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tinkerbelltemplateconfig_defaults.go
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tinkerbelltemplateconfig_defaults.go
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package v1alpha1
import (
"fmt"
"strings"
"github.com/aws/eks-anywhere/pkg/api/v1alpha1/thirdparty/tinkerbell"
"github.com/aws/eks-anywhere/release/api/v1alpha1"
)
const (
bottlerocketBootconfig = `kernel {}`
cloudInit = `datasource:
Ec2:
metadata_urls: [%s]
strict_id: false
manage_etc_hosts: localhost
warnings:
dsid_missing_source: off
`
)
// GetDefaultActionsFromBundle constructs a set of default actions for the given osFamily using the
// bundle as the source of action images.
func GetDefaultActionsFromBundle(clusterSpec *Cluster, b v1alpha1.VersionsBundle, osImageOverride, tinkerbellLocalIP, tinkerbellLBIP string, osFamily OSFamily) []ActionOpt {
// The metadata string will have two URLs:
// 1. one that will be used initially for bootstrap and will point to hegel running on kind.
// 2. one that will be used when the workload cluster is up and will point to hegel running on
// the workload cluster.
metadataURLs := []string{
fmt.Sprintf("http://%s:50061", tinkerbellLocalIP),
fmt.Sprintf("http://%s:50061", tinkerbellLBIP),
}
additionalEnvVar := make(map[string]string)
if clusterSpec.Spec.ProxyConfiguration != nil {
proxyConfig := clusterSpec.ProxyConfiguration()
additionalEnvVar["HTTP_PROXY"] = proxyConfig["HTTP_PROXY"]
additionalEnvVar["HTTPS_PROXY"] = proxyConfig["HTTPS_PROXY"]
noProxy := fmt.Sprintf("%s,%s", tinkerbellLocalIP, tinkerbellLBIP)
if proxyConfig["NO_PROXY"] != "" {
noProxy = fmt.Sprintf("%s,%s", proxyConfig["NO_PROXY"], noProxy)
}
additionalEnvVar["NO_PROXY"] = noProxy
}
// During workflow reconciliation when the Tinkerbell template is rendered, the Workflow
// Controller injects a subset of data from the Hardware resource. This lets us use Go template
// language to render the disks enabling mix'n'match disk types for templates that represent
// the same kind of machine such as control plane nodes.
//
// The devicePath disk index and the storagePartitionPath disk index should match.
devicePath := "{{ index .Hardware.Disks 0 }}"
paritionPathFmt := "{{ formatPartition ( index .Hardware.Disks 0 ) %s }}"
actions := []ActionOpt{withStreamImageAction(b, devicePath, osImageOverride, additionalEnvVar)}
switch osFamily {
case Bottlerocket:
partitionPath := fmt.Sprintf(paritionPathFmt, "12")
actions = append(actions,
withBottlerocketBootconfigAction(b, partitionPath),
withBottlerocketUserDataAction(b, partitionPath, strings.Join(metadataURLs, ",")),
// Order matters. This action needs to append to an existing user-data.toml file so
// must be after withBottlerocketUserDataAction().
withNetplanAction(b, partitionPath, osFamily),
withRebootAction(b),
)
case RedHat:
var mu []string
for _, u := range metadataURLs {
mu = append(mu, fmt.Sprintf("'%s'", u))
}
partitionPath := fmt.Sprintf(paritionPathFmt, "1")
actions = append(actions,
withNetplanAction(b, partitionPath, osFamily),
withDisableCloudInitNetworkCapabilities(b, partitionPath),
withTinkCloudInitAction(b, partitionPath, strings.Join(mu, ",")),
withDsCloudInitAction(b, partitionPath),
withRebootAction(b),
)
default:
partitionPath := fmt.Sprintf(paritionPathFmt, "2")
actions = append(actions,
withNetplanAction(b, partitionPath, osFamily),
withDisableCloudInitNetworkCapabilities(b, partitionPath),
withTinkCloudInitAction(b, partitionPath, strings.Join(metadataURLs, ",")),
withDsCloudInitAction(b, partitionPath),
withRebootAction(b),
)
}
return actions
}
func withStreamImageAction(b v1alpha1.VersionsBundle, disk, imageURL string, additionalEnvVar map[string]string) ActionOpt {
return func(a *[]tinkerbell.Action) {
env := map[string]string{
"DEST_DISK": disk,
"IMG_URL": imageURL,
"COMPRESSED": "true",
}
for k, v := range additionalEnvVar {
env[k] = v
}
*a = append(*a, tinkerbell.Action{
Name: "stream-image",
Image: b.Tinkerbell.TinkerbellStack.Actions.ImageToDisk.URI,
Timeout: 600,
Environment: env,
})
}
}
func withNetplanAction(b v1alpha1.VersionsBundle, disk string, osFamily OSFamily) ActionOpt {
return func(a *[]tinkerbell.Action) {
netplanAction := tinkerbell.Action{
Name: "write-netplan",
Image: b.Tinkerbell.TinkerbellStack.Actions.WriteFile.URI,
Timeout: 90,
Environment: map[string]string{
"DEST_DISK": disk,
"DEST_PATH": "/etc/netplan/config.yaml",
"DIRMODE": "0755",
"FS_TYPE": "ext4",
"GID": "0",
"MODE": "0644",
"UID": "0",
},
Pid: "host",
}
if osFamily == Bottlerocket {
// Bottlerocket needs to write onto the 12th partition as opposed to 2nd for non-Bottlerocket OS
netplanAction.Environment["DEST_PATH"] = "/net.toml"
netplanAction.Environment["STATIC_BOTTLEROCKET"] = "true"
netplanAction.Environment["IFNAME"] = "eno1"
} else {
netplanAction.Environment["STATIC_NETPLAN"] = "true"
}
*a = append(*a, netplanAction)
}
}
func withDisableCloudInitNetworkCapabilities(b v1alpha1.VersionsBundle, disk string) ActionOpt {
return func(a *[]tinkerbell.Action) {
*a = append(*a, tinkerbell.Action{
Name: "disable-cloud-init-network-capabilities",
Image: b.Tinkerbell.TinkerbellStack.Actions.WriteFile.URI,
Timeout: 90,
Environment: map[string]string{
"CONTENTS": "network: {config: disabled}",
"DEST_DISK": disk,
"DEST_PATH": "/etc/cloud/cloud.cfg.d/99-disable-network-config.cfg",
"DIRMODE": "0700",
"FS_TYPE": "ext4",
"GID": "0",
"MODE": "0600",
"UID": "0",
},
})
}
}
func withTinkCloudInitAction(b v1alpha1.VersionsBundle, disk string, metadataURLs string) ActionOpt {
return func(a *[]tinkerbell.Action) {
*a = append(*a, tinkerbell.Action{
Name: "add-tink-cloud-init-config",
Image: b.Tinkerbell.TinkerbellStack.Actions.WriteFile.URI,
Timeout: 90,
Environment: map[string]string{
"DEST_DISK": disk,
"FS_TYPE": "ext4",
"DEST_PATH": "/etc/cloud/cloud.cfg.d/10_tinkerbell.cfg",
"CONTENTS": fmt.Sprintf(cloudInit, metadataURLs),
"UID": "0",
"GID": "0",
"MODE": "0600",
"DIRMODE": "0700",
},
})
}
}
func withDsCloudInitAction(b v1alpha1.VersionsBundle, disk string) ActionOpt {
return func(a *[]tinkerbell.Action) {
*a = append(*a, tinkerbell.Action{
Name: "add-tink-cloud-init-ds-config",
Image: b.Tinkerbell.TinkerbellStack.Actions.WriteFile.URI,
Timeout: 90,
Environment: map[string]string{
"DEST_DISK": disk,
"FS_TYPE": "ext4",
"DEST_PATH": "/etc/cloud/ds-identify.cfg",
"CONTENTS": "datasource: Ec2\n",
"UID": "0",
"GID": "0",
"MODE": "0600",
"DIRMODE": "0700",
},
})
}
}
func withRebootAction(b v1alpha1.VersionsBundle) ActionOpt {
return func(a *[]tinkerbell.Action) {
*a = append(*a, tinkerbell.Action{
Name: "reboot-image",
Image: b.Tinkerbell.TinkerbellStack.Actions.Reboot.URI,
Timeout: 90,
Pid: "host",
Volumes: []string{"/worker:/worker"},
})
}
}
func withBottlerocketBootconfigAction(b v1alpha1.VersionsBundle, disk string) ActionOpt {
return func(a *[]tinkerbell.Action) {
*a = append(*a, tinkerbell.Action{
Name: "write-bootconfig",
Image: b.Tinkerbell.TinkerbellStack.Actions.WriteFile.URI,
Timeout: 90,
Pid: "host",
Environment: map[string]string{
"DEST_DISK": disk,
"FS_TYPE": "ext4",
"DEST_PATH": "/bootconfig.data",
"BOOTCONFIG_CONTENTS": bottlerocketBootconfig,
"UID": "0",
"GID": "0",
"MODE": "0644",
"DIRMODE": "0700",
},
})
}
}
func withBottlerocketUserDataAction(b v1alpha1.VersionsBundle, disk string, metadataURLs string) ActionOpt {
return func(a *[]tinkerbell.Action) {
*a = append(*a, tinkerbell.Action{
Name: "write-user-data",
Image: b.Tinkerbell.TinkerbellStack.Actions.WriteFile.URI,
Timeout: 90,
Pid: "host",
Environment: map[string]string{
"DEST_DISK": disk,
"FS_TYPE": "ext4",
"DEST_PATH": "/user-data.toml",
"HEGEL_URLS": metadataURLs,
"UID": "0",
"GID": "0",
"MODE": "0644",
"DIRMODE": "0700",
},
})
}
}