'nestedDir/nestedDirFile2.txt'
        )
        and:
        lowercaseDir.renameTo(uppercaseDir)

        def uppercaseNestedDir = new File(uppercaseDir, 'NESTEDDIR')
        new File(uppercaseDir, 'nestedDir').renameTo(uppercaseNestedDir)
        new File(uppercaseNestedDir, 'nestedDirFile2.txt').renameTo(new File(uppercaseNestedDir, 'NESTEDDIRFILE2.TXT'))

        when:

        when:
        run "compile"
        then:
        skipped ":compile"

        when:
        file("lib1.jar").renameTo(file("lib1-renamed.jar"))
        buildFile.text = buildScriptWithClasspath("lib1-renamed.jar", "lib2.jar")

        run "compile"
        then:
        skipped ":compile"
    }

    def buildScriptWithClasspath(String... dependencies) {

		tparams2[i] = NewTypeParam(tname, nil)
		tparams2[i].index = tparam.index // == i
	}

	renameMap := makeRenameMap(tparams, tparams2)
	for i, tparam := range tparams {
		tparams2[i].bound = check.subst(pos, tparam.bound, renameMap, nil, check.context())
	}

	return tparams2, check.subst(pos, typ, renameMap, nil, check.context())
}

// typeParamsString produces a string containing all the type parameter names

	// or lost after a file system crash. Re-hash the zip without downloading.
	if zipExists {
		return hashZip(mod, zipfile, ziphashfile)
	}

	// From here to the os.Rename call below is functionally almost equivalent to
	// renameio.WriteToFile, with one key difference: we want to validate the
	// contents of the file (by hashing it) before we commit it. Because the file

        } catch (IOException e) {
            throw new UncheckedIOException(e);
        }
    }

    public static void moveExistingFile(File source, File destination) {
        boolean rename = source.renameTo(destination);
        if (!rename) {
            moveFile(source, destination);
        }
    }

    /**
     * If the destination file exists, then this method will overwrite it.
     *

                String renamed = entry.getPath().getLastName();
                if (renamed.startsWith(RemappingScriptSource.MAPPED_SCRIPT)) {
                    renamed = className + renamed.substring(RemappingScriptSource.MAPPED_SCRIPT.length());
                }
                byte[] content = classData.getClassContent();

	//
	// This path is used as a foundational path. This is where log output is normally
	// saved. When a rotation needs to take place because the file got too big,
	// then the file is renamed by appending a timestamp to the name. Such renamed
	// files are called backups. Once a backup has been created,
	// output resumes to this path.
	RotateOutputPath string

    /**
     * {@inheritDoc}
     */
    @Override
    public AbstractCopyTask rename(Closure closure) {
        return rename(new ClosureBackedTransformer(closure));
    }

    /**
     * {@inheritDoc}
     */
    @Override
    public AbstractCopyTask rename(Transformer<String, String> renamer) {
        getMainSpec().rename(renamer);
        return this;
    }

    /**
     * {@inheritDoc}
     */

 *          the new delegate. This ensures the invariant above.
 *     <li> Adds {@link InstrumentableClosure} to the set of interfaces.
 *     <li> Renames the {@code doCall} methods to {@code doCall$original} and adds new {@code doCall methods} that surrounds the original call with

        file('foo/a/b') << "foo"
        execute("taskWithInputs")

        then:
        executedAndNotSkipped(":taskWithInputs")

        when:
        cleanWorkspace()
        file('foo/a').renameTo(file('foo/c'))
        execute("taskWithInputs")

        then:
        executedUnlessNameOnly(":taskWithInputs", pathSensitivity)

        when:
        cleanWorkspace()
        file('foo').deleteDir()