# This is a script that contains container/service management functions and test functions for ECS
+################ Test engine functions ################
+
+# Create the image var used during the test
+# arg: <image-tag-suffix> (selects staging, snapshot, release etc)
+# <image-tag-suffix> is present only for images with staging, snapshot,release tags
+__ECS_imagesetup() {
+ __check_and_create_image_var ECS "ECS_IMAGE" "ECS_IMAGE_BASE" "ECS_IMAGE_TAG" $1 "$ECS_DISPLAY_NAME"
+}
+
+# Pull image from remote repo or use locally built image
+# arg: <pull-policy-override> <pull-policy-original>
+# <pull-policy-override> Shall be used for images allowing overriding. For example use a local image when test is started to use released images
+# <pull-policy-original> Shall be used for images that does not allow overriding
+# Both var may contain: 'remote', 'remote-remove' or 'local'
+__ECS_imagepull() {
+ __check_and_pull_image $1 "$ECS_DISPLAY_NAME" $ECS_APP_NAME ECS_IMAGE
+}
+
+# Build image (only for simulator or interfaces stubs owned by the test environment)
+# arg: <image-tag-suffix> (selects staging, snapshot, release etc)
+# <image-tag-suffix> is present only for images with staging, snapshot,release tags
+__ECS_imagebuild() {
+ echo -e $RED" Image for app ECS shall never be built"$ERED
+}
+
+# Generate a string for each included image using the app display name and a docker images format string
+# If a custom image repo is used then also the source image from the local repo is listed
+# arg: <docker-images-format-string> <file-to-append>
+__ECS_image_data() {
+ echo -e "$ECS_DISPLAY_NAME\t$(docker images --format $1 $ECS_IMAGE)" >> $2
+ if [ ! -z "$ECS_IMAGE_SOURCE" ]; then
+ echo -e "-- source image --\t$(docker images --format $1 $ECS_IMAGE_SOURCE)" >> $2
+ fi
+}
+
+# Scale kubernetes resources to zero
+# All resources shall be ordered to be scaled to 0, if relevant. If not relevant to scale, then do no action.
+# This function is called for apps fully managed by the test script
+__ECS_kube_scale_zero() {
+ __kube_scale_all_resources $KUBE_NONRTRIC_NAMESPACE autotest ECS
+}
+
+# Scale kubernetes resources to zero and wait until this has been accomplished, if relevant. If not relevant to scale, then do no action.
+# This function is called for prestarted apps not managed by the test script.
+__ECS_kube_scale_zero_and_wait() {
+ __kube_scale_and_wait_all_resources $KUBE_NONRTRIC_NAMESPACE app nonrtric-enrichmentservice
+}
+
+# Delete all kube resouces for the app
+# This function is called for apps managed by the test script.
+__ECS_kube_delete_all() {
+ __kube_delete_all_resources $KUBE_NONRTRIC_NAMESPACE autotest ECS
+}
+
+# Store docker logs
+# This function is called for apps managed by the test script.
+# args: <log-dir> <file-prexix>
+__ECS_store_docker_logs() {
+ docker logs $ECS_APP_NAME > $1$2_ecs.log 2>&1
+}
+#######################################################
+
+
## Access to ECS
# Host name may be changed if app started by kube
# Direct access
# Make curl retries towards ECS for http response codes set in this env var, space separated list of codes
ECS_RETRY_CODES=""
+#Save first worker node the pod is started on
+__ECS_WORKER_NODE=""
+
###########################
### ECS functions
###########################
export ECS_DATA_CONFIGMAP_NAME=$ECS_APP_NAME"-data"
export ECS_CONTAINER_MNT_DIR
+ export ECS_DATA_PV_NAME=$ECS_APP_NAME"-pv"
+ export ECS_DATA_PVC_NAME=$ECS_APP_NAME"-pvc"
+ #Create a unique path for the pv each time to prevent a previous volume to be reused
+ export ECS_PV_PATH="ecsdata-"$(date +%s)
+
if [ $1 == "PROXY" ]; then
ECS_HTTP_PROXY_CONFIG_PORT=$HTTP_PROXY_CONFIG_PORT #Set if proxy is started
ECS_HTTP_PROXY_CONFIG_HOST_NAME=$HTTP_PROXY_CONFIG_HOST_NAME #Set if proxy is started
output_yaml=$PWD/tmp/ecs_cfc.yaml
__kube_create_configmap $ECS_CONFIG_CONFIGMAP_NAME $KUBE_NONRTRIC_NAMESPACE autotest ECS $datafile $output_yaml
+ # Create pv
+ input_yaml=$SIM_GROUP"/"$ECS_COMPOSE_DIR"/"pv.yaml
+ output_yaml=$PWD/tmp/ecs_pv.yaml
+ __kube_create_instance pv $ECS_APP_NAME $input_yaml $output_yaml
+
# Create pvc
input_yaml=$SIM_GROUP"/"$ECS_COMPOSE_DIR"/"pvc.yaml
output_yaml=$PWD/tmp/ecs_pvc.yaml
__kube_create_instance app $ECS_APP_NAME $input_yaml $output_yaml
fi
+ # Tie the ECS to a worker node so that ECS will always be scheduled to the same worker node if the ECS pod is restarted
+ # A PVC of type hostPath is mounted to ECS, for persistent storage, so the ECS must always be on the node which mounted the volume
+
+ # Keep the initial worker node in case the pod need to be "restarted" - must be made to the same node due to a volume mounted on the host
+ __ECS_WORKER_NODE=$(kubectl get pod -l "autotest=ECS" -n $KUBE_NONRTRIC_NAMESPACE -o jsonpath='{.items[*].spec.nodeName}')
+ if [ -z "$__ECS_WORKER_NODE" ]; then
+ echo -e $YELLOW" Cannot find worker node for pod for $ECS_APP_NAME, persistency may not work"$EYELLOW
+ fi
+
echo " Retrieving host and ports for service..."
ECS_HOST_NAME=$(__kube_get_service_host $ECS_APP_NAME $KUBE_NONRTRIC_NAMESPACE)
ECS_EXTERNAL_PORT=$(__kube_get_service_port $ECS_APP_NAME $KUBE_NONRTRIC_NAMESPACE "http")
export ECS_INTERNAL_SECURE_PORT
export ECS_EXTERNAL_SECURE_PORT
export DOCKER_SIM_NWNAME
+ export ECS_DISPLAY_NAME
if [ $1 == "PROXY" ]; then
ECS_HTTP_PROXY_CONFIG_PORT=$HTTP_PROXY_CONFIG_PORT #Set if proxy is started
envsubst < $2 > $dest_file
- __start_container $ECS_COMPOSE_DIR NODOCKERARGS 1 $ECS_APP_NAME
+ __start_container $ECS_COMPOSE_DIR "" NODOCKERARGS 1 $ECS_APP_NAME
__check_service_start $ECS_APP_NAME $ECS_PATH$ECS_ALIVE_URL
fi
return 0
}
-# Restart ECS
+# Stop the ecs
+# args: -
# args: -
# (Function for test scripts)
-restart_ecs() {
- echo -e $BOLD"Re-starting ECS"$EBOLD
- docker restart $ECS_APP_NAME &> ./tmp/.dockererr
- if [ $? -ne 0 ]; then
- __print_err "Could not restart $ECS_APP_NAME" $@
- cat ./tmp/.dockererr
- ((RES_CONF_FAIL++))
- return 1
+stop_ecs() {
+ echo -e $BOLD"Stopping $ECS_DISPLAY_NAME"$EBOLD
+
+ if [ $RUNMODE == "KUBE" ]; then
+ __kube_scale_all_resources $KUBE_NONRTRIC_NAMESPACE autotest ECS
+ echo " Deleting the replica set - a new will be started when the app is started"
+ tmp=$(kubectl delete rs -n $KUBE_NONRTRIC_NAMESPACE -l "autotest=ECS")
+ if [ $? -ne 0 ]; then
+ echo -e $RED" Could not delete replica set "$RED
+ ((RES_CONF_FAIL++))
+ return 1
+ fi
+ else
+ docker stop $ECS_APP_NAME &> ./tmp/.dockererr
+ if [ $? -ne 0 ]; then
+ __print_err "Could not stop $ECS_APP_NAME" $@
+ cat ./tmp/.dockererr
+ ((RES_CONF_FAIL++))
+ return 1
+ fi
fi
+ echo -e $BOLD$GREEN"Stopped"$EGREEN$EBOLD
+ echo ""
+ return 0
+}
+
+# Start a previously stopped ecs
+# args: -
+# (Function for test scripts)
+start_stopped_ecs() {
+ echo -e $BOLD"Starting (the previously stopped) $ECS_DISPLAY_NAME"$EBOLD
+
+ if [ $RUNMODE == "KUBE" ]; then
+
+ # Tie the PMS to the same worker node it was initially started on
+ # A PVC of type hostPath is mounted to PMS, for persistent storage, so the PMS must always be on the node which mounted the volume
+ if [ -z "$__ECS_WORKER_NODE" ]; then
+ echo -e $RED" No initial worker node found for pod "$RED
+ ((RES_CONF_FAIL++))
+ return 1
+ else
+ echo -e $BOLD" Setting nodeSelector kubernetes.io/hostname=$__ECS_WORKER_NODE to deployment for $ECS_APP_NAME. Pod will always run on this worker node: $__PA_WORKER_NODE"$BOLD
+ echo -e $BOLD" The mounted volume is mounted as hostPath and only available on that worker node."$BOLD
+ tmp=$(kubectl patch deployment $ECS_APP_NAME -n $KUBE_NONRTRIC_NAMESPACE --patch '{"spec": {"template": {"spec": {"nodeSelector": {"kubernetes.io/hostname": "'$__ECS_WORKER_NODE'"}}}}}')
+ if [ $? -ne 0 ]; then
+ echo -e $YELLOW" Cannot set nodeSelector to deployment for $ECS_APP_NAME, persistency may not work"$EYELLOW
+ fi
+ __kube_scale deployment $ECS_APP_NAME $KUBE_NONRTRIC_NAMESPACE 1
+ fi
+ else
+ docker start $ECS_APP_NAME &> ./tmp/.dockererr
+ if [ $? -ne 0 ]; then
+ __print_err "Could not start (the stopped) $ECS_APP_NAME" $@
+ cat ./tmp/.dockererr
+ ((RES_CONF_FAIL++))
+ return 1
+ fi
+ fi
__check_service_start $ECS_APP_NAME $ECS_PATH$ECS_ALIVE_URL
+ if [ $? -ne 0 ]; then
+ return 1
+ fi
echo ""
return 0
}
return 0
}
+# Check the ecs logs for WARNINGs and ERRORs
+# args: -
+# (Function for test scripts)
+check_ecs_logs() {
+ __check_container_logs "ECS" $ECS_APP_NAME $ECS_LOGPATH WARN ERR
+}
+
# Tests if a variable value in the ECS is equal to a target value and and optional timeout.
# Arg: <variable-name> <target-value> - This test set pass or fail depending on if the variable is
return 1
fi
else
- echo -e $YELLOW"USING NOT CONFIRMED INTERFACE - FLAT URI STRUCTURE"$EYELLOW
+ echo -e $YELLOW"INTERFACE - FLAT URI STRUCTURE"$EYELLOW
# Valid number of parameters 4,5,6 etc
if [ $# -lt 3 ]; then
__print_err "<response-code> <type-id>|NOTYPE <owner-id>|NOOWNER [ EMPTY | <job-id>+ ]" $@
fi
fi
else
- echo -e $YELLOW"USING NOT CONFIRMED INTERFACE - FLAT URI STRUCTURE"$EYELLOW
+ echo -e $YELLOW"INTERFACE - FLAT URI STRUCTURE"$EYELLOW
if [ $# -lt 2 ] && [ $# -gt 4 ]; then
__print_err "<response-code> <job-id> [<status> [<timeout>]]" $@
return 1
fi
query="/A1-EI/v1/eitypes/$2/eijobs/$3"
else
- echo -e $YELLOW"USING NOT CONFIRMED INTERFACE - FLAT URI STRUCTURE"$EYELLOW
+ echo -e $YELLOW"INTERFACE - FLAT URI STRUCTURE"$EYELLOW
if [ $# -ne 2 ] && [ $# -ne 7 ]; then
__print_err "<response-code> <job-id> [<type-id> <target-url> <owner-id> <notification-url> <template-job-file>]" $@
return 1
query="/A1-EI/v1/eitypes/$2/eijobs/$3"
else
- echo -e $YELLOW"USING NOT CONFIRMED INTERFACE - FLAT URI STRUCTURE"$EYELLOW
+ echo -e $YELLOW"INTERFACE - FLAT URI STRUCTURE"$EYELLOW
if [ $# -ne 2 ]; then
__print_err "<response-code> <job-id>" $@
return 1
query="/A1-EI/v1/eitypes/$2/eijobs/$3"
else
- echo -e $YELLOW"USING NOT CONFIRMED INTERFACE - FLAT URI STRUCTURE"$EYELLOW
+ echo -e $YELLOW"INTERFACE - FLAT URI STRUCTURE"$EYELLOW
if [ $# -lt 7 ]; then
__print_err "<response-code> <job-id> <type-id> <target-url> <owner-id> <notification-url> <template-job-file>" $@
return 1
Code Review / nonrtric.git / blobdiff