Diff for /wikisrc/ports/xen/howto.mdwn between versions 1.150 and 1.151

version 1.150, 2018/07/26 11:08:33 version 1.151, 2018/07/26 11:16:22
Line 129  Architecture Line 129  Architecture
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 Xen itself can run on i386 (Xen < 4.2) or amd64 hardware (all Xen  Xen itself can run on i386 (Xen < 4.2) or amd64 hardware (all Xen
 versions).  (Practically, almost any computer where one would want to  versions).  Practically, almost any computer where one would want to
 run Xen today supports amd64.)  run Xen today supports amd64.
   
 Xen, the dom0 system, and each domU system can be either i386 or  Xen, the dom0 system, and each domU system can be either i386 or
 amd64.  When building a xenkernel package, one obtains an i386 Xen  amd64.  When building a xenkernel package, one obtains an i386 Xen
Line 140  be i386.  With an amd64 Xen kernel, an a Line 140  be i386.  With an amd64 Xen kernel, an a
 work, and an i386 dom0 kernel should in theory work.  An amd64  work, and an i386 dom0 kernel should in theory work.  An amd64
 Xen/dom0 is known to support both i386 and amd64 domUs.  Xen/dom0 is known to support both i386 and amd64 domUs.
   
 i386 dom0 and domU kernels must be PAE (except for an i386 Xen 3.1  i386 dom0 and domU kernels must be PAE. PAE kernels are included in
 kernel, where one can use non-PAE for dom0 and all domUs); PAE kernels  the NetBSD default build.
 are included in the NetBSD default build.  (Note that emacs (at least)  
 fails if run on i386 with PAE when built without, and vice versa,  
 presumably due to bugs in the undump code.)  
   
 Because of the above, the standard approach is to use an amd64 Xen  Because of the above, the standard approach is to use an amd64 Xen
 kernel and NetBSD/amd64 for the dom0.  For domUs, NetBSD/i386 (with  kernel and NetBSD/amd64 for the dom0.  For domUs, NetBSD/i386 (with

Removed from v.1.150  
changed lines
  Added in v.1.151


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