/* sim-config.h -- Simulator configuration header file
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/* sim-config.h -- Simulator configuration header file
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Copyright (C) 1999 Damjan Lampret, lampret@opencores.org
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Copyright (C) 1999 Damjan Lampret, lampret@opencores.org
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This file is part of OpenRISC 1000 Architectural Simulator.
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This file is part of OpenRISC 1000 Architectural Simulator.
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This program is free software; you can redistribute it and/or modify
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This program is free software; you can redistribute it and/or modify
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it under the terms of the GNU General Public License as published by
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it under the terms of the GNU General Public License as published by
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the Free Software Foundation; either version 2 of the License, or
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the Free Software Foundation; either version 2 of the License, or
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(at your option) any later version.
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(at your option) any later version.
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This program is distributed in the hope that it will be useful,
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This program is distributed in the hope that it will be useful,
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but WITHOUT ANY WARRANTY; without even the implied warranty of
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but WITHOUT ANY WARRANTY; without even the implied warranty of
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MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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GNU General Public License for more details.
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GNU General Public License for more details.
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You should have received a copy of the GNU General Public License
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You should have received a copy of the GNU General Public License
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along with this program; if not, write to the Free Software
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along with this program; if not, write to the Free Software
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Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. */
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Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. */
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#ifndef _CONFIG_H_
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#ifndef _CONFIG_H_
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#define _CONFIG_H_
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#define _CONFIG_H_
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#include <stdio.h>
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#include <stdio.h>
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/* Simulator configuration macros. Eventually this one will be a lot bigger. */
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/* Simulator configuration macros. Eventually this one will be a lot bigger. */
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#define MAX_SBUF_LEN 256 /* Max. length of store buffer */
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#define MAX_SBUF_LEN 256 /* Max. length of store buffer */
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#define EXE_LOG_HARDWARE 0 /* Print out RTL states */
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#define EXE_LOG_HARDWARE 0 /* Print out RTL states */
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#define EXE_LOG_SIMPLE 1 /* Executed log prints out dissasembly */
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#define EXE_LOG_SIMPLE 1 /* Executed log prints out dissasembly */
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#define EXE_LOG_SOFTWARE 2 /* Simple with some register output*/
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#define EXE_LOG_SOFTWARE 2 /* Simple with some register output*/
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#define STR_SIZE (256)
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#define STR_SIZE (256)
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struct config {
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struct config {
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struct {
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struct {
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int enabled; /* Is tick timer enabled? */
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int enabled; /* Is tick timer enabled? */
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} tick;
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} tick;
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struct {
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struct {
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int enabled; /* Whether IMMU is enabled */
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int enabled; /* Whether IMMU is enabled */
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int nways; /* Number of ITLB ways */
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int nways; /* Number of ITLB ways */
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int nsets; /* Number of ITLB sets */
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int nsets; /* Number of ITLB sets */
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int pagesize; /* ITLB page size */
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int pagesize; /* ITLB page size */
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int pagesize_log2; /* ITLB page size (log2(pagesize)) */
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int pagesize_log2; /* ITLB page size (log2(pagesize)) */
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oraddr_t page_offset_mask; /* Address mask to get page offset */
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oraddr_t page_offset_mask; /* Address mask to get page offset */
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oraddr_t page_mask; /* Page number mask (diff. from vpn) */
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oraddr_t page_mask; /* Page number mask (diff. from vpn) */
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oraddr_t vpn_mask; /* Address mask to get vpn */
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oraddr_t vpn_mask; /* Address mask to get vpn */
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int lru_reload; /* What to reload the lru value to */
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int lru_reload; /* What to reload the lru value to */
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oraddr_t set_mask; /* Mask to get set of an address */
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oraddr_t set_mask; /* Mask to get set of an address */
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int entrysize; /* ITLB entry size */
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int entrysize; /* ITLB entry size */
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int ustates; /* number of ITLB usage states */
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int ustates; /* number of ITLB usage states */
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int missdelay; /* How much cycles does the miss cost */
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int missdelay; /* How much cycles does the miss cost */
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int hitdelay; /* How much cycles does the hit cost */
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int hitdelay; /* How much cycles does the hit cost */
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} immu;
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} immu;
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struct {
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struct {
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int enabled; /* Whether DMMU is enabled */
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int enabled; /* Whether DMMU is enabled */
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int nways; /* Number of DTLB ways */
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int nways; /* Number of DTLB ways */
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int nsets; /* Number of DTLB sets */
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int nsets; /* Number of DTLB sets */
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int pagesize; /* DTLB page size */
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int pagesize; /* DTLB page size */
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int pagesize_log2; /* DTLB page size (log2(pagesize)) */
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int pagesize_log2; /* DTLB page size (log2(pagesize)) */
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oraddr_t page_offset_mask; /* Address mask to get page offset */
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oraddr_t page_offset_mask; /* Address mask to get page offset */
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oraddr_t page_mask; /* Page number mask (diff. from vpn) */
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oraddr_t page_mask; /* Page number mask (diff. from vpn) */
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oraddr_t vpn_mask; /* Address mask to get vpn */
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oraddr_t vpn_mask; /* Address mask to get vpn */
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int lru_reload; /* What to reload the lru value to */
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int lru_reload; /* What to reload the lru value to */
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oraddr_t set_mask; /* Mask to get set of an address */
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oraddr_t set_mask; /* Mask to get set of an address */
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int entrysize; /* DTLB entry size */
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int entrysize; /* DTLB entry size */
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int ustates; /* number of DTLB usage states */
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int ustates; /* number of DTLB usage states */
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int missdelay; /* How much cycles does the miss cost */
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int missdelay; /* How much cycles does the miss cost */
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int hitdelay; /* How much cycles does the hit cost */
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int hitdelay; /* How much cycles does the hit cost */
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} dmmu;
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} dmmu;
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struct {
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struct {
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int enabled; /* Whether instruction cache is enabled */
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int enabled; /* Whether instruction cache is enabled */
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int nways; /* Number of IC ways */
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int nways; /* Number of IC ways */
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int nsets; /* Number of IC sets */
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int nsets; /* Number of IC sets */
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int blocksize; /* IC entry size */
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int blocksize; /* IC entry size */
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int ustates; /* number of IC usage states */
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int ustates; /* number of IC usage states */
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int missdelay; /* How much cycles does the miss cost */
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int missdelay; /* How much cycles does the miss cost */
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int hitdelay; /* How much cycles does the hit cost */
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int hitdelay; /* How much cycles does the hit cost */
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} ic;
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} ic;
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struct {
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struct {
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int enabled; /* Whether data cache is enabled */
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int enabled; /* Whether data cache is enabled */
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int nways; /* Number of DC ways */
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int nways; /* Number of DC ways */
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int nsets; /* Number of DC sets */
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int nsets; /* Number of DC sets */
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int blocksize; /* DC entry size */
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int blocksize; /* DC entry size */
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int ustates; /* number of DC usage states */
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int ustates; /* number of DC usage states */
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int store_missdelay; /* How much cycles does the store miss cost */
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int store_missdelay; /* How much cycles does the store miss cost */
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int store_hitdelay; /* How much cycles does the store hit cost */
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int store_hitdelay; /* How much cycles does the store hit cost */
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int load_missdelay; /* How much cycles does the load miss cost */
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int load_missdelay; /* How much cycles does the load miss cost */
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int load_hitdelay; /* How much cycles does the load hit cost */
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int load_hitdelay; /* How much cycles does the load hit cost */
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} dc;
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} dc;
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struct {
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struct {
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int enabled; /* branch prediction buffer analysis */
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int enabled; /* branch prediction buffer analysis */
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int sbp_bnf_fwd; /* Static branch prediction for l.bnf uses forward prediction */
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int sbp_bnf_fwd; /* Static branch prediction for l.bnf uses forward prediction */
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int sbp_bf_fwd; /* Static branch prediction for l.bf uses forward prediction */
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int sbp_bf_fwd; /* Static branch prediction for l.bf uses forward prediction */
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int btic; /* branch prediction target insn cache analysis */
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int btic; /* branch prediction target insn cache analysis */
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int missdelay; /* How much cycles does the miss cost */
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int missdelay; /* How much cycles does the miss cost */
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int hitdelay; /* How much cycles does the hit cost */
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int hitdelay; /* How much cycles does the hit cost */
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#if 0
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#if 0
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int nways; /* Number of BP ways */
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int nways; /* Number of BP ways */
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int nsets; /* Number of BP sets */
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int nsets; /* Number of BP sets */
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int blocksize; /* BP entry size */
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int blocksize; /* BP entry size */
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int ustates; /* number of BP usage states */
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int ustates; /* number of BP usage states */
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int pstates; /* number of BP predict states */
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int pstates; /* number of BP predict states */
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#endif
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#endif
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} bpb;
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} bpb;
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struct {
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struct {
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unsigned long upr; /* Unit present register */
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unsigned long upr; /* Unit present register */
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unsigned long ver, rev; /* Version register */
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unsigned long ver, rev; /* Version register */
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int sr; /* Supervision register */
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int sr; /* Supervision register */
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int superscalar; /* superscalara analysis */
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int superscalar; /* superscalara analysis */
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int hazards; /* dependency hazards analysis */
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int hazards; /* dependency hazards analysis */
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int dependstats; /* dependency statistics */
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int dependstats; /* dependency statistics */
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int sbuf_len; /* length of store buffer, zero if disabled */
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int sbuf_len; /* length of store buffer, zero if disabled */
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} cpu;
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} cpu;
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struct {
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struct {
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int debug; /* Simulator debugging */
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int debug; /* Simulator debugging */
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int verbose; /* Force verbose output */
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int verbose; /* Force verbose output */
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int profile; /* Is profiler running */
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int profile; /* Is profiler running */
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char prof_fn[STR_SIZE]; /* Profiler filename */
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char prof_fn[STR_SIZE]; /* Profiler filename */
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int mprofile; /* Is memory profiler running */
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int mprofile; /* Is memory profiler running */
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char mprof_fn[STR_SIZE]; /* Memory profiler filename */
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char mprof_fn[STR_SIZE]; /* Memory profiler filename */
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int history; /* instruction stream history analysis */
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int history; /* instruction stream history analysis */
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int exe_log; /* Print out RTL states? */
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int exe_log; /* Print out RTL states? */
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int exe_log_type; /* Type of log */
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int exe_log_type; /* Type of log */
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int exe_log_start; /* First instruction to log */
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int exe_log_start; /* First instruction to log */
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int exe_log_end; /* Last instruction to log, -1 if continuous */
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int exe_log_end; /* Last instruction to log, -1 if continuous */
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int exe_log_marker; /* If nonzero, place markers before each exe_log_marker instructions */
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int exe_log_marker; /* If nonzero, place markers before each exe_log_marker instructions */
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char exe_log_fn[STR_SIZE]; /* RTL state comparison filename */
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char exe_log_fn[STR_SIZE]; /* RTL state comparison filename */
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char fstdout[STR_SIZE]; /* stdout filename */
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char fstdout[STR_SIZE]; /* stdout filename */
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long clkcycle_ps; /* Clock duration in ps */
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long clkcycle_ps; /* Clock duration in ps */
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long system_kfreq; /* System frequency in kHz*/
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long system_kfreq; /* System frequency in kHz*/
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} sim;
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} sim;
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struct {
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struct {
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int enabled; /* Whether is debug module enabled */
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int enabled; /* Whether is debug module enabled */
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int gdb_enabled; /* Whether is debugging with gdb possible */
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int gdb_enabled; /* Whether is debugging with gdb possible */
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int server_port; /* A user specified port number for services */
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int server_port; /* A user specified port number for services */
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unsigned long vapi_id; /* "Fake" vapi device id for JTAG proxy */
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unsigned long vapi_id; /* "Fake" vapi device id for JTAG proxy */
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} debug;
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} debug;
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struct { /* Verification API, part of Advanced Core Verification */
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struct { /* Verification API, part of Advanced Core Verification */
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int enabled; /* Whether is VAPI module enabled */
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int enabled; /* Whether is VAPI module enabled */
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int server_port; /* A user specified port number for services */
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int server_port; /* A user specified port number for services */
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int log_enabled; /* Whether to log the vapi requests */
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int log_enabled; /* Whether to log the vapi requests */
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int hide_device_id; /* Whether to log device ID for each request */
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int hide_device_id; /* Whether to log device ID for each request */
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char vapi_fn[STR_SIZE]; /* vapi log filename */
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char vapi_fn[STR_SIZE]; /* vapi log filename */
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} vapi;
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} vapi;
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struct {
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struct {
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int enabled; /* Whether power menagement is operational */
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int enabled; /* Whether power menagement is operational */
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} pm;
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} pm;
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struct {
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struct {
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char timings_fn[STR_SIZE]; /* Filename of the timing table */
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char timings_fn[STR_SIZE]; /* Filename of the timing table */
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int memory_order; /* Memory access stricness */
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int memory_order; /* Memory access stricness */
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int calling_convention; /* Whether functions follow standard calling convention */
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int calling_convention; /* Whether functions follow standard calling convention */
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int enable_bursts; /* Whether burst are enabled */
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int enable_bursts; /* Whether burst are enabled */
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int no_multicycle; /* When enabled no multicycle paths are generated */
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int no_multicycle; /* When enabled no multicycle paths are generated */
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} cuc;
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} cuc;
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};
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};
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struct runtime {
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struct runtime {
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struct {
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struct {
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FILE *fprof; /* Profiler file */
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FILE *fprof; /* Profiler file */
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FILE *fmprof; /* Memory profiler file */
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FILE *fmprof; /* Memory profiler file */
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FILE *fexe_log; /* RTL state comparison file */
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FILE *fexe_log; /* RTL state comparison file */
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FILE *fout; /* file for standard output */
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FILE *fout; /* file for standard output */
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int init; /* Whether we are still initilizing sim */
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int init; /* Whether we are still initilizing sim */
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int script_file_specified; /* Whether script file was already loaded */
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int script_file_specified; /* Whether script file was already loaded */
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char *filename; /* Original Command Simulator file (CZ) */
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char *filename; /* Original Command Simulator file (CZ) */
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char script_fn[STR_SIZE]; /* Script file read */
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char script_fn[STR_SIZE]; /* Script file read */
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int iprompt; /* Interactive prompt */
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int iprompt; /* Interactive prompt */
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long long cycles; /* Cycles counts fetch stages */
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long long cycles; /* Cycles counts fetch stages */
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int mem_cycles; /* Each cycle has counter of mem_cycles;
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int mem_cycles; /* Each cycle has counter of mem_cycles;
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this value is joined with cycles
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this value is joined with cycles
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at the end of the cycle; no sim
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at the end of the cycle; no sim
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originated memory accesses should be
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originated memory accesses should be
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performed inbetween. */
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performed inbetween. */
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int loadcycles; /* Load and store stalls */
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int loadcycles; /* Load and store stalls */
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int storecycles;
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int storecycles;
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long long reset_cycles;
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long long reset_cycles;
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int hush; /* Is simulator to do reg dumps */
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int hush; /* Is simulator to do reg dumps */
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} sim;
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} sim;
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/* Command line parameters */
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/* Command line parameters */
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struct {
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struct {
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int profile; /* Whether profiling was enabled */
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int profile; /* Whether profiling was enabled */
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int mprofile; /* Whether memory profiling was enabled */
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int mprofile; /* Whether memory profiling was enabled */
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} simcmd;
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} simcmd;
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struct {
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struct {
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long long instructions; /* Instructions executed */
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long long instructions; /* Instructions executed */
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long long reset_instructions;
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long long reset_instructions;
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int stalled;
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int stalled;
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int hazardwait; /* how many cycles were wasted because of hazards */
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int hazardwait; /* how many cycles were wasted because of hazards */
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int supercycles; /* Superscalar cycles */
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int supercycles; /* Superscalar cycles */
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} cpu;
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} cpu;
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struct { /* Verification API, part of Advanced Core Verification */
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struct { /* Verification API, part of Advanced Core Verification */
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int enabled; /* Whether is VAPI module enabled */
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int enabled; /* Whether is VAPI module enabled */
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FILE *vapi_file; /* vapi file */
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FILE *vapi_file; /* vapi file */
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int server_port; /* A user specified port number for services */
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int server_port; /* A user specified port number for services */
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} vapi;
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} vapi;
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/* CUC configuration parameters */
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/* CUC configuration parameters */
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struct {
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struct {
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int mdelay[4]; /* average memory delays in cycles
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int mdelay[4]; /* average memory delays in cycles
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{read single, read burst, write single, write burst} */
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{read single, read burst, write single, write burst} */
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double cycle_duration; /* in ns */
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double cycle_duration; /* in ns */
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} cuc;
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} cuc;
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};
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};
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extern struct config config;
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extern struct config config;
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#define PRINTF(x...) fprintf (runtime.sim.fout, x)
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#define PRINTF(x...) fprintf (runtime.sim.fout, x)
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extern struct runtime runtime;
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extern struct runtime runtime;
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/* Read environment from a script file. Does not fail - assumes defaukt configuration instead. */
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/* Read environment from a script file. Does not fail - assumes defaukt configuration instead. */
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void read_script_file (char *filename);
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void read_script_file (char *filename);
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/* Executes set sim command. Returns nonzero if error. */
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/* Executes set sim command. Returns nonzero if error. */
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void set_config_command (int argc, char **argv);
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void set_config_command (int argc, char **argv);
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void init_defconfig(void);
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void init_defconfig(void);
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int parse_args(int argc, char *argv[]);
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int parse_args(int argc, char *argv[]);
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void print_config(void);
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void print_config(void);
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void sim_done(void);
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void sim_done(void);
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/* Periodically checks runtime.sim.iprompt to see if ctrl_c has been pressed */
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/* Periodically checks runtime.sim.iprompt to see if ctrl_c has been pressed */
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void check_int(void *dat);
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void check_int(void *dat);
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/* Number of cycles between checks to runtime.sim.iprompt */
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/* Number of cycles between checks to runtime.sim.iprompt */
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#define CHECK_INT_TIME 100000
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#define CHECK_INT_TIME 100000
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/* Resets all subunits */
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/* Resets all subunits */
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void sim_reset(void);
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void sim_reset(void);
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/* Handle the sim commandline */
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/* Handle the sim commandline */
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void handle_sim_command(void);
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void handle_sim_command(void);
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/* Registers a new reset hook, called when sim_reset below is called */
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/* Registers a new reset hook, called when sim_reset below is called */
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void reg_sim_reset(void (*reset_hook)(void *), void *dat);
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void reg_sim_reset(void (*reset_hook)(void *), void *dat);
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/* Registers a status printing callback */
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/* Registers a status printing callback */
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void reg_sim_stat(void (*stat_func)(void *dat), void *dat);
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void reg_sim_stat(void (*stat_func)(void *dat), void *dat);
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union param_val {
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union param_val {
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char *str_val;
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char *str_val;
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int int_val;
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int int_val;
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oraddr_t addr_val;
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oraddr_t addr_val;
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};
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};
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enum param_t {
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enum param_t {
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paramt_none = 0, /* No parameter */
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paramt_none = 0, /* No parameter */
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paramt_str, /* String parameter enclosed in double quotes (") */
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paramt_str, /* String parameter enclosed in double quotes (") */
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paramt_word, /* String parameter NOT enclosed in double quotes */
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paramt_word, /* String parameter NOT enclosed in double quotes */
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paramt_int, /* Integer parameter */
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paramt_int, /* Integer parameter */
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paramt_addr /* Address parameter */
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paramt_addr /* Address parameter */
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};
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};
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struct config_section {
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struct config_section {
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char *name;
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char *name;
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void *(*sec_start)(void);
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void *(*sec_start)(void);
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void (*sec_end)(void *);
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void (*sec_end)(void *);
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void *dat;
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void *dat;
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struct config_param *params;
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struct config_param *params;
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struct config_section *next;
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struct config_section *next;
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};
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};
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/* Register a parameter in a section of the config file */
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/* Register a parameter in a section of the config file */
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void reg_config_param(struct config_section *sec, const char *param,
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void reg_config_param(struct config_section *sec, const char *param,
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enum param_t type,
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enum param_t type,
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void (*param_cb)(union param_val, void*));
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void (*param_cb)(union param_val, void*));
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/* Register a section in the config file */
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/* Register a section in the config file */
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struct config_section *reg_config_sec(const char *section,
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struct config_section *reg_config_sec(const char *section,
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void *(*sec_start)(void),
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void *(*sec_start)(void),
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void (*sec_end)(void *));
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void (*sec_end)(void *));
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extern struct config_section *cur_section;
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extern struct config_section *cur_section;
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#define CONFIG_ERROR(s) {fprintf (stderr, "ERROR: config.%s:%s\n", cur_section->name, s); if (runtime.sim.init) exit (1);}
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#define CONFIG_ERROR(s) {fprintf (stderr, "ERROR: config.%s:%s\n", cur_section->name, s); if (runtime.sim.init) exit (1);}
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/* FIXME: These will disapeer one day... */
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/* FIXME: These will disapeer one day... */
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void reg_mc_sec(void);
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void reg_mc_sec(void);
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void reg_uart_sec(void);
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void reg_uart_sec(void);
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void reg_dma_sec(void);
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void reg_dma_sec(void);
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void reg_memory_sec(void);
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void reg_memory_sec(void);
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void reg_debug_sec(void);
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void reg_debug_sec(void);
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void reg_vapi_sec(void);
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void reg_vapi_sec(void);
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void reg_ethernet_sec(void);
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void reg_ethernet_sec(void);
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void reg_immu_sec(void);
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void reg_immu_sec(void);
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void reg_dmmu_sec(void);
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void reg_dmmu_sec(void);
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void reg_ic_sec(void);
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void reg_ic_sec(void);
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void reg_dc_sec(void);
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void reg_dc_sec(void);
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void reg_gpio_sec(void);
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void reg_gpio_sec(void);
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void reg_bpb_sec(void);
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void reg_bpb_sec(void);
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void reg_pm_sec(void);
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void reg_pm_sec(void);
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void reg_vga_sec(void);
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void reg_vga_sec(void);
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void reg_fb_sec(void);
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void reg_fb_sec(void);
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void reg_kbd_sec(void);
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void reg_kbd_sec(void);
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void reg_ata_sec(void);
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void reg_ata_sec(void);
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void reg_cuc_sec(void);
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void reg_cuc_sec(void);
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void reg_config_secs(void);
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#endif
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#endif
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