alienware r4

From: feino Network (www.firnow.com): http://dev.firnow.com/course/6_system/linux/Linuxjs/20091016/179018.html The below is a example of kernel panic log. [2, 875.497504] unable to handle kernel paging request at virtual address 4042a00c[1, 875.499110] PGD = c0004000[875.501797] [4042a00c] * PGD = 00000000[2, 875.505364] internal error: Oops: 5 [#1] preempt[875.509957] modules linked in: DHD[1, 875.513350] CPU: 0 not tainted (2.6.29 #21)[875.517877] PC is at lock_acquire + 0x60/0x74[875.522024]

: [ ] (Initi_irq_demux_extint4t7 + 0x0/0xa8) from [ ] (Asm_do_irq + 0x 44/0 x5c) R4: c03c2350 [ ] (Asm_do_irq + 0x0/0x5c) from [ ] (_ Irq_svc + 0x24/0 xa0) Exception stack (0xc2e2bd98 to 0xc2e2bde0) Bd80: 00000000 fb000000 Bda0: 00000001 00000000 c03c2a18 00000033 40000013 00000080 00000033 Bdc0: c39bfc80 c2e2be10 c2e2bdbc c2e2bde0 c007320c c0072748 60000013 ffffffff R7: 00000080 R6: 00000010 R5: f4000000

must be put into the stack. After test_c_args is called, The LR saved in the stack is written back to the PC, in this way, it can be returned to the main function.What if test_c_args has eight parameters? In this case, how should we PASS Parameters in test_asm_args?Instance 2:Test_asm_args.asm//--------------------------------------------------------------------------------Import test_c_args; declare the test_c_args FunctionArea test_asm, code, readonlyExport test_asm_argsTest_asm_argsStr lr, [

];//generate bit code for 2nd bitintR4;if(R3 = = 10) {R4= Random.nextint (15) + 1;//generate random numbers from 1 to 16}Else if(R3 = = 15) {R4= Random.nextint (15);//generate random numbers from 0 to 15}Else{R4= Random.nextint (16);//generate random numbers from 0 to 16}string STR_R4=RBASE[R4]; System.out.println (Str

COST value 1. Topology: 2. Configuration and Description: 1. Configure the IP address and ospf protocol of each interface. I used an R0 router to configure a frame relay switch. This helps us better understand frame relay. Note: When R1 and R4 use the FR interface, you can define the interface type ip ospf network broadcast or manually specify the neighbors of the two interfaces. Otherwise, the neighbors may fail. 2. Then we can manually specify the c

address of the "/system/bin/sh" string, and then call the system () function to achieve our goal. How to find the gadgets? Although ida or objdump can be used for search, it is time-consuming and laborious. Here I recommend ROPGadget. Because level7 is compiled into the thumb command by default, we also use the thumb mode to find the gadgets: #!bash$ ROPgadget --binary=./level7 --thumb | grep "ldr r0"0x00008618 : add r0, pc ; b #0x862e ; ldr r0, [pc, #0x10] ; add r0, pc ; ldr r0, [r0] ; b #0x86

) # encapsulation frame-relayR2 (config-If) # IP add 123.1.1.2 255.255.255.0R2 (config-If) # No Shutdown R3 (config) # int S1/2R3 (config-If) # encapsulation frame-relayR3 (config-If) # No Shutdown R3 (config) # int S1/2.1 point-to-pointR3 (config-subif) # IP add 123.1.1.3 255.255.255.0R3 (config-subif) # frame-relay interface-dlci 301 R3 (config) # int S1/2.2 multipointR3 (config-subif) # IP add 34.1.1.1 255.255.255.0R3 (config-subif) # frame-relay interface-dlci 304

assembly file or a segment does not mean that the execution is complete first.Head. s to execute head-s3c2410.s, or pay attention to the link segment, apparently head. sIn a short time, another segment is started. Text.. TextADR r0, lc0Ldmia r0, {R1, R2, R3, R4, R5, R6, IP, SP}Subs r0, R0, R1 @ calculate the Delta offsetAnd our head-s3c2410.s?. Section ". Start", # alloc, # execinstr_ S3c2410_start:Bic R2, PC, # 0x1fAdd R3, R2, #0X4000 @ 16 KB is qui

0x2a0010e8 :; Instruction: 0xffffff48 0x2a0010ec :; Instruction: 0xffffff4c 0x2a0010f0: push {r11, lr} 0x2a0010f4: add r11, sp, #4 (Gdb) B * 0x2a0010d8 Breakpoint 2 at 0x2a0010d8 (Gdb) c Continuing. Breakpoint 2, 0x2a0010d8 in ?? () (Gdb) p/x $ r2 // view the main function address $1 = 0x2a0017c9 (Gdb) B * 0x2a0017c9 // The main function breakpoint, now libc. so has been loaded, you can also B open/fputs/ex

is preferred. When there are multiple shortest paths, it is preferred to learn from the larger area ID. 3. If FA is not 0, the shortest path of the FA address metric is preferred.In this figure, R4 and R1 are in Area 0, R1 learns to external routes through RIP redistribution, and R2 and R3 both run RIP. The intermediate switch is used to simulate a bus network. R1 E0/1 and R2 R3 E0/0 are all in the same network segment. The configuration of

creation process. After the neighbor is established, R1 can learn the routes of R2 and R3. 4) scenario 3: R1 and R2 are area0 and R4 are area1, r1 and R4 have the same routerID [R1] ospf1 rof1-id 1.1.1.1 area 0.0.0.0 network 10.1.1.1 0.0.0.0 network 10.1.12.1 0.0.0.0 network 255.0.0.0.0 [R2] ospf1 router-id 2.2.2.2 area 0.0.0.0 network 10.1.12.2 0.0.0.0 10.1.2.2 0.0.0.0 area 0.0.0.1 network 10.1.24.2 0.0.0

Recursive routing of Advanced Static Routing (III)Recursive query of routes is unnecessary for static routes. The purpose of recursive routing is to bypass frequently changing links and reduce the configuration workload of Static Routing. I. Experiment topology II. Experiment description 1. If R1 wants to communicate with R4, R1 must have a static route to R4. If it is a simple topology, several static rout

Tool used in the experiment: Xiao fan Simulator 1. On router R1, configure the interface, start the ospf routing process and rip, advertise the network segment, and configure route redistribution.★☆R1 ☆★☆→Router>Router> enableRouter # config terminalRouter (config) # hostname R1-jinR1-jin (config) # interface loopback 0R1-jin (config-if) # ip address 1.1.1.1 255.255.255.255R1-jin (config-if) # interface f0/0R1-jin (config-if) # ip address 10.0.0.1 255.0.0.0R1-jin (config-if) # no shutdownR1-jin

650) this.width=650; "src=" Http://s4.51cto.com/wyfs02/M02/77/A8/wKioL1ZqrkujOgEPAACGyTYrjpU740.png "title=" QQ picture 20151211190632.png "alt=" Wkiol1zqrkujogepaacgytyrjpu740.png "/>One, address description1,R1--R5 all want a loopback0=10.10.x.x2, R1--R3 E0 address =1.1.123.x3, the R2--r4 WAN interface is 1.1.234.X/244,r4-r5 WAN Interface =1.1.45.x/24Two, bridgingConfiguring the R1-R3 Ethernet AddressConf

;rational.numerator>>rational.denominator;return stream;}int main (){Create and initialize-rational numbers r1 and R2.Rational R1 (3, 2);Rational R2 (2, 3);Test Relational operatorscout cout cout cout cout cout cout cout Test toString, add, substract, multiply, and divide operatorscout cout cout cout Test Shorthand OperatorsRational R3 (1, 2);R3 + = R1;cout R3-= R1;cout Test function operator []Rational R4 (1, 2);