# The CRI-O configuration file specifies all of the available configuration
# options and command-line flags for the crio(8) OCI Kubernetes Container Runtime
# daemon, but in a TOML format that can be more easily modified and versioned.
#
# Please refer to crio.conf(5) for details of all configuration options.

# CRI-O supports partial configuration reload during runtime, which can be
# done by sending SIGHUP to the running process. Currently supported options
# are explicitly mentioned with: 'This option supports live configuration
# reload'.

# CRI-O reads its storage defaults from the containers-storage.conf(5) file
# located at /etc/containers/storage.conf. Modify this storage configuration if
# you want to change the system's defaults. If you want to modify storage just
# for CRI-O, you can change the storage configuration options here.
[crio]

# Path to the "root directory". CRI-O stores all of its data, including
# containers images, in this directory.
# root = "/var/lib/containers/storage"

# Path to the "run directory". CRI-O stores all of its state in this directory.
# runroot = "/run/containers/storage"

# Storage driver used to manage the storage of images and containers. Please
# refer to containers-storage.conf(5) to see all available storage drivers.
# storage_driver = "overlay"

# List to pass options to the storage driver. Please refer to
# containers-storage.conf(5) to see all available storage options.
# storage_option = [
# 	"overlay.mountopt=nodev,metacopy=on",
# ]

# The default log directory where all logs will go unless directly specified by
# the kubelet. The log directory specified must be an absolute directory.
# log_dir = "/var/log/crio/pods"

# Location for CRI-O to lay down the temporary version file.
# It is used to check if crio wipe should wipe containers, which should
# always happen on a node reboot
# version_file = "/var/run/crio/version"

# Location for CRI-O to lay down the persistent version file.
# It is used to check if crio wipe should wipe images, which should
# only happen when CRI-O has been upgraded
# version_file_persist = ""

# InternalWipe is whether CRI-O should wipe containers and images after a reboot when the server starts.
# If set to false, one must use the external command 'crio wipe' to wipe the containers and images in these situations.
# internal_wipe = true

# Location for CRI-O to lay down the clean shutdown file.
# It is used to check whether crio had time to sync before shutting down.
# If not found, crio wipe will clear the storage directory.
# clean_shutdown_file = "/var/lib/crio/clean.shutdown"

# The crio.api table contains settings for the kubelet/gRPC interface.
[crio.api]

# Path to AF_LOCAL socket on which CRI-O will listen.
# listen = "/var/run/crio/crio.sock"

# IP address on which the stream server will listen.
# stream_address = "127.0.0.1"

# The port on which the stream server will listen. If the port is set to "0", then
# CRI-O will allocate a random free port number.
# stream_port = "0"

# Enable encrypted TLS transport of the stream server.
# stream_enable_tls = false

# Length of time until open streams terminate due to lack of activity
# stream_idle_timeout = ""

# Path to the x509 certificate file used to serve the encrypted stream. This
# file can change, and CRI-O will automatically pick up the changes within 5
# minutes.
# stream_tls_cert = ""

# Path to the key file used to serve the encrypted stream. This file can
# change and CRI-O will automatically pick up the changes within 5 minutes.
# stream_tls_key = ""

# Path to the x509 CA(s) file used to verify and authenticate client
# communication with the encrypted stream. This file can change and CRI-O will
# automatically pick up the changes within 5 minutes.
# stream_tls_ca = ""

# Maximum grpc send message size in bytes. If not set or <=0, then CRI-O will default to 16 * 1024 * 1024.
# grpc_max_send_msg_size = 83886080

# Maximum grpc receive message size. If not set or <= 0, then CRI-O will default to 16 * 1024 * 1024.
# grpc_max_recv_msg_size = 83886080

# The crio.runtime table contains settings pertaining to the OCI runtime used
# and options for how to set up and manage the OCI runtime.
[crio.runtime]

# A list of ulimits to be set in containers by default, specified as
# "<ulimit name>=<soft limit>:<hard limit>", for example:
# "nofile=1024:2048"
# If nothing is set here, settings will be inherited from the CRI-O daemon
# default_ulimits = [
# ]

# If true, the runtime will not use pivot_root, but instead use MS_MOVE.
# no_pivot = false

# decryption_keys_path is the path where the keys required for
# image decryption are stored. This option supports live configuration reload.
# decryption_keys_path = "/etc/crio/keys/"

# Path to the conmon binary, used for monitoring the OCI runtime.
# Will be searched for using $PATH if empty.
# This option is currently deprecated, and will be replaced with RuntimeHandler.MonitorEnv.
# conmon = ""

# Cgroup setting for conmon
# This option is currently deprecated, and will be replaced with RuntimeHandler.MonitorCgroup.
# conmon_cgroup = ""

# Environment variable list for the conmon process, used for passing necessary
# environment variables to conmon or the runtime.
# This option is currently deprecated, and will be replaced with RuntimeHandler.MonitorEnv.
# conmon_env = [
# ]

# Additional environment variables to set for all the
# containers. These are overridden if set in the
# container image spec or in the container runtime configuration.
# default_env = [
# ]

# If true, SELinux will be used for pod separation on the host.
# selinux = true

# Path to the seccomp.json profile which is used as the default seccomp profile
# for the runtime. If not specified, then the internal default seccomp profile
# will be used. This option supports live configuration reload.
# seccomp_profile = ""

# Changes the meaning of an empty seccomp profile. By default
# (and according to CRI spec), an empty profile means unconfined.
# This option tells CRI-O to treat an empty profile as the default profile,
# which might increase security.
# seccomp_use_default_when_empty = true

# Used to change the name of the default AppArmor profile of CRI-O. The default
# profile name is "crio-default". This profile only takes effect if the user
# does not specify a profile via the Kubernetes Pod's metadata annotation. If
# the profile is set to "unconfined", then this equals to disabling AppArmor.
# This option supports live configuration reload.
# apparmor_profile = "crio-default"

# Path to the blockio class configuration file for configuring
# the cgroup blockio controller.
# blockio_config_file = ""

# Used to change irqbalance service config file path which is used for configuring
# irqbalance daemon.
# irqbalance_config_file = "/etc/sysconfig/irqbalance"

# Path to the RDT configuration file for configuring the resctrl pseudo-filesystem.
# This option supports live configuration reload.
# rdt_config_file = ""

# Cgroup management implementation used for the runtime.
# cgroup_manager = "systemd"

# Specify whether the image pull must be performed in a separate cgroup.
# separate_pull_cgroup = ""

# List of default capabilities for containers. If it is empty or commented out,
# only the capabilities defined in the containers json file by the user/kube
# will be added.
# default_capabilities = [
# 	"CHOWN",
# 	"DAC_OVERRIDE",
# 	"FSETID",
# 	"FOWNER",
# 	"SETGID",
# 	"SETUID",
# 	"SETPCAP",
# 	"NET_BIND_SERVICE",
# 	"KILL",
# ]

# List of default sysctls. If it is empty or commented out, only the sysctls
# defined in the container json file by the user/kube will be added.
# default_sysctls = [
# ]

# List of devices on the host that a
# user can specify with the "io.kubernetes.cri-o.Devices" allowed annotation.
# allowed_devices = [
# 	"/dev/fuse",
# ]

# List of additional devices. specified as
# "<device-on-host>:<device-on-container>:<permissions>", for example: "--device=/dev/sdc:/dev/xvdc:rwm".
# If it is empty or commented out, only the devices
# defined in the container json file by the user/kube will be added.
# additional_devices = [
# ]

# List of directories to scan for CDI Spec files.
# cdi_spec_dirs = [
# 	"/etc/cdi",
# 	"/var/run/cdi",
# ]

# Change the default behavior of setting container devices uid/gid from CRI's
# SecurityContext (RunAsUser/RunAsGroup) instead of taking host's uid/gid.
# Defaults to false.
# device_ownership_from_security_context = false

# Path to OCI hooks directories for automatically executed hooks. If one of the
# directories does not exist, then CRI-O will automatically skip them.
# hooks_dir = [
# 	"/usr/share/containers/oci/hooks.d",
# ]

# Path to the file specifying the defaults mounts for each container. The
# format of the config is /SRC:/DST, one mount per line. Notice that CRI-O reads
# its default mounts from the following two files:
#
#   1) /etc/containers/mounts.conf (i.e., default_mounts_file): This is the
#      override file, where users can either add in their own default mounts, or
#      override the default mounts shipped with the package.
#
#   2) /usr/share/containers/mounts.conf: This is the default file read for
#      mounts. If you want CRI-O to read from a different, specific mounts file,
#      you can change the default_mounts_file. Note, if this is done, CRI-O will
#      only add mounts it finds in this file.
#
# default_mounts_file = ""

# Maximum number of processes allowed in a container.
# This option is deprecated. The Kubelet flag '--pod-pids-limit' should be used instead.
# pids_limit = 0

# Maximum sized allowed for the container log file. Negative numbers indicate
# that no size limit is imposed. If it is positive, it must be >= 8192 to
# match/exceed conmon's read buffer. The file is truncated and re-opened so the
# limit is never exceeded. This option is deprecated. The Kubelet flag '--container-log-max-size' should be used instead.
# log_size_max = -1

# Whether container output should be logged to journald in addition to the kuberentes log file
# log_to_journald = false

# Path to directory in which container exit files are written to by conmon.
# container_exits_dir = "/var/run/crio/exits"

# Path to directory for container attach sockets.
# container_attach_socket_dir = "/var/run/crio"

# The prefix to use for the source of the bind mounts.
# bind_mount_prefix = ""

# If set to true, all containers will run in read-only mode.
# read_only = false

# Changes the verbosity of the logs based on the level it is set to. Options
# are fatal, panic, error, warn, info, debug and trace. This option supports
# live configuration reload.
# log_level = "info"

# Filter the log messages by the provided regular expression.
# This option supports live configuration reload.
# log_filter = ""

# The UID mappings for the user namespace of each container. A range is
# specified in the form containerUID:HostUID:Size. Multiple ranges must be
# separated by comma.
# uid_mappings = ""

# The GID mappings for the user namespace of each container. A range is
# specified in the form containerGID:HostGID:Size. Multiple ranges must be
# separated by comma.
# gid_mappings = ""

# If set, CRI-O will reject any attempt to map host UIDs below this value
# into user namespaces.  A negative value indicates that no minimum is set,
# so specifying mappings will only be allowed for pods that run as UID 0.
# minimum_mappable_uid = -1

# If set, CRI-O will reject any attempt to map host GIDs below this value
# into user namespaces.  A negative value indicates that no minimum is set,
# so specifying mappings will only be allowed for pods that run as UID 0.
# minimum_mappable_gid = -1

# The minimal amount of time in seconds to wait before issuing a timeout
# regarding the proper termination of the container. The lowest possible
# value is 30s, whereas lower values are not considered by CRI-O.
# ctr_stop_timeout = 30

# drop_infra_ctr determines whether CRI-O drops the infra container
# when a pod does not have a private PID namespace, and does not use
# a kernel separating runtime (like kata).
# It requires manage_ns_lifecycle to be true.
# drop_infra_ctr = true

# infra_ctr_cpuset determines what CPUs will be used to run infra containers.
# You can use linux CPU list format to specify desired CPUs.
# To get better isolation for guaranteed pods, set this parameter to be equal to kubelet reserved-cpus.
# infra_ctr_cpuset = ""

# The directory where the state of the managed namespaces gets tracked.
# Only used when manage_ns_lifecycle is true.
# namespaces_dir = "/var/run"

# pinns_path is the path to find the pinns binary, which is needed to manage namespace lifecycle
# pinns_path = ""

# Globally enable/disable CRIU support which is necessary to
# checkpoint and restore container or pods (even if CRIU is found in $PATH).
# enable_criu_support = false

# default_runtime is the _name_ of the OCI runtime to be used as the default.
# default_runtime is the _name_ of the OCI runtime to be used as the default.
# The name is matched against the runtimes map below. If this value is changed,
# the corresponding existing entry from the runtimes map below will be ignored.
# default_runtime = "runc"

# A list of paths that, when absent from the host,
# will cause a container creation to fail (as opposed to the current behavior being created as a directory).
# This option is to protect from source locations whose existence as a directory could jepordize the health of the node, and whose
# creation as a file is not desired either.
# An example is /etc/hostname, which will cause failures on reboot if it's created as a directory, but often doesn't exist because
# the hostname is being managed dynamically.
# absent_mount_sources_to_reject = [
# ]

# The "crio.runtime.runtimes" table defines a list of OCI compatible runtimes.
# The runtime to use is picked based on the runtime handler provided by the CRI.
# If no runtime handler is provided, the runtime will be picked based on the level
# of trust of the workload. Each entry in the table should follow the format:
#
#[crio.runtime.runtimes.runtime-handler]
#  runtime_path = "/path/to/the/executable"
#  runtime_type = "oci"
#  runtime_root = "/path/to/the/root"
#  privileged_without_host_devices = false
#  allowed_annotations = []
# Where:
# - runtime-handler: name used to identify the runtime
# - runtime_path (optional, string): absolute path to the runtime executable in
#   the host filesystem. If omitted, the runtime-handler identifier should match
#   the runtime executable name, and the runtime executable should be placed
#   in $PATH.
# - runtime_type (optional, string): type of runtime, one of: "oci", "vm". If
#   omitted, an "oci" runtime is assumed.
# - runtime_root (optional, string): root directory for storage of containers
#   state.
# - runtime_config_path (optional, string): the path for the runtime configuration
#   file. This can only be used with when using the VM runtime_type.
# - privileged_without_host_devices (optional, bool): an option for restricting
#   host devices from being passed to privileged containers.
# - allowed_annotations (optional, array of strings): an option for specifying
#   a list of experimental annotations that this runtime handler is allowed to process.
#   The currently recognized values are:
#   "io.kubernetes.cri-o.userns-mode" for configuring a user namespace for the pod.
#   "io.kubernetes.cri-o.cgroup2-mount-hierarchy-rw" for mounting cgroups writably when set to "true".
#   "io.kubernetes.cri-o.Devices" for configuring devices for the pod.
#   "io.kubernetes.cri-o.ShmSize" for configuring the size of /dev/shm.
#   "io.kubernetes.cri-o.UnifiedCgroup.$CTR_NAME" for configuring the cgroup v2 unified block for a container.
#   "io.containers.trace-syscall" for tracing syscalls via the OCI seccomp BPF hook.
#   "io.kubernetes.cri.rdt-class" for setting the RDT class of a container
# - monitor_exec_cgroup (optional, string): if set to "container", indicates exec probes
#   should be moved to the container's cgroup


# [crio.runtime.runtimes.runc]
# runtime_path = ""
# runtime_type = "oci"
# runtime_root = "/run/runc"
# runtime_config_path = ""

# 
# allowed_annotations = [
# 	"io.containers.trace-syscall",
# ]
# 
# monitor_path = ""
# 
# monitor_env = [
# 	"PATH=/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin",
# ]
# 
# monitor_cgroup = "system.slice"
# monitor_exec_cgroup = ""
# 

# crun is a fast and lightweight fully featured OCI runtime and C library for
# running containers
#[crio.runtime.runtimes.crun]

# Kata Containers is an OCI runtime, where containers are run inside lightweight
# VMs. Kata provides additional isolation towards the host, minimizing the host attack
# surface and mitigating the consequences of containers breakout.

# Kata Containers with the default configured VMM
#[crio.runtime.runtimes.kata-runtime]

# Kata Containers with the QEMU VMM
#[crio.runtime.runtimes.kata-qemu]

# Kata Containers with the Firecracker VMM
#[crio.runtime.runtimes.kata-fc]

# The workloads table defines ways to customize containers with different resources
# that work based on annotations, rather than the CRI.
# Note, the behavior of this table is EXPERIMENTAL and may change at any time.
# Each workload, has a name, activation_annotation, annotation_prefix and set of resources it supports mutating.
# The currently supported resources are "cpu" (to configure the cpu shares) and "cpuset" to configure the cpuset.
# Each resource can have a default value specified, or be empty.
# For a container to opt-into this workload, the pod should be configured with the annotation $activation_annotation (key only, value is ignored).
# To customize per-container, an annotation of the form $annotation_prefix.$resource/$ctrName = "value" can be specified
# signifying for that resource type to override the default value.
# If the annotation_prefix is not present, every container in the pod will be given the default values.
# Example:
# [crio.runtime.workloads.workload-type]
# activation_annotation = "io.crio/workload"
# annotation_prefix = "io.crio.workload-type"
# [crio.runtime.workloads.workload-type.resources]
# cpuset = 0
# cpushares = "0-1"
# Where:
# The workload name is workload-type.
# To specify, the pod must have the "io.crio.workload" annotation (this is a precise string match).
# This workload supports setting cpuset and cpu resources.
# annotation_prefix is used to customize the different resources.
# To configure the cpu shares a container gets in the example above, the pod would have to have the following annotation:
# "io.crio.workload-type/$container_name = {"cpushares": "value"}"
# 

# The crio.image table contains settings pertaining to the management of OCI images.
#
# CRI-O reads its configured registries defaults from the system wide
# containers-registries.conf(5) located in /etc/containers/registries.conf. If
# you want to modify just CRI-O, you can change the registries configuration in
# this file. Otherwise, leave insecure_registries and registries commented out to
# use the system's defaults from /etc/containers/registries.conf.
[crio.image]

# Default transport for pulling images from a remote container storage.
# default_transport = "docker://"

# The path to a file containing credentials necessary for pulling images from
# secure registries. The file is similar to that of /var/lib/kubelet/config.json
# global_auth_file = ""

# The image used to instantiate infra containers.
# This option supports live configuration reload.
# pause_image = "registry.k8s.io/pause:3.6"

# The path to a file containing credentials specific for pulling the pause_image from
# above. The file is similar to that of /var/lib/kubelet/config.json
# This option supports live configuration reload.
# pause_image_auth_file = ""

# The command to run to have a container stay in the paused state.
# When explicitly set to "", it will fallback to the entrypoint and command
# specified in the pause image. When commented out, it will fallback to the
# default: "/pause". This option supports live configuration reload.
# pause_command = "/pause"

# Path to the file which decides what sort of policy we use when deciding
# whether or not to trust an image that we've pulled. It is not recommended that
# this option be used, as the default behavior of using the system-wide default
# policy (i.e., /etc/containers/policy.json) is most often preferred. Please
# refer to containers-policy.json(5) for more details.
# signature_policy = ""

# List of registries to skip TLS verification for pulling images. Please
# consider configuring the registries via /etc/containers/registries.conf before
# changing them here.
# insecure_registries = [
# ]

# Controls how image volumes are handled. The valid values are mkdir, bind and
# ignore; the latter will ignore volumes entirely.
# image_volumes = "mkdir"

# Temporary directory to use for storing big files
# big_files_temporary_dir = ""

# The crio.network table containers settings pertaining to the management of
# CNI plugins.
[crio.network]

# The default CNI network name to be selected. If not set or "", then
# CRI-O will pick-up the first one found in network_dir.
# cni_default_network = ""

# Path to the directory where CNI configuration files are located.
# network_dir = "/etc/cni/net.d/"

# Paths to directories where CNI plugin binaries are located.
# plugin_dirs = [
# 	"/opt/cni/bin/",
# ]

# A necessary configuration for Prometheus based metrics retrieval
[crio.metrics]

# Globally enable or disable metrics support.
# enable_metrics = false

# Specify enabled metrics collectors.
# Per default all metrics are enabled.
# It is possible, to prefix the metrics with "container_runtime_" and "crio_".
# For example, the metrics collector "operations" would be treated in the same
# way as "crio_operations" and "container_runtime_crio_operations".
# metrics_collectors = [
# 	"operations",
# 	"operations_latency_microseconds_total",
# 	"operations_latency_microseconds",
# 	"operations_errors",
# 	"image_pulls_by_digest",
# 	"image_pulls_by_name",
# 	"image_pulls_by_name_skipped",
# 	"image_pulls_failures",
# 	"image_pulls_successes",
# 	"image_pulls_layer_size",
# 	"image_layer_reuse",
# 	"containers_oom_total",
# 	"containers_oom",
# 	"processes_defunct",
# 	"operations_total",
# 	"operations_latency_seconds",
# 	"operations_latency_seconds_total",
# 	"operations_errors_total",
# 	"image_pulls_bytes_total",
# 	"image_pulls_skipped_bytes_total",
# 	"image_pulls_failure_total",
# 	"image_pulls_success_total",
# 	"image_layer_reuse_total",
# 	"containers_oom_count_total",
# ]
# The port on which the metrics server will listen.
# metrics_port = 9090

# Local socket path to bind the metrics server to
# metrics_socket = ""

# The certificate for the secure metrics server.
# If the certificate is not available on disk, then CRI-O will generate a
# self-signed one. CRI-O also watches for changes of this path and reloads the
# certificate on any modification event.
# metrics_cert = ""

# The certificate key for the secure metrics server.
# Behaves in the same way as the metrics_cert.
# metrics_key = ""

# A necessary configuration for OpenTelemetry trace data exporting
[crio.tracing]

# Globally enable or disable exporting OpenTelemetry traces.
# enable_tracing = false

# Address on which the gRPC trace collector listens on.
# tracing_endpoint = "0.0.0.0:4317"

# Number of samples to collect per million spans.
# tracing_sampling_rate_per_million = 0

# Necessary information pertaining to container and pod stats reporting.
[crio.stats]

# The number of seconds between collecting pod and container stats.
# If set to 0, the stats are collected on-demand instead.
# stats_collection_period = 0

[crio.runtime.workloads.userns]
activation_annotation = "io.kubernetes.cri-o.userns-mode"
allowed_annotations = ["io.kubernetes.cri-o.userns-mode"]

[crio.runtime]
default_runtime="crun"
# cgroup_manager = "cgroupfs"
[crio.runtime.runtimes.crun]
runtime_path = "/usr/local/bin/crun"