There are many ways to get into the RPP3 memory access violation space. Some people just write to the 0x0 address range, while others use RDP to write to specific locations in each address range.
In this case, the person who wrote the RDP bug was the same person who wrote the 0x0 address violation bug. In both cases, the fix came from a memory access violation from another device. But what it really boils down to is that the fix came from a malicious user on the same server as the bug.
Why? This is a fairly clear statement, but if you start out with the rpcs3 mem access violation writing location 0x0, then you’re looking at a lot of work. To fix it, you have to do it the right way.
This is pretty much the same thing as the RDP 0x0 address violation bug. The difference is that the rpcs3 mem access violation writing location 0x0 is a more severe bug that is much easier to fix than the RDP 0x0 address violation bug.
The problem is that the rpcs3 mem access violation writing location 0x0 is really easy to fix.
The RDP 0x0 address error is one of the most common bugs that occur in Windows applications. When you start your application, you are presented with a dialog box asking you to specify the DLL name and the address of the application that you are trying to run. The RDP 0x0 address bug occurs when the RDP 0x0 address of a shared object is used in a call to the DLL instead of the actual address of the shared object.
The bug is typically caused by an RDP service attempting to access a resource that is not in the same application domain. That resource is then used to call the RDP 0x0 address of another shared object. When a call to the shared object fails, the application then throws an access violation exception.
rpcs3 is an RDP service that can access shared objects in many different applications. The RDP 0x0 address bug occurs when the RDP service tries to access a resource that is not in the same application domain. The resource is then used to call the RDP 0x0 address of another shared object. When a call to the shared object fails, the application then throws an access violation exception.
This is a well-known vulnerability in Windows 8, but it’s one of those vulnerabilities that you don’t hear about because it’s so well-known. It’s very easy to see and fix, but to understand it, you need to know a little bit about Windows.
This is a much more efficient way to address the issue: In general there are several ways to resolve access violations, but the most common is to first have the application open in a new window, then go to the application’s menu and search for the RDP 0x0 address. And voila, the application is now available to the whole world, including everyone who has access to it.
