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.... HUP => reload (without restart). It might not work well. ** Running 0.0.0.0:3000 listener. ** Mongrel available at 0.0.0.0:3000 /usr/local/lib/ruby/gems/1.8/gems/mongrel-0.3.12.4/lib/mongrel/ tcphack.rb:6:in `initialize_without_backlog'': Address already in use - bind(2) (Errno::EADDR INUSE) from /usr/local/lib/ruby/gems/1.8/gems/mongrel-0.3.12.4/lib/ mongrel/tcphack.rb:6:in `initialize'' from /usr/local/lib/ruby/gems/1.8/gems/mongrel-0.3.12.4/lib/ mongrel.rb:387:in `initialize'' from /usr/local/lib/ruby/gems/1.8/gems/mongrel-0.3.12.4...

Dear colleagues, experimenting with new amd64-based router we found strange re(4) behaviour when working in autoselect media mode: whenever promisc mode turned on, renegotiating occurs, leading to 3 to 45 (depending on STP settings on the switch) network unavailability. Moreover, some other re(4) setting changes seem to disturb link state unneededly (such as ifconfig re0 -vlanhwtag) The most

Hi, This set of patches contains initial kexec/kdump implementation for Xen v3. Currently only dom0 is supported, however, almost all infrustructure required for domU support is ready. Jan Beulich suggested to merge Xen x86 assembler code with baremetal x86 code. This could simplify and reduce a bit size of kernel code. However, this solution requires some changes in baremetal x86 code. First of

Hi, This set of patches contains initial kexec/kdump implementation for Xen v3. Currently only dom0 is supported, however, almost all infrustructure required for domU support is ready. Jan Beulich suggested to merge Xen x86 assembler code with baremetal x86 code. This could simplify and reduce a bit size of kernel code. However, this solution requires some changes in baremetal x86 code. First of

Hi, This set of patches contains initial kexec/kdump implementation for Xen v3. Currently only dom0 is supported, however, almost all infrustructure required for domU support is ready. Jan Beulich suggested to merge Xen x86 assembler code with baremetal x86 code. This could simplify and reduce a bit size of kernel code. However, this solution requires some changes in baremetal x86 code. First of

...et & ~PAGE_MASK); + v = uio->uio_offset; + v &= ~PAGE_MASK; + pmap_kenter((vm_offset_t)ptvmmap, v); o = (int)uio->uio_offset & PAGE_MASK; c = (u_int)(PAGE_SIZE - ((int)iov->iov_base & PAGE_MASK)); c = min(c, (u_int)(PAGE_SIZE - o)); @@ -201,6 +202,8 @@ eaddr = round_page(uio->uio_offset + c); if (addr < (vm_offset_t)VADDR(PTDPTDI, 0)) + return EFAULT; + if (eaddr >= (vm_offset_t)VADDR(APTDPTDI, 0)) return EFAULT; for (; addr < eaddr; addr += PAGE_SIZE) if (pmap_extract(kernel_pmap, addr) == 0) Only in /usr/src/sys/...

Hi, This set of patches contains initial kexec/kdump implementation for Xen v2 (previous version were posted to few people by mistake; sorry for that). Currently only dom0 is supported, however, almost all infrustructure required for domU support is ready. Jan Beulich suggested to merge Xen x86 assembler code with baremetal x86 code. This could simplify and reduce a bit size of kernel code.

Hi, This set of patches contains initial kexec/kdump implementation for Xen v2 (previous version were posted to few people by mistake; sorry for that). Currently only dom0 is supported, however, almost all infrustructure required for domU support is ready. Jan Beulich suggested to merge Xen x86 assembler code with baremetal x86 code. This could simplify and reduce a bit size of kernel code.

Hi, This set of patches contains initial kexec/kdump implementation for Xen v2 (previous version were posted to few people by mistake; sorry for that). Currently only dom0 is supported, however, almost all infrustructure required for domU support is ready. Jan Beulich suggested to merge Xen x86 assembler code with baremetal x86 code. This could simplify and reduce a bit size of kernel code.