def translate(self, msg):
assert issubclass(msg, BaseMessage)
show("In %d" % msg.payload)
if 0 == msg.payload % 2:
msg.payload = 0 - msg.payload
show("Out %d" % msg.payload)
return msg
def run(self):
trace()
n = 0
s = 0
_max = 0
_min = None
for msg in self.iter:
trace()
assert issubclass(
type(msg),
WireMessage), "unexpected message type: %s" % str(type(msg))
n += 1
s += len(msg)
if len(msg) > _max:
_max = len(msg)
if not _min or _min > len(msg):
_min = len(msg)
self.file.write(msg)
self.file.close()
show("%d messages read" % n)
show("%d bytes read" % s)
show("%d = average message size" % int(s / n))
show("%d = minimum message size" % _min)
show("%d = maximum message size" % _max)
def run(self):
n = 0
peers = {}
for msg in self.iter:
assert issubclass(
type(msg),
BGPMessage), "unexpected message type: %s" % str(type(msg))
n += 1
bgp_msg = None
bgp_msg_type = -1
bmp_msg_type = msg.msg_type
#trace(str( msg.peer ))
peer = msg.peer['hash']
if not peer in peers:
show("adding new BMP peer context")
peers[peer] = bgplib.bgpcontext.BGP_context(msg.peer)
#peers[peer] = bgplib.bgpcontext.new_headless_context()
if not msg.msg is None:
bgp_msg = BGP_message(msg.msg)
peers[peer].consume(msg.msg)
bgp_msg_type = bgp_msg.bgp_type
trace("message %d type %d/%d" % (n, bmp_msg_type, bgp_msg_type))
show("%d messages read" % n)
for peer in peers.values():
info(str(peer))
def __gen__(self):
info("GEN START")
for n in range(4):
info("GEN NEXT")
msg = BaseMessage()
msg.payload = n
show("Out %d" % msg.payload)
yield msg
info("GEN END (%d cycles)" % (n + 1))
def __next__(self):
info("ITER NEXT")
if self.n > 3:
info("ITER END (%d cycles)" % self.n)
raise StopIteration
msg = BaseMessage()
msg.payload = self.n
show("Out %d" % msg.payload)
self.n += 1
return msg
def startMainLoop():
"""Start the wxWidgets main loop."""
# Before we give wxPython all control, update the layout of UI
# areas.
app.showMainWindow()
# Display any issues that came up during init.
logger.show()
# Notify everyone that the main loop is about to kick in.
events.send(events.Notify('init-done'))
app.MainLoop()
def startMainLoop():
"""Start the wxWidgets main loop."""
# Before we give wxPython all control, update the layout of UI
# areas.
app.showMainWindow()
# Display any issues that came up during init.
logger.show()
# Notify everyone that the main loop is about to kick in.
events.send(events.Notify('init-done'))
app.MainLoop()
def send(event):
"""Broadcast an event to all listeners of the appropriate type.
The event is processed synchronously: all listeners will be
notified immediately during the execution of this function.
@param event The event to send. All listeners will get the same
event object.
"""
if areEventsMuted:
return # Discard.
global sendDepth, queuedEvents
sendDepth += 1
# Commands and Notifys go to a different set of listeners.
if event.myClass == Command:
listeners = commandListeners
else:
listeners = notifyListeners
# The identifier of the event to be sent.
sendId = event.getId()
# Always include the unfiltered callbacks.
callbacks = [c for c in listeners[None]]
if listeners.has_key(sendId):
# The specialized callbacks.
callbacks += listeners[sendId]
#print "Sending " + sendId + ":"
#print callbacks
# Send the event to all the appropriate listeners.
for callback in callbacks:
try:
callback(event)
except Exception, x:
# Report errors.
import logger
logger.add(logger.HIGH, 'error-runtime-exception-during-event',
sendId, str(x), logger.formatTraceback())
logger.show()
def run(self):
trace("")
n = 0
s = 0
_max = 0
_min = None
for msg in self.iter:
if n == 0:
info("message type = %s" % str(type(msg)))
n += 1
s += len(msg)
if len(msg) > _max:
_max = len(msg)
if not _min or _min > len(msg):
_min = len(msg)
show("%d messages read" % n)
show("%d bytes read" % s)
show("%d = average message size" % int(s / n))
show("%d = minimum message size" % _min)
show("%d = maximum message size" % _max)
def run(self):
show("run starts")
n = 0
for msg in self.next:
show("message received, type %s" % str(type(msg)))
n += 1
trace("process message %d" % n)
show("run ends - %d cycles" % n)
import sb.addon
import logger
def run():
# Open the file selection dialog.
for selection in chooseAddons('install-addon-dialog',
language.translate('install-addon-title'),
'install'):
try:
ao.install(selection)
except Exception, ex:
logger.add(logger.HIGH, 'error-addon-installation-failed',
selection, str(ex))
logger.show()
def chooseAddons(dialogId, title, actionButton):
"""Opens an addon selection dialog.
@param title Title of the dialog.
@param actionButton The button that will perform the affirmative
action of the dialog.
"""
dialog, area = sb.util.dialog.createButtonDialog(dialogId,
['cancel', actionButton],
actionButton)
dialog.addEndCommand('addon-dialog-add-to-custom-folders')
import sb.addon
import logger
def run():
# Open the file selection dialog.
for selection in chooseAddons('install-addon-dialog',
language.translate('install-addon-title'),
'install'):
try:
ao.install(selection)
except Exception, ex:
logger.add(logger.HIGH, 'error-addon-installation-failed',
selection, str(ex))
logger.show()
def chooseAddons(dialogId, title, actionButton):
"""Opens an addon selection dialog.
@param title Title of the dialog.
@param actionButton The button that will perform the affirmative
action of the dialog.
"""
dialog, area = sb.util.dialog.createButtonDialog(dialogId,
['cancel', actionButton],
actionButton)
dialog.addEndCommand('addon-dialog-add-to-custom-folders')
def restore():
"""Reads all the profiles from disk. Restores the currently active
profile as well. This function has to be called after starting
the program before any profiles are accessed.
System profiles that aren't present in the user's profile
directory are copied to the user's profile directory.
"""
global defaults
global profiles
global restoredActiveId
# By default, restore selection to the Defaults profile.
restoredActiveId = 'defaults'
# Clear the current profile list.
profiles = []
systemProfilePaths = [paths.getSystemPath(paths.PROFILES)] + \
paths.getBundlePaths(paths.PROFILES)
userProfilePath = paths.getUserPath(paths.PROFILES)
# List all the system and user profiles.
availSystem = _listProfilesIn(systemProfilePaths)
availUser = _listProfilesIn([userProfilePath])
# We are going to load only the profiles in the user's direcory,
# but before that make sure that the user has an instance of each
# system profile.
for sysFile in availSystem:
identifier = paths.getBase(sysFile)
# Does this exist in the user's directory?
gotIt = False
for userFile in availUser:
if paths.getBase(userFile) == identifier:
gotIt = True
break
if not gotIt:
# Since the system profile does not exist on the user,
# copy it to the user profile directory.
shutil.copyfile(
sysFile,
os.path.join(userProfilePath, os.path.basename(sysFile)))
# Find every profile in system's and user's profile directories.
# Files in the user's directory augment the files in the system
# directory.
for name in _listProfilesIn([userProfilePath]):
load(os.path.join(userProfilePath, name), False)
logger.show()
defaults = get('defaults')
if defaults is None:
# Recreate the Defaults profile.
load(os.path.join(systemProfilePath, "defaults.prof"), False)
defaults = get('defaults')
logger.show()
# Set the default language.
lang = defaults.getValue('language')
if lang:
language.change(lang.getValue())
# Send profile-loaded notifications.
for p in profiles:
if not p.isHidden():
events.send(events.ProfileNotify(p))
# Restore the previously active profile.
prof = get(restoredActiveId)
if prof:
setActive(prof)
else:
setActive(defaults)
def restore():
"""Reads all the profiles from disk. Restores the currently active
profile as well. This function has to be called after starting
the program before any profiles are accessed.
System profiles that aren't present in the user's profile
directory are copied to the user's profile directory.
"""
global defaults
global profiles
global restoredActiveId
# By default, restore selection to the Defaults profile.
restoredActiveId = 'defaults'
# Clear the current profile list.
profiles = []
systemProfilePaths = [paths.getSystemPath(paths.PROFILES)] + \
paths.getBundlePaths(paths.PROFILES)
userProfilePath = paths.getUserPath(paths.PROFILES)
# List all the system and user profiles.
availSystem = _listProfilesIn(systemProfilePaths)
availUser = _listProfilesIn([userProfilePath])
# We are going to load only the profiles in the user's direcory,
# but before that make sure that the user has an instance of each
# system profile.
for sysFile in availSystem:
identifier = paths.getBase(sysFile)
# Does this exist in the user's directory?
gotIt = False
for userFile in availUser:
if paths.getBase(userFile) == identifier:
gotIt = True
break
if not gotIt:
# Since the system profile does not exist on the user,
# copy it to the user profile directory.
shutil.copyfile(sysFile,
os.path.join(userProfilePath,
os.path.basename(sysFile)))
# Find every profile in system's and user's profile directories.
# Files in the user's directory augment the files in the system
# directory.
for name in _listProfilesIn([userProfilePath]):
load(os.path.join(userProfilePath, name), False)
logger.show()
defaults = get('defaults')
if defaults is None:
# Recreate the Defaults profile.
load(os.path.join(systemProfilePath, "defaults.prof"), False)
defaults = get('defaults')
logger.show()
# Set the default language.
lang = defaults.getValue('language')
if lang:
language.change(lang.getValue())
# Send profile-loaded notifications.
for p in profiles:
if not p.isHidden():
events.send(events.ProfileNotify(p))
# Restore the previously active profile.
prof = get(restoredActiveId)
if prof:
setActive(prof)
else:
setActive(defaults)
