Base image moves from AlmaLinux 9 to 10, which forces two related changes: EPEL repo URL bumps to the el10 release RPM, and tini is replaced with dumb-init as PID 1 since tini is not packaged in EPEL 10. Both provide the signal forwarding and zombie reaping the wedged-container fix relies on. Nginx 1.26 in AlmaLinux 10 deprecates the `listen ... http2` parameter, so the server block now uses the separate `http2 on;` directive. Also fixes three issues that affected WebSocket apps (socket.io, ws): - `Connection: upgrade` was hardcoded on every proxied request, including ordinary HTTP. Now driven by a `map $http_upgrade $connection_upgrade` so only genuine upgrade requests carry it. - No explicit proxy read/send timeout meant idle WebSockets were cut at nginx's 60s default. Set to 600s, which clears any sane heartbeat without pinning connection slots (worker_connections is 512, two per client). - `large_client_header_buffers 2 1k` returned 400 for any single header line over 1KB, which session cookies and bearer tokens routinely exceed. Raised to the nginx default of 4 8k; buffers are allocated on demand, so this only costs memory for requests that need it. Verified by rendering the generated config and running it under nginx with a Node backend: WebSocket handshakes return 101 and reach the upstream 'upgrade' event, polling requests arrive with `Connection: close`, and a 3KB cookie returns 200 where the old buffer setting returned 400. README gains a WebSocket Support section covering the PM2 cluster-mode trap, the concurrency ceiling, and reconnects on memory restarts. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
107 lines
3.4 KiB
Bash
Executable File
107 lines
3.4 KiB
Bash
Executable File
#!/usr/bin/env bash
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if [ -z "$NODEVER" ]; then
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NODEVER="20";
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fi
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if [ -z "$environment" ]; then
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environment="PROD"
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fi
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# Create user with proper error handling
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if ! id -u $user >/dev/null 2>&1; then
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echo "Creating user $user with UID $uid"
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adduser -u $uid -m -s /bin/bash $user || {
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echo "Failed to create user $user with UID $uid"
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exit 1
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}
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else
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echo "User $user already exists"
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fi
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mkdir -p /home/$user/app
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mkdir -p /home/$user/logs/{nginx,nodejs}
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# Link log directories
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rm -rf /var/log/nginx
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ln -s /home/$user/logs/nginx /var/log/nginx
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ln -s /home/$user/logs/nodejs /var/log/nodejs
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# Configure nginx for reverse proxy
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/scripts/create-nginx-config.sh
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# Set ownership and permissions
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chown -R $user:$user /home/$user
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chmod -R 755 /home/$user
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# Start nginx
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nginx
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if [[ $environment == 'DEV' ]]; then
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echo "Starting Dev Deployment"
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# Ensure microdnf is available for installing additional packages in DEV mode
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if ! command -v microdnf &> /dev/null; then
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echo "microdnf not found, installing with dnf..."
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dnf install -y microdnf && dnf clean all
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fi
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# Install Memcached for session storage in DEV mode with memory limit
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microdnf install -y memcached
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# Start memcached with 32MB memory limit
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nohup memcached -d -u $user -p 11211 -m 32
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fi
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# Start cron for log rotation and backups
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/usr/sbin/crond
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# Create app directory if it doesn't exist
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if [ ! -d /home/$user/app ]; then
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echo "Creating app directory at /home/$user/app"
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mkdir -p /home/$user/app
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chown -R $user:$user /home/$user/app
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fi
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# If app directory is empty, copy the simple-website example
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if [ -z "$(ls -A /home/$user/app)" ]; then
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echo "App directory is empty, copying simple-website example..."
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cp -r /examples/simple-website/* /home/$user/app/
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chown -R $user:$user /home/$user/app
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echo "Copied simple-website example to provide a working application"
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fi
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# Now there's always an app in the user directory (either user's or example)
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cd /home/$user/app
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# Verify user exists and show info
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echo "Verifying user setup:"
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id $user || { echo "ERROR: User $user does not exist!"; exit 1; }
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# Install dependencies as the user
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echo "Installing npm dependencies as user $user..."
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su -c "npm install" $user
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# Check if ecosystem.config.js exists, if not generate it
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if [ ! -f /home/$user/app/ecosystem.config.js ]; then
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echo "No ecosystem.config.js found, generating from package.json..."
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/scripts/generate-ecosystem-config.sh "$user" "/home/$user/app"
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chown $user:$user /home/$user/app/ecosystem.config.js
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fi
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# Mirror logs to docker logs in the background.
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# Use -F (capital) so logrotate-recreated files keep streaming.
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tail -F /home/$user/logs/nginx/access.log \
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/home/$user/logs/nginx/error.log \
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/home/$user/logs/nodejs/app.log \
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/home/$user/logs/nodejs/out.log \
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/home/$user/logs/nodejs/error.log 2>/dev/null &
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# Start PM2 under dumb-init so it becomes PID 1 (with proper signal forwarding
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# and zombie reaping for nginx/crond/memcached children that reparent here).
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# When pm2 exits (e.g. max_restarts exhausted), dumb-init exits and Docker's
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# restart policy brings the container back.
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# (dumb-init replaces tini, which is not packaged in EPEL 10.)
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echo "Starting PM2 as user $user (under dumb-init as PID 1)..."
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cd /home/$user/app
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exec dumb-init -- su - $user -c "cd /home/$user/app && NODE_ENV=production pm2 start ecosystem.config.js --no-daemon" |