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Update.
1998-10-09 Ulrich Drepper <drepper@cygnus.com> * sysdeps/i386/i686/pt-machine.h: Remove unused inline definitions.
This commit is contained in:
Ulrich Drepper
59
sysdeps/unix/sysv/linux/arm/bits/armsigctx.h
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59
sysdeps/unix/sysv/linux/arm/bits/armsigctx.h
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@ -0,0 +1,59 @@
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/* Definition of `struct sigcontext' for Linux/ARM
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Copyright (C) 1996, 1997, 1998 Free Software Foundation, Inc.
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This file is part of the GNU C Library.
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The GNU C Library is free software; you can redistribute it and/or
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modify it under the terms of the GNU Library General Public License as
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published by the Free Software Foundation; either version 2 of the
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License, or (at your option) any later version.
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The GNU C Library 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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MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
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Library General Public License for more details.
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You should have received a copy of the GNU Library General Public
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License along with the GNU C Library; see the file COPYING.LIB. If not,
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write to the Free Software Foundation, Inc., 59 Temple Place - Suite 330,
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Boston, MA 02111-1307, USA. */
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/* The format of struct sigcontext changed between 2.0 and 2.1 kernels.
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Fortunately 2.0 puts a magic number in the first word and this is not
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a legal value for `trap_no', so we can tell them apart. */
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union k_sigcontext
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{
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struct
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{
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unsigned long int trap_no;
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unsigned long int error_code;
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unsigned long int oldmask;
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unsigned long int arm_r0;
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unsigned long int arm_r1;
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unsigned long int arm_r2;
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unsigned long int arm_r3;
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unsigned long int arm_r4;
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unsigned long int arm_r5;
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unsigned long int arm_r6;
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unsigned long int arm_r7;
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unsigned long int arm_r8;
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unsigned long int arm_r9;
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unsigned long int arm_r10;
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unsigned long int arm_fp;
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unsigned long int arm_ip;
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unsigned long int arm_sp;
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unsigned long int arm_lr;
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unsigned long int arm_pc;
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unsigned long int arm_cpsr;
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} v21;
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struct
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{
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unsigned long int magic;
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struct pt_regs reg;
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unsigned long int trap_no;
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unsigned long int error_code;
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unsigned long int oldmask;
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} v20;
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};
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#define SIGCONTEXT_2_0_MAGIC 0x4B534154
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@ -19,51 +19,13 @@
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#include <signal.h>
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#include <asm/ptrace.h>
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union k_sigcontext
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{
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struct
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{
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unsigned long int trap_no;
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unsigned long int error_code;
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unsigned long int oldmask;
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unsigned long int arm_r0;
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unsigned long int arm_r1;
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unsigned long int arm_r2;
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unsigned long int arm_r3;
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unsigned long int arm_r4;
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unsigned long int arm_r5;
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unsigned long int arm_r6;
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unsigned long int arm_r7;
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unsigned long int arm_r8;
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unsigned long int arm_r9;
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unsigned long int arm_r10;
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unsigned long int arm_fp;
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unsigned long int arm_ip;
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unsigned long int arm_sp;
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unsigned long int arm_lr;
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unsigned long int arm_pc;
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unsigned long int arm_cpsr;
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} v21;
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struct
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{
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unsigned long int magic;
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struct pt_regs reg;
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unsigned long int trap_no;
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unsigned long int error_code;
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unsigned long int oldmask;
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} v20;
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};
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#include <bits/armsigctx.h>
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void
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profil_counter (int signo, int _a2, int _a3, int _a4, union k_sigcontext sc)
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{
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/* The format of struct sigcontext changed between 2.0 and 2.1 kernels.
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Fortunately 2.0 puts a magic number in the first word and this is not
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a legal value for `trap_no', so we can tell them apart. */
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void *pc;
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if (sc.v20.magic == 0x4B534154)
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if (sc.v20.magic == SIGCONTEXT_2_0_MAGIC)
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pc = (void *) sc.v20.reg.ARM_pc;
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else
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pc = (void *) sc.v21.arm_pc;
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@ -20,6 +20,7 @@
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#include <sys/uio.h>
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#include <stdio-common/_itoa.h>
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#include <bits/armsigctx.h>
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/* We will print the register dump in this format:
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@ -43,7 +44,7 @@ hexvalue (unsigned long int value, char *buf, size_t len)
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}
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static void
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register_dump (int fd, struct sigcontext *ctx)
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register_dump (int fd, union k_sigcontext *ctx)
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{
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char regs[20][8];
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struct iovec iov[97];
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@ -59,26 +60,52 @@ register_dump (int fd, struct sigcontext *ctx)
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++nr
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/* Generate strings of register contents. */
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hexvalue (ctx->arm_r0, regs[0], 8);
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hexvalue (ctx->arm_r1, regs[1], 8);
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hexvalue (ctx->arm_r2, regs[2], 8);
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hexvalue (ctx->arm_r3, regs[3], 8);
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hexvalue (ctx->arm_r4, regs[4], 8);
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hexvalue (ctx->arm_r5, regs[5], 8);
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hexvalue (ctx->arm_r6, regs[6], 8);
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hexvalue (ctx->arm_r7, regs[7], 8);
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hexvalue (ctx->arm_r8, regs[8], 8);
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hexvalue (ctx->arm_r9, regs[9], 8);
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hexvalue (ctx->arm_r10, regs[10], 4);
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hexvalue (ctx->arm_fp, regs[11], 4);
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hexvalue (ctx->arm_ip, regs[12], 4);
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hexvalue (ctx->arm_sp, regs[13], 4);
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hexvalue (ctx->arm_lr, regs[14], 4);
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hexvalue (ctx->arm_pc, regs[15], 4);
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hexvalue (ctx->arm_cpsr, regs[16], 8);
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hexvalue (ctx->trap_no, regs[17], 8);
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hexvalue (ctx->error_code, regs[18], 8);
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hexvalue (ctx->old_mask, regs[19], 8);
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if (ctx->v20.magic == SIGCONTEXT_2_0_MAGIC)
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{
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hexvalue (ctx->v20.reg.ARM_r0, regs[0], 8);
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hexvalue (ctx->v20.reg.ARM_r1, regs[1], 8);
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hexvalue (ctx->v20.reg.ARM_r2, regs[2], 8);
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hexvalue (ctx->v20.reg.ARM_r3, regs[3], 8);
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hexvalue (ctx->v20.reg.ARM_r4, regs[4], 8);
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hexvalue (ctx->v20.reg.ARM_r5, regs[5], 8);
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hexvalue (ctx->v20.reg.ARM_r6, regs[6], 8);
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hexvalue (ctx->v20.reg.ARM_r7, regs[7], 8);
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hexvalue (ctx->v20.reg.ARM_r8, regs[8], 8);
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hexvalue (ctx->v20.reg.ARM_r9, regs[9], 8);
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hexvalue (ctx->v20.reg.ARM_r10, regs[10], 4);
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hexvalue (ctx->v20.reg.ARM_fp, regs[11], 4);
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hexvalue (ctx->v20.reg.ARM_ip, regs[12], 4);
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hexvalue (ctx->v20.reg.ARM_sp, regs[13], 4);
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hexvalue (ctx->v20.reg.ARM_lr, regs[14], 4);
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hexvalue (ctx->v20.reg.ARM_pc, regs[15], 4);
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hexvalue (ctx->v20.reg.ARM_cpsr, regs[16], 8);
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hexvalue (ctx->v20.trap_no, regs[17], 8);
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hexvalue (ctx->v20.error_code, regs[18], 8);
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hexvalue (ctx->v20.oldmask, regs[19], 8);
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}
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else
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{
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hexvalue (ctx->v21.arm_r0, regs[0], 8);
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hexvalue (ctx->v21.arm_r1, regs[1], 8);
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hexvalue (ctx->v21.arm_r2, regs[2], 8);
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hexvalue (ctx->v21.arm_r3, regs[3], 8);
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hexvalue (ctx->v21.arm_r4, regs[4], 8);
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hexvalue (ctx->v21.arm_r5, regs[5], 8);
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hexvalue (ctx->v21.arm_r6, regs[6], 8);
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hexvalue (ctx->v21.arm_r7, regs[7], 8);
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hexvalue (ctx->v21.arm_r8, regs[8], 8);
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hexvalue (ctx->v21.arm_r9, regs[9], 8);
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hexvalue (ctx->v21.arm_r10, regs[10], 4);
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hexvalue (ctx->v21.arm_fp, regs[11], 4);
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hexvalue (ctx->v21.arm_ip, regs[12], 4);
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hexvalue (ctx->v21.arm_sp, regs[13], 4);
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hexvalue (ctx->v21.arm_lr, regs[14], 4);
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hexvalue (ctx->v21.arm_pc, regs[15], 4);
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hexvalue (ctx->v21.arm_cpsr, regs[16], 8);
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hexvalue (ctx->v21.trap_no, regs[17], 8);
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hexvalue (ctx->v21.error_code, regs[18], 8);
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hexvalue (ctx->v21.oldmask, regs[19], 8);
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}
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/* Generate the output. */
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ADD_STRING ("Register dump:\n\n R0: ");
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@ -227,7 +227,7 @@ enum
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SCM_CREDENTIALS = 0x02, /* Credentials passing. */
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# define SCM_CREDENTIALS SCM_CREDENTIALS
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#endif
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__SCM_CONNECT = 0x03, /* Data array is `struct scm_connect'. */
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__SCM_CONNECT = 0x03 /* Data array is `struct scm_connect'. */
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};
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/* User visible structure for SCM_CREDENTIALS message */
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