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195 lines
7.7 KiB
195 lines
7.7 KiB
/*******************************************************************************
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*
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* (C) COPYRIGHT MICROSOFT CORP., 1993-1994
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*
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* TITLE: PWRIOCTL.H
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*
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* VERSION: 1.0
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*
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* DATE: 01 Feb 1994
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*
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* AUTHOR: TCS
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*
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* Definitions for the Virtual Power Management Device DeviceIoControl
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* interface.
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*
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********************************************************************************
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*
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* CHANGE LOG:
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*
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* DATE REV DESCRIPTION
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* ----------- --- -------------------------------------------------------------
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* 01 Feb 1994 TCS Original implementation.
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*
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*******************************************************************************/
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#ifndef _INC_PWRIOCTL
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#define _INC_PWRIOCTL
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#ifndef Not_VxD
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#define Not_VxD
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#endif
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#ifndef IS_32
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#define IS_32
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#endif
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#include <vpowerd.h>
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//
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// The IOCTL codes match up exactly to the order of the services in the VPOWERD
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// service table (plus one). The input buffer for each IOCTL code follows the
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// same structure as the corresponding VPOWERD service would expect. The
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// output buffer is used to store the return value from the VPOWERD service.
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//
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// VPOWERD_IOCTL_GET_VERSION
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// Gets the version of the installed VPOWERD device.
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//
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// lpvInBuffer: Not used for this operation, set to NULL.
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// lpvOutBuffer: Pointer to DWORD to receive the VPOWERD version.
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#define VPOWERD_IOCTL_GET_VERSION 0x00000001
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// VPOWERD_IOCTL_GET_APM_BIOS_VERSION
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// Gets the version of the APM BIOS that VPOWERD has detected.
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//
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// lpvInBuffer: Not used for this operation, set to NULL.
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// lpvOutBuffer: Pointer to DWORD to receive the APM BIOS version.
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#define VPOWERD_IOCTL_GET_APM_BIOS_VERSION 0x00000002
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// VPOWERD_IOCTL_GET_PM_LEVEL
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// Gets the level of power management interaction between VPOWERD and the
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// APM BIOS.
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//
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// lpvInBuffer: Not used for this operation, set to NULL.
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// lpvOutBuffer: Pointer to DWORD to receive the current power management
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// level.
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#define VPOWERD_IOCTL_GET_PM_LEVEL 0x00000003
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// VPOWERD_IOCTL_SET_PM_LEVEL
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// Sets the level of power management interaction between VPOWERD and the
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// APM BIOS.
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//
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// lpvInBuffer: Pointer to VPOWERD_SET_PM_LEVEL_PARAM structure.
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// lpvOutBuffer: Pointer to DWORD to receive the VPOWERD return code.
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#define VPOWERD_IOCTL_SET_PM_LEVEL 0x00000004
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typedef struct _VPOWERD_SET_PM_LEVEL_PARAM {
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DWORD PowerManagementLevel;
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} VPOWERD_SET_PM_LEVEL_PARAM;
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// VPOWERD_IOCTL_SET_DEVICE_STATE
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// Sets the power state (e.g., OFF) of the specified device ID. Not valid
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// for the system device (all devices power managed by the APM BIOS).
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//
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// lpvInBuffer: Pointer to VPOWERD_SET_DEVICE_PARAM structure.
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// lpvOutBuffer: Pointer to DWORD to receive the VPOWERD return code.
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#define VPOWERD_IOCTL_SET_DEVICE_STATE 0x00000005
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typedef struct _VPOWERD_SET_DEVICE_PARAM {
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POWER_DEVICE_ID PowerDeviceID;
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POWER_STATE PowerState;
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} VPOWERD_SET_DEVICE_PARAM;
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// VPOWERD_IOCTL_RESTORE_DEFAULTS
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// Reinitializes all APM BIOS power-on defaults.
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//
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// lpvInBuffer: Not used for this operation, set to NULL.
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// lpvOutBuffer: Pointer to DWORD to receive the VPOWERD return code.
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#define VPOWERD_IOCTL_RESTORE_DEFAULTS 0x00000007
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// VPOWERD_IOCTL_GET_STATUS
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// Gets the current power status of the specified device ID.
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//
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// lpvInBuffer: Pointer to VPOWERD_GET_STATUS_PARAM structure.
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// lpvOutBuffer: Pointer to DWORD to receive the VPOWERD return code.
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#define VPOWERD_IOCTL_GET_STATUS 0x00000008
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typedef struct _VPOWERD_GET_STATUS_PARAM {
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POWER_DEVICE_ID PowerDeviceID;
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LPPOWER_STATUS lpPowerStatus;
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} VPOWERD_GET_STATUS_PARAM;
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// VPOWERD_IOCTL_GET_STATE
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// Gets the power state (e.g., OFF) of the specified device ID.
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//
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// lpvInBuffer: Pointer to VPOWERD_GET_STATE_PARAM structure.
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// lpvOutBuffer: Pointer to DWORD to receive the VPOWERD return code.
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#define VPOWERD_IOCTL_GET_STATE 0x00000009
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typedef struct _VPOWERD_GET_STATE_PARAM {
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POWER_DEVICE_ID PowerDeviceID;
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LPPOWER_STATE lpPowerState;
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} GET_STATE_PARAM;
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// VPOWERD_IOCTL_OEM_APM_FUNCTION
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// Calls an OEM defined APM BIOS extension.
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//
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// lpvInBuffer: Pointer to VPOWERD_OEM_APM_FUNCTION_PARAM structure.
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// lpvOutBuffer: Pointer to DWORD to receive the VPOWERD return code.
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#define VPOWERD_IOCTL_OEM_APM_FUNCTION 0x0000000A
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typedef struct _VPOWERD_OEM_APM_FUNCTION_PARAM {
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LPOEM_APM_REGS lpOemApmRegs;
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} VPOWERD_OEM_APM_FUNCTION_PARAM;
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// VPOWERD_IOCTL_W32_GET_SYSTEM_STATUS
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// Gets the current power status of the system. Follows the Win32
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// GetSystemPowerStatus API convention.
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//
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// lpvInBuffer: Pointer to VPOWERD_W32_GET_SYSTEM_STATUS_PARAM structure.
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// lpvOutBuffer: Pointer to DWORD to receive the boolean return code.
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#define VPOWERD_IOCTL_W32_GET_SYSTEM_STATUS 0x0000000D
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typedef struct _VPOWERD_W32_GET_SYSTEM_STATUS_PARAM {
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LPWIN32_SYSTEM_POWER_STATUS lpWin32SystemPowerStatus;
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} VPOWERD_W32_GET_SYSTEM_STATUS_PARAM;
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// VPOWERD_IOCTL_GET_CAPABILITIES
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// Gets the capabilities bitmask of an APM 1.2 machine.
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// lpvInBuffer: Pointer to VPOWERD_GET_CAPABILITIES_PARAM structure.
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// lpvOutBuffer: Pointer to DWORD to receive the boolean return code.
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#define VPOWERD_IOCTL_GET_CAPABILITIES 0x000000F
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typedef struct _VPOWERD_GET_CAPABILITIES_PARAM {
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PAPM_CAPABILITIES pApmCaps;
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} VPOWERD_GET_CAPABILITIES_PARAM;
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// VPOWERD_IOCTL_ENABLE_RING_RESUME
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// Calls into the BIOS and attempts to enable the Resume on Ring capability. This is only supported on APM 1.2 machines
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// lpvInBuffer: Not used for this operation, set to NULL
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// lpvOutBuffer: pointer to dword to receive the VPOWERD return code. (Expect PR_FUNC_NOT_SUPPORTED on APM 1.1 or lower machines.)
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#define VPOWERD_IOCTL_ENABLE_RING_RESUME 0x00000010
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// VPOWERD_IOCTL_DISABLE_RING_RESUME
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// Calls into the BIOS and attempts to disable the Resume on Ring capability. This is only supported on APM 1.2 machines
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// lpvInBuffer: Not used for this operation, set to NULL
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// lpvOutBuffer: pointer to dword to receive the VPOWERD return code. (Expect PR_FUNC_NOT_SUPPORTED on APM 1.1 or lower machines.)
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#define VPOWERD_IOCTL_DISABLE_RING_RESUME 0x00000011
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// VPOWERD_IOCTL_W32_GET_STATUS
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// Gets the current power status of a particular battery on an APM 1.2 machine.
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// BatteryNumber is the battery device ID in which your interested.
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// The device ID is formed by adding 0x8000 to the *1* based battery number.
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// e.g. if your interested in the first battery, BatteryNumber=0x8001
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// lpvInBuffer: Pointer to VPOWERD_W32_GET_STATUS_PARAM structure.
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// lpvOutBuffer: Pointer to DWORD to receive the boolean return code.
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#define VPOWERD_IOCTL_W32_GET_STATUS 0x00000017
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typedef struct _VPOWERD_W32_GET_STATUS_PARAM {
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DWORD BatteryNumber;
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LPWIN32_SYSTEM_POWER_STATUS lpWin32SystemPowerStatus;
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} VPOWERD_W32_GET_STATUS_PARAM;
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// VPOWERD_IOCTL_GET_RING_RESUME_STATUS
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// Calls into the BIOS and attempts to determine whether Resume on Ring is enabled or disabled.
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// This is only supported on APM 1.2 machines.
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// lpvInBuffer: Pointer to VPOWERD_GET_RING_RESUME_STATUS_PARAM structure
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// lpvOutBuffer: pointer to dword to receive the VPOWERD return code. (Expect PR_FUNC_NOT_SUPPORTED on APM 1.1 or lower machines.)
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#define VPOWERD_IOCTL_GET_RING_RESUME_STATUS 0x00000019
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typedef struct _VPOWERD_GET_RING_RESUME_STATUS_PARAM {
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LPDWORD pStatus;
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} VPOWERD_GET_RING_RESUME_STATUS_PARAM;
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#endif // _INC_PWRIOCTL
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