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AnghelLeonardAnghelLeonard
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‎Chapter_05/P100_FindElementInArray/src/modern/challenge/ArrayFinds.java renamed to ‎Chapter_05/P100_FindElementInArray/src/modern/challenge/ArraySearch.java

Lines changed: 2 additions & 2 deletions
Original file line numberDiff line numberDiff line change
@@ -4,9 +4,9 @@
44
import java.util.Comparator;
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import java.util.stream.IntStream;
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7-
public final class ArrayFinds {
7+
public final class ArraySearch {
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9-
private ArrayFinds() {
9+
private ArraySearch() {
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throw new AssertionError("Cannot be instantiated");
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}
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‎Chapter_05/P100_FindElementInArray/src/modern/challenge/Main.java

Lines changed: 11 additions & 11 deletions
Original file line numberDiff line numberDiff line change
@@ -26,37 +26,37 @@ public static void main(String[] args) {
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2727
System.out.println("\nSimple solution for numbers:");
2828
long startTimeV1 = clock.millis();
29-
boolean found1 = ArrayFinds.containsElementV1(numbers.clone(), 1);
29+
boolean found1 = ArraySearch.containsElementV1(numbers.clone(), 1);
3030
displayExecutionTime(clock.millis() - startTimeV1);
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System.out.println("The element was found?: " + found1);
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System.out.println("\nSolution based on Arrays.binarySearch() for numbers:");
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long startTimeV2 = clock.millis();
35-
boolean found2 = ArrayFinds.containsElementV2(numbers.clone(), 1);
35+
boolean found2 = ArraySearch.containsElementV2(numbers.clone(), 1);
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displayExecutionTime(clock.millis() - startTimeV2);
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System.out.println("The element was found?: " + found2);
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System.out.println("\nSolution based on Stream.anyMatch() for numbers:");
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long startTimeV3 = clock.millis();
41-
boolean found3 = ArrayFinds.containsElementV3(numbers.clone(), 1);
41+
boolean found3 = ArraySearch.containsElementV3(numbers.clone(), 1);
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displayExecutionTime(clock.millis() - startTimeV3);
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System.out.println("The element was found?: " + found3);
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System.out.println("\nSimple solution for Melon:");
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long startTimeV4 = clock.millis();
47-
boolean found4 = ArrayFinds.containsElementObjectV1(melons.clone(), new Melon("Gac", 1200));
47+
boolean found4 = ArraySearch.containsElementObjectV1(melons.clone(), new Melon("Gac", 1200));
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displayExecutionTime(clock.millis() - startTimeV4);
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System.out.println("The Melon was found?: " + found4);
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System.out.println("\nSolution based on Comparator for Melon:");
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long startTimeV5 = clock.millis();
53-
boolean found5 = ArrayFinds.containsElementObjectV2(melons.clone(), new Melon("Gac", 1205), byType);
53+
boolean found5 = ArraySearch.containsElementObjectV2(melons.clone(), new Melon("Gac", 1205), byType);
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displayExecutionTime(clock.millis() - startTimeV5);
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System.out.println("The Melon was found?: " + found5);
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5757
System.out.println("\nSolution based on binarySearch() for Melon:");
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long startTimeV6 = clock.millis();
59-
boolean found6 = ArrayFinds.containsElementObjectV3(melons.clone(), new Melon("Honeydew", 1200), byWeight);
59+
boolean found6 = ArraySearch.containsElementObjectV3(melons.clone(), new Melon("Honeydew", 1200), byWeight);
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displayExecutionTime(clock.millis() - startTimeV6);
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System.out.println("The Melon was found?: " + found6);
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@@ -65,31 +65,31 @@ public static void main(String[] args) {
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System.out.println("\nSimple solution for numbers:");
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long startTimeV7 = clock.millis();
68-
int index1 = ArrayFinds.findIndexOfElementV1(numbers.clone(), 7);
68+
int index1 = ArraySearch.findIndexOfElementV1(numbers.clone(), 7);
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displayExecutionTime(clock.millis() - startTimeV7);
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System.out.println("Found at index (-1 means not found): " + index1);
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7272
System.out.println("\nSolution based on filter() for numbers:");
7373
long startTimeV8 = clock.millis();
74-
int index2 = ArrayFinds.findIndexOfElementV2(numbers.clone(), 7);
74+
int index2 = ArraySearch.findIndexOfElementV2(numbers.clone(), 7);
7575
displayExecutionTime(clock.millis() - startTimeV8);
7676
System.out.println("Found at index (-1 means not found): " + index2);
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System.out.println("\nSimple solution for Melon:");
7979
long startTimeV9 = clock.millis();
80-
int index3 = ArrayFinds.findIndexOfElementObjectV1(melons.clone(), new Melon("Gac", 1200));
80+
int index3 = ArraySearch.findIndexOfElementObjectV1(melons.clone(), new Melon("Gac", 1200));
8181
displayExecutionTime(clock.millis() - startTimeV9);
8282
System.out.println("Melon found at index (-1 means not found): " + index3);
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8484
System.out.println("\nSolution based on Comparator for Melon:");
8585
long startTimeV10 = clock.millis();
86-
int index4 = ArrayFinds.findIndexOfElementObjectV2(melons.clone(), new Melon("Gac", 1205), byType);
86+
int index4 = ArraySearch.findIndexOfElementObjectV2(melons.clone(), new Melon("Gac", 1205), byType);
8787
displayExecutionTime(clock.millis() - startTimeV10);
8888
System.out.println("Melon found at index (-1 means not found): " + index4);
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9090
System.out.println("\nSolution based on filter() and Comparator for Melon:");
9191
long startTimeV11 = clock.millis();
92-
int index5 = ArrayFinds.findIndexOfElementObjectV3(melons.clone(), new Melon("Honeydew", 1200), byWeight);
92+
int index5 = ArraySearch.findIndexOfElementObjectV3(melons.clone(), new Melon("Honeydew", 1200), byWeight);
9393
displayExecutionTime(clock.millis() - startTimeV11);
9494
System.out.println("Melon found at index (-1 means not found): " + index5);
9595
}

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