NPM’s packaging process skips nested modules, causing issues with nodejitsu. My project structure (see example below) is affected. How can I adjust settings to include all module directories?
app_root/
├── engine/
│ └── coreHandler.js
├── server/
│ ├── apiModule.js
│ └── nodePackages/
│ └── utilHelper.js
└── config.json
hey finn_mystery, you could try tweaking your package.json to include those nested dirs or even link them up in a different structure. sometimes having a flatter hierarchy makes things smoother, especially when nodejitsu is in play. hope this helps!
In my experience, the best solution is to adjust your package.json to explicitly include the nested directories. Although npm automatically excludes nested node_modules directories, you can avoid that by specifying the directories you actually want. I dealt with a similar issue by modifying the files attribute to list the essential folders so they weren’t neglected during the packaging process. Alternatively, restructuring your project to avoid deeply nested directories also ensured proper inclusion in deployments. This approach has proven effective in maintaining consistent behavior across environments like nodejitsu and beyond.
Based on my experience managing similar deployment issues, I’ve found that a direct modification to your packaging process can be really effective. In one project I adjusted my build scripts so that all nested dependency folders were manually copied to a staging area just prior to packaging. This approach involved using a small Node script to traverse the directories and ensure necessary files were included. While it adds a bit of overhead, it ensures that nothing gets missed by npm’s default exclusions. Testing the package before deployment remains crucial, especially in environments like nodejitsu where missing files can be problematic.
I encountered a similar issue and eventually resolved it by creating a custom pre-packaging script. Instead of relying solely on package.json configurations, the script collects required files from all nested directories and copies them into a staging area. This ensures that nothing is left behind due to npm’s default exclusions. Though it adds a manual step to the deployment process, it offers precise control over the package content and prevents unexpected omissions. This method worked well for me, especially when deploying to environments where missing files could lead to failures.