def mapping(self):
""" Configure Ethernet port mapping
"""
connected_interfaces = map(int, self.getConnectedInterfaceList())
for (vlan, portlist) in self.config['vlans'].iteritems():
for port in portlist:
if port in connected_interfaces:
if not self.ethsw.mapping.has_key(port):
(destnode, destinterface)= self.getConnectedNeighbor(str(port))
porttype = self.config['ports'][port]
if self.ethsw.dynamips.intversion < 208.3 and porttype == 'qinq':
QtGui.QMessageBox.critical(globals.GApp.mainWindow, translate("ETHSW", "Port type"), translate("ETHSW", "QinQ is only supported with Dynamips > 0.2.8 RC2"))
return
if destinterface.lower()[:3] == 'nio':
debug("ethsw_map: " + str(port) + ' to ' + porttype + ' ' + str(vlan) + ' ' + destinterface)
self.dynagen.ethsw_map(self.ethsw, port, porttype + ' ' + str(vlan) + ' ' + destinterface)
else:
debug("ethsw_map: " + str(port) + ' to ' + porttype + ' ' + str(vlan))
self.dynagen.ethsw_map(self.ethsw, port, porttype + ' ' + str(vlan))
elif self.ethsw.mapping.has_key(port):
porttype = self.config['ports'][port]
# check if the vlan or port type has changed
# WARNING: see unset_port()
if (vlan != self.ethsw.mapping[port][1]) or (porttype != self.ethsw.mapping[port][0]):
self.ethsw.unset_port(port)
self.dynagen.ethsw_map(self.ethsw, port, porttype + ' ' + str(vlan))
def reconfigNode(self, new_hostname):
""" Used when changing the hostname
"""
old_hostname = self.hostname
old_console = None
old_aux = None
if self.router:
old_console = self.router.console
old_aux = self.router.aux
links = self.getEdgeList().copy()
for link in links:
globals.GApp.topology.deleteLink(link)
self.delete_router()
dynamips_files = glob.glob(
os.path.normpath(self.hypervisor.workingdir) + os.sep +
self.get_platform() + '?' + self.hostname + '*')
for file in dynamips_files:
try:
new_file_name = os.path.basename(file).replace(
self.hostname, new_hostname)
shutil.move(file,
os.path.dirname(file) + os.sep + new_file_name)
except (OSError, IOError), e:
debug("Warning: cannot move " + file + " to " +
os.path.dirname(file) + os.sep + new_file_name)
continue
def connect(host, port, name):
""" Start a telnet console and connect to it
"""
try:
console = globals.GApp.systconf['general'].term_cmd
if console:
console = console.replace('%h', host)
console = console.replace('%p', str(port))
console = console.replace('%d', name)
debug('Start console with: ' + console)
if globals.GApp.systconf['general'].use_shell:
#Если порт находится в диапазоне портов, отведенных для VNС окон qemu машин
#То устанавливается команда для запуска VNC клиента
if base_qemu_console <= port < base_qemu_console + deltaVideoPort*numberOfClients:
console = vncCommandForQemu + server + ":" + str(5900 + port) + " &"
sub.Popen(console, shell=True)
else:
sub.Popen(console)
else:
if sys.platform.startswith('darwin'):
sub.Popen("/usr/bin/osascript -e 'tell application \"Terminal\" to do script with command \"telnet " + host + " " + str(port) +"; exit\"'", shell=True)
elif sys.platform.startswith('win'):
sub.Popen("start telnet " + host + " " + str(port), shell=True)
else:
sub.Popen("xterm -T " + name + " -e 'telnet " + host + " " + str(port) + "' > /dev/null 2>&1 &", shell=True)
except (OSError, IOError), e:
QtGui.QMessageBox.critical(globals.GApp.mainWindow, translate("Console", "Console"), unicode(translate("Console", "Cannot start %s: %s")) % (console, e.strerror))
return (False)
def apply(self, message=False):
""" Apply the IDLE PC to the router
"""
try:
selection = str(self.comboBox.currentText()).split(':')[0].strip('* ')
index = int(selection)
for node in globals.GApp.topology.nodes.values():
if isinstance(node, IOSRouter) and node.hostname == self.router.hostname:
dyn_router = node.get_dynagen_device()
if globals.GApp.iosimages.has_key(dyn_router.dynamips.host + ':' + dyn_router.image):
image = globals.GApp.iosimages[dyn_router.dynamips.host + ':' + dyn_router.image]
debug("Register IDLE PC " + self.idles[index] + " for image " + image.filename)
image.idlepc = self.idles[index]
# Apply idle pc to devices with the same IOS image
for device in globals.GApp.topology.nodes.values():
if isinstance(device, IOSRouter) and device.config['image'] == image.filename:
debug("Apply IDLE PC " + self.idles[index] + " to " + device.hostname)
device.get_dynagen_device().idlepc = self.idles[index]
config = device.get_config()
config['idlepc'] = self.idles[index]
device.set_config(config)
device.setCustomToolTip()
break
if message:
QtGui.QMessageBox.information(self, translate("IDLEPCDialog", "IDLE PC"),
unicode(translate("IDLEPCDialog", "IDLE PC value %s has been applied on %s")) % (self.idles[index], self.router.hostname))
except lib.DynamipsError, msg:
QtGui.QMessageBox.critical(self, translate("IDLEPCDialog", "Dynamips error"), unicode(msg))
return
def stopProcHypervisors(self):
""" Shutdown all started hypervisors
"""
if globals.GApp != None and self.dynamips:
self.setDefaults()
hypervisors = globals.GApp.dynagen.dynamips.copy()
for hypervisor in hypervisors.values():
if isinstance(hypervisor, lib.Dynamips):
try:
if globals.GApp.dynagen.dynamips.has_key(hypervisor.host +
':' +
hypervisor.port):
debug(
"Hypervisor manager: reset and close hypervisor on %s port %i"
% (hypervisor['host'], hypervisor['port']))
hypervisor.reset()
hypervisor.close()
del globals.GApp.dynagen.dynamips[hypervisor.host +
':' +
hypervisor.port]
except:
continue
for hypervisor in self.hypervisors:
debug("Hypervisor manager: close hypervisor on %s port %i" %
(hypervisor['host'], hypervisor['port']))
hypervisor['proc_instance'].terminate()
time.sleep(0.5)
hypervisor['proc_instance'].close()
hypervisor['proc_instance'] = None
self.hypervisors = []
def __init__(self):
self.__langs = {}
self.__langs_code = []
self.__lang_current = ""
self.__lastTranslator = None
self.__lastQtTranslator = None
# Add i18n dirs depending on platform.
if sys.platform.startswith('win'):
# __file__ is not supported by py2exe
if hasattr(sys, "frozen"):
self.__i18n_dirs = [os.path.dirname(os.path.abspath(sys.executable)) + os.sep + "Langs"]
else:
self.__i18n_dirs = [os.path.dirname(os.path.abspath(GNS3.Langs.__file__))]
if os.environ.has_key("APPDATA"):
self.__i18n_dirs.append(os.environ["APPDATA"] + "\\gns3\\Langs")
else:
debug('Translation: unable to find APPDATA in environ')
else:
self.__i18n_dirs = [os.path.dirname(os.path.abspath(GNS3.Langs.__file__)), os.path.dirname(os.path.abspath(__main__.__file__))]
if os.environ.has_key("HOME"):
self.__i18n_dirs.append(os.environ["HOME"] + "/.gns3/Langs")
else:
debug('Translation: unable to find HOME in environ')
# Now find all available languages...
self.findAvailableLangs()
def reconfigNode(self, new_hostname):
""" Used when changing the hostname
"""
old_console = None
if self.emudev:
old_console = self.emudev.console
links = self.getEdgeList()
if len(links):
QtGui.QMessageBox.critical(globals.GApp.mainWindow, translate("AnyEmuDevice", "New hostname"),
translate("AnyEmuDevice", "Cannot rename a connected emulated device"))
return
# if self.hostname != new_hostname:
# self.emudev.rename(new_hostname)
# self.set_hostname(new_hostname)
self.delete_emudev()
if self.hostname != new_hostname:
try:
qemu_name = self.qemu.host + ':' + str(self.qemu.port)
shutil.move(self.dynagen.dynamips[qemu_name].workingdir + os.sep + self.hostname, self.dynagen.dynamips[qemu_name].workingdir + os.sep + new_hostname)
except:
debug("Cannot move emulator's working directory")
self.set_hostname(new_hostname)
try:
self.create_emudev()
if old_console:
self.emudev.console = old_console
except lib.DynamipsError, msg:
QtGui.QMessageBox.critical(globals.GApp.mainWindow, translate("AnyEmuDevice", "Dynamips error"), unicode(msg))
self.delete_emudev()
globals.GApp.topology.deleteNode(self.id)
return
def pipe_connect(hostname, pipe_name):
""" Start a telnet console and connect to a pipe
"""
# We use Putty shipped with GNS3
cmd = globals.GApp.systconf['general'].term_serial_cmd.strip()
if not cmd:
QtGui.QMessageBox.critical(
globals.GApp.mainWindow, translate("Console", "Console"),
translate(
"Console",
"No terminal command defined for local console/serial connections"
))
return False
if globals.GApp.systconf['general'].use_shell:
shell = True
else:
shell = False
cmd = cmd.replace('%s', pipe_name)
cmd = cmd.replace('%d', hostname)
debug('Start serial console program %s' % cmd)
try:
proc = sub.Popen(cmd, shell=shell)
except (OSError, IOError), e:
QtGui.QMessageBox.critical(
globals.GApp.mainWindow, translate("Console", "Console"),
translate("Console", "Cannot start %s: %s") % (cmd, e.strerror))
return None
def run(self):
try:
in_file = open(self.input_capture_file_path, 'rb')
except IOError, e:
debug("Cannot open capture file: %s") % unicode(e)
self.exit()
return
def __init__(self, *args, **kwargs):
AnyEmuDevice.__init__(self, *args, **kwargs)
IDSDefaults.__init__(self)
self.emudev_options.extend([
'image1',
'image2',
])
debug('Hello, I have initialized and my model is %s' % self.model)
def run(self):
try:
in_file = open(self.input_capture_file_path, 'rb')
except IOError, e:
debug("Cannot open capture file: %s") % unicode(e)
self.exit()
return
def __init__(self, *args, **kwargs):
AnyEmuDevice.__init__(self, *args, **kwargs)
ASADefaults.__init__(self)
self.emudev_options.extend([
'initrd',
'kernel',
'kernel_cmdline',
])
debug('Hello, I have initialized and my model is %s' % self.model)
def __init__(self, *args, **kwargs):
AnyEmuDevice.__init__(self, *args, **kwargs)
IDSDefaults.__init__(self)
self.unbased = False
self.emudev_options.extend([
'image1',
'image2',
])
debug('Hello, I have initialized and my model is %s' % self.model)
def __init__(self, *args, **kwargs):
AnyEmuDevice.__init__(self, *args, **kwargs)
ASADefaults.__init__(self)
self.emudev_options.extend([
'initrd',
'kernel',
'kernel_cmdline',
])
debug('Hello, I have initialized and my model is %s' % self.model)
def waitQemu(self, binding):
""" Wait Qemu until it accepts connections
"""
# give 15 seconds to Qemu to accept connections
count = 15
progress = None
connection_success = False
timeout = 10
s = None
debug("Qemu manager: connecting to %s on port %i" %
(binding, self.port))
for nb in range(count + 1):
if nb == 3:
progress = QtGui.QProgressDialog(
translate("QemuManager",
"Connecting to Qemu on %s port %i ...") %
(binding, self.port), translate("QemuManager", "Abort"), 0,
count, globals.GApp.mainWindow)
progress.setMinimum(1)
progress.setWindowModality(QtCore.Qt.WindowModal)
globals.GApp.processEvents(
QtCore.QEventLoop.AllEvents
| QtCore.QEventLoop.WaitForMoreEvents, 2000)
if nb > 2:
progress.setValue(nb)
globals.GApp.processEvents(
QtCore.QEventLoop.AllEvents
| QtCore.QEventLoop.WaitForMoreEvents, 2000)
if progress.wasCanceled():
progress.reset()
break
try:
s = socket.create_connection((binding, self.port), timeout)
except:
time.sleep(1)
continue
connection_success = True
break
if connection_success and s:
s.close()
time.sleep(0.2)
else:
QtGui.QMessageBox.critical(
globals.GApp.mainWindow, 'Qemu Manager',
translate("QemuManager", "Can't connect to Qemu on %s port %i")
% (binding, self.port))
self.stopQemu()
return False
if progress:
progress.setValue(count)
progress.deleteLater()
progress = None
return True
def changeHypervisor(self):
""" Called to change an hypervisor
"""
if len(self.__edgeList) > 0:
QtGui.QMessageBox.warning(globals.GApp.mainWindow, translate("AbstractNode", "Hypervisor"),
translate("AbstractNode", "The device must have no connection to other devices in order to change its hypervisor"))
return
if self.d:
currentHypervisor = self.d
else:
currentHypervisor = "hostname:port"
(text, ok) = QtGui.QInputDialog.getText(globals.GApp.mainWindow, translate("AbstractNode", "Set hypervisor"),
translate("AbstractNode", "New hypervisor:"), QtGui.QLineEdit.Normal,
currentHypervisor)
if ok and text:
hypervisor = unicode(text)
if not re.search(r"""^.*:[0-9]*$""", text, re.UNICODE):
QtGui.QMessageBox.critical(globals.GApp.mainWindow, translate("AbstractNode", "Hypervisor"),
translate("AbstractNode", "Invalid format for hypervisor (hostname:port is required)"))
return
(host, port) = hypervisor.rsplit(':', 1)
if self.dynagen.dynamips.has_key(hypervisor):
debug("Use an hypervisor: " + hypervisor)
dynamips_hypervisor = self.dynagen.dynamips[hypervisor]
else:
debug("Connection to an hypervisor: " + hypervisor)
# use project workdir
if globals.GApp.workspace.projectWorkdir:
self.dynagen.defaults_config['workingdir'] = globals.GApp.workspace.projectWorkdir
elif globals.GApp.systconf['dynamips'].workdir:
self.dynagen.defaults_config['workingdir'] = globals.GApp.systconf['dynamips'].workdir
dynamips_hypervisor = self.dynagen.create_dynamips_hypervisor(host, int(port))
if not dynamips_hypervisor:
QtGui.QMessageBox.critical(globals.GApp.mainWindow, translate("AbstractNode", "Hypervisor"),
translate("AbstractNode", "Can't connect to the hypervisor on %s") % hypervisor)
if self.dynagen.dynamips.has_key(hypervisor):
del self.dynagen.dynamips[hypervisor]
return
self.dynagen.update_running_config()
if self.d and self.dynagen.running_config[self.d].has_key(self.get_running_config_name()):
config = self.dynagen.running_config[self.d][self.get_running_config_name()]
self.dynagen.running_config[host + ':' + port][self.get_running_config_name()] = config
del self.dynagen.running_config[self.d][self.get_running_config_name()]
self.set_hypervisor(dynamips_hypervisor)
self.reconfigNode(self.hostname)
self.dynagen.update_running_config()
QtGui.QMessageBox.information(globals.GApp.mainWindow, translate("AbstractNode", "Hypervisor"),
translate("AbstractNode", "New hypervisor %s has been set on device %s") % (hypervisor, self.hostname))
def waitQemu(self):
""" Wait Qemu until it accepts connections
"""
# give 15 seconds to Qemu to accept connections
count = 15
progress = None
connection_success = False
debug("Qemu manager: connect on " + str(self.port))
for nb in range(count + 1):
s = socket(AF_INET, SOCK_STREAM)
s.setblocking(0)
s.settimeout(300)
if nb == 3:
progress = QtGui.QProgressDialog(
unicode(translate("QemuManager", "Connecting to Qemu on port %i ...")) % self.port,
translate("QemuManager", "Abort"),
0,
count,
globals.GApp.mainWindow,
)
progress.setMinimum(1)
progress.setWindowModality(QtCore.Qt.WindowModal)
globals.GApp.processEvents(QtCore.QEventLoop.AllEvents | QtCore.QEventLoop.WaitForMoreEvents, 2000)
if nb > 2:
progress.setValue(nb)
globals.GApp.processEvents(QtCore.QEventLoop.AllEvents | QtCore.QEventLoop.WaitForMoreEvents, 2000)
if progress.wasCanceled():
progress.reset()
break
try:
s.connect(("localhost", self.port))
except:
s.close()
time.sleep(1)
continue
connection_success = True
break
if connection_success:
s.close()
time.sleep(0.2)
else:
QtGui.QMessageBox.critical(
globals.GApp.mainWindow,
"Qemu Manager",
unicode(translate("QemuManager", "Can't connect to Qemu on port %i")) % self.port,
)
self.stopQemu()
return False
if progress:
progress.setValue(count)
progress.deleteLater()
progress = None
return True
def preloadDynamips(self):
""" Preload Dynamips
"""
proc = QtCore.QProcess(globals.GApp.mainWindow)
port = globals.hypervisor_baseport
if self.hypervisor_wd:
# set the working directory
proc.setWorkingDirectory(self.hypervisor_wd)
try:
# start dynamips in hypervisor mode (-H)
# Dynamips version 0.2.8-RC3 and before cannot accept a specific port when binding on a chosen address with param -H <IP address:port> (bug is inside Dynamips).
if self.dynamips.detected_version and StrictVersion(
self.dynamips.detected_version.replace("-RC", "b").split(
'-', 1)[0]
) > '0.2.8b3' and self.dynamips.HypervisorManager_binding != '0.0.0.0':
proc.start(self.hypervisor_path, [
'-H',
self.dynamips.HypervisorManager_binding + ':' + str(port)
])
else:
proc.start(self.hypervisor_path, ['-H', str(port)])
except:
debug('Exception with StrictVersion')
proc.start(self.hypervisor_path, ['-H', str(port)])
if proc.waitForStarted() == False:
return False
if self.dynamips.HypervisorManager_binding != '0.0.0.0':
binding = self.dynamips.HypervisorManager_binding
else:
binding = '127.0.0.1'
# give 5 seconds to the hypervisor to accept connections
count = 5
connection_success = False
timeout = 60.0
for nb in range(count + 1):
try:
s = socket.create_connection((binding, port), timeout)
except:
time.sleep(1)
continue
connection_success = True
break
if connection_success:
s.close()
proc.close()
return True
if proc.state():
proc.close()
return False
def unallocateHypervisor(self, node, host, port):
""" Unallocate a hypervisor for a given node
"""
for hypervisor in self.hypervisors:
if hypervisor['host'] == host and hypervisor['port'] == int(port):
debug("Hypervisor manager: unallocate hypervisor on %s port %i for node %s" % (host, port, node.hostname))
hypervisor['load'] -= node.default_ram
if hypervisor['load'] <= 0:
hypervisor['load'] = 0
break
def unallocateHypervisor(self, node, port):
""" Unallocate a hypervisor for a given node
"""
for hypervisor in self.hypervisors:
if hypervisor['port'] == int(port):
debug("Hypervisor manager: unallocate hypervisor (port: " + str(port) + ") for node " + node.hostname)
hypervisor['load'] -= node.default_ram
if hypervisor['load'] <= 0:
hypervisor['load'] = 0
break
def changeHypervisorLoad(self, node, port, old_default_ram):
""" Change the hypervisor RAM load for a given node
"""
for hypervisor in self.hypervisors:
if hypervisor['port'] == int(port):
debug("Hypervisor manager: change hypervisor load (port: " + str(port) + ") for node " + node.hostname)
hypervisor['load'] -= old_default_ram
if hypervisor['load'] <= 0:
hypervisor['load'] = 0
hypervisor['load'] += node.default_ram
break
def mapping(self):
""" Configure Ethernet port mapping
"""
connected_interfaces = map(int, self.getConnectedInterfaceList())
for port in self.config['ports']:
if port in connected_interfaces:
if not self.hub.nios.has_key(port):
(destnode, destinterface)= self.getConnectedNeighbor(str(port))
if destinterface.lower()[:3] == 'nio':
debug("hub_map: " + str(port) + ' to ' + destinterface)
self.dynagen.hub_to_nio(self.hub, port, destinterface)
def clearClosedConsoles(self):
""" Refresh the list of opened terminal programs.
"""
updated_list = []
for console in self.consoleProcesses:
console.poll()
if console.returncode == None:
# the process hasn't returned yet (still active)
updated_list.append(console)
self.consoleProcesses = updated_list
debug("%s has %i terminal program(s) connected to itself" % (self.hostname, len(self.consoleProcesses)))
def mapping(self):
""" Configure Ethernet port mapping
"""
connected_interfaces = map(int, self.getConnectedInterfaceList())
for port in self.config['ports']:
if port in connected_interfaces:
if not self.hub.nios.has_key(port):
(destnode,
destinterface) = self.getConnectedNeighbor(str(port))
if destinterface.lower()[:3] == 'nio':
debug("hub_map: " + str(port) + ' to ' + destinterface)
self.dynagen.hub_to_nio(self.hub, port, destinterface)
def unallocateHypervisor(self, node, host, port):
""" Unallocate a hypervisor for a given node
"""
for hypervisor in self.hypervisors:
if hypervisor['host'] == host and hypervisor['port'] == int(port):
debug(
"Hypervisor manager: unallocate hypervisor on %s port %i for node %s"
% (host, port, node.hostname))
hypervisor['load'] -= node.default_ram
if hypervisor['load'] <= 0:
hypervisor['load'] = 0
break
def mapping(self):
""" Configure Frame-relay DLCI mapping
"""
connected_interfaces = map(int, self.getConnectedInterfaceList())
for (source, destination) in self.config['mapping'].iteritems():
(srcport, srcdlci) = source.split(':')
(destport, destdlci) = destination.split(':')
if int(srcport) in connected_interfaces and int(destport) in connected_interfaces:
debug('FRSW ' + self.hostname + ' is mapping: ' + source + ' to ' + destination)
if not self.frsw.pvcs.has_key((int(srcport), int(srcdlci))) and not self.frsw.pvcs.has_key((int(destport), int(destdlci))):
self.frsw.map(int(srcport), int(srcdlci), int(destport), int(destdlci))
self.frsw.map(int(destport), int(destdlci), int(srcport), int(srcdlci))
def clearClosedConsoles(self):
""" Refresh the list of opened terminal programs.
"""
updated_list = []
for console in self.consoleProcesses:
console.poll()
if console.returncode == None:
# the process hasn't returned yet (still active)
updated_list.append(console)
self.consoleProcesses = updated_list
debug("%s has %i terminal program(s) connected to itself" %
(self.hostname, len(self.consoleProcesses)))
def apply(self, message=False):
""" Apply the IDLE PC to the router
"""
try:
selection = str(
self.comboBox.currentText()).split(':')[0].strip('* ')
index = int(selection)
for node in globals.GApp.topology.nodes.values():
if isinstance(
node,
IOSRouter) and node.hostname == self.router.hostname:
dyn_router = node.get_dynagen_device()
if globals.GApp.systconf[
'dynamips'].HypervisorManager_binding == '0.0.0.0':
host = '0.0.0.0'
else:
host = dyn_router.dynamips.host
if globals.GApp.iosimages.has_key(host + ':' +
dyn_router.image):
image = globals.GApp.iosimages[host + ':' +
dyn_router.image]
debug("Register IDLE PC " + self.idles[index] +
" for image " + image.filename)
image.idlepc = self.idles[index]
# Apply idle pc to devices with the same IOS image
for device in globals.GApp.topology.nodes.values():
if isinstance(
device, IOSRouter
) and device.config['image'] == image.filename:
debug("Apply IDLE PC " + self.idles[index] +
" to " + device.hostname)
device.get_dynagen_device(
).idlepc = self.idles[index]
config = device.get_config()
config['idlepc'] = self.idles[index]
device.set_config(config)
device.setCustomToolTip()
break
if message:
QtGui.QMessageBox.information(
self, translate("IDLEPCDialog", "IDLE PC"),
translate("IDLEPCDialog",
"IDLE PC value %s has been applied on %s") %
(self.idles[index], self.router.hostname))
except lib.DynamipsError, msg:
QtGui.QMessageBox.critical(
self, translate("IDLEPCDialog", "Dynamips error"),
unicode(msg))
return
def stopQemu(self):
""" Stop Qemu
"""
for hypervisor in globals.GApp.dynagen.dynamips.values():
if isinstance(hypervisor, qlib.Qemu):
try:
hypervisor.reset()
hypervisor.close()
except:
continue
if self.proc and self.proc.state():
debug("QemuManager: stop Qemu with pid " + str(self.proc.pid()))
self.proc.close()
self.proc = None
def preloadDynamips(self):
""" Preload Dynamips
"""
proc = QtCore.QProcess(globals.GApp.mainWindow)
port = globals.hypervisor_baseport
if self.hypervisor_wd:
# set the working directory
proc.setWorkingDirectory(self.hypervisor_wd)
try:
# start dynamips in hypervisor mode (-H)
# Dynamips version 0.2.8-RC3 and before cannot accept a specific port when binding on a chosen address with param -H <IP address:port> (bug is inside Dynamips).
if self.dynamips.detected_version and StrictVersion(self.dynamips.detected_version.replace("-RC", "b").split('-', 1)[0]) > '0.2.8b3' and self.dynamips.HypervisorManager_binding != '0.0.0.0':
proc.start(self.hypervisor_path, ['-H', self.dynamips.HypervisorManager_binding + ':' + str(port)])
else:
proc.start(self.hypervisor_path, ['-H', str(port)])
except:
debug('Exception with StrictVersion')
proc.start(self.hypervisor_path, ['-H', str(port)])
if proc.waitForStarted() == False:
return False
if self.dynamips.HypervisorManager_binding != '0.0.0.0':
binding = self.dynamips.HypervisorManager_binding
else:
binding = '127.0.0.1'
# give 5 seconds to the hypervisor to accept connections
count = 5
connection_success = False
timeout = 60.0
for nb in range(count + 1):
try:
s = socket.create_connection((binding, port), timeout)
except:
time.sleep(1)
continue
connection_success = True
break
if connection_success:
s.close()
proc.close()
return True
if proc.state():
proc.close()
return False
def startVBox(self, port, binding=None):
""" Start VBox
"""
if binding == None:
binding = globals.GApp.systconf['vbox'].VBoxManager_binding
self.port = port
if self.proc and self.proc.state():
debug('VBoxManager: VBox is already started with pid ' + str(self.proc.pid()))
return True
self.proc = QtCore.QProcess(globals.GApp.mainWindow)
if globals.GApp.systconf['vbox'].vboxwrapper_workdir:
if not os.access(globals.GApp.systconf['vbox'].vboxwrapper_workdir, os.F_OK | os.W_OK):
QtGui.QMessageBox.warning(globals.GApp.mainWindow, 'VBox Manager',
translate("VBoxManager", "Working directory %s seems to not exist or be writable, please check") % globals.GApp.systconf['vbox'].vboxwrapper_workdir)
# set the working directory
self.proc.setWorkingDirectory(globals.GApp.systconf['vbox'].vboxwrapper_workdir)
# test if VBox is already running on this port
timeout = 60.0
try:
s = socket.create_connection((binding, self.port), timeout)
QtGui.QMessageBox.warning(globals.GApp.mainWindow, 'VBox Manager',
translate("VBoxManager", "VBox is already running on %s port %i, it will not be shutdown after you quit GNS3") % (binding, self.port))
s.close()
return True
except:
pass
# start VBoxwrapper, use python on all platform but Windows (in release mode)
if sys.platform.startswith('win') and (globals.GApp.systconf['vbox'].vboxwrapper_path.split('.')[-1] == 'exe'):
# On Windows hosts, we remove python dependency by pre-compiling VBoxwrapper. (release mode)
self.proc.start('"' + globals.GApp.systconf['vbox'].vboxwrapper_path + '"', ['--listen', binding, '--port', str(self.port), '--no-vbox-checks'])
elif hasattr(sys, "frozen"):
self.proc.start(globals.GApp.systconf['vbox'].vboxwrapper_path, ['--listen', binding, '--port', str(self.port), '--no-vbox-checks'])
else:
self.proc.start(sys.executable, [globals.GApp.systconf['vbox'].vboxwrapper_path, '--listen', binding, '--port', str(self.port), '--no-vbox-checks'])
if self.proc.waitForStarted() == False:
QtGui.QMessageBox.critical(globals.GApp.mainWindow, 'VBox Manager', translate("VBoxManager", "Can't start VBox on %s port %i") % (binding, self.port))
return False
self.waitVBox(binding)
if self.proc and self.proc.state():
debug('VBoxManager: VBox has been started with pid ' + str(self.proc.pid()))
return True
def closeAllConsoles(self):
""" Close all opened terminal programs
"""
# closing terminal programs
for console in self.consoleProcesses:
console.poll()
if console.returncode == None:
# the process hasn't returned yet (still active)
debug("Sending terminate signal to terminal program (pid %i)" % console.pid)
try:
console.terminate()
except:
debug("Error while sending the signal to terminal program (pid %i)" % console.pid)
continue
self.consoleProcesses = []
def delete_router(self):
""" Delete this router
"""
if self.router:
try:
self.stopNode()
# don't forget to delete this router in Dynamips
self.router.delete()
del self.dynagen.devices[self.hostname]
if self.router in self.hypervisor.devices:
self.hypervisor.devices.remove(self.router)
self.dynagen.update_running_config()
except:
pass
debug('Router ' + self.hostname + ' deleted')
class PipeCapture(QtCore.QThread):
def __init__(self, input_capture_file_path, capture_cmd, wireshark_pipe):
self.input_capture_file_path = input_capture_file_path
self.capture_cmd = capture_cmd
self.wireshark_pipe = wireshark_pipe
self.process = None
self.pipe = None
QtCore.QThread.__init__(self)
def __del__(self):
debug("Deleting pipe thread ...")
if self.pipe:
win32file.CloseHandle(self.pipe)
def run(self):
try:
in_file = open(self.input_capture_file_path, 'rb')
except IOError, e:
debug("Cannot open capture file: %s") % unicode(e)
self.exit()
return
try:
self.process = subprocess.Popen(self.capture_cmd.strip())
except (OSError, IOError), e:
debug("Cannot start Wireshark: %s") % unicode(e)
self.exit()
return
def stopQemu(self):
""" Stop Qemu
"""
for hypervisor in globals.GApp.dynagen.dynamips.values():
if isinstance(hypervisor, qlib.Qemu):
try:
hypervisor.reset()
hypervisor.close()
except:
continue
if self.proc and self.proc.state():
debug('QemuManager: stop Qemu with pid ' + str(self.proc.pid()))
self.proc.terminate()
time.sleep(0.5)
self.proc.close()
self.proc = None
def startQemu(self, port, binding=None):
""" Start Qemu
"""
self.port = port
if binding == None:
binding = globals.GApp.systconf['qemu'].QemuManager_binding
if self.proc and self.proc.state():
debug('QemuManager: Qemu is already started with pid ' + str(self.proc.pid()))
return True
self.proc = QtCore.QProcess(globals.GApp.mainWindow)
if globals.GApp.systconf['qemu'].qemuwrapper_workdir:
if not os.access(globals.GApp.systconf['qemu'].qemuwrapper_workdir, os.F_OK | os.W_OK):
QtGui.QMessageBox.warning(globals.GApp.mainWindow, 'Qemu Manager',
translate("QemuManager", "Working directory %s seems to not exist or be writable, please check") % globals.GApp.systconf['qemu'].qemuwrapper_workdir)
self.proc.setWorkingDirectory(globals.GApp.systconf['qemu'].qemuwrapper_workdir)
# test if Qemu is already running on this port
timeout = 10
try:
s = socket.create_connection((binding, self.port), timeout)
QtGui.QMessageBox.warning(globals.GApp.mainWindow, 'Qemu Manager',
translate("QemuManager", "Qemu is already running on %s port %i, it will not be shutdown after you quit GNS3") % (binding, self.port))
s.close()
return True
except:
pass
# start Qemuwrapper, use python on all platform but Windows (in release mode)
#binding = globals.GApp.systconf['qemu'].QemuManager_binding
if sys.platform.startswith('win') and (globals.GApp.systconf['qemu'].qemuwrapper_path.split('.')[-1] == 'exe'):
self.proc.start('"' + globals.GApp.systconf['qemu'].qemuwrapper_path + '"', ['--listen', binding, '--port', str(self.port), '--no-path-check'])
elif hasattr(sys, "frozen"):
self.proc.start('python', [globals.GApp.systconf['qemu'].qemuwrapper_path, '--listen', binding, '--port', str(self.port), '--no-path-check'])
else:
self.proc.start(sys.executable, [globals.GApp.systconf['qemu'].qemuwrapper_path, '--listen', binding, '--port', str(self.port), '--no-path-check'])
if self.proc.waitForStarted() == False:
QtGui.QMessageBox.critical(globals.GApp.mainWindow, 'Qemu Manager', translate("QemuManager", "Can't start Qemu on %s port %i") % (binding, self.port))
return False
self.waitQemu(binding)
if self.proc and self.proc.state():
debug('QemuManager: Qemu has been started with pid ' + str(self.proc.pid()))
return True
def create_emudev(self):
model = self.model
self.dynagen.update_running_config()
devdefaults = self.get_devdefaults()
if devdefaults == False:
return False
vbox_name = self.vbox.host + ':' + str(self.vbox.port)
self.emu_vboxdev = self._make_devinstance(vbox_name)
self.dynagen.setdefaults(self.emu_vboxdev, devdefaults[model])
self.dynagen.devices[self.hostname] = self.emu_vboxdev
debug('%s %s created' % (self.friendly_name, self.emu_vboxdev.name))
self.dynagen.update_running_config()
self.running_config = self.dynagen.running_config[self.d][self.f]
self.defaults_config = self.dynagen.defaults_config[self.d][model]
self.setCustomToolTip()
def create_emudev(self):
model = self.model
self.dynagen.update_running_config()
devdefaults = self.get_devdefaults()
if devdefaults == False:
return False
qemu_name = self.qemu.host + ':' + str(self.qemu.port)
self.emudev = self._make_devinstance(qemu_name)
self.dynagen.setdefaults(self.emudev, devdefaults[model])
self.dynagen.devices[self.hostname] = self.emudev
debug('%s %s created' % (self.friendly_name, self.emudev.name))
self.dynagen.update_running_config()
self.running_config = self.dynagen.running_config[self.d][self.f]
self.defaults_config = self.dynagen.defaults_config[self.d][model]
self.setCustomToolTip()
def delete_router(self):
""" Delete this router
"""
if self.router:
try:
self.stopNode()
# don't forget to delete this router in Dynamips
self.router.delete()
if self.dynagen.devices.has_key(self.hostname):
del self.dynagen.devices[self.hostname]
if self.router in self.hypervisor.devices:
self.hypervisor.devices.remove(self.router)
self.dynagen.update_running_config()
except:
pass
debug('Router ' + self.hostname + ' deleted')
def waitQemu(self, binding):
""" Wait Qemu until it accepts connections
"""
# give 15 seconds to Qemu to accept connections
count = 15
progress = None
connection_success = False
timeout = 10
s = None
debug("Qemu manager: connecting to %s on port %i" % (binding, self.port))
for nb in range(count + 1):
if nb == 3:
progress = QtGui.QProgressDialog(translate("QemuManager", "Connecting to Qemu on %s port %i ...") % (binding, self.port),
translate("QemuManager", "Abort"), 0, count, globals.GApp.mainWindow)
progress.setMinimum(1)
progress.setWindowModality(QtCore.Qt.WindowModal)
globals.GApp.processEvents(QtCore.QEventLoop.AllEvents | QtCore.QEventLoop.WaitForMoreEvents, 2000)
if nb > 2:
progress.setValue(nb)
globals.GApp.processEvents(QtCore.QEventLoop.AllEvents | QtCore.QEventLoop.WaitForMoreEvents, 2000)
if progress.wasCanceled():
progress.reset()
break
try:
s = socket.create_connection((binding, self.port), timeout)
except:
time.sleep(1)
continue
connection_success = True
break
if connection_success and s:
s.close()
time.sleep(0.2)
else:
QtGui.QMessageBox.critical(globals.GApp.mainWindow, 'Qemu Manager',
translate("QemuManager", "Can't connect to Qemu on %s port %i") % (binding, self.port))
self.stopQemu()
return False
if progress:
progress.setValue(count)
progress.deleteLater()
progress = None
return True
def reconfigNode(self, new_hostname):
""" Used when changing the hostname
"""
old_console = None
if self.emudev:
old_console = self.emudev.console
links = self.getEdgeList()
if len(links):
QtGui.QMessageBox.critical(
globals.GApp.mainWindow,
translate("AnyEmuDevice", "New hostname"),
translate("AnyEmuDevice",
"Cannot rename a connected emulated device"))
return
# if self.hostname != new_hostname:
# self.emudev.rename(new_hostname)
# self.set_hostname(new_hostname)
self.delete_emudev()
if self.hostname != new_hostname:
try:
qemu_name = self.qemu.host + ':' + str(self.qemu.port)
shutil.move(
self.dynagen.dynamips[qemu_name].workingdir + os.sep +
self.hostname,
self.dynagen.dynamips[qemu_name].workingdir + os.sep +
new_hostname)
except:
debug("Cannot move emulator's working directory")
self.set_hostname(new_hostname)
try:
self.create_emudev()
if old_console:
self.emudev.console = old_console
except lib.DynamipsError, msg:
QtGui.QMessageBox.critical(
globals.GApp.mainWindow,
translate("AnyEmuDevice", "Dynamips error"), unicode(msg))
self.delete_emudev()
globals.GApp.topology.deleteNode(self.id)
return
def mapping(self):
""" Configure Ethernet port mapping
"""
connected_interfaces = map(int, self.getConnectedInterfaceList())
for (vlan, portlist) in self.config['vlans'].iteritems():
for port in portlist:
if port in connected_interfaces:
if not self.ethsw.mapping.has_key(port):
(destnode,
destinterface) = self.getConnectedNeighbor(str(port))
porttype = self.config['ports'][port]
if self.ethsw.dynamips.intversion < 208.3 and porttype == 'qinq':
QtGui.QMessageBox.critical(
globals.GApp.mainWindow,
translate("ETHSW", "Port type"),
translate(
"ETHSW",
"QinQ is only supported with Dynamips > 0.2.8 RC2"
))
return
if destinterface.lower()[:3] == 'nio':
debug("ethsw_map: " + str(port) + ' to ' +
porttype + ' ' + str(vlan) + ' ' +
destinterface)
self.dynagen.ethsw_map(
self.ethsw, port, porttype + ' ' + str(vlan) +
' ' + destinterface)
else:
debug("ethsw_map: " + str(port) + ' to ' +
porttype + ' ' + str(vlan))
self.dynagen.ethsw_map(self.ethsw, port,
porttype + ' ' + str(vlan))
elif self.ethsw.mapping.has_key(port):
porttype = self.config['ports'][port]
# check if the vlan or port type has changed
# WARNING: see unset_port()
if (vlan != self.ethsw.mapping[port][1]) or (
porttype != self.ethsw.mapping[port][0]):
self.ethsw.unset_port(port)
self.dynagen.ethsw_map(self.ethsw, port,
porttype + ' ' + str(vlan))
def closeAllConsoles(self):
""" Close all opened terminal programs
"""
# closing terminal programs
for console in self.consoleProcesses:
console.poll()
if console.returncode == None:
# the process hasn't returned yet (still active)
debug("Sending terminate signal to terminal program (pid %i)" %
console.pid)
try:
console.terminate()
except:
debug(
"Error while sending the signal to terminal program (pid %i)"
% console.pid)
continue
self.consoleProcesses = []
def listSnaphosts(self):
self.SnapshotList.clear()
if not globals.GApp.workspace.projectFile:
return
snapregexp = re.compile(r"""^(.*)_(.*)_snapshot_([0-9]+)_([0-9]+)""")
projectDir = os.path.dirname(globals.GApp.workspace.projectFile)
snapshotDir = os.path.join(os.path.dirname(globals.GApp.workspace.projectFile), 'snapshots')
snapshots = glob.glob(os.path.normpath(projectDir) + os.sep + "*_snapshot_*")
# Backward compatibility: move snapshots to the snapshot directory (new location in GNS3 0.8.5)
try:
if snapshots and not os.path.exists(snapshotDir):
os.mkdir(snapshotDir)
for entry in snapshots:
shutil.move(entry, snapshotDir)
debug("Moving %s to the snapshot directory" % entry)
except (OSError, IOError), e:
debug("Cound't move snapshots to the snapshot directory")
def stopVBox(self):
""" Stop VBox
"""
#print "Entered VBoxManager::stopVBox()"
try:
for hypervisor in globals.GApp.dynagen.dynamips.values():
if isinstance(hypervisor, vboxlib.VBox):
try:
hypervisor.reset()
hypervisor.close()
except:
continue
except:
pass
if self.proc and self.proc.state():
debug('VBoxManager: stop VBox with pid ' + str(self.proc.pid()))
self.proc.terminate()
time.sleep(0.5)
self.proc.close()
self.proc = None
def __captureQemuDevice(self, device, interface):
""" Capture for Qemu based devices
"""
host = globals.GApp.dynagen.devices[device].dynamips.host
match_obj = dynagen_namespace. qemu_int_re.search(interface)
if not match_obj:
debug("Cannot parse interface " + interface)
return
port = match_obj.group(2)
capture_conf = globals.GApp.systconf['capture']
if capture_conf.workdir and (host == globals.GApp.systconf['qemu'].QemuManager_binding or host == 'localhost'):
workdir = capture_conf.workdir
else:
workdir = globals.GApp.dynagen.devices[device].dynamips.workingdir
if '/' in workdir:
sep = '/'
else:
sep = '\\'
self.capfile = unicode(workdir + sep + self.source.hostname + '_to_' + self.dest.hostname + '.cap')
debug("Start capture to " + self.capfile)
globals.GApp.dynagen.devices[device].capture(int(port), self.capfile)
self.captureInfo = (device, port)
self.capturing = True
debug("Capturing to " + self.capfile)
def reconfigNode(self, new_hostname):
""" Used when changing the hostname
"""
old_hostname = self.hostname
old_console = None
old_aux = None
if self.router:
old_console = self.router.console
old_aux = self.router.aux
links = self.getEdgeList().copy()
for link in links:
globals.GApp.topology.deleteLink(link)
self.delete_router()
dynamips_files = glob.glob(os.path.normpath(self.hypervisor.workingdir) + os.sep + self.get_platform() + '?' + self.hostname + '*')
for file in dynamips_files:
try:
new_file_name = os.path.basename(file).replace(self.hostname, new_hostname)
shutil.move(file, os.path.dirname(file) + os.sep + new_file_name)
except (OSError, IOError), e:
debug("Warning: cannot move " + file + " to " + os.path.dirname(file) + os.sep + new_file_name)
continue
def create_router(self):
model = self.model
#first let's gather all defaults/setting for each model from running config
self.dynagen.update_running_config()
devdefaults = self.get_devdefaults()
if devdefaults == False:
return False
#now we have everything ready to create routers
router = self.routerInstanceMap[model](self.hypervisor,
chassis=model,
name=self.hostname)
self.dynagen.setdefaults(router, devdefaults[model])
#implement IOS ghosting when creating the router from configConsole
#use devdefaults to find out whether we have ghostios = True, and simply set the ghostios
if devdefaults[model].has_key('ghostios'):
if devdefaults[model]['ghostios']:
ghost_file = router.formatted_ghost_file()
router.ghost_status = 2
router.ghost_file = '"' + ghost_file + '"'
#add router to frontend
self.dynagen.devices[self.hostname] = router
self.router = router
debug('Router ' + router.name + ' created')
#implement JIT blocks sharing
if devdefaults[model].has_key('jitsharing'):
if devdefaults[model]['jitsharing']:
if self.dynagen.jitshareddevices.has_key(self.hostname):
globals.GApp.dynagen.jitsharing()
self.dynagen.update_running_config()
self.running_config = self.dynagen.running_config[self.d][self.r]
self.defaults_config = self.dynagen.defaults_config[self.d][
self.router.model_string]
self.setCustomToolTip()
def __captureDynamipsDevice(self, device, interface, encapsulation):
""" Capture for Dynamips based devices
"""
host = globals.GApp.dynagen.devices[device].dynamips.host
match_obj = dynagen_namespace.interface_re.search(interface)
if match_obj:
(inttype, slot, port) = match_obj.group(1, 2, 3)
slot = int(slot)
port = int(port)
else:
# Try checking for WIC interface specification (e.g. S1)
match_obj = dynagen_namespace.interface_noport_re.search(interface)
(inttype, port) = match_obj.group(1, 2)
slot = 0
try:
encapsulation = encapsulation[1:-1].split(':')[1]
encapsulation = self.encapsulationTransform[encapsulation]
capture_conf = globals.GApp.systconf['capture']
if capture_conf.workdir and (host == globals.GApp.systconf['dynamips'].HypervisorManager_binding or host == 'localhost'):
workdir = capture_conf.workdir
else:
workdir = globals.GApp.dynagen.devices[device].dynamips.workingdir
if '/' in workdir:
sep = '/'
else:
sep = '\\'
self.capfile = unicode(workdir + sep + self.source.hostname + '_to_' + self.dest.hostname + '.cap')
debug("Start capture to " + self.capfile)
globals.GApp.dynagen.devices[device].slot[slot].filter(inttype, port,'capture','both', encapsulation + " " + '"' + self.capfile + '"')
self.captureInfo = (device, slot, inttype, port)
self.capturing = True
debug("Capturing to " + self.capfile)
except lib.DynamipsError, msg:
QtGui.QMessageBox.critical(self, translate("AbstractEdge", "Dynamips error"), unicode(msg))
return
def stopProcHypervisors(self):
""" Shutdown all started hypervisors
"""
if globals.GApp != None and globals.GApp.systconf['dynamips']:
self.setDefaults()
hypervisors = globals.GApp.dynagen.dynamips.copy()
for hypervisor in hypervisors.values():
if isinstance(hypervisor, lib.Dynamips):
try:
if globals.GApp.dynagen.dynamips.has_key(hypervisor.host + ':' + hypervisor.port):
debug("Hypervisor manager: reset and close hypervisor on port " + str(hypervisor['port']))
hypervisor.reset()
hypervisor.close()
del globals.GApp.dynagen.dynamips[hypervisor.host + ':' + hypervisor.port]
except:
continue
for hypervisor in self.hypervisors:
debug("Hypervisor manager: close hypervisor on port " + str(hypervisor['port']))
hypervisor['proc_instance'].close()
hypervisor['proc_instance'] = None
self.hypervisors = []
def waitHypervisor(self, hypervisor, binding=None):
""" Wait the hypervisor until it accepts connections
"""
if binding == None:
if self.dynamips.HypervisorManager_binding and self.dynamips.HypervisorManager_binding != '0.0.0.0':
binding = self.dynamips.HypervisorManager_binding
else:
debug(
"Hypervisor manager: warning: no default binding, defaulting to 127.0.0.1"
)
binding = '127.0.0.1'
last_exception = None
# give 15 seconds to the hypervisor to accept connections
count = 15
progress = None
timeout = 60.0
connection_success = False
debug("Hypervisor manager: connecting on %s:%i" %
(binding, hypervisor['port']))
for nb in range(count + 1):
if nb == 3:
progress = QtGui.QProgressDialog(
translate("HypervisorManager",
"Connecting to an hypervisor on %s port %i ...")
% (binding, hypervisor['port']),
translate("HypervisorManager",
"Abort"), 0, count, globals.GApp.mainWindow)
progress.setMinimum(1)
progress.setWindowModality(QtCore.Qt.WindowModal)
globals.GApp.processEvents(
QtCore.QEventLoop.AllEvents
| QtCore.QEventLoop.WaitForMoreEvents, 2000)
if nb > 2:
progress.setValue(nb)
globals.GApp.processEvents(
QtCore.QEventLoop.AllEvents
| QtCore.QEventLoop.WaitForMoreEvents, 2000)
if progress.wasCanceled():
progress.reset()
break
try:
s = socket.create_connection((binding, hypervisor['port']),
timeout)
except Exception, ex:
time.sleep(1)
last_exception = ex
continue
debug("Hypervisor manager: connected to hypervisor on %s port %i" %
(binding, hypervisor['port']))
connection_success = True
break
def connect(host, port, name):
""" Start a telnet console and connect to it
"""
try:
console = globals.GApp.systconf['general'].term_cmd.strip()
if console:
# if globals.GApp.systconf['general'].bring_console_to_front:
# if bringConsoleToFront(console, host, port, name):
# # On successful attempt, we skip further processing
# return (True)
console = console.replace('%h', host)
console = console.replace('%p', str(port))
console = console.replace('%d', name)
debug('Start console program %s' % console)
if globals.GApp.systconf['general'].use_shell:
proc = sub.Popen(console, shell=True)
else:
proc = sub.Popen(console)
if globals.GApp.systconf['general'].bring_console_to_front:
if bringConsoleToFront(console, name):
debug("Successful bringConsoleToFront() for %s" % name)
else:
debug("Unsuccessful bringConsoleToFront() for %s" % name)
else:
if sys.platform.startswith('darwin'):
proc = sub.Popen(
"/usr/bin/osascript -e 'tell application \"Terminal\" to do script with command \"telnet "
+ host + " " + str(port) + "; exit\"'",
shell=True)
elif sys.platform.startswith('win'):
proc = sub.Popen("putty.exe -telnet %s %i -wt %s -gns3 5" %
(host, port, name))
else:
proc = sub.Popen("xterm -T " + name + " -e 'telnet " + host +
" " + str(port) + "' > /dev/null 2>&1 &",
shell=True)
except (OSError, IOError), e:
QtGui.QMessageBox.critical(
globals.GApp.mainWindow, translate("Console", "Console"),
translate("Console", "Cannot start %s: %s") %
(console, e.strerror))
return None
def open_config(self, FILENAME):
""" Open the config file
"""
debugmsg(2, "DynagenSub::open_config(%s)" % unicode(FILENAME))
if sys.platform.startswith('win'):
self.check_replace_GUID_NIO(FILENAME)
config = Dynagen.open_config(self, FILENAME)
debugmsg(2, ("DynagenSub::open_config(): config = ", config))
self.filename = FILENAME
self.gns3_data = None
if 'GNS3-DATA' in config.sections:
debugmsg(
3, "DynagenSub::open_config(), entered into: if 'GNS3-DATA'")
self.gns3_data = config['GNS3-DATA'].copy()
if self.gns3_data.has_key('configs'):
if os.path.exists(self.gns3_data['configs']):
projectConfigsDir = self.gns3_data['configs']
else:
projectConfigsDir = os.path.join(
os.path.dirname(FILENAME),
unicode(self.gns3_data['configs']))
globals.GApp.workspace.projectConfigs = os.path.abspath(
projectConfigsDir)
if self.gns3_data.has_key('workdir'):
if os.path.exists(self.gns3_data['workdir']):
projectWorkdir = self.gns3_data['workdir']
else:
projectWorkdir = os.path.join(
os.path.dirname(FILENAME),
unicode(self.gns3_data['workdir']))
globals.GApp.workspace.projectWorkdir = os.path.abspath(
projectWorkdir)
config.sections.remove('GNS3-DATA')
count = len(config.sections)
progress = QtGui.QProgressDialog(
translate("DynagenSub", "Starting hypervisors ..."),
translate("DynagenSub", "Abort"), 0, count,
globals.GApp.mainWindow)
progress.setMinimum(1)
progress.setWindowModality(QtCore.Qt.WindowModal)
globals.GApp.processEvents(QtCore.QEventLoop.AllEvents)
current = 0
debugmsg(
3,
("DynagenSub::open_config(), config.sections = ", config.sections))
for section in config.sections:
progress.setValue(current)
globals.GApp.processEvents(
QtCore.QEventLoop.AllEvents
| QtCore.QEventLoop.WaitForMoreEvents, 1000)
if progress.wasCanceled():
progress.reset()
break
server = config[section]
#debugmsg(3, ("DynagenSub::open_config(), server = ", server)) # Returns long config of hypervisor
if ' ' in server.name:
(emulator, host) = server.name.split(' ')
debugmsg(
2, "DynagenSub::open_config(), emulator = %s, host = %s" %
(unicode(emulator), unicode(host)))
if ':' in host:
# unpack the server and port
# controlPort is ignored
controlPort = host.split(':')[-1]
host = self.getHost(host)
if emulator == 'qemu' and globals.GApp.systconf[
'qemu'].enable_QemuManager and globals.GApp.systconf[
'qemu'].import_use_QemuManager and host in self.local_addresses:
globals.GApp.QemuManager.startQemu(int(controlPort), host)
debugmsg(2,
"DynagenSub::open_config(), entered QemuManager")
# Override qemu & qemu-img paths
server['qemupath'] = globals.GApp.systconf[
'qemu'].qemu_path
server['qemuimgpath'] = globals.GApp.systconf[
'qemu'].qemu_img_path
# Check if this is a relative working directory path and convert to an absolute path if necessary
if server['workingdir']:
abspath = os.path.join(os.path.dirname(FILENAME),
unicode(server['workingdir']))
if os.path.exists(abspath):
server['workingdir'] = abspath
debug(
unicode(
"Converting relative working directory path to absolute path: %s"
) % server['workingdir'])
if server['workingdir'] == '.':
server['workingdir'] = os.path.dirname(FILENAME)
# check if the working directory is accessible, if not find an alternative working directory
if not server.has_key('workingdir') or not server[
'workingdir'] or not os.access(
server['workingdir'], os.F_OK):
if globals.GApp.workspace.projectWorkdir and os.access(
globals.GApp.workspace.projectWorkdir,
os.F_OK):
workdir = globals.GApp.workspace.projectWorkdir
else:
workdir = globals.GApp.systconf[
'qemu'].qemuwrapper_workdir
debug(translate("DynagenSub", "Local working directory %s cannot be found for hypervisor %s:%s, use working directory %s instead") \
% (server['workingdir'], host, controlPort, workdir))
server['workingdir'] = workdir
for subsection in server.sections:
device = server[subsection]
# ASA has no image
if device.name == '5520' and device[
'initrd'] and device['kernel']:
debugmsg(
2,
"DynagenSub::open_config(), entered QemuManager, ASA 5520"
)
if not os.access(device['initrd'], os.F_OK):
if len(globals.GApp.asaimages.keys()):
initrd_name = globals.GApp.asaimages.values(
)[0].initrd
else:
QtGui.QMessageBox.critical(
globals.GApp.mainWindow, 'DynagenSub',
translate(
"ASA initrd",
"ASA initrd %s cannot be found and cannot find an alternative initrd"
) % device['initrd'])
continue
print translate("DynagenSub", "Local ASA initrd %s cannot be found, use initrd %s instead") \
% (unicode(device['initrd']), initrd_name)
device['initrd'] = initrd_name
if not os.access(device['kernel'], os.F_OK):
if len(globals.GApp.asaimages.keys()):
kernel_name = globals.GApp.asaimages.values(
)[0].kernel
else:
QtGui.QMessageBox.critical(
globals.GApp.mainWindow, 'DynagenSub',
translate(
"ASA kernel",
"ASA kernel %s cannot be found and cannot find an alternative kernel"
) % device['kernel'])
continue
print translate("DynagenSub", "Local ASA kernel %s cannot be found, use kernel %s instead") \
% (unicode(device['kernel']), kernel_name)
device['kernel'] = kernel_name
continue
# AWP has no default image
if device.name == 'Soft32' and device[
'initrd'] and device['kernel']:
debugmsg(
2,
"DynagenSub::open_config(), entered QemuManager, AWP Soft32"
)
if not os.access(device['initrd'], os.F_OK):
if len(globals.GApp.awprouterimages.keys()):
initrd_name = globals.GApp.awprouterimages.values(
)[0].initrd
else:
QtGui.QMessageBox.critical(
globals.GApp.mainWindow, 'DynagenSub',
translate(
"AWP initrd",
"AWP initrd %s cannot be found and cannot find an alternative initrd"
) % device['initrd'])
continue
print translate("DynagenSub", "Local AWP initrd %s cannot be found, use initrd %s instead") \
% (unicode(device['initrd']), initrd_name)
device['initrd'] = initrd_name
if not os.access(device['kernel'], os.F_OK):
if len(globals.GApp.awprouterimages.keys()):
kernel_name = globals.GApp.awprouterimages.values(
)[0].kernel
else:
QtGui.QMessageBox.critical(
globals.GApp.mainWindow, 'DynagenSub',
translate(
"AWP kernel",
"AWP kernel %s cannot be found and cannot find an alternative kernel"
) % device['kernel'])
continue
print translate("DynagenSub", "Local AWP kernel %s cannot be found, use kernel %s instead") \
% (unicode(device['kernel']), kernel_name)
device['kernel'] = kernel_name
continue
# IDS has no default image
if device.name == 'IDS-4215' and device[
'image1'] and device['image2']:
debugmsg(
2,
"DynagenSub::open_config(), entered QemuManager, IDS"
)
if not os.access(device['image1'], os.F_OK):
if len(globals.GApp.idsimages.keys()):
image1_name = globals.GApp.idsimages.values(
)[0].image1
else:
QtGui.QMessageBox.critical(
globals.GApp.mainWindow, 'DynagenSub',
translate(
"IDS image (hda)",
"IDS image %s cannot be found and cannot find an alternative image"
) % device['image1'])
continue
print translate("DynagenSub", "Local IDS image %s cannot be found, use image %s instead") \
% (unicode(device['image1']), image1_name)
device['image1'] = image1_name
if not os.access(device['image2'], os.F_OK):
if len(globals.GApp.idsimages.keys()):
image2_name = globals.GApp.idsimages.values(
)[0].image2
else:
QtGui.QMessageBox.critical(
globals.GApp.mainWindow, 'DynagenSub',
translate(
"IDS image (hdb)",
"IDS image %s cannot be found and cannot find an alternative image"
) % device['image2'])
continue
print translate("DynagenSub", "Local IDS image %s cannot be found, use image %s instead") \
% (unicode(device['image2']), image2_name)
device['image2'] = image2_name
continue
if device.name not in ('525', 'O-series',
'QemuDevice'):
continue
# Check if the image path is a relative path
if os.path.exists(device['image']) == False:
abspath = os.path.join(os.path.dirname(FILENAME),
unicode(device['image']))
if os.path.exists(abspath):
device['image'] = abspath
if device.name == 'O-series' and device['image']:
debugmsg(
2,
"DynagenSub::open_config(), entered QemuManager, JunOS"
)
if not os.access(device['image'], os.F_OK):
if len(globals.GApp.junosimages.keys()):
image_name = globals.GApp.junosimages.values(
)[0].filename
else:
QtGui.QMessageBox.critical(
globals.GApp.mainWindow, 'DynagenSub',
translate(
"JunOS image",
"JunOS image %s cannot be found and cannot find an alternative image"
) % device['image'])
continue
print translate("DynagenSub", "Local JunOS image %s cannot be found, use image %s instead") \
% (unicode(device['image']), image_name)
device['image'] = image_name
if device.name == 'QemuDevice' and device['image']:
debugmsg(
2,
"DynagenSub::open_config(), entered QemuManager, QemuDevice"
)
if not os.access(device['image'], os.F_OK):
if len(globals.GApp.qemuimages.keys()):
image_name = globals.GApp.qemuimages.values(
)[0].filename
else:
QtGui.QMessageBox.critical(
globals.GApp.mainWindow, 'DynagenSub',
translate(
"Qemu image",
"Qemu guest image %s cannot be found and cannot find an alternative image"
) % device['image'])
continue
print translate("DynagenSub", "Local Qemu guest image %s cannot be found, use image %s instead") \
% (unicode(device['image']), image_name)
device['image'] = image_name
elif device['image']:
debugmsg(
2,
"DynagenSub::open_config(), entered QemuManager, elif device, possibly PIX"
)
# must be a PIX device
# check if the PIX image is accessible, if not find an alternative image
if not os.access(device['image'], os.F_OK):
if len(globals.GApp.piximages.keys()):
image_name = globals.GApp.piximages.values(
)[0].filename
else:
QtGui.QMessageBox.critical(
globals.GApp.mainWindow, 'DynagenSub',
translate(
"PIX image",
"PIX image %s cannot be found and cannot find an alternative image"
) % device['image'])
continue
print translate("DynagenSub", "Local PIX image %s cannot be found, use image %s instead") \
% (unicode(device['image']), image_name)
device['image'] = image_name
elif emulator == 'vbox' and globals.GApp.systconf[
'vbox'].enable_VBoxManager and globals.GApp.systconf[
'vbox'].import_use_VBoxManager and host in self.local_addresses:
debugmsg(2,
"DynagenSub::open_config(), entered VBoxManager")
globals.GApp.VBoxManager.startVBox(int(controlPort), host)
# Check if this is a relative working directory path and convert to an absolute path if necessary
if server['workingdir']:
abspath = os.path.join(os.path.dirname(FILENAME),
unicode(server['workingdir']))
debugmsg(
3,
"DynagenSub::open_config(), 'vbox', abspath = %s" %
unicode(abspath))
if os.path.exists(abspath):
server['workingdir'] = abspath
debug(
unicode(
"Converting relative working directory path to absolute path: %s"
) % server['workingdir'])
debugmsg(
3,
"DynagenSub::open_config(), 'vbox', os.path.dirname(FILENAME) = %s"
% unicode(os.path.dirname(FILENAME)))
if server['workingdir'] == '.':
server['workingdir'] = os.path.dirname(FILENAME)
# check if the working directory is accessible, if not find an alternative working directory
if not server.has_key('workingdir') or not server[
'workingdir'] or not os.access(
server['workingdir'], os.F_OK):
if globals.GApp.workspace.projectWorkdir and os.access(
globals.GApp.workspace.projectWorkdir,
os.F_OK):
workdir = globals.GApp.workspace.projectWorkdir
else:
workdir = globals.GApp.systconf[
'vbox'].vboxwrapper_workdir
debug(translate("DynagenSub", "Local working directory %s cannot be found for hypervisor %s:%s, use working directory %s instead") \
% (server['workingdir'], host, controlPort, workdir))
server['workingdir'] = workdir
for subsection in server.sections:
device = server[subsection]
debugmsg(
3, "DynagenSub::open_config(), 'vbox', device...")
else:
server.host = server.name
debugmsg(
3,
"DynagenSub::open_config(), server.host = %s, server.name = %s"
% (unicode(server.host), unicode(server.name)))
controlPort = None
if ':' in server.host:
#(server.host, controlPort) = server.host.split(':')
controlPort = server.host.split(':')[-1]
server.host = self.getHost(server.host)
if server['port'] != None:
controlPort = server['port']
if controlPort == None:
controlPort = '7200'
# need to start local hypervisors
if globals.GApp.HypervisorManager and globals.GApp.systconf[
'dynamips'].import_use_HypervisorManager and server.host in self.local_addresses:
debugmsg(
2,
"DynagenSub::open_config(), entered Dynamips HypervisorManager"
)
# update server.host and server.name to match with Hypervisor Manager Binding configuration,
# having hypervisors using 127.0.0.1 mixed with others using localhost will bring issues ...
if (server.host == 'localhost'
and server.host != globals.GApp.
systconf['dynamips'].HypervisorManager_binding):
print "Warning: using localhost in your topology file is not recommended"
# server.host = globals.GApp.systconf['dynamips'].HypervisorManager_binding
# server.name = server.host + ':' + controlPort
debug("Start hypervisor on port: " + str(controlPort))
try:
s = socket.create_connection(
(server.host, int(controlPort)), 60.0)
s.close()
print "Warning: a process is already running on port %i, please consider closing it or killing it as this may negatively impact your topology" % int(
controlPort)
except:
pass
hypervisor = globals.GApp.HypervisorManager.startNewHypervisor(
int(controlPort),
binding=server.host,
processcheck=False)
globals.GApp.HypervisorManager.waitHypervisor(
hypervisor, binding=server.host)
# Check if this is a relative working directory path and convert to an absolute path if necessary
if server['workingdir']:
abspath = os.path.join(os.path.dirname(FILENAME),
unicode(server['workingdir']))
if os.path.exists(abspath):
server['workingdir'] = abspath
debug(
unicode(
"Converting relative working directory path to absolute path: %s"
) % server['workingdir'])
if server['workingdir'] == '.':
server['workingdir'] = os.path.dirname(FILENAME)
# check if the working directory is accessible, if not find an alternative working directory
if not server.has_key('workingdir') or not server[
'workingdir'] or not os.access(
server['workingdir'], os.F_OK):
if globals.GApp.workspace.projectWorkdir and os.access(
globals.GApp.workspace.projectWorkdir,
os.F_OK):
workdir = globals.GApp.workspace.projectWorkdir
else:
workdir = globals.GApp.systconf['dynamips'].workdir
debug(translate("DynagenSub", "Local working directory %s cannot be found for hypervisor %s:%s, use working directory %s instead") \
% (server['workingdir'], server.host, controlPort, workdir))
server['workingdir'] = workdir
debugmsg(3,
("DynagenSub::open_config(), server.sections = ",
server.sections))
for subsection in server.sections:
device = server[subsection]
# check if the IOS image is accessible, if not find an alternative image
if device.name in DEVICETUPLE:
# Check if this is a relative image path and convert to an absolute path if necessary
abspath = os.path.join(os.path.dirname(FILENAME),
unicode(device['image']))
if os.path.exists(abspath):
device['image'] = abspath
debug(
unicode(
"Converting relative image path to absolute path: %s"
) % device['image'])
if not os.access(device['image'], os.F_OK):
selected_images = []
image_to_use = None
for (image, conf
) in globals.GApp.iosimages.iteritems():
if conf.chassis == device.name:
selected_images.append(image)
if len(selected_images):
message = unicode(
"Local IOS image %s\ncannot be found for hypervisor %s:%s\n\nPlease choose an alternative image:"
) % (device['image'], server.host,
controlPort)
selected_images.sort()
(selection,
ok) = QtGui.QInputDialog.getItem(
globals.GApp.mainWindow,
translate("DynagenSub", "IOS image"),
translate("DynagenSub", message),
selected_images, 0, False)
if ok:
image_to_use = unicode(selection)
if image_to_use == None and len(
selected_images) == 0:
QtGui.QMessageBox.critical(
globals.GApp.mainWindow,
translate("DynagenSub", "IOS image"),
translate(
"DynagenSub",
"IOS image %s cannot be found and cannot find an alternative %s image"
) % (device['image'], device.name))
continue
if image_to_use == None and len(
selected_images) > 1:
for image in selected_images:
conf = globals.GApp.iosimages[image]
if conf.default:
image_to_use = image
break
if not image_to_use:
image_to_use = selected_images[0]
image_name = globals.GApp.iosimages[
image_to_use].filename
ram = globals.GApp.iosimages[
image_to_use].default_ram
idlepc = globals.GApp.iosimages[
image_to_use].idlepc
print translate(
"DynagenSub",
"Local IOS image %s cannot be found, use image %s instead"
) % (device['image'], image_name)
device['image'] = image_name
device['ram'] = ram
if idlepc:
device['idlepc'] = idlepc
else:
print translate(
"DynagenSub",
"WARNING: no IDLE PC value found for %s, please apply one before using this topology!"
) % device['image']
# check if the config file is accessible, if not find an alternative config
elif device.has_key('cnfg') and device['cnfg']:
# Check if this is a relative config path and convert to an absolute path if necessary
debugmsg(
3,
"DynagenSub::open_config(), device.has_key('cnfg') and device['cnfg']"
)
abspath = os.path.join(os.path.dirname(FILENAME),
unicode(device['cnfg']))
if os.path.exists(abspath):
device['cnfg'] = abspath
debug(
unicode(
"Converting relative config path to absolute path: %s"
) % device['cnfg'])
if not os.access(device['cnfg'], os.F_OK):
if globals.GApp.workspace.projectConfigs:
basename = os.path.basename(device['cnfg'])
if sys.platform.startswith(
'win'
) and basename == device['cnfg']:
# basename is the same as the original path, maybe it's an unix/posix path
import posixpath
basename = posixpath.basename(
device['cnfg'])
elif basename == device['cnfg']:
# basename is the same as the original path, maybe it's a Windows path
import ntpath
basename = ntpath.basename(
device['cnfg'])
new_config_path = globals.GApp.workspace.projectConfigs + os.sep + basename
if not os.path.exists(new_config_path):
# this case is handled in NETFile
print translate("DynagenSub", "Local configuration %s cannot be found for router %s, use default base configuration instead") \
% (device['cnfg'], device.name)
else:
print translate("DynagenSub", "Local configuration %s cannot be found for router %s, use configuration %s instead") \
% (device['cnfg'], device.name, new_config_path)
device['cnfg'] = new_config_path
current += 1
progress.setValue(count)
progress.deleteLater()
progress = None
debugmsg(2, "DynagenSub::open_config(), returning config")
#debugmsg(3, ("config = ", config))
return config
self.exit()
return
try:
self.process = subprocess.Popen(self.capture_cmd.strip())
except (OSError, IOError), e:
debug("Cannot start Wireshark: %s") % unicode(e)
self.exit()
return
try:
self.pipe = win32pipe.CreateNamedPipe(
self.wireshark_pipe, win32pipe.PIPE_ACCESS_OUTBOUND,
win32pipe.PIPE_TYPE_MESSAGE | win32pipe.PIPE_WAIT, 1, 65536,
65536, 300, None)
win32pipe.ConnectNamedPipe(self.pipe, None)
except win32pipe.error:
debug("Error while creating and connecting the pipe ...")
win32file.CloseHandle(self.pipe)
self.exit()
return
while True:
data = in_file.read()
if not self.process or self.process.returncode != None:
win32file.CloseHandle(self.pipe)
debug("Wireshark is not running, deleting pipe ...")
self.exit()
return
if data:
try:
win32file.WriteFile(self.pipe, data)
except:
def __del__(self):
debug("Deleting pipe thread ...")
if self.pipe:
win32file.CloseHandle(self.pipe)
except (OSError, IOError), e:
QtGui.QMessageBox.critical(
globals.preferencesWindow,
translate("UiConfig_PreferencesGeneral",
"Images directory"),
translate("UiConfig_PreferencesGeneral",
"Cannot create images directory: %s") %
e.strerror)
try:
if not os.path.exists(self.conf.ios_path + os.sep +
'baseconfig.txt'):
shutil.copyfile(BASECONFIG_DIR + 'baseconfig.txt',
self.conf.ios_path + os.sep + 'baseconfig.txt')
debug("Copying %s to %s" %
(BASECONFIG_DIR + 'baseconfig.txt',
self.conf.ios_path + os.sep + 'baseconfig.txt'))
except (OSError, IOError), e:
debug("Warning: cannot copy baseconfig.txt to " +
self.conf.ios_path + ": " + e.strerror)
try:
if not os.path.exists(self.conf.ios_path + os.sep +
'baseconfig_sw.txt'):
shutil.copyfile(
BASECONFIG_DIR + 'baseconfig_sw.txt',
self.conf.ios_path + os.sep + 'baseconfig_sw.txt')
debug("Copying %s to %s" %
(BASECONFIG_DIR + 'baseconfig_sw.txt',
self.conf.ios_path + os.sep + 'baseconfig_sw.txt'))
except (OSError, IOError), e: