org.everit.json.schema.BooleanSchema Java Examples

private Schema.Builder<?> loadForExplicitType(String typeString) {
    switch (typeString) {
    case "string":
        return buildStringSchema().requiresString(true);
    case "integer":
        return buildNumberSchema().requiresInteger(true);
    case "number":
        return buildNumberSchema();
    case "boolean":
        return BooleanSchema.builder();
    case "null":
        return NullSchema.builder();
    case "array":
        return buildArraySchema();
    case "object":
        return buildObjectSchema();
    default:
        throw new SchemaException(schemaJson.ls.locationOfCurrentObj(), format("unknown type: [%s]", typeString));
    }
}
 

@Override
public void visitBooleanSchema(BooleanSchemaWrapper schema) {
    Schema subschema = getCompatibleSubschemaOrOriginal(original, schema); // In case of enum

    if (subschema instanceof FalseSchema)
        return; // FalseSchema matches nothing

    if (!(subschema instanceof BooleanSchema)) {
        ctx.addDifference(SUBSCHEMA_TYPE_CHANGED, subschema, schema);
        return;
    }
    schema.accept(new BooleanSchemaDiffVisitor(ctx, (BooleanSchema) subschema));
}
 

public static SchemaWrapper wrap(Schema schema) {
    if (schema == null)
        return null;

    if (schema instanceof ObjectSchema) {
        return new ObjectSchemaWrapper((ObjectSchema) schema);
    } else if (schema instanceof ArraySchema) {
        return new ArraySchemaWrapper((ArraySchema) schema);
    } else if (schema instanceof StringSchema) {
        return new StringSchemaWrapper((StringSchema) schema);
    } else if (schema instanceof EmptySchema && !(schema instanceof TrueSchema)) {
        return new EmptySchemaWrapper((EmptySchema) schema);
    } else if (schema instanceof TrueSchema) {
        return new TrueSchemaWrapper((TrueSchema) schema);
    } else if (schema instanceof FalseSchema) {
        return new FalseSchemaWrapper((FalseSchema) schema);
    } else if (schema instanceof BooleanSchema) {
        return new BooleanSchemaWrapper((BooleanSchema) schema);
    } else if (schema instanceof ConstSchema) {
        return new ConstSchemaWrapper((ConstSchema) schema);
    } else if (schema instanceof EnumSchema) {
        return new EnumSchemaWrapper((EnumSchema) schema);
    } else if (schema instanceof NullSchema) {
        return new NullSchemaWrapper((NullSchema) schema);
    } else if (schema instanceof NotSchema) {
        return new NotSchemaWrapper((NotSchema) schema);
    } else if (schema instanceof ReferenceSchema) {
        return new ReferenceSchemaWrapper((ReferenceSchema) schema);
    } else if (schema instanceof CombinedSchema) {
        return new CombinedSchemaWrapper((CombinedSchema) schema);
    } else if (schema instanceof ConditionalSchema) {
        return new ConditionalSchemaWrapper((ConditionalSchema) schema);
    } else if (schema instanceof NumberSchema) {
        return new NumberSchemaWrapper((NumberSchema) schema);
    } else {
        throw new IllegalStateException("No wrapper for an underlying schema type '" + schema.getClass() + "': " + schema);
    }
}
 

private void handleEndOfPath(ObjectSchema.Builder builder, String propertyName, FieldDescriptor fieldDescriptor) {

        if (fieldDescriptor.isIgnored()) {
            // We don't need to render anything
        } else {
            if (isRequired(fieldDescriptor)) {
                builder.addRequiredProperty(propertyName);
            }
            if (fieldDescriptor.getType().equals(JsonFieldType.NULL) || fieldDescriptor.getType().equals(JsonFieldType.VARIES)) {
                builder.addPropertySchema(propertyName, NullSchema.builder()
                        .description((String) fieldDescriptor.getDescription())
                        .build());
            } else if (fieldDescriptor.getType().equals(JsonFieldType.OBJECT)) {
                builder.addPropertySchema(propertyName, ObjectSchema.builder()
                        .description((String) fieldDescriptor.getDescription())
                        .build());

            } else if (fieldDescriptor.getType().equals(JsonFieldType.ARRAY)) {
                builder.addPropertySchema(propertyName, ArraySchema.builder()
                        .description((String) fieldDescriptor.getDescription())
                        .build());
            } else if (fieldDescriptor.getType().equals(JsonFieldType.BOOLEAN)) {
                builder.addPropertySchema(propertyName, BooleanSchema.builder()
                        .description((String) fieldDescriptor.getDescription())
                        .build());
            } else if (fieldDescriptor.getType().equals(JsonFieldType.NUMBER)) {
                builder.addPropertySchema(propertyName, NumberSchema.builder()
                        .description((String) fieldDescriptor.getDescription())
                        .build());
            } else if (fieldDescriptor.getType().equals(JsonFieldType.STRING)) {
                builder.addPropertySchema(propertyName, StringSchema.builder()
                        .minLength(minLengthString(fieldDescriptor))
                        .maxLength(maxLengthString(fieldDescriptor))
                        .description((String) fieldDescriptor.getDescription())
                        .build());
            } else {
                throw new IllegalArgumentException("unknown field type " + fieldDescriptor.getType());
            }
        }
    }
 

@Test
public void multipleCombinedSchemasAtTheSameNestingLevel() {
    SchemaLoader defaultLoader = SchemaLoader.builder().schemaJson(get("multipleKeywords")).build();
    JsonObject json = JsonValue.of(get("multipleKeywords")).requireObject();
    new LoadingState(LoaderConfig.defaultV4Config(), emptyMap(), json, json, null, SchemaLocation.empty());
    CombinedSchemaLoader subject = new CombinedSchemaLoader(defaultLoader);
    Set<Schema> actual = new HashSet<>(
            subject.extract(json).extractedSchemas.stream().map(builder -> builder.build()).collect(toList()));
    HashSet<CombinedSchema> expected = new HashSet<>(asList(
            CombinedSchema.allOf(singletonList(BooleanSchema.INSTANCE)).build(),
            CombinedSchema.anyOf(singletonList(StringSchema.builder().build())).build()
    ));
    assertEquals(expected, actual);
}
 

@Test
public void tupleSchema() {
    ArraySchema actual = (ArraySchema) SchemaLoader.load(get("tupleSchema"));
    assertFalse(actual.permitsAdditionalItems());
    assertNull(actual.getAllItemSchema());
    assertEquals(2, actual.getItemSchemas().size());
    assertEquals(BooleanSchema.INSTANCE, actual.getItemSchemas().get(0));
    assertEquals(NullSchema.INSTANCE, actual.getItemSchemas().get(1));
}
 

@Test
public void definesPropertyIfSubschemaMatchCountIsAcceptedByCriterion() {
    CombinedSchema subject = CombinedSchema.builder()
            .subschema(ObjectSchema.builder().addPropertySchema("a", BooleanSchema.INSTANCE).build())
            .subschema(ObjectSchema.builder().addPropertySchema("b", BooleanSchema.INSTANCE).build())
            .criterion((subschemaCount, matchingSubschemaCount) -> {
                if (matchingSubschemaCount == 1 && subschemaCount == 2) {
                    // dummy exception
                    throw new ValidationException(Object.class, new Object());
                }
            })
            .build();
    assertFalse(subject.definesProperty("a"));
}
 

public BooleanSchemaDiffVisitor(DiffContext ctx, BooleanSchema original) {
    this.ctx = ctx;
    this.original = original;
}
 

public BooleanSchemaWrapper(BooleanSchema wrapped) {
    this.wrapped = wrapped;
}
 

@Test
public void booleanSchema() {
    BooleanSchema actual = (BooleanSchema) SchemaLoader.load(get("booleanSchema"));
    assertNotNull(actual);
}