ea9d20a250
Created the framework for using different loadable panic handlers, loaded by the bootloader. Initial panic handler is panic.serial, which contains its own serial driver and stacktrace code. Other related changes: - Asserts are now based on the NMI handler - panic handlers get installed as the NMI interrupt handler - Changed symbol table generation: now use nm's own demangling and sorting, and include symbol size in the table - Move the linker script argument out of the kernel target, and into the kernel's specific module, so that other programs (ie, panic handlers) can use the kernel target as well - Some asm changes to boot.s to help GDB see stack frames - but this might not actually be all that useful - Renamed user_rsp to just rsp in cpu_state - everything in there is describing the 'user' state
29 lines
689 B
C
29 lines
689 B
C
#pragma once
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/// \file debug.h
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/// Debugging utilities
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#include <stdint.h>
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struct cpu_state;
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extern "C" {
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uintptr_t get_rsp();
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uintptr_t get_rip();
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uintptr_t get_caller();
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uintptr_t get_grandcaller();
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uintptr_t get_frame(int frame);
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uintptr_t get_gsbase();
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void _halt();
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}
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extern size_t __counter_syscall_enter;
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extern size_t __counter_syscall_sysret;
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void print_regs(const cpu_state ®s);
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void print_stack(const cpu_state ®s);
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#define print_regL(name, value) cons->printf(" %s: %016lx", name, (value));
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#define print_regM(name, value) cons->printf(" %s: %016lx", name, (value));
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#define print_regR(name, value) cons->printf(" %s: %016lx\n", name, (value));
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