def runner(self): if platform_name() in self.platforms_dictionary: exec(self.platforms_dictionary[platform_name()]["open"]) self.x = "Tray is opened" time.sleep(self.t) exec(self.platforms_dictionary[platform_name()]["close"]) else: self.x = "Sorry, no OS found"
def release(): # Function to run whatever release mech the user selected global release_tested global arduino_enabled if arduino_enabled: print("Releasing with arduino") arduino.write(b'0') # Release time.sleep(5) arduino.write(b'1') # Hold if DiskDrive_enabled: print(platform_name()) if platform_name() in platforms_dictionary: print('Releasing with Disk Drive') exec(platforms_dictionary[platform_name()]["open"])
def GetCoreModule(self, platform=None) -> (object, str): if not platform: platform = platform_name( ) # Get the name of the victim Operating System BDCoreModule = None # Check if the module is installed if platform in self.modules.keys(): # Try to load the module try: print("Loading {}".format(self.modules[platform])) BDCoreModule = __import__( self.modules[platform], fromlist=['']) # Return a handle to the module except Exception as exc: raise RuntimeError("Failed to import BDCoreModule: {}".format( exc)) # Importing failed else: BDCoreModule = __import__( self.modules["Default"], fromlist=['']) # Return handle to default module return (BDCoreModule, platform)
def platform_open(str): """Open specified file using your window manager's preferred application""" name = platform_name()[0] if name == "Linux": os.system("gnome-open " + str) elif name == "Windows": os.system("start " + str) else: os.system("open " + str)
def radar_dependencies(): dependencies = [ 'nose==1.3.7', 'pyyaml==3.11', 'mock==1.3.0', ] if platform_name() == 'Windows': dependencies.append('pypiwin32==219') return dependencies
def get_os_type(): bsds = ['Darwin', 'FreeBSD', 'NetBSD', 'OpenBSD'] platform = platform_name() platform = 'BSD' if platform in bsds else platform return 'Unknown' if platform not in Platform.SUPPORTED_OS_TYPES else platform
def get_platform_type(): unixes = ['Linux', 'Darwin', 'FreeBSD', 'NetBSD', 'OpenBSD'] platform = platform_name() return 'UNIX' if platform in unixes else platform
}, "Darwin": { "open" : 'system("drutil tray open")', "close": 'system("drutil tray closed")' }, "Linux": { "open" : 'system("eject cdrom")', "close": 'system("eject -t cdrom")' }, "NetBSD": { "open" : 'system("eject cd")', "close": 'system("eject -t cd")' }, "FreeBSD": { "open" : 'system("sudo cdcontrol eject")', "close": 'system("sudo cdcontrol close")' } } print(platform_name()) if platform_name() in platforms_dictionary: print("Abrindo") exec(platforms_dictionary[platform_name()]["open"]) time.sleep(2) print("Fechando") time.sleep(2) exec(platforms_dictionary[platform_name()]["close"]) else: print("S.O não suportado")
def release_test(): global release_tested global arduino_enabled global DiskDrive_enabled global arduino global teaseEnable if not arduino_enabled and not DiskDrive_enabled: messagebox.showwarning( '', 'No Release Methid selected\nYou may still start the program') if teaseEnable and not arduino_enabled: messagebox.showwarning( '', 'Arduino must be enabled in order to use the arduino tease') return # Find arduino on first run if arduino_enabled and not release_tested: arduino_ports = [ p.device for p in serial.tools.list_ports.comports() if 'USB-SER' in p.description # may need tweaking to match new arduinos ] if not arduino_ports: messagebox.showwarning( '', 'No Arduino Found, check cable and that drivers are installed') if len(arduino_ports) > 1: messagebox.showwarning('', 'Multiple Arduinos found, using the first') arduino = serial.Serial(arduino_ports[0]) print(arduino) if arduino_enabled: print("Trying Arduino") # Jog Servo to positions messagebox.showwarning( '', 'press ok to\n Move Servo to HOLD KEY Position') arduino.write(b'1') # Hold messagebox.showwarning( '', 'press ok to\nMove Servo to RELEASE KEY Position') arduino.write(b'0') # Release if teaseEnable: messagebox.showwarning( '', 'press ok to\nMove Servo to TEASE Position') arduino.write(b'2') # Tease messagebox.showwarning( '', 'press ok to\nMove Servo back to HOLD KEY Position') arduino.write(b'1') # Hold # Pop open disk drive if DiskDrive_enabled: print("Trying Disk Drive") print(platform_name()) if platform_name() in platforms_dictionary: messagebox.showwarning('', 'Press OK to open Disk Drive') exec(platforms_dictionary[platform_name()]["open"]) else: messagebox.showwarning( '', 'OS not supported\n Open an issue on github and we can try!!') release_tested = True