F
- F10 key, Hung or Unresponsive Systems
- F8 key, Last Known Good, Troubleshooting Crashes, Hung or Unresponsive Systems
- fail fast policy, Why Does Windows Crash?
- failed control sets, Post–Splash Screen Crash or Hang
- fake symbolic records, Software Data Execution Prevention
- faked crash screen saver, Conclusion
- fast dispatch routines, Structure of a Driver
- fast I/O, Fast I/O–Mapped File I/O and File Caching, Fast I/O, Mapped File I/O and File Caching, Cache Manager, Virtual Block Caching, Fast I/O, Explicit File I/O–Cache Manager’s Read-Ahead Thread, Cache Manager’s Read-Ahead Thread, Cache Manager’s Read-Ahead Thread
- bypassing file system, Virtual Block Caching
- caching methods, Cache Manager
- entry points, Fast I/O–Mapped File I/O and File Caching, Fast I/O, Mapped File I/O and File Caching
- file system drivers, Explicit File I/O–Cache Manager’s Read-Ahead Thread, Cache Manager’s Read-Ahead Thread, Cache Manager’s Read-Ahead Thread
- operations, Fast I/O
- fast lookups, Driver Objects and Device Objects
- fast mutexes, Driver Verifier, Hung or Unresponsive Systems
- fast references, Windows x64 16-TB Limitation
- fast teardown queues, System Threads
- fast user switching, Components, Scenarios
- Fastfat.sys driver, FAT12, FAT16, and FAT32, Local FSDs
- FAT volumes, FAT12, FAT16, and FAT32, Volumes
- FAT12, FAT16, FAT32 file systems, I/O System Components, Spanned Volumes, BitLocker To Go, FAT12, FAT16, and FAT32–FAT12, FAT16, and FAT32, FAT12, FAT16, and FAT32, FAT12, FAT16, and FAT32, FAT12, FAT16, and FAT32, Volumes, File Names, NTFS Bad-Cluster Recovery, The BIOS Boot Sector and Bootmgr, The UEFI Boot Process
- bad sectors, NTFS Bad-Cluster Recovery
- BitLocker To Go, BitLocker To Go
- Bootmgr support, The BIOS Boot Sector and Bootmgr
- EFI system partitions, The UEFI Boot Process
- extending volumes, Spanned Volumes
- FAT directory entries, FAT12, FAT16, and FAT32–FAT12, FAT16, and FAT32, FAT12, FAT16, and FAT32, FAT12, FAT16, and FAT32
- I/O system and, I/O System Components
- short file names, File Names
- volumes, FAT12, FAT16, and FAT32, Volumes
- FAT64 file system (exFAT), exFAT–NTFS, NTFS, NTFS
- fault handler (pager), x86 Virtual Address Translation
- fault injection, Driver Verifier
- fault tolerance, RAID-5 Volumes, Data Redundancy and Fault Tolerance
- fault tolerant heap (FTH), Fault Tolerant Heap
- feedback handler, Utility Function, Utility Function
- FEK (File Encryption Key), Encrypting File System Security, Encrypting File System Security, Encrypting File Data, Encrypting File Data
- fiber-local storage, Process Reflection
- Fibre Channel devices, Prioritization Strategies, Disk Class, Port, and Miniport Drivers
- FiDOs (filter device objects), Device Stacks, Device Stacks
- FIFO (first in, first out), Placement Policy
- file caching, Mapped File I/O and File Caching
- File classes, Transactional APIs
- file control blocks (FCBs), Locking, Log Types, Owner Pages, NTFS File System Driver, On-Disk Implementation
- file drivers, Scatter/Gather I/O–IRP Stack Locations, IRP Stack Locations, IRP Stack Locations
- File Encryption Key (FEK), Encrypting File System Security, Encrypting File System Security, Encrypting File Data
- file I/O, File System Interfaces, File System Interfaces, File System Operation
- file name indexes, Indexing
- file names, Opening Devices, Opening Devices, User Address Space Layout, Logical Prefetcher, Tracing and Logging, Cache Coherency, UDF, FAT12, FAT16, and FAT32, Hard Links–Symbolic (Soft) Links and Junctions, Symbolic (Soft) Links and Junctions, Symbolic (Soft) Links and Junctions, File Records, File Names–Resident and Nonresident Attributes, File Names, File Names, File Names, File Names, File Names, File Names, File Names, File Names, File Names, Resident and Nonresident Attributes, Resident and Nonresident Attributes, The BIOS Boot Sector and Bootmgr
- as attributes, File Records
- associated with streams, Tracing and Logging
- cache processes, Cache Coherency
- device objects in, Opening Devices
- FAT volumes, File Names
- file object attributes, Opening Devices
- hard links, Hard Links–Symbolic (Soft) Links and Junctions, Symbolic (Soft) Links and Junctions, Symbolic (Soft) Links and Junctions
- kernel image, The BIOS Boot Sector and Bootmgr
- long, FAT12, FAT16, and FAT32, File Names, File Names
- mapped files, User Address Space Layout
- multiple, File Names
- NTFS on-disk structure, File Names–Resident and Nonresident Attributes, File Names, File Names, File Names, Resident and Nonresident Attributes, Resident and Nonresident Attributes
- prefetched data, Logical Prefetcher
- short, File Names
- tunneling, File Names
- UDF format, UDF
- file namespaces, File Names–File Names, File Names, File Names
- file object extensions, Opening Devices
- file object pointers, Per-File Cache Data Structures, Explicit File I/O
- file objects, Driver Objects and Device Objects–Opening Devices, Opening Devices, Opening Devices, Opening Devices, Opening Devices–Opening Devices, Opening Devices, Opening Devices, Opening Devices, Opening Devices, Opening Devices, I/O Completion Port Operation, Section Objects, Per-File Cache Data Structures, Security, NTFS File System Driver–NTFS File System Driver, NTFS File System Driver
- attributes, Opening Devices
- completion ports and, I/O Completion Port Operation
- extension fields, Opening Devices
- handles, Opening Devices, NTFS File System Driver–NTFS File System Driver, NTFS File System Driver
- I/O functions, Driver Objects and Device Objects–Opening Devices, Opening Devices, Opening Devices, Opening Devices
- pointers, Per-File Cache Data Structures
- section object pointers, Section Objects
- security descriptors, Security
- viewing handles, Opening Devices–Opening Devices, Opening Devices, Opening Devices
- file record numbers, Hard Links, Object IDs, Resource Managers, On-Disk Implementation
- file records, Master File Table, File Records, File Records, File Records, File Names, Resident and Nonresident Attributes, Resident and Nonresident Attributes, Resident and Nonresident Attributes
- file sizes, File Systems, UDF, Indexing
- file system cache, x86 System Address Space Layout, File System Interfaces, File System Interfaces, Caching with the Mapping and Pinning Interfaces
- file system filter drivers, Mount Points, File System Filter Drivers, Process Monitor
- file system formats, Volume Mounting, Volume Mounting, File Systems
- file system metadata, Single, Centralized System Cache, Recoverable File System Support, Systemwide Cache Data Structures, Caching with the Mapping and Pinning Interfaces, Caching with the Mapping and Pinning Interfaces
- file system minifilters, Memory Manager’s Modified and Mapped Page Writer
- File System Recognizer, Volume Mounting
- file systems, File Deletion and the Trim Command–File Deletion and the Trim Command, File Deletion and the Trim Command, Volume Mounting, Attaching VHDs, Cache Manager, File Systems–CDFS, Windows File System Formats–Local FSDs, CDFS, CDFS, UDF, UDF, FAT12, FAT16, and FAT32–exFAT, FAT12, FAT16, and FAT32, FAT12, FAT16, and FAT32, FAT12, FAT16, and FAT32, FAT12, FAT16, and FAT32, exFAT–NTFS, exFAT, exFAT, exFAT–Local FSDs, exFAT, NTFS, NTFS, NTFS, File System Driver Architecture–Process Monitor, Local FSDs–Local FSDs, Local FSDs, Local FSDs, Local FSDs, Local FSDs, Local FSDs, Remote FSDs, Locking, Locking, Locking–Locking, Locking, Locking, Locking, Locking, File System Operation–Process Monitor, File System Operation, Explicit File I/O, Explicit File I/O, Explicit File I/O, Explicit File I/O, Memory Manager’s Modified and Mapped Page Writer, Cache Manager’s Read-Ahead Thread, File System Filter Drivers, File System Filter Drivers–Process Monitor, Process Monitor, Process Monitor, Process Monitor, Process Monitor, Troubleshooting File System Problems–Common Log File System, Process Monitor Troubleshooting Techniques, Common Log File System, Common Log File System, Log Types, Log Layout, Log Blocks, Owner Pages, Translating Virtual LSNs to Physical LSNs, Management Policies, NTFS Design Goals and Features–Data Redundancy and Fault Tolerance, Recoverability, Data Redundancy and Fault Tolerance, Multiple Data Streams–NTFS File System Driver, General Indexing Facility, Symbolic (Soft) Links and Junctions, Symbolic (Soft) Links and Junctions, Compression and Sparse Files, Compression and Sparse Files, Per-User Volume Quotas, Link Tracking, Defragmentation, Defragmentation, Dynamic Partitioning, NTFS File System Driver, NTFS File System Driver, NTFS On-Disk Structure, Clusters–Master File Table, Master File Table, Master File Table, Master File Table, Master File Table, File Record Numbers, File Records, Resident and Nonresident Attributes, Resident and Nonresident Attributes, Data Compression and Sparse Files, Data Compression and Sparse Files, Compressing Sparse Data, Compressing Nonsparse Data, Compressing Nonsparse Data, Sparse Files, The Change Journal File, The Change Journal File, Indexing, Indexing, Object IDs, Quota Tracking, Consolidated Security, Consolidated Security, Transaction Support, Resource Managers, Resource Managers, On-Disk Implementation, On-Disk Implementation, NTFS Recovery Support–Self-Healing, NTFS Recovery Support, NTFS Recovery Support, Design–Log File Service, Design, Log File Service, Log File Service, Log Record Types, Log Record Types, Log Record Types, Recovery, Redo Pass, Undo Pass, Undo Pass, NTFS Bad-Cluster Recovery, NTFS Bad-Cluster Recovery, NTFS Bad-Cluster Recovery, Self-Healing, Encrypting File System Security–Conclusion, Encrypting File System Security, Encrypting File System Security, Encrypting File System Security, Encrypting a File for the First Time, Encrypting File Data, Backing Up Encrypted Files, Conclusion
- cache manager and, Cache Manager
- CDFS, CDFS
- CLFS, Common Log File System, Log Types, Log Layout, Log Blocks, Owner Pages, Translating Virtual LSNs to Physical LSNs, Management Policies
- deleting files, File Deletion and the Trim Command–File Deletion and the Trim Command, File Deletion and the Trim Command
- EFS, Encrypting File System Security–Conclusion, Encrypting File System Security, Encrypting File System Security, Encrypting File System Security, Encrypting a File for the First Time, Encrypting File Data, Backing Up Encrypted Files, Conclusion
- exFAT, exFAT–NTFS, exFAT, NTFS
- FAT12, FAT16, FAT32, FAT12, FAT16, and FAT32–exFAT, FAT12, FAT16, and FAT32, exFAT
- file system driver architecture, File System Driver Architecture–Process Monitor, Local FSDs, Remote FSDs, Locking, Locking, Locking, Locking, Locking, File System Operation, Explicit File I/O, Explicit File I/O, Explicit File I/O, Explicit File I/O, Memory Manager’s Modified and Mapped Page Writer, File System Filter Drivers, Process Monitor, Process Monitor
- filter drivers, File System Filter Drivers–Process Monitor, Process Monitor
- instances, mounting, Volume Mounting
- local FSDs, Local FSDs–Local FSDs, Local FSDs, Local FSDs
- nested, Attaching VHDs
- NTFS, exFAT–Local FSDs, NTFS, Local FSDs
- NTFS advanced features, Multiple Data Streams–NTFS File System Driver, General Indexing Facility, Symbolic (Soft) Links and Junctions, Symbolic (Soft) Links and Junctions, Compression and Sparse Files, Compression and Sparse Files, Per-User Volume Quotas, Link Tracking, Defragmentation, Defragmentation, Dynamic Partitioning, NTFS File System Driver, NTFS File System Driver
- NTFS high-end file system requirements, NTFS Design Goals and Features–Data Redundancy and Fault Tolerance, Recoverability, Data Redundancy and Fault Tolerance
- NTFS on-disk structure, NTFS On-Disk Structure, Clusters–Master File Table, Master File Table, Master File Table, Master File Table, Master File Table, File Record Numbers, File Records, Resident and Nonresident Attributes, Resident and Nonresident Attributes, Data Compression and Sparse Files, Data Compression and Sparse Files, Compressing Sparse Data, Compressing Nonsparse Data, Compressing Nonsparse Data, Sparse Files, The Change Journal File, The Change Journal File, Indexing, Indexing, Object IDs, Quota Tracking, Consolidated Security, Consolidated Security, Transaction Support, Resource Managers, Resource Managers, On-Disk Implementation, On-Disk Implementation, NTFS Recovery Support
- NTFS recovery support, NTFS Recovery Support–Self-Healing, NTFS Recovery Support, Design, Log File Service, Log Record Types, Log Record Types, Log Record Types, Recovery, Redo Pass, Undo Pass, Undo Pass, NTFS Bad-Cluster Recovery, NTFS Bad-Cluster Recovery, NTFS Bad-Cluster Recovery, Self-Healing
- operations, File System Operation–Process Monitor, Cache Manager’s Read-Ahead Thread, Process Monitor
- overview, File Systems–CDFS, CDFS
- recoverable, Design–Log File Service, Log File Service
- registered, viewing, Locking–Locking, Locking
- troubleshooting, Troubleshooting File System Problems–Common Log File System, Process Monitor Troubleshooting Techniques, Common Log File System
- UDF, UDF
- Windows file systems, Windows File System Formats–Local FSDs, UDF, FAT12, FAT16, and FAT32, FAT12, FAT16, and FAT32, FAT12, FAT16, and FAT32, exFAT, NTFS, Local FSDs
- file-allocation chains, FAT12, FAT16, and FAT32–FAT12, FAT16, and FAT32, FAT12, FAT16, and FAT32, FAT12, FAT16, and FAT32
- file-to-offset pairs, Tracing and Logging
- FileCompletionInformation class, I/O Completion Port Operation
- FileEncryptionStatus function, Encryption
- FileInfo driver (Fileinfo.sys), Components, Tracing and Logging
- files, Typical I/O Processing, Opening Devices, Opening Devices, Opening Devices–Opening Devices, Opening Devices, Opening Devices, Mapped File I/O and File Caching, KMDF Data Model, File Deletion and the Trim Command–File Deletion and the Trim Command, File Deletion and the Trim Command, Stream-Based Caching, File System Interfaces–Fast I/O, File System Interfaces, Fast I/O, Read-Ahead and Write-Behind–Conclusion, Write-Back Caching and Lazy Writing, Disabling Lazy Writing for a File, Conclusion, Remote FSDs–File System Operation, Locking, File System Operation, Cache Manager’s Read-Ahead Thread, Troubleshooting File System Problems, Process Monitor Basic vs. Advanced Modes, Multiple Data Streams–Multiple Data Streams, Multiple Data Streams, General Indexing Facility, Hard Links–Symbolic (Soft) Links and Junctions, Symbolic (Soft) Links and Junctions, Symbolic (Soft) Links and Junctions, Compression and Sparse Files, Compression and Sparse Files, Compression and Sparse Files, NTFS File System Driver–NTFS File System Driver, NTFS File System Driver, File Records–File Names, File Records, File Names, File Names, Resident and Nonresident Attributes–Data Compression and Sparse Files, Resident and Nonresident Attributes, Resident and Nonresident Attributes, Data Compression and Sparse Files–The Change Journal File, Data Compression and Sparse Files, Data Compression and Sparse Files, Compressing Nonsparse Data, Compressing Nonsparse Data, The Change Journal File, The Change Journal File, Backing Up Encrypted Files–Conclusion, Conclusion
- attributes, Multiple Data Streams–Multiple Data Streams, Multiple Data Streams
- attributes list, File Records–File Names, File Records, File Names
- change notifications, Process Monitor Basic vs. Advanced Modes
- compression, Compression and Sparse Files, Data Compression and Sparse Files–The Change Journal File, Data Compression and Sparse Files, Compressing Nonsparse Data, Compressing Nonsparse Data, The Change Journal File
- copying encrypted, Backing Up Encrypted Files–Conclusion, Conclusion
- deleted, File Deletion and the Trim Command–File Deletion and the Trim Command, File Deletion and the Trim Command
- handles, NTFS File System Driver–NTFS File System Driver, NTFS File System Driver
- hard links, Hard Links–Symbolic (Soft) Links and Junctions, Symbolic (Soft) Links and Junctions, Symbolic (Soft) Links and Junctions
- indexing, General Indexing Facility
- KMDF objects, KMDF Data Model
- locking, Remote FSDs–File System Operation, Locking, File System Operation
- mapped file I/O, Mapped File I/O and File Caching
- missing, Troubleshooting File System Problems
- multiple names, File Names
- new, The Change Journal File
- open instances of, Opening Devices
- read-ahead and write-behind, Read-Ahead and Write-Behind–Conclusion, Write-Back Caching and Lazy Writing, Conclusion
- resident and nonresident attributes, Resident and Nonresident Attributes–Data Compression and Sparse Files, Resident and Nonresident Attributes, Resident and Nonresident Attributes, Data Compression and Sparse Files
- security descriptors, Opening Devices
- setting up for cache access, File System Interfaces–Fast I/O, File System Interfaces, Fast I/O
- sparse files, Compression and Sparse Files, Compression and Sparse Files
- streams, Stream-Based Caching
- temporary, Disabling Lazy Writing for a File
- usage patterns, Cache Manager’s Read-Ahead Thread
- viewing device handles, Opening Devices–Opening Devices, Opening Devices, Opening Devices
- virtual, Typical I/O Processing
- FILE_ATTRIBUTE_COMPRESSED flag, Compression and Sparse Files
- FILE_ATTRIBUTE_ENCRYPTED flag, Encryption
- FILE_ATTRIBUTE_REPARSE_POINT flag, Symbolic (Soft) Links and Junctions
- FILE_ATTRIBUTE_TEMPORARY flag, Disabling Lazy Writing for a File
- FILE_FLAG_NO_BUFFERING flag, Read-Ahead and Write-Behind, Explicit File I/O
- FILE_FLAG_OVERLAPPED flag, Synchronous and Asynchronous I/O
- FILE_FLAG_RANDOM_ACCESS flag, Cache Virtual Memory Management, Fast I/O, Intelligent Read-Ahead
- FILE_FLAG_SEQUENTIAL_SCAN flag, Cache Virtual Memory Management, Intelligent Read-Ahead
- FILE_FLAG_WRITE_THROUGH flag, Forcing the Cache to Write Through to Disk
- FILE_SUPPORTS_TRANSACTIONS value, Transactional APIs
- FILE_SYSTEM_RECOGNITION_STRUCTURE type, Local FSDs
- filter device objects (FiDOs), Device Stacks, Device Stacks, Basic Disk Volume Manager
- filter drivers, Opening Devices, I/O Requests to Layered Drivers, User-Mode Driver Framework (UMDF), Level of Plug and Play Support, Driver Support for Plug and Play, BitLocker Drive Encryption, Full-Volume Encryption Driver–BitLocker Management, BitLocker Management, Process Monitor–Process Monitor, Process Monitor, Process Monitor
- BitLocker, BitLocker Drive Encryption
- file associations, Opening Devices
- file system drivers and, I/O Requests to Layered Drivers
- FVE drivers, Full-Volume Encryption Driver–BitLocker Management, BitLocker Management
- PnP manager, Level of Plug and Play Support, Driver Support for Plug and Play
- Process Monitor, Process Monitor–Process Monitor, Process Monitor, Process Monitor
- UMDF reflectors, User-Mode Driver Framework (UMDF)
- Filter Manager (Fltmc.exe), I/O Requests to Layered Drivers, Process Monitor, Process Monitor
- filter miniport drivers, Process Monitor
- filters, IRPs and, I/O Requests to Layered Drivers
- find APIs, Transactional APIs
- FindFirstChangeNotification function, Process Monitor Basic vs. Advanced Modes, Change Logging
- FindNextChangeNotification function, Process Monitor Basic vs. Advanced Modes
- FindNextFile API, Transactional APIs
- FireWire cables, Hung or Unresponsive Systems
- first in, first out (FIFO), Placement Policy
- firstmegabytepolicy element, The BIOS Boot Sector and Bootmgr
- fixed disks, Volume Management, Virtual Hard Disk Support
- flash disks, Prioritization Strategies, BitLocker Drive Encryption, BitLocker To Go, ReadyBoost–Unified Caching, ReadyDrive, Unified Caching
- BitLocker encryption, BitLocker Drive Encryption
- BitLocker To Go, BitLocker To Go
- I/O prioritization strategy, Prioritization Strategies
- ReadyBoost, ReadyBoost–Unified Caching, ReadyDrive, Unified Caching
- flash drivers, User-Mode Driver Framework (UMDF)
- flash memory, Solid State Disks, NAND-Type Flash Memory, NAND-Type Flash Memory, ReadyBoost
- floppy disk drive letters, The Mount Manager
- floppy disks, Storage Management
- Fltmc.exe (Filter Manager), Process Monitor
- flush queues (CLFS), Log Types–Log Types, Log Types
- FlushFileBuffers function, Forcing the Cache to Write Through to Disk
- flushing caches, Write-Back Caching and Lazy Writing, Write-Back Caching and Lazy Writing, Write-Back Caching and Lazy Writing, Forcing the Cache to Write Through to Disk, Design, Log File Service, Recovery, Analysis Pass, Shutdown
- in recovery passes, Recovery, Analysis Pass
- lazy write systems, Design
- LFS operations, Log File Service
- shutdown process, Shutdown
- threads explicitly flushing, Forcing the Cache to Write Through to Disk
- write operations, Write-Back Caching and Lazy Writing
- write-behind operations, Write-Back Caching and Lazy Writing, Write-Back Caching and Lazy Writing
- flushing mapped files, Flushing Mapped Files–Write Throttling, Write Throttling
- flushing modified pages, Modified Page Writer, Modified Page Writer
- FlushViewOfFile function, Reserving and Committing Pages
- fontpath element, The BIOS Boot Sector and Bootmgr
- fopen function, Opening Devices
- Force Pending I/O Requests option, Driver Verifier
- forced affinitization, Algorithm Overrides, Performance Check
- forcing IRQL checks, Driver Verifier
- foreground processes, Components
- foreign volume recovery keys, BitLocker Key Recovery
- format command, UDF, Volumes, Clusters
- Format utility, NTFS Bad-Cluster Recovery
- format, disk, Disk Sector Format–NAND-Type Flash Memory, Disk Sector Format, Disk Sector Format, NAND-Type Flash Memory
- FO_RANDOM_ACCESS flag, Fast I/O
- fragmentation, Heap Manager Structure, The Low Fragmentation Heap, Clusters, Compressing Nonsparse Data
- free blocks, Heap Manager, Heap Security Features, Pageheap, Fault Tolerant Heap
- free function, Types of Heaps
- free lists, Memory Manager Components, Examining Memory Usage, NUMA, Page List Dynamics, Balance Set Manager and Swapper
- free page lists, Modified Page Writer
- page writer, Modified Page Writer
- free pages, Reserving and Committing Pages, Modified Page Writer, PFN Data Structures
- Free PFN state, Page Frame Number Database, Page Frame Number Database
- free pool tag, Monitoring Pool Usage
- free space, Management Policies
- freed buffers, Look-Aside Lists
- freed memory, Dynamic System Virtual Address Space Management, Driver Verifier, Driver Verifier, Memory Notification Events
- freed object referencing, Driver Verifier
- freed pool, Basic Crash Dump Analysis, Buffer Overruns, Memory Corruption, and Special Pool
- freezes, VSS writers and, VSS Architecture, VSS Architecture
- frequency (processors), Utility Function, Utility Function, Increase/Decrease Actions, Performance Check
- front-end heap, Heap Manager Structure, The Low Fragmentation Heap
- FSCTL control codes, Symbolic (Soft) Links and Junctions, Compression and Sparse Files, Compression and Sparse Files, Defragmentation, Data Compression and Sparse Files, Compressing Nonsparse Data, Resource Managers, Logging Implementation, Encrypting File System Security
- cluster usage, Defragmentation
- compression, Compression and Sparse Files, Data Compression and Sparse Files, Compressing Nonsparse Data
- repairing volumes, Encrypting File System Security
- reparse points, Symbolic (Soft) Links and Junctions
- sparse files, Compression and Sparse Files
- TxF recovery process, Logging Implementation
- TxF resource managers, Resource Managers
- FSCTL_QUERY_FILE_SYSTEM_RECOGNITION code, Local FSDs
- Fsdepends.sys driver, Nested File Systems
- FSDs (file system drivers), Fast I/O, IRP Stack Locations, I/O Requests to Layered Drivers–I/O Requests to Layered Drivers, I/O Requests to Layered Drivers, I/O Requests to Layered Drivers, I/O Requests to Layered Drivers, Mount Points, Virtual Disk Service, Per-File Cache Data Structures–Caching with the Mapping and Pinning Interfaces, File System Interfaces, File System Interfaces, Caching with the Mapping and Pinning Interfaces, Caching with the Mapping and Pinning Interfaces–Fast I/O, Caching with the Direct Memory Access Interfaces, Fast I/O, Write-Back Caching and Lazy Writing, File System Driver Architecture, File System Driver Architecture, Local FSDs, Local FSDs–Local FSDs, Local FSDs, Local FSDs, Remote FSDs–File System Operation, Remote FSDs–File System Operation, Remote FSDs, Locking, Locking, Locking, Locking, Locking, File System Operation–Process Monitor, File System Operation, File System Operation, File System Operation, Explicit File I/O, Explicit File I/O, Explicit File I/O, Explicit File I/O, Explicit File I/O, Explicit File I/O, Memory Manager’s Modified and Mapped Page Writer–Process Monitor, Memory Manager’s Page Fault Handler, Process Monitor, Process Monitor, Dynamic Partitioning
- associated IRPs, I/O Requests to Layered Drivers–I/O Requests to Layered Drivers, I/O Requests to Layered Drivers, I/O Requests to Layered Drivers
- cache manager, File System Driver Architecture
- cached files, File System Interfaces
- client and server-side remote FSDs, Remote FSDs–File System Operation, Remote FSDs, Locking, Locking, Locking, Locking, File System Operation, File System Operation
- disk I/O operations, Virtual Disk Service
- fast I/O, Fast I/O, Explicit File I/O, Explicit File I/O
- file I/O operations, Per-File Cache Data Structures–Caching with the Mapping and Pinning Interfaces, File System Interfaces, Caching with the Mapping and Pinning Interfaces
- file system operations, File System Operation–Process Monitor, Explicit File I/O, Explicit File I/O, Explicit File I/O, Explicit File I/O, Memory Manager’s Modified and Mapped Page Writer–Process Monitor, Memory Manager’s Page Fault Handler, Process Monitor, Process Monitor
- functions, IRP Stack Locations
- lazy writer, Write-Back Caching and Lazy Writing
- local FSDs, Local FSDs–Local FSDs, Local FSDs, Local FSDs
- locking, Remote FSDs–File System Operation, Locking, File System Operation
- mapping and pinning interfaces, Caching with the Mapping and Pinning Interfaces–Fast I/O, Caching with the Direct Memory Access Interfaces, Fast I/O
- memory manager, File System Driver Architecture
- registering, Local FSDs
- reparse points, Mount Points
- shrinking partitions, Dynamic Partitioning
- volume manager and disk drivers, I/O Requests to Layered Drivers
- FsRtlXxx functions, Locking
- fsutil command, Hard Links, Self-Healing
- Fsutil.exe utility, Master File Table, The Change Journal File, Isolation, Resource Managers, On-Disk Implementation
- Fs_rec.sys driver, Volume Mounting
- FTH (fault tolerant heap), Fault Tolerant Heap
- Fthsvc.dll, Fault Tolerant Heap
- full-volume encryption (FVE), Full-Volume Encryption Driver–BitLocker Management, BitLocker Management, BitLocker Management
- full-volume encryption key (FVEK), Encryption Keys–Trusted Platform Module (TPM), Trusted Platform Module (TPM)
- fully provisioned virtual hard disks, Virtual Hard Disk Support
- fully reentrant functionality, Internal Synchronization
- function codes (IRP stack locations), IRP Stack Locations
- function drivers, Level of Plug and Play Support, Driver Support for Plug and Play, Driver Support for Plug and Play–The Start Value, Driver Loading, Initialization, and Installation, The Start Value, Device Stacks, Device Stack Driver Loading, Driver Installation
- class/port drivers, Device Stacks
- order of loading, Device Stack Driver Loading
- PnP driver installation, Driver Installation
- PnP manager, Level of Plug and Play Support, Driver Support for Plug and Play
- PnP state transitions, Driver Support for Plug and Play–The Start Value, Driver Loading, Initialization, and Installation, The Start Value
- function filters, WDM Drivers
- functional device objects (FDOs), Device Stacks–Device Stack Driver Loading, Device Stacks, Device Stack Driver Loading
- functions (user-mode applications), The I/O Manager–Device Drivers, Typical I/O Processing, Device Drivers
- FVE (full-volume encryption), Full-Volume Encryption Driver–BitLocker Management, BitLocker Management
- FVEK (full-volume encryption keys), Encryption Keys–Trusted Platform Module (TPM), Trusted Platform Module (TPM)
- Fvevol.sys driver, BitLocker Drive Encryption, Full-Volume Encryption Driver