Flash Projector Tips: Packaging, Settings, and Distribution

Include all assets: Place SWF, external images, sounds, and data files in the same folder or update file paths to use relative links so the projector finds them at runtime.
Embed fonts & media: Embed critical fonts and any audio/video that must be available offline to avoid missing assets on other machines.
Use a runtime loader: For large projects, keep the main SWF small and load heavy assets at runtime from the same folder; this keeps packaging flexible.
Test on a clean system: Run the projector on a machine without your dev tools to catch missing dependencies.

Player version compatibility: Compile the SWF targeting the oldest Flash Player version required by your features to maximize compatibility.
Window sizing: Set default and minimum window sizes; consider fixed vs. resizable depending on your UI.
Frame rate & performance: Lower frame rate and optimize display list/timers to reduce CPU usage in the standalone projector.
Security sandbox: If loading external content, configure cross-domain permissions and use secure paths; local file access behaves differently in a projector compared to browser Flash.
Command-line args & config files: Allow optional config or CLI parameters for debug modes, asset folders, or telemetry toggles.

Package format: For simple distribution, provide a single folder with the projector executable and assets; for broader reach, create an installer that places files in an appropriate program folder and creates shortcuts.
Code signing: Sign executables/installer builds to reduce OS/gatekeeper warning prompts and improve user trust.
Cross-platform builds: Generate separate projectors for Windows and macOS (and Linux if needed); test each platform’s behavior (window chrome, file dialogs, codecs).
File associations: Optionally register file associations so double-clicking a project file opens your projector.
Auto-update strategy: If updates are required, include a small updater that checks a signed manifest on a server and downloads only changed files.
Documentation & support: Ship a README with troubleshooting steps (missing assets, permission issues), and include a debug mode or log file to help diagnose user problems.

Compress assets: Use optimized image formats and compressed audio; remove unused assets from the final build.
Code optimization: Remove debug code, enable code obfuscation/minification only if needed, and consolidate repeated resources.
Lazy loading: Load optional features only when required to reduce startup time and memory use.

If you want, I can generate a sample packaging folder structure, an example installer script, or a short checklist tailored to Windows or macOS.

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