import sys
import time
import urllib
+import socket
from StringIO import StringIO
def revertStandardError():
if max_memory is not None:
self.memory = min(self.memory, max_memory)
if max_disk is not None:
- self.max_disk = min(self.disk, max_disk)
+ self.disk = min(self.disk, max_disk)
for key in kws:
setattr(self, key, kws[key])
kws = dict([(kw, fields.getfirst(kw)) for kw in 'name description owner memory disksize vmtype cdrom autoinstall'.split()])
validate = validation.Validate(username, state, strict=True, **kws)
return dict(contact=username, name=validate.name, description=validate.description, memory=validate.memory,
- disksize=validate.disksize, owner=validate.owner, machine_type=validate.vmtype,
+ disksize=validate.disksize, owner=validate.owner, machine_type=getattr(validate, 'vmtype', Defaults.type),
cdrom=getattr(validate, 'cdrom', None),
autoinstall=getattr(validate, 'autoinstall', None))
checkpoint.checkpoint('Got max mem/disk')
defaults = Defaults(max_memory=max_memory,
max_disk=max_disk,
- owner=username,
- cdrom='gutsy-i386')
+ owner=username)
checkpoint.checkpoint('Got defaults')
def sortkey(machine):
return (machine.owner != username, machine.owner, machine.name)
XXX this should be merged with the similar logic in DNS and DHCP.
"""
- if nic.hostname and '.' in nic.hostname:
- return nic.hostname
+ if nic.hostname:
+ hostname = nic.hostname
elif nic.machine:
- return nic.machine.name + '.' + config.dns.domains[0]
+ hostname = nic.machine.name
else:
return None
-
+ if '.' in hostname:
+ return hostname
+ else:
+ return hostname + '.' + config.dns.domains[0]
def getNicInfo(data_dict, machine):
"""Helper function for info, get data on nics for a machine.
nic_fields = []
for i in range(len(machine.nics)):
nic_fields.extend([(x % i, y % i) for x, y in nic_fields_template])
- if not i:
- data_dict['nic%s_hostname' % i] = getHostname(machine.nics[i])
+ data_dict['nic%s_hostname' % i] = getHostname(machine.nics[i])
data_dict['nic%s_mac' % i] = machine.nics[i].mac_addr
data_dict['nic%s_ip' % i] = machine.nics[i].ip
if len(machine.nics) == 1:
update_acl = True
if hasattr(validate, 'name'):
machine.name = validate.name
+ for n in machine.nics:
+ if n.hostname == oldname:
+ n.hostname = validate.name
if hasattr(validate, 'description'):
machine.description = validate.description
if hasattr(validate, 'admin') and validate.admin != machine.administrator:
The autoinstaller builds a minimal Debian or Ubuntu system to run as a
ParaVM. You can access the resulting system by logging into the <a
href="help?simple=true&subject=ParaVM+Console">serial console server</a>
-with your Kerberos tickets; there is no root password and no sshd.</p>
+with your Kerberos tickets; there is no root password so sshd will
+refuse login.</p>
-<p>Under the covers the autoinstaller uses our own patched version of
-xen-create-image, which is a tool based on debootstrap. If you're
-quick in logging into the serial console, you can see it running.
+<p>Under the covers, the autoinstaller uses our own patched version of
+xen-create-image, which is a tool based on debootstrap. If you log
+into the serial console while the install is running, you can watch
+it.
""",
'ParaVM Console': """
ParaVM machines do not support local console access over VNC. To
username.""" % config.console.hostname,
'HVM/ParaVM': """
HVM machines use the virtualization features of the processor, while
-ParaVM machines use Xen's emulation of virtualization features. You
-want an HVM virtualized machine.""",
+ParaVM machines rely on a modified kernel to communicate directly with
+the hypervisor. HVMs support boot CDs of any operating system, and
+the VNC console applet. The three-minute autoinstaller produces
+ParaVMs. ParaVMs typically are more efficient, and always support the
+<a href="help?subject=ParaVM+Console">console server</a>.</p>
+
+<p>More details are <a
+href="https://xvm.scripts.mit.edu/wiki/Paravirtualization">on the
+wiki</a>, including steps to prepare an HVM guest to boot as a ParaVM
+(which you can skip by using the autoinstaller to begin with.)</p>
+
+<p>We recommend using a ParaVM when possible and an HVM when necessary.
+""",
'CPU Weight': """
Don't ask us! We're as mystified as you are.""",
'Owner': """
group.""",
'Quotas': """
Quotas are determined on a per-locker basis. Each locker may have a
-maximum of 512 megabytes of active ram, 50 gigabytes of disk, and 4
+maximum of 512 mebibytes of active ram, 50 gibibytes of disk, and 4
active machines.""",
'Console': """
<strong>Framebuffer:</strong> At a Linux boot prompt in your VM, try
console will suffer artifacts.
""",
'Windows': """
-<strong>Windows Vista:</strong> The Vista image is licensed for all MIT students and will automatically activate off the network; see <a href="/static/msca-email.txt">the licensing confirmation e-mail</a> for details. The installer req uires 512 MB RAM and at least 7.5 GB disk space (15 GB or more recommended).<br>
+<strong>Windows Vista:</strong> The Vista image is licensed for all MIT students and will automatically activate off the network; see <a href="/static/msca-email.txt">the licensing confirmation e-mail</a> for details. The installer requires 512 MiB RAM and at least 7.5 GiB disk space (15 GiB or more recommended).<br>
<strong>Windows XP:</strong> This is the volume license CD image. You will need your own volume license key to complete the install. We do not have these available for the general MIT community; ask your department if they have one.
"""
}
cpu_time_float = float(main_status.get('cpu_time', 0))
cputime = datetime.timedelta(seconds=int(cpu_time_float))
checkpoint.checkpoint('Status')
- display_fields = """name uptime memory state cpu_weight on_reboot
- on_poweroff on_crash on_xend_start on_xend_stop bootloader""".split()
display_fields = [('name', 'Name'),
('description', 'Description'),
('owner', 'Owner'),
'DISK_INFO',
('state', 'state (xen format)'),
('cpu_weight', 'CPU weight'+helppopup('CPU Weight')),
- ('on_reboot', 'Action on VM reboot'),
- ('on_poweroff', 'Action on VM poweroff'),
- ('on_crash', 'Action on VM crash'),
- ('on_xend_start', 'Action on Xen start'),
- ('on_xend_stop', 'Action on Xen stop'),
- ('bootloader', 'Bootloader options'),
]
fields = []
machine_info = {}
def unauthFront(_, _2, _3, fields):
"""Information for unauth'd users."""
- return templates.unauth(searchList=[{'simple' : True}])
+ return templates.unauth(searchList=[{'simple' : True,
+ 'hostname' : socket.getfqdn()}])
def admin(username, state, path, fields):
if path == '':
return ({'Status': '303 See Other',
'Location': 'admin/'},
"You shouldn't see this message.")
- if not username in getAfsGroupMembers(config.web.adminacl, 'athena.mit.edu'):
+ if not username in getAfsGroupMembers(config.adminacl, 'athena.mit.edu'):
raise InvalidInput('username', username,
- 'Not in admin group %s.' % config.web.adminacl)
+ 'Not in admin group %s.' % config.adminacl)
newstate = State(username, isadmin=True)
newstate.environ = state.environ
return handler(username, newstate, path, fields)
%s
""" % (to, config.web.hostname, subject, body)
- p = subprocess.Popen(['/usr/sbin/sendmail', to], stdin=subprocess.PIPE)
+ p = subprocess.Popen(['/usr/sbin/sendmail', '-f', to, to],
+ stdin=subprocess.PIPE)
p.stdin.write(mail)
p.stdin.close()
p.wait()
if environ.get('AUTH_TYPE') == 'Negotiate':
# Convert the krb5 principal into a krb4 username
- if not user.endswith('@%s' % config.authn[0].realm):
+ if not user.endswith('@%s' % config.kerberos.realm):
return
else:
return user.split('@')[0].replace('/', '.')
projects / invirt/packages/invirt-web.git / blobdiff