parser.add_argument('-u', '--username', help='Specify username.', action='store', dest='username') parser.add_argument('-w', '--password', help='Specify password.', action='store', dest='password') p = parser.parse_args() i = CloudInterface(dc=p.dc) i.login(username=p.username, password=p.password, load=True) i.get_servers() maxretries = 5 for vm in i.vmlist.find(name=p.pattern): if vm.status == 3: vm.poweroff() for w in range(maxretries): server_detail = i.get_server_detail(server_id=vm.sid) if server_detail['ServerStatus'] == 2: break else: print("Waiting shutdown") time.sleep(5) i.delete_vm(server_id=vm.sid)
import time from ArubaCloud.PyArubaAPI import CloudInterface if __name__ == "__main__": parser = argparse.ArgumentParser() parser.add_argument("-d", "--datacenter", help="Specify datacenter to login.", action="store", type=int, dest="dc") parser.add_argument("-p", "--pattern", help="Specify pattern to search.", action="store", dest="pattern") parser.add_argument("-u", "--username", help="Specify username.", action="store", dest="username") parser.add_argument("-w", "--password", help="Specify password.", action="store", dest="password") p = parser.parse_args() i = CloudInterface(dc=p.dc) i.login(username=p.username, password=p.password, load=True) i.get_servers() maxretries = 5 for vm in i.vmlist.find(name=p.pattern): if vm.status == 3: vm.poweroff() for w in range(maxretries): server_detail = i.get_server_detail(server_id=vm.sid) if server_detail["ServerStatus"] == 2: break else: print("Waiting shutdown") time.sleep(5) i.delete_vm(server_id=vm.sid)
def aruba(cls, dc, username, password, servertype=None, flavor=None, servername=None, servpass=None, image=None, number=None, serverid=None, cpu=None, ram=None, disk=None, token=None, insert=None, reboot=None, remove=None, rebuild=None): if insert: global templ, image_id, i if dc in range(1, 6, 1): token = CloudInterface(dc=dc) if None in servertype: templ = token.find_template(hv=4) elif "lowcost" in servertype: templ = token.find_template(hv=3) elif "vmware" in servertype: templ = token.find_template(hv=2) elif "hyperv" in servertype: templ = token.find_template(hv=1) for t in templ: if image in t.id_code and "True" in t.enabled: image_id = t.template_id return image_id size = {"small", 'medium', 'large', 'extra large'} for i in size: if flavor not in i: Exception("size error") else: return i token.login(username=username, password=password, load=True) if servertype is None: if number is None: c = SmartVmCreator(name=servername, admin_password=servpass, template_id=image_id, auth_obj=token.auth) c.set_type(size=i) c.commit(url=token.wcf_baseurl, debug=True) else: a = 0 while a < int(number): a += 1 c = SmartVmCreator(name=servername + a, admin_password=servpass, template_id=image_id, auth_obj=token.auth) c.set_type(size=i) c.commit(url=token.wcf_baseurl, debug=True) else: if number is None: ip = token.purchase_ip() pvm = ProVmCreator(name=servername, admin_password=servpass, template_id=image_id, auth_obj=token.auth) pvm.set_cpu_qty(int(cpu)) pvm.set_ram_qty(int(ram)) pvm.add_virtual_disk(int(disk)) pvm.add_public_ip(public_ip_address_resource_id=ip.resid, primary_ip_address=True) pvm.commit(url=token.wcf_baseurl, debug=True) time.sleep(60) else: a = 0 while a < int(number): a += 1 ip = token.purchase_ip() pvm = ProVmCreator(name=servername + a, admin_password=servpass, template_id=image_id, auth_obj=token.auth) pvm.set_cpu_qty(int(cpu)) pvm.set_ram_qty(int(ram)) pvm.add_virtual_disk(int(disk)) pvm.add_public_ip(public_ip_address_resource_id=ip.resid, primary_ip_address=True) pvm.commit(url=token.wcf_baseurl, debug=True) time.sleep(60) elif reboot: token = CloudInterface(dc=dc) token.login(username=username, password=password, load=True) token.poweroff_server(server_id=serverid) time.sleep(60) token.poweron_server(server_id=serverid) elif remove: token = CloudInterface(dc=dc) token.login(username=username, password=password, load=True) token.poweroff_server(server_id=serverid) time.sleep(60) token.delete_vm(server_id=serverid) elif rebuild: token = CloudInterface(dc=dc) token.login(username=username, password=password, load=True) for vm in token.get_vm(pattern=serverid): vm.poweroff() time.sleep(60) vm.reinitialize(admin_password=servpass)