def __init__(self, list_process_times):
self.processes = []
count = 0
for l in list_process_times:
temp = Process(l, count)
self.processes.append(temp)
count += 1
self.current_process = None
self.ready_queue = []
self.total_time = 0.0
self.used_time = 0.0
self.stats = defaultdict(dict)
def getData(filePath):
'''
Given a filepath getData opens that file, then parses through the lines
one by one splitting the values into an array, then assigning them
to a new process object. These process objects are added to an array
and returned at the end.
'''
f = open(filePath, 'r')
processArray = []
for line in f:
processItemArray = line.split()
# There is a strong dependency here that the data be well formed as:
# Process ID | Arrival Time | Duration
current_process = Process()
current_process.setID(processItemArray[0])
current_process.setArrivalTime(int(processItemArray[1]))
current_process.setDuration(int(processItemArray[2]))
processArray.append(current_process)
f.close()
return processArray
args = GetArgs()
files = GetFiles()
# modules to include or ignore
included_mods = readmodfile(incmodfile)
ignored_mods = readmodfile(ignmodfile)
original_inputs = RandomInputMutator(args + files, NullMutator)
expanded_input_generator = RandomInputMutator(args + files,
RandomExpanderMutator)
mutated_input_generator = RandomInputMutator(args + files,
RandomByteMutator)
app = Process(program,
envs,
timeout,
included_mods,
ignored_mods,
no_stdout=not show_stdout)
prt = TypePrinter("/dev/stdout", program)
# unchanged input
null_mutt, original_input = original_inputs.next()
original_events = app.getData(prepare_inputs(original_input))
if original_events is None:
print "Execution of", program, "failed!"
exit(-1)
#prt.set_original_events(original_events)
prt.print_events(null_mutt, original_events)
