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05/09/2024 07:14:12 AM
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Kbuild
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asm-offsets.h
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atomic.h
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atomic_defs.h
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ax88796.h
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barrier.h
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bitops.h
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bug.h
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bugs.h
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busctl-regs.h
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cache.h
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cacheflush.h
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checksum.h
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cmpxchg.h
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cpu-irqs.h
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current.h
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delay.h
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div64.h
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dma.h
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elf.h
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emergency-restart.h
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fpu.h
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futex.h
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gdb-stub.h
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gpio-regs.h
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hardirq.h
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highmem.h
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hw_irq.h
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io.h
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irc-regs.h
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irq.h
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irq_regs.h
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irqflags.h
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kdebug.h
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kmap_types.h
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local64.h
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math-emu.h
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mb-regs.h
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mb86943a.h
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mb93091-fpga-irqs.h
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mb93093-fpga-irqs.h
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mb93493-irqs.h
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mb93493-regs.h
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mem-layout.h
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mmu.h
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module.h
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page.h
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pci.h
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percpu.h
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perf_event.h
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pgalloc.h
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segment.h
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serial-regs.h
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serial.h
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setup.h
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shmparam.h
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signal.h
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smp.h
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spinlock.h
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spr-regs.h
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string.h
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switch_to.h
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syscall.h
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termios.h
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thread_info.h
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timer-regs.h
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timex.h
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tlb.h
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tlbflush.h
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topology.h
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types.h
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uaccess.h
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ucontext.h
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unaligned.h
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unistd.h
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user.h
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vga.h
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virtconvert.h
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xor.h
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Editing: user.h
Close
/* user.h: FR-V core file format stuff * * Copyright (C) 2003 Red Hat, Inc. All Rights Reserved. * Written by David Howells (dhowells@redhat.com) * * 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; either version * 2 of the License, or (at your option) any later version. */ #ifndef _ASM_USER_H #define _ASM_USER_H #include <asm/page.h> #include <asm/registers.h> /* Core file format: The core file is written in such a way that gdb * can understand it and provide useful information to the user (under * linux we use the 'trad-core' bfd). There are quite a number of * obstacles to being able to view the contents of the floating point * registers, and until these are solved you will not be able to view * the contents of them. Actually, you can read in the core file and * look at the contents of the user struct to find out what the * floating point registers contain. * * The actual file contents are as follows: * UPAGE: * 1 page consisting of a user struct that tells gdb what is present * in the file. Directly after this is a copy of the task_struct, * which is currently not used by gdb, but it may come in useful at * some point. All of the registers are stored as part of the * upage. The upage should always be only one page. * * DATA: * The data area is stored. We use current->end_text to * current->brk to pick up all of the user variables, plus any * memory that may have been malloced. No attempt is made to * determine if a page is demand-zero or if a page is totally * unused, we just cover the entire range. All of the addresses are * rounded in such a way that an integral number of pages is * written. * * STACK: * We need the stack information in order to get a meaningful * backtrace. We need to write the data from (esp) to * current->start_stack, so we round each of these off in order to * be able to write an integer number of pages. The minimum core * file size is 3 pages, or 12288 bytes. */ /* When the kernel dumps core, it starts by dumping the user struct - * this will be used by gdb to figure out where the data and stack segments * are within the file, and what virtual addresses to use. */ struct user { /* We start with the registers, to mimic the way that "memory" is returned * from the ptrace(3,...) function. */ struct user_context regs; /* The rest of this junk is to help gdb figure out what goes where */ unsigned long u_tsize; /* Text segment size (pages). */ unsigned long u_dsize; /* Data segment size (pages). */ unsigned long u_ssize; /* Stack segment size (pages). */ unsigned long start_code; /* Starting virtual address of text. */ unsigned long start_stack; /* Starting virtual address of stack area. * This is actually the bottom of the stack, * the top of the stack is always found in the * esp register. */ long int signal; /* Signal that caused the core dump. */ unsigned long magic; /* To uniquely identify a core file */ char u_comm[32]; /* User command that was responsible */ }; #define NBPG PAGE_SIZE #define UPAGES 1 #define HOST_TEXT_START_ADDR (u.start_code) #define HOST_STACK_END_ADDR (u.start_stack + u.u_ssize * NBPG) #endif