when:
        result = executer
            .withEnvironmentVars([JDK1: new File("/unknown/env").absolutePath, JDK2: firstJavaHome])
            .withArgument("-Porg.gradle.java.installations.paths=${new File("/unknown/path").absolutePath}," + secondJavaHome)
            .withArgument("-Porg.gradle.java.installations.fromEnv=JDK1,JDK2")
            .withArgument("--info")
            .withTasks("show")
            .run()
        then:

        def jdk2 = temporaryFolder.createDir("14")
        def jdk3 = temporaryFolder.createDir("java/8.0.262.fx-librca")
        def supplier = createSupplier([jdk1, jdk2, jdk3] as Set)

        when:
        def directories = supplier.get()

        then:
        directoriesAsStablePaths(directories) == stablePaths([
            jdk1.absolutePath,
            jdk2.absolutePath,
            jdk3.absolutePath

        It is not necessary to install the whole android SDK via Android Studio - it is enough if there is a ${'$'}ANDROID_SDK_ROOT/licenses/android-sdk-license containing the license keys from an Android Studio installation.
        The Gradle Android plugin will then download the SDK by itself, see https://developer.android.com/studio/intro/update.html#download-with-gradle
    """.stripIndent()

    /**
     * Usage:
     * <pre>
     *     def jdk1 = AvailableJavaHomes.getJvmInstallationMetadata(Jvm.current())
     *     def jdk2 = AvailableJavaHomes.getJvmInstallationMetadata(AvailableJavaHomes.getDifferentVersion(jdk1.languageVersion))
     *
     *     when:
     *     withInstallations(jdk1, jdk2).run(":task")
     * </pre>
     */

        "Linux",
        androidHome = "/opt/android/sdk",
        jprofilerHome = "/opt/jprofiler/jprofiler11.1.4"
    ),
    WINDOWS(
        "Windows",
        androidHome = """C:\Program Files\android\sdk""",
        jprofilerHome = """C:\Program Files\jprofiler\jprofiler11.1.4""",
        perfTestWorkingDir = "P:/",
    ),
    MACOS(
        "Mac",
        androidHome = "/opt/android/sdk",

Der Hauptanwendungsfall hierfür besteht wahrscheinlich darin, dass Sie das mal tun möchten, wenn Sie bereits über einige automatisch generierte Client-Codes/SDKs verfügen und im Moment nicht alle automatisch generierten Client-Codes/SDKs aktualisieren möchten, möglicherweise später, aber nicht jetzt.

In diesem Fall können Sie diese Funktion in **FastAPI** mit dem Parameter `separate_input_output_schemas=False` deaktivieren.

!!! info

* 'fips-140-2' which enforces a version of the TLS protocol and a subset
of cipher suites overriding any user preferences or defaults for all runtime
components, including Envoy, gRPC Go SDK, and gRPC C++ SDK.

WARNING: Setting compliance policy in the control plane is a necessary but
not a sufficient requirement to achieve compliance. There are additional
steps necessary to claim compliance, including using the validated

      <url>file://${basedir}/target/remote-repo</url>
    </repository>
    <repository>
      <id>repo-project-basedir</id>
      <url>file://${project.basedir}/sdk/maven/repo</url>
    </repository>
    <repository>
      <id>repo-project-baseUri</id>
      <url>${project.baseUri}/sdk/maven/repo</url>
    </repository>
  </repositories>

There are multiple tools that you can use to create those dependables, and they get integrated into OpenAPI so they are shown in the automatic docs UI, they can be used by automatically generated clients and SDKs, etc.

You can import them from `fastapi.security`:

```python
from fastapi.security import (
    APIKeyCookie,
    APIKeyHeader,
    APIKeyQuery,
    HTTPAuthorizationCredentials,
    HTTPBasic,

# CuDNN: https://docs.nvidia.com/deeplearning/sdk/cudnn-install/index.html#ubuntu-network-installation
libcudnn9-dev-cuda-12=9.1.1.17-1
libcudnn9-cuda-12=9.1.1.17-1

# This can be removed once NVIDIA publishes a cuda-12.3.2 Docker image.
# For now it ensures that we install at least version 12.3.107 of PTXAS,
# since 12.3.103 has a bug.