* will not be used and a network request will be made.
     *
     * @param maxAge a non-negative duration. This is stored and transmitted with [TimeUnit.SECONDS]
     *     precision; finer precision will be lost.
     */
    fun maxAge(maxAge: Duration) =
      apply {
        val maxAgeSeconds = maxAge.inWholeSeconds

                .desc("Alternate path for the user settings file")
                .hasArg()
                .build());
        options.addOption(Option.builder(ALTERNATE_PROJECT_SETTINGS)
                .longOpt("project-settings")
                .desc("Alternate path for the project settings file")
                .hasArg()
                .build());
        options.addOption(Option.builder(ALTERNATE_GLOBAL_SETTINGS)

			diff := new(Float).Sub(sq, x)
			err := diff.Abs(diff).SetPrec(prec)

			// maxErr = 2**(-p+1)*√x
			one := new(Float).SetPrec(prec).SetInt64(1)
			maxErr := new(Float).Mul(new(Float).SetMantExp(one, -int(prec)+1), got)

			if err.Cmp(maxErr) >= 0 {
				t.Errorf("prec = %d, Sqrt(%v) =\ngot err  %g;\nwant maxErr %g",
					prec, test.x, err, maxErr)
			}
		}
	}
}

func TestFloatSqrtSpecial(t *testing.T) {

fun Project.execAndGetStdout(workingDir: File, ignoreExitValue: Boolean, vararg args: String): String {
    val out = ByteArrayOutputStream()
    exec {
        isIgnoreExitValue = ignoreExitValue
        commandLine(*args)
        standardOutput = out
        this.workingDir = workingDir
    }
    return out.toString().trim()
}


fun Project.execAndGetStdoutIgnoringError(vararg args: String) = execAndGetStdout(File("."), true, *args)

			}

			if nd.RawArg == "-args" || nd.RawArg == "--args" {
				// -args or --args signals that everything that follows
				// should be passed to the test.
				explicitArgs = append(explicitArgs, remainingArgs...)
				break
			}

			if firstUnknownFlag == "" {
				firstUnknownFlag = nd.RawArg
			}

			explicitArgs = append(explicitArgs, nd.RawArg)
			args = remainingArgs

                result.beginControlFlow("if (invocation.getArgsCount() > $L)", paramIndex);
                result.addStatement("Object arg$1L = invocation.getArgument($1L)", paramIndex);
            }
            // Visit non-vararg invocations first and varargs after:
            children.forEach((entry, child) -> {
                if (entry.kind != VARARG) {

annotation class A(vararg val strings: String)
annotation class AArray(vararg val value: A)

@AArray(A(strings = ["foo", "bar"]))

        }
    }

    @Test
    fun `maps Groovy named arguments to Kotlin vararg of Pair`() {

        apiKotlinExtensionsGenerationFor(GroovyNamedArguments::class, Consumer::class) {

            assertGeneratedExtensions(
                """
                inline fun org.gradle.kotlin.dsl.fixtures.codegen.GroovyNamedArguments.`rawMap`(vararg `args`: Pair<String, Any?>): Unit =
                    `rawMap`(mapOf(*`args`))

}

// A NonFlagError indicates an argument that is not a syntactically-valid flag.
type NonFlagError struct {
	RawArg string
}

func (e NonFlagError) Error() string {
	return fmt.Sprintf("not a flag: %q", e.RawArg)
}

// ParseOne sees if args[0] is present in the given flag set and if so,
// sets its value and returns the flag along with the remaining (unused) arguments.
//

		} else if pkg.Standard {
			goVersion = build.Default.ReleaseTags[len(build.Default.ReleaseTags)-1]
		}
		var fixArg []string
		if *fixes != "" {
			fixArg = []string{"-r=" + *fixes}
		}
		base.Run(str.StringList(cfg.BuildToolexec, base.Tool("fix"), "-go="+goVersion, fixArg, files))
	}