Method applyInitialClusterUpdate

internal/ui/components/refresh.go:293–336

applyInitialClusterUpdate updates global state and UI with basic cluster data and rebuilt VM list

(cluster *api.Cluster)

// applyInitialClusterUpdate updates global state and UI with basic cluster data and rebuilt VM list
func (a *App) applyInitialClusterUpdate(cluster *api.Cluster) {
	a.QueueUpdateDraw(func() {
		// Update global state nodes from cluster resources
		models.GlobalState.OriginalNodes = make([]*api.Node, len(cluster.Nodes))
		copy(models.GlobalState.OriginalNodes, cluster.Nodes)

		// Apply node filter if active
		if nodeState := models.GlobalState.GetSearchState(api.PageNodes); nodeState != nil && nodeState.Filter != "" {
			models.FilterNodes(nodeState.Filter)
		} else {
			models.GlobalState.FilteredNodes = make([]*api.Node, len(cluster.Nodes))
			copy(models.GlobalState.FilteredNodes, cluster.Nodes)
		}
		a.nodeList.SetNodes(models.GlobalState.FilteredNodes)
		a.syncStorageBrowserNodes()

		// Rebuild VM list from fresh cluster resources so new guests appear immediately
		var vms []*api.VM
		for _, n := range cluster.Nodes {
			if n != nil {
				for _, vm := range n.VMs {
					if vm != nil {
						vms = append(vms, vm)
					}
				}
			}
		}
		models.GlobalState.OriginalVMs = make([]*api.VM, len(vms))
		copy(models.GlobalState.OriginalVMs, vms)

		// Apply VM filter if active
		if vmState := models.GlobalState.GetSearchState(api.PageGuests); vmState != nil && vmState.HasActiveVMFilter() {
			models.FilterVMs(vmState.Filter)
			a.vmList.SetVMs(models.GlobalState.FilteredVMs)
		} else {
			models.GlobalState.FilteredVMs = make([]*api.VM, len(vms))
			copy(models.GlobalState.FilteredVMs, vms)
			a.vmList.SetVMs(models.GlobalState.FilteredVMs)
		}

		// Update cluster summary/status
		a.clusterStatus.Update(cluster)
	})
}

// doEnrichNodes enriches node data in parallel and finalizes the refresh.
// Selections are always captured inside the final QueueUpdateDraw callback (on the UI