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Diffstat (limited to 'sim/common/sim-core.c')
| -rw-r--r-- | sim/common/sim-core.c | 836 |
1 files changed, 0 insertions, 836 deletions
diff --git a/sim/common/sim-core.c b/sim/common/sim-core.c deleted file mode 100644 index f7579c40a98..00000000000 --- a/sim/common/sim-core.c +++ /dev/null @@ -1,836 +0,0 @@ -/* This file is part of the program psim. - - Copyright (C) 1994-1997, Andrew Cagney <cagney@highland.com.au> - - 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. - - This program is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU General Public License for more details. - - You should have received a copy of the GNU General Public License - along with this program; if not, write to the Free Software - Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. - - */ - - -#ifndef SIM_CORE_C -#define SIM_CORE_C - -#include "sim-main.h" -#include "sim-assert.h" - -#if (WITH_HW) -#include "sim-hw.h" -#endif - -/* "core" module install handler. - - This is called via sim_module_install to install the "core" - subsystem into the simulator. */ - -#if EXTERN_SIM_CORE_P -static MODULE_INIT_FN sim_core_init; -static MODULE_UNINSTALL_FN sim_core_uninstall; -#endif - -#if EXTERN_SIM_CORE_P -SIM_RC -sim_core_install (SIM_DESC sd) -{ - SIM_ASSERT (STATE_MAGIC (sd) == SIM_MAGIC_NUMBER); - - /* establish the other handlers */ - sim_module_add_uninstall_fn (sd, sim_core_uninstall); - sim_module_add_init_fn (sd, sim_core_init); - - /* establish any initial data structures - none */ - return SIM_RC_OK; -} -#endif - - -/* Uninstall the "core" subsystem from the simulator. */ - -#if EXTERN_SIM_CORE_P -static void -sim_core_uninstall (SIM_DESC sd) -{ - sim_core *core = STATE_CORE(sd); - unsigned map; - /* blow away any mappings */ - for (map = 0; map < nr_maps; map++) { - sim_core_mapping *curr = core->common.map[map].first; - while (curr != NULL) { - sim_core_mapping *tbd = curr; - curr = curr->next; - if (tbd->free_buffer != NULL) { - SIM_ASSERT(tbd->buffer != NULL); - zfree(tbd->free_buffer); - } - zfree(tbd); - } - core->common.map[map].first = NULL; - } -} -#endif - - -#if EXTERN_SIM_CORE_P -static SIM_RC -sim_core_init (SIM_DESC sd) -{ - /* Nothing to do */ - return SIM_RC_OK; -} -#endif - - - -#ifndef SIM_CORE_SIGNAL -#define SIM_CORE_SIGNAL(SD,CPU,CIA,MAP,NR_BYTES,ADDR,TRANSFER,ERROR) \ -sim_core_signal ((SD), (CPU), (CIA), (MAP), (NR_BYTES), (ADDR), (TRANSFER), (ERROR)) -#endif - -#if EXTERN_SIM_CORE_P -void -sim_core_signal (SIM_DESC sd, - sim_cpu *cpu, - sim_cia cia, - unsigned map, - int nr_bytes, - address_word addr, - transfer_type transfer, - sim_core_signals sig) -{ - const char *copy = (transfer == read_transfer ? "read" : "write"); - address_word ip = CIA_ADDR (cia); - switch (sig) - { - case sim_core_unmapped_signal: - sim_io_eprintf (sd, "core: %d byte %s to unmapped address 0x%lx at 0x%lx\n", - nr_bytes, copy, (unsigned long) addr, (unsigned long) ip); - sim_engine_halt (sd, cpu, NULL, cia, sim_stopped, SIM_SIGSEGV); - break; - case sim_core_unaligned_signal: - sim_io_eprintf (sd, "core: %d byte misaligned %s to address 0x%lx at 0x%lx\n", - nr_bytes, copy, (unsigned long) addr, (unsigned long) ip); - sim_engine_halt (sd, cpu, NULL, cia, sim_stopped, SIM_SIGBUS); - break; - default: - sim_engine_abort (sd, cpu, cia, - "sim_core_signal - internal error - bad switch"); - } -} -#endif - - -#if EXTERN_SIM_CORE_P -static sim_core_mapping * -new_sim_core_mapping (SIM_DESC sd, - int level, - int space, - address_word addr, - address_word nr_bytes, - unsigned modulo, -#if WITH_HW - struct hw *device, -#else - device *device, -#endif - void *buffer, - void *free_buffer) -{ - sim_core_mapping *new_mapping = ZALLOC(sim_core_mapping); - /* common */ - new_mapping->level = level; - new_mapping->space = space; - new_mapping->base = addr; - new_mapping->nr_bytes = nr_bytes; - new_mapping->bound = addr + (nr_bytes - 1); - if (modulo == 0) - new_mapping->mask = (unsigned) 0 - 1; - else - new_mapping->mask = modulo - 1; - new_mapping->buffer = buffer; - new_mapping->free_buffer = free_buffer; - new_mapping->device = device; - return new_mapping; -} -#endif - - -#if EXTERN_SIM_CORE_P -static void -sim_core_map_attach (SIM_DESC sd, - sim_core_map *access_map, - int level, - int space, - address_word addr, - address_word nr_bytes, - unsigned modulo, -#if WITH_HW - struct hw *client, /*callback/default*/ -#else - device *client, /*callback/default*/ -#endif - void *buffer, /*raw_memory*/ - void *free_buffer) /*raw_memory*/ -{ - /* find the insertion point for this additional mapping and then - insert */ - sim_core_mapping *next_mapping; - sim_core_mapping **last_mapping; - - SIM_ASSERT ((client == NULL) != (buffer == NULL)); - SIM_ASSERT ((client == NULL) >= (free_buffer != NULL)); - - /* actually do occasionally get a zero size map */ - if (nr_bytes == 0) - { -#if (WITH_DEVICES) - device_error(client, "called on sim_core_map_attach with size zero"); -#endif -#if (WITH_HW) - sim_hw_abort (sd, client, "called on sim_core_map_attach with size zero"); -#endif - sim_io_error (sd, "called on sim_core_map_attach with size zero"); - } - - /* find the insertion point (between last/next) */ - next_mapping = access_map->first; - last_mapping = &access_map->first; - while(next_mapping != NULL - && (next_mapping->level < level - || (next_mapping->level == level - && next_mapping->bound < addr))) - { - /* provided levels are the same */ - /* assert: next_mapping->base > all bases before next_mapping */ - /* assert: next_mapping->bound >= all bounds before next_mapping */ - last_mapping = &next_mapping->next; - next_mapping = next_mapping->next; - } - - /* check insertion point correct */ - SIM_ASSERT (next_mapping == NULL || next_mapping->level >= level); - if (next_mapping != NULL && next_mapping->level == level - && next_mapping->base < (addr + (nr_bytes - 1))) - { -#if (WITH_DEVICES) - device_error (client, "memory map %d:0x%lx..0x%lx (%ld bytes) overlaps %d:0x%lx..0x%lx (%ld bytes)", - space, - (long) addr, - (long) nr_bytes, - (long) (addr + (nr_bytes - 1)), - next_mapping->space, - (long) next_mapping->base, - (long) next_mapping->bound, - (long) next_mapping->nr_bytes); -#endif -#if WITH_HW - sim_hw_abort (sd, client, "memory map %d:0x%lx..0x%lx (%ld bytes) overlaps %d:0x%lx..0x%lx (%ld bytes)", - space, - (long) addr, - (long) nr_bytes, - (long) (addr + (nr_bytes - 1)), - next_mapping->space, - (long) next_mapping->base, - (long) next_mapping->bound, - (long) next_mapping->nr_bytes); -#endif - sim_io_error (sd, "memory map %d:0x%lx..0x%lx (%ld bytes) overlaps %d:0x%lx..0x%lx (%ld bytes)", - space, - (long) addr, - (long) nr_bytes, - (long) (addr + (nr_bytes - 1)), - next_mapping->space, - (long) next_mapping->base, - (long) next_mapping->bound, - (long) next_mapping->nr_bytes); - } - - /* create/insert the new mapping */ - *last_mapping = new_sim_core_mapping(sd, - level, - space, addr, nr_bytes, modulo, - client, buffer, free_buffer); - (*last_mapping)->next = next_mapping; -} -#endif - - -/* Attach memory or a memory mapped device to the simulator. - See sim-core.h for a full description. */ - -#if EXTERN_SIM_CORE_P -void -sim_core_attach (SIM_DESC sd, - sim_cpu *cpu, - int level, - unsigned mapmask, - int space, - address_word addr, - address_word nr_bytes, - unsigned modulo, -#if WITH_HW - struct hw *client, -#else - device *client, -#endif - void *optional_buffer) -{ - sim_core *memory = STATE_CORE(sd); - unsigned map; - void *buffer; - void *free_buffer; - - /* check for for attempt to use unimplemented per-processor core map */ - if (cpu != NULL) - sim_io_error (sd, "sim_core_map_attach - processor specific memory map not yet supported"); - - /* verify modulo memory */ - if (!WITH_MODULO_MEMORY && modulo != 0) - { -#if (WITH_DEVICES) - device_error (client, "sim_core_attach - internal error - modulo memory disabled"); -#endif -#if (WITH_HW) - sim_hw_abort (sd, client, "sim_core_attach - internal error - modulo memory disabled"); -#endif - sim_io_error (sd, "sim_core_attach - internal error - modulo memory disabled"); - } - if (client != NULL && modulo != 0) - { -#if (WITH_DEVICES) - device_error (client, "sim_core_attach - internal error - modulo and callback memory conflict"); -#endif -#if (WITH_HW) - sim_hw_abort (sd, client, "sim_core_attach - internal error - modulo and callback memory conflict"); -#endif - sim_io_error (sd, "sim_core_attach - internal error - modulo and callback memory conflict"); - } - if (modulo != 0) - { - unsigned mask = modulo - 1; - /* any zero bits */ - while (mask >= sizeof (unsigned64)) /* minimum modulo */ - { - if ((mask & 1) == 0) - mask = 0; - else - mask >>= 1; - } - if (mask != sizeof (unsigned64) - 1) - { -#if (WITH_DEVICES) - device_error (client, "sim_core_attach - internal error - modulo %lx not power of two", (long) modulo); -#endif -#if (WITH_HW) - sim_hw_abort (sd, client, "sim_core_attach - internal error - modulo %lx not power of two", (long) modulo); -#endif - sim_io_error (sd, "sim_core_attach - internal error - modulo %lx not power of two", (long) modulo); - } - } - - /* verify consistency between device and buffer */ - if (client != NULL && optional_buffer != NULL) - { -#if (WITH_DEVICES) - device_error (client, "sim_core_attach - internal error - conflicting buffer and attach arguments"); -#endif -#if (WITH_HW) - sim_hw_abort (sd, client, "sim_core_attach - internal error - conflicting buffer and attach arguments"); -#endif - sim_io_error (sd, "sim_core_attach - internal error - conflicting buffer and attach arguments"); - } - if (client == NULL) - { - if (optional_buffer == NULL) - { - int padding = (addr % sizeof (unsigned64)); - unsigned long bytes = (modulo == 0 ? nr_bytes : modulo) + padding; - free_buffer = zalloc (bytes); - buffer = (char*) free_buffer + padding; - } - else - { - buffer = optional_buffer; - free_buffer = NULL; - } - } - else - { - /* a device */ - buffer = NULL; - free_buffer = NULL; - } - - /* attach the region to all applicable access maps */ - for (map = 0; - map < nr_maps; - map++) - { - if (mapmask & (1 << map)) - { - sim_core_map_attach (sd, &memory->common.map[map], - level, space, addr, nr_bytes, modulo, - client, buffer, free_buffer); - free_buffer = NULL; - } - } - - /* Just copy this map to each of the processor specific data structures. - FIXME - later this will be replaced by true processor specific - maps. */ - { - int i; - for (i = 0; i < MAX_NR_PROCESSORS; i++) - { - CPU_CORE (STATE_CPU (sd, i))->common = STATE_CORE (sd)->common; - } - } -} -#endif - - -/* Remove any memory reference related to this address */ -#if EXTERN_SIM_CORE_P -static void -sim_core_map_detach (SIM_DESC sd, - sim_core_map *access_map, - int level, - int space, - address_word addr) -{ - sim_core_mapping **entry; - for (entry = &access_map->first; - (*entry) != NULL; - entry = &(*entry)->next) - { - if ((*entry)->base == addr - && (*entry)->level == level - && (*entry)->space == space) - { - sim_core_mapping *dead = (*entry); - (*entry) = dead->next; - if (dead->free_buffer != NULL) - zfree (dead->free_buffer); - zfree (dead); - return; - } - } -} -#endif - -#if EXTERN_SIM_CORE_P -void -sim_core_detach (SIM_DESC sd, - sim_cpu *cpu, - int level, - int address_space, - address_word addr) -{ - sim_core *memory = STATE_CORE (sd); - unsigned map; - for (map = 0; map < nr_maps; map++) - { - sim_core_map_detach (sd, &memory->common.map[map], - level, address_space, addr); - } - /* Just copy this update to each of the processor specific data - structures. FIXME - later this will be replaced by true - processor specific maps. */ - { - int i; - for (i = 0; i < MAX_NR_PROCESSORS; i++) - { - CPU_CORE (STATE_CPU (sd, i))->common = STATE_CORE (sd)->common; - } - } -} -#endif - - -STATIC_INLINE_SIM_CORE\ -(sim_core_mapping *) -sim_core_find_mapping(sim_core_common *core, - unsigned map, - address_word addr, - unsigned nr_bytes, - transfer_type transfer, - int abort, /*either 0 or 1 - hint to inline/-O */ - sim_cpu *cpu, /* abort => cpu != NULL */ - sim_cia cia) -{ - sim_core_mapping *mapping = core->map[map].first; - ASSERT ((addr & (nr_bytes - 1)) == 0); /* must be aligned */ - ASSERT ((addr + (nr_bytes - 1)) >= addr); /* must not wrap */ - ASSERT (!abort || cpu != NULL); /* abort needs a non null CPU */ - while (mapping != NULL) - { - if (addr >= mapping->base - && (addr + (nr_bytes - 1)) <= mapping->bound) - return mapping; - mapping = mapping->next; - } - if (abort) - { - SIM_CORE_SIGNAL (CPU_STATE (cpu), cpu, cia, map, nr_bytes, addr, transfer, - sim_core_unmapped_signal); - } - return NULL; -} - - -STATIC_INLINE_SIM_CORE\ -(void *) -sim_core_translate (sim_core_mapping *mapping, - address_word addr) -{ - if (WITH_MODULO_MEMORY) - return (void *)((unsigned8 *) mapping->buffer - + ((addr - mapping->base) & mapping->mask)); - else - return (void *)((unsigned8 *) mapping->buffer - + addr - mapping->base); -} - - -#if EXTERN_SIM_CORE_P -unsigned -sim_core_read_buffer (SIM_DESC sd, - sim_cpu *cpu, - unsigned map, - void *buffer, - address_word addr, - unsigned len) -{ - sim_core_common *core = (cpu == NULL ? &STATE_CORE (sd)->common : &CPU_CORE (cpu)->common); - unsigned count = 0; - while (count < len) - { - unsigned_word raddr = addr + count; - sim_core_mapping *mapping = - sim_core_find_mapping (core, map, - raddr, /*nr-bytes*/1, - read_transfer, - 0 /*dont-abort*/, NULL, NULL_CIA); - if (mapping == NULL) - break; -#if (WITH_DEVICES) - if (mapping->device != NULL) - { - int nr_bytes = len - count; - sim_cia cia = cpu ? CIA_GET (cpu) : NULL_CIA; - if (raddr + nr_bytes - 1> mapping->bound) - nr_bytes = mapping->bound - raddr + 1; - if (device_io_read_buffer (mapping->device, - (unsigned_1*)buffer + count, - mapping->space, - raddr, - nr_bytes, - sd, - cpu, - cia) != nr_bytes) - break; - count += nr_bytes; - continue; - } -#endif -#if (WITH_HW) - if (mapping->device != NULL) - { - int nr_bytes = len - count; - if (raddr + nr_bytes - 1> mapping->bound) - nr_bytes = mapping->bound - raddr + 1; - if (sim_hw_io_read_buffer (sd, mapping->device, - (unsigned_1*)buffer + count, - mapping->space, - raddr, - nr_bytes) != nr_bytes) - break; - count += nr_bytes; - continue; - } -#endif - ((unsigned_1*)buffer)[count] = - *(unsigned_1*)sim_core_translate(mapping, raddr); - count += 1; - } - return count; -} -#endif - - -#if EXTERN_SIM_CORE_P -unsigned -sim_core_write_buffer (SIM_DESC sd, - sim_cpu *cpu, - unsigned map, - const void *buffer, - address_word addr, - unsigned len) -{ - sim_core_common *core = (cpu == NULL ? &STATE_CORE (sd)->common : &CPU_CORE (cpu)->common); - unsigned count = 0; - while (count < len) - { - unsigned_word raddr = addr + count; - sim_core_mapping *mapping = - sim_core_find_mapping (core, map, - raddr, /*nr-bytes*/1, - write_transfer, - 0 /*dont-abort*/, NULL, NULL_CIA); - if (mapping == NULL) - break; -#if (WITH_DEVICES) - if (WITH_CALLBACK_MEMORY - && mapping->device != NULL) - { - int nr_bytes = len - count; - sim_cia cia = cpu ? CIA_GET (cpu) : NULL_CIA; - if (raddr + nr_bytes - 1 > mapping->bound) - nr_bytes = mapping->bound - raddr + 1; - if (device_io_write_buffer (mapping->device, - (unsigned_1*)buffer + count, - mapping->space, - raddr, - nr_bytes, - sd, - cpu, - cia) != nr_bytes) - break; - count += nr_bytes; - continue; - } -#endif -#if (WITH_HW) - if (WITH_CALLBACK_MEMORY - && mapping->device != NULL) - { - int nr_bytes = len - count; - if (raddr + nr_bytes - 1 > mapping->bound) - nr_bytes = mapping->bound - raddr + 1; - if (sim_hw_io_write_buffer (sd, mapping->device, - (unsigned_1*)buffer + count, - mapping->space, - raddr, - nr_bytes) != nr_bytes) - break; - count += nr_bytes; - continue; - } -#endif - *(unsigned_1*)sim_core_translate(mapping, raddr) = - ((unsigned_1*)buffer)[count]; - count += 1; - } - return count; -} -#endif - - -#if EXTERN_SIM_CORE_P -void -sim_core_set_xor (SIM_DESC sd, - sim_cpu *cpu, - int is_xor) -{ - /* set up the XOR map if required. */ - if (WITH_XOR_ENDIAN) { - { - sim_core *core = STATE_CORE (sd); - sim_cpu_core *cpu_core = (cpu != NULL ? CPU_CORE (cpu) : NULL); - if (cpu_core != NULL) - { - int i = 1; - unsigned mask; - if (is_xor) - mask = WITH_XOR_ENDIAN - 1; - else - mask = 0; - while (i - 1 < WITH_XOR_ENDIAN) - { - cpu_core->xor[i-1] = mask; - mask = (mask << 1) & (WITH_XOR_ENDIAN - 1); - i = (i << 1); - } - } - else - { - if (is_xor) - core->byte_xor = WITH_XOR_ENDIAN - 1; - else - core->byte_xor = 0; - } - } - } - else { - if (is_xor) - sim_engine_abort (sd, NULL, NULL_CIA, - "Attempted to enable xor-endian mode when permenantly disabled."); - } -} -#endif - - -#if EXTERN_SIM_CORE_P -static void -reverse_n (unsigned_1 *dest, - const unsigned_1 *src, - int nr_bytes) -{ - int i; - for (i = 0; i < nr_bytes; i++) - { - dest [nr_bytes - i - 1] = src [i]; - } -} -#endif - - -#if EXTERN_SIM_CORE_P -unsigned -sim_core_xor_read_buffer (SIM_DESC sd, - sim_cpu *cpu, - unsigned map, - void *buffer, - address_word addr, - unsigned nr_bytes) -{ - address_word byte_xor = (cpu == NULL ? STATE_CORE (sd)->byte_xor : CPU_CORE (cpu)->xor[0]); - if (!WITH_XOR_ENDIAN || !byte_xor) - return sim_core_read_buffer (sd, cpu, map, buffer, addr, nr_bytes); - else - /* only break up transfers when xor-endian is both selected and enabled */ - { - unsigned_1 x[WITH_XOR_ENDIAN + 1]; /* +1 to avoid zero-sized array */ - unsigned nr_transfered = 0; - address_word start = addr; - unsigned nr_this_transfer = (WITH_XOR_ENDIAN - (addr & ~(WITH_XOR_ENDIAN - 1))); - address_word stop; - /* initial and intermediate transfers are broken when they cross - an XOR endian boundary */ - while (nr_transfered + nr_this_transfer < nr_bytes) - /* initial/intermediate transfers */ - { - /* since xor-endian is enabled stop^xor defines the start - address of the transfer */ - stop = start + nr_this_transfer - 1; - SIM_ASSERT (start <= stop); - SIM_ASSERT ((stop ^ byte_xor) <= (start ^ byte_xor)); - if (sim_core_read_buffer (sd, cpu, map, x, stop ^ byte_xor, nr_this_transfer) - != nr_this_transfer) - return nr_transfered; - reverse_n (&((unsigned_1*)buffer)[nr_transfered], x, nr_this_transfer); - nr_transfered += nr_this_transfer; - nr_this_transfer = WITH_XOR_ENDIAN; - start = stop + 1; - } - /* final transfer */ - nr_this_transfer = nr_bytes - nr_transfered; - stop = start + nr_this_transfer - 1; - SIM_ASSERT (stop == (addr + nr_bytes - 1)); - if (sim_core_read_buffer (sd, cpu, map, x, stop ^ byte_xor, nr_this_transfer) - != nr_this_transfer) - return nr_transfered; - reverse_n (&((unsigned_1*)buffer)[nr_transfered], x, nr_this_transfer); - return nr_bytes; - } -} -#endif - - -#if EXTERN_SIM_CORE_P -unsigned -sim_core_xor_write_buffer (SIM_DESC sd, - sim_cpu *cpu, - unsigned map, - const void *buffer, - address_word addr, - unsigned nr_bytes) -{ - address_word byte_xor = (cpu == NULL ? STATE_CORE (sd)->byte_xor : CPU_CORE (cpu)->xor[0]); - if (!WITH_XOR_ENDIAN || !byte_xor) - return sim_core_write_buffer (sd, cpu, map, buffer, addr, nr_bytes); - else - /* only break up transfers when xor-endian is both selected and enabled */ - { - unsigned_1 x[WITH_XOR_ENDIAN + 1]; /* +1 to avoid zero sized array */ - unsigned nr_transfered = 0; - address_word start = addr; - unsigned nr_this_transfer = (WITH_XOR_ENDIAN - (addr & ~(WITH_XOR_ENDIAN - 1))); - address_word stop; - /* initial and intermediate transfers are broken when they cross - an XOR endian boundary */ - while (nr_transfered + nr_this_transfer < nr_bytes) - /* initial/intermediate transfers */ - { - /* since xor-endian is enabled stop^xor defines the start - address of the transfer */ - stop = start + nr_this_transfer - 1; - SIM_ASSERT (start <= stop); - SIM_ASSERT ((stop ^ byte_xor) <= (start ^ byte_xor)); - reverse_n (x, &((unsigned_1*)buffer)[nr_transfered], nr_this_transfer); - if (sim_core_read_buffer (sd, cpu, map, x, stop ^ byte_xor, nr_this_transfer) - != nr_this_transfer) - return nr_transfered; - nr_transfered += nr_this_transfer; - nr_this_transfer = WITH_XOR_ENDIAN; - start = stop + 1; - } - /* final transfer */ - nr_this_transfer = nr_bytes - nr_transfered; - stop = start + nr_this_transfer - 1; - SIM_ASSERT (stop == (addr + nr_bytes - 1)); - reverse_n (x, &((unsigned_1*)buffer)[nr_transfered], nr_this_transfer); - if (sim_core_read_buffer (sd, cpu, map, x, stop ^ byte_xor, nr_this_transfer) - != nr_this_transfer) - return nr_transfered; - return nr_bytes; - } -} -#endif - - - -/* define the read/write 1/2/4/8/16/word functions */ - -#define N 16 -#include "sim-n-core.h" - -#define N 8 -#include "sim-n-core.h" - -#define N 7 -#define M 8 -#include "sim-n-core.h" - -#define N 6 -#define M 8 -#include "sim-n-core.h" - -#define N 5 -#define M 8 -#include "sim-n-core.h" - -#define N 4 -#include "sim-n-core.h" - -#define N 3 -#define M 4 -#include "sim-n-core.h" - -#define N 2 -#include "sim-n-core.h" - -#define N 1 -#include "sim-n-core.h" - -#endif |