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The advantages and disadvantages of Defensive Programming, and how Finotes finds the balance.
Robin Alex Panicker
  • Feb 17
  • 2 min

The advantages and disadvantages of Defensive Programming, and how Finotes finds the balance.

Defensive programming has many advantages and also some serious disadvantages if not done properly.
  • All Posts
  • Technology
  • Android
  • Bugs
  • Mobile App
  • HTTP
  • API
  • iOS
  • Memory Leaks
  • crash
  • watchOS
  • Memory
  • ANR
  • Java
  • Kotlin
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Finotes V4.1.0 for Android, iOS and watchOS is now available.
Don Peter
  • Jun 1, 2021
  • 1 min

Finotes V4.1.0 for Android, iOS and watchOS is now available.

Full control of data points reported along with bugs, low memory usage and size footprint, error capturing in iOS with zero coding.
Finotes watchOS framework version 4.0.0 released. It is a step closer to no code integration.
Don Peter
  • Apr 16, 2021
  • 2 min

Finotes watchOS framework version 4.0.0 released. It is a step closer to no code integration.

Finotes framework 4.0.0 for watchOS comes with Zero-code HTTP tracking and life cycle event tracking.
Finotes Android SDK (Kotlin and Java) version 3.3.0 released
Don Peter
  • Mar 21, 2021
  • 1 min

Finotes Android SDK (Kotlin and Java) version 3.3.0 released

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 for iOS moves a step closer to no-code
Don Peter
  • Mar 17, 2021
  • 1 min

Finotes Framework for iOS moves a step closer to no-code

Finotes Framework 3.3.0 comes with no code HTTP(s) tracking and auto capture of UIViewController lifecycle events.
Monitoring HTTP requests in Android apps
Don Peter
  • Jan 31, 2021
  • 3 min

Monitoring HTTP requests in Android apps

Failures in HTTP calls are critical as it affects the functioning of the mobile app, which may lead to users uninstalling the app.
State of bugs in mobile apps - Finotes report for year 2020
Robin Alex Panicker
  • Jan 30, 2021
  • 2 min

State of bugs in mobile apps - Finotes report for year 2020

Statistics related bug reports from iOS and android apps for the year 2020
How to detect and report bugs in Android apps
Don Peter
  • Sep 24, 2020
  • 4 min

How to detect and report bugs in Android apps

Manual bug detection and data collection during testing and development environment is time consuming and in production it is impossible.
What are the common bugs in iOS apps
Don Peter
  • Jun 4, 2020
  • 1 min

What are the common bugs in iOS apps

API bugs contribute 45% of all bugs in iOS, followed by crashes at 25%. Memory leaks contribute 10%. Frame skips came next at 5%.
What are the common bugs in Android apps?
Don Peter
  • May 30, 2020
  • 1 min

What are the common bugs in Android apps?

Crashes contributed 33.3% of all bugs reported, followed by API bugs at 29.2%. Memory leaks are at 16.7%. Delayed screen loading is at 12.5%
How to Detect API issues in WatchOS Apps
Don Peter
  • May 11, 2020
  • 1 min

How to Detect API issues in WatchOS Apps

Finotes is capable of reporting API issues like status code errors, delay in API call execution, duplicate API calls.
How to detect bugs in WatchOS apps
Don Peter
  • Apr 26, 2020
  • 3 min

How to detect bugs in WatchOS apps

Finotes framework for watchOS is capable of automatically identifying and reporting unanticipated issues in live apps.
How to detect HTTP(S) call issues in mobile apps?
Don Peter
  • Nov 14, 2019
  • 2 min

How to detect HTTP(S) call issues in mobile apps?

Finotes monitors HTTP(S) calls for duplication of calls, error status codes and delay in receiving response (based on bandwidth strength).

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