tag	line	file	source code
p	21	fs/block_dev.c	register char * p;
p	34	fs/block_dev.c	p = offset + bh->b_data;
p	40	fs/block_dev.c	*(p++) = get_fs_byte(buf++);
p	54	fs/block_dev.c	register char * p;
p	63	fs/block_dev.c	p = offset + bh->b_data;
p	69	fs/block_dev.c	put_fs_byte(*(p++),buf++);
p	123	fs/exec.c	static unsigned long * create_tables(char * p,int argc,int envc)
p	128	fs/exec.c	sp = (unsigned long *) (0xfffffffc & (unsigned long) p);
p	137	fs/exec.c	put_fs_long((unsigned long) p,argv++);
p	138	fs/exec.c	while (get_fs_byte(p++)) /* nothing */ ;
p	142	fs/exec.c	put_fs_long((unsigned long) p,envp++);
p	143	fs/exec.c	while (get_fs_byte(p++)) /* nothing */ ;
p	182	fs/exec.c	unsigned long p, int from_kmem)
p	188	fs/exec.c	if (!p)
p	205	fs/exec.c	if (p-len < 0) {  /* this shouldn't happen - 128kB */
p	210	fs/exec.c	--p; --tmp; --len;
p	212	fs/exec.c	offset = p % PAGE_SIZE;
p	215	fs/exec.c	if (!(pag = (char *) page[p/PAGE_SIZE]) &&
p	216	fs/exec.c	!(pag = (char *) page[p/PAGE_SIZE] =
p	228	fs/exec.c	return p;
p	271	fs/exec.c	unsigned long p=PAGE_SIZE*MAX_ARG_PAGES-4;
p	342	fs/exec.c	p = copy_strings(envc, envp, page, p, 0);
p	343	fs/exec.c	p = copy_strings(--argc, argv+1, page, p, 0);
p	353	fs/exec.c	p = copy_strings(1, &filename, page, p, 1);
p	356	fs/exec.c	p = copy_strings(1, &i_arg, page, p, 2);
p	359	fs/exec.c	p = copy_strings(1, &i_name, page, p, 2);
p	361	fs/exec.c	if (!p) {
p	391	fs/exec.c	p = copy_strings(envc,envp,page,p,0);
p	392	fs/exec.c	p = copy_strings(argc,argv,page,p,0);
p	393	fs/exec.c	if (!p) {
p	412	fs/exec.c	p += change_ldt(ex.a_text,page)-MAX_ARG_PAGES*PAGE_SIZE;
p	413	fs/exec.c	p = (unsigned long) create_tables((char *)p,argc,envc);
p	417	fs/exec.c	current->start_stack = p & 0xfffff000;
p	428	fs/exec.c	eip[3] = p;      /* stack pointer */
p	35	fs/file_dev.c	char * p = nr + bh->b_data;
p	37	fs/file_dev.c	put_fs_byte(*(p++),buf++);
p	53	fs/file_dev.c	char * p;
p	70	fs/file_dev.c	p = c + bh->b_data;
p	81	fs/file_dev.c	*(p++) = get_fs_byte(buf++);
p	244	fs/super.c	struct super_block * p;
p	255	fs/super.c	for(p = &super_block[0] ; p < &super_block[NR_SUPER] ; p++) {
p	256	fs/super.c	p->s_dev = 0;
p	257	fs/super.c	p->s_lock = 0;
p	258	fs/super.c	p->s_wait = NULL;
p	260	fs/super.c	if (!(p=read_super(ROOT_DEV)))
p	265	fs/super.c	p->s_isup = p->s_imount = mi;
p	269	fs/super.c	i=p->s_nzones;
p	271	fs/super.c	if (!set_bit(i&8191,p->s_zmap[i>>13]->b_data))
p	273	fs/super.c	printk("%d/%d free blocks\n\r",free,p->s_nzones);
p	275	fs/super.c	i=p->s_ninodes+1;
p	277	fs/super.c	if (!set_bit(i&8191,p->s_imap[i>>13]->b_data))
p	279	fs/super.c	printk("%d/%d free inodes\n\r",free,p->s_ninodes);
p	14	fs/truncate.c	unsigned short * p;
p	20	fs/truncate.c	p = (unsigned short *) bh->b_data;
p	21	fs/truncate.c	for (i=0;i<512;i++,p++)
p	22	fs/truncate.c	if (*p)
p	23	fs/truncate.c	free_block(dev,*p);
p	32	fs/truncate.c	unsigned short * p;
p	38	fs/truncate.c	p = (unsigned short *) bh->b_data;
p	39	fs/truncate.c	for (i=0;i<512;i++,p++)
p	40	fs/truncate.c	if (*p)
p	41	fs/truncate.c	free_ind(dev,*p);
p	144	include/linux/sched.h	extern void sleep_on(struct task_struct ** p);
p	145	include/linux/sched.h	extern void interruptible_sleep_on(struct task_struct ** p);
p	146	include/linux/sched.h	extern void wake_up(struct task_struct ** p);
p	62	kernel/blk_drv/hd.c	struct partition *p;
p	99	kernel/blk_drv/hd.c	p = 0x1BE + (void *)bh->b_data;
p	100	kernel/blk_drv/hd.c	for (i=1;i<5;i++,p++) {
p	101	kernel/blk_drv/hd.c	hd[i+5*drive].start_sect = p->start_sect;
p	102	kernel/blk_drv/hd.c	hd[i+5*drive].nr_sects = p->nr_sects;
p	263	kernel/chr_drv/console.c	char * p = RESPONSE;
p	266	kernel/chr_drv/console.c	while (*p) {
p	267	kernel/chr_drv/console.c	PUTCH(*p,tty->read_q);
p	268	kernel/chr_drv/console.c	p++;
p	278	kernel/chr_drv/console.c	unsigned short * p = (unsigned short *) pos;
p	281	kernel/chr_drv/console.c	tmp=*p;
p	282	kernel/chr_drv/console.c	*p=old;
p	284	kernel/chr_drv/console.c	p++;
p	304	kernel/chr_drv/console.c	unsigned short * p = (unsigned short *) pos;
p	310	kernel/chr_drv/console.c	*p = *(p+1);
p	311	kernel/chr_drv/console.c	p++;
p	313	kernel/chr_drv/console.c	*p=0x0720;
p	19	kernel/exit.c	void release(struct task_struct * p)
p	23	kernel/exit.c	if (!p)
p	26	kernel/exit.c	if (task[i]==p) {
p	28	kernel/exit.c	free_page((long)p);
p	35	kernel/exit.c	static inline int send_sig(long sig,struct task_struct * p,int priv)
p	37	kernel/exit.c	if (!p || sig<1 || sig>32)
p	39	kernel/exit.c	if (priv || (current->euid==p->euid) || suser())
p	40	kernel/exit.c	p->signal |= (1<<(sig-1));
p	48	kernel/exit.c	struct task_struct **p = NR_TASKS + task;
p	50	kernel/exit.c	while (--p > &FIRST_TASK) {
p	51	kernel/exit.c	if (*p && (*p)->session == current->session)
p	52	kernel/exit.c	(*p)->signal |= 1<<(SIGHUP-1);
p	62	kernel/exit.c	struct task_struct **p = NR_TASKS + task;
p	65	kernel/exit.c	if (!pid) while (--p > &FIRST_TASK) {
p	66	kernel/exit.c	if (*p && (*p)->pgrp == current->pid)
p	67	kernel/exit.c	if (err=send_sig(sig,*p,1))
p	69	kernel/exit.c	} else if (pid>0) while (--p > &FIRST_TASK) {
p	70	kernel/exit.c	if (*p && (*p)->pid == pid)
p	71	kernel/exit.c	if (err=send_sig(sig,*p,0))
p	73	kernel/exit.c	} else if (pid == -1) while (--p > &FIRST_TASK)
p	74	kernel/exit.c	if (err = send_sig(sig,*p,0))
p	76	kernel/exit.c	else while (--p > &FIRST_TASK)
p	77	kernel/exit.c	if (*p && (*p)->pgrp == -pid)
p	78	kernel/exit.c	if (err = send_sig(sig,*p,0))
p	137	kernel/exit.c	struct task_struct ** p;
p	142	kernel/exit.c	for(p = &LAST_TASK ; p > &FIRST_TASK ; --p) {
p	143	kernel/exit.c	if (!*p || *p == current)
p	145	kernel/exit.c	if ((*p)->father != current->pid)
p	148	kernel/exit.c	if ((*p)->pid != pid)
p	151	kernel/exit.c	if ((*p)->pgrp != current->pgrp)
p	154	kernel/exit.c	if ((*p)->pgrp != -pid)
p	157	kernel/exit.c	switch ((*p)->state) {
p	162	kernel/exit.c	return (*p)->pid;
p	164	kernel/exit.c	current->cutime += (*p)->utime;
p	165	kernel/exit.c	current->cstime += (*p)->stime;
p	166	kernel/exit.c	flag = (*p)->pid;
p	167	kernel/exit.c	put_fs_long((*p)->exit_code,stat_addr);
p	168	kernel/exit.c	release(*p);
p	39	kernel/fork.c	int copy_mem(int nr,struct task_struct * p)
p	53	kernel/fork.c	set_base(p->ldt[1],new_code_base);
p	54	kernel/fork.c	set_base(p->ldt[2],new_data_base);
p	72	kernel/fork.c	struct task_struct *p;
p	76	kernel/fork.c	p = (struct task_struct *) get_free_page();
p	77	kernel/fork.c	if (!p)
p	79	kernel/fork.c	*p = *current;  /* NOTE! this doesn't copy the supervisor stack */
p	80	kernel/fork.c	p->state = TASK_RUNNING;
p	81	kernel/fork.c	p->pid = last_pid;
p	82	kernel/fork.c	p->father = current->pid;
p	83	kernel/fork.c	p->counter = p->priority;
p	84	kernel/fork.c	p->signal = 0;
p	85	kernel/fork.c	p->alarm = 0;
p	86	kernel/fork.c	p->leader = 0;    /* process leadership doesn't inherit */
p	87	kernel/fork.c	p->utime = p->stime = 0;
p	88	kernel/fork.c	p->cutime = p->cstime = 0;
p	89	kernel/fork.c	p->start_time = jiffies;
p	90	kernel/fork.c	p->tss.back_link = 0;
p	91	kernel/fork.c	p->tss.esp0 = PAGE_SIZE + (long) p;
p	92	kernel/fork.c	p->tss.ss0 = 0x10;
p	93	kernel/fork.c	p->tss.eip = eip;
p	94	kernel/fork.c	p->tss.eflags = eflags;
p	95	kernel/fork.c	p->tss.eax = 0;
p	96	kernel/fork.c	p->tss.ecx = ecx;
p	97	kernel/fork.c	p->tss.edx = edx;
p	98	kernel/fork.c	p->tss.ebx = ebx;
p	99	kernel/fork.c	p->tss.esp = esp;
p	100	kernel/fork.c	p->tss.ebp = ebp;
p	101	kernel/fork.c	p->tss.esi = esi;
p	102	kernel/fork.c	p->tss.edi = edi;
p	103	kernel/fork.c	p->tss.es = es & 0xffff;
p	104	kernel/fork.c	p->tss.cs = cs & 0xffff;
p	105	kernel/fork.c	p->tss.ss = ss & 0xffff;
p	106	kernel/fork.c	p->tss.ds = ds & 0xffff;
p	107	kernel/fork.c	p->tss.fs = fs & 0xffff;
p	108	kernel/fork.c	p->tss.gs = gs & 0xffff;
p	109	kernel/fork.c	p->tss.ldt = _LDT(nr);
p	110	kernel/fork.c	p->tss.trace_bitmap = 0x80000000;
p	112	kernel/fork.c	__asm__("fnsave %0"::"m" (p->tss.i387));
p	113	kernel/fork.c	if (copy_mem(nr,p)) {
p	114	kernel/fork.c	free_page((long) p);
p	118	kernel/fork.c	if (f=p->filp[i])
p	124	kernel/fork.c	set_tss_desc(gdt+(nr<<1)+FIRST_TSS_ENTRY,&(p->tss));
p	125	kernel/fork.c	set_ldt_desc(gdt+(nr<<1)+FIRST_LDT_ENTRY,&(p->ldt));
p	126	kernel/fork.c	task[nr] = p;  /* do this last, just in case */
p	26	kernel/sched.c	void show_task(int nr,struct task_struct * p)
p	28	kernel/sched.c	printk("%d: pid=%d, state=%d, ",nr,p->pid,p->state);
p	29	kernel/sched.c	printk("eip=%04x:%08x\n\r",p->tss.cs&0xffff,p->tss.eip);
p	101	kernel/sched.c	struct task_struct ** p;
p	105	kernel/sched.c	for(p = &LAST_TASK ; p > &FIRST_TASK ; --p)
p	106	kernel/sched.c	if (*p) {
p	107	kernel/sched.c	if ((*p)->alarm && (*p)->alarm < jiffies) {
p	108	kernel/sched.c	(*p)->signal |= (1<<(SIGALRM-1));
p	109	kernel/sched.c	(*p)->alarm = 0;
p	111	kernel/sched.c	if (((*p)->signal & ~(_BLOCKABLE & (*p)->blocked)) &&
p	112	kernel/sched.c	(*p)->state==TASK_INTERRUPTIBLE)
p	113	kernel/sched.c	(*p)->state=TASK_RUNNING;
p	122	kernel/sched.c	p = &task[NR_TASKS];
p	124	kernel/sched.c	if (!*--p)
p	126	kernel/sched.c	if ((*p)->state == TASK_RUNNING && (*p)->counter > c)
p	127	kernel/sched.c	c = (*p)->counter, next = i;
p	130	kernel/sched.c	for(p = &LAST_TASK ; p > &FIRST_TASK ; --p)
p	131	kernel/sched.c	if (*p)
p	132	kernel/sched.c	(*p)->counter = ((*p)->counter >> 1) +
p	133	kernel/sched.c	(*p)->priority;
p	145	kernel/sched.c	void sleep_on(struct task_struct **p)
p	149	kernel/sched.c	if (!p)
p	153	kernel/sched.c	tmp = *p;
p	154	kernel/sched.c	*p = current;
p	161	kernel/sched.c	void interruptible_sleep_on(struct task_struct **p)
p	165	kernel/sched.c	if (!p)
p	169	kernel/sched.c	tmp=*p;
p	170	kernel/sched.c	*p=current;
p	173	kernel/sched.c	if (*p && *p != current) {
p	174	kernel/sched.c	(**p).state=0;
p	177	kernel/sched.c	*p=NULL;
p	182	kernel/sched.c	void wake_up(struct task_struct **p)
p	184	kernel/sched.c	if (p && *p) {
p	185	kernel/sched.c	(**p).state=0;
p	186	kernel/sched.c	*p=NULL;
p	286	kernel/sched.c	struct timer_list * p;
p	294	kernel/sched.c	for (p = timer_list ; p < timer_list + TIME_REQUESTS ; p++)
p	295	kernel/sched.c	if (!p->fn)
p	297	kernel/sched.c	if (p >= timer_list + TIME_REQUESTS)
p	299	kernel/sched.c	p->fn = fn;
p	300	kernel/sched.c	p->jiffies = jiffies;
p	301	kernel/sched.c	p->next = next_timer;
p	302	kernel/sched.c	next_timer = p;
p	303	kernel/sched.c	while (p->next && p->next->jiffies < p->jiffies) {
p	304	kernel/sched.c	p->jiffies -= p->next->jiffies;
p	305	kernel/sched.c	fn = p->fn;
p	306	kernel/sched.c	p->fn = p->next->fn;
p	307	kernel/sched.c	p->next->fn = fn;
p	308	kernel/sched.c	jiffies = p->jiffies;
p	309	kernel/sched.c	p->jiffies = p->next->jiffies;
p	310	kernel/sched.c	p->next->jiffies = jiffies;
p	311	kernel/sched.c	p = p->next;
p	392	kernel/sched.c	struct desc_struct * p;
p	398	kernel/sched.c	p = gdt+2+FIRST_TSS_ENTRY;
p	401	kernel/sched.c	p->a=p->b=0;
p	402	kernel/sched.c	p++;
p	403	kernel/sched.c	p->a=p->b=0;
p	404	kernel/sched.c	p++;