r15 alienware

git for Windows 2.5 release, after the update, using git svn, errorGit svn rebase Or git svn dcommitAfter a update of GIT for Windows 2.5,i encountered this problem.$ git svn dcommitCommitting to Myurl0 [main] perl 30192 cygwin_exception::open_stackdumpfile:dumping stack trace to Perl.exe.stackdumpException:status_access_violation at rip=00000000000rax=0000000000000000 rbx=00000006010982b8 Rcx=00000006010982b8Rdx=00000006010a05f8 rsi=0000000000000011 rdi=0000000000000000R8 =0000000000000000 R9 =

= 0000000000000000 r7 = 20171000000020b78 r8 = 0000000000000000 r9 = 201710000292cfd60 r10 = 0000000000000000 r11 = 0000000000000002 r12 = 0000000000000005 r13 = 000 0000029348ED0 r14 = 0000000000000001 r15 = 201710000292c1640 ------------------- End of Registers --------------------- *** 18:26:51. 745 dbkedDefDump (): Starting a non-incident diagnostic dump (flags = 0x3, level = 3, mask = 0x0) ----- Current SQL Statement for this session (SQL _id =

:58. 322* ** Module name :( JDBC Thin Client) 14:49:58. 322* ** Action name :() 14:49:58. 322Dump continued from file:/oracle/app/11gR1/diag/rdbms/portal/portal2o3/trace/portal2_ora_19188.trcORA-07445: Exception error: core dump [kgghash () + 367] [SIGSEGV] [ADDR: 0x2B1733615000] [PC: 0x777EE03] [Address not mapped to object] []========= Dump for incident 186505 (ORA 7445 [kgghash () + 367]) ======----- Beginning of Customized Incident Dump (s )-----Exception [type: SIGSEGV, Address not mapped t

register and can be read and written.R13 is a stack pointer register that holds the stack pointerR14 is the program connection register, when the BL subroutine call instruction is executed, R14 gets a R15 backup, and when an interrupt or an exception occurs, R14 saves the return value of R15R15 is a program counter(A/C) PSR: (Flag bit register)T-bit: 1--CPU in thumb State, 0--cpu in arm state;I, F (interrupt prohibit bit): The first stop interruption

are accessible, depending on the operating state of the ARM processor and the specific operating mode. But at any time, the Universal register R14-R0, the program counter PC, and a status register are all accessible.Arm Registers list diagram:General-purpose registers are divided into three categories:Non-grouped universal registers:R0-R7 are non-grouped registers. This means that in all processor modes, access is the same physical register. The non-grouping registers are not used by the system

[ARM processor operating mode]Processor operating mode1.User (URS): User mode, Linux applications run in user mode2.FIQ (FIQ): Fast interrupt Mode3.IRQ (IRQ): Interrupt mode4.Supervisor (SVC): System protection mode, Linux kernel running in system protected mode5.Abort (ABT): anomaly mode6.Undefined (und): No instruction mode defined7.System (SYS): System mode[Arm Register detailed]Arm Registers (37)Universal Registers (31)1. Non-grouped universal registers (R0-R7)2. Packet General Register (R8-

three-level pipeline structure to refer to, decode, execute, the PC always points to the address of the instruction you want to take, instead of executing an instruction and pointing to the address of the next instruction.The assembler compensates for the display value of the R15 (PC), which makes the logic of "PC pointing to the address of the next instruction to be executed" seem reasonable.3, ADR/ADRL指令书写格式：ADR（ADRL）[Load the address into the regi

r11 = 0000000000002104R12 = 20171000000001f7c r13 = 201710000197fb4d0 r14 = 20171000019a28808 r15 = 20171000019a2a97e------------------- End of Registers ---------------------* ** 15:24:33. 320----- SQL Statement (None )-----Current SQL information unavailable-no cursor.----- Call Stack Trace -----Calling call entry argument values in hexLocation type point (? Means dubious value)-----------------------------------------------------------------------

program counter R15 (PC) always points to the "fetching" instruction, rather than to the "executing" instruction or the "decoding" instruction.It is customary to use an executing instruction as a reference point, that is, the current 1th instruction.So, the PC always points to the 3rd instruction,Or, the PC always points to the address of the currently executing instruction address plus 2 instructions.When the processor is in arm state, each instruct

1. General architectureMSP430 MCU adopts von Neumann structure, including 16-bit RISC CPU, memory, on-chip peripheral, clock system, simulation system and data bus and address bus.2, msp430x CPU (Cpux)DB AB Alu-Number MSP430F1XX 16-bit 16-bit (maximum addressing 64KB) 16-bit->CPU Msp430f2xx/4xx/5xx/6xx 16-bit 20-bit (maximum addressing 1MB) 20-bit->cpux CPU Internal registers:R0:PC program Counter procedure Pointer 20bitsR1:SP point stack stack pointer 20bits downR2:SR/CG1 Stat

is Monitorenter, Monitorexit, and the last generated assembly instruction isLock Cmpxchg%r15, 0x16 (%R10) and lock Cmpxchg%r10, (%R11)CMPXCHG is the assembly instruction of CAs, which means locking the bus and cache with the lock instruction first, and then setting the synchronized flag bit in the object header with the Cmpxchg CAS operation. When the CAS is complete, release the lock and flush the cache to main memory.Therefore, the underlying opera

wrong). Let's take two-dimensional space for example. is a picture in the Guttman paper:Let me explain this picture in more detail. Take a look at figure (b) First, we assume that all data is a point in a two-dimensional space, and the figure only marks the data in the R8 region, that is, the shape of the object. Don't take that piece of irregular graph as a data, we think of it as a region of multiple data. To implement the R-tree structure, we use a minimum bounding rectangle to precisely fra

and pointing to the address of the next instructionWhen the first instruction enters the execution stage, the third instruction enters the reference stage, so pc+8.In the execution of the first instruction, I thought that the value of the PC is 0, after executing the first instruction Pc+4=4 point to the address of the second instruction, but let me not intention is the first instruction in the execution phase, the third instruction at the point of reference, the PC takes the instruction addres

1 . PADS2007 non-modal commands and shortcut keys1.[C] Displays planar pads and hot pads (Thermal).2.[D] Displays the current layer.3.[do] through hole shape display switch.4.[e] Loop shows how the end of the line is connected to via (through hole).#End no via: The end of the walking line is not connected at all.#End via: The end of the route is connected to the Via (through hole).#End test point: The end of the line is connected to one as a test of the squint indeed via (through hole).5.[I] Dat

X86-64 CPU Architecture and 64-bit GCC changes to program compilation processing Jochen1986Reprint Please specify source: http://blog.csdn.net/youkawa/article/details/45458921 Universal registers are all extended to 64 bits, with the register name preceded by R, such as RAX, RBX, RCX, RDX, RSI and RDI; The instruction pointer (instruction pointer), the base address pointer (base pointer), and the stack pointerPointer) has also been extended to the four-bit, these special re

FESCo recently held a meeting to approve several key new features that BeefyMiracleFedora17 is about to join: -GNOME3.4 desktop environment-GIMP2.8 graphics processing software-supports ErlandR15 programming language-supports GCC4.7 and uses it as the default compiler-GlasgowHaskellCompilerGHC7.4 compiler-PHP5.4-supports Lo FESCo recently held a meeting to approve several key new features to be added to Beefy Miracle Fedora 17:-GNOME 3.4 desktop environment-GIMP 2.8 Graphic Processing Software-

=0x552900080800000a, R11=0x0c9f95f95b0646efr12=0x00390000207a0000, r13=0x0000000000000000, r14=0x001cd35781a40000, R15=0x0000000000005a65RIP=0X0000003E6A089B03, eflags=0x0000000000010202, csgsfs=0x0000000000000033, err=0x0000000000000004trapno=0x000000000000000eTop of Stack: (sp=0x00007f9c704b4e48)0x00007f9c704b4e48:00007f9f9308331e 00000000704b4e700x00007f9c704b4e58:00007f9eec831324 00007f9eec82df600x00007f9c704b4e68:0000000000000000 00000000a5fc4555

ADC addition carry incoming addition command data processing class Arithmetic Operation Command Add addition instruction data processing class arithmetic operation instruction And logic and data processing class arithmetic operation commands BbranchBIs the simplest branch. OnceBCommand, the ARM processor will jump to the given address immediately and continue to execute from there. Note that the actual value stored in the branch command is an offset relative to the current

command 7 cmd LC_SYMTABcmdsize 24 symoff 28672 nsyms 101 stroff 31020strsize 1440Load command 8 cmd LC_DYSYMTAB cmdsize 80 ilocalsym 0 nlocalsym 0 iextdefsym 0 nextdefsym 18 iundefsym 18 nundefsym 83 tocoff 0 ntoc 0 modtaboff 0 nmodtab 0 extrefsymoff 0 nextrefsyms 0indirectsymoff 30216 nindirectsyms 201 extreloff 0 nextrel 0 locreloff 0 nlocrel 0Load command 9 cmd LC_TWOLEVEL_HI

Monitor File PMW Performance Monitor File PNF pre-compiled installation information PNG Macromedia Fireworks Doc image/png POT Microsoft PowerPoint template application/vnd. ms-powerpoint POTHTML Microsoft PowerPoint HTML Template PPA Microsoft PowerPoint add-on application/vnd. ms-powerpoint PPS Microsoft PowerPoint slide show application/vnd. ms-powerpoint Microsoft PowerPoint presentation application/vnd. ms-powerpoint PPTHTML Microsoft PowerPoint HTML document PPTMHTML File Prf pics Rules F