IP = "10.0.1.10"
if args.create_aux:
# create public IP
utils.create_public_ip(IP_NAME, RG_NAME)
# Create network card with fixed private IP
utils.create_nic_with_private_ip(NIC_NAME, RG_NAME, VNET_NAME, SUBNET_NAME,
NSG_NAME, IP_NAME, INT_DNS_NAME, IP)
# create VM
VM_NAME = INT_DNS_NAME
IMAGE_NAME = "/subscriptions/" + utils.get_subscription_id() + \
"/resourceGroups/" + RG_NAME + "/providers/Microsoft.Compute/images/" + UBUNTUGPU_IMAGE
data_disks = "255 255 255 255"
user_pass = utils.generate_pass()
cloud_init_fn = cloud_init_fill_template(
"configs/cloud_init_ubuntugpu_template.txt", user_pass)
utils.create_vm(VM_NAME, RG_NAME, REGION, IMAGE_NAME, NIC_NAME, VM_SIZE, None,
OS_DISK_NAME, user_pass, cloud_init_fn, data_disks)
if RESIZE_OS_DISK:
utils.deallocate_vm(VM_NAME, RG_NAME)
utils.resize_managed_disk(RG_NAME, OS_DISK_NAME, OS_DISK_SIZE)
utils.start_vm(VM_NAME, RG_NAME)
print("ubuntugpu public IP: {}".format(utils.get_public_ip(IP_NAME, RG_NAME)))
print("password:", user_pass)
import pandas as pd
from utils import check_output_wrapper
# import pandas as pd
# pd.read_json("users.json", orient="records").to_excel("users.xlsx")
from utils import generate_pass, STUDENT_COUNT, AD_DOMAIN
users = []
for idx in range(STUDENT_COUNT):
# if (idx + 1) <= 88:
# continue
password = generate_pass()
user = "******".format(idx + 1)
out = check_output_wrapper("""
az ad user create \
--user-principal-name "{u}@{d}" \
--display-name "{u}" \
--password {p} \
--mail-nickname "{u}"
""".format(p=password, u=user, d=AD_DOMAIN),
shell=True)
out = json.loads(out)
userId = out["objectId"]
users.append([user, password, userId])
print(user, "done")
df = pd.DataFrame(users, columns=["user", "password", "userId"])
INT_DNS_NAME.format(idx), IP.format(idx+10))
if args.create_aux:
Parallel(n_jobs=5, backend="threading")(
delayed(create_aux)(idx) for idx in range(N_MACHINES)
)
def create_vm(idx, password):
VM_NAME = INT_DNS_NAME.format(idx)
IMAGE_NAME = "/subscriptions/" + utils.get_subscription_id() + \
"/resourceGroups/admin_resources/providers/Microsoft.Compute/images/ubuntu_gpu_image1_" + region
data_disks = "255 255 255 255"
user_pass = password
cloud_init_fn = cloud_init_fill_template("configs/cloud_init_sirius_template.txt", user_pass, postfix=str(idx))
utils.create_vm(VM_NAME, rg_name, region, IMAGE_NAME, NIC_NAME.format(idx), vm_size, None, OS_DISK_NAME.format(idx),
user_pass, cloud_init_fn, data_disks)
print("{} public IP: {}".format(VM_NAME, utils.get_public_ip(IP_NAME.format(idx), rg_name)))
# create VMs
password = utils.generate_pass()
print("password:"******"threading")(
delayed(create_vm)(idx, password) for idx in range(N_MACHINES)
)