1. Vmware Fusion 8.0 (for Mac Os X Oklahoma State University Address

VMware Fusion 8 Pro delivers state of the art Mac® virtualization for advanced users and IT Pros, leading edge features for developers, and is ideal for Macs in businesses that want to ensure compatibility with Windows®. Leading Edge Mac Virtualization VMware Fusion 8 Pro takes virtualization on the Mac® to the next level with powerful features designed for technical professionals that want to run Windows® applications on a Mac without rebooting.

With added support for the latest modern operating systems like Windows 10, advanced users, developers, QA and IT admins rely on Fusion Pro every day for high performance, reliability and leading edge features to run Windows and Linux on a Mac. State of the Art Desktop Virtualization for Mac Fusion Pro’s leading edge features help you tackle complex tasks on your Mac by letting you run applications on a breadth of operating systems, including Windows, Linux and more, at the same time on the same Mac without rebooting. Fusion Pro makes it easy to evaluate new operating systems and test software applications, patches or reference architectures in an isolated and safe environment that is also compatible with VMware vSphere.

Both Fusion 5 and Parallels Desktop 8 extend the host support to OS X Mountain Lion and the client VM support to Windows 8 and OS X Mountain Lion. Both cost $50 for an upgrade from a recent version.

Fusion 8 Pro even integrates with VMware vCloud Air, the cloud service by VMware, bringing even more cloud management capabilities to the Mac desktop. No other Mac desktop virtualization software offers the performance, reliability, and leading edge features of Fusion 8 Pro.

Create Powerful Virtual Machines With the ability to allocate multiple processor cores, gigabytes of main memory or graphics memory to each virtual machine, Fusion Pro maximizes your Mac’s resources to run the most demanding applications in a virtual environment. Whether developing software, testing new operating systems or running powerful 3D applications like AutoCad® or SolidWorks®, Fusion Pro can do it all. There’s a Reason it’s Called Fusion “Pro” Fusion Pro takes virtualization on the Mac to the next level with professional features designed to help users save precious time and effort for a variety of tasks. Added cloud support for VMware vCloud Air and VMware vSphere allows you to bring the power of the enterprise hybrid cloud to your Mac. With the ability to create linked clones to save disk space, set up custom IPv4 and IPv6 networking configurations with the network editor or connect to vSphere to create, run, upload or download a virtual machine, Fusion Pro is the ultimate tool for today’s technical professionals.

From Your Mac to the Cloud Use Fusion Pro to connect to VMware vCloud Air, the public cloud service by VMware, to securely manage and download cloud workloads, or run an entire cloud environment directly on your Mac, all from within VMware Fusion 8 Pro. Leverage the cloud to share virtual machines with anyone in your organization for tests, analysis or demonstrations. Fusion Pro can also connect to, create and run virtual machines hosted on VMware vSphere.

Vmware Fusion 8.0 (for Mac Os X Oklahoma State University Address

Download virtual machines from VMware vSphere and turn them into local Fusion Pro virtual machines or upload local virtual machines to vSphere directly from Fusion Pro. Take Control of Your Virtual Machines Fusion Pro gives technical professionals powerful control over how to set up and interact with virtual machines. Choose from a wide variety of options when installing, protecting, connecting, sharing and viewing virtual machines to save valuable time.

You can even create virtual machines that are encrypted, require a change of password or expire at a predefined date and time. Leverage the Snapshot feature to preserve the state of a virtual machine so you can return to it at any time. See more at: http://www.vmware.com/products/fusion-pro/#sthash.i941ldQ8.dpuf.

If the mod you want is only available from the Steam Workshop, then you will have to find a friendly Steam user with Civ5 to download it for you. One way or another, download the file for the mod that you want. It must be extracted into a folder of plain, uncompressed files before you install it. Civilization 5 best mods. You can then copy the mod to your Mac. Expand/Extract the Mod Mac Civ5 cannot handle a compressed mod file.

Here's what I type: C: Usersnslookup Default Server: UnKnown Address: 172.16.128.2 google.com Server: UnKnown Address: 172.16.128.2 Name: google.com.localdomain Addresses: 74.125.226.14 74.125.226.14 google.com. Server: UnKnown Address: 172.16.128.2 Non-authoritative answer: Name: google.com Addresses: 2607:f8b0:4006:806::1005 74.125.226.1 74.125.226.6 74.125.226.2 74.125.226.4 74.125.226.5 74.125.226.9 74.125.226.8 74.125.226.7 74.125.226.3 74.125.226.0 74.125.226.14 This used to not cause any problems and maybe it didn't used to append localdomain. But now it does cause problems for applications that don't append a '.' When doing domain name lookup. I see the problem in command line ssh in cygwin. And to be sure.

To add to Scott's answer, from what I understand the difference is in NAT/Shared mode VMWare isolates the guest making it more secure, the virtual machine does not have its own IP address on the external network. Instead, a separate private network named localadmin is set up on your Mac. With bridged networking, the virtual machine appears as an additional computer on the same physical Ethernet network as your Mac making it less secure. See VMWare KB regarding network types. NAT Mode Test: C: Windows System32nslookup Default Server: UnKnown Address: 172.16.65.2 google.com Server: UnKnown Address: 172.16.65.2 Name: google.com.localdomain Addresses: 216.58.192.46 216.58.192.46 Bridged Mode test: C: Windows System32nslookup Default Server: google-public-dns-a.google Address: 8.8.8.8 google.com Server: google-public-dns-a.google.com Address: 8.8.8.8 Non-authoritative answer: Name: google.com Addresses: 2607:f8b0:4010:800::1004 216.58.192.46. Yes, this causes problems with SSH (and by extension git). The problem is that the virtual machine's network adapter is configured in NAT mode (also shown as Share with my Mac) and in NAT mode VMWare is trying to force IPv6, but isn't properly supporting IPv6 somehow.

You can switch to bridged mode or force SSH to use IPv4. Switched to Bridge Mode NOTE: This may reduce the security of your VM since it will be directly connected to the network now and have no protection via the host machine Change the networking to Bridged mode by selecting the menu Virtual Machine Network Adapter Bridged (Autodetect) and it will work. Force SSH to use IPv4 Add the following line to to /etc/ssh/sshconfig (or c: Program Files Git etc ssh sshconfig when using git for windows): AddressFamily inet. I disabled ipv6 on the Windows and it seems to work.

I used the instructions at To disable certain IPv6 components, follow these steps: Click Start, type regedit in the Start Search box, and then click regedit.exe in the Programs list. In the User Account Control dialog box, click Continue.

In Registry Editor, locate and then click the following registry subkey: HKEYLOCALMACHINE SYSTEM CurrentControlSet Services Tcpip6 Parameters Double-click DisabledComponents to change the DisabledComponents entry. Note If the DisabledComponents entry is unavailable, you must create it.

To do this, follow these steps: In the Edit menu, point to New, and then click DWORD (32-bit) Value. Type DisabledComponents, and then press Enter. Double-click DisabledComponents. Type any of the following values in the Value data field to configure the IPv6 protocol to the intended state, and then click OK: Type 0 to re-enable all IPv6 components (Windows default setting). Type 0xff to disable all IPv6 components except the IPv6 loopback interface.

This value also configures Windows to prefer using IPv4 over IPv6 by changing entries in the prefix policy table. For more information, see Source and destination address selection.

Type 0x20 to prefer IPv4 over IPv6 by changing entries in the prefix policy table. Type 0x10 to disable IPv6 on all nontunnel interfaces (both LAN and Point-to-Point Protocol PPP interfaces). Type 0x01 to disable IPv6 on all tunnel interfaces. These include Intra-Site Automatic Tunnel Addressing Protocol (ISATAP), 6to4, and Teredo. Type 0x11 to disable all IPv6 interfaces except for the IPv6 loopback interface.