def test_cputime5(self):
rm = taskrun.ResourceManager(taskrun.CpuTimeResource('time', 20))
ob = OrderCheckObserver(['@t1', '+t1', '-t1'], verbose=False)
tm = taskrun.TaskManager(resource_manager=rm, observers=[ob])
t1 = taskrun.FunctionTask(tm, 't1', myfunc, 'jimbo', 5)
tm.run_tasks()
self.assertTrue(ob.ok())
def main(args):
lock = threading.Lock()
results = {}
if args.verbose and args.cores > 1:
print('verbose mode forces cores to 1')
args.cores = 1
if args.verbose:
print('using {0} cores for execution'.format(args.cores))
rm = taskrun.ResourceManager(
taskrun.CounterResource('cores', 1, args.cores))
tm = taskrun.TaskManager(resource_manager=rm, observers=[])
for radix in range(args.minradix, args.maxradix + 1, 1):
task = taskrun.FunctionTask(tm, 'radix_{0}'.format(radix),
largestNetwork, args.hyperxsearch, radix,
args.minbandwidth, None,
args.maxdimensions, args.minconcentration,
args.maxconcentration, lock, results,
args.verbose)
task.priority = radix
tm.run_tasks()
grid = []
grid.append([
'#', 'Dimensions', 'Widths', 'Weights', 'Concentration', 'Terminals',
'Routers', 'Radix', 'Channels', 'Bisections', 'Cost'
])
for radix in range(args.minradix, args.maxradix + 1, 1):
grid.append(results[radix])
print(search_util.makeGrid(grid))
def test_cputime7(self):
rm = taskrun.ResourceManager(taskrun.CpuTimeResource('time', 20))
tm = taskrun.TaskManager(rm)
t1 = taskrun.FunctionTask(tm, 't1', myfunc, 'jimbo', 5)
t1.resources = {'time': 20}
error = False
try:
tm.run_tasks()
except AssertionError:
error = True
self.assertTrue(error)
def test_noexec(self):
global total
global thres
total = 0
thres = 0
rm = taskrun.ResourceManager(taskrun.CounterResource('slot', 1, 1))
ob = OrderCheckObserver(
['@t1', '@t2', '@t3', '@t4', '*t1', '*t2', '*t3', '*t4'])
tm = taskrun.TaskManager(resource_manager=rm, observers=[ob])
t1 = taskrun.FunctionTask(tm, 't1', myfunc, 'jimbo', 5)
t1.add_condition(taskrun.FunctionCondition(cond))
t2 = taskrun.FunctionTask(tm, 't2', myfunc, 'gertrude', 6)
t2.add_condition(taskrun.FunctionCondition(cond))
t3 = taskrun.FunctionTask(tm, 't3', myfunc, 'sally', 2)
t3.add_condition(taskrun.FunctionCondition(cond))
t4 = taskrun.FunctionTask(tm, 't4', myfunc, 'william', 3)
t4.add_condition(taskrun.FunctionCondition(cond))
tm.run_tasks()
self.assertTrue(ob.ok())
self.assertEqual(total, 0)
print('setup time: {0:.3f}s'.format(elapsed))
start = time.clock()
tm.run_tasks()
stop = time.clock()
elapsed = stop - start
print('tasks per second: {0:.3f}'.format(num / elapsed))
# Function task
print('\n*** FunctionTask ***')
start = time.clock()
for idx in range(num):
taskrun.FunctionTask(tm,
'Task_{0:04d}'.format(idx),
func,
'you',
'me',
'yall',
mom=True,
dad=False)
stop = time.clock()
elapsed = stop - start
print('setup time: {0:.3f}s'.format(elapsed))
start = time.clock()
tm.run_tasks()
stop = time.clock()
elapsed = stop - start
print('tasks per second: {0:.3f}'.format(num / elapsed))
# Nop task
print('\n*** NopTask ***')