def __init__(self):
self.core = False
self.log = Logger("Gdb")
self.factory = CommandFactory()
self.state = GDBState()
self.fileLocationListeners = []
self.binary = 'gdb'
def __init__(self):
self.core = False
self.log = Logger("Gdb")
self.factory = CommandFactory()
self.state = GDBState()
self.fileLocationListeners = []
self.binary = 'gdb'
class GDB():
def __init__(self):
self.core = False
self.log = Logger("Gdb")
self.factory = CommandFactory()
self.state = GDBState()
self.fileLocationListeners = []
self.binary = 'gdb'
def __del__(self):
if self.isConnected():
self.disconnect()
def gdbBinary(self, binary):
self.binary = binary
def connectApp(self, apppath):
if self.isConnected() == True:
raise AlreadyConnectedError()
self.apppath = apppath
handle = open(self.apppath)
handle.close()
arguments = [self.binary, '-n', '-i', 'mi', '-q', self.apppath]
self.connect(arguments)
self.changeDirectory(path.dirname(arguments[5]))
def connectCore(self, apppath, corepath):
if self.isConnected() == True:
raise AlreadyConnectedError()
self.apppath = apppath
arguments = [
self.binary, '-n', '-i', 'mi', '-q', self.apppath, corepath
]
self.connect(arguments)
def connectRemote(self, host):
if (self.isConnected() == True):
raise AlreadyConnectedError()
self.host = host
arguments = [self.binary, '-n', '-i', 'mi', '-q']
self.connect(arguments)
self.checkConnection()
cmd = self.factory.createTargetCommand(host)
self.gdbserver.send(cmd)
if cmd.getTimeoutError() == True:
raise TimeoutError('Connection timed out.')
def connect(self, arguments):
if self.isConnected() == True:
raise AlreadyConnectedError()
self.process = subprocess.Popen(arguments,
shell=False,
stdin=subprocess.PIPE,
stdout=subprocess.PIPE)
self.gdbserver = GDBServer(self.process)
self.gdbserver.start()
self.state.setConnected(True)
def addNewFileLocationListener(self, listener):
self.fileLocationListeners.append(listener)
def newFileLocationListeners(self):
return self.fileLocationListeners
def removeNewFileLocationListener(self, listener):
self.fileLocationListeners.remove(listener)
def setTty(self, tty):
self.checkConnection()
cmd = self.factory.createTtyCommand(tty)
self.gdbserver.send(cmd)
def addExitListener(self, listener):
self.exitListeners.append(listener)
def changeDirectory(self, directory):
self.checkConnection()
cmd = self.factory.createChangeDirectoryCommand(directory)
self.gdbserver.send(cmd)
def setCore(self, value):
self.checkConnection()
self.core = value
def getSourceCodeFiles(self):
self.checkConnection()
cmd = self.factory.createInfoSourceCommand()
self.gdbserver.send(cmd)
return cmd.getSourceFiles()
def symbolFile(self, symbol):
self.checkConnection()
cmd = self.factory.createSymbolFileCommand(symbol)
self.gdbserver.send(cmd)
return cmd.getSymbolFile()
def load(self, symbol):
self.checkConnection()
cmd = self.factory.createLoadCommand(symbol)
self.gdbserver.send(cmd)
def addBreakpoint(self, filename, line):
self.checkConnection()
cmd = self.factory.createAddBreakpointCommand(filename, line)
self.gdbserver.send(cmd)
def getBreakpoints(self):
self.checkConnection()
cmd = self.factory.createInfoBreakpointCommand()
self.gdbserver.send(cmd)
breakpoints = cmd.getBreakpoints()
files = self.getSourceCodeFiles()
for b in breakpoints:
for f in files:
if b.getSourceFile() == f['file']:
b.setSourceFile(f['fullname'])
return breakpoints
def deleteBreakpoint(self, number):
self.checkConnection()
cmd = self.factory.createDeleteBreakpointCommand(number)
self.gdbserver.send(cmd)
def deleteAllBreakpoints(self):
self.checkConnection()
cmd = self.factory.createDeleteAllBreakpointsCommand()
self.gdbserver.send(cmd)
def addWatchpoint(self):
self.checkConnection()
def deleteWatchpoint(self):
self.checkConnection()
def infoThreads(self):
self.checkConnection()
def addDirectory(self, directory):
self.checkConnection()
cmd = self.factory.createAddDirectoryCommand(directory)
self.gdbserver.send(cmd)
def checkConnection(self):
if not self.isConnected():
raise NotConnectedError(
"GDB must be connected before using this method")
def run(self, arguments):
self.checkConnection()
cmd = self.factory.createRunCommand(arguments)
self.gdbserver.send(cmd)
location = cmd.getLocation()
if location.has_key('fullname'):
self.log.debug("Reporting new location: " + location['fullname'] +
":" + str(location['line']))
self.updateNewFileLocationListeners(location['fullname'],
location['line'])
def step(self):
self.checkConnection()
cmd = self.factory.createStepCommand()
self.gdbserver.send(cmd)
location = cmd.getLocation()
if location.has_key('fullname'):
self.log.debug("Reporting new location: " + location['fullname'] +
":" + str(location['line']))
self.updateNewFileLocationListeners(location['fullname'],
location['line'])
def next(self):
self.checkConnection()
cmd = self.factory.createNextCommand()
self.gdbserver.send(cmd)
location = cmd.getLocation()
if location.has_key('fullname'):
self.log.debug("Reporting new location: " + location['fullname'] +
":" + str(location['line']))
self.updateNewFileLocationListeners(location['fullname'],
location['line'])
def p(self, expression):
self.checkConnection()
cmd = self.factory.createPrintCommand(expression)
self.gdbserver.send(cmd)
value = cmd.getResult()
return value
def backtrace(self):
self.checkConnection()
cmd = self.factory.createBacktraceCommand()
self.gdbserver.send(cmd)
self.observer.printBacktrace(cmd.getBacktrace())
def updateNewFileLocationListeners(self, newFile, newLine):
for listener in self.fileLocationListeners:
listener.newFileLocation(newFile, newLine)
def finish(self):
self.checkConnection()
def until(self):
self.checkConnection()
def clear(self, filename, lineNumber):
self.checkConnection()
cmd = self.factory.createClearCommand(filename, lineNumber)
self.gdbserver.send(cmd)
def continueExecution(self):
self.checkConnection()
cmd = self.factory.createContinueCommand()
self.gdbserver.send(cmd)
def whatIs(self, variable):
self.checkConnection()
def setVar(self, variable, value):
self.checkConnection()
def jump(self):
self.checkConnection()
def call(self):
self.checkConnection()
def returnExecution(self):
self.checkConnection()
def getState(self):
return self.state
def disconnect(self):
self.checkConnection()
self.gdbserver.stopserver()
self.state.setConnected(False)
#self.monitor.destroy()
def isConnected(self):
return self.state.isConnected()
class GDB():
def __init__(self):
self.core = False
self.log = Logger("Gdb")
self.factory = CommandFactory()
self.state = GDBState()
self.fileLocationListeners = []
self.binary = 'gdb'
def __del__(self):
if self.isConnected():
self.disconnect()
def gdbBinary(self, binary):
self.binary = binary
def connectApp(self, apppath):
if self.isConnected() == True:
raise AlreadyConnectedError()
self.apppath = apppath
handle = open(self.apppath);
handle.close();
arguments = [self.binary,'-n','-i','mi','-q',self.apppath]
self.connect(arguments)
self.changeDirectory(path.dirname(arguments[5]))
def connectCore(self,apppath,corepath):
if self.isConnected() == True:
raise AlreadyConnectedError()
self.apppath = apppath
arguments = [self.binary,'-n', '-i','mi','-q', self.apppath, corepath]
self.connect(arguments)
def connectRemote(self, host):
if(self.isConnected() == True):
raise AlreadyConnectedError()
self.host = host
arguments = [self.binary,'-n', '-i','mi','-q']
self.connect(arguments)
self.checkConnection()
cmd = self.factory.createTargetCommand(host)
self.gdbserver.send(cmd)
if cmd.getTimeoutError() == True:
raise TimeoutError('Connection timed out.')
def connect(self,arguments):
if self.isConnected() == True:
raise AlreadyConnectedError()
self.process = subprocess.Popen(arguments,
shell=False,stdin=subprocess.PIPE,
stdout = subprocess.PIPE)
self.gdbserver = GDBServer(self.process)
self.gdbserver.start()
self.state.setConnected(True)
def addNewFileLocationListener(self, listener):
self.fileLocationListeners.append(listener)
def newFileLocationListeners(self):
return self.fileLocationListeners
def removeNewFileLocationListener(self, listener):
self.fileLocationListeners.remove(listener)
def setTty(self, tty):
self.checkConnection();
cmd = self.factory.createTtyCommand(tty)
self.gdbserver.send(cmd)
def addExitListener(self, listener):
self.exitListeners.append(listener)
def changeDirectory(self,directory):
self.checkConnection();
cmd = self.factory.createChangeDirectoryCommand(directory)
self.gdbserver.send(cmd)
def setCore(self,value):
self.checkConnection()
self.core = value
def getSourceCodeFiles(self):
self.checkConnection()
cmd = self.factory.createInfoSourceCommand()
self.gdbserver.send(cmd)
return cmd.getSourceFiles()
def symbolFile(self, symbol):
self.checkConnection()
cmd = self.factory.createSymbolFileCommand(symbol)
self.gdbserver.send(cmd)
return cmd.getSymbolFile()
def load(self, symbol):
self.checkConnection()
cmd = self.factory.createLoadCommand(symbol)
self.gdbserver.send(cmd)
def addBreakpoint(self, filename, line):
self.checkConnection();
cmd = self.factory.createAddBreakpointCommand(filename,line)
self.gdbserver.send(cmd)
def getBreakpoints(self):
self.checkConnection();
cmd = self.factory.createInfoBreakpointCommand()
self.gdbserver.send(cmd)
breakpoints = cmd.getBreakpoints()
files = self.getSourceCodeFiles()
for b in breakpoints:
for f in files:
if b.getSourceFile() == f['file']:
b.setSourceFile(f['fullname'])
return breakpoints
def deleteBreakpoint(self, number):
self.checkConnection()
cmd = self.factory.createDeleteBreakpointCommand(number)
self.gdbserver.send(cmd)
def deleteAllBreakpoints(self):
self.checkConnection()
cmd = self.factory.createDeleteAllBreakpointsCommand()
self.gdbserver.send(cmd)
def addWatchpoint(self):
self.checkConnection();
def deleteWatchpoint(self):
self.checkConnection();
def infoThreads(self):
self.checkConnection();
def addDirectory(self,directory):
self.checkConnection();
cmd = self.factory.createAddDirectoryCommand(directory)
self.gdbserver.send(cmd)
def checkConnection(self):
if not self.isConnected():
raise NotConnectedError("GDB must be connected before using this method");
def run(self, arguments):
self.checkConnection()
cmd = self.factory.createRunCommand(arguments)
self.gdbserver.send(cmd)
location = cmd.getLocation()
if location.has_key('fullname'):
self.log.debug("Reporting new location: " + location['fullname'] +":"+str(location['line']))
self.updateNewFileLocationListeners(location['fullname'], location['line'])
def step(self):
self.checkConnection();
cmd = self.factory.createStepCommand()
self.gdbserver.send(cmd)
location = cmd.getLocation()
if location.has_key('fullname'):
self.log.debug("Reporting new location: " + location['fullname'] +":"+str(location['line']))
self.updateNewFileLocationListeners(location['fullname'], location['line'])
def next(self):
self.checkConnection();
cmd = self.factory.createNextCommand()
self.gdbserver.send(cmd)
location = cmd.getLocation()
if location.has_key('fullname'):
self.log.debug("Reporting new location: " + location['fullname'] +":"+str(location['line']))
self.updateNewFileLocationListeners(location['fullname'], location['line'])
def p(self, expression):
self.checkConnection()
cmd = self.factory.createPrintCommand(expression)
self.gdbserver.send(cmd)
value = cmd.getResult()
return value
def backtrace(self):
self.checkConnection();
cmd = self.factory.createBacktraceCommand()
self.gdbserver.send(cmd)
self.observer.printBacktrace(cmd.getBacktrace())
def updateNewFileLocationListeners(self, newFile, newLine):
for listener in self.fileLocationListeners:
listener.newFileLocation(newFile, newLine)
def finish(self):
self.checkConnection();
def until(self):
self.checkConnection();
def clear(self, filename, lineNumber):
self.checkConnection();
cmd = self.factory.createClearCommand(filename, lineNumber)
self.gdbserver.send(cmd)
def continueExecution(self):
self.checkConnection();
cmd = self.factory.createContinueCommand()
self.gdbserver.send(cmd)
def whatIs(self,variable):
self.checkConnection();
def setVar(self, variable, value):
self.checkConnection();
def jump(self):
self.checkConnection();
def call(self):
self.checkConnection();
def returnExecution(self):
self.checkConnection();
def getState(self):
return self.state
def disconnect(self):
self.checkConnection();
self.gdbserver.stopserver()
self.state.setConnected(False)
#self.monitor.destroy()
def isConnected(self):
return self.state.isConnected()