docker-offlineimap/offlineimap/ui/Blinkenlights.py
Sebastian Spaeth 89619838b0 Remove weird SigListener class
The SigListener class was used to queue folders that we need to sync and
to receive "resync" and "abort" signals. It was undocumented and weird
and we had to pass "siglisteners" through the whole program.

Simply do away with it, and make 2 functions in the Account() class:
set_abort_event and get_abort_event which can be used to set and check
for such signals. This way we do not need to pass siglisteners all over
the place. Tested Blinkenlights and TTYUI uis to make sure that SIGUSR1
and SIGUSR2 actually still work.

Document those signals in MANUAL.rst. They were completly undocumented.

This simplifies the code and interdependencies by passing less stuff
around. Removes an undocumented and weirdly named class.

Signed-off-by: Sebastian Spaeth <Sebastian@SSpaeth.de>
Signed-off-by: Nicolas Sebrecht <nicolas.s-dev@laposte.net>
2011-05-08 14:25:16 +02:00

148 lines
5.3 KiB
Python

# Blinkenlights base classes
# Copyright (C) 2003 John Goerzen
# <jgoerzen@complete.org>
#
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA
from threading import RLock, currentThread
from offlineimap.ui.UIBase import UIBase
import thread
class BlinkenBase:
"""This is a mix-in class that should be mixed in with either UIBase
or another appropriate base class. The Tk interface, for instance,
will probably mix it in with VerboseUI."""
def acct(s, accountname):
s.gettf().setcolor('purple')
s.__class__.__bases__[-1].acct(s, accountname)
def connecting(s, hostname, port):
s.gettf().setcolor('gray')
s.__class__.__bases__[-1].connecting(s, hostname, port)
def syncfolders(s, srcrepos, destrepos):
s.gettf().setcolor('blue')
s.__class__.__bases__[-1].syncfolders(s, srcrepos, destrepos)
def syncingfolder(s, srcrepos, srcfolder, destrepos, destfolder):
s.gettf().setcolor('cyan')
s.__class__.__bases__[-1].syncingfolder(s, srcrepos, srcfolder, destrepos, destfolder)
def skippingfolder(s, folder):
s.gettf().setcolor('cyan')
s.__class__.__bases__[-1].skippingfolder(s, folder)
def loadmessagelist(s, repos, folder):
s.gettf().setcolor('green')
s._msg("Scanning folder [%s/%s]" % (s.getnicename(repos),
folder.getvisiblename()))
def syncingmessages(s, sr, sf, dr, df):
s.gettf().setcolor('blue')
s.__class__.__bases__[-1].syncingmessages(s, sr, sf, dr, df)
def copyingmessage(s, uid, src, destlist):
s.gettf().setcolor('orange')
s.__class__.__bases__[-1].copyingmessage(s, uid, src, destlist)
def deletingmessages(s, uidlist, destlist):
s.gettf().setcolor('red')
s.__class__.__bases__[-1].deletingmessages(s, uidlist, destlist)
def deletingmessage(s, uid, destlist):
s.gettf().setcolor('red')
s.__class__.__bases__[-1].deletingmessage(s, uid, destlist)
def addingflags(s, uidlist, flags, dest):
s.gettf().setcolor('yellow')
s.__class__.__bases__[-1].addingflags(s, uidlist, flags, dest)
def deletingflags(s, uidlist, flags, dest):
s.gettf().setcolor('pink')
s.__class__.__bases__[-1].deletingflags(s, uidlist, flags, dest)
def warn(s, msg, minor = 0):
if minor:
s.gettf().setcolor('pink')
else:
s.gettf().setcolor('red')
s.__class__.__bases__[-1].warn(s, msg, minor)
def init_banner(s):
s.availablethreadframes = {}
s.threadframes = {}
#tflock protects the s.threadframes manipulation to only happen from 1 thread
s.tflock = RLock()
def threadExited(s, thread):
threadid = thread.threadid
accountname = s.getthreadaccount(thread)
s.tflock.acquire()
try:
if threadid in s.threadframes[accountname]:
tf = s.threadframes[accountname][threadid]
del s.threadframes[accountname][threadid]
s.availablethreadframes[accountname].append(tf)
tf.setthread(None)
finally:
s.tflock.release()
UIBase.threadExited(s, thread)
def gettf(s):
threadid = thread.get_ident()
accountname = s.getthreadaccount()
s.tflock.acquire()
try:
if not accountname in s.threadframes:
s.threadframes[accountname] = {}
if threadid in s.threadframes[accountname]:
return s.threadframes[accountname][threadid]
if not accountname in s.availablethreadframes:
s.availablethreadframes[accountname] = []
if len(s.availablethreadframes[accountname]):
tf = s.availablethreadframes[accountname].pop(0)
tf.setthread(currentThread())
else:
tf = s.getaccountframe().getnewthreadframe()
s.threadframes[accountname][threadid] = tf
return tf
finally:
s.tflock.release()
def callhook(s, msg):
s.gettf().setcolor('white')
s.__class__.__bases__[-1].callhook(s, msg)
def sleep(s, sleepsecs, account):
s.gettf().setcolor('red')
s.getaccountframe().startsleep(sleepsecs)
return UIBase.sleep(s, sleepsecs, account)
def sleeping(s, sleepsecs, remainingsecs):
if remainingsecs and s.gettf().getcolor() == 'black':
s.gettf().setcolor('red')
else:
s.gettf().setcolor('black')
return s.getaccountframe().sleeping(sleepsecs, remainingsecs)