Filesys.exe Boot Process (Windows CE 5.0) 英文

本文详细解析了Windows启动过程中Filesys.exe的作用与初始化步骤,包括内存初始化、加载OEM认证DLL、初始化实时时钟、数据库API、文件系统API等关键操作。同时介绍了注册表初始化的不同阶段及创建的文件列表。

摘要生成于 C知道 ,由 DeepSeek-R1 满血版支持, 前往体验 >

本文来自 优快云  http://msdn.microsoft.com/en-us/library/ms885423.aspx  便于查找

 

After the kernel starts the Filesys.exe process, Filesys.exe must initialize its state before triggering the kernel to finish its initialization. The kernel must wait because it is dependent on the registry, which is initialized by Filesys.exe. The following steps show the boot process for Filesys.exe.

  1. Filesys.exe detects if the boot process is a cold or warm boot.

    On a cold boot, the object store memory is initialized and then mapped for Filesys.exe. On a warm boot, memory is not initialized before being mapped for Filesys.exe.

  2. Filesys.exe loads the OEM Certification DLL from ROM.
  3. If a cold boot is required on a system that had previously warm booted, Filesys.exe calls the OAL function pNotifyForceCleanboot.
  4. If the boot process is a cold boot, Filesys.exe initializes the real-time clock by callingOEMIoControl with IOCTL_HAL_INIT_RTC.
  5. Filesys.exe initializes the database application programming interfaces (APIs). For more information, see Database Reference.
  6. Filesys.exe initializes the file system APIs.
  7. Filesys.exe initializes the point-to-point message queue APIs. For more information, see Message Queue Point-to-Point.
  8. Filesys.exe initializes the event log APIs.
  9. Filesys.exe initializes the registry APIs. If the boot process is a cold boot, Filesys.exe initializes the registry data. The data initialization process varies based on whether the RAM-based or hive-based registry is in use. For more information, see RAM-based Registry Initialization or Hive-based Registry Initialization.
  10. If a default user profile is specified in the registry, Filesys.exe loads the default user profile and initializes data under HKEY_CURRENT_USER.
  11. If Device.exe is not started, and if HKEY_LOCAL_MACHINE\System\StorageManager points to a DLL that can be loaded, Filesys.exe loads the Storage Manager.
  12. If the Storage Manager is loaded, Filesys.exe creates a thread to initialize it. The thread exits when it is completed.
  13. Filesys.exe initializes the national language support (NLS) data.
  14. If the boot process is a clean boot, Filesys.exe reviews the Initobj.dat file and copies files from ROM into the root file system.
  15. Filesys.exe initializes the time zone and sets daylight saving time (DST), if necessary.
  16. If the boot process is a cold boot, Filesys.exe sets the locale to use with the database engine by calling CeChangeDatabaseLCID (CEDB).
  17. If the boot process is a cold boot, Filesys.exe populates the object store databases by loading data from the Initdb.ini file.
  18. Filesys.exe communicates to the kernel that Filesys.exe is ready. Filesys.exe then waits for the kernel to signal that Filesys.exe can boot the rest of the operating system (OS).
  19. Filesys.exe creates named events for all event names in the HKEY_LOCAL_MACHINE\System\Events registry location. These events are set by the processes that own them. For more information, see Ready-Event Registration.
  20. Filesys.exe runs the applications listed in HKEY_LOCAL_MACHINE\Init. For more information, see How to Configure the Registry to Run an Application at Startup.
  21. If Device.exe is located in HKEY_LOCAL_MACHINE\Init and it has already started, Filesys.exe opens the SYSTEM/BOOTPHASE2 event and signals Device.exe.

    This action enables Device.exe to reread the registry and perform the final driver initialization phase. Any driver can also wait on the same event, to be notified when the real registry comes online. By doing so, the driver can reread registry data, if necessary.

During a normal boot process, Filesys.exe and other components create a number of files and store them in user storage. These files can use as much as 1.8MB of available user storage.

Files Created on Boot

The following table provides descriptions of files that are normally created in the process of initialization and cold boot. Some of these files are created only when building a PocketPC or Smartphone image.

All paths in the Location column of the following table are provided relative to the persistent storage root on the device.

FilenameLocationTypical size at boot in KBDescription
System.hv\Documents and Settings\system.hv345System registry hive
User.hv\Documents and Settings\default\user.hv345User registry hive for default user
Default.vol\Documents and Settings\default.vol345Object store replacement volume for persistent CEDB databases.
*.jpg\MyDocuments\MyPictures56Default storage for user images.
Replstor\ReplStorVol256File replication database volume, created by fsreplxfilt.dll, the file replication file system filter.
Mxip_system.vol, Mxip_lang.vol, Mxip_notify.vol, and Mxip_initdb.vol\200Metabase volumes, including language-specific data and storage for notifications.
Cemail.vol\65Default email storage.
Pim.vol\260PIM data such as address book and schedules.
See Also

Nk.exe Boot Process | Hive-Based Registry Startup Sequence | RAM-based Registry Initialization | Hive-based Registry Initialization

 

标题基于SpringBoot+Vue的社区便民服务平台研究AI更换标题第1章引言介绍社区便民服务平台的研究背景、意义,以及基于SpringBoot+Vue技术的研究现状和创新点。1.1研究背景与意义分析社区便民服务的重要性,以及SpringBoot+Vue技术在平台建设中的优势。1.2国内外研究现状概述国内外在社区便民服务平台方面的发展现状。1.3研究方法与创新点阐述本文采用的研究方法和在SpringBoot+Vue技术应用上的创新之处。第2章相关理论介绍SpringBoot和Vue的相关理论基础,以及它们在社区便民服务平台中的应用。2.1SpringBoot技术概述解释SpringBoot的基本概念、特点及其在便民服务平台中的应用价值。2.2Vue技术概述阐述Vue的核心思想、技术特性及其在前端界面开发中的优势。2.3SpringBoot与Vue的整合应用探讨SpringBoot与Vue如何有效整合,以提升社区便民服务平台的性能。第3章平台需求分析与设计分析社区便民服务平台的需求,并基于SpringBoot+Vue技术进行平台设计。3.1需求分析明确平台需满足的功能需求和性能需求。3.2架构设计设计平台的整体架构,包括前后端分离、模块化设计等思想。3.3数据库设计根据平台需求设计合理的数据库结构,包括数据表、字段等。第4章平台实现与关键技术详细阐述基于SpringBoot+Vue的社区便民服务平台的实现过程及关键技术。4.1后端服务实现使用SpringBoot实现后端服务,包括用户管理、服务管理等核心功能。4.2前端界面实现采用Vue技术实现前端界面,提供友好的用户交互体验。4.3前后端交互技术探讨前后端数据交互的方式,如RESTful API、WebSocket等。第5章平台测试与优化对实现的社区便民服务平台进行全面测试,并针对问题进行优化。5.1测试环境与工具介绍测试
评论
添加红包

请填写红包祝福语或标题

红包个数最小为10个

红包金额最低5元

当前余额3.43前往充值 >
需支付:10.00
成就一亿技术人!
领取后你会自动成为博主和红包主的粉丝 规则
hope_wisdom
发出的红包
实付
使用余额支付
点击重新获取
扫码支付
钱包余额 0

抵扣说明:

1.余额是钱包充值的虚拟货币,按照1:1的比例进行支付金额的抵扣。
2.余额无法直接购买下载,可以购买VIP、付费专栏及课程。

余额充值