Use kotlin.math instead of java.lang.Math

Add to your build

codeGenomeUsername=you@example.com
codeGenomeToken=YOUR_DOWNLOAD_TOKEN

plugins {
    id("org.openrewrite.rewrite") version("latest.release")
}

rewrite {
    activeRecipe("org.openrewrite.kotlin.migrate.UseKotlinMath$KtRecipe")
}

repositories {
    mavenCentral()
    maven {
        url = uri("https://artifacts.codegenomeproject.org/maven")
        credentials {
            username = providers.gradleProperty("codeGenomeUsername").get()
            password = providers.gradleProperty("codeGenomeToken").get()
        }
    }
}

dependencies {
    rewrite("io.moderne.recipe:recipes-kotlin:0.5.0")
}

./gradlew rewriteRun

Usage

This recipe has no required configuration options. You’ll need the Moderne CLI configured before running the command below.

mod run . --recipe org.openrewrite.kotlin.migrate.UseKotlinMath$KtRecipe

If the recipe isn’t available locally, install it with:

mod config recipes jar install io.moderne.recipe:recipes-kotlin:RELEASE

Definition

This recipe runs the following recipes in order.

• Use kotlin.math.abs instead of java.lang.Math.absorg.openrewrite.kotlin.migrate.UseKotlinMathAbs$KtRecipe
• Use kotlin.math.sqrt instead of java.lang.Math.sqrtorg.openrewrite.kotlin.migrate.UseKotlinMathSqrt$KtRecipe
• Use kotlin.math.floor instead of java.lang.Math.floororg.openrewrite.kotlin.migrate.UseKotlinMathFloor$KtRecipe
• Use kotlin.math.ceil instead of java.lang.Math.ceilorg.openrewrite.kotlin.migrate.UseKotlinMathCeil$KtRecipe
• Use kotlin.math.min instead of java.lang.Math.minorg.openrewrite.kotlin.migrate.UseKotlinMathMin$KtRecipe
• Use kotlin.math.max instead of java.lang.Math.maxorg.openrewrite.kotlin.migrate.UseKotlinMathMax$KtRecipe
• Use kotlin.math.exp instead of java.lang.Math.exporg.openrewrite.kotlin.migrate.UseKotlinMathExp$KtRecipe
• Use kotlin.math.ln instead of java.lang.Math.logorg.openrewrite.kotlin.migrate.UseKotlinMathLn$KtRecipe
• Use kotlin.math.log10 instead of java.lang.Math.log10org.openrewrite.kotlin.migrate.UseKotlinMathLog10$KtRecipe
• Use kotlin.math.sin instead of java.lang.Math.sinorg.openrewrite.kotlin.migrate.UseKotlinMathSin$KtRecipe
• Use kotlin.math.cos instead of java.lang.Math.cosorg.openrewrite.kotlin.migrate.UseKotlinMathCos$KtRecipe
• Use kotlin.math.tan instead of java.lang.Math.tanorg.openrewrite.kotlin.migrate.UseKotlinMathTan$KtRecipe
• Use kotlin.math.asin instead of java.lang.Math.asinorg.openrewrite.kotlin.migrate.UseKotlinMathAsin$KtRecipe
• Use kotlin.math.acos instead of java.lang.Math.acosorg.openrewrite.kotlin.migrate.UseKotlinMathAcos$KtRecipe
• Use kotlin.math.atan instead of java.lang.Math.atanorg.openrewrite.kotlin.migrate.UseKotlinMathAtan$KtRecipe
• Use kotlin.math.atan2 instead of java.lang.Math.atan2org.openrewrite.kotlin.migrate.UseKotlinMathAtan2$KtRecipe
• Use kotlin.math.sinh instead of java.lang.Math.sinhorg.openrewrite.kotlin.migrate.UseKotlinMathSinh$KtRecipe
• Use kotlin.math.cosh instead of java.lang.Math.coshorg.openrewrite.kotlin.migrate.UseKotlinMathCosh$KtRecipe
• Use kotlin.math.tanh instead of java.lang.Math.tanhorg.openrewrite.kotlin.migrate.UseKotlinMathTanh$KtRecipe
• Use kotlin.math.cbrt instead of java.lang.Math.cbrtorg.openrewrite.kotlin.migrate.UseKotlinMathCbrt$KtRecipe
• Use kotlin.math.hypot instead of java.lang.Math.hypotorg.openrewrite.kotlin.migrate.UseKotlinMathHypot$KtRecipe
• Use kotlin.math.expm1 instead of java.lang.Math.expm1org.openrewrite.kotlin.migrate.UseKotlinMathExpm1$KtRecipe
• Use kotlin.math.ln1p instead of java.lang.Math.log1porg.openrewrite.kotlin.migrate.UseKotlinMathLn1p$KtRecipe
• Use kotlin.math.sign instead of java.lang.Math.signumorg.openrewrite.kotlin.migrate.UseKotlinMathSign$KtRecipe
• Use kotlin.math.PI instead of java.lang.Math.PIorg.openrewrite.kotlin.migrate.UseKotlinMathPi$KtRecipe
• Use kotlin.math.E instead of java.lang.Math.Eorg.openrewrite.kotlin.migrate.UseKotlinMathE$KtRecipe
• Use Double.pow instead of java.lang.Math.poworg.openrewrite.kotlin.migrate.UseDoublePow$KtRecipe
• Use Double.roundToLong() instead of java.lang.Math.roundorg.openrewrite.kotlin.migrate.UseDoubleRoundToLong$KtRecipe
• Use Float.roundToInt() instead of java.lang.Math.roundorg.openrewrite.kotlin.migrate.UseFloatRoundToInt$KtRecipe
• Use Double.withSign instead of java.lang.Math.copySignorg.openrewrite.kotlin.migrate.UseDoubleWithSign$KtRecipe
• Use Double.IEEErem instead of java.lang.Math.IEEEremainderorg.openrewrite.kotlin.migrate.UseDoubleIEEErem$KtRecipe
• Use Double.nextUp() instead of java.lang.Math.nextUporg.openrewrite.kotlin.migrate.UseDoubleNextUp$KtRecipe
• Use Double.nextDown() instead of java.lang.Math.nextDownorg.openrewrite.kotlin.migrate.UseDoubleNextDown$KtRecipe
• Use Double.nextTowards() instead of java.lang.Math.nextAfterorg.openrewrite.kotlin.migrate.UseDoubleNextTowards$KtRecipe
• Use Int.floorDiv instead of java.lang.Math.floorDivorg.openrewrite.kotlin.migrate.UseIntFloorDiv$KtRecipe
• Use Long.floorDiv instead of java.lang.Math.floorDivorg.openrewrite.kotlin.migrate.UseLongFloorDiv$KtRecipe
• Use Int.mod() instead of java.lang.Math.floorModorg.openrewrite.kotlin.migrate.UseIntMod$KtRecipe
• Use Long.mod() instead of java.lang.Math.floorModorg.openrewrite.kotlin.migrate.UseLongMod$KtRecipe
• Use Long.mod(Int) instead of java.lang.Math.floorModorg.openrewrite.kotlin.migrate.UseLongModInt$KtRecipe

Data tables

Structured output this recipe can produce.

• Source files that had resultsSource files that were modified by the recipe run.org.openrewrite.table.SourcesFileResults
• Source files that had search resultsSearch results that were found during the recipe run.org.openrewrite.table.SearchResults
• Source files that errored on a recipeThe details of all errors produced by a recipe run.org.openrewrite.table.SourcesFileErrors
• Recipe performanceStatistics used in analyzing the performance of recipes.org.openrewrite.table.RecipeRunStats