6f77685609
mainly in the kernel and headers. This split based on work by Ingmar Alting <iaalting@cs.vu.nl> done for his Minix PowerPC architecture port. . kernel does not program the interrupt controller directly, do any other architecture-dependent operations, or contain assembly any more, but uses architecture-dependent functions in arch/$(ARCH)/. . architecture-dependent constants and types defined in arch/$(ARCH)/include. . <ibm/portio.h> moved to <minix/portio.h>, as they have become, for now, architecture-independent functions. . int86, sdevio, readbios, and iopenable are now i386-specific kernel calls and live in arch/i386/do_* now. . i386 arch now supports even less 86 code; e.g. mpx86.s and klib86.s have gone, and 'machine.protected' is gone (and always taken to be 1 in i386). If 86 support is to return, it should be a new architecture. . prototypes for the architecture-dependent functions defined in kernel/arch/$(ARCH)/*.c but used in kernel/ are in kernel/proto.h . /etc/make.conf included in makefiles and shell scripts that need to know the building architecture; it defines ARCH=<arch>, currently only i386. . some basic per-architecture build support outside of the kernel (lib) . in clock.c, only dequeue a process if it was ready . fixes for new include files files deleted: . mpx/klib.s - only for choosing between mpx/klib86 and -386 . klib86.s - only for 86 i386-specific files files moved (or arch-dependent stuff moved) to arch/i386/: . mpx386.s (entry point) . klib386.s . sconst.h . exception.c . protect.c . protect.h . i8269.c
66 lines
2 KiB
C
Executable file
66 lines
2 KiB
C
Executable file
#ifndef TYPE_H
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#define TYPE_H
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#include <minix/com.h>
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typedef _PROTOTYPE( void task_t, (void) );
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/* Process table and system property related types. */
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typedef int proc_nr_t; /* process table entry number */
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typedef short sys_id_t; /* system process index */
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typedef struct { /* bitmap for system indexes */
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bitchunk_t chunk[BITMAP_CHUNKS(NR_SYS_PROCS)];
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} sys_map_t;
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struct boot_image {
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proc_nr_t proc_nr; /* process number to use */
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task_t *initial_pc; /* start function for tasks */
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int flags; /* process flags */
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unsigned char quantum; /* quantum (tick count) */
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int priority; /* scheduling priority */
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int stksize; /* stack size for tasks */
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short trap_mask; /* allowed system call traps */
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bitchunk_t ipc_to; /* send mask protection */
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int *k_calls; /* kern. call protection */
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int nr_k_calls;
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char proc_name[P_NAME_LEN]; /* name in process table */
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endpoint_t endpoint; /* endpoint number when started */
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};
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struct memory {
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phys_clicks base; /* start address of chunk */
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phys_clicks size; /* size of memory chunk */
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};
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/* The kernel outputs diagnostic messages in a circular buffer. */
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struct kmessages {
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int km_next; /* next index to write */
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int km_size; /* current size in buffer */
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char km_buf[KMESS_BUF_SIZE]; /* buffer for messages */
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};
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struct randomness {
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struct {
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int r_next; /* next index to write */
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int r_size; /* number of random elements */
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unsigned short r_buf[RANDOM_ELEMENTS]; /* buffer for random info */
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} bin[RANDOM_SOURCES];
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};
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typedef unsigned long irq_policy_t;
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typedef unsigned long irq_id_t;
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typedef struct irq_hook {
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struct irq_hook *next; /* next hook in chain */
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int (*handler)(struct irq_hook *); /* interrupt handler */
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int irq; /* IRQ vector number */
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int id; /* id of this hook */
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int proc_nr_e; /* (endpoint) NONE if not in use */
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irq_id_t notify_id; /* id to return on interrupt */
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irq_policy_t policy; /* bit mask for policy */
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} irq_hook_t;
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typedef int (*irq_handler_t)(struct irq_hook *);
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#endif /* TYPE_H */
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