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README.md
93
README.md
@ -1,7 +1,7 @@
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# xshok-proxmox :: eXtremeSHOK.com Proxmox (pve)
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## Optimization / Post Install Script (install-post.sh aka postinstall.sh) *run once*
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*not required if server setup with install-hetzner.sh*
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*not required if server setup with hetzner-install-proxmox.sh*
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* 'reboot-quick' command which uses kexec to boot the latest kernel set in the boot loader
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* Force APT to use IPv4
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* Disable the enterprise repo, enable the public repo, Add non-free sources
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@ -44,96 +44,10 @@ Recommeneded partitioning scheme:
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* Remaining for lv xfs /var/lib/vz (LVM)
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# Hetzner Proxmox Installation Guide #
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*includes and runs the (install-post.sh) script*
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* Select the Rescue tab for the specific server, via the hetzner robot manager
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* * Operating system=Linux
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* * Architecture=64 bit
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* * Public key=*optional*
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* --> Activate rescue system
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* Select the Reset tab for the specific server,
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* Check: Execute an automatic hardware reset
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* --> Send
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* Wait a few mins
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* Connect via ssh/terminal to the rescue system running on your server and run the following
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````
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wget https://raw.githubusercontent.com/extremeshok/xshok-proxmox/master/install-hetzner.sh -c -O install-hetzner.sh && chmod +x install-hetzner.sh
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./install-hetzner.sh "your.hostname.here"
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````
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* Reboot
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* Connect via ssh/terminal to the new Proxmox system running on your server and run the following
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## LVM to ZFS
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````
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wget https://raw.githubusercontent.com/extremeshok/xshok-proxmox/master/zfs/lvm-2-zfs.sh -c -O lvm-2-zfs.sh && chmod +x lvm-2-zfs.sh
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./lvm-2-zfs.sh && rm lvm-2-zfs.sh
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````
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* Reboot
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* Connect via ssh/terminal to the new Proxmox system running on your server and run the following
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## NETWORKING (vmbr0 vmbr1)
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```
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wget https://raw.githubusercontent.com/extremeshok/xshok-proxmox/master/networking/network-configure.sh -c -O network-configure.sh && chmod +x network-configure.sh
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./network-configure.sh && rm network-configure.sh
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```
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* Reboot
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* Post Install: Now login via ssh as root and create a password, which will be used for the webinterface when logging in with pam authentication
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see *hetzner* folder
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# OVH Proxmox Installation Guide #
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Select install for the specific server, via the ovh manager
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* --INSTALL-->
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* Install from an OVH template
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* --NEXT-->
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* Type of OS: Ready-to-go (graphical user interface)
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* VPS Proxmox VE *(pick the latest non zfs version)*
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* Language: EN
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* Target disk arrray: *(always select the SSD array if you have ssd and hdd arrays)*
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* Enable/Tick: Customise the partition configuration
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* --NEXT-->
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* Disks used for this installation: *(All of them)*
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* (Remove all the partitions and do the following)
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* Type: Filesystem: Mount Point: LVM Name: RAID: Size:
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* * 1 primary Ext4 / - 1 20.0 GB
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* * 2 primary Swap swap - - 2 x 8.0 GB *(minimum 16GB total, set recommended swap size)*
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* * 3 LV xfs /var/lib/vz data 1 REMAINING GB *(use all the remaining space)*
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* --NEXT-->
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* Hostname: server.fqdn.com
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* Installation script (URL): https://raw.githubusercontent.com/extremeshok/xshok-proxmox/master/install-post.sh
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* Script return value: 0
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* SSH keys: *(always suggested, however if this value is used a webinterface login will not work without setting a root password in shell)*
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* --CONFIRM-->
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After installation, Connect via ssh/terminal to the new Proxmox system running on your server and run the following
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## LVM to ZFS
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````
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wget https://raw.githubusercontent.com/extremeshok/xshok-proxmox/master/zfs/lvm-2-zfs.sh -c -O lvm-2-zfs.sh && chmod +x lvm-2-zfs.sh
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./lvm-2-zfs.sh && rm lvm-2-zfs.sh
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````
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* Reboot
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* Connect via ssh/terminal to the new Proxmox system running on your server and run the following
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## NETWORKING (vmbr0 vmbr1)
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```
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wget https://raw.githubusercontent.com/extremeshok/xshok-proxmox/master/networking/network-configure.sh -c -O network-configure.sh && chmod +x network-configure.sh
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./network-configure.sh && rm network-configure.sh
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```
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* Reboot
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* Post Install: Now login via ssh as root and create a password, which will be used for the webinterface when logging in with pam authentication
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# Advance Installation Options #
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Assumptions: Proxmox installed, SSD raid1 partitions mounted as /xshok/zfs-slog and /xshok/zfs-cache, 1+ unused hdd which will be made into a zfspool
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* Connect via ssh/terminal to the new Proxmox system running on your server and run the follow
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## Create ZFS from unused devices (createzfs.sh)
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**NOTE: WILL DESTROY ALL DATA ON SPECIFIED DEVICES**
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```
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wget https://raw.githubusercontent.com/extremeshok/xshok-proxmox/master/zfs/createzfs.sh -c -O createzfs.sh && chmod +x createzfs.sh
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./createzfs.sh poolname /dev/device1 /dev/device2
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```
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## Create ZFS cache and slog from /xshok/zfs-cache and /xshok/zfs-slog partitions and adds them to a zpool (xshok_slog_cache-2-zfs.sh) *optional*
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**NOTE: WILL DESTROY ALL DATA ON SPECIFIED PARTITIONS**
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```
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wget https://raw.githubusercontent.com/extremeshok/xshok-proxmox/master/zfs/xshok_slog_cache-2-zfs.sh -c -O xshok_slog_cache-2-zfs.sh && chmod +x xshok_slog_cache-2-zfs.sh
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./xshok_slog_cache-2-zfs.sh poolname
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```
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* Reboot
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see *ovh* folder
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# ------- SCRIPTS ------
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@ -148,7 +62,6 @@ curl -O https://raw.githubusercontent.com/extremeshok/xshok-proxmox/master/debia
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./debian10-2-proxmox6.sh
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```
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## Convert from Debian 9 to Proxmox 5 (debian9-2-proxmox5.sh) *optional*
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Assumptions: Debian9 installed with a valid FQDN hostname set
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* Tested on KVM, VirtualBox and Dedicated Server
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32
hetzner/README.md
Normal file
32
hetzner/README.md
Normal file
@ -0,0 +1,32 @@
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# Hetzner Proxmox Installation Guide #
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*includes and runs the (install-post.sh) script*
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* Select the Rescue tab for the specific server, via the hetzner robot manager
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* * Operating system=Linux
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* * Architecture=64 bit
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* * Public key=*optional*
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* --> Activate rescue system
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* Select the Reset tab for the specific server,
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* Check: Execute an automatic hardware reset
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* --> Send
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* Wait a few mins
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* Connect via ssh/terminal to the rescue system running on your server and run the following
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````
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wget https://raw.githubusercontent.com/extremeshok/xshok-proxmox/master/hetzner/hetzner-install-proxmox.sh -c -O hetzner-install-proxmox.sh && chmod +x hetzner-install-proxmox.sh
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./hetzner-install-proxmox.sh "your.hostname.here"
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````
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* Reboot
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* Connect via ssh/terminal to the new Proxmox system running on your server and run the following
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## LVM to ZFS
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````
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wget https://raw.githubusercontent.com/extremeshok/xshok-proxmox/master/zfs/lvm-2-zfs.sh -c -O lvm-2-zfs.sh && chmod +x lvm-2-zfs.sh
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./lvm-2-zfs.sh && rm lvm-2-zfs.sh
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````
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* Reboot
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* Connect via ssh/terminal to the new Proxmox system running on your server and run the following
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## NETWORKING (vmbr0 vmbr1)
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```
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wget https://raw.githubusercontent.com/extremeshok/xshok-proxmox/master/networking/network-configure.sh -c -O network-configure.sh && chmod +x network-configure.sh
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./network-configure.sh && rm network-configure.sh
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```
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* Reboot
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* Post Install: Now login via ssh as root and create a password, which will be used for the webinterface when logging in with pam authentication
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58
ovh/README.md
Normal file
58
ovh/README.md
Normal file
@ -0,0 +1,58 @@
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# OVH Proxmox Installation Guide #
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Select install for the specific server, via the ovh manager
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* --INSTALL-->
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* Install from an OVH template
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* --NEXT-->
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* Type of OS: Ready-to-go (graphical user interface)
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* VPS Proxmox VE *(pick the latest non zfs version)*
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* Language: EN
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* Target disk arrray: *(always select the SSD array if you have ssd and hdd arrays)*
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* Enable/Tick: Customise the partition configuration
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* --NEXT-->
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* Disks used for this installation: *(All of them)*
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* (Remove all the partitions and do the following)
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* Type: Filesystem: Mount Point: LVM Name: RAID: Size:
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* * 1 primary Ext4 / - 1 20.0 GB
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* * 2 primary Swap swap - - 2 x 8.0 GB *(minimum 16GB total, set recommended swap size)*
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* * 3 LV xfs /var/lib/vz data 1 REMAINING GB *(use all the remaining space)*
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* --NEXT-->
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* Hostname: server.fqdn.com
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* Installation script (URL): https://raw.githubusercontent.com/extremeshok/xshok-proxmox/master/install-post.sh
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* Script return value: 0
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* SSH keys: *(always suggested, however if this value is used a webinterface login will not work without setting a root password in shell)*
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* --CONFIRM-->
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After installation, Connect via ssh/terminal to the new Proxmox system running on your server and run the following
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## LVM to ZFS
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````
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wget https://raw.githubusercontent.com/extremeshok/xshok-proxmox/master/zfs/lvm-2-zfs.sh -c -O lvm-2-zfs.sh && chmod +x lvm-2-zfs.sh
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./lvm-2-zfs.sh && rm lvm-2-zfs.sh
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````
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* Reboot
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* Connect via ssh/terminal to the new Proxmox system running on your server and run the following
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## NETWORKING (vmbr0 vmbr1)
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```
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wget https://raw.githubusercontent.com/extremeshok/xshok-proxmox/master/networking/network-configure.sh -c -O network-configure.sh && chmod +x network-configure.sh
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./network-configure.sh && rm network-configure.sh
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```
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* Reboot
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* Post Install: Now login via ssh as root and create a password, which will be used for the webinterface when logging in with pam authentication
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# Advance Installation Options #
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Assumptions: Proxmox installed, SSD raid1 partitions mounted as /xshok/zfs-slog and /xshok/zfs-cache, 1+ unused hdd which will be made into a zfspool
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* Connect via ssh/terminal to the new Proxmox system running on your server and run the follow
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## Create ZFS from unused devices (createzfs.sh)
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**NOTE: WILL DESTROY ALL DATA ON SPECIFIED DEVICES**
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```
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wget https://raw.githubusercontent.com/extremeshok/xshok-proxmox/master/zfs/createzfs.sh -c -O createzfs.sh && chmod +x createzfs.sh
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./createzfs.sh poolname /dev/device1 /dev/device2
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```
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## Create ZFS cache and slog from /xshok/zfs-cache and /xshok/zfs-slog partitions and adds them to a zpool (xshok_slog_cache-2-zfs.sh) *optional*
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**NOTE: WILL DESTROY ALL DATA ON SPECIFIED PARTITIONS**
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```
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wget https://raw.githubusercontent.com/extremeshok/xshok-proxmox/master/zfs/xshok_slog_cache-2-zfs.sh -c -O xshok_slog_cache-2-zfs.sh && chmod +x xshok_slog_cache-2-zfs.sh
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./xshok_slog_cache-2-zfs.sh poolname
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```
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* Reboot
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