play-billing-library-version-upgrade

Upgrade Android Google Play Billing Library dependencies with Gradle alignment and API refactors.

2|Updated Apr 26, 2026
One-click install
npx skills add https://github.com/iadr-dev/colab --skill play-billing-library-version-upgrade-iadr-dev
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Please help me install this Agent Skill.
Skill: play-billing-library-version-upgrade
Source: https://github.com/iadr-dev/colab/tree/main/skills/coding/android/play/play-billing-library-version-upgrade
Command: npx skills add https://github.com/iadr-dev/colab --skill play-billing-library-version-upgrade-iadr-dev

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

This skill helps you upgrade an Android project from an older Google Play Billing Library (PBL) version to the latest stable release without breaking billing flows or leaving deprecated APIs behind.

Core Features & Use Cases

  • Version detection with a fallback: Detects the current billing dependency and, if needed, infers the effective PBL version by scanning for deprecated artifacts (e.g., legacy SkuDetails usage).
  • Direct or stepped migration planning: Chooses a direct migration when the gap is small, or performs a two-major-version-at-a-time stepped migration with intermediate verification builds.
  • API refactor guided by official logic: Applies documented migration steps including reconnection handling, ProductDetails vs SkuDetails changes, subscription replacement mode updates, and modern async purchase querying.
  • Release-notes-driven checklist verification: Uses a version-specific checklist to verify that required technical changes were actually implemented, then runs build/test validations.

Quick Start

Upgrade your Android Play Billing integration from your current PBL version to the latest stable version in this repo by following the skill’s phases and running the recommended Gradle validation commands.

Frequently Asked Questions about play-billing-library-version-upgrade

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I migrate my Android app to the latest Google Play Billing Library?

To migrate Google Play Billing Library, you update Gradle dependencies, replace deprecated APIs like SkuDetails with ProductDetails, and adjust subscription replacement modes. The process involves detecting your current version and applying a direct or stepped migration plan.

What is the best way to upgrade Play Billing Library across multiple major versions?

Upgrading Play Billing Library across multiple major versions is best done using a stepped migration plan. This approach limits jumps to two major versions at a time, performing intermediate verification builds to ensure deprecated APIs are removed without breaking billing flows.

How do I replace SkuDetails with ProductDetails in Kotlin for Play Billing?

Replacing SkuDetails with ProductDetails in Kotlin requires applying documented migration steps for the Google Play Billing Library. You refactor subscription and product models, update modern async purchase querying, and verify the changes using a release-notes-driven checklist.

Does Google Play Billing Library migration require Gradle dependency alignment?

Google Play Billing Library migration requires Gradle dependency alignment to ensure your Android project targets the correct stable release. It also involves removing deprecated artifacts and verifying reconnection behavior changes through clean builds and tests.

Why does my Play Billing migration fail after updating the Gradle dependency?

Play Billing migration fails after updating the Gradle dependency when deprecated APIs like legacy SkuDetails remain in your code. You must refactor to ProductDetails, adjust reconnection handling, and run checklist-based verification builds to resolve compilation errors.

When should I use a stepped migration plan for Google Play Billing upgrades?

You should use a stepped migration plan for Google Play Billing upgrades when the version gap is large. This method processes two major versions at a time with intermediate verification, preventing functional breaks during complex subscription model refactors.