Provides a Ruby interface to Context.IO. The general design was inspired by the wonderful aws-sdk gem. You start with an object that represents your account with Context.IO and then you deal with collections within that going forward (see the [Quick Start section](#quick start)).
$ gem install contextio
Or, of course, put this in your Gemfile:
gem 'contextio'
If you're looking at the Context.IO docs, it is
important to note that there are some attributes that've been renamed to be a
bit more Ruby-friendly. In general, if the API returns a number meant to be
seconds-from-epoch, then it's been converted to return a Time
(e.g. updated
has changed to updated_at
) and a boolean has converted to something with a ?
at the end (e.g. HasChildren
and initial_import_finished
are has_children?
and initial_import_finished?
, respectively). See the gem
docs for a specific class when in
doubt.
This gem adheres to SemVer. So you should be pretty safe upgrading from 1.0.0 to 1.9.9. Whatever as long as the major version doesn't bump. When the major version bumps, be warned; upgrading will take some kind of effort.
Print the subject of the first five messages in the some@email.com account.
require 'contextio'
contextio = ContextIO.new('your_api_key', 'your_api_secret')
account = contextio.accounts.where(email: 'some@email.com').first
account.messages.where(limit: 5).each do |message|
puts message.subject
end
To grab some object you already know the primary key for, you'll use the []
method like you would for a Hash
or Array
.
This is most helpful for accounts, but works for any resource collection.
require 'contextio'
contextio = ContextIO.new('your_api_key', 'your_api_secret')
some_account_id = "exampleaccountid12345678"
account = contextio.accounts[some_account_id]
message = account.messages[some_message_id]
message = account.messages[some_message_id]
message.message_id #=> "examplemessageid12345678"
message.subject #=> "My Email's Subject"
message.from.class #=> Hash
message.from['email'] #=> "some@email.com"
message.from['name'] #=> "John Doe"
message.delete #=> true
Body content must be accessed through each body part (eg: html, text, etc.). Context.io does not store body content and so each call will source it directly from the mail box associated with the account. This will be slow relative to the context.io API.
You can specify and receive a single body content type.
message = account.messages[some_message_id]
message_part = message.body_parts.where(type: 'text/plain').first
message_part.class #=> ContextIO::BodyPart
message_part.type #=> "text/plain"
message_part.content #=> "body content of text/plain body_part"
You can determine how many body parts are available and iterate over each one.
message = account.messages[some_message_id]
message.body_parts.class #=> ContextIO::BodyPartCollection
message.body_parts.count #=> 2
message.body_parts.each do |part|
puts part.class #=> ContextIO::BodyPart
puts part.type #=> "text/html"
puts part.content #=> "body content of text/html body_part"
end
You can specify an account id and get back information about that account.
account = contextio.accounts[some_account_id]
account.email_addresses #=> ['some@email.com', 'another@email.com']
account.id #=> "exampleaccountid12345678"
account.first_name #=> "Bruno"
account.suspended? #=> False
Queries to Messages return ContextIO::MessageCollection objects which can be iterated on.
The where
method allows you to refine search results based on
available filters.
#the 25 most recent messages by default, you can specify a higher limit
account.messages
#the 50 most recent messages
account.messages.where(limit: 50)
#recent messages sent to the account by some@email.com
account.messages.where(from: 'some@email.com')
#recent messages sent to the account by multiple email accounts takes in comma separated values
account.messages.where(from: 'some@email.com,another@email.com')
#multiple parameters accepted in hash format
account.messages.where(from: 'some@email.com', subject: 'hello')
#regexp accepted as a string like '/regexp/'
account.messages.where(from: 'some@email.com', subject: '/h.llo/')
#regexp options are supported, the /i case insensitive is often useful
account.messages.where(from: 'some@email.com', subject: '/h.llo/i')
Pass dates in to message queries as Unix Epoch integers.
require 'active_support/all'
account.messages.where(date_before: 3.hours.ago.to_i, date_after: 5.hours.ago.to_i).each do |message|
puts message.subject #=> "The subject of my email"
puts message.received_at #=> 2013-07-31 20:33:56 -0500
end
You can mix date and non-date parameters.
account.messages.where(
date_before: 3.days.ago.to_i,
date_after: 4.weeks.ago.to_i,
subject: 'subject of email',
from: 'foo@email.com'
)
account.messages.where(limit: 1).class # ContextIO::MessageCollection
message = account.messages.where(limit: 1).first
message.class #=> ContextIO::Message
message.subject #=> "subject of message"
message.from #=> {"email"=>"some@email.com", "name"=>"John Doe"}
message.to #=> [{"email"=>"some@email.com", "name"=>"'John Doe'"}, {"email"=>"another@email.com", "name"=>"Jeff Mangum"}]
received_at
is the time when your IMAP account records the message
having arrived. It is returned as a Time object.
m.received_at #=> 2013-04-19 08:12:04 -0500
m.received_at.class #=> Time
indexed_at
is the time when the message was processed and indexed
by the Context.io sync process.
m.indexed_at #=> 2013-04-29 01:14:39 -0500
m.received_at.class #=> Time
A message's date is set by the sender, extracted from the message's Date header and is returned as a FixNum which can be converted into a Time object.
message.date #=> 1361828599
Time.at(message.date) #=> 2013-04-19 08:11:33 -0500
Time.at(message.date).class #=> Time
message.date
is not reliable as it is easily spoofed. While it is made
available, received_at
and indexed_at
are better choices.
By default, Context.io's API does not return message queries with body data.
You can include the body attribute in each individual message returned by
adding include_body: 1
to your messages.where
query options.
account.messages.where(include_body: 1, limit: 1).each do |message|
puts "#{message.subject} #{message.date} #{message.body[0]['content']}"
end
Emails that contain two or more body parts are called multipart messages.
'text/plain' and 'text/html' are common body part types for multipart messages.
In the case a user is viewing email in a client that does not support HTML markup, the 'text/plain' body part type will render instead.
If you are working with multipart messages, you may want to check each body part's content in turn.
account.messages.where(include_body: 1, limit: 1).each do |message|
message.body_parts.each do |body_part|
puts body_part.content
end
end
The include_body
method queries the source IMAP box directly, which results
in slower return times.
message = account.messages[message_id]
message.files.class #=> ContextIO::FileCollection
message.files.count #=> 2
message.files.map { |f| f.file_name } #=> ["at_icon.png", "argyle_slides.png"]
message.files.first.content_link #=> https://contextio_to_s3_redirect_url
The file['content_link'] url is a S3 backed temporary link. It is intended to be used promptly after being called. Do not store off this link. Instead, store off the message_id and request on demand.
This gem is architected to be as lazy as possible. It won't make an HTTP request until you ask it for some data that it knows it needs to fetch. An example might be illustrative:
require 'contextio'
contextio = ContextIO.new('your_api_key', 'your_api_secret')
account = contextio.accounts['exampleaccountid12345678'] # No request made here.
account.last_name # Request made here.
account.first_name # No request made here.
Note that when it made the request, it stored the data it got back, which included the first name, so it didn't need to make a second request. Asking for the value of any attribute listed in the gem docs will trigger the request.
There are some consistent mappings between the requests documented in the API docs and the methods implemented in the gem.
For collections of resources:
- the object its self sort of represents the collection-level
GET
(treat it like any otherEnumerable
). #where
is how you set up the filters on the collection-levelGET
.#create
maps to the collection-levelPOST
orPUT
, as appropriate.#[]
maps to the individual-levelGET
, but (as mentioned above) is lazy.
For individual resources
- the object its self sort of represents the individual-level
GET
(but see#[]
above). #delete
maps to the individual-levelDELETE
.#update
maps to the individual-levelPOST
(except in a few cases likeMessage#copy_to
andMessage#move_to
).
If you'd like to contribute, please see the contribution guidelines.
Maintainers: Please make sure to follow the release steps when it's time to cut a new release.
Copyright (c) 2012-2014 Context.IO
This gem is distributed under the MIT License. See LICENSE.md for details.