Getting started
This document shows how to setup package:oidc
for the first time.
you can check the example project for the final result.
after following this document, you can check the Usage Document
Adding dependencies
every platform you support has its own configuration and set up.
for Android, IOS, Macos, The current implementation relies on the appauth SDK made by openid themselves, we use it via .
we also rely on in our oidc_default_store
implementation, to encrypt the stored access tokens.
Android
AppAuth Android setup
go to android/app/build.gradle
, and add the following line under defaultConfig
:
defaultConfig {
applicationId "com.my_app"
minSdkVersion flutter.minSdkVersion
targetSdkVersion flutter.targetSdkVersion
versionCode flutterVersionCode.toInteger()
versionName flutterVersionName
+ manifestPlaceholders += [
+ 'appAuthRedirectScheme': 'com.my.app'
+ ]
}
com.my.app
with your applicationId
IMPORTANT NOTE
if your
applicationId
contains an underscore (_
), replace it with a dot (.
) in theappAuthRedirectScheme
flutter_secure_storage setup
- In
android/app/build.gradle
setminSdkVersion
to >= 18. -
Disable backup:
-
Create the following file in
android\app\src\main\res\xml\backup_rules.xml
-
Create the following file in
android\app\src\main\res\xml\data_extraction_rules.xml
- in
android\app\src\main\AndroidManifest.xml
add the following attributes toapplication
tag:
-
Enable MultiDex
just do flutter run
from your terminal (not IDE) once, and it will ask you to enable it (press y).
iOS/macOS
AppAuth setup
Append the following to your ios/Info.plist
and macos/Info.plist
file
<key>CFBundleURLTypes</key>
<array>
<dict>
<key>CFBundleTypeRole</key>
<string>Editor</string>
<key>CFBundleURLSchemes</key>
<array>
<string>com.my.app</string>
</array>
</dict>
</array>
com.my.app
with your application id
flutter_secure_storage setup for macos
You need to add Keychain Sharing as capability to your macOS runner. To achieve this, please add the following in both your macos/Runner/DebugProfile.entitlements
and macos/Runner/Release.entitlements
(you need to change both files).
Web
for web, you need a separate html page to be delivered with your app, which will handle oidc-related requests.
you can get the page from the example project:
it doesn't matter where you put the page and what you call it, but it MUST be delivered from your redirect_uri
for example, here is a common configuration using this page:
final htmlPageLinkDevelopment = Uri.parse('http://localhost:22433/redirect.html');
final htmlPageLinkProduction = Uri.parse('https://mywebsite.com/redirect.html');
final htmlPageLink = kDebugMode ? htmlPageLinkDevelopment : htmlPageLinkProduction;
final redirectUri = htmlPageLink;
final postLogoutRedirectUri = htmlPageLink;
final frontChannelLogoutUri = htmlPageLink.replace(
queryParameters: {
...htmlPageLink.queryParameters,
'requestType': 'front-channel-logout'
}
);
frontChannelLogoutUri
needs requestType=front-channel-logout
for the page to know the request type.
you will have to register these urls with the openid provider first, depending on your configuration.
also the html page is completely customizable, but it's preferred to leave the javascript part as is, since it's well-integrated with the plugin.
flutter_secure_storage setup for web
Flutter Secure Storage uses an experimental implementation using WebCrypto. Use at your own risk at this time. Feedback welcome to improve it. The intent is that the browser is creating the private key, and as a result, the encrypted strings in local_storage are not portable to other browsers or other machines and will only work on the same domain.
! It is VERY important that you have HTTP Strict Forward Secrecy enabled and the proper headers applied to your responses or you could be subject to a javascript hijack.
Please see:
- https://developer.mozilla.org/en-US/docs/Web/HTTP/Headers/Strict-Transport-Security
- https://www.netsparker.com/blog/web-security/http-security-headers/
Windows
Works out of the box.
Linux
flutter_secure_storage setup for linux
also see these issues: flutter_secure_storage#545
You need libsecret-1-dev
and libjsoncpp-dev
on your machine to build the project, and libsecret-1-0
and libjsoncpp1
to run the application (add it as a dependency after packaging your app). If you using snapcraft to build the project use the following:
parts:
uet-lms:
source: .
plugin: flutter
flutter-target: lib/main.dart
build-packages:
- libsecret-1-dev
- libjsoncpp-dev
stage-packages:
- libsecret-1-0
- libjsoncpp-dev
libsecret
you also need a keyring service, for that you need either gnome-keyring
(for Gnome users) or ksecretsservice
(for KDE users) or other light provider like secret-service.
Notes
- by default, due to its many configuration points, if the plugin fails to read/write using
flutter_secure_storage
, it will fall back to shared_preferences, which is NOT secure.