Defensive programming has many advantages and also some serious disadvantages if not done properly.

Performance analytics of mobile apps is now available in Finotes across Android, iOS and watchOS flavours.

ANRs are UI/Main thread blocks that prevail for more than 5000 milliseconds. Let's see how to detect and fix them.

Full control of data points reported along with bugs, low memory usage and size footprint, error capturing in iOS with zero coding.

Programming errors are as old as computers. But the term 'bug' got associated with computer programs almost a century later.

Finotes framework 4.0.0 for watchOS comes with Zero-code HTTP tracking and life cycle event tracking.

Finotes framework 4.0.0 for iOS comes with added customization capabilities while tracking screen load delays.

Finotes SDK version 4.0.0 comes with improved screen load delay and ANR tracking.

ANR in Android apps is one of the most common issues. Finotes helps not just in detecting the ANR, but also in identifying the root cause.

Finotes SDK version 3.3.0 for Java and Kotlin are now publicly available with improved ANR reporting, more data points for HTTP issues.

Finotes Framework 3.3.0 comes with no code HTTP(s) tracking and auto capture of UIViewController lifecycle events.

Failures in HTTP calls are critical as it affects the functioning of the mobile app, which may lead to users uninstalling the app.

Statistics related bug reports from iOS and android apps for the year 2020

By integrating a bug reporting tool like Finotes, mobile app developers will be able to report anticipated failure scenarios

In Android apps screen load delay occurs when the main thread executes time consuming processes while loading a new activity or fragment.

When iOS app consumes increasing amount of memory, it may lead to app crash. Finotes reports high memory usage with data to reproduce them.