Transcribed Image Text Translate the provided Pseudocode to java code You can use any stack implementation Algorithm spans2(X, n) S< new array of n integers A< new empty stack for i - 0 to n – 1 do while (¬4.isEmpty() ^ X[A.top()] < X[i] ) do n А.роp() if A.isEmpty() then S[i] < i+1 else S[i] << i– A.top() A.push(i) return S

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
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Translate the provided Pseudocode to java code You can use any stack implementation Algorithm spans2(X, n) S< new array of n integers A< new empty stack for i - 0 to n – 1 do while (¬4.isEmpty() ^ X[A.top()] < X[i] ) do n А.роp() if A.isEmpty() then S[i] < i+1 else S[i] << i– A.top() A.push(i) return S

Algorithm spans2(X, n)
S< new array of n integers
A < new empty stack
for i 0 to n – 1 do
while (¬4.isEmpty() ^ X[A.top()]< X[i] ) do
А.рop()
if A.isEmpty() then
S[i] + i+1
else
S[i] + i– A.top()
А.рush()
return S
Transcribed Image Text:Algorithm spans2(X, n) S< new array of n integers A < new empty stack for i 0 to n – 1 do while (¬4.isEmpty() ^ X[A.top()]< X[i] ) do А.рop() if A.isEmpty() then S[i] + i+1 else S[i] + i– A.top() А.рush() return S
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