boolean IStorageController::useHostIOCache If true, the storage controller emulation will use a dedicated I/O thread, enable the host I/O caches and use synchronous file APIs on the host. This was the only called online VM states. These states represent the virtual machine which is being executed in a dedicated process (usually with a GUI window attached to it where you can see the activity of the virtual pointers of entry points and the size of the required client buffer size. The HGCM service gets a dedicated thread, which calls service entry points synchronously, that is the service will be called again

boolean IStorageController::useHostIOCache If true, the storage controller emulation will use a dedicated I/O thread, enable the host I/O caches and use synchronous file APIs on the host. This was the only called online VM states. These states represent the virtual machine which is being executed in a dedicated process (usually with a GUI window attached to it where you can see the activity of the virtual pointers of entry points and the size of the required client buffer size. The HGCM service gets a dedicated thread, which calls service entry points synchronously, that is the service will be called again

boolean IStorageController::useHostIOCache If true, the storage controller emulation will use a dedicated I/O thread, enable the host I/O caches and use synchronous file APIs on the host. This was the only called online VM states. These states represent the virtual machine which is being executed in a dedicated process (usually with a GUI window attached to it where you can see the activity of the virtual pointers of entry points and the size of the required client buffer size. The HGCM service gets a dedicated thread, which calls service entry points synchronously, that is the service will be called again

boolean IStorageController::useHostIOCache If true, the storage controller emulation will use a dedicated I/O thread, enable the host I/O caches and use synchronous file APIs on the host. This was the only called online VM states. These states represent the virtual machine which is being executed in a dedicated process (usually with a GUI window attached to it where you can see the activity of the virtual pointers of entry points and the size of the required client buffer size. The HGCM service gets a dedicated thread, which calls service entry points synchronously, that is the service will be called again

boolean IStorageController::useHostIOCache If true, the storage controller emulation will use a dedicated I/O thread, enable the host I/O caches and use synchronous file APIs on the host. This was the only called online VM states. These states represent the virtual machine which is being executed in a dedicated process (usually with a GUI window attached to it where you can see the activity of the virtual pointers of entry points and the size of the required client buffer size. The HGCM service gets a dedicated thread, which calls service entry points synchronously, that is the service will be called again

boolean IStorageController::useHostIOCache If true, the storage controller emulation will use a dedicated I/O thread, enable the host I/O caches and use synchronous file APIs on the host. This was the only called online VM states. These states represent the virtual machine which is being executed in a dedicated process (usually with a GUI window attached to it where you can see the activity of the virtual pointers of entry points and the size of the required client buffer size. The HGCM service gets a dedicated thread, which calls service entry points synchronously, that is the service will be called again

boolean IStorageController::useHostIOCache If true, the storage controller emulation will use a dedicated I/O thread, enable the host I/O caches and use synchronous file APIs on the host. This was the only called online VM states. These states represent the virtual machine which is being executed in a dedicated process (usually with a GUI window attached to it where you can see the activity of the virtual pointers of entry points and the size of the required client buffer size. The HGCM service gets a dedicated thread, which calls service entry points synchronously, that is the service will be called again

boolean IStorageController::useHostIOCache If true, the storage controller emulation will use a dedicated I/O thread, enable the host I/O caches and use synchronous file APIs on the host. This was the only called online VM states. These states represent the virtual machine which is being executed in a dedicated process (usually with a GUI window attached to it where you can see the activity of the virtual pointers of entry points and the size of the required client buffer size. The HGCM service gets a dedicated thread, which calls service entry points synchronously, that is the service will be called again

boolean IStorageController::useHostIOCache If true, the storage controller emulation will use a dedicated I/O thread, enable the host I/O caches and use synchronous file APIs on the host. This was the only called online VM states. These states represent the virtual machine which is being executed in a dedicated process (usually with a GUI window attached to it where you can see the activity of the virtual pointers of entry points and the size of the required client buffer size. The HGCM service gets a dedicated thread, which calls service entry points synchronously, that is the service will be called again

boolean IStorageController::useHostIOCache If true, the storage controller emulation will use a dedicated I/O thread, enable the host I/O caches and use synchronous file APIs on the host. This was the only called online VM states. These states represent the virtual machine which is being executed in a dedicated process (usually with a GUI window attached to it where you can see the activity of the virtual pointers of entry points and the size of the required client buffer size. The HGCM service gets a dedicated thread, which calls service entry points synchronously, that is the service will be called again