how to modify this to span across 2 or more proxmox nodes

[alex-w-k]

hello, great repo and info here, but my question is what is the best way to have a kube cluster that spans 2 proxmox nodes, i would like to be able to have some resiliency and span both of my nodes

[kubebn]

Hi, do you mean 2 proxmox hosts for mngmt cluster and sidero clusters? In that case, you would just need to add additional variables for target_node and proxmox_hosts.

[alex-w-k]

i would like two proxmox hosts but the same cluster, so it would look like:
node 1: 3 mgmt nodes, 3 worker nodes
node 2: 3 mgmt nodes, 3 worker nodes

[lucacalcaterra]

i would like two proxmox hosts but the same cluster, so it would look like: node 1: 3 mgmt nodes, 3 worker nodes node 2: 3 mgmt nodes, 3 worker nodes

@alex-w-k I would like to achieve same goals .. not sure if going right direction but seems i need to use SDN , EVPN with VXLAN.. my configuration it's quite crazy and cheap, on hetzner. Depend which network infrastructure you have..

[rdeberry-sms]

Here is an example of how to do it

`resource "proxmox_vm_qemu" "controlplanes" {
for_each = var.control_plane_nodes
name = each.value.name
target_node = each.value.target_node
clone = each.value.os_type
vmid = random_integer.control_hosts[each.key].result
agent = var.agent
os_type = var.os_type
ipconfig0 = "ip=${each.value.ip1_address}/${each.value.ip1_netmask},gw=${each.value.gw}"
ipconfig1 = can(each.value["ip2_address"]) ? "ip=${each.value.ip2_address}/${each.value.ip2_netmask}" : null
cloudinit_cdrom_storage = var.storage_name
vm_state = var.vm_state
onboot = var.onboot
cpu = var.cpu
sockets = each.value.sockets
cores = each.value.cores
memory = each.value.memory
scsihw = var.scsihw
tags = var.cp_tags

network {
model = var.virtual_interface
bridge = var.network_bridge
tag = var.primary_vlan
}
dynamic "network" {
for_each = can(each.value["ip2_address"]) ? [1] : []
content {
model = var.virtual_interface
bridge = var.network_bridge
tag = var.secondary_vlan
}
}
nameserver = var.dns_server

boot = var.boot_order
disks {
scsi {
scsi0 {
disk {

      size    = each.value.disk_size
      storage = var.storage_name
    }
  }
  dynamic "scsi1" {
    for_each = can(each.value["second_disk_size"]) ? [1] : []
    content {
      disk {
        size    = each.value.second_disk_size
        storage = var.storage_name
      }
    }
  }
}

}

lifecycle {
ignore_changes = [
boot,
network,
desc,
numa,
agent,
ipconfig0,
ipconfig1,
define_connection_info,
]
}
}

resource "random_integer" "control_hosts" {
for_each = var.control_plane_nodes
max = var.random_integer_ceiling_master
min = var.random_integer_floor_master
}`