nextjs-tailwind-ionic-capacitor-starter VS dapr

wow, that's a weird limitation.

The README says: "SSR is currently disabled for the Next.js app as the app will be fully client-side rendered for iOS and Android. This is a limitation we are working to address in a future update."

I guess it's because CapacitorJS pre-bundles the entire PWA for the App Stores:

"Of course, you also could load the app completely remotely by changing the server.url configuration for Capacitor to point to your SSR'ed Next.js app, but that has other challenges such as App Store approval if the app doesn't check the boxes for Apple to qualify it as an app that has enough native integration (at that point this is on you, not Capacitor)"

https://github.com/mlynch/nextjs-tailwind-ionic-capacitor-st...

But I don't understand why SSR would be disabled for the NextJS PWA on the web?

Maybe Max Lynch aka. @mlynch aka. @yesimahuman could provide some insight here.

If you want to use something like tailwind to customize the content of your pages, that is a decent option. You would use Ionic for the shell and Tailwind for your page designs. Take a look at this example if you want to explore that route (in React though): https://github.com/mlynch/nextjs-tailwind-ionic-capacitor-starter

Max Lynch from Ionic has a great repo demonstrating this. He uses it to get Next to work with Ionic and Capacitor but the idea is essentially the same.

Agreed! Next.js works great with this model! I’d recommend Capacitor over Cordova (similar but more modern). Here’s an example: https://github.com/mlynch/nextjs-tailwind-ionic-capacitor-st...

You can use Next with React Router, making it function exactly as a React app with nested routes. This project shows this working with Ionic's router, but the same setup can be used with React Router for the same outcome.

Also, note that this repository is a boilerplate for all 3, which uses ionic capacitor, in one repository: https://github.com/mlynch/nextjs-tailwind-ionic-capacitor-starter , I guess it is not using nextjs SSR capability though.

If you're confused by all the project names and how they work together, don't worry, I'll break down each part of the stack each project is concerned with, along with some visuals and code samples demonstrating how all the projects work together. At the end I'll share a starter project with these technologies installed and working together that can form the foundation of your next app.

The following two examples are open-source projects maintained by Fermyon with contributions from companies like Microsoft and SUSE. The first is Spin, which allows us to use WebAssembly to create Serverless applications. The second, SpinKube, combines some of the topics I'm most excited about these days: WebAssembly and Kubernetes Operators :) The official website says, "By running applications in the Wasm abstraction layer, SpinKube offers developers a more powerful, efficient, and scalable way to optimize application delivery on Kubernetes." By the way, this post shows how to integrate SpinKube with Dapr, another technology I'm very interested in, and I should write some posts soon.

Speaking of this has anyone had much experience with Dapr (https://dapr.io/) before?

I always thought this was a particularly interesting approach from Microsoft where they use this pattern to essentially take the complexity of micro services and instead try and keep it as simple as a normal .NET application but (and I think this is the clever part) in both a vendor and language neutral way.

But all of a sudden it means you can start removing all kinds of cruft and random SDKs from your codebase and push almost all of your interactions with the outside world into something like this .

Azure Container Apps hosting of Azure Functions is a way to host Azure Functions directly in Container Apps - additionally to App Service with and without containers. This offering also adds some Container Apps built-in capabilities like the Dapr microservices framework which would allow for mixing microservices workloads on the same environment with Functions.

Having containers is nice but everything (well ... nearly everything 😉) gets better with Dapr as an outstanding tool for app development in the container-based area. Here we go what might be worth a look:

Anyone using or planing to use darp Distributed application platform runtime as a microservices platform? https://dapr.io/

A CNCF project, the Distributed Application Runtime (Dapr) provides APIs that simplify microservice connectivity. Whether your communication pattern is service to service invocation or pub/sub messaging, Dapr helps you write resilient and secured microservices. Essentially, it provides a new way to build microservices by using the reusable blocks implemented as sidecars.

Dapr is a runtime that implements common patterns such as pub/sub, state storage, etc. It runs as a sidecar to your app. Your app then interfaces with it using an sdk or http calls to use said patterns instead of implementing those patterns directly yourself. Seems pretty cool to me, but you can find out more at https://dapr.io/.

- Over 21k stars on GitHub, see the core repo and devstats.

I would like to build modules, either in a modular monolith style, or in a microservice style using DAPR and/or Tye.