btinfo
initppc(u_long startkernel, u_long endkernel, u_int args, void *btinfo)
memcpy(bootinfo, btinfo, sizeof (bootinfo));
struct btinfo_common *btinfo = &bootinfo;
while (btinfo->type != BTINFO_NONE) {
switch (btinfo->type) {
model = (struct btinfo_model *)btinfo;
btinfo = &(model + 1)->common;
memory = (struct btinfo_memory *)btinfo;
btinfo = &(memory + 1)->common;
video = (struct btinfo_video *)btinfo;
btinfo = &(video + 1)->common;
args = (struct btinfo_bootargs *)btinfo;
btinfo = &(args + 1)->common;
btinfo = NEXT_BOOTINFO(btinfo);
initppc(u_int startkernel, u_int endkernel, u_int args, void *btinfo)
initppc(u_int startkernel, u_int endkernel, u_int args, void *btinfo)
initppc(u_int startkernel, u_int endkernel, u_int args, void *btinfo)
initppc(u_long startkernel, u_long endkernel, u_int args, void *btinfo)
struct btinfo *bootinfo;
extern struct btinfo *bootinfo;
#define BI_ALLOC(max) (bootinfo = ALLOC(sizeof(struct btinfo) \
initppc(u_long startkernel, u_long endkernel, void *btinfo)
memcpy(&bootinfo, btinfo, sizeof(bootinfo));
initppc(u_long startkernel, u_long endkernel, u_int args, void *btinfo)
memcpy(bootinfo, btinfo, sizeof(bootinfo));
initppc(u_long startkernel, u_long endkernel, u_int args, void *btinfo)
memcpy(bootinfo, btinfo, sizeof(bootinfo));
initppc(u_int startkernel, u_int endkernel, u_int args, void *btinfo)
struct btinfo_magic *bi_magic = btinfo;
if ((unsigned)btinfo != 0 && (unsigned)btinfo < startkernel
memcpy(bootinfo, btinfo, sizeof(bootinfo));
struct btinfo *bootinfo;
struct btinfo_common *btinfo;
btinfo = (struct btinfo_common *)(bootinfo->entry[i]);
if (btinfo->type == type) {
extern struct btinfo *bootinfo;
#define BI_ALLOC(max) (bootinfo = ALLOC(sizeof(struct btinfo) \