Delete a bunch of packages that are now on GitHub.

pkg/oauth2/README.md

Index: pkg/oauth2/README.md
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-A client library for authenticating with a remote service via OAuth2 on
-behalf of a user, and making authorized HTTP requests with the user's OAuth2
-credentials.
-
-OAuth2 allows a client (the program using this library) to access and
-manipulate a resource that's owned by a resource owner (the end user) and
-lives on a remote server. The client directs the resource owner to an
-authorization server (usually but not always the same as the server that
-hosts the resource), where the resource owner tells the authorization server
-to give the client an access token. This token serves as proof that the
-client has permission to access resources on behalf of the resource owner.
-
-OAuth2 provides several different methods for the client to obtain
-authorization. At the time of writing, this library only supports the
-[AuthorizationCodeGrant][] method, but further methods may be added in the
-future. The following example uses this method to authenticate, and assumes
-that the library is being used by a server-side application.
-
-[AuthorizationCodeGrant]: https://api.dartlang.org/apidocs/channels/stable/#oauth2/oauth2.AuthorizationCodeGrant
-
-```dart
-import 'dart:io'
-import 'package:oauth2/oauth2.dart' as oauth2;
-
-// These URLs are endpoints that are provided by the authorization
-// server. They're usually included in the server's documentation of its
-// OAuth2 API.
-final authorizationEndpoint =
-    Uri.parse("http://example.com/oauth2/authorization");
-final tokenEndpoint =
-    Uri.parse("http://example.com/oauth2/token");
-
-// The authorization server will issue each client a separate client
-// identifier and secret, which allows the server to tell which client
-// is accessing it. Some servers may also have an anonymous
-// identifier/secret pair that any client may use.
-//
-// Note that clients whose source code or binary executable is readily
-// available may not be able to make sure the client secret is kept a
-// secret. This is fine; OAuth2 servers generally won't rely on knowing
-// with certainty that a client is who it claims to be.
-final identifier = "my client identifier";
-final secret = "my client secret";
-
-// This is a URL on your application's server. The authorization server
-// will redirect the resource owner here once they've authorized the
-// client. The redirection will include the authorization code in the
-// query parameters.
-final redirectUrl = Uri.parse("http://my-site.com/oauth2-redirect");
-
-var credentialsFile = new File("~/.myapp/credentials.json");
-return credentialsFile.exists().then((exists) {
-  // If the OAuth2 credentials have already been saved from a previous
-  // run, we just want to reload them.
-  if (exists) {
-    return credentialsFile.readAsString().then((json) {
-      var credentials = new oauth2.Credentials.fromJson(json);
-      return new oauth2.Client(identifier, secret, credentials);
-    });
-  }
-
-  // If we don't have OAuth2 credentials yet, we need to get the
-  // resource owner to authorize us. We're assuming here that we're a
-  // command-line application.
-  var grant = new oauth2.AuthorizationCodeGrant(
-      identifier, secret, authorizationEndpoint, tokenEndpoint);
-
-  // Redirect the resource owner to the authorization URL. This will be
-  // a URL on the authorization server (authorizationEndpoint with some
-  // additional query parameters). Once the resource owner has
-  // authorized, they'll be redirected to `redirectUrl` with an
-  // authorization code.
-  //
-  // `redirect` is an imaginary function that redirects the resource
-  // owner's browser.
-  return redirect(grant.getAuthorizationUrl(redirectUrl)).then((_) {
-    // Another imaginary function that listens for a request to
-    // `redirectUrl`.
-    return listen(redirectUrl);
-  }).then((request) {
-    // Once the user is redirected to `redirectUrl`, pass the query
-    // parameters to the AuthorizationCodeGrant. It will validate them
-    // and extract the authorization code to create a new Client.
-    return grant.handleAuthorizationResponse(request.uri.queryParameters);
-  })
-}).then((client) {
-  // Once you have a Client, you can use it just like any other HTTP
-  // client.
-  return client.read("http://example.com/protected-resources.txt")
-      .then((result) {
-    // Once we're done with the client, save the credentials file. This
-    // ensures that if the credentials were automatically refreshed
-    // while using the client, the new credentials are available for the
-    // next run of the program.
-    return credentialsFile.open(FileMode.WRITE).then((file) {
-      return file.writeString(client.credentials.toJson());
-    }).then((file) => file.close()).then((_) => result);
-  });
-}).then(print);
-```