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spec.go
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spec.go
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/*
Copyright 2016 The Rook Authors. All rights reserved.
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.
*/
// Package osd for the Ceph OSDs.
package osd
import (
"fmt"
"path"
"path/filepath"
"strconv"
"github.com/libopenstorage/secrets"
"github.com/pkg/errors"
cephv1 "github.com/rook/rook/pkg/apis/ceph.rook.io/v1"
rookv1 "github.com/rook/rook/pkg/apis/rook.io/v1"
kms "github.com/rook/rook/pkg/daemon/ceph/osd/kms"
opconfig "github.com/rook/rook/pkg/operator/ceph/config"
"github.com/rook/rook/pkg/operator/ceph/controller"
"github.com/rook/rook/pkg/operator/k8sutil"
apps "k8s.io/api/apps/v1"
v1 "k8s.io/api/core/v1"
metav1 "k8s.io/apimachinery/pkg/apis/meta/v1"
)
const (
rookBinariesMountPath = "/rook"
rookBinariesVolumeName = "rook-binaries"
activateOSDVolumeName = "activate-osd"
activateOSDMountPath = "/var/lib/ceph/osd/ceph-"
blockPVCMapperInitContainer = "blkdevmapper"
blockEncryptionKMSGetKEKInitContainer = "encryption-kms-get-kek"
blockEncryptionOpenInitContainer = "encryption-open"
blockEncryptionOpenMetadataInitContainer = "encryption-open-metadata"
blockEncryptionOpenWalInitContainer = "encryption-open-wal"
blockPVCMapperEncryptionInitContainer = "blkdevmapper-encryption"
blockPVCMapperEncryptionMetadataInitContainer = "blkdevmapper-metadata-encryption"
blockPVCMapperEncryptionWalInitContainer = "blkdevmapper-wal-encryption"
blockPVCMetadataMapperInitContainer = "blkdevmapper-metadata"
blockPVCWalMapperInitContainer = "blkdevmapper-wal"
activatePVCOSDInitContainer = "activate"
expandPVCOSDInitContainer = "expand-bluefs"
expandEncryptedPVCOSDInitContainer = "expand-encrypted-bluefs"
encryptedPVCStatusOSDInitContainer = "encrypted-block-status"
encryptionKeyFileName = "luks_key"
// DmcryptBlockType is a portion of the device mapper name for the encrypted OSD on PVC block.db (rocksdb db)
DmcryptBlockType = "block-dmcrypt"
// DmcryptMetadataType is a portion of the device mapper name for the encrypted OSD on PVC block
DmcryptMetadataType = "db-dmcrypt"
// DmcryptWalType is a portion of the device mapper name for the encrypted OSD on PVC wal
DmcryptWalType = "wal-dmcrypt"
bluestoreBlockName = "block"
bluestoreMetadataName = "block.db"
bluestoreWalName = "block.wal"
)
const (
activateOSDOnNodeCode = `
set -o errexit
set -o pipefail
set -o nounset # fail if variables are unset
set -o xtrace
OSD_ID="$ROOK_OSD_ID"
OSD_UUID=%s
OSD_STORE_FLAG="%s"
OSD_DATA_DIR=/var/lib/ceph/osd/ceph-"$OSD_ID"
CV_MODE=%s
DEVICE="$%s"
# active the osd with ceph-volume
if [[ "$CV_MODE" == "lvm" ]]; then
TMP_DIR=$(mktemp -d)
# activate osd
ceph-volume lvm activate --no-systemd "$OSD_STORE_FLAG" "$OSD_ID" "$OSD_UUID"
# copy the tmpfs directory to a temporary directory
# this is needed because when the init container exits, the tmpfs goes away and its content with it
# this will result in the emptydir to be empty when accessed by the main osd container
cp --verbose --no-dereference "$OSD_DATA_DIR"/* "$TMP_DIR"/
# unmount the tmpfs since we don't need it anymore
umount "$OSD_DATA_DIR"
# copy back the content of the tmpfs into the original osd directory
cp --verbose --no-dereference "$TMP_DIR"/* "$OSD_DATA_DIR"
# retain ownership of files to the ceph user/group
chown --verbose --recursive ceph:ceph "$OSD_DATA_DIR"
# remove the temporary directory
rm --recursive --force "$TMP_DIR"
else
# 'ceph-volume raw list' (which the osd-prepare job uses to report OSDs on nodes)
# returns user-friendly device names which can change when systems reboot. To
# keep OSD pods from crashing repeatedly after a reboot, we need to check if the
# block device we have is still correct, and if it isn't correct, we need to
# scan all the disks to find the right one.
OSD_LIST="$(mktemp)"
function find_device() {
# jq would be preferable, but might be removed for hardened Ceph images
# python3 should exist in all containers having Ceph
python3 -c "
import sys, json
for _, info in json.load(sys.stdin).items():
if info['osd_id'] == $OSD_ID:
print(info['device'], end='')
print('found device: ' + info['device'], file=sys.stderr) # log the disk we found to stderr
sys.exit(0) # don't keep processing once the disk is found
sys.exit('no disk found with OSD ID $OSD_ID')
"
}
ceph-volume raw list "$DEVICE" > "$OSD_LIST"
cat "$OSD_LIST"
if ! find_device < "$OSD_LIST"; then
ceph-volume raw list > "$OSD_LIST"
cat "$OSD_LIST"
DEVICE="$(find_device < "$OSD_LIST")"
fi
[[ -z "$DEVICE" ]] && { echo "no device" ; exit 1 ; }
# ceph-volume raw mode only supports bluestore so we don't need to pass a store flag
ceph-volume raw activate --device "$DEVICE" --no-systemd --no-tmpfs
fi
`
openEncryptedBlock = `
set -xe
KEY_FILE_PATH=%s
BLOCK_PATH=%s
DM_NAME=%s
DM_PATH=%s
# Helps debugging
dmsetup version
function open_encrypted_block {
echo "Opening encrypted device $BLOCK_PATH at $DM_PATH"
cryptsetup luksOpen --verbose --disable-keyring --allow-discards --key-file "$KEY_FILE_PATH" "$BLOCK_PATH" "$DM_NAME"
rm -f "$KEY_FILE_PATH"
}
if [ -b "$DM_PATH" ]; then
echo "Encrypted device $BLOCK_PATH already opened at $DM_PATH"
for field in $(dmsetup table "$DM_NAME"); do
if [[ "$field" =~ ^[0-9]+\:[0-9]+ ]]; then
underlaying_block="/sys/dev/block/$field"
if [ ! -d "$underlaying_block" ]; then
echo "Underlying block device $underlaying_block of crypt $DM_NAME disappeared!"
echo "Removing stale dm device $DM_NAME"
dmsetup remove --force "$DM_NAME"
open_encrypted_block
fi
fi
done
else
open_encrypted_block
fi
`
// #nosec G101 no leak just variable names
getKEKFromVaultWithToken = `
# DO NOT RUN WITH -x TO AVOID LEAKING VAULT_TOKEN
set -e
KEK_NAME=%s
KEY_PATH=%s
CURL_PAYLOAD=$(mktemp)
ARGS=(--silent --show-error --request GET --header "X-Vault-Token: ${VAULT_TOKEN}")
PYTHON_DATA_PARSE="['data']"
# If a vault namespace is set
if [ -n "$VAULT_NAMESPACE" ]; then
ARGS+=(--header "X-Vault-Namespace: ${VAULT_NAMESPACE}")
fi
# If SSL is configured but self-signed CA is used
if [ -n "$VAULT_SKIP_VERIFY" ] && [[ "$VAULT_SKIP_VERIFY" == "true" ]]; then
ARGS+=(--insecure)
fi
# TLS args
if [ -n "$VAULT_CACERT" ]; then
ARGS+=(--capath $(dirname "${VAULT_CACERT}"))
fi
if [ -n "$VAULT_CLIENT_CERT" ]; then
ARGS+=(--cert "${VAULT_CLIENT_CERT}")
fi
if [ -n "$VAULT_CLIENT_KEY" ]; then
ARGS+=(--key "${VAULT_CLIENT_KEY}")
fi
# For a request to any host/port, connect to VAULT_TLS_SERVER_NAME:requests original port instead
# Used for SNI validation and correct certificate matching
if [ -n "$VAULT_TLS_SERVER_NAME" ]; then
ARGS+=(--connect-to ::"${VAULT_TLS_SERVER_NAME}":)
fi
# trim VAULT_BACKEND_PATH for last character '/' to avoid a redirect response from the server
VAULT_BACKEND_PATH="${VAULT_BACKEND_PATH%%/}"
# Check KV engine version
if [[ "$VAULT_BACKEND" == "v2" ]]; then
PYTHON_DATA_PARSE="['data']['data']"
VAULT_BACKEND_PATH="$VAULT_BACKEND_PATH/data"
fi
# Get the Key Encryption Key
curl "${ARGS[@]}" "$VAULT_ADDR"/v1/"$VAULT_BACKEND_PATH"/"$KEK_NAME" > "$CURL_PAYLOAD"
# Check for warnings in the payload
if python3 -c "import sys, json; print(json.load(sys.stdin)[\"warnings\"], end='')" 2> /dev/null < "$CURL_PAYLOAD"; then
# We could get a warning but it is not necessary an issue, so if there is no key we exit
if ! python3 -c "import sys, json; print(json.load(sys.stdin)${PYTHON_DATA_PARSE}[\"$KEK_NAME\"], end='')" 2> /dev/null < "$CURL_PAYLOAD"; then
exit 1
fi
fi
# Check for errors in the payload
if python3 -c "import sys, json; print(json.load(sys.stdin)[\"errors\"], end='')" 2> /dev/null < "$CURL_PAYLOAD"; then
exit 1
fi
# Put the KEK in a file for cryptsetup to read
python3 -c "import sys, json; print(json.load(sys.stdin)${PYTHON_DATA_PARSE}[\"$KEK_NAME\"], end='')" < "$CURL_PAYLOAD" > "$KEY_PATH"
# purge payload file
rm -f "$CURL_PAYLOAD"
`
// If the disk identifier changes (different major and minor) we must force copy
// --remove-destination will remove each existing destination file before attempting to open it
// We **MUST** do this otherwise in environment where PVCs are dynamic, restarting the deployment will cause conflicts
// When restarting the OSD, the PVC block might end up with a different Kernel disk allocation
// For instance, prior to restart the block was mapped to 8:32 and when re-attached it was on 8:16
// The previous "block" is still 8:32 so if we don't override it we will try to initialize on a disk that is not an OSD or worse another OSD
// This is mainly because in https://github.com/rook/rook/commit/ae8dcf7cc3b51cf8ca7da22f48b7a58887536c4f we switched to use HostPath to store the OSD data
// Since HostPath is not ephemeral, the block file must be re-hydrated each time the deployment starts
blockDevMapper = `
set -xe
PVC_SOURCE=%s
PVC_DEST=%s
CP_ARGS=(--archive --dereference --verbose)
if [ -b "$PVC_DEST" ]; then
PVC_SOURCE_MAJ_MIN=$(stat --format '%%t%%T' $PVC_SOURCE)
PVC_DEST_MAJ_MIN=$(stat --format '%%t%%T' $PVC_DEST)
if [[ "$PVC_SOURCE_MAJ_MIN" == "$PVC_DEST_MAJ_MIN" ]]; then
CP_ARGS+=(--no-clobber)
else
echo "PVC's source major/minor numbers changed"
CP_ARGS+=(--remove-destination)
fi
fi
cp "${CP_ARGS[@]}" "$PVC_SOURCE" "$PVC_DEST"
`
)
// OSDs on PVC using a certain fast storage class need to do some tuning
var defaultTuneFastSettings = []string{
"--osd-op-num-threads-per-shard=2", // Default value of osd_op_num_threads_per_shard for SSDs
"--osd-op-num-shards=8", // Default value of osd_op_num_shards for SSDs
"--osd-recovery-sleep=0", // Time in seconds to sleep before next recovery or backfill op for SSDs
"--osd-snap-trim-sleep=0", // Time in seconds to sleep before next snap trim for SSDs
"--osd-delete-sleep=0", // Time in seconds to sleep before next removal transaction for SSDs
"--bluestore-min-alloc-size=4096", // Default min_alloc_size value for SSDs
"--bluestore-prefer-deferred-size=0", // Default value of bluestore_prefer_deferred_size for SSDs
"--bluestore-compression-min-blob-size=8912", // Default value of bluestore_compression_min_blob_size for SSDs
"--bluestore-compression-max-blob-size=65536", // Default value of bluestore_compression_max_blob_size for SSDs
"--bluestore-max-blob-size=65536", // Default value of bluestore_max_blob_size for SSDs
"--bluestore-cache-size=3221225472", // Default value of bluestore_cache_size for SSDs
"--bluestore-throttle-cost-per-io=4000", // Default value of bluestore_throttle_cost_per_io for SSDs
"--bluestore-deferred-batch-ops=16", // Default value of bluestore_deferred_batch_ops for SSDs
}
// OSDs on PVC using a certain slow storage class need to do some tuning
var defaultTuneSlowSettings = []string{
"--osd-recovery-sleep=0.1", // Time in seconds to sleep before next recovery or backfill op
"--osd-snap-trim-sleep=2", // Time in seconds to sleep before next snap trim
"--osd-delete-sleep=2", // Time in seconds to sleep before next removal transaction
}
func deploymentName(osdID int) string {
return fmt.Sprintf(osdAppNameFmt, osdID)
}
func (c *Cluster) makeDeployment(osdProps osdProperties, osd OSDInfo, provisionConfig *provisionConfig) (*apps.Deployment, error) {
// If running on Octopus, we don't need to use the host PID namespace
var hostPID = !c.clusterInfo.CephVersion.IsAtLeastOctopus()
deploymentName := deploymentName(osd.ID)
replicaCount := int32(1)
volumeMounts := controller.CephVolumeMounts(provisionConfig.DataPathMap, false)
configVolumeMounts := controller.RookVolumeMounts(provisionConfig.DataPathMap, false)
// When running on PVC, the OSDs don't need a bindmount on dataDirHostPath, only the monitors do
dataDirHostPath := c.spec.DataDirHostPath
if osdProps.onPVC() {
dataDirHostPath = ""
}
volumes := controller.PodVolumes(provisionConfig.DataPathMap, dataDirHostPath, false)
failureDomainValue := osdProps.crushHostname
doConfigInit := true // initialize ceph.conf in init container?
doBinaryCopyInit := true // copy tini and rook binaries in an init container?
// This property is used for both PVC and non-PVC use case
if osd.CVMode == "" {
return nil, errors.Errorf("failed to generate deployment for OSD %d. required CVMode is not specified for this OSD", osd.ID)
}
dataDir := k8sutil.DataDir
// Create volume config for /dev so the pod can access devices on the host
// Only valid when running OSD with LVM and Raw mode
if !osdProps.onPVC() {
devVolume := v1.Volume{Name: "devices", VolumeSource: v1.VolumeSource{HostPath: &v1.HostPathVolumeSource{Path: "/dev"}}}
volumes = append(volumes, devVolume)
devMount := v1.VolumeMount{Name: "devices", MountPath: "/dev"}
volumeMounts = append(volumeMounts, devMount)
}
// If the OSD runs on PVC
if osdProps.onPVC() {
// Create volume config for PVCs
volumes = append(volumes, getPVCOSDVolumes(&osdProps, c.context.ConfigDir, c.clusterInfo.Namespace, false)...)
// If encrypted let's add the secret key mount path
if osdProps.encrypted && osd.CVMode == "raw" {
encryptedVol, _ := c.getEncryptionVolume(osdProps)
volumes = append(volumes, encryptedVol)
if c.spec.Security.KeyManagementService.IsEnabled() {
encryptedVol, _ := kms.VaultVolumeAndMount(c.spec.Security.KeyManagementService.ConnectionDetails)
volumes = append(volumes, encryptedVol)
}
}
}
if len(volumes) == 0 {
return nil, errors.New("empty volumes")
}
osdID := strconv.Itoa(osd.ID)
tiniEnvVar := v1.EnvVar{Name: "TINI_SUBREAPER", Value: ""}
envVars := append(c.getConfigEnvVars(osdProps, dataDir), []v1.EnvVar{
tiniEnvVar,
}...)
envVars = append(envVars, k8sutil.ClusterDaemonEnvVars(c.spec.CephVersion.Image)...)
envVars = append(envVars, []v1.EnvVar{
{Name: "ROOK_OSD_UUID", Value: osd.UUID},
{Name: "ROOK_OSD_ID", Value: osdID},
{Name: "ROOK_CEPH_MON_HOST",
ValueFrom: &v1.EnvVarSource{
SecretKeyRef: &v1.SecretKeySelector{LocalObjectReference: v1.LocalObjectReference{
Name: "rook-ceph-config"},
Key: "mon_host"}}},
{Name: "CEPH_ARGS", Value: "-m $(ROOK_CEPH_MON_HOST)"},
blockPathEnvVariable(osd.BlockPath),
cvModeEnvVariable(osd.CVMode),
}...)
configEnvVars := append(c.getConfigEnvVars(osdProps, dataDir), []v1.EnvVar{
tiniEnvVar,
{Name: "ROOK_OSD_ID", Value: osdID},
{Name: "ROOK_CEPH_VERSION", Value: c.clusterInfo.CephVersion.CephVersionFormatted()},
{Name: "ROOK_IS_DEVICE", Value: "true"},
getTcmallocMaxTotalThreadCacheBytes(""),
}...)
var command []string
var args []string
// If the OSD was prepared with ceph-volume and running on PVC and using the LVM mode
if osdProps.onPVC() && osd.CVMode == "lvm" {
// if the osd was provisioned by ceph-volume, we need to launch it with rook as the parent process
command = []string{path.Join(rookBinariesMountPath, "tini")}
args = []string{
"--", path.Join(rookBinariesMountPath, "rook"),
"ceph", "osd", "start",
"--",
"--foreground",
"--id", osdID,
"--fsid", c.clusterInfo.FSID,
"--cluster", "ceph",
"--setuser", "ceph",
"--setgroup", "ceph",
fmt.Sprintf("--crush-location=%s", osd.Location),
}
} else if osdProps.onPVC() && osd.CVMode == "raw" {
doBinaryCopyInit = false
doConfigInit = false
command = []string{"ceph-osd"}
args = []string{
"--foreground",
"--id", osdID,
"--fsid", c.clusterInfo.FSID,
"--setuser", "ceph",
"--setgroup", "ceph",
fmt.Sprintf("--crush-location=%s", osd.Location),
}
} else {
doBinaryCopyInit = false
doConfigInit = false
command = []string{"ceph-osd"}
args = []string{
"--foreground",
"--id", osdID,
"--fsid", c.clusterInfo.FSID,
"--setuser", "ceph",
"--setgroup", "ceph",
fmt.Sprintf("--crush-location=%s", osd.Location),
}
}
// Ceph expects initial weight as float value in tera-bytes units
if osdProps.storeConfig.InitialWeight != "" {
args = append(args, fmt.Sprintf("--osd-crush-initial-weight=%s", osdProps.storeConfig.InitialWeight))
}
// If the OSD runs on PVC
if osdProps.onPVC() {
// add the PVC size to the pod spec so that if the size changes the OSD will be restarted and pick up the change
envVars = append(envVars, v1.EnvVar{Name: "ROOK_OSD_PVC_SIZE", Value: osdProps.pvcSize})
// if the pod is portable, keep track of the topology affinity
if osdProps.portable {
envVars = append(envVars, v1.EnvVar{Name: "ROOK_TOPOLOGY_AFFINITY", Value: osd.TopologyAffinity})
}
// Append slow tuning flag if necessary
if osdProps.tuneSlowDeviceClass {
args = append(args, defaultTuneSlowSettings...)
} else if osdProps.tuneFastDeviceClass { // Append fast tuning flag if necessary
args = append(args, defaultTuneFastSettings...)
}
}
// The osd itself needs to talk to udev to report information about the device (vendor/serial etc)
udevVolume, udevVolumeMount := getUdevVolume()
volumes = append(volumes, udevVolume)
volumeMounts = append(volumeMounts, udevVolumeMount)
// If the PV is encrypted let's mount the device mapper path
if osdProps.encrypted {
dmVol, dmVolMount := getDeviceMapperVolume()
volumes = append(volumes, dmVol)
volumeMounts = append(volumeMounts, dmVolMount)
}
// Add the volume to the spec and the mount to the daemon container
copyBinariesVolume, copyBinariesContainer := c.getCopyBinariesContainer()
if doBinaryCopyInit {
volumes = append(volumes, copyBinariesVolume)
volumeMounts = append(volumeMounts, copyBinariesContainer.VolumeMounts[0])
}
// Add the volume to the spec and the mount to the daemon container
// so that it can pick the already mounted/activated osd metadata path
// This container will activate the OSD and place the activated filesinto an empty dir
// The empty dir will be shared by the "activate-osd" pod and the "osd" main pod
activateOSDVolume, activateOSDContainer := c.getActivateOSDInitContainer(c.context.ConfigDir, c.clusterInfo.Namespace, osdID, osd, osdProps)
if !osdProps.onPVC() {
volumes = append(volumes, activateOSDVolume)
volumeMounts = append(volumeMounts, activateOSDContainer.VolumeMounts[0])
}
args = append(args, opconfig.LoggingFlags()...)
args = append(args, osdOnSDNFlag(c.spec.Network)...)
args = append(args, controller.NetworkBindingFlags(c.clusterInfo, &c.spec)...)
osdDataDirPath := activateOSDMountPath + osdID
if osdProps.onPVC() && osd.CVMode == "lvm" {
// Let's use the old bridge for these lvm based pvc osds
volumeMounts = append(volumeMounts, getPvcOSDBridgeMount(osdProps.pvc.ClaimName))
envVars = append(envVars, pvcBackedOSDEnvVar("true"))
envVars = append(envVars, lvBackedPVEnvVar(strconv.FormatBool(osd.LVBackedPV)))
}
if osdProps.onPVC() && osd.CVMode == "raw" {
volumeMounts = append(volumeMounts, getPvcOSDBridgeMountActivate(osdDataDirPath, osdProps.pvc.ClaimName))
envVars = append(envVars, pvcBackedOSDEnvVar("true"))
}
// We cannot go un-privileged until we have a bindmount for logs and crash
// OpenShift requires privileged containers for that
// If we remove those OSD on PVC with raw mode won't need to be privileged
// We could try to run as ceph too, more investigations needed
privileged := true
runAsUser := int64(0)
readOnlyRootFilesystem := false
securityContext := &v1.SecurityContext{
Privileged: &privileged,
RunAsUser: &runAsUser,
ReadOnlyRootFilesystem: &readOnlyRootFilesystem,
}
// needed for luksOpen synchronization when devices are encrypted and the osd is prepared with LVM
hostIPC := osdProps.storeConfig.EncryptedDevice || osdProps.encrypted
initContainers := make([]v1.Container, 0, 4)
if doConfigInit {
initContainers = append(initContainers,
v1.Container{
Args: []string{"ceph", "osd", "init"},
Name: controller.ConfigInitContainerName,
Image: c.rookVersion,
VolumeMounts: configVolumeMounts,
Env: configEnvVars,
SecurityContext: securityContext,
})
}
if doBinaryCopyInit {
initContainers = append(initContainers, *copyBinariesContainer)
}
if osdProps.onPVC() && osd.CVMode == "lvm" {
initContainers = append(initContainers, c.getPVCInitContainer(osdProps))
} else if osdProps.onPVC() && osd.CVMode == "raw" {
// Copy main block device to an empty dir
initContainers = append(initContainers, c.getPVCInitContainerActivate(osdDataDirPath, osdProps))
// Copy main block.db device to an empty dir
if osdProps.onPVCWithMetadata() {
initContainers = append(initContainers, c.getPVCMetadataInitContainerActivate(osdDataDirPath, osdProps))
}
// Copy main block.wal device to an empty dir
if osdProps.onPVCWithWal() {
initContainers = append(initContainers, c.getPVCWalInitContainerActivate(osdDataDirPath, osdProps))
}
if osdProps.encrypted {
// Open the encrypted disk
initContainers = append(initContainers, c.getPVCEncryptionOpenInitContainerActivate(osdDataDirPath, osdProps)...)
// Copy the encrypted block to the osd data location, e,g: /var/lib/ceph/osd/ceph-0/block
initContainers = append(initContainers, c.getPVCEncryptionInitContainerActivate(osdDataDirPath, osdProps)...)
// Print the encrypted block status
initContainers = append(initContainers, c.getEncryptedStatusPVCInitContainer(osdDataDirPath, osdProps))
// Resize the encrypted device if necessary, this must be done after the encrypted block is opened
initContainers = append(initContainers, c.getExpandEncryptedPVCInitContainer(osdDataDirPath, osdProps))
}
initContainers = append(initContainers, c.getActivatePVCInitContainer(osdProps, osdID))
initContainers = append(initContainers, c.getExpandPVCInitContainer(osdProps, osdID))
} else {
initContainers = append(initContainers, *activateOSDContainer)
}
// For OSD on PVC with LVM the directory does not exist yet
// It gets created by the 'ceph-volume lvm activate' command
//
// So OSD non-PVC the directory has been created by the 'activate' container already and has chown it
// So we don't need to chown it again
dataPath := ""
// Raw mode on PVC needs this path so that OSD's metadata files can be chown after 'ceph-bluestore-tool' ran
if osd.CVMode == "raw" && osdProps.onPVC() {
dataPath = activateOSDMountPath + osdID
}
// Doing a chown in a post start lifecycle hook does not reliably complete before the OSD
// process starts, which can cause the pod to fail without the lifecycle hook's chown command
// completing. It can take an arbitrarily long time for a pod restart to successfully chown the
// directory. This is a race condition for all OSDs; therefore, do this in an init container.
// See more discussion here: https://github.com/rook/rook/pull/3594#discussion_r312279176
initContainers = append(initContainers,
controller.ChownCephDataDirsInitContainer(
opconfig.DataPathMap{ContainerDataDir: dataPath},
c.spec.CephVersion.Image,
volumeMounts,
osdProps.resources,
securityContext,
))
podTemplateSpec := v1.PodTemplateSpec{
ObjectMeta: metav1.ObjectMeta{
Name: AppName,
Labels: c.getOSDLabels(osd, failureDomainValue, osdProps.portable),
},
Spec: v1.PodSpec{
RestartPolicy: v1.RestartPolicyAlways,
ServiceAccountName: serviceAccountName,
HostNetwork: c.spec.Network.IsHost(),
HostPID: hostPID,
HostIPC: hostIPC,
PriorityClassName: cephv1.GetOSDPriorityClassName(c.spec.PriorityClassNames),
InitContainers: initContainers,
Containers: []v1.Container{
{
Command: command,
Args: args,
Name: "osd",
Image: c.spec.CephVersion.Image,
VolumeMounts: volumeMounts,
Env: envVars,
Resources: osdProps.resources,
SecurityContext: securityContext,
LivenessProbe: controller.GenerateLivenessProbeExecDaemon(opconfig.OsdType, osdID),
WorkingDir: opconfig.VarLogCephDir,
},
},
Volumes: volumes,
SchedulerName: osdProps.schedulerName,
},
}
// If the log collector is enabled we add the side-car container
if c.spec.LogCollector.Enabled {
// If HostPID is already enabled we don't need to activate shareProcessNamespace since all pods already see each others
if !podTemplateSpec.Spec.HostPID {
shareProcessNamespace := true
podTemplateSpec.Spec.ShareProcessNamespace = &shareProcessNamespace
}
podTemplateSpec.Spec.Containers = append(podTemplateSpec.Spec.Containers, *controller.LogCollectorContainer(fmt.Sprintf("ceph-osd.%s", osdID), c.clusterInfo.Namespace, c.spec))
}
// If the liveness probe is enabled
podTemplateSpec.Spec.Containers[0] = opconfig.ConfigureLivenessProbe(cephv1.KeyOSD, podTemplateSpec.Spec.Containers[0], c.spec.HealthCheck)
if c.spec.Network.IsHost() {
podTemplateSpec.Spec.DNSPolicy = v1.DNSClusterFirstWithHostNet
} else if c.spec.Network.NetworkSpec.IsMultus() {
if err := k8sutil.ApplyMultus(c.spec.Network.NetworkSpec, &podTemplateSpec.ObjectMeta); err != nil {
return nil, err
}
}
k8sutil.RemoveDuplicateEnvVars(&podTemplateSpec.Spec)
deployment := &apps.Deployment{
ObjectMeta: metav1.ObjectMeta{
Name: deploymentName,
Namespace: c.clusterInfo.Namespace,
Labels: podTemplateSpec.Labels,
},
Spec: apps.DeploymentSpec{
Selector: &metav1.LabelSelector{
MatchLabels: map[string]string{
k8sutil.AppAttr: AppName,
k8sutil.ClusterAttr: c.clusterInfo.Namespace,
OsdIdLabelKey: fmt.Sprintf("%d", osd.ID),
},
},
Strategy: apps.DeploymentStrategy{
Type: apps.RecreateDeploymentStrategyType,
},
Template: podTemplateSpec,
Replicas: &replicaCount,
},
}
if osdProps.onPVC() {
k8sutil.AddLabelToDeployment(OSDOverPVCLabelKey, osdProps.pvc.ClaimName, deployment)
k8sutil.AddLabelToDeployment(CephDeviceSetLabelKey, osdProps.deviceSetName, deployment)
k8sutil.AddLabelToPod(OSDOverPVCLabelKey, osdProps.pvc.ClaimName, &deployment.Spec.Template)
k8sutil.AddLabelToPod(CephDeviceSetLabelKey, osdProps.deviceSetName, &deployment.Spec.Template)
}
if !osdProps.portable {
deployment.Spec.Template.Spec.NodeSelector = map[string]string{v1.LabelHostname: osdProps.crushHostname}
}
// Replace default unreachable node toleration if the osd pod is portable and based in PVC
if osdProps.onPVC() && osdProps.portable {
k8sutil.AddUnreachableNodeToleration(&deployment.Spec.Template.Spec)
}
k8sutil.AddRookVersionLabelToDeployment(deployment)
cephv1.GetOSDAnnotations(c.spec.Annotations).ApplyToObjectMeta(&deployment.ObjectMeta)
cephv1.GetOSDAnnotations(c.spec.Annotations).ApplyToObjectMeta(&deployment.Spec.Template.ObjectMeta)
cephv1.GetOSDLabels(c.spec.Labels).ApplyToObjectMeta(&deployment.ObjectMeta)
cephv1.GetOSDLabels(c.spec.Labels).ApplyToObjectMeta(&deployment.Spec.Template.ObjectMeta)
controller.AddCephVersionLabelToDeployment(c.clusterInfo.CephVersion, deployment)
controller.AddCephVersionLabelToDeployment(c.clusterInfo.CephVersion, deployment)
err := c.clusterInfo.OwnerInfo.SetControllerReference(deployment)
if err != nil {
return nil, errors.Wrapf(err, "failed to set owner reference to osd deployment %q", deployment.Name)
}
if osdProps.onPVC() {
// the "all" placement is applied separately so it will have lower priority.
// We want placement from the storageClassDeviceSet to be applied and override
// the "all" placement if there are any overlapping placement settings.
c.spec.Placement.All().ApplyToPodSpec(&deployment.Spec.Template.Spec)
// apply storageClassDeviceSet Placement
// If nodeAffinity is specified both in the device set and "all" placement,
// they will be merged.
osdProps.placement.ApplyToPodSpec(&deployment.Spec.Template.Spec)
} else {
p := cephv1.GetOSDPlacement(c.spec.Placement)
p.ApplyToPodSpec(&deployment.Spec.Template.Spec)
}
// portable OSDs must have affinity to the topology where the osd prepare job was executed
if osdProps.portable {
if err := applyTopologyAffinity(&deployment.Spec.Template.Spec, osd); err != nil {
return nil, err
}
}
// Change TCMALLOC_MAX_TOTAL_THREAD_CACHE_BYTES if the OSD has been annotated with a value
osdAnnotations := cephv1.GetOSDAnnotations(c.spec.Annotations)
tcmallocMaxTotalThreadCacheBytes, ok := osdAnnotations[tcmallocMaxTotalThreadCacheBytesEnv]
if ok && tcmallocMaxTotalThreadCacheBytes != "" {
deployment.Spec.Template.Spec.Containers[0].Env = append(deployment.Spec.Template.Spec.Containers[0].Env, getTcmallocMaxTotalThreadCacheBytes(tcmallocMaxTotalThreadCacheBytes))
}
return deployment, nil
}
func applyTopologyAffinity(spec *v1.PodSpec, osd OSDInfo) error {
if osd.TopologyAffinity == "" {
logger.Debugf("no topology affinity to set for osd %d", osd.ID)
return nil
}
logger.Infof("assigning osd %d topology affinity to %q", osd.ID, osd.TopologyAffinity)
nodeAffinity, err := k8sutil.GenerateNodeAffinity(osd.TopologyAffinity)
if err != nil {
return errors.Wrapf(err, "failed to generate osd %d topology affinity", osd.ID)
}
// merge the node affinity for the topology with the existing affinity
p := rookv1.Placement{NodeAffinity: nodeAffinity}
p.ApplyToPodSpec(spec)
return nil
}
// To get rook inside the container, the config init container needs to copy "tini" and "rook" binaries into a volume.
// Get the config flag so rook will copy the binaries and create the volume and mount that will be shared between
// the init container and the daemon container
func (c *Cluster) getCopyBinariesContainer() (v1.Volume, *v1.Container) {
volume := v1.Volume{Name: rookBinariesVolumeName, VolumeSource: v1.VolumeSource{EmptyDir: &v1.EmptyDirVolumeSource{}}}
mount := v1.VolumeMount{Name: rookBinariesVolumeName, MountPath: rookBinariesMountPath}
return volume, &v1.Container{
Args: []string{
"copy-binaries",
"--copy-to-dir", rookBinariesMountPath},
Name: "copy-bins",
Image: c.rookVersion,
VolumeMounts: []v1.VolumeMount{mount},
}
}
// This container runs all the actions needed to activate an OSD before we can run the OSD process
func (c *Cluster) getActivateOSDInitContainer(configDir, namespace, osdID string, osdInfo OSDInfo, osdProps osdProperties) (v1.Volume, *v1.Container) {
// We need to use hostPath because the same reason as written in the comment of getDataBridgeVolumeSource()
hostPathType := v1.HostPathDirectoryOrCreate
source := v1.VolumeSource{
HostPath: &v1.HostPathVolumeSource{
Path: filepath.Join(
configDir,
namespace,
c.clusterInfo.FSID+"_"+osdInfo.UUID,
),
Type: &hostPathType,
},
}
volume := v1.Volume{
Name: activateOSDVolumeName,
VolumeSource: source,
}
envVars := append(
osdActivateEnvVar(),
blockPathEnvVariable(osdInfo.BlockPath),
metadataDeviceEnvVar(osdInfo.MetadataPath),
walDeviceEnvVar(osdInfo.WalPath),
v1.EnvVar{Name: "ROOK_OSD_ID", Value: osdID},
)
osdStore := "--bluestore"
// Build empty dir osd path to something like "/var/lib/ceph/osd/ceph-0"
activateOSDMountPathID := activateOSDMountPath + osdID
volMounts := []v1.VolumeMount{
{Name: activateOSDVolumeName, MountPath: activateOSDMountPathID},
{Name: "devices", MountPath: "/dev"},
{Name: k8sutil.ConfigOverrideName, ReadOnly: true, MountPath: opconfig.EtcCephDir},
}
if osdProps.onPVC() {
volMounts = append(volMounts, getPvcOSDBridgeMount(osdProps.pvc.ClaimName))
}
container := &v1.Container{
Command: []string{
"/bin/bash",
"-c",
fmt.Sprintf(activateOSDOnNodeCode, osdInfo.UUID, osdStore, osdInfo.CVMode, blockPathVarName),
},
Name: "activate",
Image: c.spec.CephVersion.Image,
VolumeMounts: volMounts,
SecurityContext: PrivilegedContext(),
Env: envVars,
Resources: osdProps.resources,
}
return volume, container
}
// Currently we can't mount a block mode pv directly to a privileged container
// So we mount it to a non privileged init container and then copy it to a common directory mounted inside init container
// and the privileged provision container.
func (c *Cluster) getPVCInitContainer(osdProps osdProperties) v1.Container {
return v1.Container{
Name: blockPVCMapperInitContainer,
Image: c.spec.CephVersion.Image,
Command: []string{
"/bin/bash",
"-c",
fmt.Sprintf(blockDevMapper, fmt.Sprintf("/%s", osdProps.pvc.ClaimName), fmt.Sprintf("/mnt/%s", osdProps.pvc.ClaimName)),
},
VolumeDevices: []v1.VolumeDevice{
{
Name: osdProps.pvc.ClaimName,
DevicePath: fmt.Sprintf("/%s", osdProps.pvc.ClaimName),
},
},
VolumeMounts: []v1.VolumeMount{getPvcOSDBridgeMount(osdProps.pvc.ClaimName)},
SecurityContext: controller.PodSecurityContext(),
Resources: osdProps.resources,
}
}
func (c *Cluster) getPVCInitContainerActivate(mountPath string, osdProps osdProperties) v1.Container {
cpDestinationName := path.Join(mountPath, bluestoreBlockName)
// Encrypted is a special
// We have an initial "cp" to copy the pvc to an empty dir, typically we copy it in /var/lib/ceph/osd/ceph-0/block
// BUT we encryption we need a second block copy, the copy of the opened encrypted block which ultimately will be at /var/lib/ceph/osd/ceph-0/block
// So when encrypted we first copy to /var/lib/ceph/osd/ceph-0/block-tmp
// Then open the encrypted block and finally copy it to /var/lib/ceph/osd/ceph-0/block
// If we don't do this "cp" will fail to copy the special block file
if osdProps.encrypted {
cpDestinationName = encryptionBlockDestinationCopy(mountPath, bluestoreBlockName)
}
return v1.Container{
Name: blockPVCMapperInitContainer,
Image: c.spec.CephVersion.Image,
Command: []string{
"/bin/bash",
"-c",
fmt.Sprintf(blockDevMapper, fmt.Sprintf("/%s", osdProps.pvc.ClaimName), cpDestinationName),
},
VolumeDevices: []v1.VolumeDevice{
{
Name: osdProps.pvc.ClaimName,
DevicePath: fmt.Sprintf("/%s", osdProps.pvc.ClaimName),
},
},
VolumeMounts: []v1.VolumeMount{getPvcOSDBridgeMountActivate(mountPath, osdProps.pvc.ClaimName)},
SecurityContext: controller.PodSecurityContext(),
Resources: osdProps.resources,
}
}
func (c *Cluster) generateEncryptionOpenBlockContainer(resources v1.ResourceRequirements, containerName, pvcName, volumeMountPVCName, cryptBlockType, blockType, mountPath string) v1.Container {
return v1.Container{
Name: containerName,
Image: c.spec.CephVersion.Image,
// Running via bash allows us to check whether the device is already opened or not
// If we don't the cryptsetup command will fail saying the device is already opened
Command: []string{
"/bin/bash",
"-c",
fmt.Sprintf(openEncryptedBlock, encryptionKeyPath(), encryptionBlockDestinationCopy(mountPath, blockType), encryptionDMName(pvcName, cryptBlockType), encryptionDMPath(pvcName, cryptBlockType)),
},
VolumeMounts: []v1.VolumeMount{getPvcOSDBridgeMountActivate(mountPath, volumeMountPVCName), getDeviceMapperMount()},
SecurityContext: PrivilegedContext(),
Resources: resources,
}
}
func (c *Cluster) generateVaultGetKEK(osdProps osdProperties) v1.Container {
return v1.Container{
Name: blockEncryptionKMSGetKEKInitContainer,
Image: c.spec.CephVersion.Image,
Command: []string{
"/bin/bash",
"-c",
fmt.Sprintf(getKEKFromVaultWithToken, kms.GenerateOSDEncryptionSecretName(osdProps.pvc.ClaimName), encryptionKeyPath()),
},
Env: kms.VaultConfigToEnvVar(c.spec),
Resources: osdProps.resources,
}
}
func (c *Cluster) getPVCEncryptionOpenInitContainerActivate(mountPath string, osdProps osdProperties) []v1.Container {
containers := []v1.Container{}
// If a KMS is enabled we need to add an init container to fetch the KEK
if c.spec.Security.KeyManagementService.IsEnabled() {
kmsProvider := kms.GetParam(c.spec.Security.KeyManagementService.ConnectionDetails, kms.Provider)
// Get Vault KEK from KMS container
if kmsProvider == secrets.TypeVault {
if c.spec.Security.KeyManagementService.IsTokenAuthEnabled() {
getKEKFromKMSContainer := c.generateVaultGetKEK(osdProps)
// Volume mount to store the encrypted key
_, volMount := c.getEncryptionVolume(osdProps)
getKEKFromKMSContainer.VolumeMounts = append(getKEKFromKMSContainer.VolumeMounts, volMount)
// Now let's see if there is a TLS config we need to mount as well
_, vaultVolMount := kms.VaultVolumeAndMount(c.spec.Security.KeyManagementService.ConnectionDetails)
getKEKFromKMSContainer.VolumeMounts = append(getKEKFromKMSContainer.VolumeMounts, vaultVolMount)
// Add the container to the list of containers
containers = append(containers, getKEKFromKMSContainer)
}
}
}
// Main block container
blockContainer := c.generateEncryptionOpenBlockContainer(osdProps.resources, blockEncryptionOpenInitContainer, osdProps.pvc.ClaimName, osdProps.pvc.ClaimName, DmcryptBlockType, bluestoreBlockName, mountPath)
_, volMount := c.getEncryptionVolume(osdProps)
blockContainer.VolumeMounts = append(blockContainer.VolumeMounts, volMount)
containers = append(containers, blockContainer)
// If there is a metadata PVC
if osdProps.onPVCWithMetadata() {
metadataContainer := c.generateEncryptionOpenBlockContainer(osdProps.resources, blockEncryptionOpenMetadataInitContainer, osdProps.metadataPVC.ClaimName, osdProps.pvc.ClaimName, DmcryptMetadataType, bluestoreMetadataName, mountPath)
// We use the same key for both block and block.db so we must use osdProps.pvc.ClaimName for the getEncryptionVolume()
_, volMount := c.getEncryptionVolume(osdProps)
metadataContainer.VolumeMounts = append(metadataContainer.VolumeMounts, volMount)
containers = append(containers, metadataContainer)
}
// If there is a wal PVC
if osdProps.onPVCWithWal() {
metadataContainer := c.generateEncryptionOpenBlockContainer(osdProps.resources, blockEncryptionOpenWalInitContainer, osdProps.walPVC.ClaimName, osdProps.pvc.ClaimName, DmcryptWalType, bluestoreWalName, mountPath)
// We use the same key for both block and block.db so we must use osdProps.pvc.ClaimName for the getEncryptionVolume()
_, volMount := c.getEncryptionVolume(osdProps)
metadataContainer.VolumeMounts = append(metadataContainer.VolumeMounts, volMount)
containers = append(containers, metadataContainer)
}
return containers
}
func (c *Cluster) generateEncryptionCopyBlockContainer(resources v1.ResourceRequirements, containerName, pvcName, mountPath, volumeMountPVCName, blockName, blockType string) v1.Container {
return v1.Container{
Name: containerName,
Image: c.spec.CephVersion.Image,
Command: []string{
"/bin/bash",
"-c",
fmt.Sprintf(blockDevMapper, encryptionDMPath(pvcName, blockType), path.Join(mountPath, blockName)),
},
// volumeMountPVCName is crucial, especially when the block we copy is the metadata block
// its value must be the name of the block PV so that all init containers use the same bridge (the emptyDir shared by all the init containers)
VolumeMounts: []v1.VolumeMount{getPvcOSDBridgeMountActivate(mountPath, volumeMountPVCName), getDeviceMapperMount()},
SecurityContext: controller.PodSecurityContext(),
Resources: resources,
}
}
func (c *Cluster) getPVCEncryptionInitContainerActivate(mountPath string, osdProps osdProperties) []v1.Container {
containers := []v1.Container{}
containers = append(containers, c.generateEncryptionCopyBlockContainer(osdProps.resources, blockPVCMapperEncryptionInitContainer, osdProps.pvc.ClaimName, mountPath, osdProps.pvc.ClaimName, bluestoreBlockName, DmcryptBlockType))
// If there is a metadata PVC
if osdProps.metadataPVC.ClaimName != "" {
containers = append(containers, c.generateEncryptionCopyBlockContainer(osdProps.resources, blockPVCMapperEncryptionMetadataInitContainer, osdProps.metadataPVC.ClaimName, mountPath, osdProps.pvc.ClaimName, bluestoreMetadataName, DmcryptMetadataType))
}
// If there is a wal PVC
if osdProps.walPVC.ClaimName != "" {
containers = append(containers, c.generateEncryptionCopyBlockContainer(osdProps.resources, blockPVCMapperEncryptionWalInitContainer, osdProps.walPVC.ClaimName, mountPath, osdProps.pvc.ClaimName, bluestoreWalName, DmcryptWalType))
}
return containers
}
// The reason why this is not part of getPVCInitContainer is that this will change the deployment spec object
// and thus restart the osd deployment, so it is better to have it separated and only enable it
// It will change the deployment spec because we must add a new argument to the method like 'mountPath' and use it in the container name
// otherwise we will end up with a new conflict during the job/deployment initialization
func (c *Cluster) getPVCMetadataInitContainer(mountPath string, osdProps osdProperties) v1.Container {
return v1.Container{
Name: blockPVCMetadataMapperInitContainer,
Image: c.spec.CephVersion.Image,
Command: []string{
"/bin/bash",
"-c",
fmt.Sprintf(blockDevMapper, fmt.Sprintf("/%s", osdProps.metadataPVC.ClaimName), fmt.Sprintf("/srv/%s", osdProps.metadataPVC.ClaimName)),
},
VolumeDevices: []v1.VolumeDevice{
{
Name: osdProps.metadataPVC.ClaimName,
DevicePath: fmt.Sprintf("/%s", osdProps.metadataPVC.ClaimName),
},
},
VolumeMounts: []v1.VolumeMount{