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Show First 20 Lines • Show All 177 Lines • ▼ Show 20 Lines	gdb_cpu_setreg(int regnum, void *val)
}		}
}		}

int		int
gdb_cpu_signal(int type, int code)		gdb_cpu_signal(int type, int code)
{		{

switch (type & ~T_USER) {		switch (type & ~T_USER) {
case 0: return (SIGFPE); /* Divide by zero. */		case T_BPTFLT: return (SIGTRAP);
case 1: return (SIGTRAP); /* Debug exception. */		case T_ARITHTRAP: return (SIGFPE);
case 3: return (SIGTRAP); /* Breakpoint. */		case T_PROTFLT: return (SIGSEGV);
case 4: return (SIGSEGV); /* into instr. (overflow). */		case T_TRCTRAP: return (SIGTRAP);
case 5: return (SIGURG); /* bound instruction. */		case T_PAGEFLT: return (SIGSEGV);
case 6: return (SIGILL); /* Invalid opcode. */		case T_DIVIDE: return (SIGFPE);
case 7: return (SIGFPE); /* Coprocessor not present. */		case T_NMI: return (SIGTRAP);
case 8: return (SIGEMT); /* Double fault. */		case T_FPOPFLT: return (SIGILL);
case 9: return (SIGSEGV); /* Coprocessor segment overrun. */		case T_TSSFLT: return (SIGSEGV);
case 10: return (SIGTRAP); /* Invalid TSS (also single-step). */		case T_SEGNPFLT: return (SIGSEGV);
case 11: return (SIGSEGV); /* Segment not present. */		case T_STKFLT: return (SIGSEGV);
case 12: return (SIGSEGV); /* Stack exception. */		case T_XMMFLT: return (SIGFPE);
case 13: return (SIGSEGV); /* General protection. */
case 14: return (SIGSEGV); /* Page fault. */
case 16: return (SIGEMT); /* Coprocessor error. */
}		}
return (SIGEMT);		return (SIGEMT);
}		}

void *		void *
gdb_begin_write(void)		gdb_begin_write(void)
{		{

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