public class StringsComparator extends Object
 It is guaranteed that the comparisons will always be done as
 o1.equals(o2) where o1 belongs to the first
 sequence and o2 belongs to the second sequence. This can
 be important if subclassing is used for some elements in the first
 sequence and the equals method is specialized.
 
 Comparison can be seen from two points of view: either as giving the smallest
 modification allowing to transform the first sequence into the second one, or
 as giving the longest sequence which is a subsequence of both initial
 sequences. The equals method is used to compare objects, so any
 object can be put into sequences. Modifications include deleting, inserting
 or keeping one object, starting from the beginning of the first sequence.
 
 This class implements the comparison algorithm, which is the very efficient
 algorithm from Eugene W. Myers
 
 An O(ND) Difference Algorithm and Its Variations. This algorithm produces
 the shortest possible edit script containing all the
 commands needed to transform the first sequence into
 the second one.
 
This code has been adapted from Apache Commons Collections 4.0.
EditScript, 
EditCommand, 
CommandVisitor| Constructor and Description | 
|---|
| StringsComparator(String left,
                 String right)Simple constructor. | 
| Modifier and Type | Method and Description | 
|---|---|
| EditScript<Character> | getScript()Get the  EditScriptobject. | 
public StringsComparator(String left, String right)
Creates a new instance of StringsComparator.
 It is guaranteed that the comparisons will always be done as
 o1.equals(o2) where o1 belongs to the first
 sequence and o2 belongs to the second sequence. This can be
 important if subclassing is used for some elements in the first sequence
 and the equals method is specialized.
 
left - first character sequence to be comparedright - second character sequence to be comparedpublic EditScript<Character> getScript()
EditScript object.
 
 It is guaranteed that the objects embedded in the insert commands come from the second sequence and that the objects
 embedded in either the delete commands or
 keep commands come from the first sequence. This can
 be important if subclassing is used for some elements in the first
 sequence and the equals method is specialized.
 
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