Olive Install

http://www.sidsmokes.com/router.lab.html

 

'Only the network cards are very specific. I bought 65 of them on ebay. They use the Intel 82559 chip. I have heard that other chipsets will work as well, such as 82557, 82558.
'
Originally, I used an old version of Ghost to get the router images duplicated. The process is pretty speedy since the image is only about 1GB. Speedier still is making it from scratch.

Step 1) Install the base OS
Install FreeBSD 4.4 mini from this ISO (176 MB)
Make a single partition, type 165, set it active (bootable) and then slice it like this:

/dev/ad0s1a, 500M, /
/dev/ad0s1b, 500M, swap
/dev/ad0s1e, 100M, /config
/dev/ad0s1f, the rest, /var

Step 2) Make some file system changes
After it reboots, issue these commands:

# rm /dev/wd0c
# ln -s /dev/ad0c /dev/wd0c
# mkdir /var/etc
# touch /var/etc/master.passwd
# touch /var/etc/inetd.conf
# touch /var/etc/group

Step 3) Copy and add the jinstall
(A note about the JUNOS software: I will not send anyone Juniper software. Don't ask. If you don't know how to get it, then you're probably not supposed to have it anyway. You can download it from the Juniper site if you have an account. Don't bug Juniper JTAC about olives either. They are not supported.)

I started with jinstall 7.2R2.4, which I had on CD. A reader from The Netherlands reported problems starting this install with anything later than 7.4R3.3, however had no problems upgrading to later versions from the CLI once the install was complete.

# mount /cdrom
# cp /cdrom/jinstall-7.2R2.4-domestic-signed.tgz /var/tmp
# pkg_add /var/tmp/jinstall-7.2R2.4-domestic-signed.tgz

The pkg_add process does its thing, which takes about 30 seconds. Time to reboot...

# umount /cdrom
(Take out the CD if you want to get it from the drive before you reboot.)

# reboot

Step 4) Don't touch it
The router will start up, install the jinstall package automatically, then reboot itself.

Step 5) Enjoy
The total time elapsed from start to finish should be about 15 minutes.


Xyplex Configuration

The routers are designed to be accessible via the serial port. For this I purchased a Xyplex MaxServer 1640, also on ebay. The number of ports (40) was over-kill, but other terminal servers (Cyclades, Cisco) cost too much or were too old. The lesser models of the Xyplex came with a BNC media link - yuck! The 1640 is only 10Mbit but it has an RJ45 media link. Simple topology.

I used the manual to revert to the default configuration and loaded this configuration. Next, I used telnet to connect from my computer. Here is the command:

telnet [IP address] [port] (where [port] = 2000 + port number X 100)

Since I used port # 31 for Router1, my command looks like this:

telnet 192.168.0.100 5100

These are the Xyplex manuals.
MAX ULI
MAX Intro
MAX Basic Config
MAX Command Ref
MAX Hardware Install
 
为了设计款能够有效聚合校园生活信息的APP,首先需要从用户的需求出发,详细分析目标用户群体的特点和需求,即XXXX生的日常生活和学习需求。在此基础上,定义APP的核心功能和服务范围,包括但不限于选课指南、考试资源、兼职信息、生活充值等服务。 参考资源链接:[校园生活APP:服务XXXX生的创新创业计划](https://wenku.youkuaiyun.com/doc/7ji9n8gsq2?spm=1055.2569.3001.10343) 接下来,进行市场调研,了解同类APP的现状、优缺点以及目标用户对此类APP的使用体验反馈。这步骤将帮助我们确定产品的差异化特征,并据此制定出创新点和改进方向。 根据调研结果,设计APP的架构和用户界面。架构设计要考虑到数据的高效采集、存储、处理和展示,以及第三方平台的接口对接。用户界面设计则需要注重用户体验,确保操作简便、界面友好。 确定技术路线后,开始APP的开发工作。开发过程中,选择合适的开发工具和框架,如React Native或Flutter等跨平台开发框架,可以快速构建iOS和安卓双端应用。对于数据聚合,可以利用爬虫技术定时从校园网站、合作伙伴网站等来源抓取信息,并存储于服务器。开发中还应考虑到数据的安全性和隐私保护措施。 对于信息的更新及时性与准确性,可以设立后台管理系统,由专业团队负责日常的信息维护和更新,同时设置用户反馈机制,鼓励用户上报错误信息或提出建议。利用机器学习等技术优化信息分类和匹配准确性。 测试阶段,进行全面的系统测试、性能测试和用户测试,确保APP的稳定性和易用性。在APP上线后,进行持续的监控和迭代更新,根据用户反馈不断优化功能和提升服务质量。 总结来说,开发款校园生活APP需要深入理解用户需求,合理规划产品功能,采用合适的开发技术和架构,并且注重后期的运营和维护。为了深入了解如何将这些步骤具体实现,建议参考《校园生活APP:服务XXXX生的创新创业计划》。这份文档不仅提供了产品规划的全面视角,还包括市场分析和运营策略,是解决当前问题的有力支持。 参考资源链接:[校园生活APP:服务XXXX生的创新创业计划](https://wenku.youkuaiyun.com/doc/7ji9n8gsq2?spm=1055.2569.3001.10343)
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