tsc boots

. all) return (document. all [item]); If (document. getElementById) return (document. getElementById (item )); Return (false ); } Function writeMenus (container ){ If (window. triedToWriteMenus) return; If (! Container document. layers ){ Window. delayWriteMenus = this. writeMenus; Var timer = setTimeout ('delaywritemenus () ', 250 ); Container = new Layer (100 ); ClearTimeout (timer ); } Else if (document. all | document. hasChildNodes ){ Document. writeln (' '); Container = FIND ("menuConta

; } // For NS6. Function FIND (item ){ If (document. all) return (document. all [item]); If (document. getElementById) return (document. getElementById (item )); Return (false ); } Function writeMenus (container ){ If (window. triedToWriteMenus) return; If (! Container document. layers ){ Window. delayWriteMenus = this. writeMenus; Var timer = setTimeout ('delaywritemenus () ', 250 ); Container = new Layer (100 ); ClearTimeout (timer ); } Else if (document. all | document. hasChildNodes ){ Do

KBPhysical id: 0Siblings: 2Core id: 0Cpu cores: 1Fdiv_bug: noHlt_bug: noF00f_bug: noComa_bug: noFpu: yesFpu_exception: yesCpuid level: 5Wp: yesFlags: fpu vme de pse tsc msr pae mce cx8 apic mtrr pge mca cmov pat limit 36 clflush dts acpi mmx fxsr sse sse2 ss ht tm pbe lm constant_tsc pni monitor ds_cpl cid xtprBogomips: 6006.73 Processor: 1Vendor_id: GenuineIntelCpu family: 15Model: 4Model name: Intel (R) Xeon (TM) CPU 3.00 GHzStepping: 3Cpu MHz: 300

Oracle replacement string The user's ID card number must be displayed on the page for identity verification. However, for personal privacy, it cannot be completely displayed, therefore, you can use SQL to replace part of the ID card number with the * number. The effect is as follows: The specific SQL implementation is as follows: Tsc. idcard, concat (substr (tsc. idcard, 0, 4), '******'), lpad (substr (

= new Layer (100); Cleartimeout (timer); } else if (document.all | | document.haschildnodes) { Document.writeln (' '); container = FIND ("Menucontainer"); } Window.fwhidemenutimer = null; if (!container) return; Window.triedtowritemenus = true; Container.iscontainer = true; Container.menus = new Array (); for (var i=0; i Container.menus[i] = window.menus[i]; window.menus.length = 0; var countmenus = 0; var countitems = 0; var top = 0; var content = '; var LRS = false; var thestat = ""; va

Sometimes you need to collect various information about the server, such as CPU information, memory information, Linux version information, and various software information installed. The following describes how to view the main indicators. 1. view the Linux release information [root @ pcmweb ~] # Cat/etc/issue Red Hat Enterprise Linux Server Release 5 (tikanga) Kernel on an m2. view Linux kernel information [root @ pcmweb ~] # Uname-R 2.6.18-8. el5xen3. View CPU information [root @ pcmxexdb ~]

. layers ){Window. delayWriteMenus = this. writeMenus;Var timer = setTimeout ('delaywritemenus () ', 250 );Container = new Layer (100 );ClearTimeout (timer );} Else if (document. all | document. hasChildNodes ){Document. writeln ('Container = FIND ("menuContainer ");} Window. fwHideMenuTimer = null;If (! Container) return;Window. triedToWriteMenus = true;Container. isContainer = true;Container. menus = new Array ();For (var I = 0; I Container. menus [I] = window. menus [I];Window. menus. length

/cpuinfo | grep flags | grep 'lm '| wc-l4 (If the result is greater than 0, 64bit computing is supported. lm indicates long mode, and lm indicates 64bit) 7. View cpu information Summary [Spark @ S1PA222 tomcat6] $ lscpuArchitecture: x86_64 #CPU op-mode (s): 32-bit, 64-bitByte Order: Little EndianCPU (s): 4On-line CPU (s) list: 0-3Thread (s) per core: 1Core (s) per socket: 2Socket (s): 2NUMA node (s): 1Vendor ID: GenuineIntelCPU family: 6Model: 44Stepping: 2CPU MHz: 2533.423BogoMIPS: 5066.84Hyper

In the multi-core era, x86 rdtsc commands should not be used to test the command cycle and time Chen ShuoBlog.csdn.net/solstice Since Intel Pentium added the rdtsc command, this command is a powerful tool for micro-Benchmarking. It can get high-precision time stamp counter at a very small cost ), many articles about optimization [1] and books use it to compare the speed of two sections of code. Some code even uses the rdtsc command to timing, replacing system calls such as gettimeofday. In the

64bit)7. View CPU Information Summary[Email protected] tomcat6]$lscpuARCHITECTURE:X86_64 #CPU Op-mode (s): 32-bit, 64-bitByte Order:little EndianCPU (s): 4On-line CPU (s) list:0-3Thread (s) per core:1Core (s) per Socket:2Socket (s): 2NUMA node (s): 1Vendor Id:genuineintelCPU Family:6Model:44Stepping:2CPU mhz:2533.423bogomips:5066.84Hypervisor Vendor:vmwareVirtualization Type:fullL1D cache:32kL1i cache:32kL2 cache:256kL3 cache:12288kNUMA node0 CPU (s): 0-38. View CPU Information Summary (compare

1 Basic ConceptsThe timing mechanism, along with some more visible kernel activity (such as check timeouts), drives the process to switch.Two main timing measurements: Save the current time and date so that they can be returned to the user program through the Ftime () and gettimeofday () system calls. The maintenance timer, which can tell the kernel or user program that a time interval has passed. Timing measurements are performed by several hardware circuits based on fixed-fre

Take the CentOS system as an exampleFirst, the CPUCat/proc/cpuinfoHere is my CPU information, with 4 messages stating there are 4 logical CPUs, but each physical ID is the same, stating that there are only 1 physical CPUs.1. The "Physical ID" and "core ID" of multiple logical CPUs are the same, indicating that hyper-threading is turned on.2. There is an LM tag in the flags stating that it is a 64-bit CPU3, my processor has 4 different numbers, and belong to a physical ID, while the CPU cores val

/cpuinfo: View CPU Details[Email protected] ~]$Cat/proc/Cpuinfo Processor:0VENDOR_ID:GENUINEINTELCPU Family:6Model: theModel Name:intel (R) Xeon (r) CPU E5-2690V3 @2. 60GHzstepping:0CPU MHz:2599.998Cache Size:30720KBfpu:yesfpu_exception:yescpuid Level: -wp:yesflags:fpu vme de PSE TSC MSR PAE MCE cx8 APIC Sep MTRR PGE MCA cmov Pat PSE36 Clflush DTS MMX FXSR SSE SSE2 SS Syscall NX rdtscp LM constant_tsc Arch_perfmon pebs BTS xtopology tsc_reliable nonst

or cores in the same physical socket.Instance:Lunarpages CPU Information:processor:0Vendor_id:genuineintelCPU Family:15Model:4Model Name:intel (R) Xeon (TM) CPU 3.00GHzStepping:3CPU mhz:3000.881Cache size:2048 KBPhysical id:0Siblings:2Core id:0CPU Cores:1Fdiv_bug:noHlt_bug:noF00f_bug:noComa_bug:noFpu:yesFpu_exception:yesCPUID Level:5Wp:yesFLAGS:FPU VME de PSE TSC MSR PAE MCE cx8 APIC MTRR PGE MCA cmov Pat PSE36 clflush DTS ACPI MMX FXSR SSE s SE2 SS

when the ADEOS received a hardware interrupt, the corresponding domain will be interrupted according to the interrupt service; Class C interaction means that the operating system within the current domain actively requests some services to ADEOS Class D interaction refers to interrupts and exceptions generated by the ADEOS receiving hardware, as well as direct control of the hardware. Among them, the function that Adeos realizes mainly includes interrupt pipeline mechanism (I-PIPE), domain mana

In the Linux operating system, many activities are related to time, such as process scheduling and network processing, and so on. Therefore, understanding the clock processing mechanism in the Linux operating system helps to better understand how the Linux operating system works. This paper analyzes the clock processing mechanism of Linux 2.6.25 kernel, first introduces some hardware timers in computer system, then focuses on the hardware clock and software clock processing in Linux operating sy

Original URL: https://support.norton.com/sp/zh/cn/home/current/solutions/v59378086_EndUserProfile_zh_cnDepending on the brand and model of your Android device, follow the steps provided in one of the following scenarios:HTC device with a physical button Turn off Android devices. Remove the battery if the device cannot be turned off normally because of a loop. Press the menu button on the device and press and hold. Open the device and press and hold the menu key until the lock s

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to each other. But from the score on the x doesn't seem to like 2 this content, and y is preferred, the cosine similarity to the value of the sensitivity of the results of the error, the need to correct this irrationality there is the adjustment of the cosine similarity, that is, all the dimensions of the value minus a mean, such as X and Y score mean is 3, then adjusted to (-2, -1), and then the cosine similarity calculation, get 0.8, the similarity is negative and the difference is not small,

probability: 1. Boots 20% 2. Cloak 25% 3. Accessories 10% 4. Two-handed Sword 5% 5. Coin bag 40% The question now is how to drop an item to the player based on probability. I. GENERAL algorithm : Generate a list, divided into several intervals, such as the length of the list 100,1-20 is the range of boots, 21-45 is the cloak of the interval, and then randomly from 100 to take out a number, to