doc.go

// Package twilio simplifies interaction with the Twilio API.
//
// The twilio-go library should be your first choice for interacting with the
// Twilio API; it offers forward compatibility, very fine-grained control of
// API access, best-in-class control over how long to wait for requests to
// complete, and great debuggability when things go wrong. Get started by
// creating a Client:
//
//	client := twilio.NewClient("AC123", "123", nil)
//
// All of the Twilio resources are available as properties on the Client. Let's
// walk through some of the example use cases.
//
// # Creating a Resource
//
// Resources that can create new methods take a url.Values as an argument,
// and pass all arguments to the Twilio API. This method ensures forward
// compatibility; any new arguments that get invented can be added in
// client-side code.
//
//	data := url.Values{"To": []string{"+1foo"}, "From": []string{"+1foo"},
//	    "Body": []string{"+1foo"}}
//	msg, err := client.Messages.Create(context.TODO(), data)
//
// # Getting an Instance Resource
//
// Call Get() with a particular sid.
//
//	number, err := client.IncomingNumbers.Get(context.TODO(), "PN123")
//	fmt.Println(number.PhoneNumber)
//
// # Updating an Instance Resource
//
// Call Update() with a particular sid and a url.Values.
//
//	data := url.Values{}
//	data.Set("Status", string(twilio.StatusCompleted))
//	call, err := client.Calls.Update("CA123", data)
//
// # Getting a List Resource
//
// There are two flavors of interaction. First, if all you want is a single
// Page of resources, optionally with filters:
//
//	page, err := client.Recordings.GetPage(context.TODO(), url.Values{})
//
// To control the page size, set "PageSize": "N" in the url.Values{} field.
// Twilio defaults to returning 50 results per page if this is not set.
//
// Alternatively you can get a PageIterator and call Next() to repeatedly
// retrieve pages.
//
//	iterator := client.Calls.GetPageIterator(url.Values{"From": []string{"+1foo"}})
//	for {
//	    page, err := iterator.Next(context.TODO())
//	    // NoMoreResults means you've reached the end.
//	    if err == twilio.NoMoreResults {
//	        break
//	    }
//	    fmt.Println("start", page.Start)
//	}
//
// # Twilio Monitor
//
// Twilio Monitor subresources are available on the Client under the Monitor
// field, e.g.
//
//	alert, err := client.Monitor.Alerts.Get(context.TODO(), "NO123")
//
// # Custom Types
//
// There are several custom types and helper functions designed to make your
// job easier. Where possible, we try to parse values from the Twilio API into
// a datatype that makes more sense. For example, we try to parse timestamps
// into Time values, durations into time.Duration, integer values into uints,
// even if the API returns them as strings, e.g. "3".
//
// All phone numbers have type PhoneNumber. By default these are
// E.164, but can be printed in Friendly()/Local() variations as well.
//
//	num, _ := twilio.NewPhoneNumber("+1 (415) 555-1234")
//	fmt.Println(num.Friendly()) // "+1 415 555 1234"
//
// Any times returned from the Twilio API are of type TwilioTime, which has
// two properties - Valid (a bool), and Time (a time.Time). Check Valid before
// using the related Time.
//
//	if msg.DateSent.Valid {
//	    fmt.Println(msg.DateSent.Time.Format(time.Kitchen)
//	}
//
// There are constants for every Status in the API, for example StatusQueued,
// which has the value "queued". You can call Friendly() on any Status to get
// an uppercase version of the status, e.g.
//
//	twilio.StatusInProgress.Friendly() // "In Progress"
package twilio