0x00000019

Using system. runtime. interopservices; [Flags] Public Enum exitwindows: uint { Logoff = 0x00, // log out Shutdown = 0x01, // Shutdown Reboot = 0x02, // restart Force = 0x04, Poweroff = 0x08, Forceifhung = 0x10 } [Flags] Public Enum shutdownreason: uint { Majorapplication = 0x00040000, Majorhardware = 0x00010000, Majorlegacyapi = 0x00070000, Majoroperatingsystem = 0x00020000, Majorother = 0x00000000, Majorpower = 0x00060000, Majorsoftware = 0x00030000, Majorsystem = 0x00050000, Minorbluescreen =

values under it to describe the configuration information of a system DSN in detail. The main information is (the content in [] is the author's note ): DBQ = c: \ Inetpub \ wwwroot \ test. mdb [String, indicating the database path]Description = my access [String, indicating the database description]Driver = c: \ pwin98 \ System \ odbcjt32.dll [String, indicating the driver, which can be seen in odbcinst. INI]Driverid = 0x00000019 (25) [number, indica

)0x6ffffffa (relcount) 43800x00000006 (symtab) 0x1140x0000000b (syment) 16 (bytes)0x00000005 (strtab) 0xe2640x0000000a (strsz) 148452 (bytes)0x00000004 (hash) 0x326480x00000001 (needed) Shared Library: [liblog. So]0x00000001 (needed) Shared Library: [libcutils. So]0x00000001 (needed) Shared Library: [libutils. So]0x00000001 (needed) Shared Library: [libbinder. So]0x00000001 (needed) Shared Library: [libssl. So]0x00000001 (needed) Shared Library: [libcrypto. So]0x00000001 (needed) Shared Library:

#defineFile_device_controller 0x00000004 - #defineFile_device_datalink 0x00000005 - #defineFile_device_dfs 0x00000006 the #defineFile_device_disk 0x00000007 - #defineFile_device_disk_file_system 0x00000008 - #defineFile_device_file_system 0x00000009 - #defineFile_device_inport_port 0x0000000a + #defineFile_device_keyboard 0x0000000b - #defineFile_device_mailslot 0x0000000c + #defineFile_device_midi_in 0x0000000d A #defineFile_device_midi_out 0x0000000e at #defineFile_device_mouse 0x0000000f - #

the registry. 2. In Hkey_local_machine\software\odbc\odbc. INI (subkey) myaccess, create a key to HKEY_LOCAL_MACHINE\SOFTWARE\ODBC\ODBC. Ini\myaccess, and then create some key values under it, detailed description of a System DSN configuration information, the main information ([] in the content of the author comments): Dbq=c:\inetpub\wwwroot\test.mdb [String, representing database path] description= My Access [String, representing database description] Driver=c:\pwin98\system\odbcjt32.dl

not ready.The 0x00000016 device does not recognize the instructions.0x00000017 Data error (cyclic redundancy check)The 0X00000018 program emits an incorrect length of instruction.The 0x00000019 disk drive cannot find a fixed sector or track on the disk.The disk or disk specified by 0x0000001a cannot be accessed.The 0x0000001b disk drive could not find the required sector.The 0x0000001c printer has no paper.The 0x0000001d system was unable to write da

specified device cannot be found for the 20 0x00000014 system.The 21 0x00000015 unit is not ready yet.22 0x00000016 devices cannot identify commands.23 0x00000017 data error (cyclic redundancy check)A 24 0x00000018 program sends out a wrong length command.25 0x00000019 the disk drive cannot find a fixed sector or track on the disk.26 0x0000001A the specified disk or disk cannot be accessed.27 0x0000001B the required sector cannot be found for the dis

x86 platform has LDD can be very convenient to view the dependencies of the library, but in the embedded Linux environment does not have this command, instead of it iscc=$ (cross_compile) gccldd=$ (Cross_compile) readelfExample[Plain]View PlainCopy $ (cross_compile) readelf-d Sdkdemo_video Dynamic section at offset 0x1a88 contains entries: Tag Type Name/value 0x00000001 (NEEDED) Shared library: [libtxdevicesdk.so] 0x00000001 (NEEDED) Shared library: [libpthread.so.0] 0x00000001 (NE

Atomic variable analysis in Linux Kernel There are several things in the Linux kernel that are common, and atomic variables are one of them. In fact, I have never tried these things before. After all, there are just a few lines of code, as long as I know what this means. It is limited to knowing that there is an assembly command called lock. This ensures the atomicity of data operations. But a few days ago, for some reason, I flipped through the RCU code. The RCU code was not locked when the poi

status. The specified device cannot be found for the 20 0x00000014 system. The 21 0x00000015 unit is not ready yet. 22 0x00000016 devices cannot identify commands. 23 0x00000017 data error (cyclic redundancy check) A 24 0x00000018 program sends out a wrong length command. 25 0x00000019 the disk drive cannot find a fixed sector or track on the disk. 26 0x0000001a the specified disk or disk cannot be accessed. 27 0x0000001b the required sector cannot b

remove the directory. 0x00000010 cannot remove the directory. The 0x00000011 system was unable to move files to another disk drive. 0x00000012 does not have any files. The 0x00000013 storage media is write-protected. The 0x00000014 system could not find the specified appliance. The 0x00000015 appliance is not ready. The 0x00000016 device does not recognize instructions. 0x00000017 Data error (cyclic redundancy check) The 0X00000018 program emits an incorrect length of instruction. The

Here are some of my own experiences in analyzing dump, personal opinion After the system blue screen, will first come out a hint: You can also see by dump: Instructions for turning on MSDN on the blue screen: http://msdn.microsoft.com/en-us/library/windows/hardware/hh994433 (v=vs.85). aspx Instructions for finding 0x19: 0x00000019 Bad_pool_headerThen find the place where parameter 1 is 0x20: The pool entry that should has been found the next pool

Tags: store form home dba no col cpp func RIP 0X7FFFFFFFDB58:0X004005BA 0x000000000x00000000 0x00000000 0x7fffffffdb68:0x00000000 0x0000001a 0x00000000 0x00000000 0x4005d8, is the return address of the function Funca, and then upward is gradually a variety of local variables /c1> 0x7fffffffdb78: 0x004005d8 0x00000000 0x00400470 0x000000000x7fffffffdb88:0xffffdd90 0x00000019 0x00000000 0x00000000 0x7fffffffdb98: 0x0040060d 0x00000000 0x00000000 0x0