    void;
  datai   ccxSPC3_if.cpx_datai;
}

bind ccxPort pcxBindDEV_SPC4 {
  clk     ccxSPC4_if.clk;
  req     ccxSPC4_if.pcx_req;
  datao   ccxSPC4_if.pcx_datao;
  atmo    ccxSPC4_if.pcx_atm;
  gnt     ccxSPC4_if.pcx_grant;

  stall   void;
  rdy     void;
  atmi    void;
  datai   void;
}

bind ccxPort cpxBindDEV_SPC4 {
  clk     ccxSPC4_if.clk;
  req     void;
  datao   void;
  atmo    void;
  gnt     void;

  stall   void;
  rdy     void;
  atmi    void;
  datai   ccxSPC4_if.cpx_datai;
}

bind ccxPort pcxBindDEV_SPC5 {
  clk     ccxSPC5_if.clk;
  req     ccxSPC5_if.pcx_req;
  datao   ccxSPC5_if.pcx_datao;
  atmo    ccxSPC5_if.pcx_atm;
  gnt     ccxSPC5_if.pcx_grant;

  stall   void;
  rdy     void;
  atmi    void;
  datai   void;
}

bind ccxPort cpxBindDEV_SPC5 {
  clk     ccxSPC5_if.clk;
  req     void;
  datao   void;
  atmo    void;
  gnt     void;

  stall   void;
  rdy     void;
  atmi    void;
  datai   ccxSPC5_if.cpx_datai;
}

bind ccxPort pcxBindDEV_SPC6 {
  clk     ccxSPC6_if.clk;
  req     ccxSPC6_if.pcx_req;
  datao   ccxSPC6_if.pcx_datao;
  atmo    ccxSPC6_if.pcx_atm;
  gnt     ccxSPC6_if.pcx_grant;

  stall   void;
  rdy     void;
  atmi    void;
  datai   void;
}

bind ccxPort cpxBindDEV_SPC6 {
  clk     ccxSPC6_if.clk;
  req     void;
  datao   void;
  atmo    void;
  gnt     void;

  stall   void;
  rdy     void;
  atmi    void;
  datai   ccxSPC6_if.cpx_datai;
}

bind ccxPort pcxBindDEV_SPC7 {
  clk     ccxSPC7_if.clk;
  req     ccxSPC7_if.pcx_req;
  datao   ccxSPC7_if.pcx_datao;
  atmo    ccxSPC7_if.pcx_atm;
  gnt     ccxSPC7_if.pcx_grant;

  stall   void;
  rdy     void;
  atmi    void;
  datai   void;
}

bind ccxPort cpxBindDEV_SPC7 {
  clk     ccxSPC7_if.clk;
  req     void;
  datao   void;
  atmo    void;
  gnt     void;

  stall   void;
  rdy     void;
  atmi    void;
  datai   ccxSPC7_if.cpx_datai;
}


#ifndef RTL_NO_BNK01
// cache banks
bind ccxPort pcxBindDEV_MEM0 {
  clk     ccxL20_if.clk;
  req     void;
  datao   void;
  atmo    void;
  gnt     void;

  stall   ccxL20_if.pcx_stall; // stall from mem device to pcx.     vera sources.
  rdy     ccxL20_if.pcx_rdy;   // data_rdy from pcx to mem device.  vera sinks.
  atmi    ccxL20_if.pcx_atmi;
  datai   ccxL20_if.pcx_datai; // data from pcx to mem device [129:0].   vera sinks.
}

bind ccxPort cpxBindDEV_MEM0 {
  clk     ccxL20_if.clk;
  req     ccxL20_if.cpx_req;   // req from mem device to cpx [7:0].      vera sources.
  datao   ccxL20_if.cpx_datao; // data from mem device to cpx [145:0].   vera sources.
  atmo    ccxL20_if.cpx_atmo;
  gnt     ccxL20_if.cpx_grant;   // grant from cpx to mem device. [7:0]    vera sinks.

  stall   void;
  rdy     void;
  atmi    void;
  datai   void;
}

bind ccxPort pcxBindDEV_MEM1 {
  clk     ccxL21_if.clk;
  req     void;
  datao   void;
  atmo    void;
  gnt     void;

  stall   ccxL21_if.pcx_stall; // stall from mem device to pcx.     vera sources.
  rdy     ccxL21_if.pcx_rdy;   // data_rdy from pcx to mem device.  vera sinks.
  atmi    ccxL21_if.pcx_atmi;
  datai   ccxL21_if.pcx_datai; // data from pcx to mem device [129:0].   vera sinks.
}

bind ccxPort cpxBindDEV_MEM1 {
  clk     ccxL21_if.clk;
  req     ccxL21_if.cpx_req;   // req from mem device to cpx [7:0].      vera sources.
  datao   ccxL21_if.cpx_datao; // data from mem device to cpx [145:0].   vera sources.
  atmo    ccxL21_if.cpx_atmo;
  gnt     ccxL21_if.cpx_grant;   // grant from cpx to mem device. [7:0]    vera sinks.

  stall   void;
  rdy     void;
  atmi    void;
  datai   void;
}
#endif

#ifndef RTL_NO_BNK23
bind ccxPort pcxBindDEV_MEM2 {
  clk     ccxL22_if.clk;
  req     void;
  datao   void;
  atmo    void;
  gnt     void;

  stall   ccxL22_if.pcx_stall; // stall from mem device to pcx.     vera sources.
  rdy     ccxL22_if.pcx_rdy;   // data_rdy from pcx to mem device.  vera sinks.
  atmi    ccxL22_if.pcx_atmi;
  datai   ccxL22_if.pcx_datai; // data from pcx to mem device [129:0].   vera sinks.
}

bind ccxPort cpxBindDEV_MEM2 {
  clk     ccxL22_if.clk;
  req     ccxL22_if.cpx_req;   // req from mem device to cpx [7:0].      vera sources.
  datao   ccxL22_if.cpx_datao; // data from mem device to cpx [145:0].   vera sources.
  atmo    ccxL22_if.cpx_atmo;
  gnt     ccxL22_if.cpx_grant;   // grant from cpx to mem device. [7:0]    vera sinks.

  stall   void;
  rdy     void;
  atmi    void;
  datai   void;
}

bind ccxPort pcxBindDEV_MEM3 {
  clk     ccxL23_if.clk;
  req     void;
  datao   void;
  atmo    void;
  gnt     void;

  stall   ccxL23_if.pcx_stall; // stall from mem device to pcx.     vera sources.
  rdy     ccxL23_if.pcx_rdy;   // data_rdy from pcx to mem device.  vera sinks.
  atmi    ccxL23_if.pcx_atmi;
  datai   ccxL23_if.pcx_datai; // data from pcx to mem device [129:0].   vera sinks.
}

bind ccxPort cpxBindDEV_MEM3 {
  clk     ccxL23_if.clk;
  req     ccxL23_if.cpx_req;   // req from mem device to cpx [7:0].      vera sources.
  datao   ccxL23_if.cpx_datao; // data from mem device to cpx [145:0].   vera sources.
  atmo    ccxL23_if.cpx_atmo;
  gnt     ccxL23_if.cpx_grant;   // grant from cpx to mem device. [7:0]    vera sinks.

  stall   void;
  rdy     void;
  atmi    void;
  datai   void;
}
#endif

#ifndef RTL_NO_BNK45
bind ccxPort pcxBindDEV_MEM4 {
  clk     ccxL24_if.clk;
  req     void;
  datao   void;
  atmo    void;
  gnt     void;

  stall   ccxL24_if.pcx_stall; // stall from mem device to pcx.     vera sources.
  rdy     ccxL24_if.pcx_rdy;   // data_rdy from pcx to mem device.  vera sinks.
  atmi    ccxL24_if.pcx_atmi;
  datai   ccxL24_if.pcx_datai; // data from pcx to mem device [129:0].   vera sinks.
}

bind ccxPort cpxBindDEV_MEM4 {
  clk     ccxL24_if.clk;
  req     ccxL24_if.cpx_req;   // req from mem device to cpx [7:0].      vera sources.
  datao   ccxL24_if.cpx_datao; // data from mem device to cpx [145:0].   vera sources.
  atmo    ccxL24_if.cpx_atmo;
  gnt     ccxL24_if.cpx_grant;   // grant from cpx to mem device. [7:0]    vera sinks.

  stall   void;
  rdy     void;
  atmi    void;
  datai   void;
}

bind ccxPort pcxBindDEV_MEM5 {
  clk     ccxL25_if.clk;
  req     void;
  datao   void;
  atmo    void;
  gnt     void;

  stall   ccxL25_if.pcx_stall; // stall from mem device to pcx.     vera sources.
  rdy     ccxL25_if.pcx_rdy;   // data_rdy from pcx to mem device.  vera sinks.
  atmi    ccxL25_if.pcx_atmi;
  datai   ccxL25_if.pcx_datai; // data from pcx to mem device [129:0].   vera sinks.
}

bind ccxPort cpxBindDEV_MEM5 {
  clk     ccxL25_if.clk;
  req     ccxL25_if.cpx_req;   // req from mem device to cpx [7:0].      vera sources.
  datao   ccxL25_if.cpx_datao; // data from mem device to cpx [145:0].   vera sources.
  atmo    ccxL25_if.cpx_atmo;
  gnt     ccxL25_if.cpx_grant;   // grant from cpx to mem device. [7:0]    vera sinks.

  stall   void;
  rdy     void;
  atmi    void;
  datai   void;
}
#endif

#ifndef RTL_NO_BNK67
bind ccxPort pcxBindDEV_MEM6 {
  clk     ccxL26_if.clk;
  req     void;
  datao   void;
  atmo    void;
  gnt     void;

  stall   ccxL26_if.pcx_stall; // stall from mem device to pcx.     vera sources.
  rdy     ccxL26_if.pcx_rdy;   // data_rdy from pcx to mem device.  vera sinks.
  atmi    ccxL26_if.pcx_atmi;
  datai   ccxL26_if.pcx_datai; // data from pcx to mem device [129:0].   vera sinks.
}

bind ccxPort cpxBindDEV_MEM6 {
  clk     ccxL26_if.clk;
  req     ccxL26_if.cpx_req;   // req from mem device to cpx [7:0].      vera sources.
  datao   ccxL26_if.cpx_datao; // data from mem device to cpx [145:0].   vera sources.
  atmo    ccxL26_if.cpx_atmo;
  gnt     ccxL26_if.cpx_grant;   // grant from cpx to mem device. [7:0]    vera sinks.

  stall   void;
  rdy     void;
  atmi    void;
  datai   void;
}

bind ccxPort pcxBindDEV_MEM7 {
  clk     ccxL27_if.clk;
  req     void;
  datao   void;
  atmo    void;
  gnt     void;

  stall   ccxL27_if.pcx_stall; // stall from mem device to pcx.     vera sources.
  rdy     ccxL27_if.pcx_rdy;   // data_rdy from pcx to mem device.  vera sinks.
  atmi    ccxL27_if.pcx_atmi;
  datai   ccxL27_if.pcx_datai; // data from pcx to mem device [129:0].   vera sinks.
}

bind ccxPort cpxBindDEV_MEM7 {
  clk     ccxL27_if.clk;
  req     ccxL27_if.cpx_req;   // req from mem device to cpx [7:0].      vera sources.
  datao   ccxL27_if.cpx_datao; // data from mem device to cpx [145:0].   vera sources.
  atmo    ccxL27_if.cpx_atmo;
  gnt     ccxL27_if.cpx_grant;   // grant from cpx to mem device. [7:0]    vera sinks.

  stall   void;
  rdy     void;
  atmi    void;
  datai   void;
}
#endif


// eof
#endif