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Migrate to CalVer-like versioning

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This commit is contained in:
Benoit Marty
2025-01-23 11:10:53 +01:00
parent 925db81ca5
commit ecfd449950
1 changed files with 13 additions and 32 deletions
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45
plugins/src/main/kotlin/Versions.kt
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@@ -9,49 +9,30 @@ import org.gradle.api.JavaVersion
import org.gradle.jvm.toolchain.JavaLanguageVersion
/**
* Version codes are quite sensitive, because there is a mix between bundle and APKs, and we have to take into
* account the future upgrade of Element Android.
* Version codes are quite sensitive, because there is a mix between bundle and APKs.
* Max versionCode allowed by the PlayStore (for information):
* 2_100_000_000
* Current version code of EAx on the PlayStore, for the first uploaded beta (we cannot go below):
* ----1_001_000
* Current version code of EAx on the nightly:
* ----1_001_000
* Current version of Element Android (at some point EAx will replace this app) (v1.6.3)
* ----40_106_03a where a stands for the architecture: 1, 2, 3, 4 and 0 for the universal APK
* Current version of EAx distributed with Firebase app distribution:
* ----1_002_000
* Latest version of EAx distributed with Firebase app distribution (downgrading, so that's a problem)
* -------10_200
* Version when running the current debug build
* -------10_200
*
* So adding 4_000_000 to the current version Code computed here should be fine, and since the versionCode
* is multiplied by 10 in app/build.gradle.kts#L168:
* Also note that the versionCode is multiplied by 10 in app/build.gradle.kts#L168:
* ```
* output.versionCode.set((output.versionCode.get() ?: 0) * 10 + abiCode))
* ```
* we will have:
* Release version:
* ---40_001_020
* Nightly version:
* ---40_001_020
* Debug version:
* ---40_010_200
* We are using a CalVer-like approach to version the application. The version code is calculated as follows:
* - 4 digits for the year
* - 2 digits for the month
* - 2 digits for the release number
* So for instance, the first release of Jan 2025 will have the version code: 20250100 (20_250_100)
*/
// Note: 2 digits max for each value
private const val versionMajor = 0
private const val versionMinor = 7
private const val versionYear = 2025
private const val versionMonth = 1
// Note: even values are reserved for regular release, odd values for hotfix release.
// When creating a hotfix, you should decrease the value, since the current value
// is the value for the next regular release.
private const val versionPatch = 7
// Note: must be in [0,99]
private const val versionReleaseNumber = 0
object Versions {
const val VERSION_CODE = 4_000_000 + versionMajor * 1_00_00 + versionMinor * 1_00 + versionPatch
const val VERSION_NAME = "$versionMajor.$versionMinor.$versionPatch"
const val VERSION_CODE = versionYear * 10_000 + versionMonth * 100 + versionReleaseNumber
const val VERSION_NAME = "$versionYear.$versionMonth.$versionReleaseNumber"
const val COMPILE_SDK = 35
const val TARGET_SDK = 35