Refactors from AWS removal.

cluster.sh

@@ -35,9 +35,7 @@ if [ ! -f "$CLUSTER_DEFINITION" ]; then
 export LXD_CLUSTER_PASSWORD="$(gpg --gen-random --armor 1 14)"
 export SOVEREIGN_STACK_MAC_ADDRESS="CHANGE_ME_REQUIRED"
 export PROJECT_NAME="public"
-export REGISTRY_URL="http://$(hostname).$(resolvectl status | grep 'DNS Domain:' | awk '{ print $3 }'):5000"
-export REGISTRY_USERNAME="CHANGE_ME"
-export REGISTRY_PASSWORD="CHANGE_ME"
+#export REGISTRY_URL="https://index.docker.io/v1/"
 
 EOL
 
@@ -112,15 +110,15 @@ else
     exit 1
 fi
 
-# # if the disk is loop-based, then we assume the / path exists.
-# if [ "$DISK_TO_USE" != loop ]; then
-#     # ensure we actually have that disk/partition on the system.
-#     if ssh "ubuntu@$FQDN" lsblk | grep -q "$DISK_TO_USE"; then
-#         echo "ERROR: We could not the disk you specified. Please run this command again and supply a different disk."
-#         echo "NOTE: You can always specify on the command line by adding the '--disk=/dev/sdd', for example."
-#         exit 1
-#     fi
-# fi
+# if the disk is loop-based, then we assume the / path exists.
+if [ "$DISK_TO_USE" != loop ]; then
+    # ensure we actually have that disk/partition on the system.
+    if ssh "ubuntu@$FQDN" lsblk | grep -q "$DISK_TO_USE"; then
+        echo "ERROR: We could not the disk you specified. Please run this command again and supply a different disk."
+        echo "NOTE: You can always specify on the command line by adding the '--disk=/dev/sdd', for example."
+        exit 1
+    fi
+fi
 
 # The MGMT Plane IP is the IP address that the LXD API binds to, which happens
 # to be the same as whichever SSH connection you're coming in on.
@@ -148,21 +146,27 @@ if ! command -v lxc >/dev/null 2>&1; then
 fi
 
 ssh -t "ubuntu@$FQDN" "
-# set host firewall policy. 
-# allow LXD API from management network.
-# sudo ufw allow from ${IP_OF_MGMT_MACHINE}/32 proto tcp to $MGMT_PLANE_IP port 8443
+set -ex
 
-# enable it.
-# if sudo ufw status | grep -q 'Status: inactive'; then
-#     sudo ufw enable
-# fi
+# install ufw and allow SSH. 
+sudo apt update
+sudo apt upgrade -y
+sudo apt install ufw htop dnsutils nano -y
+sudo ufw allow ssh
+sudo ufw allow 8443/tcp comment 'allow LXD management'
 
-# install lxd as a snap if it's not installed. We only really use the LXC part of this package.
+# enable the host firewall
+if sudo ufw status | grep -q 'Status: inactive'; then
+    sudo ufw enable
+fi
+
+# install lxd as a snap if it's not installed.
 if ! snap list | grep -q lxd; then
     sudo snap install lxd --candidate
     sleep 4
 fi
 "
+
 # if the DATA_PLANE_MACVLAN_INTERFACE is not specified, then we 'll
 # just attach VMs to the network interface used for for the default route.
 if [ -z "$DATA_PLANE_MACVLAN_INTERFACE" ]; then

defaults.sh

@@ -107,3 +107,4 @@ export REMOTE_CERT_BASE_DIR="$REMOTE_HOME/.certs"
 
 # this space is for OS, docker images, etc. DOES NOT INCLUDE USER DATA.
 export ROOT_DISK_SIZE_GB=20
+export REGISTRY_URL="https://index.docker.io/v1/"

deploy.sh

@@ -175,34 +175,34 @@ source "$CLUSTER_DEFINITION"
 
 # if the registry URL isn't defined, then we just use the upstream dockerhub.
 # recommended to run a registry cache on your management machine though.
-if [ -n "$REGISTRY_URL" ]; then
+# if [ -n "$REGISTRY_URL" ]; then
 
-cat > "$CLUSTER_PATH/registry.yml" <<EOL
-version: 0.1
-http:
-  addr: 0.0.0.0:5000
-  host: ${REGISTRY_URL}
+# cat > "$CLUSTER_PATH/registry.yml" <<EOL
+# version: 0.1
+# http:
+#   addr: 0.0.0.0:5000
+#   host: ${REGISTRY_URL}
 
-proxy:
-    remoteurl: ${REGISTRY_URL}
-    username: ${REGISTRY_USERNAME}
-    password: ${REGISTRY_PASSWORD}
-EOL
+# proxy:
+#     remoteurl: ${REGISTRY_URL}
+#     username: ${REGISTRY_USERNAME}
+#     password: ${REGISTRY_PASSWORD}
+# EOL
 
-    # enable docker swarm mode so we can support docker stacks.
-    if docker info | grep -q "Swarm: inactive"; then
-        docker swarm init
-    fi
+#     # enable docker swarm mode so we can support docker stacks.
+#     if docker info | grep -q "Swarm: inactive"; then
+#         docker swarm init
+#     fi
 
-    mkdir -p "${CACHES_DIR}/registry_images"
+#     mkdir -p "${CACHES_DIR}/registry_images"
 
-    # run a docker registry pull through cache on the management machine.
-    if [ "$DEPLOY_MGMT_REGISTRY" = true ]; then
-        if ! docker stack list | grep -q registry; then
-            docker stack deploy -c management/registry_mirror.yml registry
-        fi
-    fi
-fi
+#     # run a docker registry pull through cache on the management machine.
+#     if [ "$DEPLOY_MGMT_REGISTRY" = true ]; then
+#         if ! docker stack list | grep -q registry; then
+#             docker stack deploy -c management/registry_mirror.yml registry
+#         fi
+#     fi
+# fi
 
 
 # this is our password generation mechanism. Relying on GPG for secure password generation
@@ -492,7 +492,7 @@ export PRIMARY_WWW_FQDN="$WWW_HOSTNAME.$DOMAIN_NAME"
 
 stub_site_definition
 
-# bring the vms up under the primary domain name.
+# bring the VMs up under the primary domain name.
 instantiate_vms
 
 # let's stub out the rest of our site definitions, if any.

deployment/deploy_vms.sh

@@ -26,7 +26,34 @@ EOF
 
 fi
 
-function prepare_host {
+ssh-keygen -f "$SSH_HOME/known_hosts" -R "$FQDN"
+
+# if the machine doesn't exist, we create it.
+if ! lxc list --format csv | grep -q "$LXD_VM_NAME"; then
+
+    # create a base image if needed and instantiate a VM.
+    if [ -z "$MAC_ADDRESS_TO_PROVISION" ]; then
+        echo "ERROR: You MUST define a MAC Address for all your machines by setting WWW_SERVER_MAC_ADDRESS, BTCPAYSERVER_MAC_ADDRESS in your site defintion."
+        echo "INFO: IMPORTANT! You MUST have DHCP Reservations for these MAC addresses. You also need records established the DNS."
+        exit 1
+    fi
+
+    ./stub_lxc_profile.sh "$LXD_VM_NAME"
+
+    # now let's create a new VM to work with.
+    lxc init --profile="$LXD_VM_NAME" "$VM_NAME" "$LXD_VM_NAME" --vm
+
+    # let's PIN the HW address for now so we don't exhaust IP
+    # and so we can set DNS internally.
+    lxc config set "$LXD_VM_NAME" "volatile.enp5s0.hwaddr=$MAC_ADDRESS_TO_PROVISION"
+    lxc config device override "$LXD_VM_NAME" root size="${ROOT_DISK_SIZE_GB}GB"
+
+    lxc start "$LXD_VM_NAME"
+
+    ./wait_for_lxc_ip.sh "$LXD_VM_NAME"
+
+fi
+
 # scan the remote machine and install it's identity in our SSH known_hosts file.
 ssh-keyscan -H -t ecdsa "$FQDN" >> "$SSH_HOME/known_hosts"
 
@@ -41,21 +68,3 @@ function prepare_host {
     fi
 fi
 
-}
-
-ssh-keygen -f "$SSH_HOME/known_hosts" -R "$FQDN"
-
-# if the machine doesn't exist, we create it.
-if ! lxc list --format csv | grep -q "$LXD_VM_NAME"; then
-
-    # create a base image if needed and instantiate a VM.
-    if [ -z "$MAC_ADDRESS_TO_PROVISION" ]; then
-        echo "ERROR: You MUST define a MAC Address for all your machines by setting WWW_SERVER_MAC_ADDRESS, BTCPAYSERVER_MAC_ADDRESS in your site defintion."
-        echo "INFO: IMPORTANT! You MUST have DHCP Reservations for these MAC addresses. You also need records established the DNS."
-        exit 1
-    fi
-
-    ./provision_lxc.sh
-fi
-
-prepare_host

deployment/provision_lxc.sh

@@ -1,18 +0,0 @@
-#!/bin/bash
-
-set -eu
-cd "$(dirname "$0")"
-
-./stub_lxc_profile.sh "$LXD_VM_NAME"
-
-# now let's create a new VM to work with.
-lxc init --profile="$LXD_VM_NAME" "$VM_NAME" "$LXD_VM_NAME" --vm
-
-# let's PIN the HW address for now so we don't exhaust IP
-# and so we can set DNS internally.
-lxc config set "$LXD_VM_NAME" "volatile.enp5s0.hwaddr=$MAC_ADDRESS_TO_PROVISION"
-lxc config device override "$LXD_VM_NAME" root size="${ROOT_DISK_SIZE_GB}GB"
-
-lxc start "$LXD_VM_NAME"
-
-./wait_for_lxc_ip.sh "$LXD_VM_NAME"

deployment/run_ddns.sh

@@ -1,29 +0,0 @@
-#!/bin/bash
-
-set -eu
-
-DDNS_STRING=
-
-# for the www stack, we register only the domain name so our URLs look like https://$DOMAIN_NAME
-if [ "$VIRTUAL_MACHINE" = www ] || [ "$VIRTUAL_MACHINE" = certonly ]; then
-    DDNS_STRING="@"
-else
-    DDNS_STRING="$DDNS_HOST"
-fi
-
-# wait for DNS to get setup. Pass in the IP address of the actual VPS.
-MACHINE_IP="$(docker-machine ip "$FQDN")"
-DDNS_SLEEP_SECONDS=60
-while true; do
-    # we test the www CNAME here so we can be assured the underlying has corrected.
-    if [[ "$(getent hosts "$FQDN" | awk '{ print $1 }')" == "$MACHINE_IP" ]]; then
-        echo ""
-        echo "SUCCESS: The DNS appears to be configured correctly."
-
-        echo "INFO: Waiting $DDNS_SLEEP_SECONDS seconds to allow cached DNS records to expire."
-        sleep "$DDNS_SLEEP_SECONDS";
-        break;
-    fi
-
-    printf "." && sleep 2;
-done

deployment/www/go.sh

@@ -60,11 +60,6 @@ for DOMAIN_NAME in ${DOMAIN_LIST//,/ }; do
             echo "ERROR: Ensure NOSTR_ACCOUNT_PUBKEY is configured in your site_definition."
             exit 1
         fi
-
-        if [ -z "$NOSTR_ACCOUNT_PUBKEY" ]; then
-            echo "ERROR: Ensure NOSTR_ACCOUNT_PUBKEY is configured in your site_definition."
-            exit 1
-        fi
     fi
 
     if [ -z "$DUPLICITY_BACKUP_PASSPHRASE" ]; then
@@ -89,30 +84,30 @@ done
 
 ./stop_docker_stacks.sh
 
-if [ "$DEPLOY_ONION_SITE" = true ]; then
-    # ensure the tor image is built
-    docker build -t tor:latest ./tor
+# if [ "$DEPLOY_ONION_SITE" = true ]; then
+#     # ensure the tor image is built
+#     docker build -t tor:latest ./tor
 
-    # if the tor folder doesn't exist, we provision a new one. Otherwise you need to restore.
-    # this is how we generate a new torv3 endpoint.
-    if ! ssh "$PRIMARY_WWW_FQDN" "[ -d $REMOTE_HOME/tor/www ]"; then
-        ssh "$PRIMARY_WWW_FQDN" "mkdir -p $REMOTE_HOME/tor"
-        TOR_CONFIG_PATH="$(pwd)/tor/torrc-init"
-        export TOR_CONFIG_PATH="$TOR_CONFIG_PATH"
-        docker stack deploy -c ./tor.yml torstack
-        sleep 20
-        docker stack rm torstack
-        sleep 20
-    fi
-
-    ONION_ADDRESS="$(ssh "$PRIMARY_WWW_FQDN" sudo cat "${REMOTE_HOME}"/tor/www/hostname)"
-    export ONION_ADDRESS="$ONION_ADDRESS"
-
-    # # Since we run a separate ghost process, we create a new directory and symlink it to the original
-    # if ! ssh "$PRIMARY_WWW_FQDN" "[ -L $REMOTE_HOME/tor_ghost ]"; then
-    #     ssh "$PRIMARY_WWW_FQDN" ln -s "$REMOTE_HOME/ghost_site/themes $REMOTE_HOME/tor_ghost/themes"
+#     # if the tor folder doesn't exist, we provision a new one. Otherwise you need to restore.
+#     # this is how we generate a new torv3 endpoint.
+#     if ! ssh "$PRIMARY_WWW_FQDN" "[ -d $REMOTE_HOME/tor/www ]"; then
+#         ssh "$PRIMARY_WWW_FQDN" "mkdir -p $REMOTE_HOME/tor"
+#         TOR_CONFIG_PATH="$(pwd)/tor/torrc-init"
+#         export TOR_CONFIG_PATH="$TOR_CONFIG_PATH"
+#         docker stack deploy -c ./tor.yml torstack
+#         sleep 20
+#         docker stack rm torstack
+#         sleep 20
+#     fi
+
+#     ONION_ADDRESS="$(ssh "$PRIMARY_WWW_FQDN" sudo cat "${REMOTE_HOME}"/tor/www/hostname)"
+#     export ONION_ADDRESS="$ONION_ADDRESS"
+
+#     # # Since we run a separate ghost process, we create a new directory and symlink it to the original
+#     # if ! ssh "$PRIMARY_WWW_FQDN" "[ -L $REMOTE_HOME/tor_ghost ]"; then
+#     #     ssh "$PRIMARY_WWW_FQDN" ln -s "$REMOTE_HOME/ghost_site/themes $REMOTE_HOME/tor_ghost/themes"
+#     # fi
 # fi
-fi
 
 # nginx gets deployed first since it "owns" the docker networks of downstream services.
 ./stub/nginx_yml.sh

deployment/www/stop_docker_stacks.sh

@@ -50,6 +50,8 @@ done
 
 
 if docker stack list --format "{{.Name}}" | grep -q reverse-proxy; then
+    sleep 2
+
     docker stack rm reverse-proxy
 
     if [ "$STOP_SERVICES" = true ]; then

deployment/www/stub/nginx_config.sh

@@ -114,13 +114,22 @@ EOL
 EOL
     fi
 
+    # let's iterate over BTCPAY_ALT_NAMES and generate our SERVER_NAMES for btcpay server.
+    BTCPAY_SERVER_NAMES="$BTCPAY_USER_FQDN"
+    if [ -n "$BTCPAY_ALT_NAMES" ]; then
+        # let's stub out the rest of our site definitions, if any.
+        for ALT_NAME in ${BTCPAY_ALT_NAMES//,/ }; do
+            BTCPAY_SERVER_NAMES="$BTCPAY_SERVER_NAMES $ALT_NAME.$DOMAIN_NAME"
+        done
+    fi
+
     # BTCPAY server http->https redirect
     cat >>"$NGINX_CONF_PATH" <<EOL
     # http://${BTCPAY_USER_FQDN} redirect to https://${BTCPAY_USER_FQDN}
     server {
         listen 80;
         listen [::]:80;
-        server_name ${BTCPAY_USER_FQDN};
+        server_name ${BTCPAY_SERVER_NAMES};
         return 301 https://${BTCPAY_USER_FQDN}\$request_uri;
     }
 
@@ -180,14 +189,8 @@ EOL
         
         server_name ${DOMAIN_NAME};
         
-        # catch all; send request to ${WWW_FQDN}
-        location / {
-            return 301 https://${WWW_FQDN}\$request_uri;
-        }
-
 EOL
 
-
     if [ "$DEPLOY_NOSTR_RELAY" = true ]; then
         cat >>"$NGINX_CONF_PATH" <<EOL
         # We return a JSON object with name/pubkey mapping per NIP05.
@@ -203,6 +206,11 @@ EOL
     fi
 
     cat >>"$NGINX_CONF_PATH" <<EOL
+        
+        # catch all; send request to ${WWW_FQDN}
+        location / {
+            return 301 https://${WWW_FQDN}\$request_uri;
+        }
     }
 
     #access_log /var/log/nginx/ghost-access.log;
@@ -211,7 +219,7 @@ EOL
 EOL
 
     cat >>"$NGINX_CONF_PATH" <<EOL
-    # https server block for https://${BTCPAY_USER_FQDN}
+    # https server block for https://${BTCPAY_SERVER_NAMES}
     server {
         listen 443 ssl http2;
 
@@ -219,7 +227,7 @@ EOL
         ssl_certificate_key $CONTAINER_TLS_PATH/privkey.pem;
         ssl_trusted_certificate $CONTAINER_TLS_PATH/fullchain.pem;
 
-        server_name ${BTCPAY_USER_FQDN};
+        server_name ${BTCPAY_SERVER_NAMES};
 
         # Route everything to the real BTCPay server
         location / {

install.sh

@@ -1,6 +1,6 @@
 #!/bin/bash
 
-set -e
+set -eu
 cd "$(dirname "$0")"
 
 # let's check to ensure the management machine is on the Baseline ubuntu 21.04
@@ -16,6 +16,10 @@ fi
 
 sudo apt-get update
 
+# TODO REVIEW management machine software requirements
+# is docker-ce actually needed here? prefer to move docker registry
+# to a host on SERVERS LAN so that it can operate
+# TODO document which dependencies are required by what software, e.g., trezor, docker, etc.
 sudo apt-get install -y wait-for-it dnsutils rsync sshfs curl gnupg \
                         apt-transport-https ca-certificates lsb-release \
                         docker-ce-cli docker-ce containerd.io docker-compose-plugin \