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Download as PDF; Printable version; In other projects ... Comparison of Java and .NET platforms ... When x is COMPARABLE, one can simply do x < y:
Implemented as a retrofit for the java.util library having extra features, like data structures like sets and linked sets, and has several algorithms to manipulate elements of a collection, like finding the largest element based on some Comparator<T> object, finding the smallest element, finding sublists within a list, reverse the contents of a ...
Collection implementations in pre-JDK 1.2 versions of the Java platform included few data structure classes, but did not contain a collections framework. [4] The standard methods for grouping Java objects were via the array, the Vector, and the Hashtable classes, which unfortunately were not easy to extend, and did not implement a standard member interface.
Google Guava can be roughly divided into three components: basic utilities to reduce manual labor to implement common methods and behaviors, an extension to the Java collections framework (JCF) formerly called the Google Collections Library, and other utilities which provide convenient and productive features such as functional programming, graphs, caching, range objects, and hashing.
For example, in Java, any class that implements the Comparable interface has a compareTo method which either returns a negative integer, zero, or a positive integer, or throws a NullPointerException (if one or both objects are null). Similarly, in the .NET framework, any class that implements the IComparable interface has such a CompareTo method.
Eclipse (compare) Yes Vertical Yes Ediff: Yes Yes elisp Both Yes ExamDiff Pro: Yes Yes optional Yes UNIX, HTML, Diff Far Manager (compare) Yes Yes Yes Yes No fc: No Yes Horizontal FileMerge (aka opendiff) Yes Yes Vertical Yes No Guiffy SureMerge: Yes Yes Java API Both Yes HTML, Text, Unix Patch IntelliJ IDEA (compare) Yes Yes Vertical Yes jEdit ...
The full operation of a simple sorting network is shown below. It is evident why this sorting network will correctly sort the inputs; note that the first four comparators will "sink" the largest value to the bottom and "float" the smallest value to the top. The final comparator sorts out the middle two wires.
The rsync protocol uses a rolling hash function to compare two files on two distant computers with low communication overhead. File comparison in word processors is typically at the word level, while comparison in most programming tools is at the line level. Byte or character-level comparison is useful in some specialized applications.