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amely
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amelyeket
amelyet
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ami
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amolyan
amíg
amikor
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ahhoz
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arra
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        // Only use latest patch release of each Gradle version
        allTestedVersions = testedVersions.map { VersionNumber.parse(it.gradleVersion().version) }
            .groupBy { "${it.major}.${it.minor}" }
            .map { (_, v) -> v.maxOrNull()!!.format() }

        // Limit to first and last release of each major version
        mainTestedVersions = testedVersions.map { VersionNumber.parse(it.gradleVersion().version) }

                    if (idx < versionsByMinor.size - 1) {
                        // Latest of the previous minor
                        add(versionsOfMinor.first())
                    } else {
                        // Current minor
                        val versionsByPatch = versionsOfMinor
                            .groupBy { it.take(5) } // e.g. 1.9.2(x)

    private
    val List<String>.firstBaseVersion: String
        get() = VersionNumber.parse(first()).minorBaseVersion

    private
    val VersionNumber.minorBaseVersion: String
        get() = "$major.$minor"

    private
    fun fetchLatests(currentGradleVersion: GradleVersion, minimumSupported: String?, mavenMetadataUrl: String): List<String> {

name: Chore
description: Minor issue without significant impact
labels: [ "a:chore", "to-triage" ]
assignees: [ ]
body:
  - type: dropdown
    id: issue-type
    attributes:
      label: Issue type
      options:
        - Polishing
        - Deprecation
        - Refactoring
        - Other
    validations:
      required: true
  - type: textarea
    id: description
    attributes:
      label: Problem description

        val scalaVersion = VersionNumber.parse(versionProperties["scala-library"] as String)
        versionProperties["scala"] = "${scalaVersion.major}.${scalaVersion.minor}"

        findLatest("scala-xml", "org.scala-lang.modules:scala-xml_${versionProperties["scala"]}:[1.2.0,)", versionProperties)
        findLatest("groovy", "org.apache.groovy:groovy:[4.0,5.0)", versionProperties)

- **Security:**
Java serialization poses security risks, especially related to deserialization vulnerabilities.

- **Version Compatibility:**
With Java serialization, even minor changes to a class (like adding a field) can break compatibility.

- **Cross-Language Compatibility:**
Java serialization is inherently Java-centric and does not support cross-language scenarios well.

- **Type Safety:**

            return null;
        }).filter(s -> s != null).toArray(n -> new String[n]);
    }

    /**
     * Gets the major version number of the current Java runtime.
     * For Java 8 and below, returns the minor version (e.g., 8 for Java 1.8).
     * For Java 9 and above, returns the major version (e.g., 11 for Java 11).
     *
     * @return the Java version number, defaults to 8 if version cannot be determined
     */

fraca",badNumberOfSelectedOptionsStart:"Selecione pelo menos",badNumberOfSelectedOptionsEnd:" alternativa(s)",badAlphaNumeric:"Use somente caracteres alfanuméricos (letras a-z e números)",badAlphaNumericExtra:" e",wrongFileSize:"O arquivo selecionado é maior que o tamanho máximo permitido (%s)",wrongFileType:"Somente arquivos %s são permitidos",groupCheckedRangeStart:"Por favor, escolha entre ",groupCheckedTooFewStart:"Por favor, escolha pelo menos ",groupCheckedTooManyStart:"Por favor, escolhe no máximo...

Public properties are **stable properties**: they CANNOT be renamed or removed without notice.
While we normally deprecate the feature or behavior itself, changes to the property cannot happen in a minor release.
Public properties must be documented.

**Internal properties** are not part of the Public API.
Internal properties are **unstable properties**: they CAN be renamed or removed without notice.