- #Windows color filter registry key drivers#
- #Windows color filter registry key portable#
- #Windows color filter registry key software#
#Windows color filter registry key software#
There are ways, though they involve installation of software to "hook" things (basically, hacking) that you can bring back the ability to load desktop themes, and even to bring back Aero Glass to the Windows 8.1 desktop. There are clearly different forces driving it.
#Windows color filter registry key portable#
On purpose, presumably to make us dislike the desktop and make it more likely we'll migrate to something else (such as use of Metro/Modern, possibly on a portable device).Īs much as you'd like to believe this is the same Microsoft that brought us Windows that "was always so good!" it's not.
#Windows color filter registry key drivers#
Hardware profiles allow selecting drivers of supported devices for the specified session.Microsoft took away our ability to customize your desktop to make it easier to use This key stores information about a hardware profile which is used by the local computer at system startup. Another subkey, HKEY_USERS\DEFAULT, stores information about system settings at the moment before the start of the current user session. Its subkeys contain information about all user profiles, and one of the subkeys always corresponds to the HKEY_CURRENT_USER key (via the Security ID (SID) parameter of the user). While the HKEY_CURRENT_USER key stores the settings of the current user, this key stores Windows settings for all users. Information stored in this key is valid for all profiles of registered users. This key stores the largest ammount of information in the registry and is often used for fine-tuning the hardware configuration of the computer. There is also information which is specific to the operating system and hardware, such as type of bus, total size of available memory, list of currently loaded device drivers and information about Windows startup. This key stores information about installed applications, settings, and drivers. In fact, this key stores all information related to the profile of the user who is currently working with Windows. This information is gathered from the Security ID subkey (SID) of HKEY_USERS for the current user. Its subkeys store information about environment variables, program groups, desktop settings, screen colors, network connections, printers and additional application settings. This key stores settings which are specific to the currently logged-in user (Windows Start menu, desktop, etc.). Besides, the HKEY_CLASSES_ROOT key provides combined data to applications that were created for earlier versions of Windows. This information is necessary for opening files with a double-click, or for drag-and-drop operations. This key contains several subkeys with information about extensions of all registred file types and COM servers. Let’s take a closer look at the data stored in each hive. The names of keys and subkeys of both hives are almost the same. The registry has two independent hives: the first hive stores information related to 32-bit components of the operating system, the second contains all information about 64-bit components. The structure of the registry in 64-bit versions of Microsoft Windows is a little different from the architecture of the registry in 32-bit versions of Windows. In the former case, modifications of a name can cause failures of Windows in the latter case, such modifications are harmless. Similar to key names, names of subkeys can be defined by the operating system or user. Their names can be modified by the administrator of the computer, and such modifications do not bring any damage to the system. If a name is modified, it may result in a failure or malfunctions of Windows.
their names are defined by the operating system. In terms of functionality, registry keys can be divided into two categories: If we consider the registry in terms of a hierarchical file system, then the levels of the registry can be represented as in the picture below:
Registry keys are on the second level, subkeys are on the third and then come values. This key data is configured and modified by the operating system at startup and not stored as files. This key stores dynamic data about installed hardware devices. There is also the sixth hive key called HKEY_DYN_DATA. There are five hive keys, each of which begins with “HKEY_” and name of a key: As we said before, the registry is a hierarchical database where information is presented on a number of levels (up to 6).