def addHostClicked(self, hostn):
try:
ip = socket.gethostbyname(hostn.strip())
get_server().call_request_info([ip])
except:
d = QMessageBox(QMessageBox.Critical, "Error adding host", "Cannot add host: Hostname unknown: %s" % hostn, QMessageBox.Ok, self.mainWindow)
d.exec_()
def __init__(self):
cmd.Cmd.__init__(self)
LunchServerController.__init__(self)
self.logger = newLogger("cli")
self.prompt = "> "
self.commands = set(["exit"])
self.addModule(CLIMessageHandling())
self.addModule(CLIOptionHandling())
self.addModule(CLIPluginHandling(self))
self.addModule(CLIPrivacyHandling())
self.addModule(CLILoggingHandling())
get_server().initialize(self)
if get_settings().get_plugins_enabled():
for pluginInfo in get_plugin_manager().getAllPlugins():
if pluginInfo.plugin_object.is_activated:
self.addModule(pluginInfo.plugin_object)
get_notification_center().connectApplicationUpdate(self.notifyUpdates)
self.exitCode = 0
# if serverStopped is called, we can determine if it was a regular exit.
self.cleanExit = False
self.initialized = False
def restartWithCommands(commands, logger):
"""
Restart Lunchinator and execute commands in background while it is stopped.
commands: lunchinator.commands.Commands instance
"""
from lunchinator import get_server
try:
# copy restart script to safe place
shutil.copy(get_settings().get_resource("bin", "restart.py"), get_settings().get_main_config_dir())
startCmd = _getStartCommand(logger)
args = [_getPythonInterpreter(), get_settings().get_config("restart.py"),
"--lunchinator-path", get_settings().get_main_package_path(),
"--start-cmd", json.dumps(startCmd),
"--pid", str(os.getpid())]
if commands != None:
args.extend(["--commands", commands.toString()])
spawnProcess(args, logger)
except:
logger.exception("Error in restartWithCommands")
return
if get_server().getController() != None:
get_server().getController().shutdown()
else:
sys.exit(0)
def performAction(self, peerID, peerInfo, parent):
from PyQt4.QtGui import QFileDialog
fname = QFileDialog.getOpenFileName(parent, 'Pipe file')
with open(fname, 'r') as f:
data = f.read()
get_server().call("HELO_PIPE "+data, peerIDs=[peerID])
def announce_pic(self,account_name,url_text_tuple, peerIDs = []):
if len(url_text_tuple[0]):
with contextlib.closing(StringIO()) as strOut:
writer = csv.writer(strOut, delimiter = ' ', quotechar = '"')
writer.writerow([url_text_tuple[0].encode("utf-8"),
url_text_tuple[1].encode("utf-8"), account_name])
get_server().call('HELO_REMOTE_PIC %s' % strOut.getvalue(), peerIDs)
def _find_remote_calls(self):
import twitter
get_server().call("HELO_TWITTER_REMOTE %s"%self._own_screen_name)
with self._lock:
try:
if 0 == self._mentions_since_id:
#determine the start
ments = self._twitter_api.GetMentions(count=1)
if len(ments):
self._mentions_since_id = ments[0].GetId()
else:
self._mentions_since_id = 1
self.logger.debug("Twitter: Starting with mentions ID %s", self._mentions_since_id)
return
ments = self._twitter_api.GetMentions(since_id=self._mentions_since_id)
if 0==len(ments):
self.logger.debug("Twitter: Nobody mentioned me since %s", self._mentions_since_id)
return
self._mentions_since_id = ments[0].GetId()
for m in ments:
self.logger.debug("Twitter: I was mentioned: %s %s", m.GetUser(), m.GetText())
s_name = m.GetUser().GetScreenName()
if s_name not in self._remote_callers:
self.logger.debug("Twitter: I do not know him")
# self._twitter_api.PostUpdate(u"@"+s_name+u" Sorry, I do not know you", m.GetId())
continue
get_server().call("Remote call by @%s: %s"%(s_name,m.GetText()))
self._twitter_api.PostUpdate(u"@"+s_name+u" OK, I forwarded your message", m.GetId())
except twitter.TwitterError as t:
if t[0][0][u'code']==88:
raise
else:
self.logger.error("Twitter: Error while trying to retrieve mentions %s", str(t))
def sendMessage(self, otherID, msgHTML, msgID=None, msgTime=None, isNoResend=False):
otherID = convert_string(otherID)
msgHTML = convert_string(msgHTML)
if msgID == None:
msgID = self._getNextMessageID()
isResend = False
else:
isResend = True
if isNoResend:
isResend = False
if msgTime == None:
msgTime = time()
msgDict = {u"id": msgID,
u"format": u"html",
u"data": msgHTML,
u"time": msgTime}
try:
msgDictJSON = json.dumps(msgDict)
except:
self.logger.exception("Error serializing private message: %s", msgDict)
return
get_server().call("HELO_PM " + msgDictJSON, peerIDs=[otherID])
self._waitingForAck[msgID] = (otherID,
time() if isResend else msgTime,
msgHTML,
isResend)
def run(self):
try:
get_server().start_server()
except:
from lunchinator.log import getCoreLogger
getCoreLogger().exception("Exception in Lunch Server")
get_server().running = False
def __init__(self):
QObject.__init__(self)
LunchServerController.__init__(self)
getCoreLogger().info("Your PyQt version is %s, based on Qt %s", QtCore.PYQT_VERSION_STR, QtCore.QT_VERSION_STR)
self._shuttingDown = False
self.resetNextLunchTimeTimer = None
self._updateAvailable = False
self._repoUpdates = 0
self._installUpdatesAction = None
self._appUpdateStatusAction = None
self._repoUpdateStatusAction = None
self._restartAction = None
self._restartStatusAction = None
self._restartReason = u""
self._highlightNewMessage = False
self._highlightPeersReady = False
self.exitCode = 0
self.serverThread = None
self.running = True
get_server().initialize(self)
self.pluginNameToMenuAction = {}
# initialize main window
self.mainWindow = LunchinatorWindow(self)
self.settingsWindow = None
self.errorDialog = ErrorLogDialog(self.mainWindow)
self.setParent(self.mainWindow)
if not self.createTrayIcon():
return
self.mainWindow.createMenuBar(self.pluginActions)
# connect private signals
self._initDone.connect(self.initDoneSlot)
self._performCall.connect(self.performCallSlot)
self._receiveFile.connect(self.receiveFileSlot)
self._sendFile.connect(self.sendFileSlot)
self._processEvent.connect(self.processEventSlot)
self._processMessage.connect(self.processMessageSlot)
self._updateRequested.connect(self.updateRequested)
self._openWindow.connect(self.openWindowClicked)
get_notification_center().connectApplicationUpdate(self._appUpdateAvailable)
get_notification_center().connectOutdatedRepositoriesChanged(self._outdatedReposChanged)
get_notification_center().connectUpdatesDisabled(self._updatesDisabled)
get_notification_center().connectMessagePrepended(self._newMessage)
get_notification_center().connectRestartRequired(self._restartRequired)
get_notification_center().connectPluginActivated(self._pluginActivated)
get_notification_center().connectPluginDeactivated(self._pluginDeactivated)
self.serverThread = LunchServerThread(self)
self.serverThread.finished.connect(self.serverFinishedUnexpectedly)
self.serverThread.finished.connect(self.serverThread.deleteLater)
self.serverThread.start()
def changeNextLunchTime(self, begin = None, end = None):
if begin == None:
if self.mainWindow == None:
getCoreLogger().error("mainWindow is not initialized")
return
from lunchinator.timespan_input_dialog import TimespanInputDialog
dialog = TimespanInputDialog(self.mainWindow, "Change Lunch Time", "When are you free for lunch today?", get_settings().get_next_lunch_begin(), get_settings().get_next_lunch_end())
dialog.exec_()
if dialog.result() == QDialog.Accepted:
get_settings().set_next_lunch_time(dialog.getBeginTimeString(), dialog.getEndTimeString())
else:
return
else:
get_settings().set_next_lunch_time(begin, end)
if self.resetNextLunchTimeTimer != None:
self.resetNextLunchTimeTimer.stop()
self.resetNextLunchTimeTimer.deleteLater()
td = get_settings().get_next_lunch_reset_time()
if td > 0:
self.resetNextLunchTimeTimer = QTimer(getValidQtParent())
self.resetNextLunchTimeTimer.timeout.connect(self._resetNextLunchTime)
self.resetNextLunchTimeTimer.setSingleShot(True)
self.resetNextLunchTimeTimer.start(abs(td) + 1000)
get_server().call_info()
def getValidQtParent():
from lunchinator import get_server
from PyQt4.QtCore import QObject
if isinstance(get_server().controller, QObject):
return get_server().controller
elif isinstance(qtParent, QObject):
return qtParent
raise Exception("Could not find a valid QObject instance")
def set_group(self, value, init=False):
from lunchinator import get_server
oldGroup = self._group
self._group = value
if not init:
getCoreLogger().info("Changing Group: '%s' -> '%s'", oldGroup, self._group)
get_server().changeGroup(unicode(value))
get_notification_center().emitGroupChanged(oldGroup, self._group)
def _checkSendInfoDict(self, pluginName, category):
pluginName = convert_string(pluginName)
category = convert_string(category)
pi = get_plugin_manager().getPluginByName(pluginName, category)
if pi != None:
po = pi.plugin_object
if po.extendsInfoDict():
get_server().call_info()
def activate(self):
iface_called_plugin.activate(self)
'''do something when the user activates the plugin'''
'''to send a message'''
get_server().call_all_members("this is a message sent by the example plugin")
'''to send an event'''
get_server().call_all_members("HELO_EXAMPLE an event of typ HELO_EXAMPLE")
def create_widget(self, parent):
from rot13.rot13box import rot13box
w = rot13box(parent)
with get_server().get_messages():
if len(get_server().get_messages()) > 0:
w.encodeText(get_server().get_messages().getLatest()[2])
return w
def callForLunch(self):
optmsg = ""
if self.sendMessageField != None:
optmsg = convert_string(self.sendMessageField.text())
self.sendMessageField.clear()
if len(optmsg) > 0:
get_server().call_all_members(optmsg)
else:
get_server().call_all_members(get_settings().get_lunch_trigger())
def displayNotification(name, msg, logger, icon=None):
if msg == None:
msg = u""
myPlatform = getPlatform()
try:
from lunchinator import get_server
if not lunchinator_has_gui():
print time.strftime("%Y-%m-%d %H:%M"),name, msg
except:
print time.strftime("%Y-%m-%d %H:%M"),name, msg
try:
if myPlatform == PLATFORM_LINUX:
fileToClose = None
if icon is None or not os.path.exists(icon):
icon = ""
elif _mustScaleNotificationIcon():
import Image
im = Image.open(icon)
im.thumbnail((64,64), Image.ANTIALIAS)
fileToClose = NamedTemporaryFile(suffix='.png', delete=True)
im.save(fileToClose, "PNG")
fileToClose.flush()
icon = fileToClose.name
subprocess.call(["notify-send","--icon="+icon, name, msg])
if fileToClose is not None:
fileToClose.close()
elif myPlatform == PLATFORM_MAC:
fh = open(os.path.devnull,"w")
exe = getBinary("terminal-notifier", os.path.join("bin", "terminal-notifier.app", "Contents", "MacOS"))
if not exe:
logger.warning("terminal-notifier not found.")
return
call = [exe, "-title", "Lunchinator: %s" % name, "-message", msg]
if False and checkBundleIdentifier(_LUNCHINATOR_BUNDLE_IDENTIFIER): # no sender until code signing is fixed (probably never)
call.extend(["-sender", _LUNCHINATOR_BUNDLE_IDENTIFIER])
logger.debug(call)
try:
subprocess.call(call, stdout=fh, stderr=fh)
except OSError as e:
if e.errno == errno.EINVAL:
logger.warning("Ignoring invalid value on Mac")
else:
raise
except:
logger.exception("Error calling %s", call)
elif myPlatform == PLATFORM_WINDOWS:
from lunchinator import get_server
if hasattr(get_server().controller, "statusicon"):
get_server().controller.statusicon.showMessage(name,msg)
except:
logger.exception("error displaying notification")
def request_log(self, member=None, logNum=0):
if member == None:
member = self.get_selected_log_member()
if member != None:
self.logger.debug("Requesting log %d from %s", logNum, member)
get_server().call(
"HELO_REQUEST_LOGFILE %s %d" % (DataReceiverThread.getOpenPort(category="log%s" % member), logNum),
set([member]),
)
else:
self.log_area.setText("No Member selected!")
def do_call(self, args):
"""
Call for lunch.
Usage: call - Call all members
call <member1> [<member2> [...]] - Call specific members
"""
args = args.decode('utf-8')
args = self.getArguments(args)
try:
get_server().call("lunch", peerIPs=self.getHostList(args))
except:
getCoreLogger().exception("Error calling")
def stopWithCommands(args, logger):
"""
Stops Lunchinator and execute commands
"""
from lunchinator import get_server
try:
spawnProcess(args, logger)
except:
logger.exception("Error in stopWithCommands")
return
if get_server().getController() != None:
get_server().getController().shutdown()
def sendRemotePicture(self, peerID, peerInfo, parent):
from remote_pictures.remote_pictures_dialog import RemotePicturesDialog
dialog = RemotePicturesDialog(parent, peerID, peerInfo)
result = dialog.exec_()
if result == RemotePicturesDialog.Accepted:
data = [dialog.getURL().encode('utf-8')]
if dialog.getDescription():
data.append(dialog.getDescription().encode('utf-8'))
if dialog.getCategory():
data.append(dialog.getCategory().encode('utf-8'))
with contextlib.closing(StringIO()) as strOut:
writer = csv.writer(strOut, delimiter = ' ', quotechar = '"')
writer.writerow(data)
get_server().call("HELO_REMOTE_PIC " + strOut.getvalue(), peerIDs=[peerID])
def parse_json(self, http_result):
if not http_result:
return False
j = json.loads(http_result)
oldurl = self.pic_url
self.pic_url = j['response']['posts'][0]['photos'][0]['original_size']['url']
if oldurl != self.pic_url:
self.logger.info("TDT: New picture! Yeay!")
get_server().call("HELO_TDTNOTIFY_NEW_PIC " + self.pic_url)
with contextlib.closing(StringIO()) as strOut:
writer = csv.writer(strOut, delimiter=' ', quotechar='"')
writer.writerow([self.pic_url, "new picture from %s" % time.strftime("%b %d %Y %H:%M"), "TDT"])
get_server().call('HELO_REMOTE_PIC %s' % strOut.getvalue())
def settingsDialogAction(self, saved):
if not get_settings().get_plugins_enabled():
return
for pluginInfo in get_plugin_manager().getAllPlugins():
if pluginInfo.plugin_object.is_activated and self.settingsWindow.isOptionsWidgetLoaded(pluginInfo.name):
if saved:
try:
pluginInfo.plugin_object.save_options_widget_data(sendInfoDict=False)
except:
getCoreLogger().exception("was not able to save data for plugin %s", pluginInfo.name)
else:
pluginInfo.plugin_object.discard_changes()
get_settings().write_config_to_hd()
get_server().call_info()
def restart(logger):
"""Restarts the Lunchinator"""
try:
#on Windows with pyinstaller we use this special handling for now
if getPlatform()==PLATFORM_WINDOWS:
frozen = getattr(sys, 'frozen', '')
if frozen:
logger.debug("Trying to spawn %s", sys.executable)
from lunchinator import get_server
get_server().stop_server()
subprocess.Popen(sys.executable, creationflags=subprocess.CREATE_NEW_PROCESS_GROUP, close_fds=True)
restartWithCommands(None, logger)
except:
logger.exception("Error restarting")
def process_event(self, cmd, value, ip, member_info, _prep):
if len(value)==0:
return
if cmd == "HELO_TWITTER_USER":
screen_name = value[1:] if value[0] == "@" else value
if not self.other_twitter_users.has_key(ip) or self.other_twitter_users[ip] != screen_name:
self.other_twitter_users[ip] = screen_name
elif cmd == "HELO_TWITTER_REMOTE":
screen_name = value[1:] if value[0] == "@" else value
self.remote_account = screen_name
self.remote_member = member_info['name'] if member_info and member_info.has_key("name") else ip
get_server().call("HELO_TWITTER_USER %s" % self.options["twitter_account"])
self.set_widget_message()
def updateMsgMenu(self):
self.msgMenu.clear()
messages = get_server().get_messages()
with messages:
for i in xrange(len(messages) - 1, len(messages) - 1 - min(10, len(messages)), -1):
message = messages[i]
self.msgMenu.addAction(message[2], partial(self.encodeText, message[2]))
def sendMessage(msg, cli):
if msg == None:
msg = "lunch"
get_settings().set_plugins_enabled(False)
recv_nr = get_server().perform_call(msg, peerIDs=[], peerIPs=[cli])
print "sent to", recv_nr, "clients"
def do_send(self, args):
"""
Send a message.
Usage: send <message> - Send message to all members
send <message> <member1> [<member2> [...]] - Send message to specific members
"""
if len(args) == 0:
self.printHelp("send")
return False
args = self.getArguments(args)
message = args.pop(0)
try:
get_server().call(message, peerIPs=self.getHostList(args))
except:
getCoreLogger().exception("Error sending")
def statsDB(self):
stats = get_server().getDBConnection()
if stats == None and not self.statDBErrorLogged:
self.statDBErrorLogged = True
log_error(
"Lunch Statistics Plugin: No database connection available.")
return stats
def _transferCanceled(self, thread):
peerID, transferID = thread.getUserData()
sendCancel = False
isUpload = False
if type(thread) is DataSenderThread:
if transferID in self._outgoing:
del self._outgoing[transferID]
sendCancel = True
isUpload = True
else:
if (peerID, transferID) in self._incoming:
del self._incoming[(peerID, transferID)]
sendCancel = True
if sendCancel:
cancelDict = {u"id" : transferID,
u"up" : isUpload}
get_server().call("HELO_FT_CANCEL %s" % json.dumps(cancelDict), peerIDs=[peerID])
def quit(self, exitCode=0):
if self.mainWindow is not None:
self.mainWindow.close()
if self.settingsWindow is not None:
self.settingsWindow.close()
if self.serverThread != None and not sip.isdeleted(self.serverThread) and self.serverThread.isRunning():
self.serverThread.finished.disconnect(self.serverFinishedUnexpectedly)
get_server().stop_server()
getCoreLogger().info("Waiting maximal 30s for server to stop...")
# wait maximal 30s
if self.serverThread.wait(30000):
getCoreLogger().info("server stopped")
else:
getCoreLogger().warning("server not stopped properly")
else:
getCoreLogger().info("server not running")
if self.running:
if get_settings().get_plugins_enabled():
get_plugin_manager().deactivatePlugins(get_plugin_manager().getAllPlugins(), save_state=False)
getCoreLogger().info("all plug-ins deactivated")
if self.mainWindow is not None:
self.mainWindow.finish()
if self.settingsWindow is not None:
self.settingsWindow.finish()
self.running = False
finalExitCode = 0
if exitCode != 0:
finalExitCode = exitCode
elif self.exitCode != 0:
finalExitCode = self.exitCode
else:
finalExitCode = get_server().exitCode
get_settings().write_config_to_hd()
DataReceiverThread.cleanup()
self.exitCode = finalExitCode
self._coldShutdown(finalExitCode)
return finalExitCode
def take_picture(self):
import time
import picamera
filename = "raspicam.png"
with picamera.PiCamera() as camera:
camera.resolution = (1024, 768)
camera.start_preview()
# Camera warm-up time
time.sleep(2)
camera.capture(os.path.join(self.options["picture_path"], filename))
self.logger.debug("Picture taken with camera")
if self.options["http_server"]:
with contextlib.closing(StringIO()) as strOut:
writer = csv.writer(strOut, delimiter=' ', quotechar='"')
#add the time to the URL to make remote picture aware of this being a new picture but still overwrite the old one
pic_url = "http://%s:%d/%s?time=%d" % (self.options["http_hostname"], self.options["http_port"], filename, int(time.time()))
writer.writerow([pic_url, "Picamera picture taken at %s" % time.strftime("%b %d %Y %H:%M"), "raspicam"])
get_server().call('HELO_REMOTE_PIC %s' % strOut.getvalue())
def send_command(self, cmd, peerID=None):
if peerID:
get_server().call("HELO_USBROCKET %s" % cmd, peerIDs=[peerID])
else:
get_server().call("HELO_USBROCKET %s" % cmd)
class panic_button_listener(Thread):
idVendor = None
idProduct = None
running = True
msg = "lunch panic"
def __init__(self, idV, idP, msg):
super(panic_button_listener, self).__init__()
self.idVendor = idV
self.idProduct = idP
self.msg = msg
def findButton(self):
for bus in usb.busses():
for dev in bus.devices:
if dev.idVendor == self.idVendor and dev.idProduct == self.idProduct:
return dev
return None
def run(self):
dev = self.findButton()
if dev == None:
log_error("Cannot find panic button device")
return
handle = dev.open()
interface = dev.configurations[0].interfaces[0][0]
endpoint = interface.endpoints[0]
try:
handle.detachKernelDriver(interface)
except Exception, _:
# It may already be unloaded.
pass
handle.claimInterface(interface)
unbuffer = False
while self.running:
# USB setup packet. I think it's a USB HID SET_REPORT.
result = handle.controlMsg(
requestType=0x21, # OUT | CLASS | INTERFACE
request=0x09, # SET_REPORT
value=0x0200, # report type: OUTPUT
buffer="\x00\x00\x00\x00\x00\x00\x00\x02")
try:
result = handle.interruptRead(endpoint.address,
endpoint.maxPacketSize)
if 22 == result[0]:
if not unbuffer:
log_info("pressed the Panic Button")
get_server().call_all_members(self.msg)
unbuffer = True
else:
unbuffer = False
#print [hex(x) for x in result]
except Exception, _:
# Sometimes this fails. Unsure why.
pass
time.sleep(endpoint.interval / float(1000))
