def Volume_Attach(vmid,vol_id):
name=other.vms[int(vmid)];
# vmid=request.args.get('vmid');
# name=other.vms[int(vmid)][1];
connect = lib.open(other.make_path(create.user, create.ip,create.image_id))
dom=connect.lookupByName(name);
hostname=os.system('hostname');
def destroyvm(vmid): #n=int(vmid); name=other.vms[int(vmid)][1]; # name=other.vms[vmid][1]; connect = lib.open(other.make_path(create.user, create.ip,create.image_id)) dom=connect.lookupByName(name); try: dom.destroy(); return 1; except: return 0;
def mac_destroy():
req={}
vmid=request.args.get('vmid');
name=other.vms[int(vmid)][1];
connect = lib.open(other.make_path(create.user, create.ip,create.image_id))
dom=connect.lookupByName(name);
try:
dom.destroy();
dom.undefine();
return "1";
except:
return "0";
def destroyvm(vmid):
#n=int(vmid);
name = other.vms[int(vmid)][1]
# name=other.vms[vmid][1];
connect = lib.open(other.make_path(create.user, create.ip,
create.image_id))
dom = connect.lookupByName(name)
try:
dom.destroy()
return 1
except:
return 0
def mac_destroy():
req = {}
vmid = request.args.get('vmid')
name = other.vms[int(vmid)][1]
connect = lib.open(other.make_path(create.user, create.ip,
create.image_id))
dom = connect.lookupByName(name)
try:
dom.destroy()
dom.undefine()
return "1"
except:
return "0"
def abc(attrs):
flag = -1
#print "hello";
global img_name
global image_id
global pmid_rr
global user
global ip
global cpu
global ram
try:
name = attrs['name']
#name="vm2";
instance_type = attrs['instance_type']
#instance_type = 1;#int(attrs["instance_type"])
for i in other.type_list['types']:
for k in i.keys():
# print k
# print i[k]
# if(int(k['tid']) is instance_type):
if (int(i[k]) == int(instance_type)):
# print "blah"
cpu = i["cpu"]
ram = i["ram"]
image = int(attrs['image_id'])
print cpu
print ram
#img_name = "image.img";
# user = other.img_list[image][0];
# ip = other.img_list[image][1];
# image_id = other.img_list[image][2];
# img_name = image_id.split('/');
# img_name = img_name[-1];
# os.system('scp "%s:%s" "%s" ' % (user+'@'+ip,image_id, '/home/saumya/' ) )
# image_id = "/home/saumya/padhai/sem5/cloud/project/image.img";
#mage_id = "image1.img";
# print user;
pmid_initial = pmid_rr
machine = other.machine_list[pmid_rr]
user = machine[0]
ip = machine[1]
# status,mac_space=commands.getstatusoutput("ssh "+ user+"@"+ip+" free -m");
# status,mac_cpu=commands.getstatusoutput("ssh "+ user+"@"+ip+" nproc");
#mach_cpu=int(subprocess.check_output("ssh "+user+"@"+ip+" nproc",shell=True));
#mach_space=subprocess.check_output("ssh "+user+"@"+ip+" free -m",shell=True);
os.system("ssh " + user + "@" + ip +
" free -m | head -n2 | tail -n1 > ramspace")
os.system("ssh " + user + "@" + ip + " nproc > cp")
space = []
cpval = []
mach_space = []
fp1 = open("ramspace")
for line in fp1.readlines():
space = line.split()
mach_space = space[3]
#print mach_space
fp2 = open("cp")
for line in fp2.readlines():
#print line
cpval = line[0]
#print cpval
# print mach_space
# print mach_cpu
free = int(mach_space)
mach_cpu = int(cpval[0])
#print free
#print mach_cpu
#mac1=mach_space.split('\n');
# mac2=mac1[1].split();
# free=int(mac2[3]);
# print free;print ram;print mac_cpu;
# sys.stdout.flush()
# print cpu
# print cpu
# print ram
# print mach_cpu
# print free
while (mach_cpu < int(cpu) or int(ram) > free):
pmid_rr = pmid_rr + 1
print "hell"
# sys.stdout.flush()
if (pmid_rr % len(other.machine_list) == pmid_initial %
len(other.machine_list)):
flag = 1
break
else:
flag = 0
machine = other.machine_list[pmid_rr]
user = machine[0]
ip = machine[1]
os.system("ssh " + user + "@" + ip +
" free -m | head -n2 | tail -n1 > ramspace")
os.system("ssh " + user + "@" + ip + " nproc > cp")
# space=[]
# mach_cpu=[];
# mach_space=[];
fp1 = open("ramspace")
print pmid_rr % len(other.machine_list)
for line in fp1.readlines():
space = line.split()
mach_space = space[3]
#print line
fp2 = open("cp")
for line in fp2.readlines():
mach_cpu = line[0]
free = int(mach_space)
print mach_space, mach_cpu
#print "sp"+mac_space
#print "ram"+mac_cpu
# mac1=mach_space.split('\n');
# mac2=mac1[1].split();
# free=mac2[3];
# mac2=mac1[2].split();
# ram=mac2[2];
# if(int(mac_cpu) < int(cpu) or int(ram) > int(free)):
if (flag == 1):
return "not created"
user = other.img_list[image][0]
ip = other.img_list[image][1]
image_id = other.img_list[image][2]
img_name = image_id.split('/')
img_name = img_name[-1]
# print 'scp %s:%s %s ' % (user+'@'+ip,image_id, '~/' )
os.system('scp %s:%s %s ' % (user + '@' + ip, image_id, '~/'))
machine = other.machine_list[pmid_rr % len(other.machine_list)]
user = machine[0]
ip = machine[1]
# user='******';
# ip='10.1.97.7';
#print user + ip
image_id = "~/" + img_name
other.remotefile = "/home/" + user + "/"
# print 'scp "%s" "%s:%s"' % ('~/'+img_name, user+'@'+ip,other.remotefile )
os.system('scp %s %s:%s' %
('~/' + img_name, user + '@' + ip, other.remotefile))
connect = lib.open(other.make_path(user, ip, image_id))
#connect = lib.open("qemu:///system");
req = connect.defineXML(
create_xml(name,
connect.getType().lower(), image_id))
#req = connect.defineXML(create_xml(name,"kvm",image_id))
try:
req.create()
except:
return "byeerror"
vmid = other.next_vmid()
#vmid=1;
pmid = machine[2]
#other.vms.append(int(vmid),name, instance_type,pmid);
other.vms[vmid] = [vmid, name, instance_type, pmid]
pmid_rr = pmid_rr + 1
# vmid=1;
#print vmid;
image_id = other.img_list[image][2]
return jsonify({"vmid": vmid})
except:
return "kasjdhskjderror"
def abc(attrs):
flag=-1;
#print "hello";
global img_name;global image_id;
global pmid_rr;
global user;global ip;global cpu;global ram;
try:
name = attrs['name'];
#name="vm2";
instance_type = attrs['instance_type']
#instance_type = 1;#int(attrs["instance_type"])
for i in other.type_list['types']:
for k in i.keys():
# print k
# print i[k]
# if(int(k['tid']) is instance_type):
if(int(i[k])==int(instance_type)):
# print "blah"
cpu=i["cpu"];
ram=i["ram"];
image = int(attrs['image_id']);
print cpu
print ram
#img_name = "image.img";
# user = other.img_list[image][0];
# ip = other.img_list[image][1];
# image_id = other.img_list[image][2];
# img_name = image_id.split('/');
# img_name = img_name[-1];
# os.system('scp "%s:%s" "%s" ' % (user+'@'+ip,image_id, '/home/saumya/' ) )
# image_id = "/home/saumya/padhai/sem5/cloud/project/image.img";
#mage_id = "image1.img";
# print user;
pmid_initial=pmid_rr;
machine=other.machine_list[pmid_rr];
user=machine[0];
ip=machine[1];
# status,mac_space=commands.getstatusoutput("ssh "+ user+"@"+ip+" free -m");
# status,mac_cpu=commands.getstatusoutput("ssh "+ user+"@"+ip+" nproc");
#mach_cpu=int(subprocess.check_output("ssh "+user+"@"+ip+" nproc",shell=True));
#mach_space=subprocess.check_output("ssh "+user+"@"+ip+" free -m",shell=True);
os.system("ssh "+ user+"@"+ip+" free -m | head -n2 | tail -n1 > ramspace");
os.system("ssh "+user+"@"+ip+" nproc > cp");
space=[]
cpval=[];
mach_space=[];
fp1=open("ramspace");
for line in fp1.readlines():
space=line.split();
mach_space=space[3];
#print mach_space
fp2=open("cp");
for line in fp2.readlines():
#print line
cpval=line[0];
#print cpval
# print mach_space
# print mach_cpu
free=int(mach_space);
mach_cpu=int(cpval[0])
#print free
#print mach_cpu
#mac1=mach_space.split('\n');
# mac2=mac1[1].split();
# free=int(mac2[3]);
# print free;print ram;print mac_cpu;
# sys.stdout.flush()
# print cpu
# print cpu
# print ram
# print mach_cpu
# print free
while(mach_cpu<int(cpu) or int(ram)> free):
pmid_rr=pmid_rr+1;
print "hell";
# sys.stdout.flush()
if(pmid_rr%len(other.machine_list)==pmid_initial%len(other.machine_list)):
flag=1;
break;
else:
flag=0;
machine=other.machine_list[pmid_rr];
user=machine[0];
ip=machine[1];
os.system("ssh "+ user+"@"+ip+" free -m | head -n2 | tail -n1 > ramspace");
os.system("ssh "+user+"@"+ip+" nproc > cp");
# space=[]
# mach_cpu=[];
# mach_space=[];
fp1=open("ramspace");
print pmid_rr%len(other.machine_list)
for line in fp1.readlines():
space=line.split();
mach_space=space[3];
#print line
fp2=open("cp");
for line in fp2.readlines():
mach_cpu=line[0];
free=int(mach_space);
print mach_space,mach_cpu
#print "sp"+mac_space
#print "ram"+mac_cpu
# mac1=mach_space.split('\n');
# mac2=mac1[1].split();
# free=mac2[3];
# mac2=mac1[2].split();
# ram=mac2[2];
# if(int(mac_cpu) < int(cpu) or int(ram) > int(free)):
if(flag==1):
return "not created";
user = other.img_list[image][0];
ip = other.img_list[image][1];
image_id = other.img_list[image][2];
img_name = image_id.split('/');
img_name = img_name[-1];
# print 'scp %s:%s %s ' % (user+'@'+ip,image_id, '~/' )
os.system('scp %s:%s %s ' % (user+'@'+ip,image_id, '~/' ) );
machine = other.machine_list[pmid_rr%len(other.machine_list)]
user = machine[0]
ip = machine[1]
# user='******';
# ip='10.1.97.7';
#print user + ip
image_id = "~/"+img_name;
other.remotefile="/home/"+user+"/";
# print 'scp "%s" "%s:%s"' % ('~/'+img_name, user+'@'+ip,other.remotefile )
os.system('scp %s %s:%s' % ('~/'+img_name, user+'@'+ip,other.remotefile ) )
connect = lib.open(other.make_path(user, ip,image_id))
#connect = lib.open("qemu:///system");
req = connect.defineXML(create_xml(name, connect.getType().lower(),image_id))
#req = connect.defineXML(create_xml(name,"kvm",image_id))
try:
req.create()
except:
return "byeerror"
vmid = other.next_vmid();
#vmid=1;
pmid=machine[2];
#other.vms.append(int(vmid),name, instance_type,pmid);
other.vms[vmid] = [vmid, name, instance_type,pmid];
pmid_rr= pmid_rr + 1;
# vmid=1;
#print vmid;
image_id = other.img_list[image][2];
return jsonify({ "vmid": vmid });
except:
return "kasjdhskjderror";
