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Leopard on a windows


ComputerFreak
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I had Leopard "functioning" on non-apple hardware for a little while before the update.

 

What I had done was take a hard disk, put it into my Mac Pro, format it as HFS+ with an MBR Partition table, install inside the Mac Pro and apply the 10.4.6 Kernel to the Leopard installation residing in the Mac Pro. Then, I pulled it out and put into a custom build system with an Intel PentiumD 865 processor (Has SSE3) and booted up. I got to the desktop but when I try to open Finder or anything that ties to Finder I get a kernel panic. (I didn't expect it to work very well anyways).

 

I have been working on other solutions, however have yet to find anything as successful as the one above.

 

Just give it time and you will be able to run Leopard on a whitebox. Anything that can be engineered can be reverse-engineered.

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I had Leopard "functioning" on non-apple hardware for a little while before the update.

 

What I had done was take a hard disk, put it into my Mac Pro, format it as HFS+ with an MBR Partition table, install inside the Mac Pro and apply the 10.4.6 Kernel to the Leopard installation residing in the Mac Pro. Then, I pulled it out and put into a custom build system with an Intel PentiumD 865 processor (Has SSE3) and booted up. I got to the desktop but when I try to open Finder or anything that ties to Finder I get a kernel panic. (I didn't expect it to work very well anyways).

 

I have been working on other solutions, however have yet to find anything as successful as the one above.

 

Just give it time and you will be able to run Leopard on a whitebox. Anything that can be engineered can be reverse-engineered.

 

 

that is quite true... quite true indeed.

 

 

max

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Guest bikedude880
I had Leopard "functioning" on non-apple hardware for a little while before the update.

 

What I had done was take a hard disk, put it into my Mac Pro, format it as HFS+ with an MBR Partition table, install inside the Mac Pro and apply the 10.4.6 Kernel to the Leopard installation residing in the Mac Pro. Then, I pulled it out and put into a custom build system with an Intel PentiumD 865 processor (Has SSE3) and booted up. I got to the desktop but when I try to open Finder or anything that ties to Finder I get a kernel panic. (I didn't expect it to work very well anyways).

 

I have been working on other solutions, however have yet to find anything as successful as the one above.

 

Just give it time and you will be able to run Leopard on a whitebox. Anything that can be engineered can be reverse-engineered.

 

Can we get proof of this, because right now this just doesn't sound feasable. You cannot just swap kernels out as there are too many dependencies built into all the frameworks that check the kernel version.

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