$(OBJCOPY) -S -O binary bootblock.o bootblock
./sign.pl bootblock
-kernel : $(OBJS) bootother.S init
+kernel : $(OBJS) bootother.S _init
$(CC) -nostdinc -I. -c bootother.S
$(LD) -N -e start -Ttext 0x7000 -o bootother.out bootother.o
$(OBJCOPY) -S -O binary bootother.out bootother
$(OBJDUMP) -S bootother.o > bootother.asm
- $(LD) -Ttext 0x100000 -e main0 -o kernel $(OBJS) -b binary bootother init
+ $(LD) -Ttext 0x100000 -e main0 -o kernel $(OBJS) -b binary bootother _init
$(OBJDUMP) -S kernel > kernel.asm
-tags: $(OBJS) bootother.S init
+tags: $(OBJS) bootother.S _init
etags *.S *.c
PRINT = \
runoff.list \
README\
types.h param.h defs.h x86.h asm.h elf.h mmu.h spinlock.h\
- bootasm.S bootother.S main.c init.c spinlock.c\
+ bootasm.S bootother.S main.c _init.c spinlock.c\
proc.h proc.c setjmp.S kalloc.c\
syscall.h trapasm.S traps.h trap.c vectors.pl syscall.c sysproc.c\
buf.h dev.h fcntl.h stat.h file.h fs.h fsvar.h fd.c fs.c bio.c ide.c sysfile.c\
#include "spinlock.h"
extern char edata[], end[];
-extern uchar _binary_init_start[], _binary_init_size[];
+extern uchar _binary__init_start[], _binary__init_size[];
void process0();
p1 = copyproc(p0);
- load_icode(p1, _binary_init_start, (uint) _binary_init_size);
+ load_icode(p1, _binary__init_start, (uint) _binary__init_size);
p1->state = RUNNABLE;
proc_wait();
if(ph->type != ELF_PROG_LOAD)
continue;
if(ph->va + ph->memsz < ph->va)
- panic("load_icode: overflow in elf header segment");
+ panic("load_icode: overflow in proghdr");
if(ph->va + ph->memsz >= p->sz)
- panic("load_icode: icode wants to be above UTOP");
+ panic("load_icode: icode too large");
// Load/clear the segment
memmove(p->mem + ph->va, binary + ph->offset, ph->filesz);