def setUp(self):
self.inputdata_file_name = "test/utility/test_data/test_devices_for_json_file.inputdata"
self.csv_file_name = "test/utility/test_data/test_allocation_plan_to_csv.csv"
self.all_time_cloudlets = create_all_time_cloudlets(10, 10, 10)
self.devices = [Device(name="d1"), Device(name="d2"), Device(name="d3")]
self.allocation_plan = {
"d1": [Allocation(0, 0, 0), Allocation(0, 0, 1), Allocation(0, 0, 3)],
"d2": [Allocation(0, 0, 1), Allocation(0, 0, 1), Allocation(0, 0, 3)],
"d3": [Allocation(0, 0, 3), Allocation(0, 0, 2), Allocation(0, 0, 2)],
"d4": [Allocation(0, 0, 0), Allocation(0, 0, 4), Allocation(0, 0, 4)]
}
data.input_data_to_file(self.all_time_cloudlets, self.devices, self.inputdata_file_name)
r_num = 6
else:
r_num = int(ans)
ans = input("density(default={}): ".format(1))
if ans == "":
density = 1
else:
density = int(ans)
ans = input("unit per road(default={}): ".format(3))
if ans == "":
upr = 3
else:
upr = int(ans)
ds = eval(device_creater)(p_min, p_max, int(t_length / 2), ur_min, ur_max, r_num=r_num, density=density, upr=upr)
header["r_num"] = r_num
header["density"] = density
header["upr"] = upr
else:
ds = eval(device_creater)(p_min, p_max, t_length, ur_min, ur_max)
# 説明文
ans = input("description:")
# データの書き出し
header["description"] = ans
header["devices_create_algorithm"] = device_creater
header["d_num"] = len(ds)
path = input_data_to_file(header, atcs, ds, "plane-cross")
print("outputed -> {}".format(path))
d = Device(name=d_name)
d.use_resource = random.randint(min_use_resource, max_use_resource)
d.startup_time = t
if random.randint(0, 3) == 0:
roads = list(filter(lambda r: r != road, setup_roads))
r = roads[random.randint(0, len(roads) - 1)]
if random.randint(0, 1) == 0:
d.plan = route(left_side, r[1])
else:
d.plan = route(right_side, r[1])
else:
if random.randint(0, 1) == 0:
d.plan = route(left_side, right_side)
else:
d.plan = route(right_side, left_side)
devices.append(d)
d_num += 1
header = {
"device_num": d_num,
"t_length": 30,
"x_length": 30,
"y_length": 30,
"c_max_resource": 5,
"max_road_device_num": 6
}
path = input_data_to_file(header, atcs, devices, "inputdata_03")
print("outputed -> {}".format(path))
if n == 0:
d.plan = route(Point(0, 0), Point(x_len, y_len))
if n == 1:
d.plan = route(Point(x_len, y_len), Point(0, 0))
if n == 2:
d.plan = route(Point(0, y_len), Point(x_len, 0))
if n == 3:
d.plan = route(Point(y_len, 0), Point(0, x_len))
n = random.randint(0, 2)
if n == 0:
#app = Application(name="a1")
d.use_resource = 1
elif n == 1:
#app = Application(name="a2")
d.use_resource = 1
else:
#app = Application(name="a3")
d.use_resource = 1
#d.append_app(app)
devices.append(d)
header = {
"device_num": d_num,
"t_length": t_len,
"x_length": x_len,
"y_length": y_len,
}
path = input_data_to_file(header, atcs, devices, "fukunaga")
print("outputed -> {}".format(path))
if random.randint(0, 1) == 0:
d.plan = route(side_a, r[goal])
else:
d.plan = route(side_b, r[goal])
else:
if random.randint(0, 1) == 0:
d.plan = route(side_a, side_b)
else:
d.plan = route(side_b, side_a)
devices.append(d)
d_num += 1
print(da_num)
print(ca_num)
header = {
"device_num": d_num,
"t_length": 30,
"x_length": 30,
"y_length": 30,
"min_road_device_num": min_road_device_num,
"max_road_device_num": max_road_device_num,
"min_use_resource": min_use_resource,
"max_use_resource": max_use_resource,
"c_resource": c_resource,
"app_name": app_name,
"app_resourse": app_resourse
}
random.shuffle(devices)
path = input_data_to_file(header, atcs, devices, "ieeei-d90")
print("outputed -> {}".format(path))
goal = random.randint(1, 2)
if random.randint(0, 1) == 0:
d.plan = route(side_a, r[goal])
else:
d.plan = route(side_b, r[goal])
else:
if random.randint(0, 1) == 0:
d.plan = route(side_a, side_b)
else:
d.plan = route(side_b, side_a)
devices.append(d)
d_num += 1
print(da_num)
print(ca_num)
header = {
"device_num": d_num,
"t_length": 30,
"x_length": 30,
"y_length": 30,
"min_road_device_num": min_road_device_num,
"max_road_device_num": max_road_device_num,
"min_use_resource": min_use_resource,
"max_use_resource": max_use_resource,
"c_resource": c_resource,
"app_name": app_name,
"app_resourse": app_resourse
}
random.shuffle(devices)
path = input_data_to_file(header, atcs, devices, "inputdata_fk-p4-Nodevi-d110")
print("outputed -> {}".format(path))