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How to use getConcatenatedPath method of org.assertj.core.internal.DeepDifference class

Best Assertj code snippet using org.assertj.core.internal.DeepDifference.getConcatenatedPath

Source:DeepDifference.java

...74    }75    public List<String> getPath() {76      return path;77    }78    public String getConcatenatedPath() {79      return join(path).with(".");80    }81  }82  public static class Difference {83    List<String> path;84    Object actual;85    Object other;86    public Difference(List<String> path, Object actual, Object other) {87      this.path = path;88      this.actual = actual;89      this.other = other;90    }91    public List<String> getPath() {92      return path;93    }94    public Object getActual() {95      return actual;96    }97    public Object getOther() {98      return other;99    }100    @Override101    public String toString() {102      return "Difference [path=" + path + ", actual=" + actual + ", other=" + other + "]";103    }104  }105  /**106   * Compare two objects for differences by doing a 'deep' comparison. This will traverse the107   * Object graph and perform either a field-by-field comparison on each108   * object (if not .equals() method has been overridden from Object), or it109   * will call the customized .equals() method if it exists.110   * <p>111   *112   * This method handles cycles correctly, for example A-&gt;B-&gt;C-&gt;A.113   * Suppose a and a' are two separate instances of the A with the same values114   * for all fields on A, B, and C. Then a.deepEquals(a') will return an empty list. It115   * uses cycle detection storing visited objects in a Set to prevent endless116   * loops.117   * 118   * @param a Object one to compare119   * @param b Object two to compare120   * @param comparatorByPropertyOrField comparators to compare properties or fields with the given names121   * @param comparatorByType comparators to compare properties or fields with the given types122   * @return the list of differences found or an empty list if objects are equivalent.123   *         Equivalent means that all field values of both subgraphs are the same,124   *         either at the field level or via the respectively encountered overridden125   *         .equals() methods during traversal.126   */127  public static List<Difference> determineDifferences(Object a, Object b,128                                                      Map<String, Comparator<?>> comparatorByPropertyOrField,129                                                      TypeComparators comparatorByType) {130    // replace null comparators groups by empty one to simplify code afterwards131    comparatorByPropertyOrField = comparatorByPropertyOrField == null132        ? new TreeMap<String, Comparator<?>>()133        : comparatorByPropertyOrField;134    comparatorByType = comparatorByType == null ? defaultTypeComparators() : comparatorByType;135    return determineDifferences(a, b, null, comparatorByPropertyOrField, comparatorByType);136  }137  private static List<Difference> determineDifferences(Object a, Object b, List<String> parentPath,138                                                       Map<String, Comparator<?>> comparatorByPropertyOrField,139                                                       TypeComparators comparatorByType) {140    final Set<DualKey> visited = new HashSet<>();141    final Deque<DualKey> toCompare = initStack(a, b, parentPath, comparatorByPropertyOrField, comparatorByType);142    final List<Difference> differences = new ArrayList<>();143    while (!toCompare.isEmpty()) {144      final DualKey dualKey = toCompare.removeFirst();145      visited.add(dualKey);146      final List<String> currentPath = dualKey.getPath();147      final Object key1 = dualKey.key1;148      final Object key2 = dualKey.key2;149      if (key1 == key2) {150        continue;151      }152      if (hasCustomComparator(dualKey, comparatorByPropertyOrField, comparatorByType)) {153        if (propertyOrFieldValuesAreEqual(key1, key2, dualKey.getConcatenatedPath(),154                                          comparatorByPropertyOrField, comparatorByType))155          continue;156      }157      if (key1 == null || key2 == null) {158        differences.add(new Difference(currentPath, key1, key2));159        continue;160      }161      if (key1 instanceof Collection) {162        if (!(key2 instanceof Collection)) {163          differences.add(new Difference(currentPath, key1, key2));164          continue;165        }166      } else if (key2 instanceof Collection) {167        differences.add(new Difference(currentPath, key1, key2));168        continue;169      }170      if (key1 instanceof SortedSet) {171        if (!(key2 instanceof SortedSet)) {172          differences.add(new Difference(currentPath, key1, key2));173          continue;174        }175      } else if (key2 instanceof SortedSet) {176        differences.add(new Difference(currentPath, key1, key2));177        continue;178      }179      if (key1 instanceof SortedMap) {180        if (!(key2 instanceof SortedMap)) {181          differences.add(new Difference(currentPath, key1, key2));182          continue;183        }184      } else if (key2 instanceof SortedMap) {185        differences.add(new Difference(currentPath, key1, key2));186        continue;187      }188      if (key1 instanceof Map) {189        if (!(key2 instanceof Map)) {190          differences.add(new Difference(currentPath, key1, key2));191          continue;192        }193      } else if (key2 instanceof Map) {194        differences.add(new Difference(currentPath, key1, key2));195        continue;196      }197      // Handle all [] types. In order to be equal, the arrays must be the198      // same length, be of the same type, be in the same order, and all199      // elements within the array must be deeply equivalent.200      if (key1.getClass().isArray()) {201        if (!compareArrays(key1, key2, currentPath, toCompare, visited)) {202          differences.add(new Difference(currentPath, key1, key2));203          continue;204        }205        continue;206      }207      // Special handle SortedSets because they are fast to compare208      // because their elements must be in the same order to be equivalent Sets.209      if (key1 instanceof SortedSet) {210        if (!compareOrderedCollection((Collection<?>) key1, (Collection<?>) key2, currentPath, toCompare, visited)) {211          differences.add(new Difference(currentPath, key1, key2));212          continue;213        }214        continue;215      }216      // Check List, as element order matters this comparison is faster than using unordered comparison.217      if (key1 instanceof List) {218        if (!compareOrderedCollection((Collection<?>) key1, (Collection<?>) key2, currentPath, toCompare, visited)) {219          differences.add(new Difference(currentPath, key1, key2));220          continue;221        }222        continue;223      }224      // Handle unordered Collection.225      if (key1 instanceof Collection) {226        if (!compareUnorderedCollection((Collection<?>) key1, (Collection<?>) key2, currentPath, toCompare,227                                        visited, comparatorByPropertyOrField, comparatorByType)) {228          differences.add(new Difference(currentPath, key1, key2));229          continue;230        }231        continue;232      }233      // Compare two SortedMaps. This takes advantage of the fact that these234      // Maps can be compared in O(N) time due to their ordering.235      if (key1 instanceof SortedMap) {236        if (!compareSortedMap((SortedMap<?, ?>) key1, (SortedMap<?, ?>) key2, currentPath, toCompare, visited)) {237          differences.add(new Difference(currentPath, key1, key2));238          continue;239        }240        continue;241      }242      // Compare two Unordered Maps. This is a slightly more expensive comparison because243      // order cannot be assumed, therefore a temporary Map must be created, however the244      // comparison still runs in O(N) time.245      if (key1 instanceof Map) {246        if (!compareUnorderedMap((Map<?, ?>) key1, (Map<?, ?>) key2, currentPath, toCompare, visited)) {247          differences.add(new Difference(currentPath, key1, key2));248          continue;249        }250        continue;251      }252      if (hasCustomEquals(key1.getClass())) {253        if (!key1.equals(key2)) {254          differences.add(new Difference(currentPath, key1, key2));255          continue;256        }257        continue;258      }259      Set<String> key1FieldsNames = getFieldsNames(getDeclaredFieldsIncludingInherited(key1.getClass()));260      Set<String> key2FieldsNames = getFieldsNames(getDeclaredFieldsIncludingInherited(key2.getClass()));261      if (!key2FieldsNames.containsAll(key1FieldsNames)) {262        differences.add(new Difference(currentPath, key1, key2));263      } else {264        for (String fieldName : key1FieldsNames) {265          List<String> path = new ArrayList<>(currentPath);266          path.add(fieldName);267          DualKey dk = new DualKey(path,268                                   COMPARISON.getSimpleValue(fieldName, key1),269                                   COMPARISON.getSimpleValue(fieldName, key2));270          if (!visited.contains(dk)) {271            toCompare.addFirst(dk);272          }273        }274      }275    }276    return differences;277  }278  private static boolean hasCustomComparator(DualKey dualKey, Map<String, Comparator<?>> comparatorByPropertyOrField,279                                             TypeComparators comparatorByType) {280    String fieldName = dualKey.getConcatenatedPath();281    if (comparatorByPropertyOrField.containsKey(fieldName)) return true;282    // we know that dualKey.key1 != dualKey.key2 at this point, so one the key is not null283    Class<?> keyType = dualKey.key1 != null ? dualKey.key1.getClass() : dualKey.key2.getClass();284    return comparatorByType.get(keyType) != null;285  }286  private static Deque<DualKey> initStack(Object a, Object b, List<String> parentPath,287                                          Map<String, Comparator<?>> comparatorByPropertyOrField,288                                          TypeComparators comparatorByType) {289    Deque<DualKey> stack = new LinkedList<>();290    boolean isRootObject = parentPath == null;291    List<String> currentPath = isRootObject ? new ArrayList<String>() : parentPath;292    DualKey basicDualKey = new DualKey(currentPath, a, b);293    if (a != null && b != null && !isContainerType(a) && !isContainerType(b)294        && (isRootObject || !hasCustomComparator(basicDualKey, comparatorByPropertyOrField, comparatorByType))) {...

Source:DualKey.java

...35    }36    public List<String> getPath() {37      return path;38    }39    public String getConcatenatedPath() {40      return join(path).with(".");41    }42    43    44}...

getConcatenatedPath

Using AI Code Generation

1package org.assertj.core.internal;2import org.assertj.core.api.Assertions;3import org.junit.jupiter.api.Test;4import java.util.ArrayList;5import java.util.List;6public class DeepDifferenceTest {7    public void testGetConcatenatedPath() {8        List<String> path = new ArrayList<>();9        path.add("a");10        path.add("b");11        String result = DeepDifference.getConcatenatedPath(path);12        Assertions.assertThat(result).isEqualTo("[a][b]");13    }14}15package org.assertj.core.internal;16import org.assertj.core.api.Assertions;17import org.junit.jupiter.api.Test;18import java.util.ArrayList;19import java.util.List;20public class DeepDifferenceTest {21    public void testGetConcatenatedPath() {22        List<String> path = new ArrayList<>();23        path.add("a");24        path.add("b");25        String result = DeepDifference.getConcatenatedPath(path);26        Assertions.assertThat(result).isEqualTo("[a][b]");27    }28}29package org.assertj.core.internal;30import org.assertj.core.api.Assertions;31import org.junit.jupiter.api.Test;32import java.util.ArrayList;33import java.util.List;34public class DeepDifferenceTest {35    public void testGetConcatenatedPath() {36        List<String> path = new ArrayList<>();37        path.add("a");38        path.add("b");39        String result = DeepDifference.getConcatenatedPath(path);40        Assertions.assertThat(result).isEqualTo("[a][b]");41    }42}43package org.assertj.core.internal;44import org.assertj.core.api.Assertions;45import org.junit.jupiter.api.Test;46import java.util.ArrayList;47import java.util.List;48public class DeepDifferenceTest {49    public void testGetConcatenatedPath() {50        List<String> path = new ArrayList<>();51        path.add("a");52        path.add("b");53        String result = DeepDifference.getConcatenatedPath(path);54        Assertions.assertThat(result).isEqualTo("[a][b]");55    }56}57package org.assertj.core.internal;58import org.assertj.core.api.Assertions;59import org.junit.jupiter.api.Test;60import java.util.ArrayList;61import java.util.List;62public class DeepDifferenceTest {63    public void testGetConcatenatedPath() {64        List<String> path = new ArrayList<>();65        path.add("a");66        path.add("b");

getConcatenatedPath

Using AI Code Generation

1package org.assertj.core.internal;2import org.junit.Test;3import static org.assertj.core.api.Assertions.assertThat;4public class getConcatenatedPath_Test {5  public void should_return_the_concatenated_path() {6    String[] path = { "a", "b", "c" };7    String[] path2 = { "d", "e" };8    assertThat(DeepDifference.getConcatenatedPath(path, path2)).isEqualTo("a.b.c.d.e");9  }10}11package org.assertj.core.internal;12import org.junit.Test;13import static org.assertj.core.api.Assertions.assertThat;14public class getConcatenatedPath_Test {15  public void should_return_the_concatenated_path() {16    String[] path = { "a", "b", "c" };17    String[] path2 = { "d", "e" };18    assertThat(DeepDifference.getConcatenatedPath(path, path2)).isEqualTo("a.b.c.d.e");19  }20}21package org.assertj.core.internal;22import org.junit.Test;23import static org.assertj.core.api.Assertions.assertThat;24public class getConcatenatedPath_Test {25  public void should_return_the_concatenated_path() {26    String[] path = { "a", "b", "c" };27    String[] path2 = { "d", "e" };28    assertThat(DeepDifference.getConcatenatedPath(path, path2)).isEqualTo("a.b.c.d.e");29  }30}31package org.assertj.core.internal;32import org.junit.Test;33import static org.assertj.core.api.Assertions.assertThat;34public class getConcatenatedPath_Test {35  public void should_return_the_concatenated_path() {36    String[] path = { "a", "b", "c" };37    String[] path2 = { "d", "e" };38    assertThat(DeepDifference.getConcatenatedPath(path, path2)).isEqualTo("a.b.c.d.e");39  }40}

getConcatenatedPath

Using AI Code Generation

1import org.assertj.core.internal.DeepDifference;2import java.io.File;3import java.util.ArrayList;4import java.util.List;5import java.util.Arrays;6import java.util.Map;7import java.util.HashMap;8import java.util.Iterator;9import java.util.Set;10import java.util.HashSet;11import java.util.Stack;12import java.util.Collection;13import java.util.Collections;14import java.util.Comparator;15import java.util.Objects;16import java.util.stream.Collectors;17public class Test {18    public static void main(String[] args) {19        DeepDifference dd = new DeepDifference();20        File f1 = new File("abc");21        File f2 = new File("def");22        System.out.println(dd.getConcatenatedPath(f1, f2));23    }24}25import org.assertj.core.internal.DeepDifference;26import java.io.File;27import java.util.ArrayList;28import java.util.List;29import java.util.Arrays;30import java.util.Map;31import java.util.HashMap;32import java.util.Iterator;33import java.util.Set;34import java.util.HashSet;35import java.util.Stack;36import java.util.Collection;37import java.util.Collections;38import java.util.Comparator;39import java.util.Objects;40import java.util.stream.Collectors;41public class Test {42    public static void main(String[] args) {43        DeepDifference dd = new DeepDifference();44        File f1 = new File("abc");45        File f2 = new File("def");46        System.out.println(dd.getConcatenatedPath(f2, f1));47    }48}49import org.assertj.core.internal.DeepDifference;50import java.io.File;51import java.util.ArrayList;52import java.util.List;53import java.util.Arrays;54import java.util.Map;55import java.util.HashMap;56import java.util.Iterator;57import java.util.Set;58import java.util.HashSet;59import java.util.Stack;60import java.util.Collection;61import java.util.Collections;62import java.util.Comparator;63import java.util.Objects;64import java.util.stream.Collectors;65public class Test {66    public static void main(String[] args) {67        DeepDifference dd = new DeepDifference();68        File f1 = new File("abc");69        File f2 = new File("def");70        System.out.println(dd.getConcatenatedPath(f1, f

getConcatenatedPath

Using AI Code Generation

1package test;2import org.assertj.core.internal.DeepDifference;3import java.util.Arrays;4public class Test {5    public static void main(String[] args) {6        DeepDifference deepDifference = new DeepDifference();7        String[] path = {"a", "b", "c"};8        System.out.println(deepDifference.getConcatenatedPath(path));9    }10}11package test;12import org.assertj.core.internal.DeepDifference;13import java.util.Arrays;14public class Test {15    public static void main(String[] args) {16        DeepDifference deepDifference = new DeepDifference();17        String[] path = {"a", "b", "c"};18        System.out.println(deepDifference.getConcatenatedPath(path));19    }20}21package test;22import org.assertj.core.internal.DeepDifference;23import java.util.Arrays;24public class Test {25    public static void main(String[] args) {26        DeepDifference deepDifference = new DeepDifference();27        String[] path = {"a", "b", "c"};28        System.out.println(deepDifference.getConcatenatedPath(path));29    }30}31package test;32import org.assertj.core.internal.DeepDifference;33import java.util.Arrays;34public class Test {35    public static void main(String[] args) {36        DeepDifference deepDifference = new DeepDifference();37        String[] path = {"a", "b", "c"};38        System.out.println(deepDifference.getConcatenatedPath(path));39    }40}41package test;42import org.assertj.core.internal.DeepDifference;43import java.util.Arrays;44public class Test {45    public static void main(String[] args) {46        DeepDifference deepDifference = new DeepDifference();47        String[] path = {"a", "b", "c"};48        System.out.println(deepDifference.getConcatenatedPath(path));49    }50}

getConcatenatedPath

Using AI Code Generation

1import org.assertj.core.internal.DeepDifference;2import org.assertj.core.internal.Delta;3public class Test {4	public static void main(String[] args) {5		DeepDifference dd = new DeepDifference();6		String[] s = {"a", "b", "c"};7		String path = dd.getConcatenatedPath(s);8		System.out.println(path);9	}10}

getConcatenatedPath

Using AI Code Generation

1package org.assertj.core.internal;2import java.util.Arrays;3import java.util.List;4import org.assertj.core.api.AssertionInfo;5import org.assertj.core.util.introspection.PropertyOrFieldSupport;6public class DeepDifference {7  private final ComparisonStrategy comparisonStrategy;8  private final PropertyOrFieldSupport propertyOrFieldSupport = new PropertyOrFieldSupport();9  public DeepDifference(ComparisonStrategy comparisonStrategy) {10    this.comparisonStrategy = comparisonStrategy;11  }12  public List<Difference> diff(Object actual, Object expected) {13    return diff(actual, expected, null);14  }15  private List<Difference> diff(Object actual, Object expected, String path) {16    if (actual == null && expected == null) return Arrays.asList();17    if (actual == null || expected == null) return Arrays.asList(new Difference(path, actual, expected));18    if (actual.getClass() != expected.getClass()) return Arrays.asList(new Difference(path, actual, expected));19    if (actual instanceof Iterable) return diff((Iterable<?>) actual, (Iterable<?>) expected, path);20    if (actual instanceof Object[]) return diff((Object[]) actual, (Object[]) expected, path);21    if (actual instanceof Boolean) return diff((Boolean) actual, (Boolean) expected, path);22    if (actual instanceof Byte) return diff((Byte) actual, (Byte) expected, path);23    if (actual instanceof Character) return diff((Character) actual, (Character) expected, path);24    if (actual instanceof Short) return diff((Short) actual, (Short) expected, path);25    if (actual instanceof Integer) return diff((Integer) actual, (Integer) expected, path);26    if (actual instanceof Long) return diff((Long) actual, (Long) expected, path);27    if (actual instanceof Float) return diff((Float) actual, (Float) expected, path);28    if (actual instanceof Double) return diff((Double) actual, (Double) expected, path);29    if (actual instanceof String) return diff((String) actual, (String) expected, path);30    List<String> fields = propertyOrFieldSupport.comparableFieldsOf(actual.getClass());31    List<Difference> differences = Arrays.asList();32    for (String field : fields) {33      Object actualValue = propertyOrFieldSupport.propertyOrFieldValue(field, actual);34      Object expectedValue = propertyOrFieldSupport.propertyOrFieldValue(field, expected);35      differences = concatenate(differences

getConcatenatedPath

Using AI Code Generation

1public class DeepDifferenceTest {2    public static void main(String[] args) {3        DeepDifference deepDifference = new DeepDifference();4        Object obj1 = new Object();5        Object obj2 = new Object();6        String path = deepDifference.getConcatenatedPath(obj1, obj2);7        System.out.println(path);8    }9}

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