droid_dex 1.0.1

Droid Dex is a powerful tool crafted to enhance the performance of your Android applications, ultimately elevating the user experience. With a focus on addressing key performance issues, it is your so [...]

droid_dex

Introduction

Droid Dex is a powerful tool crafted to enhance the performance of your Android applications, ultimately elevating the user experience. With a focus on addressing key performance issues, it is your solution for addressing prevalent challenges like Jerky(Janky) Scrolling, Out of Memory errors (OOMs), High Battery Consumption, and instances of Application Not Responding (ANR).

It classifies and lets you analyze Android Device Performance across various parameters like:

PARAMETER	DESCRIPTION
[CPU]	Total RAM, Core Count, CPU Frequency
[MEMORY]	Heap Limit, Heap Remaining, Available RAM
[NETWORK]	Bandwidth Strength, Download Speed, Signal Strength
[STORAGE]	Available Storage
[BATTERY]	Percentage Remaining, If Phone is Charging or Not

into various levels: EXCELLENT, HIGH, AVERAGE, LOW

It is a compact library accompanied by extensive in-line documentation, providing users with the opportunity to delve into the code, comprehend each line thoroughly, and, ideally, contribute to its development.

Use Cases

1. Consider a scenario where background polling of an API is necessary. In this context, the BATTERY level becomes a crucial factor, as frequent polling can significantly drain the device's battery. To address this concern, you can optimize the process using the following code snippet:

   DroidDex.getPerformanceLevelLd([PerformanceClass.battry]).listen((value){
      // Adjust the polling time interval
   }

2. Consider a scenario where you need to tailor the image quality for users based on their devices. In this context, the NETWORK condition plays a crucial role in decision-making, as achieving better image quality typically involves larger file sizes and increased data transfer. However, MEMORY is also a consideration, as higher-quality images generate heavier bitmaps, consuming more memory. To optimize this process, you can use the following code snippet:

   DroidDex.getWeightedPerformanceLevelLd({PerformanceClass.cpu : 2, PerformanceClass.memory to 1}).listen((value){
      // Implement image quality optimization
   }
   

Usage

1. To get performance level for single/multiple parameters:

   DroidDex.getPerformanceLevel(params)
   

   For observing the changes:

   DroidDex.getPerformanceLevelLd(params).listen((value){
   }) 
   

   Replace params with list of Performance Class(es).

   Example:

   DroidDex.getPerformanceLevel([PerformanceClass.cpu, PerformanceClass.memory])
   

2. To get performance level for multiple parameters with unequal weights:

   DroidDex.getWeightedPerformanceLevel(params)
   

   For observing the changes:

   DroidDex.getWeightedPerformanceLevelLd(params).listen((value){
   }) 
   

   Replace params with a comma separated list of Performance Classes to their Weights.

   Example:

   DroidDex.getWeightedPerformanceLevelLd({PerformanceClass.cpu : 2, PerformanceClass.memory to 1}).listen((value){
   }) 
      
   

[Example App]