
- Clojure Tutorial
- Clojure - Home
- Clojure - Overview
- Clojure - Environment
- Clojure - Basic Syntax
- Clojure - REPL
- Clojure - Data Types
- Clojure - Variables
- Clojure - Operators
- Clojure - Loops
- Clojure - Decision Making
- Clojure - Functions
- Clojure - Numbers
- Clojure - Recursion
- Clojure - File I/O
- Clojure - Strings
- Clojure - Lists
- Clojure - Sets
- Clojure - Vectors
- Clojure - Maps
- Clojure - Namespaces
- Clojure - Exception Handling
- Clojure - Sequences
- Clojure - Regular Expressions
- Clojure - Predicates
- Clojure - Destructuring
- Clojure - Date & Time
- Clojure - Atoms
- Clojure - Metadata
- Clojure - StructMaps
- Clojure - Agents
- Clojure - Watchers
- Clojure - Macros
- Clojure - Reference Values
- Clojure - Databases
- Clojure - Java Interface
- Clojure - Concurrent Programming
- Clojure - Applications
- Clojure - Automated Testing
- Clojure - Libraries
- Clojure Useful Resources
- Clojure - Quick Guide
- Clojure - Useful Resources
- Clojure - Discussion
Clojure - vector-of
Creates a new vector of a single primitive type t, where t is one of :int :long :float :double :byte :short :char or :boolean. The resulting vector complies with the interface of vectors in general, but stores the values unboxed internally.
Syntax
Following is the syntax.
(vector-of t setofelements)
Parameters − t is the type which the vector elements should be. Setofelements is the set of elements comprised in the vector.
Return Value − The vector set of elements of the required type.
Example
Following is an example of vector-of in Clojure.
(ns clojure.examples.example (:require [clojure.set :as set]) (:gen-class)) (defn example [] (println (vector-of :int 1 2 3))) (example)
Output
The above code produces the following output.
[1 2 3]
clojure_vectors.htm
Advertisements