Windows kernel download

03.10.2021 By Sarah Torgerson

windows kernel download

Windows Benchmark: Threadripper WX vs. Linux can be installed on a wide variety of computer hardware, ranging from mobile phones, tablet computers, routers, and video game consoles, to mainframes and supercomputers. Linux is a leading server operating system, and runs the 10 fastest winodws in the world. The development of Linux kernel one of the beautiful red rose images free download prominent examples of free windows open source software collaboration; typically all the underlying source code can be used, freely modified, and redistributed, both commercially and non-commercially, by anyone under licenses such as download GNU General Public License. Typically Linux is packaged in a format known as a Linux distribution for desktop and server use. Linux distributions include downloda Linux kernel and supporting utilities and libraries to fulfill the distribution's intended windowz.
  • What is Microsoft-windows-kernel-pnp-events.dll used for?
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    Introduction. Windows Kernel Explorer (you can simply call it as "WKE") is a free but powerful kernel research tool. It supports from Windows XP to Windows 10 (bit and bit). Compared with WIN64AST and PCHunter, WKE can run on the latest Windows 10 without updating binary files. Sep 10,  · Install Windows Subsystem for Linux with the command, wsl --install. Use a Bash terminal on your Windows machine run by your preferred Linux distribution - Ubuntu, Debian, SUSE, Kali, Fedora, Pengwin, Alpine, and more are available. 22 rows · Oct 18,  · Click "Download Now" to get the PC tool that comes with the kerneldll. /5().

    Submit and view feedback for This product This page. View all page kernel. Is this page helpful? I will update the program after the official version of Windows 11 is kernfl. It supports from Windows XP to Windows 10 bit and bit. You can customize WKE by editing the configuration file. Currently, you can specify the device name and symbolic link name of driver, and altitude of filter.

    You can also enable kernel-mode and user-mode characteristics randomization windowws avoid being detected by malware. Only idiots implant wondows code into a tool for experienced programmers and reverse engineers, because most users only use WKE in test environments, this kind of behavior is meaningless.

    It is a bit awkward, so I say straightforwardly: I don't plan to share the source code of this tool, but I may share some source code of test programs that associated with this tool. Kernel received too many SPAM of this issue. If you need to use WKE in a specfic environment, please order "binary customization" service.

    In order to optimize download page load speed in low quality network environments, I only placed one picture on this page. Bug fix: Enhanced stability. Bug fix: UI fine-tuning. New feature: Prohibit process from running again after winows. New feature: Get the window information at the cursor.

    Skip to content. Star 1. A free but powerful Windows kernel research tool. Code Pull requests Actions Security Insights. Branches Tags. Do not use it in your download. Downooad Power Management Routines The Windows power management architecture provides a comprehensive approach to power management supported at the component subdevice level, in addition to the system level and the device level.

    Device Power Management Starting with Windows 8, drivers can windows their device hardware into multiple logical components to enable fine-grained power management. PoFxSetComponentLatency The PoFxSetComponentLatency routine specifies the maximum latency that can be tolerated in the transition from the idle condition to the active condition in the specified component.

    Device Power Management Callbacks Device power management callbacks are the callback routines that are required by the power management framework PoFx to enable kerenl power management. Callback Description ComponentActiveConditionCallback The ComponentActiveConditionCallback callback routine notifies the driver that the specified component completed a transition from the idle condition to the active condition.

    ComponentIdleConditionCallback The ComponentIdleConditionCallback callback routine notifies the driver that the specified component completed a transition from the active condition to the idle condition. ComponentPerfStateCallback The ComponentPerfStateCallback callback routine notifies the driver that its request to change dosnload performance state of a component is complete.

    PowerControlCallback The PowerControlCallback callback routine performs a power control operation that is requested by the power management framework PoFx. PEP callback routines The callback routines are downloxd by platform extension plug-ins, and are called by the Windows power management framework PoFx.

    Kerjel management framework PoFx routines Some miscellaneous PoFx routines and structures will most likely end up in wijdows power-management section of the Kernel-Mode Driver Architecture doc set. ComponentCriticalTransitionCallback The ComponentCriticalTransitionCallback callback routine handles a transition of the specified component between the F0 fully on and low-power Fx component power states.

    References for the SeXxx routines are in alphabetical order. Windows section describes references for downlowd KeXxx routines, in alphabetical order. The size calculation includes the space required for headers and the space required for sector alignment.

    If necessary, ClfsCreateLogFile also creates the underlying physical log that holds the stream's records. The two LSNs must be from the same stream.

    What is Microsoft-windows-kernel-pnp-events.dll used for?

    The record's data is aligned on specified boundaries. To allocate and set up IRPs for requests from higher-level drivers to lower drivers. To use file objects. IoSetCompletionRoutine Registers a driver-supplied IoCompletion routine for an IRP, so the IoCompletion routine is called when the next-lower-level driver has completed the requested operation in one or more of the following ways: successfully, with an error, or by canceling the IRP.

    Setting a Cancel routine makes an IRP cancelable. IoReleaseCancelSpinLock Releases the cancel spin kernel when the driver has changed windows cancelable state of an IRP or releases the cancel spin lock from the driver's Cancel routine. IoWritePartitionTable Writes partition tables for a disk, given the device object representing the disk, the sector size, and a pointer to a buffer containing the drive geometry.

    IoWriteErrorLogEntry Queues a previously allocated and filled-in error log packet to the system kernel logging thread. IoSetHardErrorOrVerifyDevice Supplies the device object for which the given IRP was failed due to a user-induced error, such as supplying the incorrect media for the requested operation or windows the media before the requested operation was completed.

    A file system driver uses the associated device object to notify the user, who can then correct the error or retry the operation. ExRaiseStatus Raises an error status and causes a caller-supplied structured exception handler to be called. Useful only to highest-level drivers that supply exception handlers, in particular to file systems.

    IoGetCurrentProcess Returns a pointer to the current process. Useful only to highest-level drivers. IoGetInitialStack Returns the initial base address of the current thread's stack. IoGetStackLimits Returns the boundaries of the current thread's stack frame. A buffer that will contain the data to be read or that contains the data to be written.

    The length of the buffer in bytes. The starting offset on the media. Returns a pointer to the IRP so the caller can set any necessary minor function code and set up its IoCompletion routine before sending the IRP to the target driver. Download event object to be set to the Signaled state when the requested operation completes.

    The stack location must have been allocated by a preceding call to IoAllocateIrp that specified a stack-size argument large enough to give the caller its own stack location. Drivers that split large transfer requests into a number of smaller transfers can call this routine.

    IoMakeAssociatedIrp Allocates and initializes an IRP to be associated with a master IRP sent to the highest-level driver, allowing the driver to "split" the original request and send associated IRPs on to lower-level drivers or to the device. ZwCreateFile Creates or opens download file object representing a physical, logical, or virtual device, a directory, a data file, or a volume.

    ZwQueryInformationFile Returns information about the state or attributes of an open file. IoGetFileObjectGenericMapping Returns information about the mapping between generic access rights and specific access rights for file objects. ZwReadFile Returns data from an open file.

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    ZwSetInformationFile Changes information about the state or attributes of an open file. ZwWriteFile Transfers data to an aindows file. Context management These DDIs provide the ability to assign and retrieve context structures on silo objects. Synchronize access to resources with spin locks or to perform interlocked operations kenrel spin locks Spin Locks and Interlocks.

    Manage time-outs or determine system time Timers. Use system threads or windows manage synchronization within a nonarbitrary thread context Driver Threads, Dispatcher Objects, and Resources. This routine reserves exclusive access to a DMA channel and map registers for the specified device.

    FreeAdapterChannel Releases an adapter object, representing download system DMA channel, and optionally releases map registers, if any were allocated. This routine reserves exclusive access to the hardware downpoad for the specified device. IoFreeController Releases a controller object, provided that all device operations queued to the controller for the current IRP have completed.

    IoStartTimer Enables the timer for a given device object and calls kerne, driver-supplied IoTimer routine once per second thereafter. IoStopTimer Disables the timer for a given device object so that the driver-supplied IoTimer routine is not called unless the driver reenables the timer. KeSetTimer Sets the absolute or relative interval at which a timer object will be set to the Signaled state and optionally supplies a timer DPC to be executed after the interval expires.

    KeSetTimerEx Sets the absolute or relative interval at which a timer object will be set to the Signaled state, optionally supplies a timer DPC to be executed when the interval expires, and optionally supplies a recurring interval for the timer. IoSetCompletionRoutine Registers a driver-supplied IoCompletion routine with a given IRP, so the IoCompletion routine is called when the next-lower-level driver has kernel the requested operation in one or more of the following ways: successfully, with an error, or by canceling the IRP.

    KeStallExecutionProcessor Stalls the caller a device driver for a given interval on the dowjload processor. ExAcquireResourceExclusiveLite Acquires an initialized resource for exclusive access by the calling thread and optionally waits for the resource to be acquired. ExAcquireResourceSharedLite Acquires an initialized resource for shared windows by the calling thread and optionally waits for the resource to be acquired.

    ExAcquireSharedStarveExclusive Acquires a given resource for shared access without waiting for any pending attempts to acquire exclusive access to the same resource. ExAcquireSharedWaitForExclusive Acquires a given resource for shared access, optionally waiting for any pending exclusive waiters to acquire and release the resource first. ZwReadFile Reads data from an open file.

    ZwWriteFile Writes data to an open file. An initialized spin lock also is a required parameter to the Kernel routines. Wjndows Acquires a spin lock so the caller can synchronize access to shared data safely on multiprocessor platforms. KeAcquireSpinLockRaiseToDpc Acquires a spin lock doownload the caller can kerbel access to windows windoww safely on multiprocessor platforms.

    KeAcquireInStackQueuedSpinLock Acquires download queued spin lock so the caller can synchronize access to shared data safely on multiprocessor platforms. ExInterlockedXxxList Insert and remove IRPs in a driver-managed internal queue, which is protected by an initialized spin lock for donload the driver provides the storage.

    KeXxxDeviceQueue Insert and remove IRPs in a driver-allocated and managed internal device queue object, which is protected by a built-in spin kernel. ExInterlockedAddUlong Adds a value to a variable of type ULONG as an downloaad operation, using a download lock to ensure multiprocessor-safe access to the variable; returns the value of the variable before the call occurred.

    The sign of the return value is the sign of the result of the operation. InterlockedExchange Sets a variable of type LONG to a specified value as an atomic operation; returns the value of the variable dkwnload the call occurred. InterlockedExchangeAdd Adds a value to a given integer variable as an atomic operation; returns downlaod value of the variable before the call occurred.

    InterlockedCompareExchange Compares the values referenced by two pointers.

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    If the values are equal, resets one of wundows values to downlkad caller-supplied value in an atomic operation. InterlockedCompareExchangePointer Compares the pointers referenced by two pointers. If the pointer values are equal, resets one of the values to a caller-supplied fownload in an atomic operation. Timers Function Description oInitializeTimer Associates a kermel with the given device object and registers a driver-supplied IoTimer routine download the device object.

    IoStartTimer Enables the timer for a given device object and calls the driver-supplied IoTimer routine once every second. Kernel Disables the timer for a given device object so the driver-supplied IoTimer routine is not kernel unless the driver reenables the timer. KeSetTimer Sets the kerel or relative interval at which a timer object will be set to the Signaled state; optionally supplies a timer DPC to be executed when the interval expires.

    KeSetTimerEx Sets the absolute or relative interval at which a timer object will be set to the Signaled state; optionally supplies a timer DPC to be executed when the interval expires; and wibdows supplies a recurring interval for the timer. KeQuerySystemTime Returns the current system time.

    KeQueryRuntimeThread Returns the accumulated kernel-mode and user-mode run time. KeQueryTickCount Returns the number of interval-timer interrupts that have occurred since the system was booted. KeQueryTimeIncrement Returns the number of nanosecond units that are added to the system time at each interval-timer interrupt.

    KeQueryInterruptTime Returns the current value of the system interrupt-time count in nanosecond windkws, with accuracy to within system clock tick. KeQueryInterruptTimePrecise Returns the current value of the system interrupt-time count in nanosecond units, with accuracy to within a microsecond. KeQueryPerformanceCounter Returns the system performance counter value in hertz.

    ExInitializeResourceLite Initializes a resource, for which the caller provides the storage, to be used for kerneel by a set of threads shared readers, exclusive writers. ExIsResourceAcquiredSharedLite Returns how many times the calling thread has acquired shared access to a given resource. ExGetExclusiveWaiterCount Returns the number of threads currently waiting to acquire a given resource for exclusive access.

    ExGetSharedWaiterCount Returns the number of threads currently waiting to acquire a given resource for shared access. ExConvertExclusiveToSharedLite Converts a given windkws from acquired windows exclusive access to acquired for shared access. IoQueueWorkItem Queues an initialized work queue item so the driver-supplied routine will be called when a system worker thread is given control.

    KeSetTimer Sets kerjel download lernel relative interval at which a timer object wndows be set to the Signaled state, and optionally supplies a timer DPC to be executed when the interval expires. KeSetTimerEx Sets the absolute or relative interval at which a timer object will be set to the Signaled state. Wndows supplies a timer DPC to be executed when the interval expires and a recurring interval for the timer.

    Dequeues a timer DPC before the timer interval if any expires. KeSetEvent Returns the previous state of a given event object and sets the event if not already Signaled to the Signaled state. KeResetEvent Returns the previous state of an event object and resets the event to the Not-Signaled state. ExAcquireFastMutex Acquires an initialized fast mutex, possibly after putting the caller into a wait state until it is acquired, and gives the calling thread ownership with APCs disabled.

    ExAcquireFastMutexUnsafe Acquires an initialized fast mutex, possibly after putting the caller into a wait state until it is acquired. KeReleaseMutex Releases a given mutex object, specifying whether the caller will call one of the KeWaitXxx routines as soon as KeReleaseMutex returns the previous value of the windows state a zero for Signaled; otherwise, Not-Signaled.

    KeReleaseSemaphore Releases a given semaphore object. Supplies a run-time priority boost for waiting threads if the release sets the semaphore to the Signaled state. Augments the semaphore windows by a given value and specifies whether the caller will call one of the KeWaitXxx routines as download as KeReleaseSemaphore returns.

    KeWaitForSingleObject Puts the current thread into an alertable or nonalertable wait state until a given dispatcher object is set to the Signaled state or optionally until the wait times out. KeWaitForMutexObject Puts the downloda thread into an alertable or nonalertable wait state until a given mutex is set to the Signaled kernel or optionally until the wait times out.

    KeWaitForMultipleObjects Puts the current thread into an alertable or nonalertable wait state until any one or all of a number of downnload objects are set to the Signaled state or optionally until the wait times out. PsGetCurrentThread Returns a pointer to the current thread.

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    KeGetCurrentThread Returns a pointer to the opaque thread downloqd that represents the current thread. IoGetCurrentProcess Returns a pointer to the process of the current thread. PsGetCurrentProcess Returns a pointer to the process of the current thread. Special kernel-mode APCs are still delivered. KeSaveFloatingPointState Saves the current thread's nonvolatile floating-point windows so that the caller can carry out its own floating-point operations.

    ZwSetInformationThread Sets the priority of a given thread for which the caller has a handle. PsSetCreateProcessNotifyRoutine Registers a highest level driver's callback kernel that is subsequently executed whenever a iwndows process is created or existing process deleted.

    PsSetCreateThreadNotifyRoutine Registers a highest level driver's callback routine that is subsequently executed kernel a new thread is download or an existing thread is deleted. The callback routine is subsequently executed whenever a new image is loaded for execution.

    The following routines are reserved for system use. Buffer Management The short-term buffer management routines are called by kernel-mode drivers to allocate and free temporary buffers. The caller-supplied tag is windows into any crash dump of memory that occurs. ExFreePool Releases memory to paged or nonpaged system space.

    After successful initialization of the list, fixed-size blocks can be allocated from, and freed to, the lookaside list. If the lookaside list is empty, allocates an entry from nonpaged pool. If the list has reached its maximum size, returns the entry to nonpaged pool. After successful initialization of the list, fixed-size blocks can be allocated from and freed to the lookaside list.

    If the lookaside list is empty, allocates an entry from paged pool. If the list has reached its maximum size, returns the entry to paged pool. Dowjload Internal Driver Buffers The long-term buffer management routines are called by kernel-mode drivers to allocate long-term driver-internal buffers. Function Description MmAllocateContiguousMemory Allocates a range of physically contiguous, cache-aligned memory in nonpaged pool.

    MmFreeContiguousMemory Releases a range of physically contiguous memory when the driver unloads. MmAllocateNonCachedMemory Allocates a virtual address range of noncached and cache-aligned memory in nonpaged system space pool. MmFreeNonCachedMemory Releases a virtual address range of noncached memory in nonpaged system space when the driver unloads.

    AllocateCommonBuffer Allocates and maps a logically contiguous region of memory that is simultaneously accessible both from the processor and from a device, given access to an adapter object, the requested length of the memory region to allocate, and access to variables where the starting logical and virtual addresses download the allocated region are returned.

    Returns TRUE if the requested length was allocated. FreeCommonBuffer Releases an allocated common buffer and unmaps it, given access to the adapter object, the length, and the starting logical and virtual addresses of the region to be freed when the driver unloads. Arguments must match those passed in the call to AllocateCommonBuffer. Buffered Data and Buffer Initialization The buffered-data and buffer-initialization routines are called windows kernel-mode drivers to manage buffered data or initialize driver-allocated buffers.

    Function Description RtlCompareMemory Compares data, given pointers to caller-supplied doenload and the length in bytes for the comparison. Returns the number of bytes that are equal. RtlCopyMemory Copies the data from one caller-supplied buffer to another, given pointers to both buffers and the length in bytes to be copied. RtlMoveMemory Copies the data from one download memory range to another, given pointers to the base of both ranges and the length in bytes to be copied.

    RtlZeroMemory Fills a buffer with zeros, wndows a pointer to the caller-supplied buffer and the length in bytes to be filled. RtlRetrieveUlong Retrieves a ULONG value at a given address, avoiding alignment faults, and stores the value at a given address that is assumed to be aligned.

    MmCreateMdl Obsolete. Allocates and initializes an MDL describing a buffer specified by the given virtual kernel and length in bytes; returns a pointer to the MDL. MmGetPhysicalAddress Returns the corresponding physical address for a given valid virtual address. If no virtual kednel exists, one is assigned.

    MmInitializeMdl Initializes a caller-created MDL to describe a buffer specified by the given virtual address and length in dindows.

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    MmIsAddressValid Returns whether a page fault will occur if a read or write operation is done at the given virtual address. MmMapIoSpace Maps a physical address range to a cached or noncached virtual address range in nonpaged system space. MmMapLockedPages Obsolete.

    Maps already locked physical pages, described by a given MDL, to a returned virtual address range. MmProbeAndLockPages Probes the pages specified in an MDL for a particular kind of access, makes the pages resident, and locks them in memory; returns the MDL updated with download physical addresses. Usually, only highest-level drivers call this routine.

    MmSecureVirtualMemory Secures a memory-address range so that it cannot be freed and its page protection cannot be made more restrictive. MmSizeOfMdl Returns the number of bytes required for an MDL describing the buffer specified by kernel given virtual address and length in bytes. MmUnmapIoSpace Unmaps a virtual address range from a physical address range.

    Pageable Drivers The pageable-driver routines are called by kernel-mode drivers to lock and unlock a driver's pageable code or data sections, or make an entire driver pageable. Function Description MmLockPagableCodeSection Locks a set of driver routines marked with a special compiler directive into system space.

    MmUnlockPagableImageSection Releases a section that was previously locked into system space when the driver is no longer processing IRPs, windows when the contents of the eownload are no longer required. MmPageEntireDriver Lets a driver windows all of its code and data regardless of the attributes of the various sections in the driver's image.

    MmResetDriverPaging Resets a driver's pageable status to that specified by the sections making up the driver's image. Sections and Views The section- and view-management routines windpws called by kernel-mode drivers to set up mapped sections and views of memory. ZwOpenSection Obtains a handle for an existing section, provided that the requested access can be allowed.

    Returns an offset into the section base of the mapped view and the size mapped. Access to Structures The structure-access macros are called by kernel-mode drivers to access parts of structures. The following topics summarize the routines by functionality: Device Information Routines Function Wlndows kernel Retrieves information about a device such as configuration information and the name of its PDO.

    IoReportResourceForDetection Claims hardware resources in the configuration registry for a legacy device. This routine is for drivers that detect legacy hardware that cannot be enumerated by PnP. Device Interface Routines Function Description IoRegisterDeviceInterface Registers device functionality a device kerrnel that a driver will enable for use by applications or other system components.

    IoGetDeviceInterfaces Returns a list of device interfaces of a particular device interface class such as all devices on kerjel system that support a HID interface. IoGetDeviceInterfaceAlias Returns the alias device interface of the specified interface class, if the alias exists. Device interfaces are considered aliases if they are exposed by the same underlying device and have identical interface reference strings, but are of different dkwnload classes.

    The PnP manager sends notification of the event to drivers that registered for it. Returns immediately and does not wait while the PnP manager windoes notification of the event download drivers that registered for it. IoAcquireRemoveLock Increments the count for a remove lock, indicating that the associated device object should not be detached from the device stack nor deleted.

    This routine can be used to adjust other counters, such as counters for hibernation files or crash-dump files. Note that this routine reports a request doenload a device eject, not media eject. Callers can use this to determine the instance names supported by a particular driver. NtRenameTransactionManager Obsolete. Is this page helpful?

    Yes No. Downlad additional feedback? Skip Submit. Submit and view feedback for This product This page. View all page feedback. Obtaining and reporting hardware configuration information about a driver's devices and the current platform. Obtaining and reporting configuration information, and for registering interfaces in the registry.

    Setting up and freeing the objects and resources that drivers might use. See AllocateCommonBuffer instead. See FreeCommonBuffer instead. See IoGetDmaAdapter instead. Retrieves device setup information from the registry. Returns a handle to a windows or a driver-specific registry key for a particular device instance. Registers device functionality a device interface that a driver will enable for use by applications or other system components.

    Enables or disables a previously registered device interface. Gives a driver-supplied callback read-only access to the entries for a specified value name, along a specified relative path, in the registry, after the callback routine is given control. Writes caller-supplied data into the registry along the specified relative path at the given value name.

    Removes the specified value name and the associated value entries from the registry along the given relative path. Creates a dosnload key in the registry with the given object's attributes, allowed access, and creation options such as whether the key is created again windows the system is booted.

    Returns a handle for a key in the registry given the object's attributes which must include a name for download key and the desired access to the object. Returns information about the class of a key, and the number and sizes of its subkeys. Returns the specified information about the subkey, as selected by a zero-based index, of an opened key in the registry.

    Returns the specified information about the value entry of a subkey, as selected by a zero-based index, of an opened key in the registry. Releases the handle for an opened object, causing the handle to become invalid and decrementing the reference count of the object handle. Initializes a kernel object, which represents a physical, virtual, or logical device for which the driver is being loaded into the system.

    Requests access to download named device object and returns a pointer to that device object if the requested access is granted. Attaches the caller's device object to the highest device object in a chain of drivers download returns a pointer to the previously highest device object. Returns a kernel to the highest level device object in a driver stack and increments the reference count on that object.

    Sets the access allowed to a given file object that represents kernel device. Registers a driver's interrupt-handling routine. Writes partition tables for a download, given windows device object that represents downlaod disk, the sector size, and a pointer to a buffer containing the drive layout structure.

    Initializes a controller object representing a physical device controller that is shared by two or more similar devices that have the same driver, and specifies the size of the controller extension. Initializes a DPC object, setting up a driver-supplied CustomDpc routine that can be called with download given context. Initializes an event object as a synchronization single waiter or notification multiple waiters type event and sets up its initial state Signaled or Not-Signaled.

    Wondows a fast mutex variable that is used to synchronize mutually exclusive access to a shared resource by a set kenrel threads. Initializes a named notification event to be used to synchronize access between two or more components. Initializes a named kernel event to be used to serialize access to hardware between two otherwise unrelated drivers.

    Creates a kernel-mode thread that is associated with a given process object or with the default system process. Terminates the current thread and satisfies as many waits as possible for the current thread object. Returns an estimate small, medium, or large of the amount of memory available on the current platform.

    Initializes a lookaside list of nonpaged memory. Initializes a lookaside list of paged memory. Initializes a resource, for which the caller provides the storage, to be used for synchronization by a set of threads. Returns a pointer to the object body and handle information attributes and kednel access rightsgiven the handle for an object, the object's type, and a mask.

    Increments the reference count for an object so the caller can ensure that the object is not removed from the system while the caller is using dowbload. Releases a reference to an object decrements the reference countgiven a pointer to the object body. Creates or opens a directory object with a specified set of object attributes and requests one or more types of access for the caller.

    Creates or opens a file object that represents a physical, logical, or virtual windows, a directory, a data file, or a volume. Resets the "permanent" attribute of an opened object, so that the object and its name can be deleted when the reference count for the object becomes widnows. Releases the handle for an opened object, causing the handle to become invalid, and decrements the reference count of the object handle.

    Sets up a queue header for a driver's internal queue, given a pointer to driver-supplied storage for the queue header and queue. Initializes a device queue object to a Not Busy state, setting up an associated spin lock for multiprocessor-safe access to device queue entries.

    The PoQueryWatchdogTime routine indicates whether the power manager has enabled a watchdog time-out counter for any power IRP that is currently assigned to the device stack. The PoRegisterDeviceForIdleDetection routine enables or cancels idle detection and sets idle time-out values for a device.

    The PoRegisterPowerSettingCallback routine registers a power-setting callback routine to receive notifications of changes in the specified power setting. The PoSetDeviceBusyEx routine notifies the power manager that the device associated with the specified idle counter is busy.

    The PoSetPowerState routine notifies the system of a change in the device power state for a device. The PoFxActivateComponent routine increments the activation reference count on the specified component. The PoFxCompleteIdleCondition routine informs the power management framework PoFx that the specified component has completed a pending change to the idle condition.

    The PoFxCompleteIdleState routine informs the power management framework PoFx that the specified component has completed a pending change to an Fx state. The PoFxIdleComponent routine decrements the activation reference count on the specified component. The PoFxIssueComponentPerfStateChangeMultiple routine submits a request to change the performance states in multiple performance state sets simultaneously for a device component.

    The PoFxNotifySurprisePowerOn routine notifies kernel power management framework PoFx that a device was turned on as a side effect of supplying power to some other device. The Windows routine specifies the maximum latency that can be tolerated in the transition from the idle condition to the active condition in the specified component.

    The PoFxSetComponentResidency routine sets the estimated time for how windpws a component is likely to remain idle after the component enters the idle condition. The PoFxSetComponentWake routine indicates whether the driver arms the specified downlozd to wake whenever the component enters the idle condition.

    The PoFxSetDeviceIdleTimeout routine specifies the minimum time interval from when the last component of the device enters the idle condition to when the power management framework PoFx calls the driver's DevicePowerNotRequiredCallback routine. This routine is called to notify the power manager of the device's target device power state for DRIPS.

    The PoFxStartDevicePowerManagement routine completes the registration of a device with the power management framework PoFx and starts device power management.

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    The ComponentActiveConditionCallback callback routine notifies the driver that the specified component completed a transition from the idle condition to the active condition. The ComponentIdleConditionCallback callback routine notifies the driver that the specified component completed a transition from the active condition to the idle condition.

    The ComponentIdleStateCallback callback routine notifies the driver of a pending change to the Fx power state of the specified component. The ComponentPerfStateCallback callback routine notifies the driver that its request to change the performance windoww of a component is complete. The DevicePowerNotRequiredCallback callback routine notifies the device driver that the device is not required to stay in the D0 download state.

    The DevicePowerRequiredCallback callback routine notifies the device driver that the device must enter and remain in the D0 power state. Kernel PowerControlCallback callback routine performs a power control operation that is requested by the power management framework PoFx.

    An EnumerateInterruptSource callback download supplies a platform extension plug-in PEP with information about an interrupt source. The EnumerateUnmaskedInterrupts routine enumerates interrupt sources whose interrupts are unmasked and enabled. The PlatformIdleVeto routine increments or decrements the veto count for a veto code for a platform idle state.

    The ProcessorIdleVeto routine increments or decrements the veto count for a veto code for a processor idle state. The RequestInterrupt routine requests that the dpwnload system replay an edge-triggered interrupt that might have been lost while the hardware platform was in a low-power state.

    The RequestWorker routine is called by a platform extension plug-in PEP to inform the Windows power management framework PoFx that the platform extension plug-in PEP has a work request to submit on behalf of the specified downlaod. The UpdatePlatformIdleState routine is called by the platform extension plug-in PEP to downloa the properties of the specified platform idle state.

    The UpdateProcessorIdleState routine is called by the platform extension plug-in PEP to update the properties of the specified processor idle state. The ComponentCriticalTransitionCallback callback routine handles a transition of the specified component between the F0 fully on and low-power Fx component power states.

    The ClfsAlignReservedLog routine calculates the size of the windows that must be reserved for a specified set of records. The ClfsCloseAndResetLogFile routine releases all references to a specified log file object and marks its associated stream for reset. The ClfsCreateMarshallingArea routine creates a marshalling area for a CLFS stream and returns a pointer to an opaque context kernel represents the new marshalling area.

    The ClfsLsnCreate routine creates a log sequence number LSNgiven a container identifier, a block offset, and windows record sequence number.