C + + development tools under Linux system-remote terminal software use

With the introduction of the Linux system installed earlier, the second step in building the Linux development environment was followed by the selection of C + + development tools and the necessary client software. In order to build a complete Linux C + + development environment, easy for beginners in this environment can be very good learning.

One, the Code Editor

Because of C + + programs that develop Linux under Windows, it is important to choose a tool that facilitates code editing in Windows. There are many types of C + + code editors, and even notepad can be used as a C + + code Editor. It is recommended to use the powerful Code editing tool of UE (ULTRAEDIT).

The UltraEdit tool is shareware and can be downloaded and installed from the official website. UltraEdit for www.ultraedit.com. Users can download the latest version. UltraEdit is a powerful editor for text, program source code, and HTML. As a source code editor, the default configuration can be used to highlight the syntax of C + +, Java and other languages, with copy, paste, cut, find, replace, format control and other editing functions.

Second, the choice of network terminal

Generally, as a unix/linux system remote terminal has a variety of software to choose from, such as Securenetterm, SECURECRT and so on. Each tool provides support for different functions. Each software basically provides a relatively rich analog terminal, Linux nature is also in it.

It is recommended to use the SECURECRT network terminal software here by comparison. It is very good support network terminal related connection function, set telnet, SSH protocol login in a. The SSH protocol login is secure relative to the normal Telnet login, and the data passed by the login is encrypted ciphertext.

Note: It is generally recommended to use the SSH protocol to sign in using the method. This will ensure the security of your login account.

Download the SecureCRT tool from the web and use the 5.2 version here. The following describes the software installation use steps.

(1) Double-click the executable exe file of the software to enter the installation preparation stage. After the initial installation of the software, there is a formal installation Welcome page, Software License Protocol window 2.30 shown.

Figure 2.30 SecureCRT License Protocol Declaration window

(2) Click the "I Agree" button to indicate consent to the Software License Declaration agreement, enter the Software Installation Welcome screen, 3.31 shown.

Figure 2.31 SECURECRT Software Installation Welcome interface

(3) After browsing the Software Installation Welcome screen, click the "Next" button to enter the installation/upgrade screen, the interface information prompts the user to upgrade the currently installed version of the software, or re-select the installation, 2.32 shows.

Figure 2.32 SECURECRT Software Installation/upgrade interface

(4) Since the current computer system does not exist in the installation of the software, so here directly choose to reinstall the software, select the installation software interface "Install into the new location", and then click on the "Next" button to enter the next installation. 2.33 Enter the directory where you choose to install the software, and choose to install it in the D-disk Sftware directory.

Figure 2.33 Selecting the installation directory

(5) After selecting the Installation software catalog, click the "Next" button to enter the configuration Options Settings screen, 2.34 is shown.

Figure 2.34 Software configuration Settings interface

(6) The above configuration is set by default, so directly click on the "Next" button to enter the next installation, enter the Support Network Connection protocol selection interface, shown in 2.35.

Figure 2.35 Software Support Connection Protocol selection configuration

(7) Select all support, all connection agreements are ticked, then click on the "Next" button to prepare the installation of the interface, 2.36 shown.

Figure 2.36 Preparing to install the software interface

(8) After clicking the "Finish" button, go to the Installation progress bar interface, the installation of the SECURECRT software is very small, so quickly installed, entered the installation completed the prompt interface, 2.37 shown.

Figure 2.37 Installation Success Screen

(9) Click "OK" to complete the software installation process, so that the software can be used on the developer's operating system.

The following will be based on the results of the previous virtual machine and virtual machine instance installation, using the SECURECRT software to implement the Windows operating system client connection, showing the basic steps of the software operation, as shown below.

(1) After clicking on the desktop generated SECURECRT software shortcut, the connection configuration interface appears, 2.38 shows.

Figure 2.38 SECURECRT Software Connection Configuration

(2) sessions similar to the directory file format, supporting the tree way to organize a client connection configuration, while supporting the management of folder mode. At this point the developer face a new client connection configuration, requires a certain configuration management, 2.39 operation.

Figure 2.39 Choosing to create a new connection

(3) The right mouse button click on the above interface "Sessions", jump out of the choice to create a new connection option, here only to create a new connection configuration, so according to the red label select "New Session", out of the interface created by the additional session, for the developer configuration, 2.40 is shown.

Figure 2.40 New session Connection interface

(4) The following start according to the actual needs, the configuration of the corresponding development environment, first ensure that the virtual machine instance has been started, and the corresponding IP address has been configured, the Configuration connection session information 2.41 is shown.

Figure 2.41 Configuring session basic information

(5) According to the above interface, the newly established connection virtual machine instance is named "Linux C + +", and the virtual machine instance is connected using the "Telnet" connection protocol. After selecting the protocol, you need to fill in the user name and password information for the connection configuration, as shown in 2.42.

Figure 2.42 Selecting automatic login configuration information

(6) After completing the basic Connection configuration information, you need to select "Login action" in the left column, set the initial mode of login, in order to avoid the need to enter the user name and password every time the trouble, here can be the right column "automatic login" tick, start to set the connection user name and password, 2.43.

Figure 2.43 Setting the connection password

(7) If the default user name and password has been set, you can click on the right column "add" To add password settings, the first session connection, can directly edit the existing default settings, so here directly click the "Edit" button in the right column, jump out of the Edit Small dialog box. The user name and password 2.44 are then set as shown.

Figure 2.44 Setting the user name interface

(8) Set Complete click "OK", the same mode of operation, to the "passwd" Set password, 2.45 is shown.

Figure 2.45 Setting the password interface

(9) The user name can be in clear text, the general password settings are used to hide ciphertext, so the above settings password need to "hide" the option to select, set up, click "OK" to complete the password settings. The next step is to enter the connection settings complete interface, shown in 2.46.

Figure 2.46 Completing the connection Configuration interface

(10) Click "OK" on the completion screen above to complete the basic configuration of a new session connection. The following will connect the server-side virtual machine instance through a connection request. As shown in 2.47.

Figure 2.47 Connecting the new creation interface

(11) Click on the newly created connection session "Linux C + +" to complete the connection request to the server-side virtual machine instance, if configured correctly, will be received from the service side of the information echo, with the user name "developer" Connection success information is as follows.

Red Hat Enterprise Linux as Release 4 (Nahant Update 1)

Kernel 2.6.9-11.ELSMP on an i686

Login

Developer

Password:

Last Login:sat 7 11:14:55 from 192.168.0.1

[Email protected] ~]$

At this point, the developer can directly manipulate the contents of the Linux virtual machine in the Windows client without the need of the virtual machine's window remote connection, directly through the client remote connection to the virtual machine server, through the command mode operation of the Linux system, on the above development.

from:http://blog.csdn.net/wangfengwf/article/details/6861476

C + + development tools under Linux system-remote terminal software use