Provides an unofficial and (seemingly) pleasant Ruby API Wrapper for the Wit.AI API (Natural Language Interface) As of 1.0.0, most functionalities have been implemented. Go over to https://rubygems.org/gems/wit_ruby for more information.
I want to first off mention big props to the Wit.AI team. They are the true wizards here in making this beauty and by no means did I contribute anything magical. Do go check them out at http://wit.ai/! THANK YOU Wit.AI!
Documentation that you will definitely need : http://rubydoc.info/gems/wit_ruby/
Do also reference the Wit.AI API documentation : https://wit.ai/docs/api
There are other gems that are also Ruby wrappers for Wit.AI, but this was more of learning experience for me! If you don't find this pleasing, do check the others out!
https://github.com/modeset/wit-ruby
https://github.com/xtagon/wit-gem
Add this line to your application's Gemfile:
gem 'wit_ruby'
And then execute:
$ bundle
Or install it yourself as:
$ gem install wit_ruby
Remember to put this up to access it!
$ require 'wit_ruby'
To start using the wrapper, create a client with an authorization token given from Wit.ai. Set this either in ENV["WIT_AI_TOKEN"] or pass it on it the parameters as a hash. Default settings can be overridden by this hash as well.
Default to ENV["WIT_AI_TOKEN"]
$ client = Wit::REST::Client.new()
Override token when created
$ client = Wit::REST::Client.new(token: "Insert Token Here")
The client provides a session for you to mainly do API calls. I suggest you save the session somewhere for easy access.
$ session = client.session
Please again, do look over documentation to see the full scope of usage and configuration.
Every method returns a class wrapper corresponding specifically to the results pertaining to it. Each object returned has its own unique defined methods to make your lives easier in getting the specific information from the results. Do look over the documentation to see what you can specifically call.
The superclass that is inherited (Wit::REST::Result) allows for you to easily access the results of the API call. The results is converted to a hash and is saved in this result class. You can call methods on it and if it matches the result's hash, it will return it's value. For example,
results.hash = {"a" => "b"}
$ results.a
= "b"
Every direct result returned from each method call defined from the session will be refreshable.
Some unique methods are provided:
results.raw_data # The raw data from the response of the request.
results.refreshable? # Check to see current object is refreshable.Methods that require JSON for the API calls will be generated through use of the class Wit::REST::BodyJson. BodyJson inherits from OpenStruct and will assist in providing properly formatted JSON for the methods.
Depending on the data needed, certain methods are provided. For example:
First instantiate.
$ new_body = Wit::REST::BodyJson.new
Adding an ID and doc parameter
$ new_body.id = "Some ID"
$ new_body.doc = "Some doc"
Adding value and expression.
$ new_body.add_value("Some value", "possible expressions that--", "--that can be added to this value")
$ new_body.add_expression("Some existing value", "possible expressions that--", "--that can be added to this value")
To send a specific message, use the saved session to send a given string as a parameter.
$ session.send_message("Your Message")
To send a specific message sound file, pass over the path of the file as a parameter.
$ session.send_sound_message("Path to sound file")
To get a specific messages information from the wit.ai, pass in the message's ID and use the method below.
$ session.get_message("Message ID")
message_results = session.send_message("Your Message")
message_results.confidence # Returns the confidence of the message results.
message_results.entity_names # Generates array of names of each entity in this message.
message_results.intent # Returns the intent that this message corresponded to.To get a list of intents in the specific instance over at wit.ai.
$ session.get_intents
To get a specific intent information, pass in it's ID or name.
$ session.get_intents("Intent ID or Name")
If it is a list of intents:
multi_intent = session.get_intents
multi_intent[0] # Returns each specific index of intent
multi_intent.each {} # Provides access to each individual intentIf it is only one specific intent:
intent = session.get_intents("Intent ID or Name")
intent.entities_used # Return entities used with there id as an array of strings.
intent.entities # Returns array of entities.
intent.expression_bodies # Return the expression bodies as an array of strings.
intent.expressions # Return the list of expressions as array of expression objects.To get a list of entities for this instance.
$ session.get_entities
To get a specific entity, pass it in's ID
$ session.get_entities("Entity ID")
To create and update entities, methods require a Wit::REST::BodyJson object with an id defined and optional doc, values and expressions defined.
New entity
$ new_entity = Wit::REST::BodyJson.new(id: "some id")
$ session.create_entity(new_entity)
Update it with a new doc parameter
$ new_entity.doc = "some doc"
Deleting the entity requires the passing of it's ID
$ session.delete_entity("some entity id")
For a list of entities:
entities = session.get_entities
entities[0] # Index to access each string for the entity name.
entities.each {} # Go through each entity string.For a specific entity, no unique methods are given.
To create a new value, a Wit::REST::BodyJson object needs to be created with the ID of the entity and new value.
$ value_create = Wit::REST::BodyJson.new(id: "entity for new value")
$ value_create.add_value("some new value")
$ session.add_value(value_create)
To delete, require the passing of the entity id and value name.
$ session.delete_value("entity id", "value name")
Add an expression by passing in the entity's id, value name, and the new expression.
$ session.add_expression("some entity id", "some value name", "new expression")
Same goes for the deletion of an expression.
$ session.delete_expression("some entity id", "some value name", "to be deleted expression")
I am a beginner developer so do contribute or help as much as possible! I definitely need to learn a lot :). Whoever helps will also have there name put here below this line. Amazing!
- Fork it
- Create your feature branch (
git checkout -b my-new-feature) - Commit your changes (
git commit -am 'Add some feature') - Push to the branch (
git push origin my-new-feature) - Create new Pull Request
Copyright (c) 2014 Gavin Ching
MIT License
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.