To discover and modify various values in an application, tools like Cheat Engine can be utilized. However, it is probable that the previous addresses will have changed once you close and reopen the application, necessitating the search for new addresses to manipulate the value again.
A pointer address that indicates a specific location within the application can be located to easily find the other address for changing the value. The pointer address, to my knowledge, remains unchanged even after restarting the application.
I am curious whether the address to the pointer in that application would remain consistent on another computer. Additionally, is it possible for the Windows 10 and Windows 7 operating systems to distinguish between them?
Finding and Manipulating Addresses in an Application
When it comes to finding and manipulating addresses in an application, tools like Cheat Engine can be incredibly useful. However, it’s important to note that these addresses may change once you close and reopen the application, requiring you to search for new addresses to manipulate the value again.
That’s where pointer addresses come in handy. These addresses indicate a specific location within the application and can be used to easily find other addresses for changing the value. The pointer address, to the best of my knowledge, remains unchanged even after restarting the application.
But what happens if you try to use the same pointer address on a different computer? Will it remain consistent, or will it change? The answer to that question is a bit complicated.
Pointer Addresses on Different Computers
In general, it’s unlikely that a pointer address will remain consistent across different computers. This is because the pointer address is typically tied to the specific memory locations of the application on your computer.
When you open an application on your computer, it gets loaded into memory at a specific address. The pointer address you use to manipulate values within that application is tied to that specific memory location. If you were to try to use that same pointer address on a different computer, it would likely point to a completely different memory location, rendering it useless.
That being said, there are some situations where a pointer address might remain consistent across different computers. For example, if the application you’re working with is a web application that’s hosted on a server, the pointer address may remain consistent across different client machines.
Operating System Differences
Another factor to consider when working with pointer addresses is the operating system you’re using. Specifically, can Windows 10 and Windows 7 distinguish between pointer addresses?
The answer to this question is yes and no. In general, the way that pointer addresses are handled is similar across different versions of Windows. However, there may be some differences in how the operating system manages memory that could affect the consistency of pointer addresses.
For example, if you’re working with a 32-bit application on a 64-bit version of Windows, the operating system may use a technique called address space layout randomization (ASLR) to randomize the location of the application in memory. This can make it more difficult to find and manipulate pointer addresses.
In conclusion, when working with pointer addresses, it’s important to keep in mind that they may not remain consistent across different computers or operating systems. While there are some situations where a pointer address may remain the same, it’s generally best to assume that it will change and plan accordingly.
To minimize the impact of changing pointer addresses, it’s a good idea to use tools like Cheat Engine to search for new addresses each time you open the application. You can also try to find other ways to manipulate values within the application that don’t rely on pointer addresses, such as using scripts or modifying configuration files.
It is generally not safe to assume that a pointer address will remain the same between different computers or even between different runs of the same application on the same computer. This is because the memory layout of an application can depend on many factors, including the underlying hardware, the operating system, and the specific version and configuration of the application.
In addition, the use of pointers can be somewhat unpredictable and can change for various reasons, such as updates to the application or changes in the operating system. Therefore, it is generally not a good idea to rely on a specific pointer address for manipulation of values in an application, as it is likely to change and may not be reliable.
As for whether different versions of the Windows operating system might affect the memory layout of an application, it is possible that certain differences in the operating system could affect the memory layout. However, this would depend on the specific implementation of the application and the operating system, and it is difficult to make generalizations without more information.
If one is utilizing absolute RAM addresses, then the response would be negative. This is because the operating system attempts to randomize the allocated memory pages in order to prevent that type of hacking.
However, if one is employing relative offsets to the start of the program space, where the initial program byte is at offset zero, then the answer is affirmative. Such an address will remain constant across different launches and versions of Windows.
The answer is negative for any loaded DLL since Windows also randomizes the addresses in the program space into which DLLs are loaded for the same security reason.
The answer is consistent for Windows 7 and subsequent versions.