For more information on how to apply for extended warranty coverage call 1- New Audi owners receive a standard four-year, 50, mile limited warranty that offers basic powertrain protection. The extended warranty is via Audi Australia and is separate to the normal 3 year warranty manufacturer , which even then is really only a 2 year AUDI AG and the final year is covered by Audi Australia.
AUDI A3. The process of cancelling your extended warranty is not complicated, but there is a bit of waiting involved. May 10, To cancel your extended car warranty, you will need to fill out a form specifying your mileage and the cancellation date, and then you will need to get a signed copy of the form from the dealership. New Audi Car Warranty Periods. Audi dealers offer comparatively limited initial and extended warranty options compared to other carmakers, and this can leave Audi owners on the hook for expensive car repair bills when problems crop up.
The Audi Extended Warranty is available at the time of sale or up to two years from the new vehicle warranty start date. However, it offers a fairly short coverage period, comparatively. The warranty is only applicable in the United States. Once Audi warranty coverage expires, you can choose to lengthen the coverage by purchasing an extended warranty also known as Vehicle Service Protection VSP plan. The 14 day period begins on the day you receive your copy of the Cover Booklet and Confirmation of Cover.
An authorized Audi dealer in any other country has no obligation to provide warranty service to your vehicle. Custom auto and home insurance for Audi owners. Audi extended warranties, at their most basic levels, will usually cover the powertrain, where the costliest repairs can occur. There are exclusions for the extended warranty as well and is not as clear cut as the factory warranty. I bought the most expensive Platinum coverage.
The Audi extended warranty program is certainly something to consider if you want to increase the coverage you have on your vehicle, particularly after the factory coverage expires. Using the ConstantTracker me. ConstantTracker you can analyze methods and keep track of non-variable stack values. Don't forget to add your execution to the tree in me.
There are some tricks that can help you identify and deobfuscate jar files successfully. Obfuscators exhibit patterns that you can use to identify obfuscators.
MF file. Extremely flow- obfuscated code, often noticeable by a string decryption method in the static initializer containing switches, or string decryption methods with a very long switch block about cases. ZKM is one of the best obfuscators for java, and also very expensive.
If your jar file contains some special classes with huge decryption algorithms that are used by string obfuscation and access obfuscation, it's probably Stringer. If your file was obfuscated with multiple obfuscators, and Stringer is one of them, you should begin your deobfuscation with Stringer, as Stringer obfuscation cannot be overwritten. Stringer also is very protecting and one of the most expensive obfuscators.
Unlike normal obfuscators it does not come with the name obfuscation. The SourceFile attribute is necessary for getting line numbers printed in a stack trace on a virtual machine or device. The actual original source file name is not required when retracing as the mapping file contains the original source file.
When publishing your app on Google Play, you can upload the mapping. When publishing using Android App Bundles this file is included automatically as part of the app bundle content. Then Google Play will deobfuscate incoming stack traces from user-reported issues so you can review them in the Play Console. For more information, see the Help Center article about how to deobfuscate crash stack traces. To decode an obfuscated stack trace yourself, use the retrace command-line tool, which is bundled with the command-line tools package.
In order to shrink your app even further, R8 inspects your code at a deeper level to remove more unused code or, where possible, rewrite your code to make it less verbose. The following are a few examples of such optimizations:.
R8 does not allow you to disable or enable discrete optimizations, or modify the behavior of an optimization. In fact, R8 ignores any ProGuard rules that attempt to modify default optimizations, such as -optimizations and - optimizationpasses. This restriction is important because, as R8 continues to improve, maintaining a standard behavior for optimizations helps the Android Studio team easily troubleshoot and resolve any issues that you might encounter.
R8 includes a set of additional optimizations that are not enabled by default. Because the additional optimizations make R8 behave differently from ProGuard, they may require you to include additional ProGuard rules to avoid runtime issues. By default, R8 assumes that you intend to examine and manipulate objects of that class at runtime—even if your code actually does not—and it automatically keeps the class and its static initializer.
That is, if you want to keep the class and its static initializer, you need to include a keep rule in your rules file to do that. If you are unable to resolve the issue, please report a bug. This section describes some strategies for troubleshooting issues when enabling shrinking, obfuscation, and optimization using R8. To help you troubleshoot certain R8 issues, it may be useful to see a report of all the code that R8 removed from your app.
When you enable R8 and build your app, R8 outputs a report with the path and file name you specified. The report of removed code looks similar to the following:. The report of kept entry points looks similar to the following:.
When you shrink resources, the Build window shows a summary of the resources that are removed from the app. You need to first click Toggle view on the left side of the window to display detailed text output from Gradle. Gradle also creates a diagnostic file named resources. This file includes details such as which resources reference other resources and which resources are used or removed.
You might find that it's referenced from another resource, as follows:. If you are not using strict checking, resource IDs can be marked as reachable if there are string constants that look like they might be used to construct resource names for dynamically loaded resources. In that case, if you search the build output for the resource name, you might find a message like this:. If you see one of these strings and you are certain that the string is not being used to load the given resource dynamically, you can use the tools:discard attribute to inform the build system to remove it, as described in the section about how to customize which resources to keep.
Content and code samples on this page are subject to the licenses described in the Content License. Android Studio. Download What's new User guide Preview. Meet Android Studio. Manage your project. Write your app. Build and run your app. Run apps on the emulator. Run apps on a hardware device. Configure your build. Optimize your build speed. How does the obfuscation work? Read more in the FAQ Sounds great! Just paste your code or upload it below and click on "obfuscate". Making it faster to load and harder to understand; Protection of work that hasn't been paid for yet.
You can show your work to the client knowing that they won't have the source code until the invoice has been paid. Is this obfuscator absolutely foolproof? Why is my obfuscated code larger than my original source?
Do you store my source code?
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