The image could have a defective driver that is causing problems in your environment. Running Crash Analyzer is a good idea even if you plan to reimage the computer. If they are not included on the recovery image and you do not have access to them on the computer that you are repairing, you can copy the memory dump file to another computer and use the stand-alone version of Crash Analyzer to diagnose the problem. You can include both requirements when you create the DaRT recovery image. The Crash Analyzer Wizard requires the Debugging Tools for Windows and symbol files for the operating system that you are repairing. You can then disable the problem device driver by using the Services and Drivers node in the Computer Management tool. Crash Analyzer examines the memory dump file for the driver that caused a computer to fail. Use the Crash Analyzer Wizard to quickly determine the cause of a computer failure by analyzing the memory dump file on the Windows operating system that you are repairing. The recovery of dynamic disks with DaRT is not supported. The Computer Management console is customized to help you diagnose and repair problems that might be preventing the Windows operating system from starting. You can use the Computer Management tools in DaRT to view system information and event logs, manage disks, manage services and device drivers, and list apps that automatically start. Computer ManagementĬomputer Management is a collection of Windows administrative tools that help you troubleshoot a problem computer. Exploring the DaRT toolsĪ description of the DaRT 10 tools follows. If it is available, you can use the Solution Wizard on the Diagnostics and Recovery Toolset window to select the tool that best addresses your particular issue, based on a brief interview that the wizard provides. For information about how to access the Diagnostics and Recovery Toolset window, see How to Recover Local Computers by Using the DaRT Recovery Image. Using the Local Emulator Suite UI for interactive prototyping, or theĪuthentication emulator REST API for non-interactive testing.From the Diagnostics and Recovery Toolset window in Microsoft Diagnostics and Recovery Toolset (DaRT) 10, you can start any of the individual tools that you include when you create the DaRT 10 recovery image. Using the Authentication emulator involves just a few steps:Īdding a line of code to your app's test config to connect to the emulator.įrom the root of your local project directory, running firebase emulators:start. Well as optionally your emulated project resources (functions, other databases, Work locally without deploying live services can be a great idea.Īn Authentication emulator is part of the Local Emulator Suite, whichĮnables your app to interact with emulated database content and config, as Using Authentication and Firebase Security Rules, or prototyping sign-in UI designs, being able to If you're deciding among authentication techniquesĪnd providers, trying out different data models with public and private data Tools you can use to prototype and test Authentication functionality:įirebase Local Emulator Suite. (Optional) Prototype and test with Firebase Local Emulator Suiteīefore talking about how your app authenticates users, let's introduce a set of Go to the Sign-in Method page in the Firebase Authentication section to enableĮmail/Password sign-in and any other identity providers you want for your app. To use an authentication provider, you need to enable it in the Firebase console. Import the plugin in your Dart code: import 'package:firebase_auth/firebase_auth.dart' Once complete, rebuild your Flutter application: flutter run The plugin: flutter pub add firebase_auth Add Firebase Authentication to your appįrom the root of your Flutter project, run the following command to install Install and initialize the Firebase SDKs for Flutter if you haven't already done
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