- Fix hanging rcctl/systemd service starts
- Background mode (&) when no TTY (service context)
- Foreground mode (exec) for interactive usage
- POSIX-compatible detection via [ ! -t 0 ]
Fixes service timeout issues on OpenBSD rcctl and Linux systemd.
Tested on werner - service starts correctly and survives reboots.
FixesDAW/furt#99
- Fix variable inconsistency: LUA_CMD -> LUA_COMMAND throughout script
- Remove obsolete .env/environment loading - furt reads furt.conf directly
- Add config check for furt.conf (system or project location)
- Implement robust lua51 detection with fallback to lua5.1
- Support all target distributions: Arch, OpenBSD, Debian, FreeBSD
- Add clear installation instructions for missing dependencies
- Allow custom lua path via LUA_COMMAND variable override
This resolves the lua51 detection regression and simplifies the boot process
by eliminating dual config systems (environment vs furt.conf).
FixesDAW/furt#91
- Remove Go artifacts (cmd/, internal/, pkg/, go.mod)
- Move furt-lua/* content to repository root
- Restructure as clean src/, config/, scripts/, tests/ layout
- Rewrite README.md as practical tool documentation
- Remove timeline references and marketing language
- Clean .gitignore from Go-era artifacts
- Update config/server.lua with example.org defaults
- Add .env.production to .gitignore for security
Repository now ready for open source distribution with minimal,
focused structure and generic configuration templates.
close issue DAW/furt#86
- Fix create_environment_file() to preserve existing production config
- Change SMTP_SERVER to SMTP_HOST for consistency with other configs
- Add config existence check before creating new environment file
- Preserve permissions on existing config files
- Prevent accidental production config loss on redeployment
Fixes#50
- Fix OpenBSD service file pexp pattern to match actual running process
- Set pexp after sourcing rc.subr to prevent automatic override
- Update deployment script process detection from broken furt-lua pattern
- Add TTY-based daemon detection in start.sh for service vs development mode
- Implement comprehensive deployment workflow with backup and health checks
- Enable proper rcctl start/stop/check functionality on OpenBSD
Root cause: OpenBSD rc.subr automatically generates pexp from daemon+flags,
but actual process (/usr/local/bin/lua src/main.lua) differs from wrapper
(start.sh). Solution: Override pexp after rc.subr with correct Lua pattern.
Deployment script also had incorrect process detection pattern looking for
'furt-lua' string that doesn't exist in process name.
Technical details:
- Service file: pexp="/usr/local/bin/lua src/main.lua.*" after rc.subr
- Process detection: pgrep -u _furt -f 'src/main.lua'
- TTY detection: [ ! -t 0 ] for daemon vs interactive mode
- Complete deployment workflow with stop/sync/start/health-check cycle
Fixes#77 - OpenBSD rc.d service file problem resolved
Related: Deployment automation now fully functional karl→walter
- Add automated rsync-based file synchronization with _furt user permissions
- Implement OpenBSD rcctl service management with backup/rollback functionality
- Add port availability checks and health validation after deployment
- Include comprehensive error handling and status reporting
- Support dry-run mode for safe deployment testing
- Provide automatic service file generation with correct paths
Features:
- SSH-based secure transfer with permission preservation
- Pre-deployment backup with configurable retention (3 backups)
- Intelligent service stop/start handling for OpenBSD rcctl
- Health check validation via HTTP endpoint
- Colored output and structured logging for better UX
- Support for --dry-run, --rollback, and --force modes
Successfully deploys furt-lua from development (karl) to staging (walter).
Manual service management required due to OpenBSD rc.d pexp pattern issues.
Closes#76 (deployment automation)
Related: Service file pexp pattern matching requires follow-up investigation
Files:
- scripts/deploy/deploy_walter.sh (new)
- create_issue.sh: 800+ lines monster (functional but unmaintainable)
- update_script_labels.sh: 15KB auto-update system (too complex)
- get_issues.sh: 7KB grown over time (needs simplification)
- update_issue.sh: 5KB functional (part of old system)
Preparing clean slate for low-tech generation-2 system
- Complete project documentation for API gateway development
- API gateway-specific development processes and standards
- Comprehensive issue management system with script automation
- Go-specific testing guidelines for multi-service architecture
New Documentation:
- devdocs/KONZEPT.md: project philosophy, architecture, service integration patterns
- devdocs/TESTING_GUIDELINES.md: Go testing, API tests, gateway-service integration
- devdocs/development-process.md: API gateway development, multi-service coordination
- devdocs/furt-issue-management-guide.md: Furt-specific issue management workflows
Issue Management System:
- scripts/create_issue.sh: 8 preconfigured templates for API gateway development
- Furt-specific issue types: service-request, architecture, performance, security
- Script-based workflows for efficient development
- Integration with existing get_issues.sh and update_issue.sh scripts
API Gateway Development Standards:
- Service integration patterns for gateway ↔ service communication
- API-contract-first development with OpenAPI specifications
- Security-first patterns for authentication and input validation
- Multi-service testing strategies for coordinated development
This documentation enables immediate, efficient API gateway development
with clear standards, proven patterns, and automated workflows.
