def index(self):
c.objects = dict()
c.commands = dict()
description = dict()
input = open('/opt/aquilon/etc/input.xml')
etree = ETree.parse(input)
for cmdnode in etree.getroot().findall("command"):
name = cmdnode.attrib['name']
if name == '*':
continue
description[name] = cmdnode.text
objectmatch = re.compile('((?:add)|(?:del)|(?:update)|(?:show)|(?:search))_(.*)')
m = objectmatch.match(name)
if m:
if m.group(2) not in c.objects:
c.objects[m.group(2)] = dict()
c.objects[m.group(2)][m.group(1)] = name
else:
c.commands[name] = cmdnode.text
# After we've partitioned all the commands into CRUD objects and
# non-crud stuff, we may have guessed some of it wrongly...
for obj in c.objects.keys():
if len(c.objects[obj].keys()) < 2:
origcmd = c.objects[obj].values()[0]
c.commands[origcmd] = description[origcmd]
del c.objects[obj]
return render('/commands.mako')
def log(self, log):
if log == 'aqd':
c.title = "Aquilon Broker"
logfile = "/var/log/aqd.log"
elif log == 'pylons':
c.title = "Web Interface"
logfile = "/var/quattor/logs/pylons/current"
elif log == 'warehouse':
c.title = "Datawarehouse"
logfile = "/usr/local/var/log/couchdb/couch.log"
else:
c.log = log
return render('/badlog.mako')
c.log = tail(logfile)
return render('/log.mako')
def upload(self):
cmd = ["/opt/aquilon/bin/upload-profiles"]
p = Popen(cmd, stdout=PIPE, stderr=PIPE)
(c.stdout, c.stderr) = p.communicate();
if c.stderr == "":
redirect('/')
return render('/warehouse/upload-failed.mako')
def krb5configure(self):
cfg = ConfigParser.ConfigParser()
cfg.read(["/opt/aquilon/etc/aqd.conf.defaults", "/etc/aqd.conf"])
cmd = ["/opt/aquilon/bin/change_realm", request.params['realm']]
env = dict()
env["KRB5CCNAME"] = "FILE:/var/spool/tickets/cdb"
status = subprocess.Popen(cmd, stdout=subprocess.PIPE,
env=env, close_fds=True).communicate()[0];
if status == 0:
return redirect('krb5display')
return render('/krbupdate-failed.mako')
def status(self):
cfg = ConfigParser.ConfigParser()
cfg.read(["/opt/aquilon/etc/aqd.conf.defaults", "/etc/aqd.conf"])
c.base = request.environ["HTTP_HOST"]
c.base = c.base.replace(":" + request.environ["SERVER_PORT"], "")
# Get the broker status
d = Daemontool("aqd")
stat = d.status()
if stat == 200:
c.broker = ["Daemon: aqd broker is running"]
(stdout, stderr) = aq(["status"])
c.brokererr = []
if stdout:
c.broker.extend(stdout.split("\n"));
if stderr:
c.brokererr.extend(stderr.split("\n"));
(stdout, stderr) = aq(["show_host", "--all"])
if stdout:
c.broker.append("Managed hosts:%s" % len(stdout.split("\n")));
if stderr:
c.brokererr.extend(stderr.split("\n"));
c.brokererr = []
else:
c.broker = ["Daemon: aqd broker is not running"]
# And the warehouse status
warehouse_bin = "/opt/aquilon/bin/warehouse"
if os.path.exists(warehouse_bin):
cmd = [warehouse_bin, "status"]
status = subprocess.Popen(cmd, stdout=subprocess.PIPE, close_fds=True).communicate()[0];
c.warehouse = status.split("\n");
units = 1024*1024 # MiB
c.units_as_text = "MiB"
c.space = dict()
# Look at the disk space used
if os.path.isdir("/var/lib/pgsql/"):
c.space["PostgreSQL"] = space_used("/var/lib/pgsql/", units)
if os.path.isdir("/var/lib/couchdb/"):
c.space["CouchDB"] = space_used("/var/lib/couchdb", units)
c.space["Logs"] = space_used("/var/log", units)
c.space["Domains"] = space_used(cfg.get("broker", "domainsdir"), units)
c.space["Plenary"] = space_used(cfg.get("broker", "plenarydir"), units)
c.space["Sandboxes"] = space_used(cfg.get("broker", "templatesdir"), units)
c.space["Git King"] = space_used(cfg.get("broker", "kingdir"), units)
c.space["Profiles"] = space_used(cfg.get("broker", "profilesdir"), units)
return render('/status.mako')
def process_form(self, cmd):
# turn request object into something to run via an aq command
c.cmd = cmd
opttypes = dict()
input = open('/opt/aquilon/etc/input.xml')
etree = ETree.parse(input)
for cmdnode in etree.getroot().findall("command"):
if cmdnode.attrib['name'] != cmd:
continue
c.text = cmdnode.text
for group in cmdnode.findall("optgroup"):
self.parse_group(group, opttypes)
args = list()
args.append(cmd)
for key in request.params.keys():
if key in opttypes:
if opttypes[key] == 'boolean' or opttypes[key] == 'flag':
if request.params[key] == "1":
args.append("--%s" % key)
else:
if request.params[key] != "":
args.append("--%s=%s" % (key, request.params[key]))
elif key.startswith("_input_"):
# This is a faked up key that we made!
m = re.match("_input_(.*)", key)
selector = m.group(1)
if selector in request.params:
realopt = request.params[selector]
if realopt in opttypes and (
opttypes[realopt] == 'flag' or
opttypes[realopt] == 'boolean'):
args.append("--%s" % realopt)
else:
args.append("--%s=%s" % (realopt,
request.params[key]))
(c.stdout, c.stderr) = aq(args)
if c.stderr == "acquired compile lock\nreleasing compile lock\n":
c.stderr = ""
compileoutput = re.compile(".*BUILD SUCCESSFUL.*", re.DOTALL)
if compileoutput.match(c.stderr):
c.stdout = c.stderr
c.stderr = ""
if c.stderr == "" and "_return" in request.params:
return redirect(request.params["_return"])
return render('/formresults.mako')
def generate_form(self, cmd):
c.form = list()
c.cmd = cmd
c.documentation = None
if os.path.exists("/opt/aquilon/doc/html/%s.html" % cmd):
c.documentation = "/aqdocs/%s.html" % cmd
input = open('/opt/aquilon/etc/input.xml')
etree = ETree.parse(input)
for cmdnode in etree.getroot().findall("command"):
if cmdnode.attrib['name'] != cmd:
continue
c.text = cmdnode.text
for group in cmdnode.findall("optgroup"):
self.emitfields(cmd, group)
if "_return" in request.params:
c.form.append("<input type='hidden' name='_return' value='%s'\>" %
request.params["_return"])
c.form.append("<input type='submit' value='%s' class='btn btn-primary' />" % cmd.replace("_", " "))
return render('/form.mako')
def krb5display(self):
c.realm = get_realm()
return render('/kerberos-setup.mako')
def index(self):
# Return a rendered template
return render('/index.mako')
def about(self):
return render('/credits.mako')
def sandboxes(self):
# If we can, check how the sandboxes are doing
if os.path.exists("/opt/aquilon/bin/sandbox_status_json"):
c.sandboxes = json.loads(subprocess.Popen(["/opt/aquilon/bin/sandbox_status_json"], stdout=subprocess.PIPE, close_fds=True).communicate()[0])
return render('/sandboxes.mako')
def document(self):
"""Render the error document"""
request = self._py_object.request
c.resp = request.environ.get('pylons.original_response')
return render('/error.mako')
def index(self):
couch = couchdb.Server()
db = couch["profiles"]
c.base = request.environ["HTTP_HOST"]
c.base = c.base.replace(":" + request.environ["SERVER_PORT"], "")
return render('/warehouse/status.mako')