Java Code Examples for io.swagger.v3.oas.models.media.Schema#setMinimum()

protected void applyNumberAnnotation(Schema<?> schema, Annotation annotation) {
    if (annotation instanceof DecimalMin) {
        schema.setMinimum(new BigDecimal(((DecimalMin) annotation).value()));
    } else if (annotation instanceof DecimalMax) {
        schema.setMaximum(new BigDecimal(((DecimalMax) annotation).value()));
    } else if (annotation instanceof Min) {
        schema.setMinimum(BigDecimal.valueOf(((Min) annotation).value()));
    } else if (annotation instanceof Max) {
        schema.setMaximum(BigDecimal.valueOf(((Max) annotation).value()));
    }
}
 

@Test
public void testValidIntegerMinimum() throws Exception {
    QueryParameter parameter = new QueryParameter();
    parameter.setName("test");
    Schema schema = new Schema();
    schema.setMinimum(new BigDecimal("10.0"));
    parameter.setSchema(schema);

    converter.validate(new Integer(11), parameter);
}
 

@Test(expectedExceptions = ValidationException.class)
public void testInvalidIntegerMinimum() throws Exception {
    QueryParameter parameter = new QueryParameter();
    parameter.setName("test");
    Schema schema = new Schema();
    schema.setMinimum(new BigDecimal("10.0"));
    parameter.setSchema(schema);

    converter.validate(new Integer(9), parameter);
}
 

@Test
public void testEqualIntegerMinimum() throws Exception {
    QueryParameter parameter = new QueryParameter();
    parameter.setName("test");
    Schema schema = new Schema();
    schema.setMinimum(new BigDecimal("10.0"));
    parameter.setSchema(schema);

    converter.validate(new Integer(10), parameter);
}
 

@Test
public void testValidIntegerExclusiveMinimum() throws Exception {
    QueryParameter parameter = new QueryParameter();
    parameter.setName("test");
    Schema schema = new Schema();
    schema.setMinimum(new BigDecimal("10.0"));
    schema.setExclusiveMinimum(true);
    parameter.setSchema(schema);

    InputConverter.getInstance().validate(new Integer(11), parameter);
}
 

@Test(expectedExceptions = ValidationException.class)
public void testInvalidIntegerExclusiveMinimumEquality() throws Exception {
    QueryParameter parameter = new QueryParameter();
    parameter.setName("test");
    Schema schema = new Schema();
    schema.setMinimum(new BigDecimal("10.0"));
    schema.setExclusiveMinimum(true);
    parameter.setSchema(schema);

    InputConverter.getInstance().validate(new Integer(10), parameter);
}
 

public static Schema mergeSchema(Schema thisSchema, Schema thatSchema) {
  if (thatSchema == null) {
    return thisSchema;
  }
  // Overwriting `implementation` is explicitly disallowed
  // Overwriting `not` is explicitly disallowed
  // Overwriting `oneOf` is explicitly disallowed
  // Overwriting `anyOf` is explicitly disallowed
  // Overwriting `allOf` is explicitly disallowed
  // Overwriting `name` is explicitly disallowed
  if (thatSchema.getTitle() != null) {
    thisSchema.setTitle(thatSchema.getTitle());
  }
  // Overwriting `multipleOf` is explicitly disallowed
  if (thatSchema.getMaximum() != null) {
    thisSchema.setMaximum(thatSchema.getMaximum());
  }
  if (thatSchema.getExclusiveMaximum() != null) {
    thisSchema.setExclusiveMaximum(thatSchema.getExclusiveMaximum());
  }

  if (thatSchema.getMinimum() != null) {
    thisSchema.setMinimum(thatSchema.getMinimum());
  }
  if (thatSchema.getExclusiveMinimum() != null) {
    thisSchema.setExclusiveMinimum(thatSchema.getExclusiveMinimum());
  }
  if (thatSchema.getMaxLength() != null) {
    thisSchema.setMaxLength(thatSchema.getMaxLength());
  }
  if (thatSchema.getMinLength() != null) {
    thisSchema.setMinLength(thatSchema.getMinLength());
  }
  if (thatSchema.getPattern() != null) {
    thisSchema.setPattern(thatSchema.getPattern());
  }
  if (thatSchema.getMaxProperties() != null) {
    thisSchema.setMaxProperties(thatSchema.getMaxProperties());
  }
  if (thatSchema.getMinProperties() != null) {
    thisSchema.setMinProperties(thatSchema.getMinProperties());
  }
  // RequiredProperties
  if (thatSchema.getRequired() != null) {
    thisSchema.setRequired(thatSchema.getRequired());
  }
  // Overwriting `name` is explicitly disallowed
  if (thatSchema.getDescription() != null) {
    thisSchema.setDescription(thatSchema.getDescription());
  }
  if (thatSchema.getFormat() != null) {
    thisSchema.setFormat(thatSchema.getFormat());
  }
  // Overwriting `ref` is explicitly disallowed
  if (thatSchema.getNullable() != null) {
    thisSchema.setNullable(thatSchema.getNullable());
  }
  // Overwriting `AccessMode` is explicitly disallowed
  if (thatSchema.getExample() != null) {
    thisSchema.setExample(thatSchema.getExample());
  }
  if (thatSchema.getExternalDocs() != null) {
    thisSchema.setExternalDocs(thatSchema.getExternalDocs());
  }
  if (thatSchema.getDeprecated() != null) {
    thisSchema.setDeprecated(thatSchema.getDeprecated());
  }
  if (thatSchema.getType() != null) {
    thisSchema.setType(thatSchema.getType());
  }
  if (thatSchema.getEnum() != null) {
    thisSchema.setEnum(thatSchema.getEnum());
  }
  if (thatSchema.getDefault() != null) {
    thisSchema.setDefault(thatSchema.getDefault());
  }
  // Overwriting `discriminator` is explicitly disallowed
  // Overwriting `hidden` is explicitly disallowed
  // Overwriting `subTypes` is explicitly disallowed
  if (thatSchema.getExtensions() != null) {
    thisSchema.setExtensions(thatSchema.getExtensions());
  }
  return thisSchema;
}
 

/**
 * Returns a new schema that validates any instance that satisfies both the base schema and the additional schema.
 * Throws an exception if a consistent combination is not possible.
 */
@SuppressWarnings("rawtypes")
private static Schema<?> combineNumericSchemas( OpenApiContext context, Schema<?> base, Schema<?> additional)
  {
  Schema combined = combineGenericSchemas( context, base, additional);

  // Combine maximum
  combined.setMaximum(
    base.getMaximum() == null?
    additional.getMaximum() :

    additional.getMaximum() == null?
    base.getMaximum() :

    base.getMaximum().compareTo( additional.getMaximum()) < 0?
    base.getMaximum() :

    additional.getMaximum());
  
  // Combine minimum
  combined.setMinimum(
    base.getMinimum() == null?
    additional.getMinimum() :

    additional.getMinimum() == null?
    base.getMinimum() :

    base.getMinimum().compareTo( additional.getMinimum()) > 0?
    base.getMinimum() :

    additional.getMinimum());
  
  // Combine exclusiveMaximum
  combined.setExclusiveMaximum(
    base.getExclusiveMaximum() == null?
    additional.getExclusiveMaximum() :

    additional.getExclusiveMaximum() == null?
    base.getExclusiveMaximum() :

    combineAssertions( "exclusiveMaximum: %s", base.getExclusiveMaximum(), additional.getExclusiveMaximum()));

    
  // Combine exclusiveMinimum
  combined.setExclusiveMinimum(
    base.getExclusiveMinimum() == null?
    additional.getExclusiveMinimum() :

    additional.getExclusiveMinimum() == null?
    base.getExclusiveMinimum() :

    combineAssertions( "exclusiveMinimum: %s", base.getExclusiveMinimum(), additional.getExclusiveMinimum()));

  // Combine multipleOf
  combined.setMultipleOf(
    base.getMultipleOf() == null?
    additional.getMultipleOf() :

    additional.getMultipleOf() == null?
    base.getMultipleOf() :

    combineMultipleOf( base.getMultipleOf(), additional.getMultipleOf())); 

  // Combine not multipleOfs
  setNotMultipleOfs( combined, getNotMultipleOfs( base));
  addNotMultipleOfs( combined, getNotMultipleOfs( additional));

  Optional.ofNullable( combined.getMultipleOf())
    .flatMap( m -> Optional.ofNullable( getNotMultipleOfs( combined)).flatMap( nms -> nms.stream().filter( nm -> isMultipleOf( m, nm)).findFirst()))
    .ifPresent( nm -> {
      throw inconsistentNotAssertion( "multipleOf: %s", combined.getMultipleOf(), nm);
      });

  return combined;
  }