For Linux
Table of Contents
- Linux Provisioning
- Download and Configuration of Edge App Helm Chart
- Installation/Update/Deletion of Edge App
- Verification and Usage on Edge Conductor
1. Linux Provisioning
-
To use the resources of the Edge App infra, securing a key account is essential (Please inquire about the Key from the cloud administrator)
-
Install Edge App Helm chart
git clone https://github.com/mellerikat/Edge-App.git
-
Execute linux provisioning shell
./linux_provisioning.sh
-
AWS ECR Login
aws configure set aws_access_key_id {"AWS Access Key"}
aws configure set aws_secret_access_key {"AWS Secret Access Key"}
aws configure set default.region {"region"}
aws ecr get-login-password --region {region} | sudo docker login --username AWS --password-stdin {AWS Account ID}.dkr.ecr.{region}.amazonaws.com
2. Download and Configuration of Edge App Helm Chart
-
First-time configuration of Edge App environment
helm install init ./setup-package/edgeapp-setup-[--version].tgz -f [namespace_setting_file] -n {namespace}
(example)
helm install init ./setup-package/edgeapp-setup-1.0.0.tgz -f example/linux-setup-for-each-namespace.yaml -n edge-app
-
Select and modify one example file suitable for the environment and add it after the -f option
- example/linux-setup-for-each-namespace.yaml
-
Configuration file for setting the environment in which Edge App operates (linux example)
global:
is_linux: True
env:
namespace: default
serviceaccount: edge-app
pv:
pv_enable: True
3. Installation/Update/Deletion of Edge App
-
1. Installation and Update of Edge App
source ./linux-install.sh [edgeapp name] ./edgeapp-package/edgeapp-manifest-[--version].tgz example/linux-edgeapp.yaml -n {namespace}
(example)
helm install edgeapp-1 ./edgeapp-package/edgeapp-manifest-3.7.0.tgz -f example/linux-edgeapp-1.yaml -n default
-
Select and modify one example file suitable for the environment and add it after the -f option
- example/linux-edgeapp.yaml
-
Configuration file storing user/infrastructure information of Edge App
# linux-edgeapp.yaml -> linux edgeapp + cloud edgeconductor
env:
type: linux
cluster: k3s
controller_image_address: 339713051385.dkr.ecr.ap-northeast-2.amazonaws.com/mellerikat/release/edge-app/amd/controller:3.7.0-rc.1
iomanager_image_address: 339713051385.dkr.ecr.ap-northeast-2.amazonaws.com/mellerikat/release/edge-app/amd/iomanager:3.7.0-rc.1
redis_image_address: 339713051385.dkr.ecr.ap-northeast-2.amazonaws.com/mellerikat/release/edge-app/amd/redis:v7.2.3
namespace: default
serviceaccount: edge-app
ecr:
token_renewable: true
image_host: https://339713051385.dkr.ecr.ap-northeast-2.amazonaws.com
pv:
pv_enable: True
conductor:
host: edgecond.mellerikat-dev.com
http_protocol: https
port: 443
wsprotocol: wss
appinfo:
data_input_path: linux_test/input
data_output_path: linux_test/output
data_input_policy: copy #'move','copy'
data_save_policy: add_utc #'overwrite','add_utc','add_date'
enable_result_to_edgecond: True
Note: linux-edgeapp-test
host_path: /home
cronjob:
suspend: true
base_image: 339713051385.dkr.ecr.ap-northeast-2.amazonaws.com/mellerikat/release/edge-app/amd/alpine/k8s:1.30.12
edgeapp_cronjob_ecr_secret: edgeapp-cronjob-ecr-secret-helm
ecr_token_command: |
aws ecr get-login-password --region ap-northeast-2 && \
kubectl delete secret --ignore-not-found {edgeapp_cronjob_ecr_secret} -n {namespace} && \
kubectl create secret docker-registry {edgeapp_cronjob_ecr_secret} --docker-server={image_host} --docker-username=AWS --docker-password=$(aws ecr get-login-password --region ap-northeast-2) --namespace={namespace} -
-
2. Deletion of Edge App
helm uninstall [edgeapp name]
(example)
helm uninstall example1
helm uninstall example2 -
3. Deletion of Alo
kubectl delete pod [alo pod name] -n {namespace}
4. Verification and Usage on Cloud Edge Conductor
- Verify if the edge installed by the user is visible on the Edge Conductor
- ex) {edgetest} -> {serial-number}{edgetest}