/
init.sh
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/
init.sh
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#!/bin/bash
set -ex
cloudDomain="127.0.0.1.nip.io"
tlsCrtPlaceholder="<tls-crt-placeholder>"
tlsKeyPlaceholder="<tls-key-placeholder>"
mongodbUri=""
function read_env {
source $1
}
function create_tls_secret {
if grep -q $tlsCrtPlaceholder manifests/tls-secret.yaml; then
echo "mock tls secret"
kubectl apply -f manifests/mock-cert.yaml
echo "mock tls cert has been created successfully."
else
echo "tls secret is already set"
kubectl apply -f manifests/tls-secret.yaml
fi
}
function sealos_run_controller {
# run user controller
sealos run tars/user.tar \
--env cloudDomain=$cloudDomain \
--env cloudPort="6443"
# run terminal controller
sealos run tars/terminal.tar \
--env cloudDomain=$cloudDomain \
--env userNamespace="user-system" \
--env wildcardCertSecretName="wildcard-cert" \
--env wildcardCertSecretNamespace="sealos-system"
# run app controller
sealos run tars/app.tar
# run resources monitoring controller
sealos run tars/monitoring.tar \
--env MONGO_URI="$mongodbUri" --env DEFAULT_NAMESPACE="resources-system"
# run resources metering controller
sealos run tars/metering.tar \
--env MONGO_URI="$mongodbUri" --env DEFAULT_NAMESPACE="resources-system"
# run account controller
sealos run tars/account.tar \
--env MONGO_URI="$mongodbUri" \
--env DEFAULT_NAMESPACE="account-system"
# run licenseissuer controller
sealos run tars/licenseissuer.tar \
--env canConnectToExternalNetwork="true" \
--env enableMonitor="true"
}
function sealos_authorize {
echo "start to authorize sealos"
echo "create admin-user"
# create admin-user
kubectl apply -f manifests/admin-user.yaml
# wait for admin-user ready
echo "waiting for admin-user generated"
while true; do
if kubectl get namespace ns-admin >/dev/null 2>&1 && kubectl get accounts.account.sealos.io admin -n sealos-system >/dev/null 2>&1; then
break
else
echo "waiting for preset admin-user to be created..."
sleep 3
fi
done
# issue license for admin-user
echo "license issue for admin-user"
# issue license for admin-user
echo "license issue for admin-user"
kubectl apply -f manifests/free-license.yaml
}
function gen_mongodbUri() {
# if mongodbUri is empty then create mongodb and gen mongodb uri
if [ -z "$mongodbUri" ]; then
echo "no mongodb uri found, create mongodb and gen mongodb uri"
kubectl apply -f manifests/mongodb.yaml
# if there is no sealos-mongodb-conn-credential secret then wait for mongodb ready
while [ -z "$(kubectl get secret -n sealos sealos-mongodb-conn-credential)" ]; do
echo "waiting for mongodb secret generated"
sleep 5
done
chmod +x scripts/gen-mongodb-uri.sh
mongodbUri=$(scripts/gen-mongodb-uri.sh)
fi
}
function sealos_run_frontend {
# mutate desktop config before running desktop
echo "mutate desktop config"
mutate_desktop_config
echo "run desktop frontend"
sealos run tars/frontend-desktop.tar \
--env cloudDomain=$cloudDomain \
--env certSecretName="wildcard-cert" \
--env passwordEnabled="true" \
--config-file etc/sealos/desktop-config.yaml
echo "run applaunchpad frontend"
sealos run tars/frontend-applaunchpad.tar \
--env cloudDomain=$cloudDomain \
--env certSecretName="wildcard-cert"
echo "run terminal frontend"
sealos run tars/frontend-terminal.tar \
--env cloudDomain=$cloudDomain \
--env certSecretName="wildcard-cert"
echo "run dbprovider frontend"
sealos run tars/frontend-dbprovider.tar \
--env cloudDomain=$cloudDomain \
--env certSecretName="wildcard-cert"
echo "costcenter frontend"
sealos run tars/cost-center.tar \
--env cloudDomain=$cloudDomain \
--env certSecretName="wildcard-cert" \
--env transferEnabled="true" \
--env rechargeEnabled="false"
}
function mutate_desktop_config() {
# mutate etc/sealos/desktop-config.yaml by using mongodb uri and two random base64 string
sed -i -e "s;<your-mongodb-uri-base64>;$(echo -n "$mongodbUri" | base64 -w 0);" etc/sealos/desktop-config.yaml
sed -i -e "s;<your-jwt-secret-base64>;$(tr -cd 'a-z0-9' </dev/urandom | head -c64 | base64 -w 0);" etc/sealos/desktop-config.yaml
sed -i -e "s;<your-password-salt-base64>;$(tr -cd 'a-z0-9' </dev/urandom | head -c64 | base64 -w 0);" etc/sealos/desktop-config.yaml
}
function install {
# read env
read_env etc/sealos/cloud.env
# kubectl apply namespace, secret and mongodb
kubectl apply -f manifests/namespace.yaml
# apply notifications crd
kubectl apply -f manifests/notifications_crd.yaml
# create tls secret
create_tls_secret $cloudDomain
# gen mongodb uri
gen_mongodbUri
# sealos run controllers
sealos_run_controller
# sealos run frontends
sealos_run_frontend
# sealos authorize
sealos_authorize
}
install