def p_command4(self, p):
""" command : setpos '[' value value ']'
| setxy value value """
if len(p) == 6:
p[0] = Command("setpos", {'value1': p[3], 'value2': p[4]})
else:
p[0] = Command("setpos", {'value1': p[2], 'value2': p[3]})
def test_positive_command_5(self):
cmd = Command("plACe 0 2 N")
self.assertIsInstance(cmd.GetCommand(), CommandPlace)
self.assertEqual(cmd.GetCommand().GetPosition()[0], 0)
self.assertEqual(cmd.GetCommand().GetPosition()[1], 2)
self.assertEqual(cmd.GetCommand().GetHeading(), "N")
return
class GameObject():
validObjects = ['beacon', 'tower', 'default', 'drone', 'asteroid', 'mine', 'scrap', 'worker', 'fighter'] #Definition list of all possible object type strings
def __init__(self, loc, objectType, player):
#Static attributes:
self.loc = loc
if(objectType in self.validObjects):
self.objectType = objectType
else:
self.objectType = 'default'
self.ID = None
self.player = player
self.mass = {'beacon':1000, 'tower':100, 'default':10, 'drone':10, 'asteroid':5, 'mine':1, 'scrap':1, 'worker':10, 'fighter':15}[self.objectType] #Get mass from dictionary according to the object type
#Dynamic attributes:
self.velocity = [0, 0] #Velocity vector. For example: [1, 0] refers to positive x direction at 1 unit per second
self.acceleration = [0, 0]
self.current_cmd = Command('drift') #Initialize GameObjec to drift based on initial acceleration and velocity when created
self.angle = 0
#Variable convention:
#Player: a string representing the player name the object belongs to. Same for every object the player owns
#ID: A unique ID that is dynamically assigned for each gameObject on the map. In the form player,objectType,number
def update(self): #Each game object must be updated every tick
self.current_cmd.runCmd(self)
def getDict(self):
obj_dict = self.__dict__.copy()
del obj_dict['current_cmd']
return obj_dict
def __init__(self, drv, device_commands):
self.drv = drv
self.device_commands = device_commands
self.help_command = Command(
name='get-commands',
command=self.get_available_commands,
caption="shows available commands",
valid_args=[],
args_check_func=no_args,
)
self.get_args_command = Command(
name="get-args",
command=self.get_args_by_command,
caption="",
valid_args=None,
args_check_func=str_arg_in_array_of_valid,
)
self.get_caption_command = Command(
name="get-caption",
command=self.get_caption_by_command,
caption="shows caption of command",
valid_args=None,
args_check_func=str_arg_in_array_of_valid,
)
self.service_commands = [
self.help_command,
self.get_args_command,
self.get_caption_command,
]
self.get_args_command.valid_args = [[command.name for command in (self.device_commands +
self.service_commands)]]
self.get_caption_command.valid_args = [[command.name for command in (self.device_commands +
self.service_commands)]]
class ConsoleInput():
def __init__(self, netobj=Network()):
kthread = KeyboardThread(self.input_callback)
self.command = Command(netobj)
def input_callback(self, inp):
self.command.execute(inp)
def action(self, user_input_list):
if not Command.isLogged(self):
return "No user is logged in."
if not Command.getCredentialss(self) == 2:
return "Does not have permission"
# <username> <hw1>
userUtil = UserUtility()
username = user_input_list[1]
homework = user_input_list[2]
user = userUtil.searchUser(username)
if (user.getRole() != "TA"):
return user.getUsername() + " is not a TA"
# if (user.getLabs() == None or "None"):
# return "Can't assign this TA homework because they are not assigned to a lab. "
user.setAssignment(homework)
userUtil.updateUser(user)
return username + " has been assigned " + homework
def Process():
toy = Robot()
try:
print("\n")
print("Welcome to the Toy Robot application.\n")
print("Proceed to enter commands. Press CTRL-C to exit.\n")
# Loop until we receive a kill signal.
while True:
# BUG: Change to input() for Python 3.x
line = raw_input("> ")
try:
# Parse the command.
cmd = Command(line)
# Execute the validated command on the robot.
cmd.Execute(toy)
except CommandException as ce:
print(ce)
except RobotException as re:
print(re)
except CompassHeadingException as he:
print(he)
except KeyboardInterrupt as kb:
print("Keyboard exit signal detected.")
pass
finally:
print("Exit requested.")
toy.Cleanup()
print("Application successfully exited.")
return
def handle_standard_command(message):
command = Command()
command.type = Command.CommandType.STANDARD_COMMAND
command.message = message
command.bot = self.__bot
CommandExecutor.execute_command(command)
def parse(self, read_command):
# Debug to check ascii code of each char in string
# print(f"read command is {[ord(c) for c in read_command]}")
# If empty command
if len(read_command) == 0:
return Command("blank")
list_read = read_command.split(' ')
if "md" in list_read:
mission_type = list_read[0]
start_timestamp = list_read[1]
num = list_read[2]
interval = list_read[3]
down_timestamp = list_read[4]
try:
parsed_command = MissionDownlinkCommand(
mission_type, num, interval, start_timestamp,
down_timestamp)
except ValueError:
parsed_command = Command("unknown")
else:
parsed_command = Command("unknown")
return parsed_command
def HandleAddSubscriber(self, command):
"""This function handles the case where the client wants to add a subscriber to the network"""
print "Handling Add Subscriber..."
# modifying global shared data so we need to protect this part.
# check if the requested publisher exists
if Pubs.has_key(command.Payload):
publisher = Pubs[command.Payload]
# if this is the first subscriber for this publisher then send the start publishing command to the publisher
if 0 == len(publisher.Subs):
# RQ 19a
# RQ 19b
publisher.SendCommand(Command.START_PUBLISHING)
# add the subscriber to the publishers dictionary
publisher.Subs[self.client_address] = Subscriber(self.request, self.client_address)
print "Client " + self.GetClientString() + " added subscriber to publisher=" + command.Payload + "."
# RQ 17c
# RQ 17d
# RQ 17f
# build the success packet with the port number for the subscriber
return Command().CreateFromParams(Command.SUCCESS, command.TransactionID, 0, publisher.BroadcastPort)
else:
print "Client " + self.GetClientString() + " tried to add a subscriber to " \
+ command.Payload + " which does not exist"
# RQ 17e
# return the failure packet
return Command().CreateFromParams(Command.FAILURE, command.TransactionID, 0, Command.PUB_DOES_NOT_EXIST)
def _make_graphics(root,lst,dbg=0):
"make up the selection window"
grx=Toplevel()
if root != None:
geom=root.wm_geometry();
grx.geometry=geom
else:
grx.geometry='800x600+0+0'
grx.title("Select item to print")
dlist=[]
for t in lst:
dlist.append(t[0])
slb=Pmw.ScrolledListBox(grx,items=dlist)
slb.configure(dblclickcommand=Command(_selected,grx,slb,dbg))
slb.pack(expand=1,fill=BOTH)
slb.root=grx
slb.lst=lst
fr=Frame(grx)
Button(fr,text='Done\nselecting items\n to print',command=grx.destroy,width=40).pack(side=RIGHT)
Button(fr,text='Select item\nto preview\nbefore print',command=Command(_selected,grx,slb,dbg),width=40).pack(side=RIGHT)
fr.pack()
def _freeze_window(tp,geom,event=None,*args):
if tp.wm_geometry() != geom:
tp.wm_geometry(geom)
if dbg==0:
grx.bind('<Configure>',Command(_freeze_window,grx,geom))
else:
_freeze_window(grx,geom)
return grx
def visit_Var(self, node):
if node.index is not None:
#with index
if type(node.index).__name__ == 'Num':
#with numeric index
index = self.visit(node.index)
address = self.symtab.lookup_address(node.var_name, index)
return [Command(address, 'address')]
else:
if type(node.index).__name__ == 'Var':
#with variable index
commands = [Command('LDA', 'instruction')]
commands.extend(self.visit(node.index))
else:
#with expression index
commands = self.visit(node.index)
var_address = self.symtab.lookup_address(node.var_name, 0)
commands.append(Command('ADI', 'instruction'))
commands.append(Command(var_address, 'address'))
return commands
else:
commands = [
Command(self.symtab.lookup(node.var_name).address, 'variable')
]
return commands
def handle_messages(self):
# Initialize DB
self.conn = sqlite3.connect('telegram.db')
self.c = self.conn.cursor()
# Create tables
self.c.execute('''create table if not exists Telegram (name STRING, last_name STRING, userid STRING UNIQUE)''')
while True:
print ("Waiting for message in queue")
message = self.queue.get()
user_info = message[1]
user_id = user_info[0]
first_name = user_info[1]
last_name = user_info[2]
if last_name is None:
last_name = "N/A"
print ("Got and handle message "+str(message.text))
res="Command not understood"
try:
#Extract the command
cmd_list = message.text.split()
if str(message.text) == "/start":
self.new_user(first_name, last_name, user_id)
continue
#Replace protocol command with OS command
cmd = commands.allowable_commands[cmd_list[0]]
cmd_list[0] = cmd
runner = Command(cmd_list)
runner.run(5)
print("RES "+str(runner.res)+" /RES")
self._send_message(message.sender.id, runner.res)
except Exception as e:
print ("Except: "+str(e))
def __init__(self, plane, base, nb_drop):
Command.__init__(self)
if plane is None or base is None:
raise "DropMilitarsCommand : Null reference"
self.planeSrc = plane
self.baseTarget = base
self.quantity = nb_drop
def sendCommand(f):
print '--------- Datalogger Simulator -----------'
while len(sensorReceiver) > 0:
print 'Ingrese uno de los siguientes comandos:'
for key,val in sorted(command.items()):
print " "*5,key, ":", val
commandInput = raw_input('>>')
if command.has_key(commandInput):
print 'Ingrese un sensor destinatario'
for key,val in sorted(sensorReceiver.items()):
print " "*5,key, ":", val
sensorInput = raw_input('>>')
if sensorReceiver.has_key(sensorInput):
if commandInput == '1':
frequency = 0
elif commandInput == '2':
print 'Ingrese una valor de frecuencia'
frequency = raw_input('>>')
else:
frequency = 0
comando = Command(sensorReceiver[sensorInput],'client03' , 5, 100, ' ',command[commandInput], frequency)
com.send(comando)
f.write(comando.getReceiver().center(15)+ comando.getCommand().center(10) +str(comando.getValue()).center(10)
+'-'.center(10)+'-'.center(10)+ time.strftime("%H:%M:%S").center(10)+'\n')
if commandInput == '3':
del sensorReceiver[sensorInput];
else:
print 'el sensor no existe\n'
else:
print 'comando erroneo\n'
exit(0)
def action(self, user_input_list):
if not Command.isLogged(self):
return "No user is logged in."
if Command.getCredentialss(self) < 3:
return "Do not have permission"
util = UserUtility()
username = str(user_input_list[1]).upper() # force uppercase
password = user_input_list[2]
user = util.searchUser(username)
if user is not None and user.getUsername() is not None:
return "User already exists."
user = User("first", "last", username, password, "role", "phone",
"email", "address", ["None"], ["None"], "assignment",
"officehours")
# user = User()
user.setAccount(username, password)
util.updateUser(user)
util.addToMasterUserList(username)
return username + " has been added"
def _win_work(container, printfunction, pname, fname, prt, imagesize=None):
container.imgsize = imagesize
keys = Frame(container)
byes = Button(keys,
text='Print\nthis\nimage',
command=Command(printfunction, container, pname, fname, prt),
width=10)
bdel = Button(keys,
text='Delete\nthis\nimage',
command=Command(_delme, container, fname),
width=10)
bno = Button(keys,
text='Close\nthis\nwindow',
command=Command(_gone, container, 0),
width=10)
container.protocol('WM_DELETE_WINDOW', Command(_gone, container, 0))
container.bind('<Return>', Command(_gone, container, 0))
bno.pack(side='right')
bdel.pack(side='right')
byes.pack(side='right')
keys.pack(side='bottom')
container.fr.pack(side='bottom', expand=1, fill=BOTH)
container.grab_set()
container.focus_set()
container.wait_window()
ans = container.answer
try:
container.destroy()
except:
pass
return ans
def course_format_section(self):
Command.command_execute(Command.course_format_command(self))
params = ["format='topics'", "value=0"]
self.update('mdl_course_format_options',
', '.join([str(i) for i in params]),
"courseid='%s' AND name = 'numsections'" % self.id)
def get_redirect_url(search_query):
# Use LRU cache to stash recent queries to save time for upcoming calls
cmd, arg = tokenize(search_query)
if cmd is None:
return ''
default = Command.default(cmd + ' ' + (arg or ''))
if cmd in shortcut_to_function_map:
try:
# Get the relevant Command function pointer and invoke it on arg
command_function = getattr(Command,
shortcut_to_function_map[cmd].__name__)
url = command_function.__call__(arg)
if url is None:
# If shortcut is not implemented but is present
return Command.default(cmd + ' ' + (arg or ''))
return url
except TypeError as te:
print(repr(te))
return default
except AttributeError as ae:
print(repr(ae))
return default
except Exception as e:
print(repr(e))
return default
return default
def action(self, user_input_list):
if not Command.isLogged(self):
return "No user is logged in."
if Command.getCredentialss(self) < 3:
return "Do not have permission"
userUtil = UserUtility()
courseUtil = CourseUtility()
username = str(user_input_list[1]).upper() # force uppercase
courseName = str(user_input_list[2]).upper() # force uppercase
user = userUtil.searchUser(username)
if (user == None):
return username + " does not exist"
if (courseUtil.getContents(courseName) == False
): # if course doesn't exist, return error
return "Course doesn't exist"
if (courseUtil.unAssignCourse(username) == False):
return username + " is not a part of this course"
courseUtil.writeContents()
user.unAssignCourse(courseName)
userUtil.updateUser(user)
return "Unassigned " + username + " from " + courseName
def fvm_test(base_path, test_path, testing=False, procs=1):
log("Starting fvm test\n")
prev_path = os.getcwd()
path = os.path.join(test_path, '..')
os.chdir(path)
nodes = 1
size = (32 if procs == 1 else 64)
ssize = 8
levels = 3
re_end = 0
p = Command('python runtest.py %d %d %d %d %d' %
(nodes, procs, size, ssize, levels),
env=env_vars(base_path, testing))
p.run()
fname = 'FVM_LDCav_nn%02d_np%d_nx%d_sx%d_L%d_%d' % (nodes, procs, size,
ssize, levels, re_end)
shutil.copy(
fname + '.out',
test_path + '/' + fname + ('' if not testing else '_testing') + '.out')
log("Test output:\n\n")
log(p.out)
log("Test errors:\n\n")
log(p.err)
os.chdir(prev_path)
def test_positive_command_4(self):
cmd = Command("place 1,2,E")
self.assertIsInstance(cmd.GetCommand(), CommandPlace)
self.assertEqual(cmd.GetCommand().GetPosition()[0], 1)
self.assertEqual(cmd.GetCommand().GetPosition()[1], 2)
self.assertEqual(cmd.GetCommand().GetHeading(), "E")
return
def insert_command_at(self, idx, command):
if command is None:
return
if isinstance(command, str):
if len(command.strip()) == 0:
raise TypeError('Passin command type is not corrent.')
command = Command(command)
self._command_order.insert(idx, command.__hash__())
self._commands[command.__hash__()] = command
elif isinstance(command, Command):
self._command_order.insert(idx, command.__hash__())
self._commands[command.__hash__()] = command
elif isinstance(command, list):
for cmd in command:
if isinstance(cmd, str):
cmd = Command(cmd)
self._command_order.insert(idx, cmd.__hash__())
self._commands[cmd.__hash__()] = cmd
elif isinstance(cmd, Command):
self._command_order.insert(idx, cmd.__hash__())
self._commands[cmd.__hash__()] = cmd
idx += 1
else:
raise TypeError('Passin command type is not corrent.')
def action(self, user_input_list):
if not Command.isLogged(self):
return "No user is logged in."
if len(user_input_list) is 1:
user = self._logger
util = UserUtility()
user = util.searchUser(user.getUsername())
return "First Name: " + user.getFirstName() + "\nLast Name: " + user.getLastName() \
+ "\nemail: " + user.getEmail() + "\nphone: " + user.getPhone() \
+ "\naddress: " + user.getAddress() + "\nOffice Hours: " + user.getOfficeHours()
util = UserUtility()
username = str(user_input_list[1]).upper() # force uppercase
user = util.searchUser(username)
if user is None:
return username + " doesn't exist!"
user_rank = Command.getCredentialss(self)
role = user.getRole()
search_rank = ShowCommand.checkRank(self, role)
if user_rank < search_rank:
return "You do not have permission to view " + username
if user_rank <= 2:
string = "First Name: " + user.getFirstName() + "\nLast Name: " + user.getLastName() \
+ "\nemail: " + user.getEmail() + "\nOffice Hours: " + user.getOfficeHours()
else:
string = "First Name: " + user.getFirstName() + "\nLast Name: " + user.getLastName() \
+ "\nemail: " + user.getEmail() + "\nphone: " + user.getPhone() \
+ "\naddress: " + user.getAddress() + "\nOffice Hours: " + user.getOfficeHours()
return string
def action(self, user_input_list):
if not Command.isLogged(self):
return "No user is logged in."
if Command.getCredentialss(self) < 3:
return "Do not have permission"
util = UserUtility()
courseUtil = CourseUtility()
username = str(user_input_list[1]).upper() # force uppercase
user = util.searchUser(username)
if user is None:
return username + " doesn't exist!"
courses = user.getCourses()
if courses[0] != "None":
for i in range(0, user.getCourses().__len__()):
courseUtil.getContents(user.getCourses()[i])
courseUtil.unAssignCourse(username)
courseUtil.writeContents()
if (user.getRole() == "Instructor"):
courseUtil.removeDBInstructor(username)
util.removeUser(username)
util.removeFromMasterUserList(username)
return username + " has been removed."
def action(self, user_input_list):
if not Command.isLogged(self):
return "No user is logged in."
if Command.getCredentialss(self) < 2:
return "Do not have permission"
# <course> <lab>
courseUtil = CourseUtility()
userUtil = UserUtility()
courseName = str(user_input_list[1]).upper() # force uppercase
labName = str(user_input_list[2]).upper() # force uppercase
if (courseUtil.getContents(courseName) == False):
return courseName + " does not exist"
# make sure to remove lab from user file
for i in range(0,courseUtil.getLabs().__len__()):
if (labName == courseUtil.getLabs()[i]):
TA = userUtil.searchUser(courseUtil.getTAs()[i])
if (TA != None):
TA.unAssignLab(courseName,labName)
userUtil.updateUser(TA)
if (courseUtil.removeLab(labName) == False):
return labName + " does not exist"
courseUtil.writeContents()
return labName +" has been removed"
def execute(executor, *args, **kwargs):
ls_command = Command('ls')
for arg in args:
ls_command.add_argument(arg)
ls = type(executor)(reference=executor)
ls.add_command(ls_command)
return ls()
def __init__(self, plane, mil_qty, fuel_qty, delete):
Command.__init__(self)
if plane is None:
raise "LoadRessourcesCommand : Null reference"
self.planeSrc = plane
self.militarQuantity = mil_qty
self.fuelQuantity = fuel_qty
self.delete_ressources = delete
def scorm_add(self):
self.scorm_import_folder()
zip_name = self.scorm_zip()
Command.command_execute(
Command.activity_create_command(
options=self.get_scorm_options(zip_name),
type=self.type,
id=self.course.id))
def __init__(self, config):
Command.__init__(self, config)
if self.config.has_key('directory') and not os.path.isdir(self.config['directory']):
raise Exception("directory '%s' does not exists" % (self.config['directory'],))
if self.config.has_key('directory') and not os.listdir(self.config['directory']):
raise Exception("directory '%s' is empty" % (self.config['directory'],))
if not self.config.has_key('count'):
self.config['count'] = 1
def main():
# Command Line Defaults:
SETUP_PATH = u''
BONUS_FILE = u'bonus'
TILES_FILE = u'tiles'
WORDS_FILE = u'words'
FILE_EXT = u'txt' # Default File Extension
PLAYERS = 2
BOARD_SIZE = 15
try:
command = Command(BONUS_FILE, TILES_FILE, WORDS_FILE, FILE_EXT,
PLAYERS, BOARD_SIZE)
if command.Parse(sys.argv):
verbose = command.verbose
if command.players <= 0:
print(u'The # of players must be greater than 0')
return
tileManager = FileManager(SETUP_PATH, command.file_ext, verbose)
tileManager.load(command.tiles_file)
tiles = Tile(tileManager.records)
bonusManager = FileManager(SETUP_PATH, command.file_ext, verbose)
bonusManager.load(command.bonus_file)
#
# Test Board
#
#testBoard = Board(command.size_x, command.size_y, bonusManager.records, tiles)
#testBoard.Test()
board = Board(command.size_x, command.size_y, bonusManager.records,
tiles)
wordManager = FileManager(SETUP_PATH, command.file_ext, verbose)
wordManager.load(command.words_file)
player = Player(command.players, wordManager.records, board,
command.reverse, command.debug)
#player.Test()
testCommands = [
u'play g8=c,h8=a,i8=t', u'play k8=t,l8=o,m8=n,n8=i,o8=c',
u'play k9=u,k10=f,k11=f', u'play i9=o,j9=v,l9=m',
u'play j8=a,j10=o,j11=i,j12=d', u'board'
]
#player.perform(testCommands)
turn_player = player.start()
except Exception as ex:
#type_name = type(ex).__name__
trace = traceback.format_exc()
print(trace)
#[Debug]
raw_input(u'Press Enter')
def test_positive_robot_3(self):
bot = Robot()
Command("place 3,2,E").Execute(bot)
Command("MOVE").Execute(bot)
self.assertEqual(bot.IsPlaced(), True)
self.assertEqual(bot.GetPosition()[0], 4)
self.assertEqual(bot.GetPosition()[1], 2)
self.assertEqual(bot.GetPosition()[2], "E")
return
def get_categories_menu():
keys = []
response = get('/categories')
for category in response.json():
keys.append([{'text': category['name'],
'callback_data': Command('get_category', '{"id": "' + str(category['id']) + '"}').__str__()}])
keys.append([{'text': 'Дабавить категорию', "callback_data": Command('add_category').__str__()}])
keys.append([{'text': 'В меню', "callback_data": Command('menu').__str__()}])
return {'inline_keyboard': keys}
def quiz_add(self):
self.id = Command.command_execute(
Command.activity_create_command(options=self.get_quiz_options(),
type=self.type,
id=self.course.id))
self.id = self.id[0].rstrip()
self.create_xml_file()
Command.command_execute(Command.import_questions_command(self.id))
self.create_feedback()
def action(self, user_input_list):
if not Command.isLogged(self):
return "No user is logged in."
if Command.getCredentialss(self) < 2:
return "Do not have permission"
# <username> <course> <lab>
courseUtil = CourseUtility()
userUtil = UserUtility()
username = str(user_input_list[1]).upper() # force uppercase
courseName = str(user_input_list[2]).upper() # force uppercase
labName = str(user_input_list[3]).upper() # force uppercase
if (courseUtil.getContents(courseName) == False):
return courseName + " does not exist"
labFound = False
for i in range(0, courseUtil.getLabs().__len__()):
if (labName == courseUtil.getLabs()[i]):
labFound = True
break
if (labFound == False):
return labName + " does not exist"
user = userUtil.searchUser(username)
if (user == None):
return username + " does not exist"
if (user.getRole() != "TA"):
return user.getUsername()+" is not a TA"
oldTA = courseUtil.assignLab(username,labName)
if (oldTA != "None"):
if (oldTA == username):
return username + " is already assigned to " + courseName+"-"+labName
oldUser = userUtil.searchUser(oldTA)
if (oldUser != None):
oldUser.unAssignLab(courseName,labName)
userUtil.updateUser(oldUser)
courseUtil.writeContents()
#user = userUtil.searchUser(username)
#user.setClass(courseName,courseName+"-"+labName)
# we know the course and lab already exist, so assign them to this user
if (user.assignLab(courseName,labName) == False):
return username + " is already assigned to " + courseName+"-"+labName
userUtil.updateUser(user)
return username + " has been assigned to " + labName
def __init__(self, fromDev, toDev, devType, group):
self.fromDev = fromDev
self.toDev = toDev
self.group = group
self.devType = devType
if devType == Link.CONTROLLER:
self.name = fromDev.name +" is controller for "+ Command.bToS(toDev)
else:
self.name = fromDev.name +" is a responder to "+ Command.bToS(toDev) +" Group: "+ group
def run_x86(file, output=None):
if (not which("gcc")):
print(note)
else:
compile_x86(file)
print('./x86/{}'.format(file[:-2]))
command = Command('./x86/{}'.format(file[:-2]))
stdout = command.run()
for line in stdout:
print(line[2:-3])
def ChooseRUDrive(root,edict):
global _sd,_ans,_val
def _execute(dialog,key,*other):
dialog._answer=key
dialog.deactivate()
while 1:
# locate possible SD
forced=0
selected=removable.possible()
if selected == 0:
selected=removable.possible(1) # allow fixed but warn them
forced=1
c=[]
for d in range(32):
mask = 1<<d
if selected & mask:
c.append('%c:' % chr(ord('A')+d))
bcolor=['light yellow','LightBlue1']
which=0
if len(c) == 0:
ans=tkMessageBox.askokcancel("Selecting client USB drive",'Want to rescan looking for client USB drive?')
if ans:
continue
return None
_sd=Pmw.Dialog(root,title='Selecting Storage Drive for remote user',buttons=['Cancel','Rescan',])
_sd.configure(command=Command(_execute,_sd))
fr=_sd.interior()
for drv in c:
Button(fr,text='Click here to use drive '+drv+' for remote user storage',borderwidth=3,height=10,relief='raised',command=Command(_execute,_sd,drv),font=('Arial',16),bg=bcolor[which]).pack(side=TOP,expand=1,fill='x')
which = 1-which
gpos='=%dx%d+0+%d' % (root.maxw,root.maxh-90,25)
hull=_sd.component('hull')
hull.wm_geometry(gpos)
hull.update()
hull.transient(root)
def _freeze_window(tp,geom,event,*args):
if tp.wm_geometry() != geom:
tp.wm_geometry(geom)
hull.bind('<Configure>',Command(_freeze_window,hull,hull.wm_geometry()))
_sd._answer=None
_sd.activate()
answer=_sd._answer
del _sd
if answer == None or answer =='Cancel':
return None # window destroyed
if answer == 'Rescan':
continue
# here if a button was pushed
return answer
class Tray(QtGui.QSystemTrayIcon):
def __init__(self, parent=None):
QtGui.QSystemTrayIcon.__init__(self, parent)
self.window = parent
self.setIcon(QtGui.QIcon("resources/img/icon.png"))
self.iconMenu = QtGui.QMenu(parent)
appactivate = self.iconMenu.addAction("Activate")
skyzoneMenu = QtGui.QMenu(self.iconMenu)
skyzoneMenu.setTitle("Skyzone")
self.iconMenu.addMenu(skyzoneMenu)
strikeMenu = QtGui.QMenu(self.iconMenu)
strikeMenu.setTitle("Strike")
self.iconMenu.addMenu(strikeMenu)
skyzonedevup = skyzoneMenu.addAction("Up Dev")
skyzoneupprod = skyzoneMenu.addAction("Up Prod")
strikedevup = strikeMenu.addAction("Up Dev")
strikeupprod = strikeMenu.addAction("Up Prod")
self.setContextMenu(self.iconMenu)
self.connect(appactivate,QtCore.SIGNAL('triggered()'),self.appActivate)
self.connect(skyzonedevup,QtCore.SIGNAL('triggered()'),self.skyzonedevup)
self.connect(strikedevup,QtCore.SIGNAL('triggered()'),self.strikedevup)
quitAction = QtGui.QAction("&Quit", self, triggered=QtGui.qApp.quit)
self.iconMenu.addAction(quitAction)
self.show()
def skyzonedevup(self):
self.thread = Command('Up Skyzone Dev')
self.window.printMessage('Up Skyzone Dev')
QtCore.QObject.connect(self.thread, QtCore.SIGNAL("executeCommandFinished(PyQt_PyObject, PyQt_PyObject)"), self.executeCommandFinished)
self.thread.start()
def strikedevup(self):
#self.window.createCommand('Up Strike Dev')
self.window.printMessage('Up Strike Dev')
self.thread = Command('Up Strike Dev')
QtCore.QObject.connect(self.thread, QtCore.SIGNAL("executeCommandFinished(PyQt_PyObject, PyQt_PyObject)"), self.executeCommandFinished)
self.thread.start()
def executeCommandFinished(self, command, result):
TooltipManage.create('Command', command, result)
def appActivate(self):
self.window.activate() # reffer Milana.py activate
def run_riscv(file, output=None):
if (not which("spick")) and (not which("riscv64-unknown-elf-gcc") and
(not which("dtc"))):
print(note)
else:
compile_riscv(file)
print('spike pk riscv/{}'.format(file[:-2]))
command = Command('spike pk riscv/{}'.format(file[:-2]))
stdout = command.run()
for line in stdout:
print(line[2:-3])
def run(self):
while not self._stop:
#print "hasRun: " + str(self._hasRun) + ", command: " + str(self._command) + ", argument: " + str(self._argument)
if not self._hasRun and self._command is not None and self._argument is not None:
#print("executing command: " + self._command + " " + self._argument)
command = Command(self._command, self._argument)
self._scriptResponse = command.runAndGetOutputString()
self._hasRun = True
#print("result: " + str(self._scriptResponse))
else:
#print("not executing command")
time.sleep(0.1)
if DEBUG:
print("ending MultipleCommandExecutionThread")
def run(self):
logging.info('Kill old sessions.')
self.kill_tcp_processes()
logging.info('Starting sniffers.')
if FLAGS.sspath:
ss_log_name = '%s_%s_%s_%s.ss.log' % \
(self.carrier, self.browser, self.domain, str(time.time()))
ss_log_path = os.path.join(FLAGS.logdir, ss_log_name)
ss_fh = open(ss_log_path + '.tmp', 'w')
ss_log = subprocess.Popen([FLAGS.sspath,'-g'], stdout = ss_fh)
pcap_name = '%s_%s_%s_%s.pcap' % (self.carrier, self.browser, self.domain,
str(time.time()))
pcap_path = os.path.join(FLAGS.logdir, pcap_name)
pcap = subprocess.Popen(
['tcpdump','-i','%s' % self.interface,'-w', pcap_path + '.tmp'])
logging.info(str(['tcpdump','-i','%s' % self.interface,'-w', pcap_path]))
time.sleep(2)
logging.info('Starting browser.')
# TODO(tierney): Hacks to fix how we deal with non-terminating connections.
to_kill = None
if self.browser == 'chrome':
to_kill = 'chromedriver'
elif self.browser == 'firefox':
to_kill = '/usr/lib/firefox-10.0.2/firefox'
command = Command('./BrowserRun.py --browser %s --domain %s' % \
(self.browser, self.domain))
command.run(timeout = FLAGS.timeout, pskill = to_kill)
pcap.terminate()
os.rename(pcap_path +'.tmp', pcap_path)
if FLAGS.sspath:
ss_fh.flush()
ss_log.terminate()
ss_fh.flush()
ss_fh.close()
os.rename(ss_log_path + '.tmp', ss_log_path)
return
def main_loop(self): """The loop through the lines of the input on which it does stuff. """ input = self.file output = self.dest #different namespaces may be used in a later version of the tool to be # able to easily undefine a group of macro's namespace = namespaces.NormalNameSpace() #this linenumber is used in error messages self.inputLineNo = 0 #this linenumber might later be available as a macro self.outputLineNo = 0 if self.shebang: self.inputLineNo += 1 line = input.readLine() for line in input: self.inputLineNo += 1 #when a command is not found, command and after are empty strings (before, command, after) = self.command_split(line) #check if the text is just followed or actually processed lc = self.last_condition() if lc: #only output a line when there was more than whitespace before the # command prefix, or when the empty_line option is True. if (before.strip() != "" or (self.options["empty_line"] and command == "")): output.write(self.replace_object_macro(namespace, before)) self.outputLineNo += 1 #check if the command here is to be ignored if (command != "" and Command.command_allowed(command, lc)): try: Command.get_command_func(command)(namespace, after, self.last_condition, self.conditions, self.else_found) except ValueError as e: self.error(e.args[0]) except IndexError as e: self.error(e.args[0])
def download(uri, dirname=None, output=None):
if dirname is None:
dirname = os.getcwd()
if output is None:
output = '/dev/null'
dest_path = os.path.join(dirname, os.path.basename(uri))
cmd = get_download_command(uri, dest_path, output)
if cmd is None:
return False
command = Command(cmd, dirname)
try:
command.run()
except:
return False
return os.path.exists(dest_path)
def traverseAldb(self, startAddress):
while startAddress > 0x00:
print("Checking: 0x%0.2x" % startAddress)
SerialInstance().ser.flushInput()
SerialInstance().ser.flushOutput()
Command.queryMemory(self.deviceId, bytes([0x0F, startAddress]))
i = SerialInstance().ser.readline()
sleep(.3)
#Keep reading the address until we don't get a NACK
if re.search(r'(\w)+(15)\b', Command.bToS(i)):
print('Received NACK')
continue #This makes it stop here and try again
elif re.search(r'(\w)+(06)\b', Command.bToS(i)):
for _ in range(50):
SerialInstance().ser.flushInput()
SerialInstance().ser.flushOutput()
i = SerialInstance().ser.readline()
cmdStr = Command.bToS(i)
if len(i) > 0:
print("06: %s" % cmdStr)
if (len(i) > 0 and len(cmdStr) == 50):
self.addToAldb(i)
startAddress = startAddress - 0x08
print("address Decremented")
break
if re.search(r'(\w)+0(0|1)0000000000000000(\w\w){0,1}\b', Command.bToS(i)):
print("Found blank address: %02x" % startAddress)
return bytearray([i[13], i[14]])
def addLinkToAldb(self, deviceTolink, groupNum):
msg = bytearray([0x02, 0x62])
msg.extend(self.deviceId)
msg.extend([0x1F, 0x2f, 0x00, 0x00, 0x00, 0x02])
msg.extend(self.confirmFreeMem())
msg.append(0x08)
if True: #self.isController:
msg.append(0xE2)
else:
msg.append(0xA2)
msg.append(groupNum)
msg.extend(deviceTolink.deviceId)
#Device Data - based on other aldb data
msg.append(self.data1)
msg.append(self.data2)
if self.data3 == 0xbad: #Code used for same as groupNum
msg.append(groupNum)
else:
msg.append(self.data3)
if self.data4 == 0xbad: #Must be a checksum
msg.append(Util.getChecksum(msg))
else:
msg.append(self.data4)
print('ALDB Add: %s' % Command.spaceOut(Command.bToS(msg)))
def disconnect(client):
try:
# remove it from the list
ConnectionsManager.clients.remove(client)
# close the socket listening
client.socket.close()
# broadcast the disconnexion
message=Command.create(command=Command.LOGOUT,id=str(client.id))
ConnectionsManager.broadcast(message)
print("disconnection of "+repr(client.address))
print(ConnectionsManager.clientSize())
except ValueError:
print('noting to disconnect or already disconnected')
def __init__(self, loc, objectType, player):
#Static attributes:
self.loc = loc
if(objectType in self.validObjects):
self.objectType = objectType
else:
self.objectType = 'default'
self.ID = None
self.player = player
self.mass = {'beacon':1000, 'tower':100, 'default':10, 'drone':10, 'asteroid':5, 'mine':1, 'scrap':1, 'worker':10, 'fighter':15}[self.objectType] #Get mass from dictionary according to the object type
#Dynamic attributes:
self.velocity = [0, 0] #Velocity vector. For example: [1, 0] refers to positive x direction at 1 unit per second
self.acceleration = [0, 0]
self.current_cmd = Command('drift') #Initialize GameObjec to drift based on initial acceleration and velocity when created
self.angle = 0
def checkSyntax(self):
test = self.getInput().strip()
if (test[0] == '{') and (test[len(test)-1] == '}'):
c = Command(test[1:len(test)-1],self) #supposed to put though everything between {}
c.setSyntaxOnly(self.syntax_only)
if not self.syntax_only:
c.setPropertyList(self.property_list) #commands should get access to all already existing propertylists?
if c.checkSyntax():
if not self.syntax_only:
cList = c.getPropertyList().getDict()
sList = self.property_list.getDict()
sList.update(cList)
return True
else:
return False
else:
print "The first symbol (currently '" + test[0] + ("') needs to be '{' and the last symbol "
"(currently '") + test[len(test)-1] + "') needs to be '}'. Therefore the block is not valid."
return False
def __init__(self, plane):
Command.__init__(self)
if plane is None:
raise "WaitCommand : null reference"
self.plane = plane
__author__ = 'wenychan'
from Command import Command
from LocalExecutor import LocalExec
from RemoteExecutor import RemoteExec
command = Command('echo')
command.add_argument('${text}')
dict = {}
dict['text'] = 'aaaaaaaa'
command.set_substitution_dict(dict)
command1 = Command('ls -a')
command2 = Command('echo')
command2.add_argument('${text}')
dict = {}
dict['text'] = 'bbbbbbbbbbb'
command2.set_substitution_dict(dict)
ins = LocalExec(command)
ins.add_command(command1)
ins.insert_command_at(1, command2)
# ins.show_commands()
ins.add_command("python aaa.py")
print
print
ins2 = LocalExec([command1, command2])
# ins2.show_commands()
print
def __init__(self):
Command.__init__(self, Constants.RESTART_TAG)
def __init__(self, plane, quantity_fuel):
Command.__init__(self)
if plane is None:
raise "FillFuelTankCommand : Null reference"
self.planeSrc = plane
self.quantity = quantity_fuel
def __init__(self, config, **params):
Command.__init__(self, config, **params)
def __init__(self, plane, base):
Command.__init__(self)
if base is None or plane is None:
raise "LandCommand : null reference"
self.plane = plane
self.base = base
def __init__(self):
Command.__init__(self, Constants.SHUTDOWN_TAG)
def __init__(self, main): Command.__init__(self, main)
def printAldb(self):
print('Device: %s' % self.name)
for x in range(len(self.aldb)):
print('%d: %s' % (x, Command.spaceOut(Command.bToS(self.aldb[x]))))
def __init__(self): Command.__init__(self)
def __init__(self, template): Command.__init__(self) self.eventTemplate = template
