# encoding: UTF-8 require './test_helper' require 'test/unit' class TestSchema < Test::Unit::TestCase def setup file = File.join(File.dirname(__FILE__), 'model/shiporder.xml') @doc = XML::Document.file(file) end def teardown @doc = nil end def schema document = XML::Document.file(File.join(File.dirname(__FILE__), 'model/shiporder.xsd')) XML::Schema.document(document) end def check_error(error) assert_not_nil(error) assert(error.message.match(/Error: Element 'invalid': This element is not expected. Expected is \( item \)/)) assert_kind_of(XML::Error, error) assert_equal(XML::Error::SCHEMASV, error.domain) assert_equal(XML::Error::SCHEMAV_ELEMENT_CONTENT, error.code) assert_equal(XML::Error::ERROR, error.level) assert(error.file.match(/shiporder.xml/)) if error.file assert_nil(error.str1) assert_nil(error.str2) assert_nil(error.str3) assert_equal(0, error.int1) assert_equal(0, error.int2) end def test_load_from_doc assert_instance_of(XML::Schema, schema) end def test_doc_valid assert(@doc.validate_schema(schema)) end def test_doc_invalid new_node = XML::Node.new('invalid', 'this will mess up validation') @doc.root << new_node error = assert_raise(XML::Error) do @doc.validate_schema(schema) end check_error(error) assert_nil(error.line) assert_not_nil(error.node) assert_equal('invalid', error.node.name) end def test_reader_valid reader = XML::Reader.string(@doc.to_s) assert(reader.schema_validate(schema)) while reader.read end end def test_reader_invalid # Set error handler errors = Array.new XML::Error.set_handler do |error| errors << error end new_node = XML::Node.new('invalid', 'this will mess up validation') @doc.root << new_node reader = XML::Reader.string(@doc.to_s) # Set a schema assert(reader.schema_validate(schema)) while reader.read end assert_equal(1, errors.length) error = errors.first check_error(error) assert_equal(21, error.line) ensure XML::Error.set_handler(&LibXML::XML::Error::VERBOSE_HANDLER) end # Schema meta-data tests def test_elements assert_instance_of(Hash, schema.elements) assert_equal(1, schema.elements.length) assert_instance_of(XML::Schema::Element, schema.elements['shiporder']) end def test_types assert_instance_of(Hash, schema.types) assert_equal(1, schema.types.length) assert_instance_of(XML::Schema::Type, schema.types['shiporder']) end def test_schema_type type = schema.types['shiporder'] assert_equal('shiporder', type.name) assert_equal(nil, type.namespace) assert_equal("Shiporder type documentation", type.annotation) assert_instance_of(XML::Node, type.node) assert_equal(XML::Schema::Types::XML_SCHEMA_TYPE_COMPLEX, type.kind) assert_instance_of(XML::Schema::Type, type.base) assert_equal("anyType", type.base.name) assert_equal(XML::Schema::Types::XML_SCHEMA_TYPE_BASIC, type.base.kind) assert_instance_of(Hash, type.elements) assert_equal(3, type.elements.length) end def test_schema_element element = schema.types['shiporder'].elements['orderperson'] assert_equal('orderperson', element.name) assert_equal(nil, element.namespace) assert_equal("orderperson element documentation", element.annotation) assert_equal(1, element.min_occurs) assert_equal(1, element.max_occurs) element = schema.types['shiporder'].elements['item'] assert_equal(Float::INFINITY, element.max_occurs) element = schema.types['shiporder'].elements['item'].type.elements['note'] assert_equal(0, element.min_occurs) assert_equal('string', element.type.name) end def test_schema_attributes type = schema.types['shiporder'] assert_instance_of(Array, type.attributes) assert_equal(2, type.attributes.length) assert_instance_of(XML::Schema::Attribute, type.attributes.first) end def test_schema_attribute attribute = schema.types['shiporder'].attributes.first assert_equal("orderid", attribute.name) assert_equal(nil, attribute.namespace) assert_equal(1, attribute.occurs) assert_equal('string', attribute.type.name) attribute = schema.types['shiporder'].attributes[1] assert_equal(2, attribute.occurs) assert_equal('1', attribute.default) assert_equal('integer', attribute.type.name) end end