All Packages  Class Hierarchy

Index of all Fields and Methods

A

activate(process). Static method in class sim.scheduler

like activate(p, 0);

activate(process, int). Static method in class sim.scheduler

if p is not running or scheduled, schedule it with delay time; otherwise, do nothing

active(). Method in class sim.process

test if process is active, i.e.

C

cancel(). Method in class sim.process

make this process idle (unscheduled and not running)

clock. Static variable in class sim.scheduler

global simulated time

current. Static variable in class sim.scheduler

reference to current process

D

Dequeue(). Method in class queues.Queue

draw(). Method in class random.erand

draw(). Method in class random.urand

E

Enqueue(Object). Method in class queues.Queue

Enqueue(Object, int). Method in class queues.PriorityQueue

Note that Enqueue is overloaded!

erand(double). Constructor for class random.erand

erand(double, long). Constructor for class random.erand

F

fatal_error(String). Static method in class sim.scheduler

signal a fatal error and die

fdraw(). Method in class random.erand

fdraw(). Method in class random.rand

Find(Object). Method in class queues.Queue

Front(). Method in class queues.Queue

FrontKey(). Method in class queues.PriorityQueue

H

hold(int). Static method in class sim.scheduler

schedule for activation after 'delay' time units, and passivate

I

IsEmpty(). Method in class queues.Queue

L

Length(). Method in class queues.Queue

N

name. Variable in class sim.process

name of this process as given in constructor

P

pass_baton(process). Static method in class sim.scheduler

pass_baton() to support coroutines

pass_baton(process, boolean). Static method in class sim.scheduler

pass baton to next process

passivate(). Static method in class sim.scheduler

make current process non-active

Print(). Method in class queues.PriorityQueue

print(). Method in class sim.process

print name, state, and scheduled event time for process

Print(). Method in class queues.Queue

PriorityQueue(). Constructor for class queues.PriorityQueue

process(String). Constructor for class sim.process

process constructor

Q

Queue(). Constructor for class queues.Queue

R

rand(). Constructor for class random.rand

rand(long). Constructor for class random.rand

reactivate(process). Static method in class sim.scheduler

like reactivate(p, 0);

reactivate(process, int). Static method in class sim.scheduler

if p is not running or scheduled, schedule it with delay t; if p is running or scheduled, reschedule it with delay t

Rear(). Method in class queues.Queue

RearKey(). Method in class queues.PriorityQueue

Remove(Object). Method in class queues.Queue

run(). Method in class sim.process

main body for thread

run_simulation(). Static method in class sim.scheduler

start simulation (event queue must be non-empty)

S

scheduled(). Method in class sim.process

test for scheduled (has an event notice; false if running)

scheduler(). Constructor for class sim.scheduler

T

terminate(). Method in class sim.process

make process unrunnable (no longer activatable);

note that there is no terminate_and_delete() as Java doesn't need to delete objects; similarly, you cannot rely on clean-up being done in the destructor

terminated(). Method in class sim.process

test if this process is terminated

U

urand(int, int). Constructor for class random.urand

urand(int, int, long). Constructor for class random.urand

W

waitq(Queue). Method in class sim.process

enqueue reference to this process in queue q, and passivate

note that there is no enqueue_proc/dequeue_proc anymore;

use Queue Enqueue/Dequeue instead