3. Common Data TypesConsider the following code snippet:interface X {125V put (K key, V value);V get (K key);V remove (K key);int size ();}(3.1) Which common data structure (denoted as X) is described in this code snippet?(3.2) In this code snippet, K and V refer specifically to ...• K:• V:(3.3) Which other data structure(s) can be used to manage the stored items?(3.4) Select one of the first three methods, and describe how it can be implementedHint: Use pseudocode.(3.5) What is the runtime complexity of your algorithm?

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3. Common Data Types Consider the following code snippet: interface X { I V put (K key, V value); V get (K key); V remove (K key); int size (); } (3.1) Which common data structure (denoted as X) is described in this code snippet? (3.2) In this code snippet, K and V refer specifically to... K: V:

3. Common Data Types Consider the following code snippet: interface X { I V put (K key, V value); V get (K key); V remove (K key); int size (); } (3.1) Which common data structure (denoted as X) is described in this code snippet? (3.2) In this code snippet, K and V refer specifically to... K: V:

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Concept explainers

User Defined DataType

The data type is a format to store data that contains a particular range or type of value. It specifies which type of value a variable should have. In other words, a data type describes the type of data that variables can store. When a program stores data in the variables, then every variable needs to be assigned value that falls within the range of its data type. The following are some of the data types:

Question

3. Common Data Types
Consider the following code snippet:
interface X<K, V> {
1
2
5
V put (K key, V value);
V get (K key);
V remove (K key);
int size ();
}
(3.1) Which common data structure (denoted as X) is described in this code snippet?
(3.2) In this code snippet, K and V refer specifically to ...
• K:
• V:
(3.3) Which other data structure(s) can be used to manage the stored items?
(3.4) Select one of the first three methods, and describe how it can be implemented
Hint: Use pseudocode.
(3.5) What is the runtime complexity of your algorithm?

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