Python rivescript.RiveScript類代碼示例

class bot():
    """This is a bare minimal example for how to write your own RiveScript bot!

For a more full-fledged example, try running: `python rivescript brain`
This will run the built-in Interactive Mode of the RiveScript library. It has
some more advanced features like supporting JSON for communication with the
bot. See `python rivescript --help` for more info.

example.py is just a simple script that loads the RiveScript documents from
the 'brain/' folder, and lets you chat with the bot.

Type /quit when you're done to exit this example.
"""

    def __init__(self):
        self.currentOperation = None
        self.rs = RiveScript()
        self.rs.load_directory(os.path.dirname(__file__) + "/rep_src")
        self.rs.sort_replies()

    def sanitizeUserQuery(self, userQuery):
        return userQuery

    def identifyOperation(self, userQuery):
        """
        function identifyOperation(string: userQuery)
        Output: ([keywords_in_input], [action_in_input])
        """
        userQuery = self.sanitizeUserQuery(userQuery)
        queryTokens = nltk.word_tokenize(userQuery)
        pos = nltk.pos_tag(queryTokens)
        keywords = []
        verbs = []
        adjective = []
        for w in pos:
            if w[1] == 'NN' or w[1] == 'NNP':
                keywords.append(str(w[0]))
            if w[1] == 'VB' or w[1] == 'VBD' or w[1] == 'VBN':
                verbs.append(w[0])
            if w[1] == 'JJ':
                adjective.append(w[0])

        # print(str(keywords).rsplit() + " " + str(verbs).rsplit() + " " + str(adjective).rsplit())
        return (keywords, verbs, adjective)

    def reply(self, user, msg):
        # t = self.identifyOperation(msg)
        # print(' '.join(t[0] + t[1] + t[2]))
        return self.rs.reply(user, msg)

    def reload_brain(self):
        """(Re)load the RiveScript brain for the bot."""
        self.log.info("Loading RiveScript brain from {}".format(
            self.c.personality.replies
        ))

        self.rs = RiveScript(
            debug=self.c.debug.rivescript,
            utf8=True,
        )
        self.rs.load_directory(self.c.personality.replies)
        self.rs.sort_replies()

 def Agente(self):
     self.agente = RiveScript()
     self.agente.load_directory("./recursos")
     self.agente.sort_replies()
     self.lector = Dispatch("SAPI.SpVoice")
     if time.localtime().tm_hour < 12:
         self.agente.set_variable("time", "dia")
     else:
         if time.localtime().tm_hour < 18:
             self.agente.set_variable("time", "tarde")
         else:
             self.agente.set_variable("time", "noche")        

class RiveScriptTestCase(unittest.TestCase):
    """Base class for all RiveScript test cases, with helper functions."""

    def setUp(self, **kwargs):
        self.rs = None # Local RiveScript bot object
        self.username = "localuser"


    def tearDown(self):
        pass


    def new(self, code, **kwargs):
        """Make a bot and stream in the code."""
        self.rs = RiveScript(**kwargs)
        self.extend(code)


    def extend(self, code):
        """Stream code into the bot."""
        self.rs.stream(code)
        self.rs.sort_replies()


    def reply(self, message, expected):
        """Test that the user's message gets the expected response."""
        reply = self.rs.reply(self.username, message)
        self.assertEqual(reply, expected)


    def uservar(self, var, expected):
        """Test the value of a user variable."""
        value = self.rs.get_uservar(self.username, var)
        self.assertEqual(value, expected)

def bot_talk():
    from rivescript import RiveScript
    import sys, os

    bot = RiveScript(utf8=True)
    bot.load_directory("/home/mate/Downloads/web2py/applications/saria/static/riverscript/brain/")
    #bot.load_directory("/home/relsi/Projetos/Web2py/pris/applications/saria/static/riverscript/brain")
    bot.sort_replies()

    msg = request.post_vars.chat_text

    reply = bot.reply("localuser", msg.decode('utf-8'))
    
    return reply

	def __init__(self, script_dir, user, ss, debug=False):
		self._user     = user
		self._redirect = None

		# init RiveScript
		self._rs = RiveScript(debug=debug)
		self._rs.load_directory(script_dir)
		self._rs.sort_replies()

		# restore session
		if isinstance(ss, SessionStore):
			self._ss = ss
		else:
			raise RuntimeError("RiveBot init error: provided session store object is not a SessionStore instance.")

		self._restore_session()

		# register event callbacks
		self._rs.on('topic',    self._topic_cb)
		self._rs.on('uservar',  self._uservar_cb)

import os
sys.path.append(os.path.join(
    os.path.dirname(__file__),
    "..", "..",
))
sys.path.append(os.path.join(
    os.path.dirname(__file__),
    "..", "..",
    "contrib", "redis",
))

from rivescript import RiveScript
from rivescript_redis import RedisSessionManager

bot = RiveScript(
    session_manager=RedisSessionManager(),
)
bot.load_directory("../brain")
bot.sort_replies()

print("""RiveScript Redis Session Storage Example

This example uses a Redis server to store user variables. For the sake of the
example, choose a username to store your variables under. You can re-run this
script with the same username (or a different one!) and verify that your
variables are kept around!

Type '/quit' to quit.
""")

username = input("What is your username? ").strip()

class Aplicacion(wx.Frame):
    def __init__(self):
        self.Ventana()
        self.Agente()
#        self.Respuesta("begin")
        
    def Agente(self):
        self.agente = RiveScript()
        self.agente.load_directory("./recursos")
        self.agente.sort_replies()
        self.lector = Dispatch("SAPI.SpVoice")
        if time.localtime().tm_hour < 12:
            self.agente.set_variable("time", "dia")
        else:
            if time.localtime().tm_hour < 18:
                self.agente.set_variable("time", "tarde")
            else:
                self.agente.set_variable("time", "noche")        

    def Ventana(self):
        wx.Frame.__init__(self, None, style= wx.RESIZE_BORDER | wx.SYSTEM_MENU | wx.CAPTION | wx.CLOSE_BOX)
        self.panel = wx.Panel(self)
        self.texto = wx.TextCtrl(self.panel, style=wx.TE_MULTILINE | wx.TE_READONLY, size= (293,350), pos = (5,5))
        self.linea = wx.TextCtrl(self.panel, style=wx.TE_NO_VSCROLL | TE_PROCESS_ENTER, size= (200,50), pos = (10,365))      
        self.boton = wx.BitmapButton(self.panel, bitmap = wx.Bitmap("recursos\_enviar.png"), pos = (220, 360))
        self.etiqueta = wx.StaticText(self.panel, label = "Proyecto Inteligencia Artificial - ULA, A2012 ", pos = (5, 425))          
        self.Bind(wx.EVT_TEXT_ENTER, self.Pregunta, self.linea)
        self.Bind(wx.EVT_BUTTON, self.Pregunta, self.boton)     
        self.linea.SetFocus()
        self.SetTitle("Representante de Atencion al Cliente")
        self.SetSize((320,480))
        self.Centre()
        self.Show()
        
    def Pregunta(self, evento):
        self.texto.AppendText("   "+ str(self.linea.GetValue()).capitalize() + "\n")
        self.Respuesta(self.linea.GetValue().__str__()) 
                
    def Respuesta(self, texto):
        bot = self.agente.reply("rac", texto)
        self.linea.Clear()
        self.texto.AppendText(str(bot) + "\n")
        self.lector.Speak(bot)

class RiveBot(object):
	"""An example RiveScript bot using callbacks to manage user session data.

	This example assumes single user per RiveScript instance and as
	such it's suitable for use in stateless services (e.g. in web apps
	receiving webhooks). Just init, get reply and teardown. Of course,
	it will also work in RTM implementations with custom longer-lived 
	bot threads.

	Session state is persisted to a single JSON file. This wouldn't be 
	thread-safe in a concurrent environment (e.g. web server). In such
	case it would be recommended to subclass SessionStore and implement
	database persistence (preferably via one of great Python ORMs such
	as SQLAlchemy or peewee).
	"""
	def __init__(self, script_dir, user, ss, debug=False):
		self._user     = user
		self._redirect = None

		# init RiveScript
		self._rs = RiveScript(debug=debug)
		self._rs.load_directory(script_dir)
		self._rs.sort_replies()

		# restore session
		if isinstance(ss, SessionStore):
			self._ss = ss
		else:
			raise RuntimeError("RiveBot init error: provided session store object is not a SessionStore instance.")

		self._restore_session()

		# register event callbacks
		self._rs.on('topic',    self._topic_cb)
		self._rs.on('uservar',  self._uservar_cb)

	def _topic_cb(self, user, topic, redirect=None):
		"""Topic callback.

		This is a single-user-per-rive (stateless instance) scenario; in a multi-user
		scenario within a single thread, callback functions should delegate the 
		execution to proper user session objects.
		"""
		log.debug("Topic callback: user={}, topic={}, redirect={}".format(user, topic, redirect))
		self._session.set_topic(topic, redirect)

	def _uservar_cb(self, user, name, value):
		"""Topic callback. See comment for `_topic_cb()`"""
		log.debug("User variable callback: user={}, name={}, value={}".format(user, name, value))
		self._session.set_variable(name, value)		

	def _restore_session(self):
		self._session = self._ss.load(self._user)

		# set saved user variables
		for name, value in self._session.variables():
			self._rs.set_uservar(self._user, name, value)

		# set saved topic
		topic = self._session.get_topic()
		if topic:
			if '/' in topic:
				topic, self._redirect = topic.split('/')
			self._rs.set_topic(self._user, topic)

	def _save_session(self):
		self._ss.save(self._session)

	def run(self):
		log.info("RiveBot starting...")
		if self._redirect:
			# Repeat saved redirect so that the user gets the context
			# after session restart.
			redir_reply = self._rs.redirect(self._user, self._redirect)
			print("bot> Welcome back!")
			print("bot>", redir_reply)

		while True:
		    msg = raw_input("{}> ".format(self._user))
		    if msg == '/quit':
		        self.stop()
		        break
		    reply = self._rs.reply(self._user, msg)
		    print("bot>", reply)

	def stop(self):
		log.info("RiveBot shutting down...")
		print("\nbot> Bye.")
		self._save_session()

 def new(self, code, **kwargs):
     """Make a bot and stream in the code."""
     self.rs = RiveScript(**kwargs)
     self.extend(code)

#.........這裏部分代碼省略.........

    In JSON mode, input and output is done using JSON data structures. The
    format for incoming JSON data is as follows:

    {
        'username': 'localuser',
        'message': 'Hello bot!',
        'vars': {
            'name': 'Aiden'
        }
    }

    The format that would be expected from this script is:

    {
        'status': 'ok',
        'reply': 'Hello, human!',
        'vars': {
            'name': 'Aiden'
        }
    }

    If the calling program sends an EOF signal at the end of their JSON data,
    this script will print its response and exit. To keep a session going,
    send the string '__END__' on a line by itself at the end of your message.
    The script will do the same after its response. The pipe can then be used
    again for further interactions.""")
        quit()

    # Given a directory?
    if len(remainder) == 0:
        print("Usage: rivescript [options] <directory>")
        print("Try rivescript --help")
        quit()
    root = remainder[0]

    # Make the bot.
    bot = RiveScript(
        debug=debug,
        strict=strict,
        depth=depth,
        utf8=utf8,
        log=log
    )
    bot.load_directory(root)
    bot.sort_replies()

    # Interactive mode?
    if with_json:
        # Read from standard input.
        buffer = ""
        stateful = False
        while True:
            line = ""
            try:
                line = _input()
            except EOFError:
                break

            # Look for the __END__ line.
            end = re.match(r'^__END__$', line)
            if end:
                # Process it.
                stateful = True  # This is a stateful session
                json_in(bot, buffer, stateful)
                buffer = ""
                continue
            else:
                buffer += line + "\n"

        # We got the EOF. If the session was stateful, just exit,
        # otherwise process what we just read.
        if stateful:
            quit()
        json_in(bot, buffer, stateful)
        quit()

    print("""RiveScript Interpreter (Python) -- Interactive Mode"
---------------------------------------------------"
rivescript version: %s
        Reply Root: %s

You are now chatting with the RiveScript bot. Type a message and press Return"
to send it. When finished, type '/quit' to exit the program."
Type '/help' for other options."
""" % (str(bot.VERSION()), root))

    while True:
        msg = _input("You> ")

        # Commands
        if msg == '/help':
            print("> Supported Commands:")
            print("> /help   - Displays this message.")
            print("> /quit   - Exit the program.")
        elif msg == '/quit':
            exit()
        else:
            reply = bot.reply("localuser", msg)
            print("Bot>", reply)

from rivescript import RiveScript

bot = RiveScript(utf8=True)
bot.load_directory("./replies")
bot.sort_replies()

#!/usr/bin/python3

# Python 3 example

from rivescript import RiveScript

rs = RiveScript()
rs.load_directory("./brain")
rs.sort_replies()

print("""This is a bare minimal example for how to write your own RiveScript bot!

For a more full-fledged example, try running: `python rivescript brain`
This will run the built-in Interactive Mode of the RiveScript library. It has
some more advanced features like supporting JSON for communication with the
bot. See `python rivescript --help` for more info.

example3.py is just a simple script that loads the RiveScript documents from
the 'brain/' folder, and lets you chat with the bot.

Type /quit when you're done to exit this example.
""")

while True:
    msg = input("You> ")
    if msg == '/quit':
        quit()
    reply = rs.reply("localuser", msg)
    print("Bot>", reply)

# vim:expandtab

#!/usr/bin/python

from rivescript import RiveScript

rs = RiveScript()
rs.load_file("replies.rive")
rs.sort_replies()

print """This is a bare minimal example for how to write your own RiveScript bot!

For a more full-fledged example, try running: `python rivescript brain`
This will run the built-in Interactive Mode of the RiveScript library. It has
some more advanced features like supporting JSON for communication with the
bot. See `python rivescript --help` for more info.

example.py is just a simple script that loads the RiveScript documents from
the 'brain/' folder, and lets you chat with the bot.

Type /quit when you're done to exit this example.
"""

while True:
    msg = raw_input("You> ")
    if msg == '/quit':
        quit()
    reply = rs.reply("localuser", msg)
    print "Bot>", reply

# vim:expandtab

from rivescript import RiveScript
from bot_interface.bot_interface import BotInterface
from message_processor.message_processor import MessageProcessor, ExternalApiParser
from nyt_interface.nyt_interface import NytimesApi


app = Flask(__name__)
mongo = PyMongo(app)

app.config.from_object("config.DevelopmentConfig")
app.config.from_pyfile("local.cfg")

bot = BotInterface(app.config['FB_API_VERSION'], app.config['FB_ACCESS_TOKEN'])
nyt_api = NytimesApi(app.config['NYT_KEY'])

rive = RiveScript()
rive.load_directory(
    os.path.join(os.path.dirname(__file__), "message_processor", "rivescripts")
)
rive.sort_replies()

# external_api_parser = ExternalApiParser(app.config['WIT_KEY'], app.config['API_AI_KEY'], bot, nyt_api)
external_api_parser = ExternalApiParser(app.config['WIT_KEY'], rive, bot, nyt_api, mongo)
msgproc = MessageProcessor(bot, external_api_parser, app.config)


@app.route("/")
def index():
    return render_template('messenger.html')
    # return success(status=200, message="Hello world from climatechangebot!")