This set of exercises covers the Supplier interface.

This set of exercises covers the Supplier interface.

In this challenge, you are going to analyze a database of movies. Each movies has several properties: a release year, a title, and the set of the acto

In this challenge, you are going to analyze a database of movies. Each movies has several properties: a release year, a title, and the set of the acto

This set of exercises covers the Consumer and BiConsumer interfaces. Some exercises also cover consumer chaining.

This set of exercises covers the Consumer and BiConsumer interfaces. Some exercises also cover consumer chaining.

This set of exercises covers the Predicate interface. Some exercises also cover predicate chaining.

This set of exercises covers the Predicate interface. Some exercises also cover predicate chaining.

This set of exercises covers the Function interface. Some exercises also cover function chaining and composition.

This set of exercises covers the Function interface. Some exercises also cover function chaining and composition.

This set of exercises covers the Runnable interface.

This set of exercises covers the Runnable interface.

This set of exercises covers the Comparator interface. Comparator chaining and factory methods are also covered.The code you need to write uses the fa

This set of exercises covers the Comparator interface. Comparator chaining and factory methods are also covered. The code you need to write uses the f

This set of exercises covers the default method added to the Iterable interface.

This set of exercises covers the default method added to the Iterable interface.

This set of exercises covers the default method added to the Collection interface.

This set of exercises covers the default method added to the Collection interface.

This set of exercises covers the default method added to the List interface.

This set of exercises covers the default method added to the List interface.

This set of exercises covers the default method added to the Map interface.

This set of exercises covers the default method added to the Map interface.

This set of exercises covers simple simpleStream pipelines, including intermediate operations and basic collectors.

This set of exercises covers simple simpleStream pipelines, including intermediate operations and basic collectors.

This set of exercises covers harder stream pipelines, including intermediate operations and collectors. <p> Some of these exercises use a BufferedRead

This set of exercises covers harder stream pipelines, including intermediate operations and collectors. <p> Some of these exercises use a BufferedRead

Select the longest words from an input stream. That is, select the words whose lengths are equal to the maximum word length. For this exercise, you mu

This set of exercises covers the reduction step. <p> Some of these exercises use a BufferedReader variable named "reader" that the test has set up for

This set of exercises covers the reduction step. <p> Some of these exercises use a BufferedReader variable named "reader" that the test has set up for

This set of exercises covers the collect() terminal operation with the basic collectors. The collectors used in this class can be built from the facto

This set of exercises covers the collect() terminal operation with the basic collectors. The collectors used in this class can be built from the facto

This set of exercises covers the collect() terminal operation with the complex collectors. <p> Some of these exercises use a BufferedReader variable n

This set of exercises covers the collect() terminal operation with the complex collectors. <p> Some of these exercises use a BufferedReader variable n

Many information are missing on Shakespeare's life, and it is said, even if it cannot be sure, that he was a great Scrabble player. <p/> The goal of t

Many information are missing on Shakespeare's life, and it is said, even if it cannot be sure, that he was a great Scrabble player. <p/> The goal of t

Count the total number of words and the number of distinct, lower case words in a stream, in one pass. This exercise uses a helper class that defines

Count the total number of words and the number of distinct, lower case words in a stream, in one pass. This exercise uses a helper class that defines