Ecosyste.ms: Awesome
An open API service indexing awesome lists of open source software.
https://github.com/brightdigit/MistKit
Swift Package for Server-Side and Command-Line Access to CloudKit Web Services
https://github.com/brightdigit/MistKit
cloudkit server-side-swift swift vapor
Last synced: about 2 months ago
JSON representation
Swift Package for Server-Side and Command-Line Access to CloudKit Web Services
- Host: GitHub
- URL: https://github.com/brightdigit/MistKit
- Owner: brightdigit
- License: mit
- Created: 2020-09-03T12:03:03.000Z (about 4 years ago)
- Default Branch: main
- Last Pushed: 2023-05-29T23:46:10.000Z (over 1 year ago)
- Last Synced: 2024-07-05T13:46:09.018Z (3 months ago)
- Topics: cloudkit, server-side-swift, swift, vapor
- Language: Swift
- Homepage:
- Size: 4.05 MB
- Stars: 201
- Watchers: 12
- Forks: 11
- Open Issues: 34
-
Metadata Files:
- Readme: README.md
- License: LICENSE
Awesome Lists containing this project
README
MistKit
Swift Package for Server-Side and Command-Line Access to CloudKit Web Services
[](https://swift.org)
[](http://twitter.com/brightdigit)
[](https://github.com/brightdigit/MistKit/actions?query=workflow%3AmacOS)
[](https://github.com/brightdigit/MistKit/actions?query=workflow%3Aubuntu)
[](https://travis-ci.com/brightdigit/MistKit)
[](https://app.bitrise.io/app/b2595eab70c25d1b)
[](https://app.circleci.com/pipelines/github/brightdigit/MistKit)
[](https://swiftpackageindex.com/brightdigit/MistKit)
[](https://swiftpackageindex.com/brightdigit/MistKit)
[](https://codecov.io/gh/brightdigit/MistKit)
[](https://www.codefactor.io/repository/github/brightdigit/MistKit)
[](https://codebeat.co/projects/github-com-brightdigit-mistkit-main)
[](https://codeclimate.com/github/brightdigit/MistKit)
[](https://codeclimate.com/github/brightdigit/MistKit)
[](https://codeclimate.com/github/brightdigit/MistKit)
[](https://houndci.com)
# Table of Contents
* [**Introduction**](#introduction)
* [**Features**](#features)
* [**Installation**](#installation)
* [**Usage**](#usage)
* [Composing Web Service Requests](#composing-web-service-requests)
* [Setting Up Authenticated Requests](#setting-up-authenticated-requests)
* [CloudKit and Vapor](#cloudkit-and-vapor)
* [Fetching Records Using a Query (records/query)](#fetching-records-using-a-query-recordsquery)
* [Fetching Records by Record Name (records/lookup)](#fetching-records-by-record-name-recordslookup)
* [Fetching Current User Identity (users/caller)](#fetching-current-user-identity-userscaller)
* [Modifying Records (records/modify)](#modifying-records-recordsmodify)
* [Using SwiftNIO](#using-swiftnio)
* [Using EventLoops](#using-eventloops)
* [Choosing an HTTP Client](#choosing-an-http-client)
* [Examples](#examples)
* [Further Code Documentation](#further-code-documentation)
* [**Roadmap**](#roadmap)
* [~~0.1.0~~](#010)
* [~~0.2.0~~](#020)
* [**0.4.0**](#040)
* [0.6.0](#060)
* [0.8.0](#080)
* [0.9.0](#090)
* [v1.0.0](#v100)
* [**License**](#license)
# Introduction
Rather than the CloudKit framework this Swift package uses [CloudKit Web Services.](https://developer.apple.com/library/archive/documentation/DataManagement/Conceptual/CloudKitWebServicesReference/index.html#//apple_ref/doc/uid/TP40015240-CH41-SW1). Why?
* Building a **Command Line Application**
* Use on **Linux** (or any other non-Apple OS)
* Required for **Server-Side Integration (via Vapor)**
* Access via **AWS Lambda**
* **Migrating Data from/to CloudKit**
... and more
In my case, I was using this for **the Vapor back-end for my Apple Watch app [Heartwitch](https://heartwitch.app)**. Here's some example code showing how to setup and use **MistKit** with CloudKit container.
### Demo Example
#### CloudKit Dashboard Schema
#### Sample Code using **MistKit**
```swift
// Example for pulling a todo list from CloudKit
import MistKit
import MistKitNIOHTTP1Token
// setup your connection to CloudKit
let connection = MKDatabaseConnection(
container: "iCloud.com.brightdigit.MistDemo",
apiToken: "****",
environment: .development
)
// setup how to manager your user's web authentication token
let manager = MKTokenManager(storage: MKUserDefaultsStorage(), client: MKNIOHTTP1TokenClient())
// setup your database manager
let database = MKDatabase(
connection: connection,
tokenManager: manager
)
// create your request to CloudKit
let query = MKQuery(recordType: TodoListItem.self)
let request = FetchRecordQueryRequest(
database: .private,
query: FetchRecordQuery(query: query))
// handle the result
database.query(request) { result in
dump(result)
}
// wait for query here...
```
To wait for the CloudKit query to complete synchronously, you can use [CFRunLoop](https://developer.apple.com/documentation/corefoundation/cfrunloop-rht):
```swift
...
// handle the result
database.query(request) { result in
dump(result)
// nessecary if you need run this synchronously
CFRunLoopStop(CFRunLoopGetMain())
}
// nessecary if you need run this synchronously
CFRunLoopRun()
```
# Features
Here's what's currently implemented with this library:
- [x] Composing Web Service Requests
- [x] Modifying Records (records/modify)
- [x] Fetching Records Using a Query (records/query)
- [x] Fetching Records by Record Name (records/lookup)
- [x] Fetching Current User Identity (users/caller)
# Installation
Swift Package Manager is Apple's decentralized dependency manager to integrate libraries to your Swift projects. It is now fully integrated with Xcode 11.
To integrate **MistKit** into your project using SPM, specify it in your Package.swift file:
```swift
let package = Package(
...
dependencies: [
.package(url: "https://github.com/brightdigit/MistKit", from: "0.2.0")
],
targets: [
.target(
name: "YourTarget",
dependencies: ["MistKit", ...]),
...
]
)
```
There are also products for SwiftNIO as well as Vapor if you are building server-side implmentation:
```swift
.target(
name: "YourTarget",
dependencies: ["MistKit",
.product(name: "MistKitNIO", package: "MistKit"), // if you are building a server-side application
.product(name: "MistKitVapor", package: "MistKit") // if you are building a Vapor application
...]
),
```
# Usage
## Composing Web Service Requests
**MistKit** requires a connection be setup with the following properties:
* `container` name in the format of `iCloud.com.*.*` such as `iCloud.com.brightdigit.MistDemo`
* `apiToken` which can be [created through the CloudKit Dashboard](https://developer.apple.com/library/archive/documentation/DataManagement/Conceptual/CloudKitWebServicesReference/SettingUpWebServices.html#//apple_ref/doc/uid/TP40015240-CH24-SW1)
* `environment` which can be either `development` or `production`
Here's an example of how to setup an `MKDatabase`:
```swift
let connection = MKDatabaseConnection(
container: options.container,
apiToken: options.apiKey,
environment: options.environment)
// setup your database manager
let database = MKDatabase(
connection: connection,
tokenManager: manager
)
```
Before getting into make an actual request, you should probably know how to make authenticated request for `private` or `shared` databases.
### Setting Up Authenticated Requests
In order to have access to `private` or `shared` databases, the Cloud Web Services API require a web authentication token. In order for the MistKit to obtain this, an http server is setup to listen to the callback from CloudKit.
Therefore when you setup your API token, make sure to setup a url for the Sign-In Callback:
Once that's setup, you can setup a `MKTokenManager`.
#### Managing Web Authentication Tokens
`MKTokenManager` requires a `MKTokenStorage` for storing the token for later.
There are a few implementations you can use:
* `MKFileStorage` stores the token as a simple text file
* `MKUserDefaultsStorage` stores the token using `UserDefaults`
* `MKVaporModelStorage` stores the token in a database `Model` object via `Fluent`
* `MKVaporSessionStorage` stores the token the Vapor `Session` data
Optionally **MistKit** can setup a web server for you if needed to listen to web authentication via a `MKTokenClient`:
There are a few implementations you can use:
* `MKNIOHTTP1TokenClient` sets up an http server using SwiftNIO
Here's an example of how you `MKDatabase`:
```swift
let connection = MKDatabaseConnection(
container: options.container,
apiToken: options.apiKey,
environment: options.environment
)
// setup how to manager your user's web authentication token
let manager = MKTokenManager(
// store the token in UserDefaults
storage: MKUserDefaultsStorage(),
// setup an http server at localhost for port 7000
client: MKNIOHTTP1TokenClient(bindTo: .ipAddress(host: "127.0.0.1", port: 7000))
)
// setup your database manager
let database = MKDatabase(
connection: connection,
tokenManager: manager
)
```
##### Using `MKNIOHTTP1TokenClient`
If you are not building a server-side application, you can use `MKNIOHTTP1TokenClient`, by adding `MistKitNIO` to your package dependency:
```swift
let package = Package(
...
dependencies: [
.package(url: "https://github.com/brightdigit/MistKit", .branch("main")
],
targets: [
.target(
name: "YourTarget",
dependencies: ["MistKit", "MistKitNIOHTTP1Token", ...]),
...
]
)
```
When a request fails due to authentication failure, `MKNIOHTTP1TokenClient` will start an http server to begin listening to web authentication token. By default, `MKNIOHTTP1TokenClient` will simply print the url but you can override the `onRequestURL`:
```swift
public class MKNIOHTTP1TokenClient: MKTokenClient {
public init(bindTo: BindTo, onRedirectURL : ((URL) -> Void)? = nil) {
self.bindTo = bindTo
self.onRedirectURL = onRedirectURL ?? {print($0)}
}
...
}
```
### CloudKit and Vapor
#### Static Web Authentication Tokens
If you may already have a `webAuthenticationToken`, you can use `MKStaticTokenManager`. This is a read-only implementation of `MKTokenManagerProtocol` which takes a read-only `String?` for the `webAuthenticationToken`.
Here's some sample code I use in my Vapor app **[Heartwitch](https://heartwitch.app)** for pulling the `webAuthenticationToken` from my database and using that token when I create a `MKDatabase` instance.
```swift
import MistKit
import MistKitVapor
extension Application {
...
var cloudKitConnection: MKDatabaseConnection {
MKDatabaseConnection(
container: configuration.cloudkitContainer,
apiToken: configuration.cloudkitAPIKey,
environment: environment.cloudKitEnvironment
)
}
func cloudKitDatabase(using client: Client, withWebAuthenticationToken webAuthenticationToken: String? = nil) -> MKDatabase {
MKDatabase(
connection: cloudKitConnection,
client: MKVaporClient(client: client),
tokenManager: MKStaticTokenManager(token: webAuthenticationToken, client: nil)
)
}
}
struct DeviceController {
func fetch(_ request: Request) throws -> EventLoopFuture> {
let user = try request.auth.require(User.self)
let userID = try user.requireID()
let token = user.$appleUsers.query(on: request.db).field(\.$webAuthenticationToken).first().map { $0?.webAuthenticationToken }
let cloudKitDatabase: EventLoopFuture = token.map {
request.application.cloudKitDatabase(using: request.client, withWebAuthenticationToken: $0)
}
let cloudKitRequest = FetchRecordQueryRequest(
database: .private,
query: FetchRecordQuery(query: query)
)
let newEntries = cloudKitDatabase.flatMap {
let cloudKitResult = cloudKitDatabase.query(cloudKitRequest, on: request.eventLoop)
}
return newEntries.mistKitResponse()
}
...
}
```
Besides static strings, you can store your tokens in the session or in your database.
#### Storing Web Authentication Tokens in Databases and Sessions
In the `mistdemod` demo Vapor application, there's an example of how to create an `MKDatabase` based on the request using both `MKVaporModelStorage` and `MKVaporSessionStorage`:
```swift
extension MKDatabase where HttpClient == MKVaporClient {
init(request: Request) {
let storage: MKTokenStorage
if let user = request.auth.get(User.self) {
storage = MKVaporModelStorage(model: user)
} else {
storage = MKVaporSessionStorage(session: request.session)
}
let manager = MKTokenManager(storage: storage, client: nil)
let options = MistDemoDefaultConfiguration(apiKey: request.application.cloudKitAPIKey)
let connection = MKDatabaseConnection(container: options.container, apiToken: options.apiKey, environment: options.environment)
// use the webAuthenticationToken which is passed
if let token = options.token {
manager.webAuthenticationToken = token
}
self.init(connection: connection, factory: nil, client: MKVaporClient(client: request.client), tokenManager: manager)
}
}
```
In this case, for the `User` model needs to implement `MKModelStorable`.
```swift
final class User: Model, Content {
...
@Field(key: "cloudKitToken")
var cloudKitToken: String?
}
extension User: MKModelStorable {
static var tokenKey: KeyPath> = \User.$cloudKitToken
}
```
The `MKModelStorable` protocol ensures that the `Model` contains the properties needed for storing the web authentication token.
While the command line tool needs a `MKTokenClient` to listen for the callback from CloudKit, with a server-side application you can just add a API call. Here's an example which listens for the `ckWebAuthToken` and saves it to the `User`:
```swift
struct CloudKitController: RouteCollection {
func token(_ request: Request) -> EventLoopFuture {
guard let token: String = request.query["ckWebAuthToken"] else {
return request.eventLoop.makeSucceededFuture(.notFound)
}
guard let user = request.auth.get(User.self) else {
request.cloudKitAPI.webAuthenticationToken = token
return request.eventLoop.makeSucceededFuture(.accepted)
}
user.cloudKitToken = token
return user.save(on: request.db).transform(to: .accepted)
}
func boot(routes: RoutesBuilder) throws {
routes.get(["token"], use: token)
}
}
```
If you have an app which already uses Apple's existing CloudKit API, you can also [save the webAuthenticationToken to your database with a `CKFetchWebAuthTokenOperation`](https://developer.apple.com/documentation/cloudkit/ckfetchwebauthtokenoperation).
## Fetching Records Using a Query (records/query)
There are two ways to fetch records:
* using an `MKAnyQuery` to fetch `MKAnyRecord` items
* using a custom type which implements `MKQueryRecord`
### Setting Up Queries
To fetch as `MKAnyRecord`, simply create `MKAnyQuery` with the matching `recordType` (i.e. schema name).
```swift
// create your request to CloudKit
let query = MKAnyQuery(recordType: "TodoListItem")
let request = FetchRecordQueryRequest(
database: .private,
query: FetchRecordQuery(query: query)
)
// handle the result
database.perform(request: request) { result in
do {
try print(result.get().records.information)
} catch {
completed(error)
return
}
completed(nil)
}
```
This will give you `MKAnyRecord` items which contain a `fields` property with your values:
```swift
public struct MKAnyRecord: Codable {
public let recordType: String
public let recordName: UUID?
public let recordChangeTag: String?
public let fields: [String: MKValue]
...
```
The `MKValue` type is an enum which contains the type and value of the field.
### Strong-Typed Queries
In order to use a custom type for requests, you need to implement `MKQueryRecord`. Here's an example of a todo item which contains a title property:
```swift
public class TodoListItem: MKQueryRecord {
// required property and methods for MKQueryRecord
public static var recordType: String = "TodoItem"
public static var desiredKeys: [String]? = ["title"]
public let recordName: UUID?
public let recordChangeTag: String?
public required init(record: MKAnyRecord) throws {
recordName = record.recordName
recordChangeTag = record.recordChangeTag
title = try record.string(fromKey: "title")
}
public var fields: [String: MKValue] {
return ["title": .string(title)]
}
// custom fields and methods to `TodoListItem`
public var title: String
public init(title: String) {
self.title = title
recordName = nil
recordChangeTag = nil
}
}
```
Now you can create an `MKQuery` using your custom type.
```swift
// create your request to CloudKit
let query = MKQuery(recordType: TodoListItem.self)
let request = FetchRecordQueryRequest(
database: .private,
query: FetchRecordQuery(query: query)
)
// handle the result
database.query(request) { result in
do {
try print(result.get().information)
} catch {
completed(error)
return
}
completed(nil)
}
```
Rather than using `MKDatabase.perform(request:)`, use `MKDatabase.query(_ query:)` and `MKDatabase` will decode the value to your custom type.
### Filters
_Coming Soon_
## Fetching Records by Record Name (records/lookup)
```swift
let recordNames : [UUID] = [...]
let query = LookupRecordQuery(TodoListItem.self, recordNames: recordNames)
let request = LookupRecordQueryRequest(database: .private, query: query)
database.lookup(request) { result in
try? print(result.get().count)
}
```
_Coming Soon_
## Fetching Current User Identity (users/caller)
```swift
let request = GetCurrentUserIdentityRequest()
database.perform(request: request) { (result) in
try? print(result.get().userRecordName)
}
```
_Coming Soon_
## Modifying Records (records/modify)
### Creating Records
```swift
let item = TodoListItem(title: title)
let operation = ModifyOperation(operationType: .create, record: item)
let query = ModifyRecordQuery(operations: [operation])
let request = ModifyRecordQueryRequest(database: .private, query: query)
database.perform(operations: request) { result in
do {
try print(result.get().updated.information)
} catch {
completed(error)
return
}
completed(nil)
}
```
### Deleting Records
In order to delete and update records, you are required to already have the object fetched from CloudKit. Therefore you'll need to run a `LookupRecordQueryRequest` or `FetchRecordQueryRequest` to get access to the record. Once you have access to the records, simply create a delete operation with your record:
```swift
let query = LookupRecordQuery(TodoListItem.self, recordNames: recordNames)
let request = LookupRecordQueryRequest(database: .private, query: query)
database.lookup(request) { result in
let items: [TodoListItem]
do {
items = try result.get()
} catch {
completed(error)
return
}
let operations = items.map { (item) in
ModifyOperation(operationType: .delete, record: item)
}
let query = ModifyRecordQuery(operations: operations)
let request = ModifyRecordQueryRequest(database: .private, query: query)
database.perform(operations: request) { result in
do {
try print("Deleted \(result.get().deleted.count) items.")
} catch {
completed(error)
return
}
completed(nil)
}
}
```
### Updating Records
Similarly with updating records, you are required to already have the object fetched from CloudKit. Again, run a `LookupRecordQueryRequest` or `FetchRecordQueryRequest` to get access to the record. Once you have access to the records, simply create a update operation with your record:
```swift
let query = LookupRecordQuery(TodoListItem.self, recordNames: [recordName])
let request = LookupRecordQueryRequest(database: .private, query: query)
database.lookup(request) { result in
let items: [TodoListItem]
do {
items = try result.get()
} catch {
completed(error)
return
}
let operations = items.map { (item) -> ModifyOperation in
item.title = self.newTitle
return ModifyOperation(operationType: .update, record: item)
}
let query = ModifyRecordQuery(operations: operations)
let request = ModifyRecordQueryRequest(database: .private, query: query)
database.perform(operations: request) { result in
do {
try print("Updated \(result.get().updated.count) items.")
} catch {
completed(error)
return
}
completed(nil)
}
}
```
## Using SwiftNIO
If you are building a server-side application and already using [SwiftNIO](https://github.com/apple/swift-nio), you might want to take advantage of some helpers which will work already existing patterns and APIs available. Primarily **[EventLoops](https://apple.github.io/swift-nio/docs/current/NIO/Protocols/EventLoop.html)** from [SwiftNIO](https://github.com/apple/swift-nio) and the respective **HTTP clients** from [SwiftNIO](https://github.com/apple/swift-nio) and [Vapor](https://vapor.codes/).
### Using EventLoops
If you are building a server-side application in [SwiftNIO](https://github.com/apple/swift-nio) (or [Vapor](https://vapor.codes/)), you are likely using [EventLoops](https://apple.github.io/swift-nio/docs/current/NIO/Protocols/EventLoop.html) and [EventLoopFuture](https://apple.github.io/swift-nio/docs/current/NIO/Classes/EventLoopFuture.html) for asyncronous programming. EventLoopFutures are essentially the Future/Promise implementation of [SwiftNIO](https://github.com/apple/swift-nio). Luckily there are helper methods in MistKit which provide [EventLoopFutures](https://apple.github.io/swift-nio/docs/current/NIO/Classes/EventLoopFuture.html) similar to the way they implmented in [SwiftNIO](https://github.com/apple/swift-nio). These implementations augment the already existing callback:
```swift
public extension MKDatabase {
func query(
_ query: FetchRecordQueryRequest>,
on eventLoop: EventLoop
) -> EventLoopFuture<[RecordType]>
func perform(
operations: ModifyRecordQueryRequest,
on eventLoop: EventLoop
) -> EventLoopFuture>
func lookup(
_ lookup: LookupRecordQueryRequest,
on eventLoop: EventLoop
) -> EventLoopFuture<[RecordType]>
func perform(
request: RequestType,
on eventLoop: EventLoop
) -> EventLoopFuture -> EventLoopFuture
where RequestType.Response == ResponseType
}
```
Also if you are using the results as `Content` for a [Vapor](https://vapor.codes/) HTTP response, **MistKit** provides a `MKServerResponse` enum type which distinguishes between an authentication failure (with the redirect URL) and an actual success.
```swift
public enum MKServerResponse: Codable where Success: Codable {
public init(attemptRecoveryFrom error: Error) throws
case failure(URL)
case success(Success)
}
```
Besides [EventLoopFuture](https://apple.github.io/swift-nio/docs/current/NIO/Classes/EventLoopFuture.html), you can also use a different HTTP client for calling CloudKit Web Services.
### Choosing an HTTP Client
By default, MistKit uses `URLSession` for making HTTP calls to the CloudKit Web Service via the `MKURLSessionClient`:
```swift
public struct MKURLSessionClient: MKHttpClient {
public init(session: URLSession) {
self.session = session
}
public func request(withURL url: URL, data: Data?) -> MKURLRequest
}
```
However if you are using [SwiftNIO](https://github.com/apple/swift-nio) or [Vapor](https://vapor.codes/), it makes more sense the use their HTTP clients for making those calls:
* For **SwiftNIO**, there's **`MKAsyncClient`** which uses an `HTTPClient` provided by the `AsyncHTTPClient` library
* For **Vapor**, there's **`MKVaporClient`** which uses an `Client` provided by the `Vapor` library
In the mistdemod example, you can see how to use a Vapor `Request` to create an `MKDatabase` with the `client` property of the `Request`:
```swift
extension MKDatabase where HttpClient == MKVaporClient {
init(request: Request) {
let manager: MKTokenManager
let connection : MKDatabaseConnection
self.init(
connection: connection,
factory: nil,
client: MKVaporClient(client: request.client),
tokenManager: manager
)
}
}
```
## Examples
There are two examples on how to do basic CRUD methods in CloudKit via MistKit:
* As a command line tool using Swift Argument Parser checkout [the `mistdemoc` Swift package executable here](https://github.com/brightdigit/MistKit/tree/main/Sources/mistdemoc)
* And a server-side Vapor application [`mistdemod` here](https://github.com/brightdigit/MistKit/tree/main/Sources/mistdemoc)
## Further Code Documentation
[Documentation Here](/Documentation/Reference/README.md)
# Roadmap
## 0.1.0
- [x] Composing Web Service Requests
- [x] Modifying Records (records/modify)
- [x] Fetching Records Using a Query (records/query)
- [x] Fetching Records by Record Name (records/lookup)
- [x] Fetching Current User Identity (users/caller)
## 0.2.0
- [x] Vapor Token Client
- [x] Vapor Token Storage
- [x] Vapor URL Client
- [x] Swift NIO URL Client
## 0.4.0
- [X] Date Field Types
- [X] Location Field Types
- [ ] List Field Types
- [ ] System Field Integration
## 0.6.0
- [ ] Name Component Types
- [ ] Discovering User Identities (POST users/discover)
- [ ] Discovering All User Identities (GET users/discover)
- [ ] Support `postMessage` for Authentication Requests
## 0.8.0
- [ ] Uploading Assets (assets/upload)
- [ ] Referencing Existing Assets (assets/rereference)
- [ ] Fetching Records Using a Query (records/query) w/ basic filtering
## 0.9.0
- [ ] Fetching Contacts (users/lookup/contacts)
- [ ] Fetching Users by Email (users/lookup/email)
- [ ] Fetching Users by Record Name (users/lookup/id)
## v1.0.0
- [ ] Reference Field Types
- [ ] Error Codes
- [ ] Handle Data Size Limits
## v1.x.x+
- [ ] Fetching Record Changes (records/changes)
- [ ] Fetching Record Information (records/resolve)
- [ ] Accepting Share Records (records/accept)
- [ ] Fetching Zones (zones/list)
- [ ] Fetching Zones by Identifier (zones/lookup)
- [ ] Modifying Zones (zones/modify)
- [ ] Fetching Database Changes (changes/database)
- [ ] Fetching Record Zone Changes (changes/zone)
- [ ] Fetching Zone Changes (zones/changes)
- [ ] Fetching Subscriptions (subscriptions/list)
- [ ] Fetching Subscriptions by Identifier (subscriptions/lookup)
- [ ] Modifying Subscriptions (subscriptions/modify)
- [ ] Creating APNs Tokens (tokens/create)
- [ ] Registering Tokens (tokens/register)
## Not Planned
- [ ] Fetching Current User (users/current) _deprecated_
# License
This code is distributed under the MIT license. See the [LICENSE](LICENSE) file for more info.