tag	line	file	source code
task	155	fs/locks.c	void fcntl_remove_locks(struct task_struct *task, struct file *filp)
task	165	fs/locks.c	if (fl->fl_owner == task)
task	463	fs/open.c	if ((p = tmp->task) != NULL)
task	495	fs/open.c	for (process = task + 0; process < task + NR_TASKS; process++) {
task	49	fs/proc/array.c	p = task;
task	50	fs/proc/array.c	while (++p < task+NR_TASKS) {
task	114	fs/proc/base.c	if (task[i] && task[i]->pid == pid)
task	140	fs/proc/base.c	if (task[i] && task[i]->pid == pid)
task	101	fs/proc/fd.c	if ((p = task[i]) && p->pid == pid)
task	152	fs/proc/fd.c	if ((p = task[i]) && p->pid == pid)
task	96	fs/proc/inode.c	p = task[0];
task	98	fs/proc/inode.c	if ((p = task[i]) && (p->pid == pid))
task	106	fs/proc/inode.c	if (task[i])
task	57	fs/proc/link.c	if ((p = task[i]) && p->pid == pid)
task	28	fs/proc/mem.c	if (task[i] && task[i]->pid == pid) {
task	29	fs/proc/mem.c	cr3 = task[i]->tss.cr3;
task	76	fs/proc/mem.c	if (task[i] && task[i]->pid == pid) {
task	77	fs/proc/mem.c	cr3 = task[i]->tss.cr3;
task	100	fs/proc/root.c	if (task[i] && task[i]->pid == pid)
task	144	fs/proc/root.c	p = task[nr];
task	98	include/linux/mm.h	extern void oom(struct task_struct * task);
task	58	include/linux/sched.h	#define FIRST_TASK task[0]
task	59	include/linux/sched.h	#define LAST_TASK task[NR_TASKS-1]
task	260	include/linux/sched.h	extern struct task_struct *task[NR_TASKS];
task	321	include/linux/sched.h	"d" (_TSS(n)),"c" ((long) task[n]) \
task	429	include/linux/sched.h	entry->wait.task = current;
task	8	include/linux/wait.h	struct task_struct * task;
task	655	kernel/blk_drv/scsi/sd.c	if (current == task[0])
task	70	kernel/exit.c	if (task[i] == p) {
task	71	kernel/exit.c	task[i] = NULL;
task	92	kernel/exit.c	if (task[i] == p)
task	111	kernel/exit.c	if (!task[i])
task	113	kernel/exit.c	if (bad_task_ptr(task[i]->p_pptr))
task	115	kernel/exit.c	task[i]->pid);
task	116	kernel/exit.c	if (bad_task_ptr(task[i]->p_cptr))
task	118	kernel/exit.c	task[i]->pid);
task	119	kernel/exit.c	if (bad_task_ptr(task[i]->p_ysptr))
task	121	kernel/exit.c	task[i]->pid);
task	122	kernel/exit.c	if (bad_task_ptr(task[i]->p_osptr))
task	124	kernel/exit.c	task[i]->pid);
task	125	kernel/exit.c	if (task[i]->p_pptr == task[i])
task	127	kernel/exit.c	if (task[i]->p_cptr == task[i])
task	129	kernel/exit.c	if (task[i]->p_ysptr == task[i])
task	131	kernel/exit.c	if (task[i]->p_osptr == task[i])
task	133	kernel/exit.c	if (task[i]->p_osptr) {
task	134	kernel/exit.c	if (task[i]->p_pptr != task[i]->p_osptr->p_pptr)
task	137	kernel/exit.c	task[i]->pid, task[i]->p_osptr->pid,
task	138	kernel/exit.c	task[i]->p_osptr->p_pptr->pid);
task	139	kernel/exit.c	if (task[i]->p_osptr->p_ysptr != task[i])
task	142	kernel/exit.c	task[i]->pid, task[i]->p_osptr->pid);
task	144	kernel/exit.c	if (task[i]->p_ysptr) {
task	145	kernel/exit.c	if (task[i]->p_pptr != task[i]->p_ysptr->p_pptr)
task	148	kernel/exit.c	task[i]->pid, task[i]->p_osptr->pid,
task	149	kernel/exit.c	task[i]->p_osptr->p_pptr->pid);
task	150	kernel/exit.c	if (task[i]->p_ysptr->p_osptr != task[i])
task	153	kernel/exit.c	task[i]->pid, task[i]->p_ysptr->pid);
task	155	kernel/exit.c	if (task[i]->p_cptr) {
task	156	kernel/exit.c	if (task[i]->p_cptr->p_pptr != task[i])
task	159	kernel/exit.c	task[i]->pid, task[i]->p_cptr->pid);
task	160	kernel/exit.c	if (task[i]->p_cptr->p_ysptr)
task	163	kernel/exit.c	task[i]->pid, task[i]->p_cptr->pid);
task	227	kernel/exit.c	struct task_struct **p = NR_TASKS + task;
task	291	kernel/exit.c	if (task[1])
task	292	kernel/exit.c	(*p)->p_opptr = task[1];
task	294	kernel/exit.c	(*p)->p_opptr = task[0];
task	352	kernel/exit.c	if (task[1])
task	353	kernel/exit.c	p->p_pptr = task[1];
task	355	kernel/exit.c	p->p_pptr = task[0];
task	76	kernel/fork.c	if (!task[i])
task	78	kernel/fork.c	if (task[i]->uid == current->uid)
task	80	kernel/fork.c	if (task[i]->pid == last_pid || task[i]->pgrp == last_pid)
task	88	kernel/fork.c	if (!task[i])
task	120	kernel/fork.c	task[nr] = p;
task	167	kernel/fork.c	task[nr] = NULL;
task	19	kernel/panic.c	if (current == task[0])
task	39	kernel/ptrace.c	if (task[i] != NULL && (task[i]->pid == pid))
task	40	kernel/ptrace.c	return task[i];
task	51	kernel/ptrace.c	static inline int get_stack_long(struct task_struct *task, int offset)
task	55	kernel/ptrace.c	stack = (unsigned char *)task->tss.esp0;
task	66	kernel/ptrace.c	static inline int put_stack_long(struct task_struct *task, int offset,
task	71	kernel/ptrace.c	stack = (unsigned char *) task->tss.esp0;
task	60	kernel/sched.c	struct task_struct * task[NR_TASKS] = {&init_task, };
task	122	kernel/sched.c	p = &task[NR_TASKS];
task	172	kernel/sched.c	if ((p = tmp->task) != NULL) {
task	199	kernel/sched.c	if ((p = tmp->task) != NULL) {
task	224	kernel/sched.c	if (current == task[0])
task	411	kernel/sched.c	if (prof_buffer && current != task[0]) {
task	419	kernel/sched.c	if (current == task[0] || (--current->counter)<=0) {
task	545	kernel/sched.c	if (task[i])
task	546	kernel/sched.c	show_task(i,task[i]);
task	561	kernel/sched.c	task[i] = NULL;
task	241	kernel/sys.c	send_sig(SIGINT,task[1],1);
task	443	kernel/sys.c	if (task[i] && (task[i]->pid == pid) &&
task	444	kernel/sys.c	((task[i]->p_pptr == current) ||
task	445	kernel/sys.c	(task[i] == current))) {
task	446	kernel/sys.c	if (task[i]->leader)
task	448	kernel/sys.c	if ((task[i]->session != current->session) ||
task	452	kernel/sys.c	task[i]->pgrp = pgid;
task	65	mm/memory.c	void oom(struct task_struct * task)
task	68	mm/memory.c	task->sigaction[SIGKILL-1].sa_handler = NULL;
task	69	mm/memory.c	task->blocked &= ~(1<<(SIGKILL-1));
task	70	mm/memory.c	send_sig(SIGKILL,task,1);
task	118	mm/memory.c	if (tsk == task[0])
task	142	mm/memory.c	if (tsk == task[0]) {
task	290	mm/swap.c	p = task[swap_task];
task	488	mm/swap.c	p = task[nr];