加入收藏 设为首页 联系站长
首页 | 虚拟动态 | Cisco模拟 | Juniper仿真 | 虚拟机 | 网络仿真 | 软件路由 | 技术专题 | 相关软件 | 交流论坛
>首页 -> Cisco模拟 -> Gns3

TOP

GNS-3说明文档中文版(早期版本)
[ 录入者:admin | 时间:2007-11-05 23:47:01 | 作者: | 来源: | 浏览:1423次 ]
NSTALLATION
* Here are the dependencies of GNS-3:
  - Qt >= 4.2
  - Python >= 2.4
  - Sip >= 4.5
  - PyQt >= 4.1
* WINDOWS users:
1. Download http://www.gns3.net/chrome/site/pyqt-gns3-setup.exe (~22 MB)
   
This program will install multiple programs that GNS-3 and Dynamips depends on:
   - WinPCAP 4.0
   - Dynamips 0.2.7
   - Python 2.5.1
   - PyQt 4.2                  
   - MinGW dll and Qt 4.3 dlls.
2. Run pyqt-gns3-setup.exe and follow the prompts. You will be asked to reboot your PC at the end.
3. Configure the integrated hypervisor by double-clicking on gns3-config.pyw (Optional if you want to start dynamips in hypervisor mode yourself).
4. Start GNS-3 by double-clicking on gns3.pyw.
* Linux users:
  - If you are on debian/ubuntu, use apt-get install python-qt4 to install the dependencies and start GNS-3 by double-clicking on gns3.pyw or launching it from a command line.

* MacOS X users:
1. Download python 2.5.1 for Macintosh OS X on http://www.python.org/download/ and install it.
2. Download qt-mac-opensource-4.3.0.dmg on http://trolltech.com/developer/downloads/qt/mac and install it
3. PyQt
4. Start GNS-3 by double-clicking on gns3.pyw.

CURRENT LIMITATIONS
Those limitations will be corrected in future releases.
* Currently the symbols are purely decorative, meaning there isn't any difference between them.
* Ethernet links are drawn whether you choose a serial or Ethernet interface.
TODO LIST
* Provide a way to do get a IDLE PC directly from GNS-3 and include/reuse an IDLE PC database.
* Use the ghost file and sparsemen features
* Option to suspend and resume IOS.
* Enable the use of iomem
* Use virtual ATM, Frame-Relay, Ethernet switches and the NIO bridge module provided by Dynamips
* Language support.
* Configuration of network modules dynamically when linking to other nodes.
* Users can change hostnames
* NET files import and export
* Connections to real NICs
* Include a Close option and a New option on the File menu
* Provide a way to select multiple devices to configure at the same time in Node Configuration. Right now, you have to configure each router separately.
* Do a slow 'start all IOS'
* Use the fast clock divisor of Dynamips.
* Add more 'Cisco-like' SVG symbols.
OPEN ISSUES
* How about a telnet all button?
* On Windows, all telnet windows have the same window title bar "Telnet localhost"
* How can we get the status of an interface from the IOS?
BUG REPORT
Open a new ticket on the trac (development tab on www.gns3.net). Please be as explicit as you can. Try to remember what was you last action and join the exception.log file if it exits.


本人英文水平实在有限,很多错误之处还请各位会员指正,谢谢!

安装
*以下是关于GNS-3的相关文档
  - Qt >= 4.2
  - Python >= 2.4
  - Sip >= 4.5
  - PyQt >= 4.1
1.下载 http://www.gns3.net/chrome/site/pyqt-gns3-setup.exe (~22 MB)
这个程序将安装多个程序 GNS-3和Dynamips根据
- WinPCAP 4.0
   - Dynamips 0.2.7
   - Python 2.5.1
   - PyQt 4.2                  
   - MinGW dll and Qt 4.3 dlls.
2.运行 pyqt-gns3-setup.exe 按提示操作,最后将会提示你重启计算机.
3.双击gns3-config.pyw 配置这个集成的管理程序(如果你自己想在系统管理程序模式启用DYNAMIPS,这个可选)
4.双击gns3.pyw开始GNS-3
  LINUX用户:
  -如果你是在debian/ubuntu上,使用apt-get安装python-qt4,双击gns3.pyw开始GNS-3或键入一条命令执行.
  MacOS X用户:
1.在http://www.python.org/download/ 下载基于Macintosh OS X的python 2.5.1并安装它.
2.在http://trolltech.com/developer/downloads/qt/mac 下载qt-mac-opensource-4.3.0并安装.
3.PyQt
4.双击gns3.pyw运行GNS-3
现在的限制
这些些限制将在未来的版本中解决.
*现在的符号是纯粹的装饰,它们之间没有不同的意义.
*不管你选择串口或是以太口,以太网链路都是被拔出的.

TODO目录
*提供一种方法从GNS-3直接获得一个IDLE-PC,包括一个IDLE-PC数据库.
*使用GHOST文件和sparsemen特性
*选择性的挂起和复用IOS
*允许使用iomem
*由Dynamips提供使用虚拟ATM,帧中继,以太网交换机和网卡桥接组件
*语言支持
*当链接到其它节点的时候动态的配置网络参数
*用户可以改变主机名
*net文件输入输出
*和真实网卡桥接
*在文件菜单上包含一个关闭选项和一个新建选项
*提供一种方法可以选择多个设备同时配置.现在你必须分开配置每台路由器.
*做一个慢的"start all IOS"
*使用Dynamips的快速时钟除数
*增加更多的"Cisco-link"SVG符号.
开放的议题
*一个telnet所有按钮怎么样?
*在Windows上,所有的telnet窗口有相当的窗口标题栏"telnet localhost"
*我们如何从IOS得到接口的状态?
BUG报告
[上一篇]GNS3 说明/教程 中文版 [下一篇]没有了
※相关文章
 

评论

称  呼:
内  容:

相关栏目

最新文章

热门文章

推荐文章

赞助商链接