/** * Creates a multi line JSON like string representation from a Collection. * * @param map The Map to create the string from * @return The String representation of the Map */ public static String toString(Collection<? extends Object> collection) { return toString(collection, Collections.emptyList()); }
builder.append(NULL); } else { if(isTraversable(value) && parentStack.contains(value)) { processParent(parentStack, builder, value); } else if(value == array){ builder.append(THIS); } else { processValue(array, value, null, parentStack, builder, filterKeys);
builder.append(NULL); } else { if(isTraversable(value) && parentStack.contains(value)) { processParent(parentStack, builder, value); } else if(value == array){ builder.append(THIS); } else { processValue(array, value, null, parentStack, builder, filterKeys);
builder.append(NULL); } else { if(isTraversable(value) && parentStack.contains(value)) { processParent(parentStack, builder, value); } else if(value == array){ builder.append(THIS); } else { processValue(array, value, null, parentStack, builder, filterKeys);
/** * Creates a multi line JSON like string representation from an Array * * @param map The Map to create the string from * @return The String representation of the Map */ public static String toString(Object[] array) { return toString(array, Collections.emptyList()); }
builder.append(NULL); } else { if(isTraversable(value) && parentStack.contains(value)) { processParent(parentStack, builder, value); } else if(value == collection){ builder.append(THIS); } else { processValue(collection, value, null, parentStack, builder, filterKeys);
/** * Creates a multi line JSON like string representation from a Collection. * * @param map The Map to create the string from * @return The String representation of the Map */ public static String toString(Collection<? extends Object> collection) { return toString(collection, Collections.emptyList()); }
builder.append(NULL); } else { if(isTraversable(value) && parentStack.contains(value)) { processParent(parentStack, builder, value); } else if(value == array){ builder.append(THIS); } else { processValue(array, value, null, parentStack, builder, filterKeys);
/** * Creates a multi line JSON like string representation from a Map * * @param map The Map to create the string from * @return The String representation of the Map */ public static String toString(Map<? extends Object, ? extends Object> map) { return toString(map, Collections.emptyList()); }
builder.append(NULL); } else { if(isTraversable(value) && parentStack.contains(value)) { processParent(parentStack, builder, value); } else if(value == collection){ builder.append(THIS); } else { processValue(collection, value, null, parentStack, builder, filterKeys);
/** * Creates a multi line JSON like string representation from a Collection. * * @param map The Map to create the string from * @return The String representation of the Map */ public static String toString(Collection<? extends Object> collection) { return toString(collection, Collections.emptyList()); }
builder.append(NULL); } else { if(isTraversable(value) && parentStack.contains(value)) { processParent(parentStack, builder, value); } else if(value == collection){ builder.append(THIS); } else { processValue(collection, value, null, parentStack, builder, filterKeys);
/** * Creates a multi line JSON like string representation from a Map * * @param map The Map to create the string from * @return The String representation of the Map */ public static String toString(Map<? extends Object, ? extends Object> map) { return toString(map, Collections.emptyList()); }
builder.append(NULL); } else { if(isTraversable(value) && parentStack.contains(value)) { processParent(parentStack, builder, value); } else if(value == collection){ builder.append(THIS); } else { processValue(collection, value, null, parentStack, builder, filterKeys);
/** * Creates a multi line JSON like string representation from a Map * * @param map The Map to create the string from * @return The String representation of the Map */ public static String toString(Map<? extends Object, ? extends Object> map) { return toString(map, Collections.emptyList()); }
builder.append(NULL); } else { if(isTraversable(value) && parentStack.contains(value)) { processParent(parentStack, builder, value); } else if(value == map){ builder.append(THIS); } else { processValue(map, value, key, parentStack, builder, filterKeys);
/** * Creates a multi line JSON like string representation from a Map * * @param map The Map to create the string from * @return The String representation of the Map */ public static String toString(Map<? extends Object, ? extends Object> map) { return toString(map, Collections.emptyList()); }
builder.append(NULL); } else { if(isTraversable(value) && parentStack.contains(value)) { processParent(parentStack, builder, value); } else if(value == map){ builder.append(THIS); } else { processValue(map, value, key, parentStack, builder, filterKeys);
/** * Creates a multi line JSON like string representation from an Array * * @param map The Map to create the string from * @return The String representation of the Map */ public static String toString(Object[] array) { return toString(array, Collections.emptyList()); }
builder.append(NULL); } else { if(isTraversable(value) && parentStack.contains(value)) { processParent(parentStack, builder, value); } else if(value == map){ builder.append(THIS); } else { processValue(map, value, key, parentStack, builder, filterKeys);