deepakmehra10

CompletableFuture nameFuture = CompletableFuture.supplyAsync(() -> "Deepak");
CompletableFuture nameFutureCopy = nameFuture.copy();
CompletableFuture withSurname = nameFuture.thenApply(name -> "Deepak Mehra");

// Should be avoided, only for demonstration purpose
System.out.println(withSurname.join());

// Change in original instance should affect it's copy instance.
System.out.println(nameFutureCopy.join());

deepakmehra10

Executor executor = new CompletableFuture<>().defaultExecutor();
CompletableFuture nameFuture = CompletableFuture.supplyAsync(() -> "Deepak", executor);

// Should be avoided, only for demonstration purpose
System.out.println(nameFuture.join());

deepakmehra10

      String name = "Deepak";
      System.out.println(name.repeat(4)); // DeepakDeepakDeepakDeepak

deepakmehra10

String name = " Deepak Mehra ";
System.out.println(name.strip()); // Deepak Mehra(Whitespaces removed already)

String name = " Deepak Mehra ";
System.out.println(name.stripLeading()); // Removes only leading whitespaces

String name = " Deepak Mehra ";
System.out.println(name.stripTrailing()); // Removes only trailing whitespaces

deepakmehra10

      String name = "Deepak\nKanika";
      List<String> names = names.lines().collect(Collectors.toList());
      System.out.println(names); // [Deepak, Kanika]

deepakmehra10

        String name = "";
        System.out.println(name.isEmpty()); // true
        
        String name1 = " ";
        System.out.println(name1.isEmpty()); // false
        
        String name2 = " ";
        System.out.println(name2.isBlank()); // true
        
        String name3 = "";

deepakmehra10

List students = Arrays.asList("Deepak", "Bhawna", "Charmy", "Vinisha");
// Create a Pvector collection.
PVector pVector1 = TreePVector.from(students);
PVector rahul = pVector1.plus("Rahul");
System.out.println(pVector1); // Output - [Deepak, Bhawna, Charmy, Vinisha]
System.out.println(rahul); // Output - [Deepak, Bhawna, Charmy, Vinisha, Rahul]

deepakmehra10

List students = Arrays.asList("Deepak", "Bhawna", "Charmy", "Vinisha");
// Create a Pvector collection.
PVector pVector1 = TreePVector.from(students);
pVector1.plus("Rahul");
System.out.println(pVector1);

// Output - [Deepak, Bhawna, Charmy, Vinisha]

deepakmehra10

<dependency>
    <groupId>org.pcollections</groupId>
    <artifactId>pcollections</artifactId>
    <version>3.1.0</version>
</dependency>

deepakmehra10

 CheckedFunction0<Integer> checkedFunction1 = () -> 2;
        Future<Integer> of = Future.of(checkedFunction1);
        System.out.println(of.get());