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The square(add(3, 5)) code shows how combination works, but it s not exactly a combined function Here, the value returned from add(3, 5), which is 8, is passed to the square function, which in turn returns 64 To make this a combined function, we have to automate the process so that we don t have to type square(add(a, b)) all the time While we could simply create a function that has the square(add(a, b)) code inside it, the better way is to write a combinator function that takes two functions and combines them: var add = function(a, b){ return a + b; }; var square = function(a){ return a * a; }; var combine = function(fnA, fnB){ return function(){ var args = Arrayprototypeslicecall(arguments); var result = fnAapply(null, args); return fnBcall(null, results); }; }; var addThenSquare = combine(add, square); var result = addThenSquare(3, 5); console.

final int fileCount = 3; final int maxLines = 100; generateRandomFiles(fs, inputDirectory, fileCount, maxLines); } /** * bean access getter to the {@link #inputDirectory} field. * * @return the value of inputDirectory. */ public static Path getInputDirectory() { return inputDirectory; } /** * bean access getter to the {@link outputDirectory} field. * * @return the value of outputDirectory. */ public static Path getOutputDirectory() { return outputDirectory; } /** * Determine if a directory has any non zero files in it or its descendant * directories. * * @param fs * The {@link FileSystem} object to use for access. * @param inputDirectory * The root of the directory tree to search * @return true if the directory is missing or does not contain at least one * non empty file. * @throws IOException */ private static boolean isEmptyDirectory(final FileSystem fs, final Path inputDirectory) throws IOException { /** * This is the standard way to read a directory's contents. This can be * quite expensive for a large directory. */ final FileStatus[] statai = fs.listStatus(inputDirectory);

Summary

log(result); // 64 Our new combinator in this snippet, called combine, is a function that takes two arguments, fnA and fnB, which correspond to the two functions to be combined It then returns a new combined function The innards of the combined function are more complex than what we ve seen in past examples, but it essentially takes the arguments passed to the function, turns them into an array, uses the apply method of functions to invoke the first function, fnA, and then stores the result in a variable The result is then passed to the second function, fnB, before it s returned We then create a new function, addThenSquare, by passing the references to our add and square functions to our combinator The result is a function that combines our two small functions together Note that the order is important when combining functions, as well the number of arguments.

/** * This method returns null under some circumstances, in particular if * the directory does not exist. */ if ((statai == null) || (statai.length == 0)) { if (logger.isDebugEnabled()) { logger.debug(inputDirectory.makeQualified(fs).toUri() + " is empty or missing"); } return true; } if (logger.isDebugEnabled()) { logger.debug(inputDirectory.makeQualified(fs).toUri() + " is not empty"); } /** Try to find a file in the top level that is not empty. */ for (final FileStatus status : statai) { if (!status.isDir() && (status.getLen() != 0)) { if (logger.isDebugEnabled()) { logger.debug("A non empty file " + status.getPath().makeQualified(fs).toUri() + " was found"); return false; } } } /** Recurse if there are sub directories, * looking for a non empty file. */ for (final FileStatus status : statai) { if (status.isDir() && isEmptyDirectory(fs, status.getPath())) { continue; } /** * If status is a directory it must not be empty or the previous * test block would have triggered. */ if (status.isDir()) { return false; } } /** * Only get here if no non empty files were found in the entire subtree * of <code>inputPath</code>. */ return true; }