def __init__(self, logger=None):
'''
* logger -- The logger
'''
self.__dict__ = self.__shared_state
# If the manager has not been initialized, then initialize it
if getattr(self, "_initialized", False) == False:
# Create a map of directions to connection objects
self._connections = {
Directions.From_iPhone: None,
Directions.From_Server: None,
}
# Map incoming direction, to its forwarding direction
self._forwardMap = {
Directions.From_iPhone: Directions.From_Server,
Directions.From_Server: Directions.From_iPhone
}
# String readable versions of the directions
self._nameMap = {
Directions.From_iPhone: "iPhone",
Directions.From_Server: "Server",
}
# Create the logger for this class
if logger is None:
logger = LogData()
self._log = logger.get("ConnectionManager",
color=Colors.Foreground.Orange)
# The connection manager has now been initialized
self._initialized = True
def __init__(self, logData=None, logColor=Colors.Foreground.Green):
'''
* logData -- The LogData object
* logColor -- The color to use for the Logger
'''
# Create a logger just for the options loading
if logData is None:
logData = LogData()
self.__log = logData.get("PluginTester", color=logColor)
# Parse the siri proxy configuration options object
options = Options(logData)
options.parse(argv, Files.ConfigFile)
# Set the callback for the iPhone, and Server connections
Server.Callback = self.iPhoneCallback
Server.Callback = self.serverCallback
# Create the connection manager, and connect the iPhone and
# Server connections to it
connectionManager = ConnectionManager(logData)
connectionManager.connect(iPhone)
connectionManager.connect(Server)
# Grab an instance to the plugin manager
self.__pluginManager = PluginManager(connectionManager, logData)
def __init__(self, connectionManager, logger=None):
"""
* connectionManager -- An instance of the ConnectionManager
* logger -- The LogData object
"""
self.__dict__ = self.__shared_state
# If plugins have not been loaded, then load them
if getattr(self, "_plugins", False) == False:
self._connectionManager = connectionManager
# Get data pertaining to the directory containing plugins
self.PluginsDirectory = Options.get(Sections.General, Ids.PluginsDir)
self.PluginsDirectoryName = split(self.PluginsDirectory)[-1]
# Create a logger if one was not given
if logger is None:
logger = LogData()
self.log = logger.get("PluginManager")
self._logger = logger
self._pluginMap = {}
self._options = Options()
self.loadPlugins(self.PluginsDirectory)
# The Response object waiting for a response from Siri
self._response = None
def __init__(self, logger=None):
'''
* logger -- The logger
'''
self.__dict__ = self.__shared_state
# If the manager has not been initialized, then initialize it
if getattr(self, "_initialized", False) == False:
# Create a map of directions to connection objects
self._connections = {
Directions.From_iPhone: None,
Directions.From_Server: None,
}
# Map incoming direction, to its forwarding direction
self._forwardMap = {
Directions.From_iPhone: Directions.From_Server,
Directions.From_Server: Directions.From_iPhone
}
# String readable versions of the directions
self._nameMap = {
Directions.From_iPhone: "iPhone",
Directions.From_Server: "Server",
}
# Create the logger for this class
if logger is None:
logger = LogData()
self._log = logger.get("ConnectionManager",
color=Colors.Foreground.Orange)
# The connection manager has now been initialized
self._initialized = True
def __init__(self, logData=None, logColor=Colors.Foreground.Green):
'''
* logData -- The LogData object
* logColor -- The color to use for the Logger
'''
# Create a logger just for the options loading
if logData is None:
logData = LogData()
self.__log = logData.get("PluginTester", color=logColor)
# Parse the siri proxy configuration options object
options = Options(logData)
options.parse(argv, Files.ConfigFile)
# Set the callback for the iPhone, and Server connections
Server.Callback = self.iPhoneCallback
Server.Callback = self.serverCallback
# Create the connection manager, and connect the iPhone and
# Server connections to it
connectionManager = ConnectionManager(logData)
connectionManager.connect(iPhone)
connectionManager.connect(Server)
# Grab an instance to the plugin manager
self.__pluginManager = PluginManager(connectionManager, logData)
def __init__(self, connectionManager, logger=None):
'''
* connectionManager -- An instance of the ConnectionManager
* logger -- The LogData object
'''
self.__dict__ = self.__shared_state
# If plugins have not been loaded, then load them
if getattr(self, "_plugins", False) == False:
self._connectionManager = connectionManager
# Get data pertaining to the directory containing plugins
self.PluginsDirectory = Options.get(Sections.General,
Ids.PluginsDir)
self.PluginsDirectoryName = split(self.PluginsDirectory)[-1]
# Create a logger if one was not given
if logger is None:
logger = LogData()
self.log = logger.get("PluginManager")
self._logger = logger
self._pluginMap = {}
self._options = Options()
self.loadPlugins(self.PluginsDirectory)
# The Response object waiting for a response from Siri
self._response = None
def __log(cls, message):
"""Log an information message to the output.
* message -- The message to log
"""
logger = LogData().get(cls.Direction, color=Colors.Foreground.Red)
logger.info(message)
def __log(cls, message):
'''Log an information message to the output.
* message -- The message to log
'''
logger = LogData().get(cls.Direction, color=Colors.Foreground.Red)
logger.info(message)
def __init__(self, name, direction, logger,
logColor=Colors.Foreground.White):
'''
* name -- The name of this Connection
* direction -- The direction of the data coming into this Connection
* logger -- The logger for this Connection
* logColor -- The log color for this Connection
'''
self.__direction = direction
# Connect this connection to the connection manager
self.__connectionManager = ConnectionManager(logger)
self.__connectionManager.connect(self)
# Grab an instance to the plugin manager
self.__pluginManager = PluginManager(self.__connectionManager, logger)
# If no logger is given, be sure to create it
if logger is None:
logger = LogData(name)
self.log = logger.get(name, color=logColor)
self.__logger = logger
self.__compStream = zlib.compressobj()
self.__zipStream = zlib.decompressobj()
self.__processedHeaders = False
self.__consumedAce = False
self.__inputBuffer = ""
self.__outputBuffer = ""
self.__unzippedInput = ""
self.__unzippedOutput = ""
self.ssled = False
self.__lastRefId = None
self.__blockRestOfSession = False
self.otherConnection = None
# Starts in line mode
self.__mode = Modes.Line
