Eclipse OpenJ9 vs. NativeScript

The CLOUD development integrating web applications with web databases definitely needs a fast and memory-efficient platform like Eclipse OpenJ9. The garbage collector and SHARED CLASSES between processes make possible a fast response to the web client and API requests. Eclipse OpenJ9 needs better documentation to explain to the programmers the advantages over other JAVA implementations like HotSpot.

Incentivized

I gotta be honest, after a PoC period, we choose to rewrite the whole application in a different cross-platform app. Our developers had to invest a lot of time and effort to debug a lot of plugin-related issues, which we needed to utilize the android mobile phone capabilities. QR reader, special visualizations, and fine-tuning were really hard and often resulted in writing native Android code instead of using the shared Angular code. In the end, we think that writing a standalone Android app and an Angular app would have been a better alternative, as the shared code base was so unreliable that it did not save us any time.

Incentivized

• Faster startup
• Memory administration
• Shared CLASSES between processes

Incentivized

• True native app. The app uses native components and that is quite noticeable in the overall performance of the app. NativeScript is also awesome in the way we can access the native APIs, so we are never really constrained by the framework. If we need, we can just dive into the native APIs without leaving our environment and language (JS).
• Cross-platform. Builds for Android and iOS. It deals with the platforms differences very well.
• Support for Vue.js. Even though it is just a community effort, the NativeScript-Vue plugin is the best alternative to build native Apps with Vue.js. That was a major factor to go with NativeScript.

Incentivized

• Marketing to promote the advantages it provides for the CLOUD.
• Documentation to used its garbage collector effectively.
• Documentation to implement the SHARED CLASESS between processes and understand the advantages.

Incentivized

• The need to know the native Android and iOS APIs to access device hardware and other platform-specific functionality
• Not all user interface components are available for free
• NativeScript has no HTML and DOM, which requires some deep knowledge of different UI tools to be implemented instead

Incentivized

The hybrid is ok but native is better for performance and the right use case I want to go for is the performance without dealing with too many development tools.

Incentivized

The community support is excellent.
They have a slack community as well as a discourse forum
forum.nativescript.org
Both of these offer community driven support.
The forum is more for a threaded discussion. The slack community is more for a quick talk.

Incentivized

IBM released the Eclipse OpenJ9 under the Eclipse Foundation and open source thinking about the need for CLOUD development efficiency. Eclipse OpenJ9 could be more suitable if want to develop an API with cloud databases like MariaDB using AWS. The memory management of Eclipse OpenJ9 makes the web performance of API faster. The capacity to run shared CLASSES in a memory partition between processes gives Eclipse OpenJ9 a design advantage over other JAVA SDK platforms.

Incentivized

Ionic Ionic is an excellent Angular-based framework for mobile, and it does give a lot of access to the native device api's. However, the technology is based on Cordova, which means the apps being built are just webviews, with html, css and JS all running on the UI thread, and potentially creating very slow experiences for users. NativeScript is a truly native solution, and so provides a faster user experience. ReactNative We evaluate ReactNative, and found it much the same as NativeScript. The main difference is that your JS is all written with React, while NativeScript lets you choose between normal JS, Angular, and Vue. For our team, Angular was the most appropriate choice.

Incentivized

• Open Source Alternative to Oracle JDK supported by IBM.
• Excellent performance for CLOUD development for APIs.
• Multiplatform (LInux, Windows) Java SDK that runs in a container like Docker.

Incentivized

• The poor quality of NativeScript documentation has the potential to weigh heavily on development timelines, budgets, and QA resources in a NEGATIVE manner.
• The poor interoperability of NativeScript plugins can significantly increase development time.
• The need to seek out professional instruction to learn how to use NativeScript effectively may become a burden on your budget.
• The number of breaking changes between versions of NativeScript, may cause your development efforts to lag further behind the most recent releases of NativeScript and your other chosen environments than you are accustomed to.
• NativeScript still does not support the latest major version of Angular. Any significant changes to the other environment components of your systems may hold you back even further while NativeScript plays catch-up.