def my_account_password_update(self):
c.active = 'password'
self.__load_data()
_form = PasswordChangeForm(c.rhodecode_user.username)()
try:
form_result = _form.to_python(request.POST)
UserModel().update_user(c.rhodecode_user.user_id, **form_result)
instance = c.rhodecode_user.get_instance()
instance.update_userdata(force_password_change=False)
Session().commit()
session.setdefault('rhodecode_user',
{}).update({'password': md5(instance.password)})
session.save()
h.flash(_("Successfully updated password"), category='success')
except formencode.Invalid as errors:
return htmlfill.render(render('admin/my_account/my_account.html'),
defaults=errors.value,
errors=errors.error_dict or {},
prefix_error=False,
encoding="UTF-8",
force_defaults=False)
except Exception:
log.exception("Exception updating password")
h.flash(_('Error occurred during update of user password'),
category='error')
return render('admin/my_account/my_account.html')
def __call__(self, message, typ=None, **kw):
from pylons import session
message = AdvFlash.Message(message)
message.type = typ or self.type
info = self.defaults.copy()
info.update(kw)
for k,v in info.items():
setattr(message,k,v)
session.setdefault(self.key, []).append(message)
session.save()
def __before__(self):
action = self.routingargs.get('action', '')
if action == 'ipn': # nothing else needs to be done for IPN
return
c.title = 'Scorekeeper Registration'
c.stylesheets = ['/css/register.css', '/css/redmond/jquery-ui-1.8.2.custom.css']
c.javascript = ['/js/register.js', '/js/jquery-1.4.2.min.js', '/js/jquery-ui-1.8.2.custom.min.js', '/js/jquery.validate.min.js']
c.tabflags = {}
c.sponsorlink = self.settings.sponsorlink
c.seriesname = self.settings.seriesname
ipsession = session.setdefault(self.srcip, {})
if self.database is not None:
self.user = ipsession.setdefault(self.database, {})
c.driverid = self.user.get('driverid', 0)
c.firstname = self.user.get('firstname', '')
c.lastname = self.user.get('lastname', '')
c.previouserror = self.user.get('previouserror', '')
self.user['previouserror'] = ''
if action in ['index', 'events', 'cars', 'profile'] and c.driverid < 1:
session.save()
redirect(url_for(action='login'))
if action not in ['view'] and self.settings.locked:
# Delete any saved session data for this person
del ipsession[self.database]
session.save()
raise BeforePage(render_mako('/register/locked.mako'))
c.events = self.session.query(Event).all()
c.cars = self.session.query(Car).filter(Car.driverid==c.driverid).order_by(Car.classcode,Car.number).all()
session.save()
def __call__(self, message, category=None, ignore_duplicate=False):
"""Add a message to the session.
``message`` is the message text.
``category`` is the message's category. If not specified, the default
category will be used. Raise ``ValueError`` if the category is not
in the list of allowed categories.
If ``ignore_duplicate`` is true, don't add the message if another
message with identical text has already been added. If the new
message has a different category than the original message, change the
original message to the new category.
"""
if not category:
category = self.default_category
elif self.categories and category not in self.categories:
raise ValueError("unrecognized category %r" % (category, ))
# Don't store Message objects in the session, to avoid unpickling
# errors in edge cases.
new_message_tuple = (category, message)
from pylons import session
messages = session.setdefault(self.session_key, [])
# ``messages`` is a mutable list, so changes to the local variable are
# reflected in the session.
if ignore_duplicate:
for i, m in enumerate(messages):
if m[1] == message:
if m[0] != category:
messages[i] = new_message_tuple
session.save()
return # Original message found, so exit early.
messages.append(new_message_tuple)
session.save()
def __call__(self, message, category=None, ignore_duplicate=False):
"""Add a message to the session.
``message`` is the message text.
``category`` is the message's category. If not specified, the default
category will be used. Raise ``ValueError`` if the category is not
in the list of allowed categories.
If ``ignore_duplicate`` is true, don't add the message if another
message with identical text has already been added. If the new
message has a different category than the original message, change the
original message to the new category.
"""
if not category:
category = self.default_category
elif self.categories and category not in self.categories:
raise ValueError("unrecognized category %r" % (category,))
# Don't store Message objects in the session, to avoid unpickling
# errors in edge cases.
new_message_tuple = (category, message)
from pylons import session
messages = session.setdefault(self.session_key, [])
# ``messages`` is a mutable list, so changes to the local variable are
# reflected in the session.
if ignore_duplicate:
for i, m in enumerate(messages):
if m[1] == message:
if m[0] != category:
messages[i] = new_message_tuple
session.save()
return # Original message found, so exit early.
messages.append(new_message_tuple)
session.save()
def __call__(self,
message,
category=None,
ignore_duplicate=False,
allow_html=False):
if not category:
category = self.default_category
elif self.categories and category not in self.categories:
raise ValueError("unrecognized category %r" % (category, ))
# Don't store Message objects in the session, to avoid unpickling
# errors in edge cases.
new_message_tuple = (category, message, allow_html)
from pylons import session
messages = session.setdefault(self.session_key, [])
# ``messages`` is a mutable list, so changes to the local variable are
# reflected in the session.
if ignore_duplicate:
for i, m in enumerate(messages):
if m[1] == message:
if m[0] != category:
messages[i] = new_message_tuple
session.save()
return # Original message found, so exit early.
messages.append(new_message_tuple)
session.save()
def new_page(self, user, **fields):
assert('almanac_id' not in fields)
assert('user_id' not in fields)
userid = session.setdefault('userid', None)
if isinstance(user, FullUser) and userid:
# Check to see if there is an Anonymous user and suck that page
# in...
anon_user = meta.Session.query(AnonymousUser).get(userid)
if anon_user:
user.pages += anon_user.pages
meta.Session.delete(anon_user)
meta.Session.commit()
# Don't forget to clean up the session
session['userid'] = None
session.save()
try:
page = meta.Session.query(Page).filter(and_(Page.published == False, Page.almanac_id == self.id, Page.user_id == user.id)).one()
modified = False
for field, value in fields.iteritems():
if hasattr(page, field) and getattr(page, field) != value:
setattr(page, field, value)
modified = True
if modified:
meta.Session.commit()
return page
except exc.MultipleResultsFound:
# It's time to combine these pages and chew bubblegum... and I'm
# all out of gum...
pages = list(meta.Session.query(Page).filter(and_(Page.published == False, Page.almanac_id == self.id, Page.user_id == user.id)))
winner = pages[0]
if winner.name is None:
winner.name = u''
if winner.slug is None:
winner.slug = Page.name_page(self, u'Page')
for loser in pages[1:]:
if loser.name != winner.name:
if loser.name is not None:
if winner.name:
winner.name += u', %s' % loser.name
else:
winner.name = loser.name
winner.media += loser.media
meta.Session.delete(loser)
meta.Session.add(winner)
meta.Session.commit()
return winner
except exc.NoResultFound:
pass
page = Page(published=False, almanac_id=self.id, user_id=user.id, **fields)
meta.Session.add(page)
meta.Session.commit()
return page
def login(self):
password = request.POST.get("password")
ipsession = session.setdefault(self.srcip, {})
tokens = ipsession.setdefault("authtokens", set())
if password == self.settings.password:
tokens.add("series")
for event in c.events:
if password == event.password:
tokens.add(event.id)
session.save()
redirect(url_for(action=""))
def __before__(self):
action = self.routingargs.get('action', '')
if action in ('available'):
return
if not self.database or action == 'index':
raise BeforePage("")
try:
digestinfo = session.setdefault('digest', {})
passwords = Password.load(self.session)
authCheck(digestinfo, self.database, {"admin" : passwords['series'] }, request)
# at this point, they are verified as knowing the password for database:series
finally:
session.save()
def __before__(self):
action = self.routingargs.get('action', '')
if action in ('available'):
return
if not self.database or action == 'index':
raise BeforePage("")
try:
digestinfo = session.setdefault('digest', {})
passwords = Password.load(self.session)
authCheck(digestinfo, self.database,
{"admin": passwords['series']}, request)
# at this point, they are verified as knowing the password for database:series
finally:
session.save()
def _checkauth(self, event):
if self.srcip == '127.0.0.1':
c.isAdmin = True
return
try:
digestinfo = session.setdefault(('digest', self.srcip), {})
pwdict = Password.load(self.session)
passwords = { "admin" : pwdict["series"] }
if event is not None and str(event.id) in pwdict:
passwords["event"] = pwdict[str(event.id)]
authname = authCheck(digestinfo, self.database, passwords, request)
if authname == "admin":
c.isAdmin = True
finally:
session.save()
def ensure_user(self):
if c.user:
return c.user
# Check for session user
userid = session.setdefault('userid', None)
if userid:
user = meta.Session.query(User).get(userid)
if user:
return user
# The failing case should only happen when a valid session exists
# with a reference to a user that has been deleted.
user = AnonymousUser()
meta.Session.add(user)
meta.Session.commit()
session['userid'] = user.id
session.save()
return user
def __before__(self):
action = self.routingargs.get('action', '')
if action == 'ipn': # nothing else needs to be done for IPN
return
c.title = 'Scorekeeper Registration'
c.stylesheets = ['/css/register.css']
c.javascript = ['/js/register.js']
c.activeSeries = self._activeSeries()
if self.database is None:
return
self.user = UserSession(session.setdefault(('register', self.srcip), {}), self.database)
c.settings = self.settings
c.database = self.database
c.driverid = self.user.getDriverId()
c.previouserror = self.user.getPreviousError()
c.classdata = ClassData(self.session)
c.eventmap = dict()
now = datetime.datetime.now()
for event in self.session.query(Event):
event.closed = now > event.regclosed
event.opened = now > event.regopened
event.isOpen = not event.closed and event.opened
c.eventmap[event.id] = event
c.events = sorted(c.eventmap.values(), key=lambda obj: obj.date)
if action not in ('view') and self.settings.locked:
# Delete any saved session data for this person
raise BeforePage(render_mako('/register/locked.mako'))
if action in ('index', 'events', 'cars', 'profile') and c.driverid < 1:
c.activecreds = self.user.activeCreds()
for cred in c.activecreds:
driver = self._verifyID(**cred.__dict__)
if driver is not None:
self.user.setLoginInfo(driver)
c.driverid = self.user.getDriverId()
return # continue on to regular page, we are now verified
c.fields = self.session.query(DriverField).all()
c.otherseries = self.user.activeSeries()
raise BeforePage(render_mako('/register/login.mako'))
def _checkauth(self, event):
if self.srcip == '127.0.0.1':
c.isAdmin = True
return
try:
digestinfo = session.setdefault(('digest', self.srcip), {})
pwdict = Password.load(self.session)
passwords = {"admin": pwdict["series"]}
if event is not None and str(event.id) in pwdict:
passwords["event"] = pwdict[str(event.id)]
authname = authCheck(digestinfo, self.database, passwords, request)
if authname == "admin":
c.isAdmin = True
finally:
session.save()
def __call__(self, message, category=None, ignore_duplicate=False, allow_html=False):
if not category:
category = self.default_category
elif self.categories and category not in self.categories:
raise ValueError("unrecognized category %r" % (category,))
# Don't store Message objects in the session, to avoid unpickling
# errors in edge cases.
new_message_tuple = (category, message, allow_html)
messages = session.setdefault(self.session_key, [])
# ``messages`` is a mutable list, so changes to the local variable are
# reflected in the session.
if ignore_duplicate:
for i, m in enumerate(messages):
if m[1] == message:
if m[0] != category:
messages[i] = new_message_tuple
session.save()
return # Original message found, so exit early.
messages.append(new_message_tuple)
session.save()
def evaluate(self, environ, credentials):
user = c.user
if not user:
userid = session.setdefault('userid', None)
if not userid:
self.unmet()
user = meta.Session.query(User).get(userid)
if not user:
self.unmet()
media_id = environ['pylons.routes_dict']['media_id']
media = h.get_media_by_id(media_id)
if media.page.user_id == user.id:
return
if credentials and \
'manage' in credentials.get('permissions'):
return
self.unmet()
def _checkauth(self, eventid, event):
if self.srcip == "127.0.0.1":
c.isAdmin = True
return
if event is None and eventid != "s":
c.text = "<h3>No such event for %s</h3>" % eventid
raise BeforePage(render_mako("/admin/simple.mako"))
ipsession = session.setdefault(self.srcip, {})
tokens = ipsession.setdefault("authtokens", set())
c.isAdmin = "series" in tokens
if event is not None:
if int(eventid) in tokens or "series" in tokens:
return
c.request = "Need authentication token for %s" % event.name
raise BeforePage(render_mako("/admin/login.mako"))
else:
if c.isAdmin:
return
c.request = "Need authentication token for the series"
raise BeforePage(render_mako("/admin/login.mako"))
def evaluate(self, environ, credentials):
user = c.user
if not user:
userid = session.setdefault('userid', None)
if not userid:
self.unmet()
user = meta.Session.query(User).get(userid)
if not user:
self.unmet()
almanac_slug = environ['pylons.routes_dict']['almanac_slug']
page_slug = environ['pylons.routes_dict']['page_slug']
almanac = h.get_almanac_by_slug(almanac_slug)
page = h.get_page_by_slug(almanac, page_slug)
if page.user_id == user.id:
return
if credentials and \
'manage' in credentials.get('permissions'):
return
self.unmet()
def __call__(self, message):
from pylons import session
session.setdefault(self.session_key, []).append(message)
session.save()
def _rungccom(self, reqparams, model_dict, mode):
# Static strings for template (stateless)
dbgstr='';
errstr='';
c.cwuser = session['user_id']
c.account_id = int(model_dict['hostname'])
resource = app_globals.jodis.manager.getResource(c.account_id)
log.info('GCOM HOSTNAME= %s' % resource.host)
c.mode = mode
c.menu = 'gccom_%s' % c.mode
c.model_param_hdrs = Gccom.model_params['hdrs']
c.model_key = model_dict['model_key']
c.grid_key = Gccom.model_info[c.model_key]['grid_key']
for i in ['name', 'IMax', 'JMax', 'KMax']:
setattr(c, 'grid_%s' % i.lower(), Gccom.bath_grid[c.grid_key][i])
session.setdefault(c.model_key, {})
for k, v in model_dict.items():
setattr(c, k, v)
if c.jobstate == 'submit':
log.debug('submit job')
for i in ('jobstate','hostname', 'jobname','model_params','mode','jobdescription'):
session[c.model_key][i] = reqparams.get(i,'')
setattr(c, i, session[c.model_key][i])
if i == 'model_params':
# This is not secure at all
session[c.model_key][i] = eval(session[c.model_key][i])
# Retrieve model parameters & update c.model_params using the form data
c.model_params = session[c.model_key]['model_params']
for key, value in dict(reqparams).items():
if key.strip().endswith('.paramval'):
key_str = key.split('.')[0]
value_str = str(value) or 'none'
count = 0
for i in c.model_params:
if key_str.find(str(i[0])) >= 0:
c.model_params[count][2] = value_str
count += 1
# build parameter file and copy to host
paramfilestr = '¶ms\n'
for p in c.model_params:
paramfilestr += ('%s = %s ! %s\n' % ( p[0], p[2], p[1]) )
paramfilestr += '/\n'
# Create job. This gives us jobid and creates a unique name
try:
account = meta.Session.query(Account).filter(Account.id == int(c.account_id)).first()
if not account: raise
log.debug('GCOMJOB: acct[uname: %s, res_id: %s, serv_id: %s], account_id: %d' , \
account.username, account.resource_id, account.service_id, account.id)
service = meta.Session.query(Service).filter(Service.id == account.service_id).first()
if not service: raise
except Exception as e:
errstr = 'Problem creating job on hostname: %s, err: %s' % (resource.host, str(e))
log.error(errstr)
session['error_flash'] = [errstr]
session.save()
return redirect(url(controller='gccom', action = '%s_%s' % (c.mode.lower(), c.model_key) ))
infostr = ('GCOMJOB: [JobName: %s] [hostname: %s, accountID: %d] [Serv: ID=%s, %s @ %s] ' % ( \
c.jobname, resource.host, account.id, service.id, service.service_name, service.resource ) )
log.info(infostr)
sj = app_globals.jodis.createJob(service.id, session.get('user_id', 0), c.jobname)
c.jobid = sj.id
c.jobname = sj.name
log.info('GCOMJOB: jobname:%s, jobid: %s' % (c.jobname,c.jobid) )
# Copy the session data from the setup model_key dictionary to the job id.
# We then delete the model_key dictionary so that the user can start a new job
# with no conflicts.
session[c.jobid] = {1:{}}
mytask = session.get(c.model_key, {}).copy()
if not mytask.keys():
log.error('Uh oh! We have session no data for model: %s', c.model_key)
mytask['jobname'] = c.jobname
mytask['model_key'] = c.model_key
mytask['cwuser'] = c.cwuser
mytask['jobid'] = c.jobid
dt = strftime('%Y-%m-%d %H:%M:%S')
del session[c.model_key]
# get cyberweb home dir
(home,err) = resource.raw('pwd')
# directories and file names for job to be run
userdir = ('%s/%s/%s' % (home,config.get('cw.cwuser_rem','.'), c.cwuser ))
jobdir = ('%s/%s' % ( userdir,c.jobname) )
mytask['userdir'] = userdir
# remote host: make the job directory for job using jobid (cwrj_)
cmd = ('mkdir -p %s' % jobdir )
out, err = resource.raw( cmd )
log.info("GCOMJOB: mkdir userdir: output:[ %s], error:[%s]",out.splitlines(),err.splitlines())
gcemdir = ('%s/%s' % (home, Gccom.gcem_dir) )
gccomdir = ('%s/%s' % (gcemdir, Gccom.gccom_dir ) )
modelname = Gccom.model_info[c.model_key]['modelname']
modeldir = ('%s/%s' % (gccomdir, c.model_key) )
###job_modelname = ('%s/%s' % (jobdir,modelname))
job_modelname = ('%s/%s' % (jobdir, Gccom.model_info[c.model_key]['modelname'] ) )
log.debug('GCOMJOB: TRY to copy model files: FROM: %s, TO: %s\n\n ' , modeldir, jobdir )
# move GCOM model files over to job dir; rename for job runs
out,err = resource.raw('cp -r %s/* %s' % (modeldir, jobdir) )
log.debug('GCOMJOB: CP STATUS: OUT: %s \nERR: %s\n' , out.splitlines(), err.splitlines() )
# rename application to include jobID
fname_old = job_modelname
job_modelname = '%s.%s' % (fname_old, str(c.jobid))
resource.raw('mv %s %s' % (fname_old, job_modelname))
resource.raw('chmod 755 %s/' % (modelname))
out,err = resource.raw('ls -al %s' % jobdir )
log.debug('GCOMJOB: DIR: %s \n LISTING: OUT: %s \n ERR: %s\n' ,jobdir,out.splitlines(),err.splitlines() )
### -------------- GOOD TO HERE ---------------###
# Create the job submit file. This will be used in the qsub process
# and for error checking later
# name of batch script on the remote host
batchscript_file = ('%s/batch.%s.%s' % (jobdir, modelname, c.jobid))
batchscript_contents = self.batchScript_PBS(modelname,c.jobid,jobdir,job_modelname)
log.debug('After Script Build: batchscript_file: %s\n, CONTENTS: \n %s',
batchscript_file, batchscript_contents)
#
tmpfile = ('/tmp/%s.batch.%s.%s' % (c.cwuser, modelname, c.jobid))
try:
with open(tmpfile, 'w') as fh:
fh.write( batchscript_contents )
log.debug('created file: %s',tmpfile)
except:
log.error("Can't write batch script %s" % tmpfile)
# move application files over to job dir and rename
out = resource.ssh.scp(None, None, tmpfile, resource.ssh.user, resource.host, batchscript_file)
#out = resource.ssh.scpTo( resource.ssh.user, mytask.get('hostname'), tmpfile, batchscript_file )
log.debug('GCOMJOB: SCP FROM: %s, TO: %s\n for USER: %s @ HOST: %s, \n OUT: %s \n ', \
tmpfile, batchscript_file, resource.ssh.user, mytask.get('hostname'), out.splitlines() )
sj.addTask(account.id, submitfile=batchscript_file)
log.debug('GCOMJOB: Task added to JOB_ID: %s', sj.id)
qsub_result = app_globals.jodis.submitJob(sj.name)
if qsub_result:
sj.start()
else:
log.error('Job submission didn\'t return anything. Changing state of %s to error', sj.id)
sj.error()
# build this array to associate batch queue job id with cw job number.
if 'qsubid_list' not in mytask:
mytask['qsubid_list'] = []
mytask['qsubid_list'].append((sj.id, c.jobid))
mytask['qsubids'] = sj.id
c.grid_fname = Gccom.bath_grid[c.grid_key]['fname']
c.grid_name = Gccom.bath_grid[c.grid_key]['name']
gridfname = Gccom.bath_grid[c.grid_key]['fname']
fstr = 'JOB HISTORY FOR JOB: ' + str(c.jobname) + '\n'
fstr += ' Date: ' + dt + '\n'
fstr += ' Model Type: ' + c.model_key + '\n'
fstr += ' Submitted By: ' + c.cwuser + '\n'
fstr += ' Host: ' + mytask['hostname'] + '\n'
fstr += ' JobName: ' + mytask['jobname'] + '\n'
fstr += ' Grid Name: ' + c.grid_name + '\n'
fstr += 'Grid File Name: ' + gridfname + '\n'
fstr += (' Problem Size: [%s x %s x %s]\n' % (c.grid_imax, c.grid_jmax, c.grid_kmax))
fstr += ' Batch Queue Job Info: ' + mytask['qsubids'] + '\n'
log.info('queue job history: %s' % fstr)
resource.raw('echo \"%s\" >> %s/job.history.%s' % (fstr.replace('\n','\\n'), jobdir, c.jobid) )
fstr = ('JOBID = %s \\n' % (sj.id) )
fstr += 'gridname = ' + c.grid_name + '\\n'
fstr += 'gridfname = ' + gridfname + '\\n'
fstr += ('Imax = %s \\n' % (c.grid_imax) )
fstr += ('Jmax = %s \\n' % (c.grid_jmax) )
fstr += ('Kmax = %s \\n' % (c.grid_kmax) )
fstr += ('MaxFileNo = %s \\n' % ( Gccom.model_params[c.model_key][2][2] ) )
fstr += ('wrthz = %s \n' % ( Gccom.model_params[c.model_key][3][2] ) )
fstr += 'jobtype = ser' + '\\n'
fstr += 'PROCS = 1 \\n'
fstr += 'Pi = 1 \\n'
fstr += 'Pj = 1 \\n'
fstr += 'Pk = 1 \\n'
log.info('queue job info: %s' % fstr)
resource.raw('echo \"%s\" >> %s/job.info.%s' % (fstr.replace('\n','\\n'), jobdir, c.jobid) )
log.info('User %s submitted job %s' % (session['user'],mytask['qsubids']))
c.jobstate = 'submitted'
# Save the task to the database
mytaskdb = model.Task(
int(c.jobid),
queuejob_id=mytask['qsubids'],
environment=mytask['hostname'],
state=sj.state,
type=c.model_key,
owner=session['user_id'],
)
try:
meta.Session.add(mytaskdb)
meta.Session.commit()
except:
log.warn('Couldn\'t commit job')
meta.Session.rollback()
else:
meta.Session.close()
elif c.jobstate == 'monitor':
log.info('Redirect to Job Monitor')
return redirect(url(controller='gccom', action='jobmonitor'))
else:
c.jobstate = 'jobstate_error: submit'
c.jobmsg = 'Invalid job state'
log.debug(c.jobmsg)
return render('/gcem/gccom/app_%s.mako' % mode.lower())
session.save()
return render('/gcem/gccom/app_%s.mako' % mode.lower())
def session_increment(self):
session.setdefault('counter', -1)
session['counter'] += 1
session.save()
return 'session incrementer'
def flash(msg):
"""Add 'msg' to the users flashest list in the users session"""
flashes = session.setdefault('_admin_flashes', [])
flashes.append(msg)
session.save()
def __call__(self, message, message_type=None): from pylons import session message = Message(message) message.type = message_type or self.type session.setdefault(self.key, []).append(message) session.save()
def __call__(self, message):
from pylons import session
session.setdefault(self.session_key, []).append(message)
session.save()
def flash(s):
"""add the string "s" to the session's flash store"""
session.setdefault('flash', []).append(s)
session.save()
def flash(msg):
"""Add 'msg' to the users flashest list in the users session"""
flashes = session.setdefault('_admin_flashes', [])
flashes.append(msg)
session.save()
def session_increment(self):
session.setdefault("counter", -1)
session["counter"] += 1
session.save()
return "session incrementer"
def session_increment(self):
session.setdefault('counter', -1)
session['counter'] += 1
session.save()
return 'session incrementer'
def add_session_message(type, message):
session.setdefault('messagetotal', 0)
session['messagetotal'] += 1
session.setdefault('messages', {})
session['messages']['session_%d' % session['messagetotal']] = (type, message)
session.save()