javaIterables/tests/Test.java at main · BrunoRNS/javaIterables · GitHub

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import javaiterables.Dict;

import javaiterables.List;

public class Test {

public static void main(String[] args) {

testList();

testDict();

testListSorting();

testListMethods();

testDictMethods();

testDictEdgeCases();

testDictEquality();

testListWithDifferentDataTypes();

testListEdgeCases();

testListEquality();

// Finally final tests

finalTests();

}

private static void testList() {

List my_list = new List();

my_list.append("abc");

my_list.append(23);

my_list.append(2.78);

my_list.append((byte) 10);

System.out.println(my_list.get(0));

System.out.println(my_list.get(1));

System.out.println(my_list.get(2));

System.out.println(my_list.get(3));

}

private static void testDict() {

Dict my_dict = new Dict();

my_dict.add("key1", "value1");

my_dict.add("key2", 42);

my_dict.add("key3", 3.14);

my_dict.add("key4", (byte) 7);

System.out.println(my_dict.get("key1"));

System.out.println(my_dict.get("key2"));

System.out.println(my_dict.get("key3"));

System.out.println(my_dict.get("key4"));

}

private static void testListSorting() {

List my_list = new List();

my_list.append(5);

my_list.append(2);

my_list.append(8);

my_list.append(1);

my_list.sort(true);

for (int i = 0; i < my_list.len(); i++) {

System.out.println(my_list.get(i));

}

List my_list2 = new List();

my_list2.append(5);

my_list2.append(2);

my_list2.append(8);

my_list2.append(1);

my_list2.sort(false);

for (int i = 0; i < my_list2.len(); i++) {

System.out.println(my_list2.get(i));

}

private static void testListMethods() {

List my_list = new List();

my_list.append("item1");

my_list.append("item2");

my_list.append("item3");

System.out.println("Initial list:");

for (int i = 0; i < my_list.len(); i++) {

System.out.println(my_list.get(i));

}

my_list.remove(1);

System.out.println("After removing index 1:");

for (int i = 0; i < my_list.len(); i++) {

System.out.println(my_list.get(i));

}

my_list.insert(1, "newItem");

System.out.println("After inserting at index 1:");

for (int i = 0; i < my_list.len(); i++) {

System.out.println(my_list.get(i));

}

System.out.println("List contains 'item1': " + my_list.contains("item1"));

System.out.println("List contains 'itemX': " + my_list.contains("itemX"));

my_list.clear();

System.out.println("After clearing the list, length: " + my_list.len());

}

private static void testDictMethods() {

Dict my_dict = new Dict();

my_dict.add("key1", "value1");

my_dict.add("key2", "value2");

my_dict.add("key3", "value3");

System.out.println("Initial dictionary:");

System.out.println(my_dict.get("key1"));

System.out.println(my_dict.get("key2"));

System.out.println(my_dict.get("key3"));

my_dict.remove("key2");

System.out.println("After removing 'key2':");

System.out.println(my_dict.get("key1"));

System.out.println(my_dict.get("key3"));

System.out.println("Dictionary contains 'key1': " + String.valueOf(my_dict.containsKey("key1")));

System.out.println("Dictionary contains 'keyX': " + String.valueOf(my_dict.containsKey("keyX")));

System.out.println("Dictionary contains value 'value3': " + String.valueOf(my_dict.containsValue("value3")));

System.out.println("Dictionary contains value 'valueX': " + String.valueOf(my_dict.containsValue("valueX")));

my_dict.clear();

System.out.println("After clearing the dictionary, size: " + String.valueOf(my_dict.size()));

}

private static void testListWithDifferentDataTypes() {

List my_list = new List();

my_list.append("string");

my_list.append(123);

my_list.append(45.67);

my_list.append(true);

my_list.append('c');

System.out.println("Testing list with different data types:");

for (int i = 0; i < my_list.len(); i++) {

System.out.println(my_list.get(i));

}

private static void testListEdgeCases() {

List my_list = new List();

System.out.println("Testing edge cases for list:");

System.out.println("Initial length: " + my_list.len());

try {

my_list.get(0);

} catch (Exception e) {

System.out.println("Caught exception when accessing empty list: " + e.getMessage());

}

my_list.append("onlyItem");

System.out.println("After adding one item: " + my_list.get(0));

my_list.remove(0);

System.out.println("After removing the only item, length: " + my_list.len());

}

private static void testDictEdgeCases() {

Dict my_dict = new Dict();

System.out.println("Testing edge cases for dictionary:");

System.out.println("Initial size: " + my_dict.size());

try {

my_dict.get("nonExistentKey");

} catch (Exception e) {

System.out.println("Caught exception when accessing non-existent key: " + e.getMessage());

}

my_dict.add("key1", "value1");

System.out.println("After adding one key-value pair: " + my_dict.get("key1"));

my_dict.remove("key1");

System.out.println("After removing the only key, size: " + my_dict.size());

}

private static void testListEquality() {

List list1 = new List();

list1.append(1);

list1.append(2);

list1.append(3);

List list2 = new List();

list2.append(1);

list2.append(2);

list2.append(3);

List list3 = new List();

list3.append(3);

list3.append(2);

list3.append(1);

System.out.println("Testing list equality:");

System.out.println("list1 equals list2: " + list1.isEqualTo(list2));

System.out.println("list1 equals list3: " + list1.isEqualTo(list3));

}

private static void testDictEquality() {

Dict dict1 = new Dict();

dict1.add("key1", "value1");

dict1.add("key2", "value2");

Dict dict2 = new Dict();

dict2.add("key1", "value1");

dict2.add("key2", "value2");

Dict dict3 = new Dict();

dict3.add("key2", "value2");

dict3.add("key1", "value1");

System.out.println("Testing dictionary equality:");

System.out.println("dict1 equals dict2: " + dict1.isEqualTo(dict2));

System.out.println("dict1 equals dict3: " + dict1.isEqualTo(dict3));

}

private static void finalTests() {

System.out.println("Running final tests to ensure readiness:");

// Test List with mixed data types

List mixedList = new List();

mixedList.append("text");

mixedList.append(42);

mixedList.append(3.14);

mixedList.append(false);

mixedList.append('A');

System.out.println("Final test - List with mixed data types:");

for (int i = 0; i < mixedList.len(); i++) {

System.out.println(mixedList.get(i));

}

// Test List sorting with edge cases

List edgeCaseList = new List();

edgeCaseList.append(10);

edgeCaseList.append(5);

edgeCaseList.append(10);

edgeCaseList.append(1);

System.out.println("Final test - List sorting with duplicates:");

edgeCaseList.sort(true);

for (int i = 0; i < edgeCaseList.len(); i++) {

System.out.println(edgeCaseList.get(i));

}

// Test Dict with overwriting keys

Dict overwriteDict = new Dict();

overwriteDict.add("key", "initialValue");

overwriteDict.add("key", "newValue");

System.out.println("Final test - Dict with overwriting keys:");

System.out.println(overwriteDict.get("key"));

// Test List and Dict clear methods

mixedList.clear();

overwriteDict.clear();

System.out.println("Final test - Clearing List and Dict:");

System.out.println("List length after clear: " + mixedList.len());

System.out.println("Dict size after clear: " + overwriteDict.size());

// Test List and Dict equality with edge cases

List listA = new List();

List listB = new List();

System.out.println("Final test - Empty list equality: " + listA.isEqualTo(listB));

Dict dictA = new Dict();

Dict dictB = new Dict();

System.out.println("Final test - Empty dict equality: " + dictA.isEqualTo(dictB));

listA.append(1);

listB.append(1);

dictA.add("key", "value");

dictB.add("key", "value");

System.out.println("Final test - Non-empty list equality: " + listA.isEqualTo(listB));

System.out.println("Final test - Non-empty dict equality: " + dictA.isEqualTo(dictB));

}

javaIterables/tests/Test.java at main · BrunoRNS/javaIterables · GitHub

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