0x0f4

. ausize * dsksize_kfdhdb = disk sizeKfdhdb. pmcnt: 2; 0x0c8: 0x00000002 -- physical address space of AU.Kfdhdb. fstlocn: 1; 0x0cc: 0x00000001 -- after the first AUKfdhdb. altlocn: 2; 0x0d0: 0x00000002 -- indicates that the file directory has beenKfdhdb. f1b1locn: 2; 0x0d4: 0x00000002Kfdhdb. redomirrors [0]: 0; 0x0d8: 0x0000Kfdhdb. redomirrors [1]: 0; 0x0da: 0x0000Kfdhdb. redomirrors [2]: 0; 0x0dc: 0x0000Kfdhdb. redomirrors [3]: 0; 0x0de: 0x0000Kfdhdb. dbcompat: 168820736; 0x0e0: 0x0a100000Kfdhd

sessionprocesslinks: _LIST_ENTRY [0x0-0x0 ] +0X0EC DebugPort: (null) +0x0f0 Exceptionportdata: (null) +0x0f0 Exceptionportvalue:0 +0x0f0 exceptionportstate:0y000 +0x0f4 objecttable:0x8c001bb8 _handle_table +0x0f8 Token : _ex_fast_ref +0x0fc workingsetpage:0 +0x100 addresscreationlock: _ex_push_lock +0x104 RotateInProgress: (null) +0x108 forkinprogress: (NULL)SHELLCODE "\x60"//Pushad ; Save register State

additional virtual keyboard definitions must is observed. Symbolic constant Hexadecimal value Description Vk_dbe_alphanumeric 0x0f0 Changes the mode to alphanumeric. Vk_dbe_katakana 0x0f1 Changes the mode to katakana. Vk_dbe_hiragana 0x0f2 Changes the mode to hiragana. Vk_dbe_sbcschar 0x0f3 Changes the mode to Single-byte characters. Vk_dbe_dbcschar

; 0x0d4: 0x00000002kfdhdb. redomirrors [0]: 0; 0x0d8: 0x0000kfdhdb. redomirrors [1]: 0; 0x0da: 0x0000kfdhdb. redomirrors [2]: 0; 0x0dc: 0x0000kfdhdb. redomirrors [3]: 0; 0x0de: 0x0000kfdhdb. dbcompat: 168820736; 0x0e0: 0x0a100000kfdhdb. kgstmp. hi: 33014999; 0x0e4: HOUR = 0x17 DAYS = 0x6 MNTH = 0x1 YEAR = 0x7dfkfdhdb. kgstmp. lo: 2628680704; 0x0e8: USEC = 0x0 MSEC = 0x39f SECS = 0xa MINS = 0x27kfdhdb. ub4spare [0]: 0; 0x0ec: 0x000000000000kfdhdb. ub4spare [1]: 0; 0x0f0: 0x000000000000kfdhdb. ub4

be used, here is the use of the s5pv210 GPH3 (2) This gpio to implement, to view the chip manual its corresponding external interrupt number is EINT26, So define a struct in the driver to describe him as follows:structs5pv210_gpio_key{intPin//PIN Number intEint;//External Interrupt number intEintcfg;//External interrupt Enable intInputcfg;//input Enable};structS5pv210_gpio_key my_gpio_key={. Pin= S5pv210_gph3 (2),. Eintcfg=0X0f4,. Inputcfg=0

; 0x0c4:0x00000931Kfdhdb.pmcnt:2; 0x0c8:0x00000002Kfdhdb.fstlocn:1; 0x0cc:0x00000001Kfdhdb.altlocn:2; 0x0d0:0x00000002Kfdhdb.f1b1locn:2; 0x0d4:0x00000002Kfdhdb.redomirrors[0]: 0; 0x0d8:0x0000KFDHDB.REDOMIRRORS[1]: 0; 0x0da:0x0000KFDHDB.REDOMIRRORS[2]: 0; 0x0dc:0x0000KFDHDB.REDOMIRRORS[3]: 0; 0x0de:0x0000kfdhdb.dbcompat:168820736; 0x0e0:0x0a100000kfdhdb.grpstmp.hi:32967790; 0x0e4:hour=0xe days=0x3 mnth=0x3 YEAR=0X7DCkfdhdb.grpstmp.lo:2015746048; 0x0e8:usec=0x0 msec=0x176 secs=0x2 mins=0x1ekfdhdb.

= 0x8 YEAR = 0x7dekfdhdb. mntstmp. lo: 1403252736; 0x0b4: USEC = 0x0 MSEC = 0xfc SECS = 0x3a MINS = 0x14kfdhdb. secsize: 512; 0x0b8: 0x0200kfdhdb. blksize: 4096; 0x0ba: 0x1000kfdhdb. ausize: 1048576; 0x0bc: 0x00100000kfdhdb. mfact: 113792; 0x0c0: 0x0001bc80kfdhdb. dsksize: 10240; 0x0c4: 0x00002800kfdhdb. pmcnt: 2; 0x0c8: 0x00000002kfdhdb. fstlocn: 1; 0x0cc: 0x00000001kfdhdb. altlocn: 2; 0x0d0: 0x00000002kfdhdb. f1b1locn: 2; 0x0d4: 0x00000002kfdhdb. redomirrors [0]: 0; 0x0d8: 0x0000kfdhdb. redom

The efficiency of getting timestamp functions on Windows is nothing more than today. I tested the efficiency of getting timestamp functions on Windows. machine performance: CPU I7 2600 K no overclock www.2cto.com testing 0.1 billion times to call the CRT Time () function takes about 1 second Win API GetTickCount () is about 300 milliseconds, GetTickCount64 () wimm in 500 milliseconds. the timeGetTime () of lib is about 800 milliseconds. www.2cto.com // the time consumed by this code is about 8 s

: 0x00000002kfdhdb. redomirrors [0]: 0; 0x0d8: 0x0000kfdhdb. redomirrors [1]: 0; 0x0da: 0x0000kfdhdb. redomirrors [2]: 0; 0x0dc: 0x0000kfdhdb. redomirrors [3]: 0; 0x0de: 0x0000kfdhdb. dbcompat: 168820736; 0x0e0: 0x0a100000kfdhdb. kgstmp. hi: 33014999; 0x0e4: HOUR = 0x17 DAYS = 0x6 MNTH = 0x1 YEAR = 0x7dfkfdhdb. kgstmp. lo: 2628680704; 0x0e8: USEC = 0x0 MSEC = 0x39f SECS = 0xa MINS = 0x27kfdhdb. ub4spare [0]: 0; 0x0ec: 0x000000000000kfdhdb. ub4spare [1]: 0; 0x0f0: 0x000000000000kfdhdb. ub4spare [

accommodate 512 table entries, PID 1048 should be in the 1th Level 1 index of the 262=0x106 table entries (each table entry 8Byte)Bingo!Finally, the final summary of the process:(1) (WINDBG) Gets the address of the pspcidtable, according to the Tablecode low 2 bits to determine the number of layers of the handle table.(2) Traversal handle table: Only the first level handle table is _handle_table_entry (8 bytes), two and three levels are pointers (4 bytes), each table is 1 page (4KB) size,(3) Af

mnth = 0x8 year = 0x7dekfdhdb. kgstmp. lo: 3536962560; 0x0e8: USEC = 0x0 MSEC = 0x71 secs = 0x2d mins = 0x34kfdhdb. vfstart: 0; 0x0ec: 0x00000000kfdhdb. vfend: 0; 0x0f0: 0x00000000kfdhdb. spfile: 0; 0x0f4: 0x00000000kfdhdb. spfflg: 0; 0x0f8: 0x00001_kfdhdb. ub4spare [0]: 0; 0x0fc: 0x000000000000kfdhdb. ub4spare [1]: 0; 0x100: 0x000000000000kfdhdb. ub4spare [2]: 0; 0x104: 0x000000000000kfdhdb. ub4spare [3]: 0; 0x108: 0x000000000000kfdhdb. ub4spare [4]

Tags: nbsp structure tor CTC one hand debug Debuginfo intToday, the use of WinDbg (x86) to get a handle table debugging, the benefit of a lot of debugging steps and keys again to be familiar with, The concept of a handle table page is further understood. WinDbg Debug and handle table unfamiliar friends can draw on my debugging steps L to familiarize myself with the basics of the handle table, the debugging steps and getting the sections below. 3:kd> DT _eprocess 891ad030Nt!_eprocess+

=0x7dfkfdhdb.grpstmp.lo:2628680704; 0x0e8:usec=0x0 msec=0x39f secs=0xa mins=0x27kfdhdb.ub4spare[0]: 0; 0X0EC:0X00000000KFDHDB.UB4SPARE[1]: 0; 0X0F0:0X00000000KFDHDB.UB4SPARE[2]: 0; 0X0F4:0X00000000KFDHDB.UB4SPARE[3]: 0; 0X0F8:0X00000000KFDHDB.UB4SPARE[4]: 0; 0X0FC:0X00000000KFDHDB.UB4SPARE[5]: 0; 0X100:0X00000000KFDHDB.UB4SPARE[6]: 0; 0X104:0X00000000KFDHDB.UB4SPARE[7]: 0; 0X108:0X00000000KFDHDB.UB4SPARE[8]: 0; 0X10C:0X00000000KFDHDB.