This post was last edited by bulls5988 on 2013-07-02 15:25:26
Give a reply to a good knot!!!!!!!
Reply to discussion (solution)
No one knows it at all?
Error log for PHP
[Wed June 26 20:20:40.421500 2013] [Core:warn] [PID 2288:tid 180] Ah00098:pid file C:/xampp/apache/logs/httpd.pid overwritten-unclean shutdown of previous Apache run? [Wed June 26 20:20:40.734000 2013] [Ssl:warn] [PID 2288:tid 180] AH01873:Init:Session Cache is not configured [hint:sslsessioncache][wed June 20:20:41.96837
Build NFS service reference: http://blog.51cto.com/msiyuetian/1694147
System Environment: centos7
Starting NFS will enable the following ports:1) Portmapper port: 111 UDP/tcp;2) nfs/nfs_acl port: 2049 UDP/tcp;3) mountd port: "32768--65535" UDP/tcp4) nlockmgr port: "32768--65535" UDP/tcpWhen the system RPC service starts the NFS service, it dynamically selects a random port for mountd and nlockmgr for communication by default.
1. view the port after NFS is started.rpcinfo -p localhost
2. Set a
: after the project is created, select external tools>External tools configurations...>
1. Create a program in the dialog box.
2. input the mavan path in the main panel such as: D:/apache-maven-2.2.1/bin/MVN. bat
3. Enter the project directory in the working directory.
4. Enter the running parameters in arguments, such as Tomcat: Run.
5. Create the parameter maven_opts in environment. The value is:
-Xdebug-xnoagent-djava. compiler = none-xrunjdwp: Transport = dt_socket, address =
/etc/group
Group related information
/etc/gshadow
Group security-related information, including passwords
/etc/login.defs
Create a user's default settings for some relevant information, user Uid/gid password parameters, and so on.
/etc/default/useradd
Default settings for environment variables when creating a user, such as home directory, Shell, Mail, Skel (this is the case below). The useradd-d setting will be written
The MSN (Live Messenger) Chat dialog box and the main panel have button ads and search strips, and the notes have been tested.
First, find the installation directory for live Messenger, typically C:Program filesmsn Messenger, locate the Msgsres.dll file, and open it with software such as Reshacker or restorator editing DLL files.
1, Remove Chat dialog box ads: Open 4004-920 resources, find inside the Id=atom (adbannergutter), the front of the layout
file use, * each packet before the file protocol life * Specific protocol transmission and the use of files out of the stage can be placed on their own program to place the "* * * * * * * * * * * * * * * * Created: 2014-08-19 * * */public class Serverreceive {public static void Mai N (string[] args) {/** A communication handle to the server to establish a connection */serversocket SS = null; Socket s = null;/** defines the file object and file output stream object that is used to create the loc
, has button ads and search strips, here's how to remove these ads, the Vista team has tested live Messenger version 8.1 through!
First, find the installation directory for live Messenger, typically C:\Program files\msn Messenger, locate the Msgsres.dll file, and open it with software such as Reshacker or restorator editing DLL files.
1, Remove Chat dialog box ads: Open 4004-920 resources, find inside the Id=atom (adbannergutter), the front of the lay
I use the MSN Messenger version is 8.1
The interface is more complex, and the streamlining approach is as follows:
1. Advertising: With Visual Studio 2005
* Note: Back up Msgsres.dll first
Drag the resource file Msgsres.dll from the MSN Messenger installation directory to the Visual Studio 2005 workspace, which appears as follows:
► Remove the ads at the bottom of the chat window:
Open resource Number No. 4004, double-click 920,ctrl+f to find
1.1.1 hardware platform Selection
The core component of the embedded system is various types of embedded processors. According to incomplete statistics, the total number of embedded processors worldwide has exceeded more than 1000, and the popular architecture has 30 series. However, unlike the global PC market, there is no microprocessor or microprocessor company that can take the lead in an embedded syste
Introduction to cortex series arm kernels
Author: Yang Shuo,Hua Qing vision embedded college lecturer.
As we all know, arm companies in the UK are the best embedded microprocessor in the world. Arm has always developed its own microprocessor kernel architecture, and then authorized the intellectual property rights of these architectures to various chip manufacturers for a streamlined CPU architecture, the e
the sas raid Controller sub-card battery and Troubleshooting System cooling failures.
E12nn
XX pwrgd
The specified voltage regulator fails.
E1229
CPU # vcore
The processor # vcore voltage regulator is faulty.
E1310
Rpm fan ##
The RPM of the specified cooling fan exceeds the permitted operating range.
See Troubleshooting System cooling faults.
E1313
Fan Redundancy
The fan in the system is no longer redundant. If the fan fai
From the computer system structure, we can see that the computer system includes the hardware system and software system. The hardware system is the foundation of the computer, and the software system is the upper-layer building of the computer. A complete computer system must contain hardware systems and software systems. Only bare metal machines that have no software system are called hardware systems. Hardware systems generally include: microprocessor
critical. The selection of processors often limits the selection of operating systems, and the selection of operating systems also limits the selection of development tools.
Hardware Platform Selection
Processor Selection
The core component of the embedded system is various types of embedded processors. According to incomplete statistics, the total number of embedded processors worldwide has exceeded more than 1000, with more than 30 popular systems. However, unlike the global PC market. No
, hardware components, operating systems, programming languages, software development tools, hardware debugging tools, and software components. In the above selection, the processor is often the most important, and the operating system and programming language are also critical. The selection of processors often limits the selection of operating systems, and the selection of operating systems also limits the selection of development tools.
Hardware platform selection
Processor selection
The
first, the embedded system composition:Embedded system = Embedded hardware system + Embedded software system, embedded hardware system = Embedded Processor (CPU) + Embedded Peripheral device (ROM + RAM + I/O device + ...) );Embedded software system = Embedded operating system + embedded application;second, embedded hardware system structure diagram:embedded microprocessor:(1) Embedded processor = {Processor Core, three large bus (data, address, contro
Article title: Linux implementation features based on the i386 architecture-memory and process. Linux is a technology channel of the IT lab in China. Includes basic categories such as desktop applications, Linux system management, kernel research, embedded systems, and open source.
Summary
?? The Linux kernel design should take into account the implementation on a variety of different microprocessor, as well as the implementation on 64-bit
C # parallel programming-related concepts,
For more information, see the C ++ concurrent programming high-level tutorial.
Background
Today's computers have at least one dual-core microprocessor, which is very common with quad-core and eight-core computers. The era of having multiple kernels on a single processor is approaching, modern microprocessor provides a new multi-core architecture. Therefore, it is v
network requirements.
Embedded Processor stageThe biggest difference between an embedded microprocessor and a general-purpose microprocessor is that an embedded microprocessor mostly works in an application-oriented system designed by the equipment manufacturer. At present, most of the applications are specially designed to meet the requirements of high performa
Original article: C # parallel programming-related concepts
For more information, see the C ++ concurrent programming high-level tutorial.
Background
Today's computers have at least one dual-core microprocessor, which is very common with quad-core and eight-core computers. The era of having multiple kernels on a single processor is approaching, modern microprocessor provides a new multi-core architecture.
From the programming point of view, the ARM microprocessor has two working states and can switch between them:
(1) arm status. At this time, the processor executes the 32-bit arm command
(2) thumb status. At this time, the processor executes a 16-bit, semi-aligned thumb command (to be compatible with the old chip)
During the process of running the program, you can switch between the two States. The change of the processor's working status does not aff
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