4.3BSD-Reno/src/sys/hp300/genassym.c
/*
* Copyright (c) 1982, 1990 The Regents of the University of California.
* All rights reserved.
*
* Redistribution is only permitted until one year after the first shipment
* of 4.4BSD by the Regents. Otherwise, redistribution and use in source and
* binary forms are permitted provided that: (1) source distributions retain
* this entire copyright notice and comment, and (2) distributions including
* binaries display the following acknowledgement: This product includes
* software developed by the University of California, Berkeley and its
* contributors'' in the documentation or other materials provided with the
* distribution and in all advertising materials mentioning features or use
* of this software. Neither the name of the University nor the names of
* its contributors may be used to endorse or promote products derived from
* this software without specific prior written permission.
* THIS SOFTWARE IS PROVIDED AS IS'' AND WITHOUT ANY EXPRESS OR IMPLIED
* WARRANTIES, INCLUDING, WITHOUT LIMITATION, THE IMPLIED WARRANTIES OF
* MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE.
*
* @(#)genassym.c 7.2 (Berkeley) 6/22/90
*/
#define KERNEL
#include "pte.h"
#include "param.h"
#include "buf.h"
#include "vmmeter.h"
#include "vmparam.h"
#include "user.h"
#include "cmap.h"
#include "map.h"
#include "proc.h"
#include "text.h"
#include "mbuf.h"
#include "msgbuf.h"
#include "cpu.h"
#include "trap.h"
#include "psl.h"
#include "reg.h"
#include "clockreg.h"
#include "syscall.h"
main()
{
register struct proc *p = (struct proc *)0;
register struct vmmeter *vm = (struct vmmeter *)0;
register struct user *up = (struct user *)0;
register struct rusage *rup = (struct rusage *)0;
struct text *tp = (struct text *)0;
struct pcb *pcb = (struct pcb *)0;
register unsigned i;
printf("#define\tP_LINK %d\n", &p->p_link);
printf("#define\tP_RLINK %d\n", &p->p_rlink);
printf("#define\tP_XLINK %d\n", &p->p_xlink);
printf("#define\tP_ADDR %d\n", &p->p_addr);
printf("#define\tP_PRI %d\n", &p->p_pri);
printf("#define\tP_STAT %d\n", &p->p_stat);
printf("#define\tP_WCHAN %d\n", &p->p_wchan);
printf("#define\tP_TSIZE %d\n", &p->p_tsize);
printf("#define\tP_DSIZE %d\n", &p->p_dsize);
printf("#define\tP_SSIZE %d\n", &p->p_ssize);
printf("#define\tP_P0BR %d\n", &p->p_p0br);
printf("#define\tP_SZPT %d\n", &p->p_szpt);
printf("#define\tP_TEXTP %d\n", &p->p_textp);
printf("#define\tP_FLAG %d\n", &p->p_flag);
printf("#define\tSSLEEP %d\n", SSLEEP);
printf("#define\tSRUN %d\n", SRUN);
printf("#define\tX_CADDR %d\n", &tp->x_caddr);
printf("#define\tV_SWTCH %d\n", &vm->v_swtch);
printf("#define\tV_TRAP %d\n", &vm->v_trap);
printf("#define\tV_SYSCALL %d\n", &vm->v_syscall);
printf("#define\tV_INTR %d\n", &vm->v_intr);
printf("#define\tV_SOFT %d\n", &vm->v_soft);
printf("#define\tV_PDMA %d\n", &vm->v_pdma);
printf("#define\tV_FAULTS %d\n", &vm->v_faults);
printf("#define\tV_PGREC %d\n", &vm->v_pgrec);
printf("#define\tV_FASTPGREC %d\n", &vm->v_fastpgrec);
printf("#define\tUPAGES %d\n", UPAGES);
printf("#define\tHIGHPAGES %d\n", HIGHPAGES);
printf("#define\tP1PAGES %d\n", P1PAGES);
printf("#define\tCLSIZE %d\n", CLSIZE);
printf("#define\tNBPG %d\n", NBPG);
printf("#define\tPGSHIFT %d\n", PGSHIFT);
printf("#define\tSYSPTSIZE %d\n", SYSPTSIZE);
printf("#define\tUSRPTSIZE %d\n", USRPTSIZE);
printf("#define\tUSRIOSIZE %d\n", USRIOSIZE);
#ifdef SYSVSHM
printf("#define\tSHMMAXPGS %d\n", SHMMAXPGS);
#endif
printf("#define\tUSRSTACK %d\n", USRSTACK);
printf("#define\tMSGBUFPTECNT %d\n", btoc(sizeof (struct msgbuf)));
printf("#define\tNMBCLUSTERS %d\n", NMBCLUSTERS);
printf("#define\tMCLBYTES %d\n", MCLBYTES);
printf("#define\tNKMEMCLUSTERS %d\n", NKMEMCLUSTERS);
printf("#define\tU_PROCP %d\n", &up->u_procp);
printf("#define\tU_RU %d\n", &up->u_ru);
printf("#define\tU_PROF %d\n", &up->u_prof);
printf("#define\tU_PROFSCALE %d\n", &up->u_prof.pr_scale);
printf("#define\tRU_MINFLT %d\n", &rup->ru_minflt);
printf("#define\tT_BUSERR %d\n", T_BUSERR);
printf("#define\tT_ADDRERR %d\n", T_ADDRERR);
printf("#define\tT_ILLINST %d\n", T_ILLINST);
printf("#define\tT_ZERODIV %d\n", T_ZERODIV);
printf("#define\tT_CHKINST %d\n", T_CHKINST);
printf("#define\tT_TRAPVINST %d\n", T_TRAPVINST);
printf("#define\tT_PRIVINST %d\n", T_PRIVINST);
printf("#define\tT_TRACE %d\n", T_TRACE);
printf("#define\tT_MMUFLT %d\n", T_MMUFLT);
printf("#define\tT_SSIR %d\n", T_SSIR);
printf("#define\tT_FMTERR %d\n", T_FMTERR);
printf("#define\tT_COPERR %d\n", T_COPERR);
printf("#define\tT_FPERR %d\n", T_FPERR);
printf("#define\tT_ASTFLT %d\n", T_ASTFLT);
printf("#define\tT_TRAP15 %d\n", T_TRAP15);
printf("#define\tPSL_S %d\n", PSL_S);
printf("#define\tPSL_IPL7 %d\n", PSL_IPL7);
printf("#define\tPSL_LOWIPL %d\n", PSL_LOWIPL);
printf("#define\tPSL_HIGHIPL %d\n", PSL_HIGHIPL);
printf("#define\tPSL_USER %d\n", PSL_USER);
printf("#define\tSPL1 %d\n", PSL_S | PSL_IPL1);
printf("#define\tSPL2 %d\n", PSL_S | PSL_IPL2);
printf("#define\tSPL3 %d\n", PSL_S | PSL_IPL3);
printf("#define\tSPL4 %d\n", PSL_S | PSL_IPL4);
printf("#define\tSPL5 %d\n", PSL_S | PSL_IPL5);
printf("#define\tSPL6 %d\n", PSL_S | PSL_IPL6);
printf("#define\tFC_USERD %d\n", FC_USERD);
printf("#define\tFC_PURGE %d\n", FC_PURGE);
printf("#define\tMAXADDR %d\n", MAXADDR);
printf("#define\tIOMAPSIZE %d\n", IOMAPSIZE);
printf("#define\tIOBASE %d\n", IOBASE);
printf("#define\tMMUSTAT %d\n", MMUSTAT);
printf("#define\tMMUCMD %d\n", MMUCMD);
printf("#define\tMMUSSTP %d\n", MMUSSTP);
printf("#define\tMMUUSTP %d\n", MMUUSTP);
printf("#define\tMMUTBINVAL %d\n", MMUTBINVAL);
printf("#define\tMMU_BERR %d\n", MMU_BERR);
printf("#define\tMMU_ENAB %d\n", MMU_ENAB);
printf("#define\tMMU_FAULT %d\n", MMU_FAULT);
printf("#define\tMMU_CEN %d\n", MMU_CEN);
printf("#define\tMMU_IEN %d\n", MMU_IEN);
printf("#define\tMMU_FPE %d\n", MMU_FPE);
printf("#define\tCACHE_ON %d\n", CACHE_ON);
printf("#define\tCACHE_OFF %d\n", CACHE_OFF);
printf("#define\tCACHE_CLR %d\n", CACHE_CLR);
printf("#define\tIC_CLEAR %d\n", IC_CLEAR);
printf("#define\tDC_CLEAR %d\n", DC_CLEAR);
printf("#define\tPG_V %d\n", PG_V);
printf("#define\tPG_NV %d\n", PG_NV);
printf("#define\tPG_RO %d\n", PG_RO);
printf("#define\tPG_RW %d\n", PG_RW);
printf("#define\tPG_CI %d\n", PG_CI);
printf("#define\tPG_PROT %d\n", PG_PROT);
printf("#define\tPG_FRAME %d\n", PG_FRAME);
printf("#define\tSG_V %d\n", SG_V);
printf("#define\tSG_NV %d\n", SG_NV);
printf("#define\tSG_RW %d\n", SG_RW);
printf("#define\tSG_FRAME %d\n", SG_FRAME);
printf("#define\tPCB_FLAGS %d\n", &pcb->pcb_flags);
printf("#define\tPCB_PS %d\n", &pcb->pcb_ps);
printf("#define\tPCB_USTP %d\n", &pcb->pcb_ustp);
printf("#define\tPCB_USP %d\n", &pcb->pcb_usp);
printf("#define\tPCB_REGS %d\n", pcb->pcb_regs);
printf("#define\tPCB_P0BR %d\n", &pcb->pcb_p0br);
printf("#define\tPCB_P0LR %d\n", &pcb->pcb_p0lr);
printf("#define\tPCB_P1BR %d\n", &pcb->pcb_p1br);
printf("#define\tPCB_P1LR %d\n", &pcb->pcb_p1lr);
printf("#define\tPCB_SZPT %d\n", &pcb->pcb_szpt);
printf("#define\tPCB_CMAP2 %d\n", &pcb->pcb_cmap2);
printf("#define\tPCB_SSWAP %d\n", &pcb->pcb_sswap);
printf("#define\tPCB_SIGC %d\n", pcb->pcb_sigc);
printf("#define\tPCB_ONFAULT %d\n", &pcb->pcb_onfault);
printf("#define\tPCB_FPCTX %d\n", &pcb->pcb_fpregs);
printf("#define\tSP %d\n", SP);
printf("#define\tB_READ %d\n", B_READ);
printf("#define\tENOENT %d\n", ENOENT);
printf("#define\tEFAULT %d\n", EFAULT);
printf("#define\tCLKCR1 %d\n", CLKCR1);
printf("#define\tCLKCR2 %d\n", CLKCR2);
printf("#define\tCLKCR3 %d\n", CLKCR3);
printf("#define\tCLKSR %d\n", CLKSR);
printf("#define\tCLKMSB1 %d\n", CLKMSB1);
printf("#define\tCLKMSB2 %d\n", CLKMSB2);
printf("#define\tCLKMSB3 %d\n", CLKMSB3);
printf("#define\tSYS_exit %d\n", SYS_exit);
printf("#define\tSYS_execv %d\n", SYS_execv);
printf("#define\tSYS_sigreturn %d\n", SYS_sigreturn);
for (i = 0; i < 32; i++) {
if ((1 << i) & SPTECHG)
printf("#define\tSPTECHGB %d\n", i);
if ((1 << i) & PCB_AST)
printf("#define\tPCB_ASTB %d\n", i);
if ((1 << i) & PCB_HPUXTRACE)
printf("#define\tPCB_TRCB %d\n", i);
}
exit(0);
}