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10.8 Mountain Lion Server: File Sharing and FTP

10.8 Mountain Lion Server: File Sharing and FTP

In terms of File Sharing, there is really nothing different from Lion to Mt Lion. There is a bonus for iOS users in EDU in that you can now create a WebDAV ā€œDropBoxā€ for students submitting their assignments. Follow this kbase for setting up DropBox shares and you will soon be able to have students store their assignments on your server. [ Read More... ]

10.8 Mountain Lion Server: DNS

10.8 Mountain Lion Server: DNS

You have just installed Mountain Lion Server, now what!? Going on the assumption you are staring at Server.app right after a clean install, the first thing that needs attention is DNS! [ Read More... ]

Macworld 2012 Recap and Review

Macworld 2012 Recap and Review

Wow, I can honestly say that this year’s Macworld was awesome! Ā The fans and sponsors were great, but I must give my biasedĀ applauseĀ towards the speakers andĀ MacIT Advisory Board for theirĀ superbĀ job on putting an IT conference together. [ Read More... ]

Configuring IPv6 DNS on Mac OS X Server

Configuring IPv6 DNS on Mac OS X Server

Over the past several months, my company has been dealing with AD/OD integrations with Lion 10.7.2 and the customer’s environment is using ā€œ.localā€. If you are not familiar with the history between ā€œ.localā€ and Apple computers simply put: they don’t mix. PERIOD. It all stems from Apple OS X Clients using the naming convention of ā€œComputerName.localā€ as its address for Bonjour services. When an Active Directory (AD) environment uses something like ā€œcompany.localā€, Lion doesn’t know if you are talking DNS or Bonjour… so it just tries everything, thus giving you delayed authentication (login) against your AD controllers. [ Read More... ]

Working With IPv6 and Mac OS X

Working With IPv6 and Mac OS X

I don’t feel that anyone reading this in 2012 has never heard of IPv6. The easiest way to put it it’s a combinations of HEX values to make a big ugly ā€œthingā€ that represents your computer. IPv4 was simple; four octets made up of a value from 0-255; thus 192.168.1.111. IPv6 takes this to a new other level. From Wikipedia: [ Read More... ]