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consul/testing/deployer/sprawl/internal/tfgen/nodes.go

160 lines
4.0 KiB

// Copyright (c) HashiCorp, Inc.
// SPDX-License-Identifier: BUSL-1.1
package tfgen
import (
"fmt"
"github.com/hashicorp/consul/testing/deployer/topology"
)
type terraformPod struct {
PodName string
Node *topology.Node
Ports []int
Labels map[string]string
TLSVolumeName string
DNSAddress string
DockerNetworkName string
}
func (g *Generator) generateNodeContainers(
step Step,
cluster *topology.Cluster,
node *topology.Node,
) ([]Resource, error) {
if node.Disabled {
return nil, fmt.Errorf("cannot generate containers for a disabled node")
}
pod := terraformPod{
PodName: node.PodName(),
Node: node,
Labels: map[string]string{
"consulcluster-topology-id": g.topology.ID,
"consulcluster-cluster-name": node.Cluster,
},
TLSVolumeName: cluster.TLSVolumeName,
DNSAddress: "8.8.8.8",
}
cluster, ok := g.topology.Clusters[node.Cluster]
if !ok {
return nil, fmt.Errorf("no such cluster: %s", node.Cluster)
}
net, ok := g.topology.Networks[cluster.NetworkName]
if !ok {
return nil, fmt.Errorf("no local network: %s", cluster.NetworkName)
}
if net.DNSAddress != "" {
pod.DNSAddress = net.DNSAddress
}
pod.DockerNetworkName = net.DockerName
containers := []Resource{}
if node.IsAgent() {
switch {
case node.IsServer() && step.StartServers(),
!node.IsServer() && step.StartAgents():
containers = append(containers, Eval(tfConsulT, struct {
terraformPod
ImageResource string
HCL string
EnterpriseLicense string
}{
terraformPod: pod,
ImageResource: DockerImageResourceName(node.Images.Consul),
HCL: g.generateAgentHCL(node),
EnterpriseLicense: g.license,
}))
}
}
wrkContainers := []Resource{}
for _, wrk := range node.SortedWorkloads() {
token := g.sec.ReadWorkloadToken(node.Cluster, wrk.ID)
switch {
case wrk.IsMeshGateway && !node.IsDataplane():
wrkContainers = append(wrkContainers, Eval(tfMeshGatewayT, struct {
terraformPod
ImageResource string
Enterprise bool
Workload *topology.Workload
Token string
}{
terraformPod: pod,
ImageResource: DockerImageResourceName(node.Images.EnvoyConsulImage()),
Enterprise: cluster.Enterprise,
Workload: wrk,
Token: token,
}))
case wrk.IsMeshGateway && node.IsDataplane():
wrkContainers = append(wrkContainers, Eval(tfMeshGatewayDataplaneT, &struct {
terraformPod
ImageResource string
Enterprise bool
Workload *topology.Workload
Token string
}{
terraformPod: pod,
ImageResource: DockerImageResourceName(node.Images.LocalDataplaneImage()),
Enterprise: cluster.Enterprise,
Workload: wrk,
Token: token,
}))
case !wrk.IsMeshGateway:
wrkContainers = append(wrkContainers, Eval(tfAppT, struct {
terraformPod
ImageResource string
Workload *topology.Workload
}{
terraformPod: pod,
ImageResource: DockerImageResourceName(wrk.Image),
Workload: wrk,
}))
if wrk.DisableServiceMesh {
break
}
tmpl := tfAppSidecarT
var img string
if node.IsDataplane() {
tmpl = tfAppDataplaneT
img = DockerImageResourceName(node.Images.LocalDataplaneImage())
} else {
img = DockerImageResourceName(node.Images.EnvoyConsulImage())
}
wrkContainers = append(wrkContainers, Eval(tmpl, struct {
terraformPod
ImageResource string
Workload *topology.Workload
Token string
Enterprise bool
}{
terraformPod: pod,
ImageResource: img,
Workload: wrk,
Token: token,
Enterprise: cluster.Enterprise,
}))
}
if step.StartServices() {
containers = append(containers, wrkContainers...)
}
}
// Wait until the very end to render the pod so we know all of the ports.
pod.Ports = node.SortedPorts()
// pod placeholder container
containers = append(containers, Eval(tfPauseT, &pod))
return containers, nil
}