Собственн

Обзор

Самостоятельно-это JavaScript бот Либре диалект, который был дополнен для поддержки обработки естественного языка. Вы можете запрограммировать своего бота с использованием языка сценариев со страницы скрипт бота. Вы можете также использовать самостоятельно от шаблонов реагирования, думает, и условия, и от АИМЛ "я" тега.

Само скриптовый язык-это конечный автомат на основе языка сценариев для чат ботов, это боты также позволяет изменять и программировать собственные скрипты.

Классы

Class	Description
Object	Самостоятельно определяет несколько методов объекта, доступный для всех объектов.
String	String методы обработки.
Array	Выбора методов обработки.
Language	Естественные методы обработки языка.
Date	Дата и время методов обработки.
Utils	Общие методы утилиты.
Math	Математических операций.td>
Http	Протокол http, HTML и XML, json и веб-службы, методы обработки.
JSON	Методы обработки данных в формате json.
Facebook	Методы Facebook.
FacebookMessaging	Способы обмена сообщениями Facebook.
Twitter	Твиттер способов обмена сообщениями.
Telegram	Телеграмма методы обмена сообщениями.
Email	Методы электронной почте.
Twilio	В twilio и смс методы.
Vision	Изображение и видение способов обмена сообщениями.
Context	Контексте методов доступа.
Avatar	Аватар, эмоции, позы, действия, а также команды доступа к методам.
Mood	Настроение и методов эмоций.

Операторы

Operators	Description	Example
if	If statement.	if (value == null) { ... } else { ... }
for	For statement.	for (word in sentence.word) { ... }
while	While statement.	while (count < 10) { ... }
do	Do statement.	do { ... }
think	The same as do but can be used inside a Template to perform some code but not print a value into the response.	think { ... }
return	Return the value.	if (word == "hello") { return "hello there"; }
==	Compare if two values match.	apple == apple
!=	Compare if two values don't match.	apple != orange
<	Compare if a value is less than another.	if (time < 10) { greeting = "Good Morning!"; }
<=	Compare if a value is less or equal than another.	if (time <= 12) { greeting = "Have a Nice Day!"; }
>	Compare if a value is greater than another.	if (time > 12) { greeting = "Good Afternoon!"; }
>=	Compare if a value is greater or equal than another.	if (time >= 5) { greeting = "Nice Day!"; }
!	negates a logical value	negative = !negative;
&&	Logical AND.	if (x < 5 && y > 2) { ... }
\|\|	Logical OR.	if (x < 5 \|\| y > 1) { ... }
=	Variable assignment.	name = "Alice";
++	Increment a variable.	var step; for (step = 0; step < 5; step++) { ... }
--	Decrement a variable.	var step; for (step = 10; step < 5; step--) { ... }
+	Add two numbers or concatenate two strings.	txt1 = "John"; txt2 = "Smith"; txt3 = txt1 + " " + txt2;
-	Subtract two numbers.	var x = 5; var y = 2; var z = x - y;
*	Multiply two numbers.	var x = 5; var y = 2; var z = x * y;
/	Divide two numbers.	var x = 10; var y = 2; var z = x / y;
new	Construct a new object.	response = new Sentence();
Symbol	Create a new global symbol.	Language.define(word, Symbol(word));
.	Get a relationship from an object.	age = speaker.age;
=	Set a relationship on an object.	response.word[0] = "Hello";
=+	Add a relationship on an object.	sentence.response =+ response;
=-	Remove a relationship on from object.	sentence.response =- response;
random	Select and execute random value.	random("Hello", "Hi", "Hey", "G'day mate");
redirect	Evaluate the response to the phrase.	redirect("what is " + star);
srai	Synonym for redirect (AIML syntax).	srai("hello");
request	Evaluate the response to the phrase using a remote service.	request(song, { service : #wikidata, hint : "performer"));
sraix	Synonym for request (AIML syntax).	sraix(song, { service : #wikidata, hint : "performer"));
learn	Learn a new response.	learn( {pattern:"hello", template:"how are you" } );
eval	Evaluate code within a learned pattern or template.	learn( {pattern:Pattern("what is {eval (star[0])}"), template:Template("{eval (star[1])}") } );
debug	Print the arguments to the log.	debug(star); debug (#error, error)

Object

Object Methods	Description	Example
add(key, value)	Add a relationship value to the object.	speaker.add(#name, "Bob")
all(key)	Returns an array of all of the object's relationship values for the type.	speaker.all(#name)
addWithMeta(key, vale, metaType, meta)	Add a relationship value to the object with the relationship meta data.
append(key, value)	Append the value to the end of the object's relationship.	response.append(#word, ".")
appendWithMeta(key, vale, metaType, meta)	add a relationship value to the object with the relationship meta data
copy()	Return a shallow copy of the object.	object.copy()
dataType()	Return the primitive data-type of the object or null.	object.dataType() == #String
delete()	Delete the object, (use this with caution).	object.delete()
delete(key, value)	Delete the relationship.	object.delete(#type, value)
deleteAll()	Delete all relationships.	object.deleteAll(),
deleteAll(key)	Delete all the relationships of the type.	object.deleteAll(#type),
findReference()	Inverse references lookup. Returns first reference.
findReferenceBy(key)	Inverse relationship lookup. Returns first reference.
findReferences()	Inverse references lookup. Returns array of objects.
findReferencesBy(key)	Inverse relationship lookup. Returns array of objects.
get(key) get(key, index)	Get a relationship value from an object, optional index.	speaker.get(#name), sentence.get(#word, 3)
getAccessCount()	Return the object's access count.	object.getAccessCount() > 100
getAccessDate()	Return the object's access date.	object.getAccessDate()
getAccessDate(key, value)	Return the relationship's access date.	object.getAccessDate(#type, value)
getConsciousnessLevel()	Return the object's consciousness level.	object.getAccessDate()
getConsciousnessLevel(key, value)	Return the relationship's consciousness level.	object.getAccessDate(#type, value)
getCorrectness(key, value)	Return the relationship's correctness.	object.getCorrectness(#type, value)
getCreationDate()	Return the object's creation date.	object.getCreationDate()
getCreationDate(key, value)	Return the relationship's creation date.	object.getCreationDate(#type, value)
getGroupId()	Return the object's group id.	object.getGroupId()
getId()	Return the object's unique id.	object.getId()
getId(key, value)	Return the relationship's unique id.	object.getId(#type, value)
getIndex(key value)	Return the relationship's index.	list.getIndex(#element, value)
getKey(value)	Return the related objects relationship key.	object.getKey(value)
getLast(key) getLast(key, start)	Get a relationship value from the end of an ordered relationship.	conversation.getLast(#input, 1)
getName()	Return the object's primitive name.	object.getName()
getWithAssociate(key, associate, associateType)	Get a relationship value from an object most associate to the other value.
has(key, value)	Return if the relationship exists.	speaker.has(#name, "Bob")
hasAny(key)	Return if the object has any relationship of the type.	object.hasAny(#type)
hasData()	Return if the object has primitive data (String, Number, Date, etc.).	object.hasData()
hasMeta(key, value)	Return if the relationship has a meta value.	object.hasMeta(#type, value)
isArray()	Return if the object is an array.	object.isArray()
isPinned()	Return if the object is pinned.	object.isPinned()
isPinned(key, value)	Return if the relationship is pinned.	object.hasMeta(#type, value)
isSymbol()	Return if the object is a primitive symbol.	object.isPrimitive()
keys()	Return an array of the object relationship keys.	for (key in object.keys()) { .. }
meta(key, value)	Return the relationship's meta value.	object.meta(#type, value)
pin()	Pin the object.	object.pin()
pin(key, value)	Pin the relationship.	object.pin(#type, value)
random(key)	Return a random element of the relationship type.	object.random(#type)
remove(key, value)	Remove the relationship value (this creates an inverse relationship).	speaker.remove(#name, "Bob")
removeWithMeta(key, value, metaType, meta)	Remove the relationship value with the relationship meta data.
set(key, value) set(key, value, index)	Sets a relationship value on an object.	speaker.set(#age, 44)
setCorrectness(key, value, value)	Sets a relationship value on an object.	speaker.setCorrectness(#gender, #male, 0.5)
size(key)	Returns the number of relationships of the type.	object.size(#type)
toJSON()	Convert the object to a JSON string.	object.toJSON()
toXML()	Convert the object to an XML string.	object.toXML()
toString()	Convert the object to string.	object.toString()
unpin()	Unpin the object.	object.unpin()
unpin(key, value)	Unpin the relationship.	object.unpin(#type, value)
weakAdd(key, value)	Add a relationship value to the object with a low correctness.
weakAddWithMeta(key, value, metaType, meta)	Add a relationship value to the object with a low correctness with the relationship meta data.

String

String Methods	Description	Example
charAt(index)	Return the string's character at the index.	"hello".charAt(0) == "h"
concat(text)	Concatenate the two strings.	"hello".concat(" world!") == "hello world!"
endsWith(text)	Return if the string ends with the text.	"hello world".endsWith("world") == true
exec(text)	Convert the string to a regex pattern and evaluates if it matches the text and return the text match.	"/\d+".exec("123") == "123"
indexOf(text)	Return the index of the substring or -1 if missing.	"hello world".indexOf("hello") == 0
lastIndexOf(text)	Return the last index of the substring or -1 if missing.	"hello world hello".indexOf("hello") == 12
length()	Return the string's length.	"hello".length() == 5
match(text)	Convert the string to a regex pattern and return an array of all matching values.	"/\d+".match("123 plus 456") == ["123" "456"]
replace(token, text)	Replace all occurances of the token string with the text.	"hello world".replace("hello", "goodbye") == "goodbye world"
setCharAt(index, char)	Return a string with the string's character at the index.	"hello".setCharAt(0, "H") == "Hello"
size()	Return the string's length.	"hello".size() == 5
startsWith(text)	Return if the string starts with the text.	"hello world".startsWith("hello") == true
substr(start, end)	Return the string substring.	"hello world".substr(0, 4) == "hell"
substring(start, end)	Return the string substring.	"hello world".substring(0, 4) == "hell"
test(text)	Convert the string to a regex pattern and return if it matches the text.	"/\d+".test("123") == true
toLowerCase()	Return the string as lower case.	"HELLO".toLowerCase() == "hello"
toUpperCase()	Return the string as upper case.	"hello".toUpperCase() == "HELLO"
toNumber	Convert the string to a number.	"123.4".toNumber()
toSymbol	Convert the string to a primitive symbol.	"topic".toSymbol()
trim()	Trim leading and trailing whitespace.	" Hello World! ".trim() == "Hello World!"

Array

Array Methods	Description	Example
add(value)	Add the value to the end of the array's elements.	array.add("hello")
delete(value)	Delete the value from the array's elements.	array.delete("hello")
has(value)	Return if the array contains the element.	array.has("hello")
indexOf(value)	Return the index of the element in the array.	array.indexOf("hello")
indexOf(value, start)	Return the index of the element in the array starting at the index.	array.indexOf("hello", 4)
lastIndexOf(value, start)	Return the index of the element in the array starting at the end.	array.lastIndexOf("hello")
length()	Return the arrays length.	[1, 2, 3].length() == 3
random()	Return a random element of the array.	array.random()
size()	Return the arrays length.	[1, 2, 3].length() == 3

Language

Language Methods	Description	Example
word(text*)	Creates a compound word.	Language.word("ball", "hockey")
sentence(text*)	Creates a sentence.	Language.sentence("How", "are", "you")
define(text, object)	Defines the word as meaning the value.	Language.define("foobar", #foobar)

Дата

Date Methods	Description	Example
date()	Current Date object.	var today = Date.date();
date(text)	Convert the text or Timestamp to a Date.	var xmas = Date.date("2017-12-25");
time()	Current Time object.	var time = Date.time();
time(text)	Convert the text or Timestamp to a Time.	var noon = Date.time("12:00:00");
timestamp()	Current Timestamp object.	var now = Date.timestamp();
timestamp(text)	Convert the text or Date to a Timestamp.	var timestamp = Date.timestamp("2017-10-02 16:52:30");
any(text)	Parse any date/time format.	var name = Date.parse("Sept 3, 2014")
add(date, part, time)	Add the date value (#day, #month, #year, #hour, #minute, #second, #millisecond).	var tomorrow = Date.add(Date.date(), #day, 1);
get(date, part)	Return the date part (#day, #month, #year, #hour, #minute, #second, #millisecond).	var day = Date.get(Date.date(), #day);
set(date, part, value)	Set the date part (#day, #month, #year, #hour, #minute, #second, #millisecond).	var day = Date.set(Date.date(), #day, 11);
difference(from, to, part)	Compute the date/time difference from date part (#day, #month, #year, #hour, #minute, #second, #millisecond).	var days = Date.difference(Date.date(), Date.date("2017-12-25"), #day);
interval(part, from, to)	Compute the date/time interval from date/time formatted strings ("days", "months", "years", "hours", "minutes", "seconds", "milliseconds").	var days = Date.interval("days", "2017-11-20", "2017-12-25")
interval(part, from, to, format)	Compute the date/time interval from date/time Java SimpleDateFormat formatted strings ("days", "months", "years", "hours", "minutes", "seconds", "milliseconds").	var days = Date.interval("days", "2017-11-20", "2017-12-25", "yyyy-MM-dd")
getTimeZone()	Return the default time zone.	var gmt = Date.getTimeZone();
getTimeZone(zone)	Return the timezone object based on its timezone code i.e. "GMT", "GMT-5", "PST", "America/Los_Angeles".	var gmt = Date.getTimeZone("GMT");
setTimeZone(date, timezone)	Set the dates time zone based on its timezone code i.e. "GMT", "GMT-5", "PST", "America/Los_Angeles".	var est = Date.setTimeZone(Date.date(), "EST");
printAIMLDate(date, format)	Print the date using the AIML format.
printDate(date, format)	Print the date using Java SimpleDateFormat format.	var dateString = Date.printDate(Date.date(), "yyyy-MM-dd")

Утилиты

Util Methods	Description	Example
encode(text)	Converts to URL encoded character.	Http.requestXML("http://api.com/fetch?name=" + Utils.encode(name))
denormalize(text)	Converts punctuation words back to characters.	Utils.denormalize("That is cool colon ) at dash at") == "That is cool :) @-@"
normalize(text)	Converts punctuation characters to the word values.	Utils.normalize("That is cool :) @-@") == "That is cool colon ) at dash at"
explode(text)	Expands a string to its character values.	Utils.explode("hello") == "h e l l o"
extract(text, pattern)	Convert the pattern to a regex pattern and extracts the matching string from the text.	Utils.extract("the cost is $123", "\d+") == "123"
extractValue(text, pattern)	Convert the pattern to a regex pattern and extracts the matching string from the text.	Utils.extractValue("tell me what is life", "what.is.(.*)") == "life"
matches(text, pattern)	Convert the pattern to a regex pattern and returns if the text matches.	Utils.matches("123", "/\d+") == true
gender(text)	Converts between 'he' and 'she'.	Utils.gender("he likes her") == "she likes him"
person(text)	Converts between 1st and 2nd person.	Utils.person("I love myself") == "you love yourself"
person2(text)	Converts between 1st and 3rd person.	Utils.person2("I love myself") == "he love himself"
capitalize(text)	Converts the first character to upper case.	Utils.capitalize("hello there") == "Hello there"
sentence(text)	Converts the first character to upper case.	Utils.sentence("hello there") == "Hello there"
formal(text)	Converts the first character to upper case for each word.	Utils.formal("hello there") == "Hello There"
lowercase(text)	Converts to lower case.	Utils.lowercase("HELLO There") == "hello there"
uppercase(text)	Converts to upper case.	Utils.uppercase("hello there") == "HELLO THERE"
program()	Returns the current software name and version.
size()	Returns to total knowledge base size (total objects).
version()	Returns the current software version.
id()	Returns the bot's internal id.

Math

Math Methods	Description	Example
add(x, y)	Sum of x and y values.	Math.add(2, 3); 5
subtract(x, y)	Subtract y from x value.	Math.subtract(8, 5); 3
multiply(x, y)	Multiply x and y values.	Math.multiply(2, 4); 8
divide(x, y)	Divide x and y values.	Math.divide(18, 9); 2
abs(x)	Returns the absolute value of x.	Math.abs(-7.7); 7.7
floor(x)	Returns the value of x rounded down to its nearest integer.	Math.floor(3.8); 3
ceil(x)	Returns the value of x rounded up to its nearest integer.	Math.ceil(2.2); 3
power(x, y)	Returns the value of x to the power of y.	Math.power(7, 2); 49
round(x)	Returns the value of x rounded to its nearest integer.	Math.round(4.3); 4
log(x)		Math.log(8); 3
ln(x)
sin(x)	Returns the sine of x (x is in radians).	Math.cos(0); 1
asin(x)
cos(x)	Returns the cosine of x (x is in radians).
acos(x)
tan(x)	Returns the tangent of an angle.
tanh(x)

Http

Http	Description	Example
toJSON(object)	Convert an object to JSON text.
toXML(object)	Convert an object to XML text.
encode(text)	URL encode the text.
requestJSON(url)	Fetch the JSON response.
requestJSON(attribute, url)	Fetch the JSON response.
requestJSON(attribute, url, headers)	Fetch the JSON response. Pass custom headers as JSON object.
requestJSONAuth(attribute, url, user, password)	Call authenticated API and fetch the JSON response.
requestXML(url)	Fetch the XML response.
requestXML(url, xpath)	Fetch the XML response.
requestXML(url, xpath, headers)	Fetch the XML response. Pass custom headers as JSON object.
requestXMLAuth(url, user, password, xpath)	Call authenticated API and fetch the XML response.
requestHTML(url, xpath)	Scrape the HTML page.
requestHTML(url, xpath, format)	Scrape the HTML page, return #text, #array, #html, or #object.
requestHTML(url, xpath, format, subformat)	Scrape the HTML page, return #array of #text, #html, or #object.
requestCSV(url)	Parse the CSV file.
requestText(url)	Return the raw text data.
requestText(url, headers)	Return the raw text data. Pass custom headers as JSON object.
rss(url)	Fetch the last RSS feed.
rssFeed(url)	Fetch the entire RSS feed.
postJSON(url, object)	Post the JSON object to the URL.
postJSONAuth(url, user, password, object)	Post the JSON object to the URL.
postXML(url, object)	POST the XML object to the URL.
postXML(url, object, xpath)	POST the XML object to the URL. Extract the XPath data.
postXMLAuth(url, user, password, object, xpath)	Post the XML object to the URL. Extract the XPath data.
postHTML(url, params, xpath)	Post the HTML form parameters to the URL. Extract the XPath data.
putJSON(object)	PUT the JSON object to the URL.
delete(url)	Send an HTTP DELETE to the URL.

JSON

JSON	Description	Example
parse(text)	Parse an object from JSON text.
stringify(object)	Convert an object to JSON text.

Facebook

Facebook	Description	Example
post(message)	Post to the bot's Facebook page.
postComment(comment, postid)	Post to the bot's Facebook page.
sendMessage(message, userid)	Send a message to a user.

FacebookMessaging	Description	Example
sendMessage(message, userid)	Send a message to a user.
sendMessage(message, userid, command)	Send a message to a user with a custom Facebook quick_reply or attachment command.

Twitter

Twitter	Description	Example
tweet(message)	Tweet to the bot's Twitter account.
sendMessage(message, userid)	Send a direct message to a user.

Telegram	Description	Example
post(message)	Post to the bot's Telegram channel.
sendMessage(message, userid)	Send a message to a user.
sendMessage(message, userid, command)	Send a message to a user with a Telegram custom keyboard reply_markup command.
postJSON(url, json)	Call a Telegram bot API with the JSON parameter.

Email

Email	Description	Example
email(address, subject, message)	Send an email from the bot's email account.	Email.email("joe@foo.com", "Welcome", "Thanks for registering.")

Twilio

Twilio	Description	Example
sms(number, message)	Send a SMS messages from the bot's Twilio account.	Twilio.sms("613-123-4567", "Escalation alert")

Vision

Vision	Description	Example
loadImage(url)	Load the image into the bot's memory.
matchImage(url, tag, error)	Search for the closest matching image for the tag.

Context

Context	Description	Example
push(object)	Push the object to the current context stack.
top()	Return the top of the context stack.
top(index)	Return the nth top of the context stack.
search(match)	Search the context stack for a matching object.

Avatar

Avatar	Description	Example
setAction(action)	Set the avatar's action.
setPose(pose)	Set the avatar's pose.
setCommand(command)	Set a JSON command object.

Mood

Mood	Description	Example
setEmotion(emotion, value)	Set the value of the emotion (between -1.0 and +1.0).	Mood.setEmotion(#Happiness, 1.0)

Состояние Операции

State Operation	Description	Example
state	A state defines the current input processing.	pattern "my name is *" template Template("Pleased to meet you {star}");
case	A case can transition to another state if the case variable matches the current input.	case "lol" template "Very funny."
pattern	A pattern can match an input and evaluate a template response.	pattern "hello" template "Hi there";
answer	An answer of a state is evaluated if the input processing is complete.	answer Template("Pleased to meet you {star}");
function	An function can be called from an answer or another function.	function todayResponse() { var response = new (#sentence); response.append(#word, "Hello World!"); return response; }
var	A variable can be matched with the current input, or store context.	var name { instantiation : #name; }

Операторы Шаблон

Operator	Description
*	Matches one or more words.
_	Matches one or more words, takes priority over all other words and wildcards, except $.
^	Matches zero or more words.
#	Matches zero or more words, takes priority over all other words and wildcards, except $.
$	Pattern priority marker to make a pattern word match highest priority.
()	Optional set of words.
[]	Required set of words.
<set>	Set tag to evaluate a pattern based on words defined in a predefined set.
/	Regular expression pattern.
{}	Self code.

Примеры

Вот пример самостоятельного скрипт, который подсчитывает слова:

// Example script that counts words. state CountWords { pattern "count words in *" answer countWords(); function countWords() { var words = Language.sentence(star); var count = 0; for (word in words.word) { count = count + 1; } return Template("There are {count} words."); } }

Вот пример самостоятельного скрипта, повторяем слова:

// Example script that repeat words. state Repeat { pattern "repeat * by * times" answer repeat(); function repeat() { var response = ""; var repeat = star[1].toNumber(); var count = 0; while (count < repeat) { response = response + " " + star[0]; count = count + 1; } return response; } }

Вот пример самостоятельного скрипта, доступ к веб-интерфейсом:

// This script searches Wikipedia using an XML HTTP request and an XPath expression to scrape the description text. state SearchWikipedia { pattern "what is *" answer search(); function search() { return Http.requestXML("https://en.wikipedia.org/w/api.php?action=opensearch&format=xml&limit=1&search=" + Utils.encode(star), "/SearchSuggestion/Section/Item/Description/text()"); } }

Вот пример самостоятельного сценария, который использует шаблоны, чтобы проанализировать математике:

// Script for understanding simple math using patterns. state SimpleAddition { pattern "* + *" answer (Math.add(star[0].toNumber(), star[1].toNumber())); pattern "* - *" answer (Math.subtract(star[0].toNumber(), star[1].toNumber())); pattern "* / *" answer (Math.divide(star[0].toNumber(), star[1].toNumber())); pattern "* x *" answer (Math.multiply(star[0].toNumber(), star[1].toNumber())); }

Состояние машины более сложны, но позволяют вам обрабатывать сколь угодно сложные выражения. Вот пример самостоятельного скрипта использовать государственную машину и переменные для обработки дополнение:

// Language state machine for understanding simple {x+y} addition. state SimpleAddition { // This line is required for any state processing to process each word in the input phrase. case input goto sentenceState for each #word of sentence; state sentenceState { case left goto numberState; // The left variable is a stand-in for any word that represents a number, the 'number' variable will be assign the value of the number. // The meaning is required because in Self words are just words that represent an object which is the meaning of the word, multiple words can have the same meaning. var left { meaning : number; } var number { instantiation : #number; } // '123...' state numberState { // You could also use, // case "+" goto numberPlusState; // But #plus is a bootstrap symbol for all + characters and words case plus goto numberPlusState; var plus { meaning : #plus; } // '123 +...' state numberPlusState { case right goto numberPlusNumberState; // A second number2 variable is required for the right side of the addition operation to capture the value. var right { meaning : number2; } var number2 { instantiation : #number; } // '123 + 123'? state numberPlusNumberState { case "?" goto numberPlusNumberState; answer (Math.add(number, number2)); } } } } }