Removed all AWS functionality. Big day.
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41
defaults.sh
41
defaults.sh
@ -21,42 +21,10 @@ export NOSTR_HOSTNAME="relay"
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export SITE_LANGUAGE_CODES="en"
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export NOSTR_ACCOUNT_PUBKEY=
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# used by 'aws' deployments only; planned deprecation
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export DDNS_PASSWORD=
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# this is where the html is sourced from.
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export SITE_HTML_PATH=
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export BTCPAY_ADDITIONAL_HOSTNAMES=
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# enter your AWS Access Key and Secret Access Key here.
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export AWS_ACCESS_KEY=
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export AWS_SECRET_ACCESS_KEY=
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# if overridden, the app will be deployed to proxy $BTCPAY_HOSTNAME.$DOMAIN_NAME requests to the URL specified.
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# this is useful when you want to oursource your BTCPAY fullnode/lightning node.
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#export BTCPAY_HANDLER_URL=
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export SMTP_SERVER="smtp.mailgun.org"
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export SMTP_PORT="587"
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# default AWS region and AMI (free-tier AMI ubuntu 20.10)
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export AWS_REGION="us-east-1"
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# AMI NAME:
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# ubuntu/images/hvm-ssd/ubuntu-jammy-22.04-amd64-server-20220420
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export AWS_AMI_ID="ami-09d56f8956ab235b3"
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WWW_INSTANCE_TYPE="t2.small"
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BTCPAY_INSTANCE_TYPE="t2.medium"
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# goal will be to keep any particular instance to run AT OR BELOW t2.medium.
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# other options are t2.small, micro, nano; micro is the free-tier eligible.
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# [1=vCPUs, 1=Mem(GiB)]
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# nano [1,0.5], micro [1,1] (free-tier eligible), small [1,2], medium [2,4], large [2,8], xlarge [4,16], 2xlarge [8,32]
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export WWW_INSTANCE_TYPE="$WWW_INSTANCE_TYPE"
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export BTCPAY_INSTANCE_TYPE="$BTCPAY_INSTANCE_TYPE"
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export GHOST_MYSQL_PASSWORD=
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export GHOST_MYSQL_ROOT_PASSWORD=
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export NEXTCLOUD_MYSQL_PASSWORD=
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@ -90,15 +58,6 @@ export NEXTCLOUD_SPACE_GB=10
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# exit 1
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# fi
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# TODO
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# 1 add check for ~/.aws/credentials and stub one out
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# 2 ensure install.sh has been run by checking for tor, docker-machine, lxd, wait-for-it, etc.
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# 3 pretty much just run the install script if anything is awry
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# 4 maybe check to ensure all the CNAME and A+ records are there first so we can quit before machine creation.
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BTC_CHAIN=regtest
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export BTC_CHAIN="$BTC_CHAIN"
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64
deploy.sh
64
deploy.sh
@ -13,9 +13,7 @@ check_dependencies () {
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}
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# Check system's dependencies
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check_dependencies wait-for-it dig rsync sshfs lxc docker-machine
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# TODO remove dependency on Docker-machine. That's what we use to provision VM on 3rd party vendors. Looking for LXD endpoint.
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check_dependencies wait-for-it dig rsync sshfs lxc
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# let's check to ensure the management machine is on the Baseline ubuntu 21.04
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if ! lsb_release -d | grep -q "Ubuntu 22.04"; then
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@ -24,7 +22,6 @@ if ! lsb_release -d | grep -q "Ubuntu 22.04"; then
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fi
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DOMAIN_NAME=
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VPS_HOSTING_TARGET=lxd
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RUN_CERT_RENEWAL=true
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SKIP_WWW=false
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RESTORE_WWW=false
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@ -45,10 +42,6 @@ STOP_SERVICES=false
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# grab any modifications from the command line.
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for i in "$@"; do
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case $i in
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--aws)
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VPS_HOSTING_TARGET=aws
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shift
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;;
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--restore-www)
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RESTORE_WWW=true
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BACKUP_APPS=false
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@ -146,17 +139,6 @@ export BACKUP_BTCPAY="$BACKUP_BTCPAY"
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export MIGRATE_WWW="$MIGRATE_WWW"
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export MIGRATE_BTCPAY="$MIGRATE_BTCPAY"
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export RUN_CERT_RENEWAL="$RUN_CERT_RENEWAL"
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if [ "$VPS_HOSTING_TARGET" = aws ]; then
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if [ -z "$DOMAIN_NAME" ]; then
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echo "ERROR: Please specify a domain name with --domain= when using --aws."
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exit 1
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fi
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CLUSTER_NAME="docker-machine"
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fi
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export CLUSTER_NAME="$CLUSTER_NAME"
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export CLUSTER_PATH="$CLUSTERS_DIR/$CLUSTER_NAME"
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@ -173,7 +155,7 @@ if [ ! -f "$CLUSTER_PATH/authorized_keys" ]; then
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exit 1
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fi
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if [ "$VPS_HOSTING_TARGET" = lxd ]; then
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CLUSTER_DEFINITION="$CLUSTER_PATH/cluster_definition"
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export CLUSTER_DEFINITION="$CLUSTER_DEFINITION"
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@ -221,7 +203,7 @@ EOL
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fi
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fi
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fi
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fi
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# this is our password generation mechanism. Relying on GPG for secure password generation
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function new_pass {
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@ -231,7 +213,6 @@ function new_pass {
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function instantiate_vms {
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export VPS_HOSTING_TARGET="$VPS_HOSTING_TARGET"
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export BTC_CHAIN="$BTC_CHAIN"
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export UPDATE_BTCPAY="$UPDATE_BTCPAY"
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export RECONFIGURE_BTCPAY_SERVER="$RECONFIGURE_BTCPAY_SERVER"
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@ -254,7 +235,7 @@ function instantiate_vms {
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exit 1
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fi
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if [ "$VPS_HOSTING_TARGET" = lxd ]; then
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# first let's get the DISK_TO_USE and DATA_PLANE_MACVLAN_INTERFACE from the ss-config
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# which is set up during LXD cluster creation ss-cluster.
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LXD_SS_CONFIG_LINE=
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@ -276,7 +257,7 @@ function instantiate_vms {
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./deployment/create_lxc_base.sh
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fi
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export MAC_ADDRESS_TO_PROVISION=
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export VPS_HOSTNAME="$VPS_HOSTNAME"
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@ -334,21 +315,8 @@ function instantiate_vms {
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export BTCPAY_LOCAL_BACKUP_PATH="$SITE_PATH/backups/btcpayserver/$BACKUP_TIMESTAMP"
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export BTCPAY_LOCAL_BACKUP_ARCHIVE_PATH="$BTCPAY_LOCAL_BACKUP_PATH/$UNIX_BACKUP_TIMESTAMP.tar.gz"
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# This next section of if statements is our sanity checking area.
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if [ "$VPS_HOSTING_TARGET" = aws ]; then
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# we require DDNS on AWS to set the public DNS to the right host.
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if [ -z "$DDNS_PASSWORD" ]; then
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echo "ERROR: Ensure DDNS_PASSWORD is configured in your site_definition."
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exit 1
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fi
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fi
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MACHINE_EXISTS=false
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if [ "$VPS_HOSTING_TARGET" = aws ] && docker-machine ls -q | grep -q "$FQDN"; then
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MACHINE_EXISTS=true
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fi
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if [ "$VPS_HOSTING_TARGET" = lxd ] && lxc list --format csv | grep -q "$FQDN"; then
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if lxc list --format csv | grep -q "$FQDN"; then
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MACHINE_EXISTS=true
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fi
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@ -364,18 +332,7 @@ function instantiate_vms {
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./deployment/deploy_vms.sh
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# delete the remote VPS.
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if [ "$VPS_HOSTING_TARGET" = aws ]; then
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RESPONSE=
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read -r -p "Do you want to continue with deleting '$FQDN' (y/n)": RESPONSE
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if [ "$RESPONSE" = y ]; then
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docker-machine rm -f "$FQDN"
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else
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echo "STOPPING the migration. User entered something other than 'y'."
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exit 1
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fi
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elif [ "$VPS_HOSTING_TARGET" = lxd ]; then
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lxc delete --force "$LXD_VM_NAME"
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fi
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# Then we run the script again to re-instantiate a new VPS, restoring all user data
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# if restore directory doesn't exist, then we end up with a new site.
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@ -493,8 +450,6 @@ EOL
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source "$PROJECT_DEFINITION_PATH"
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}
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# let's iterate over the user-supplied domain list and provision each domain.
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if [ "$VPS_HOSTING_TARGET" = lxd ]; then
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CURRENT_PROJECT="$(lxc info | grep "project:" | awk '{print $2}')"
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PROJECT_PATH="$PROJECTS_DIR/$PROJECT_NAME"
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@ -557,10 +512,3 @@ if [ "$VPS_HOSTING_TARGET" = lxd ]; then
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if [ "$SKIP_BTCPAY" = false ]; then
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bash -c "./deployment/btcpayserver/go.sh"
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fi
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elif [ "$VPS_HOSTING_TARGET" = aws ]; then
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stub_site_definition
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# if we're on AWS, we can just provision each system separately.
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run_domain
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fi
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@ -59,14 +59,7 @@ if [ "$RUN_SERVICES" = true ]; then
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fi
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if [ "$OPEN_URL" = true ]; then
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if [ "$VPS_HOSTING_TARGET" = lxd ]; then
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if wait-for-it -t 5 "$PRIMARY_WWW_FQDN:80"; then
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xdg-open "http://$PRIMARY_WWW_FQDN" > /dev/null 2>&1
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fi
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else
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if wait-for-it -t 5 "$FQDN:443"; then
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xdg-open "https://$FQDN" > /dev/null 2>&1
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fi
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fi
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fi
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@ -43,16 +43,6 @@ function prepare_host {
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}
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# when set to true, this flag indicates that a new VPS was created during THIS script run.
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if [ "$VPS_HOSTING_TARGET" = aws ]; then
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# let's create the remote VPS if needed.
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if ! docker-machine ls -q --filter name="$FQDN" | grep -q "$FQDN"; then
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./provision_vps.sh
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prepare_host
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fi
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elif [ "$VPS_HOSTING_TARGET" = lxd ]; then
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ssh-keygen -f "$SSH_HOME/known_hosts" -R "$FQDN"
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# if the machine doesn't exist, we create it.
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@ -69,5 +59,3 @@ elif [ "$VPS_HOSTING_TARGET" = lxd ]; then
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fi
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prepare_host
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fi
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@ -5,39 +5,6 @@ cd "$(dirname "$0")"
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./stub_lxc_profile.sh "$LXD_VM_NAME"
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function run_ddns {
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# now that the VM has an IP, we can update the DNS record. TODO add additional DNS providers here; namecheap only atm.
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DDNS_STRING="$VPS_HOSTNAME"
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if [ "$VPS_HOSTNAME" = www ]; then
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# next update our DDNS record. TODO enable local/remote name provider.
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DDNS_STRING="@"
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fi
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# if the DNS record is incorrect, we run DDNS to get it corrected yo.
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if "$(getent hosts "$FQDN" | awk '{ print $1 }')" != "$IP_V4_ADDRESS"; then
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curl "https://dynamicdns.park-your-domain.com/update?host=$DDNS_STRING&domain=$DOMAIN_NAME&password=$DDNS_PASSWORD&ip=$IP_V4_ADDRESS"
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DDNS_SLEEP_SECONDS=60
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while true; do
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# we test the www CNAME here so we can be assured the underlying has corrected.
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if [[ "$(getent hosts "$FQDN" | awk '{ print $1 }')" == "$IP_V4_ADDRESS" ]]; then
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echo ""
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echo "SUCCESS: The DNS appears to be configured correctly."
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# we're waiting here to allow dns records to stale out.
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# this is necessary for certificate renewal; letsencrypt might have stale records
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echo "INFO: Waiting $DDNS_SLEEP_SECONDS seconds to allow cached DNS records to expire."
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sleep "$DDNS_SLEEP_SECONDS";
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break;
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fi
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printf "." && sleep 2;
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done
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fi
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}
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# now let's create a new VM to work with.
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lxc init --profile="$LXD_VM_NAME" "$VM_NAME" "$LXD_VM_NAME" --vm
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@ -49,11 +16,3 @@ lxc config device override "$LXD_VM_NAME" root size="${ROOT_DISK_SIZE_GB}GB"
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lxc start "$LXD_VM_NAME"
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./wait_for_lxc_ip.sh "$LXD_VM_NAME"
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if [ "$VPS_HOSTING_TARGET" = aws ]; then
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run_ddns
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# remove any existing SSH identities for the host, then add it back.
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ssh-keygen -R "$IP_V4_ADDRESS"
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fi
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@ -1,84 +0,0 @@
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#!/bin/bash
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set -eu
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cd "$(dirname "$0")"
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if [ ! -f "$HOME/.aws/credentials" ]; then
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# TODO write a credential file baseline
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echo "ERROR: Please update your '$HOME/.aws/credentials' file before continuing."
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mkdir -p "$HOME/.aws"
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touch "$HOME/.aws/credentials"
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# stub out a site_definition with new passwords.
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cat >"$HOME/.aws/credentials" <<EOL
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#!/bin/bash
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# enter your AWS Access Key and Secret Access Key here.
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export AWS_ACCESS_KEY=
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export AWS_SECRET_ACCESS_KEY=
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EOL
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exit 1
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fi
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source "$HOME/.aws/credentials"
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if [ -z "$AWS_ACCESS_KEY" ]; then
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echo "ERROR: AWS_ACCESS_KEY is not set."
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exit 1
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fi
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if [ -z "$AWS_SECRET_ACCESS_KEY" ]; then
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echo "ERROR: AWS_SECRET_ACCESS_KEY is not set."
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exit 1
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fi
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# Note, we assume the script has already made sure the machine doesn't exist.
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if [ "$VIRTUAL_MACHINE" = www ] || [ "$VIRTUAL_MACHINE" = certonly ]; then
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# creates a public VM in AWS and provisions the bcm website.
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docker-machine create --driver amazonec2 \
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--amazonec2-open-port 80 \
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--amazonec2-open-port 443 \
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--amazonec2-access-key "$AWS_ACCESS_KEY" \
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--amazonec2-secret-key "$AWS_SECRET_ACCESS_KEY" \
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--amazonec2-region "$AWS_REGION" \
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--amazonec2-ami "$AWS_AMI_ID" \
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--amazonec2-root-size "$ROOT_DISK_SIZE_GB" \
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--amazonec2-instance-type "$WWW_INSTANCE_TYPE" \
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"$FQDN"
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# --engine-label commit="$LATEST_GIT_COMMIT" \
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elif [ "$VIRTUAL_MACHINE" = btcpayserver ]; then
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# creates a public VM in AWS and provisions the bcm website.
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docker-machine create --driver amazonec2 \
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--amazonec2-open-port 80 \
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--amazonec2-open-port 443 \
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--amazonec2-open-port 9735 \
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--amazonec2-access-key "$AWS_ACCESS_KEY" \
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--amazonec2-secret-key "$AWS_SECRET_ACCESS_KEY" \
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--amazonec2-region "$AWS_REGION" \
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--amazonec2-ami "$AWS_AMI_ID" \
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--amazonec2-root-size "$ROOT_DISK_SIZE_GB" \
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--amazonec2-instance-type "$BTCPAY_INSTANCE_TYPE" \
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"$FQDN"
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# --engine-label commit="$LATEST_GIT_COMMIT" \
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fi
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docker-machine scp "$CLUSTER_PATH/authorized_keys" "$FQDN:$REMOTE_HOME/authorized_keys"
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docker-machine ssh "$FQDN" "cat $REMOTE_HOME/authorized_keys >> $REMOTE_HOME/.ssh/authorized_keys"
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# we have to ensure ubuntu is able to do sudo less docker commands.
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docker-machine ssh "$FQDN" sudo usermod -aG docker ubuntu
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# we restart so dockerd starts with fresh group membership.
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docker-machine ssh "$FQDN" sudo systemctl restart docker
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# TODO INSTALL DOCKER COMPOSE
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# let's wire up the DNS so subsequent ssh commands resolve to the VPS.
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./run_ddns.sh
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# remove the SSH hostname from known_hosts as we'll
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# todo why do we need this again?
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ssh-keygen -f "$SSH_HOME/known_hosts" -R "$FQDN"
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@ -13,15 +13,6 @@ fi
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# wait for DNS to get setup. Pass in the IP address of the actual VPS.
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MACHINE_IP="$(docker-machine ip "$FQDN")"
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if [ "$VPS_HOSTING_TARGET" = aws ]; then
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# wire DNS entries using namecheap DDNS API (via HTTPS rather than ddclient)
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curl "https://dynamicdns.park-your-domain.com/update?host=$DDNS_STRING&domain=$DOMAIN_NAME&password=$DDNS_PASSWORD&ip=$MACHINE_IP"
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#install dependencies.
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docker-machine ssh "$FQDN" sudo apt-get -qq install -y wait-for-it git rsync duplicity sshfs
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fi
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DDNS_SLEEP_SECONDS=60
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while true; do
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# we test the www CNAME here so we can be assured the underlying has corrected.
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@ -6,31 +6,7 @@ set -e
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# let's do a refresh of the certificates. Let's Encrypt will not run if it's not time.
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docker pull certbot/certbot:latest
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# when deploying to AWS, www exists on a separate IP address from btcpay, etc.
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# thus, we structure the certificate accordingly.
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if [ "$VPS_HOSTING_TARGET" = aws ]; then
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docker run -it --rm \
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--name certbot \
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-p 80:80 \
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-p 443:443 \
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-v "$REMOTE_HOME/letsencrypt":/etc/letsencrypt \
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-v /var/lib/letsencrypt:/var/lib/letsencrypt \
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-v "$REMOTE_HOME/letsencrypt_logs":/var/log/letsencrypt \
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certbot/certbot certonly -v --noninteractive --agree-tos --key-type ecdsa --standalone --expand -d "$DOMAIN_NAME" -d "$FQDN" -d "$NEXTCLOUD_FQDN" -d "$GITEA_FQDN" --email "$CERTIFICATE_EMAIL_ADDRESS"
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elif [ "$VPS_HOSTING_TARGET" = lxd ]; then
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# with the lxd side, we are trying to expose ALL OUR services from one IP address, which terminates
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# at a cachehing reverse proxy that runs nginx.
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# docker run -it --rm \
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# --name certbot \
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# -p 80:80 \
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# -p 443:443 \
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# -v "$REMOTE_HOME/letsencrypt":/etc/letsencrypt \
|
||||
# -v /var/lib/letsencrypt:/var/lib/letsencrypt \
|
||||
# -v "$REMOTE_HOME/letsencrypt_logs":/var/log/letsencrypt \
|
||||
# certbot/certbot certonly -v --noninteractive --agree-tos --key-type ecdsa --standalone --expand -d "$DOMAIN_NAME" -d "$PRIMARY_WWW_FQDN" -d "$BTCPAY_USER_FQDN" -d "$NEXTCLOUD_FQDN" -d "$GITEA_FQDN" -d "$NOSTR_FQDN" --email "$CERTIFICATE_EMAIL_ADDRESS"
|
||||
|
||||
|
||||
# iterate over each domain and call certbot
|
||||
for DOMAIN_NAME in ${DOMAIN_LIST//,/ }; do
|
||||
export DOMAIN_NAME="$DOMAIN_NAME"
|
||||
export SITE_PATH="$SITES_PATH/$DOMAIN_NAME"
|
||||
@ -55,4 +31,3 @@ elif [ "$VPS_HOSTING_TARGET" = lxd ]; then
|
||||
certbot/certbot certonly -v --noninteractive --agree-tos --key-type ecdsa --standalone --expand -d "$DOMAIN_NAME" -d "$WWW_FQDN" -d "$BTCPAY_USER_FQDN" -d "$NEXTCLOUD_FQDN" -d "$GITEA_FQDN" -d "$NOSTR_FQDN" --email "$CERTIFICATE_EMAIL_ADDRESS"
|
||||
|
||||
done
|
||||
fi
|
||||
|
||||
@ -59,7 +59,7 @@ if docker stack list --format "{{.Name}}" | grep -q reverse-proxy; then
|
||||
|
||||
# wait for all docker containers to stop.
|
||||
# TODO see if there's a way to check for this.
|
||||
sleep 10
|
||||
sleep 15
|
||||
fi
|
||||
|
||||
# generate the certs and grab a backup
|
||||
|
||||
@ -2,7 +2,6 @@
|
||||
|
||||
set -e
|
||||
|
||||
# TODO, ensure VPS_HOSTING_TARGET is in range.
|
||||
export NEXTCLOUD_FQDN="$NEXTCLOUD_HOSTNAME.$DOMAIN_NAME"
|
||||
export BTCPAY_FQDN="$BTCPAY_HOSTNAME.$DOMAIN_NAME"
|
||||
export BTCPAY_USER_FQDN="$BTCPAY_HOSTNAME_IN_CERT.$DOMAIN_NAME"
|
||||
@ -14,7 +13,6 @@ export CERTIFICATE_EMAIL_ADDRESS="$ADMIN_ACCOUNT_USERNAME@$DOMAIN_NAME"
|
||||
export REMOTE_NEXTCLOUD_PATH="$REMOTE_HOME/nextcloud"
|
||||
export REMOTE_GITEA_PATH="$REMOTE_HOME/gitea"
|
||||
export BTC_CHAIN="$BTC_CHAIN"
|
||||
export WWW_INSTANCE_TYPE="$WWW_INSTANCE_TYPE"
|
||||
export BTCPAY_ADDITIONAL_HOSTNAMES="$BTCPAY_ADDITIONAL_HOSTNAMES"
|
||||
|
||||
BACKUP_TIMESTAMP="$(date +"%Y-%m")"
|
||||
|
||||
@ -36,14 +36,6 @@ if ! snap list | grep -q lxd; then
|
||||
sudo snap install lxd --candidate
|
||||
fi
|
||||
|
||||
# TODO WORK ON GETTING RID OF THIS DEPENDENCY
|
||||
if [ ! -f /usr/local/bin/docker-machine ]; then
|
||||
# let's ensure docker-machine is available. This is only temporary though.
|
||||
curl -L "https://github.com/docker/machine/releases/download/v0.16.2/docker-machine-$(uname -s)-$(uname -m)" >/tmp/docker-machine &&
|
||||
chmod +x /tmp/docker-machine &&
|
||||
sudo cp /tmp/docker-machine /usr/local/bin/docker-machine
|
||||
fi
|
||||
|
||||
# make ss-deploy available to the user
|
||||
if ! groups | grep -q docker; then
|
||||
sudo groupadd docker
|
||||
|
||||
Loading…
Reference in New Issue
Block a user