Python termcolor.cprint函数代码示例

def svn_command(subcommand, *args):
    command = ['svn', '--non-interactive']
    # if not local_cache:
    #     command.append('--no-auth-cache')
    command.append('--no-auth-cache')
    if trust_cert:
        command.append('--trust-server-cert')
    command.append(subcommand)

    if not verbose and subcommand not in ('info', 'cleanup'):
        command.append('-q')
    command.extend(args)

    if verbose:
        if '--username' in command or '--password' in command:
            filtered_command = []
            for i in range(len(command)):
                # remove username and password from logging
                user_pass = ('--username', '--password')
                if command[i] in user_pass or \
                        (i > 0 and command[i - 1] in user_pass):
                    continue
                filtered_command.append(command[i])
            cprint('>>> ' + ' '.join(filtered_command), 'cyan')
        else:
            cprint('>>> ' + ' '.join(command), 'cyan')

    if subprocess.call(command) != 0:
        raise SVNError(subcommand)

def print_path(url):
  resp = requests.get(url)
  respjson= simplejson.loads(resp.text)
  checkresp(respjson, resp)

  keypoints = respjson['routes'][0]['legs'][0]

  print "From: " + keypoints['start_address']
  print "To: " + keypoints['end_address']
  print "Distance: " + keypoints['distance']['text']
  print "Duration: " + keypoints['duration']['text'] 

  printwarnings(respjson)
  
  if 'mode=transit' in url:
    print keypoints['departure_time']['text'] + ' to ' + keypoints['arrival_time']['text']

  steps, linenum = keypoints['steps'], 1
  for step in steps:
    instruction = sanitize(step['html_instructions'])
    #fix for formatting issue on last line of instructions
    instruction = re.sub('Destination', '. Destination', instruction)
    sys.stdout.write(str(linenum) + '. ' + instruction + ': ') 
    cprint(step['duration']['text'], 'green')
    linenum += 1

 def linecount(self):
     count = 0
     for x in enumerate(self.file):
         count = count + 1
         message = 'Counting '+str(count)
         cprint('\r%s' % message,'green',end='')
     return count

 def fix(self):
     """clowder fix command"""
     if self.clowder_repo is not None:
         cprint('Fix...\n', 'yellow')
         self.clowder.fix_version(self.args.version)
     else:
         exit_clowder_not_found()

def _run_action(args):
    defaulted_components = False
    components = settings.parse_components(args.pop("components"))
    if not components:
        defaulted_components = True
        components = _get_def_components()
    action = _clean_action(args.pop("action"))
    if not action:
        cprint("No valid action specified!", "red")
        return False
    rootdir = args.pop("dir")
    if rootdir is None:
        cprint("No root directory specified!", "red")
        return False
    #ensure os/distro is known
    (distro, platform) = utils.determine_distro()
    if distro is None:
        print("Unsupported platform " + colored(platform, "red") + "!")
        return False
    #start it
    (rep, maxlen) = utils.welcome(_WELCOME_MAP.get(action))
    header = utils.center_text("Action Runner", rep, maxlen)
    print(header)
    #need to figure out dependencies for components (if any)
    ignore_deps = args.pop('ignore_deps', False)
    if not defaulted_components:
        LOG.info("Activating components [%s]" % (", ".join(sorted(components.keys()))))
    else:
        LOG.info("Activating default components [%s]" % (", ".join(sorted(components.keys()))))
    if not ignore_deps:
        new_components = settings.resolve_dependencies(components.keys())
        component_diff = new_components.difference(components.keys())
        if component_diff:
            LOG.info("Having to activate dependent components: [%s]" % (", ".join(sorted(component_diff))))
            for new_component in component_diff:
                components[new_component] = list()
    component_skips = _check_roots(action, rootdir, components.keys())
    for c in component_skips:
        components.pop(c)
    if not components:
        LOG.error("After checking the various components roots, no components ended up being specified!")
        return False
    #get the right component order (by priority)
    component_order = settings.prioritize_components(components.keys())
    if action in _REVERSE_ACTIONS:
        #reverse them so that we stop in the reverse order
        #and that we uninstall in the reverse order which seems to make sense
        component_order.reverse()
    #add in any that will just be referenced but which will not actually do anything (ie the action will not be applied to these)
    ref_components = settings.parse_components(args.pop("ref_components"))
    for c in ref_components.keys():
        if c not in components:
            components[c] = ref_components.get(c)
    #now do it!
    LOG.info("Starting action [%s] on %s for distro [%s]" % (action, date.rcf8222date(), distro))
    results = _run_components(action, component_order, components, distro, rootdir, args)
    LOG.info("Finished action [%s] on %s" % (action, date.rcf8222date()))
    if results:
        LOG.info('Check [%s] for traces of what happened.' % ", ".join(results))
    return True

    def validate_users(self):
        self.app.log.debug('Validating GitHub account names.')

        # validate required config parameters
        if not self.app.config.get('github', 'auth_token') or not self.app.config.get('github', 'auth_id'):
            raise error.ConfigError("Missing config parameter 'github.auth_id' and/or 'github.auth_token'! "
                                    "Please run 'scrum-tools github authorize' first! ")

        key_username = self.app.config.get('core', 'users_schema_key_username')
        key_github = self.app.config.get('core', 'users_schema_key_github')

        user_repository = data.UserRepository(self.app.config)

        gh = login(token=self.app.config.get('github', 'auth_token'))

        for u in user_repository.users():
            if not u[key_github]:
                cprint("Skipping empty GitHub account for user '%s'." % u[key_username], 'yellow', file=sys.stdout)
                continue

            print colored("Validating GitHub account '%s' for user '%s'..." % (u[key_github], u[key_username]), 'green'),
            try:
                if gh.user(u[key_github]):
                    print colored('OK', 'green', attrs=['bold'])
                else:
                    raise RuntimeError("Github user '%s' not found" % u[key_github])
            except RuntimeError:
                print colored('Not OK', 'red', attrs=['bold'])

 def moveEpisodeDir(self, dname, possibleShowName):
     source = os.path.join(self.SortConfig.TvDir, dname)
     target = os.path.join(self.SortConfig.TvDir, possibleShowName)
     shutil.move(source, target)
     cprint('Moved ' + dname + ' to ' + target, 'red')
     
     self.fixSymlink(dname, target)

def wiki_geosearch(option, opt_str, value, parser):
    """
    used to find out what happend at a certain location or in the range of radius
    """
    length = len(parser.rargs)
    global geosearch_res
    [latitude, longtitude, radius] = [0] * 3

    if length < 2:
        parser.error(colored("option -g needs at least 2 arguments!", "red", attrs=["bold"]))
    elif length > 3:
        parser.error(colored("option -g can't handle more than 3 arguments!", "red", attrs=["bold"]))
    elif length == 2:
        [latitude, longtitude] = parser.rargs[:]
    else:
        [latitude, longtitude, radius] = parser.rargs[:]

    try:
        geosearch_res = geosearch(latitude, longtitude, radius=radius)
    except WikipediaException:
        parser.error(
            colored(
                "An unknown error occured: 'Invalid coordinate provided'. Please report it on GitHub!",
                "red",
                attrs=["bold"],
            )
        )
        exit(1)
    for res in geosearch_res:
        cprint(res + "\n", "green")

def test_stop(stop_name):
    """Run a series of tests on the command-line for the given stop name."""

    # Make sure we don't have more than one consecutive blank in the stop name.
    stop_name = re.sub(" +", " ", stop_name)

    # Use '  ' in strings below to allow single blanks in stop names.
    examples = """
        --help
        --stop  %(stop_name)s
        --stop  %(stop_name)s  --header
        --stop  %(stop_name)s  --tablefmt  rst
        --stop  %(stop_name)s  --num-line-groups  2
        --stop  %(stop_name)s  --num-line-groups  2  --filter-line  U
    """ % {
        "stop_name": stop_name.encode("utf-8")
    }
    # --stop Bahnhof --header --filter-name "(Potsdam)" # fails
    examples = examples.strip().split("\n")

    for example in examples:
        prog = join(os.getcwd(), sys.argv[0])
        cmd = "%s  %s  %s" % (sys.executable, prog, example.strip())
        termcolor.cprint(cmd, attrs=["bold"])  ## todo:
        print("")
        subprocess.check_call(cmd.decode("utf-8").split("  "))
        print("")

def affiche_grille(grille, largeur, longueur):
    global printed_pause
    global pause

    ###Bouge le curseur au dessus et affiche score ###
    cprint("\033[;H  Score: {}  ".format(score.value), 'white', 'on_cyan', ['bold'])
    # on utilise "\033[;H" pour remettre le curseur au dessus car la commande "clear" est trop lente
    # => overwrite

    ### Affichage matrice ###
    border = colored('+', 'yellow', 'on_yellow')
    print(border * (longueur * 2 + 4))
    for i in range(largeur):
        print(border * 2, end="")

        for j in range (longueur):
            print(grille[i][j], end=grille[i][j])
        print(border * 2)

    print(border * (longueur * 2 + 4))

    ## Si c'est finit ou pausé
    if game_over.value == True:
        print("Game Over")
        print("Réessayez ?[o/n]\n")

    if pause.value == True and printed_pause.value == False:
        print("Paused")
        printed_pause.value = True
    else:
        print("      ") ### Pour cacher le mot "Paused" => overwrite

def PrintMainUI():
    text = colored("Task List", "grey", "on_white")
    print ">" * 10 + text + "<" * 10
    print "\n1. Settings"
    print "2. Data Management"
    print "3. Machine Control"
    cprint("4. Quit\n", "magenta")

	def _TCP_multiple(self):
		try:
			mysock = create_tcp_socket(self.to,'conn')
			try:
				with self.lock:
					self.c+=1
					d=mysock.connect_ex((self.tgt,self.port))
				if d == 0:
					with self.lock:
						self.c+=1
						serv = getportserv(self.port)
						if self.quite == True:
							data=(str(self.port),'open',serv)
							p.put(data)
						else:
							print str(self.port).ljust(7)+'open'.ljust(7)+serv

			except KeyboardInterrupt:
				sys.exit(cprint('[-] Canceled by user','red'))
			finally:
				pass

		except KeyboardInterrupt:
			sys.exit(cprint('[-] Canceled by user','red'))
		except:
			pass
		finally:
			pass

 def help_print(self):
   """Display the docstrings for all commands"""
   for command in self.commands.items():
     termcolor.cprint(command[0], attrs=['bold'])
     print("  " + command[1].__doc__ + '\n')
   self.titlebar = "Showing documentation"
   return len(self.commands)*3

def make_url(parser, options, args, printInfo=True):
	checkinput(options)

	url_end = ''

	for key,value in options.__dict__.items():
		if(value != None):
			if key in ["departure_time", "arrival_time"]:
				try:
				  value = int(value)
				except ValueError as e:
				  value = int(mktime(cal.parse(value)[0]))
				finally:
				  time = value
				  value = str(value)

			if not (isinstance(value, bool) or isinstance(value, int)):
				re.sub(' ', '+', value)
				url_end += key + '=' + value + '&'

	origin = re.sub(' ', '+', args[1])
	destination = re.sub(' ', '+', args[2])

	if not options.nourl :
		cprint (_("To view these directions online, follow this link: ") + "http://mapof.it/" + origin + '/' + destination, 'cyan')

	base_url = 'http://maps.googleapis.com/maps/api/directions/json?origin=' + origin + '&destination=' + destination + '&'

	url = (base_url + url_end)[:-1]
	while True:
		val =print_path(url,printInfo,options.mode , int(options.width))
		if val > 0:
			return val

    def initiateHandshake(self):
        cprint('ASKING FOR: HANDSHAKE to %s:%s'
               %(self.transport.getPeer().host, self.transport.getPeer().port),
               'cyan', 'on_blue', attrs=['bold'])
        def replyArrived(reply):
            cprint('RECEIVED: HANDSHAKE REPLY. \n%s' %(reply), 'cyan', 'on_blue')
            print('\n')
            ip = self.transport.getPeer().host
            d = Mercury.checkIfNodeExists(reply['NodeId'])

            def processNode(nodeExists):
                if nodeExists:
                    return Mercury.updateAndGetNode(reply['NodeId'], ip, reply['ListeningPort'])
                    # This returns deferred
                else:
                    return Mercury.createNode(reply['NodeId'], ip, reply['ListeningPort'])
            d.addCallback(processNode)
            d.addCallback(self.setGlobalConnectedNode) # This is at one level up, directly below protocol class.
            d.addCallback(self.requestHeaders)
            d.addCallback(self.requestNodes)

        self.callRemote(networkAPI.Handshake,
                        NodeId=self.factory.localNodeId,
                        ListeningPort=aetherListeningPort,
                        ProtocolVersion=protocolVersion)\
        .addCallback(replyArrived)\
        .addErrback(self.closeConnection, 'OUTBOUND', self.initiateHandshake.__name__)