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View ReverseArrayWithUserInput.java
| package com.company; | |
| import java.util.Scanner; | |
| public class ReverseArrayWithUserInput { | |
| public static void reverseArray(int[] array){ | |
| int temp, startIndex, endIndex; | |
| startIndex= 0; | |
| endIndex=array.length-1; | |
| temp = array[startIndex]; |
| package com.company; | |
| public class ReverseAnArray { | |
| public static void reverseArray(int[] array){ | |
| int temp, startIndex, endIndex; | |
| startIndex = 0; | |
| endIndex = array.length-1; | |
| while(startIndex<endIndex){ | |
| temp = array[startIndex]; | |
| array[startIndex] = array[endIndex]; |
| ''' | |
| In this case, 'Date' and 'Time' are two new columns needs to be added based on converting existing column 'datetime' | |
| which is in unix millseconds format. | |
| epoch_converter is a files contians functions to help with the convertion. | |
| ''' | |
| stock['Date'] = stock.apply(lambda row: epoch_converter.get_date_from_mill_epoch(row['datetime']), axis=1) | |
| stock['Time'] = stock.apply(lambda row: epoch_converter.get_time_from_mill_epoch(row['datetime']), axis=1) |