def generate_taskset_files(util_name, period_name, cap, number):
generator = mkgen(NAMED_UTILIZATIONS[util_name],
NAMED_PERIODS[period_name])
generated_sets = []
for i in range(number):
taskset = generator(max_util=cap, time_conversion=ms2us)
filename = "{0}_{1}_{2}_{3}".format(util_name, period_name, cap, i)
write(taskset, filename)
generated_sets.append(filename)
return generated_sets
def generate_taskset_files(util_name, period_name, cap, number):
generator = mkgen(NAMED_UTILIZATIONS[util_name],
NAMED_PERIODS[period_name])
generated_sets = []
for i in range(number):
taskset = generator(max_util=cap, time_conversion=ms2us)
filename = "{0}_{1}_{2}_{3}".format(util_name,
period_name, cap, i)
write(taskset, filename)
generated_sets.append(filename)
return generated_sets
def generate_uniform_task_number(util_name, cap, number):
period_name = "uni-moderate"
generator = mkgen(NAMED_UTILIZATIONS[util_name],
NAMED_PERIODS[period_name])
generated_moderate_sets = []
generated_long_sets = []
filenames = []
for i in range(number):
genModerateTaskset = generator(max_util=cap, squeeze=True, time_conversion=ms2us)
long_filename = "{0}_{1}_{2}_{3}".format(util_name,
"uni-long", cap, i)
moderate_filename = "{0}_{1}_{2}_{3}".format(util_name,
"uni-moderate", cap, i)
longTaskset = []
moderateTaskset = []
longTempFile = open(long_filename,"w")
moderateTempFile = open(moderate_filename,"w")
for moderateTask in genModerateTaskset:
# Generate corresponding long period task with same utilization
longTask = copy.deepcopy(moderateTask)
longTask.period = ms2us(NAMED_PERIODS["uni-long"]())
longTask.deadline = longTask.period
longTask.cost = int(longTask.period * moderateTask.utilization())
# Store tasks
longTaskset.append(longTask)
moderateTaskset.append(moderateTask)
# Write tasks to files
longTempFile.write(str(longTask.cost)+" "+str(longTask.period)+"\n")
moderateTempFile.write(str(moderateTask.cost)+" "+str(moderateTask.period)+"\n")
longTempFile.close()
moderateTempFile.close()
filenames.append(long_filename)
filenames.append(moderate_filename)
generated_moderate_sets.append(moderateTaskset)
generated_long_sets.append(longTaskset)
print >> sys.stderr, "Generated long task sets: "
print >> sys.stderr, pprint.pformat(generated_long_sets, indent=2)
print >> sys.stderr, ""
print >> sys.stderr, "Generated moderate task sets: "
print >> sys.stderr, pprint.pformat(generated_moderate_sets, indent=2)
print >> sys.stderr, ""
print >> sys.stderr, "Generated filenames"
print >> sys.stderr, filenames
def generate_taskset_files(util_name, period_name, cap, number):
generator = mkgen(NAMED_UTILIZATIONS[util_name],
NAMED_PERIODS[period_name])
generated_sets = []
for i in range(number):
taskset = generator(max_util=cap, squeeze=True, time_conversion=ms2us)
filename = "{0}_{1}_{2}_{3}".format(util_name,
period_name, cap, i)
tempFile = open(filename,"w")
for task in taskset:
tempFile.write(str(task.cost)+" "+str(task.period)+"\n")
tempFile.close()
generated_sets.append(filename)
return generated_sets
def generate_lock_taskset_files(util_name, period_name, cap, cslength, nres,
pacc, number):
generator = mkgen(NAMED_UTILIZATIONS[util_name],
NAMED_PERIODS[period_name])
generated_sets = []
for i in range(number):
taskset = generator(max_util=cap, time_conversion=ms2us)
resources.initialize_resource_model(taskset)
for task in taskset:
for res_id in range(nres):
if random.random() < pacc:
nreqs = random.randint(1, 5)
length = CSLENGTH[cslength]
for j in range(nreqs):
task.resmodel[res_id].add_request(length())
filename = "{0}_{1}_{2}_{3}_{4}_{5}_{6}".format(
util_name, period_name, cap, cslength, nres, pacc, i)
write(taskset, filename)
generated_sets.append(filename)
return generated_sets
def generate_lock_taskset_files(util_name, period_name, cap,
cslength, nres, pacc, number):
generator = mkgen(NAMED_UTILIZATIONS[util_name],
NAMED_PERIODS[period_name])
generated_sets = []
for i in range(number):
taskset = generator(max_util=cap, time_conversion=ms2us)
resources.initialize_resource_model(taskset)
for task in taskset:
for res_id in range(nres):
if random.random() < pacc:
nreqs = random.randint(1, 5)
length = CSLENGTH[cslength]
for j in range(nreqs):
task.resmodel[res_id].add_request(length())
filename = "{0}_{1}_{2}_{3}_{4}_{5}_{6}".format(
util_name, period_name, cap, cslength, nres, pacc,
i)
write(taskset, filename)
generated_sets.append(filename)
return generated_sets
