class Validate:
def __init__(self, username, state, machine_id=None, name=None, description=None, owner=None,
admin=None, contact=None, memory=None, disksize=None,
- vmtype=None, cdrom=None, autoinstall=None, strict=False):
+ vmtype=None, nictype=None, cdrom=None, autoinstall=None, strict=False):
# XXX Successive quota checks aren't a good idea, since you
# can't necessarily change the locker and disk size at the
# same time.
self.disksize = validDisk(self.owner, state, disksize, machine)
if vmtype is not None:
self.vmtype = validVmType(vmtype)
+ if nictype is not None:
+ self.nictype = validNICType(nictype)
if cdrom is not None:
- if not CDROM.query().get(cdrom):
+ if not CDROM.query.get(cdrom):
raise CodeError("Invalid cdrom type '%s'" % cdrom)
self.cdrom = cdrom
if autoinstall is not None:
#raise InvalidInput('autoinstall', 'install',
# "The autoinstaller has been temporarily disabled")
- self.autoinstall = Autoinstall.query().get(autoinstall)
+ self.autoinstall = Autoinstall.query.get(autoinstall)
def getMachinesByOwner(owner, machine=None):
"""
if machine:
owner = machine.owner
- return Machine.query().filter_by(owner=owner)
+ return Machine.query.filter_by(owner=owner)
def maxMemory(owner, g, machine=None, on=True):
"""Return the maximum memory for a machine or a user.
machine_id = machine.machine_id
else:
machine_id = None
- disk_usage = Disk.query().filter(Disk.c.machine_id != machine_id).\
- join('machine').\
- filter_by(owner=owner).sum(Disk.c.size) or 0
+ disk_usage_query = Disk.query.filter(Disk.machine_id != machine_id).\
+ join('machine').filter_by(owner=owner)
+
+ disk_usage = sum([m.size for m in disk_usage_query]) or 0
return min(quota_single, quota_total-disk_usage/1024.)
def cantAddVm(owner, g):
def validVmType(vm_type):
if vm_type is None:
return None
- t = Type.query().get(vm_type)
+ t = Type.query.get(vm_type)
if t is None:
raise CodeError("Invalid vm type '%s'" % vm_type)
return t
+def validNICType(nic_type):
+ if nic_type is None:
+ return None
+ t = nic_type
+ if not (t is "e1000" or t is "pcnet"):
+ raise CodeError("Invalid nic type '%s'" % nic_type)
+ return t
+
def testMachineId(user, state, machine_id, exists=True):
"""Parse, validate and check authorization for a given user and machine.
machine_id = int(machine_id)
except ValueError:
raise InvalidInput('machine_id', machine_id, "Must be an integer.")
- machine = Machine.query().get(machine_id)
+ machine = Machine.query.get(machine_id)
if exists and machine is None:
raise InvalidInput('machine_id', machine_id, "Does not exist.")
if machine is not None and not haveAccess(user, state, machine):
def testAdmin(user, admin, machine):
"""Determine whether a user can set the admin of a machine to this value.
- Return the value to set the admin field to (possibly 'system:' +
- admin). XXX is modifying this a good idea?
+ Return the value to set the admin field to (possibly 'system:' + admin).
"""
if admin is None:
return None
return admin
if admin == user:
return admin
+ # we do not require that the user be in the admin group;
+ # just that it is a non-empty set
+ if authz.expandAdmin(admin):
+ return admin
if ':' not in admin:
- if cache_acls.isUser(admin):
- return admin
- admin = 'system:' + admin
- try:
- if user in getafsgroups.getAfsGroupMembers(admin, config.authz.afs.cells[0].cell):
- return admin
- except getafsgroups.AfsProcessError, e:
- errmsg = str(e)
- if errmsg.startswith("pts: User or group doesn't exist"):
- errmsg = 'The group "%s" does not exist.' % admin
- raise InvalidInput('administrator', admin, errmsg)
- #XXX Should we require that user is in the admin group?
- return admin
+ if authz.expandAdmin('system:' + admin):
+ return 'system:' + admin
+ errmsg = 'No user "%s" or non-empty group "system:%s" found.' % (admin, admin)
+ else:
+ errmsg = 'No non-empty group "%s" found.' % (admin,)
+ raise InvalidInput('administrator', admin, errmsg)
def testOwner(user, owner, machine=None):
"""Determine whether a user can set the owner of a machine to this value.