The same application is modified to write "Hello 64-bit world" instead of "Hello 32-bit x86 world" and recompiled as a 64-bit 圆4 or ARM64 application.If the key does not exist, the application creates it with a default value of "Hello 32-bit x86 world" otherwise, it reads and displays the value. A 32-bit x86 application checks for the existence of the following registry key: HKEY_LOCAL_MACHINE\Software\Hello.The following scenario illustrates the use of these logical views: For more information, see Registry Reflection.
#Redirector exe windows 7#
Registry reflection was removed starting with Windows 7 and Windows Server 2008 R2. The process of registry reflection copies registry keys and values between two registry views to keep them synchronized. Windows Server 2008, Windows Vista, Windows Server 2003 and Windows XP: To enable application interoperability through COM and other mechanisms, a subset of redirected registry keys are also reflected. For a list of redirected keys and shared keys, see Registry Keys Affected by WOW64. Instead, one physical copy of the key is mapped into each logical view of the registry. 32-bit registry calls to shared keys are not redirected. Windows 10 on ARM: In addition to the 32-bit logical view for x86 applications, Windows 10 on ARM includes a separate logical view for 32-bit ARM applications.Ī subset of keys under redirected registry paths are shared. Therefore, a 32-bit application can access registry data as if it were running on 32-bit Windows even if the data is stored in a different location on 64-bit Windows. The redirection process is transparent to the application. The registry redirector intercepts 32-bit and 64-bit registry calls to their respective logical registry views and maps them to the corresponding physical registry location.
The registry redirector isolates 32-bit and 64-bit applications by providing separate logical views of certain portions of the registry on WOW64.
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