LayoutTests/imported/w3c/web-platform-tests/domparsing/XMLSerializer-serializeToString.html - WebKit - Git at Google

 <!DOCTYPE HTML>
 <meta charset=utf-8>
 <html>
  <head>
   <title>domparsing Test: XMLSerializer.serializeToString</title>
   <script src="/resources/testharness.js"></script>
   <script src="/resources/testharnessreport.js"></script>
  </head>
  <body>
     <h1>domparsing_XMLSerializer_serializeToString</h1>
   <script>
 const XMLNS_URI = 'http://www.w3.org/2000/xmlns/';

 function createXmlDoc(){
   var input = '<?xml version="1.0" encoding="UTF-8"?><root><child1>value1</child1></root>';
   var parser = new DOMParser();
   return parser.parseFromString(input, 'text/xml');
 }

 // Returns the root element.
 function parse(xmlString) {
   return (new DOMParser()).parseFromString(xmlString, 'text/xml').documentElement;
 }

 function serialize(node) {
   return (new XMLSerializer()).serializeToString(node);
 }

 test(function() {
   var root = createXmlDoc().documentElement;
   assert_equals(serialize(root), '<root><child1>value1</child1></root>');
 }, 'check XMLSerializer.serializeToString method could parsing xmldoc to string');

 test(function() {
   var root = createXmlDoc().documentElement;
   var element = root.ownerDocument.createElementNS('urn:foo', 'another');
   var child1 = root.firstChild;
   root.replaceChild(element, child1);
   element.appendChild(child1);
   assert_equals(serialize(root), '<root><another xmlns="urn:foo"><child1 xmlns="">value1</child1></another></root>');
 }, 'Check if the default namespace is correctly reset.');

 test(function() {
   var root = parse('<root xmlns="urn:bar"><outer xmlns=""><inner>value1</inner></outer></root>');
   assert_equals(serialize(root), '<root xmlns="urn:bar"><outer xmlns=""><inner>value1</inner></outer></root>');
 }, 'Check if there is no redundant empty namespace declaration.');

 test(function() {
   assert_equals(serialize(parse('<root><child xmlns=""/></root>')),
                 '<root><child/></root>');
   assert_equals(serialize(parse('<root xmlns=""><child xmlns=""/></root>')),
                 '<root><child/></root>');
   assert_equals(serialize(parse('<root xmlns="u1"><child xmlns="u1"/></root>')),
                 '<root xmlns="u1"><child/></root>');
 }, 'Check if redundant xmlns="..." is dropped.');

 test(function() {
   const root = parse('<root xmlns="uri1"/>');
   const child = root.ownerDocument.createElement('child');
   child.setAttributeNS(XMLNS_URI, 'xmlns', 'FAIL1');
   root.appendChild(child);
   const child2 = root.ownerDocument.createElementNS('uri2', 'child2');
   child2.setAttributeNS(XMLNS_URI, 'xmlns', 'FAIL2');
   root.appendChild(child2);
   const child3 = root.ownerDocument.createElementNS('uri1', 'child3');
   child3.setAttributeNS(XMLNS_URI, 'xmlns', 'FAIL3');
   root.appendChild(child3);
   const child4 = root.ownerDocument.createElementNS('uri4', 'child4');
   child4.setAttributeNS(XMLNS_URI, 'xmlns', 'uri4');
   root.appendChild(child4);
   const child5 = root.ownerDocument.createElement('child5');
   child5.setAttributeNS(XMLNS_URI, 'xmlns', '');
   root.appendChild(child5);
   assert_equals(serialize(root), '<root xmlns="uri1"><child xmlns=""/><child2 xmlns="uri2"/><child3/><child4 xmlns="uri4"/><child5 xmlns=""/></root>');
 }, 'Check if inconsistent xmlns="..." is dropped.');

 test(function() {
   let root = parse('<r xmlns:xx="uri"></r>');
   root.setAttributeNS('uri', 'name', 'v');
   assert_equals(serialize(root), '<r xmlns:xx="uri" xx:name="v"/>');

   let root2 = parse('<r xmlns:xx="uri"><b/></r>');
   let child = root2.firstChild;
   child.setAttributeNS('uri', 'name', 'v');
   assert_equals(serialize(root2), '<r xmlns:xx="uri"><b xx:name="v"/></r>');

   let root3 = parse('<r xmlns:x0="uri" xmlns:x2="uri"><b xmlns:x1="uri"/></r>');
   let child3 = root3.firstChild;
   child3.setAttributeNS('uri', 'name', 'v');
   assert_equals(serialize(root3),
                 '<r xmlns:x0="uri" xmlns:x2="uri"><b xmlns:x1="uri" x1:name="v"/></r>',
                 'Should choose the nearest prefix');
 }, 'Check if an attribute with namespace and no prefix is serialized with the nearest-declared prefix');

 test(function() {
   let root = parse('<el1 xmlns:p="u1" xmlns:q="u1"><el2 xmlns:q="u2"/></el1>');
   root.firstChild.setAttributeNS('u1', 'name', 'v');
   assert_equals(serialize(root),
                 '<el1 xmlns:p="u1" xmlns:q="u1"><el2 xmlns:q="u2" q:name="v"/></el1>');
   // Maybe this is a specification error.
 }, 'Check if an attribute with namespace and no prefix is serialized with the nearest-declared prefix even if the prefix is assigned to another namespace.');

 test(function() {
   let root = parse('<r xmlns:xx="uri"></r>');
   root.setAttributeNS('uri', 'p:name', 'v');
   assert_equals(serialize(root), '<r xmlns:xx="uri" xx:name="v"/>');

   let root2 = parse('<r xmlns:xx="uri"><b/></r>');
   let child = root2.firstChild;
   child.setAttributeNS('uri', 'p:name', 'value');
   assert_equals(serialize(root2),
                 '<r xmlns:xx="uri"><b xx:name="value"/></r>');
 }, 'Check if the prefix of an attribute is replaced with another existing prefix mapped to the same namespace URI.');

 test(function() {
   let root = parse('<r xmlns:xx="uri"></r>');
   root.setAttributeNS('uri2', 'p:name', 'value');
   assert_equals(serialize(root),
                 '<r xmlns:xx="uri" xmlns:ns1="uri2" ns1:name="value"/>');
 }, 'Check if the prefix of an attribute is NOT preserved in a case where neither its prefix nor its namespace URI is not already used.');

 test(function() {
   let root = parse('<r xmlns:xx="uri"></r>');
   root.setAttributeNS('uri2', 'xx:name', 'value');
   assert_equals(serialize(root),
                 '<r xmlns:xx="uri" xmlns:ns1="uri2" ns1:name="value"/>');
 }, 'Check if the prefix of an attribute is replaced with a generated one in a case where the prefix is already mapped to a different namespace URI.');

 test(function() {
   var root = parse('<root />');
   root.setAttribute('attr', '\t');
   assert_in_array(serialize(root), [
     '<root attr="&#9;"/>', '<root attr="&#x9;"/>']);
   root.setAttribute('attr', '\n');
   assert_in_array(serialize(root), [
     '<root attr="&#xA;"/>', '<root attr="&#10;"/>']);
   root.setAttribute('attr', '\r');
   assert_in_array(serialize(root), [
     '<root attr="&#xD;"/>', '<root attr="&#13;"/>']);
 }, 'check XMLSerializer.serializeToString escapes attribute values for roundtripping');

 test(function() {
   const root = (new Document()).createElement('root');
   root.setAttributeNS('uri1', 'p:foobar', 'value1');
   root.setAttributeNS(XMLNS_URI, 'xmlns:p', 'uri2');
   assert_equals(serialize(root), '<root xmlns:ns1="uri1" ns1:foobar="value1" xmlns:p="uri2"/>');
 }, 'Check if attribute serialization takes into account of following xmlns:* attributes');

 test(function() {
   const root = parse('<root xmlns:p="uri1"><child/></root>');
   root.firstChild.setAttributeNS('uri2', 'p:foobar', 'v');
   assert_equals(serialize(root), '<root xmlns:p="uri1"><child xmlns:ns1="uri2" ns1:foobar="v"/></root>');
 }, 'Check if attribute serialization takes into account of the same prefix declared in an ancestor element');

 test(function() {
   assert_equals(serialize(parse('<root><child/></root>')), '<root><child/></root>');
   assert_equals(serialize(parse('<root xmlns="u1"><p:child xmlns:p="u1"/></root>')), '<root xmlns="u1"><child xmlns:p="u1"/></root>');
 }, 'Check if start tag serialization drops element prefix if the namespace is same as inherited default namespace.');

 test(function() {
   const root = parse('<root xmlns:p1="u1"><child xmlns:p2="u1"/></root>');
   const child2 = root.ownerDocument.createElementNS('u1', 'child2');
   root.firstChild.appendChild(child2);
   assert_equals(serialize(root), '<root xmlns:p1="u1"><child xmlns:p2="u1"><p2:child2/></child></root>');
 }, 'Check if start tag serialization finds an appropriate prefix.');

 test(function() {
   const root = (new Document()).createElementNS('uri1', 'p:root');
   root.setAttributeNS(XMLNS_URI, 'xmlns:p', 'uri2');
   assert_equals(serialize(root), '<ns1:root xmlns:ns1="uri1" xmlns:p="uri2"/>');
 }, 'Check if start tag serialization takes into account of its xmlns:* attributes');

 test(function() {
   const root = (new Document()).createElement('root');
   root.setAttributeNS(XMLNS_URI, 'xmlns:p', 'uri2');
   const child = root.ownerDocument.createElementNS('uri1', 'p:child');
   root.appendChild(child);
   assert_equals(serialize(root), '<root xmlns:p="uri2"><p:child xmlns:p="uri1"/></root>');
 }, 'Check if start tag serialization applied the original prefix even if it is declared in an ancestor element.');

 test(function() {
   const root = parse('<root><child1/><child2/></root>');
   root.firstChild.setAttributeNS('uri1', 'attr1', 'value1');
   root.firstChild.setAttributeNS('uri2', 'attr2', 'value2');
   root.lastChild.setAttributeNS('uri3', 'attr3', 'value3');
   assert_equals(serialize(root), '<root><child1 xmlns:ns1="uri1" ns1:attr1="value1" xmlns:ns2="uri2" ns2:attr2="value2"/><child2 xmlns:ns3="uri3" ns3:attr3="value3"/></root>');
 }, 'Check if generated prefixes match to "ns${index}".');

 test(function() {
   const root = parse('<root xmlns:ns2="uri2"><child xmlns:ns1="uri1"/></root>');
   root.firstChild.setAttributeNS('uri3', 'attr1', 'value1');
   // According to 'DOM Parsing and Serialization' draft as of 2018-12-11,
   // 'generate a prefix' result can conflict with an existing xmlns:ns* declaration.
   assert_equals(serialize(root), '<root xmlns:ns2="uri2"><child xmlns:ns1="uri1" xmlns:ns1="uri3" ns1:attr1="value1"/></root>');
 }, 'Check if "ns1" is generated even if the element already has xmlns:ns1.');

 test(function() {
   const root = (new Document()).createElement('root');
   root.setAttributeNS('http://www.w3.org/1999/xlink', 'href', 'v');
   assert_equals(serialize(root), '<root xmlns:ns1="http://www.w3.org/1999/xlink" ns1:href="v"/>');

   const root2 = (new Document()).createElement('root');
   root2.setAttributeNS('http://www.w3.org/1999/xlink', 'xl:type', 'v');
   assert_equals(serialize(root2), '<root xmlns:xl="http://www.w3.org/1999/xlink" xl:type="v"/>');
 }, 'Check if no special handling for XLink namespace unlike HTML serializer.');

 </script>
  </body>
 </html>
	<!DOCTYPE HTML>
	<meta charset=utf-8>
	<html>
	<head>
	<title>domparsing Test: XMLSerializer.serializeToString</title>
	<script src="/resources/testharness.js"></script>
	<script src="/resources/testharnessreport.js"></script>
	</head>
	<body>
	<h1>domparsing_XMLSerializer_serializeToString</h1>
	<script>
	const XMLNS_URI = 'http://www.w3.org/2000/xmlns/';

	function createXmlDoc(){
	var input = '<?xml version="1.0" encoding="UTF-8"?><root><child1>value1</child1></root>';
	var parser = new DOMParser();
	return parser.parseFromString(input, 'text/xml');
	}

	// Returns the root element.
	function parse(xmlString) {
	return (new DOMParser()).parseFromString(xmlString, 'text/xml').documentElement;
	}

	function serialize(node) {
	return (new XMLSerializer()).serializeToString(node);
	}

	test(function() {
	var root = createXmlDoc().documentElement;
	assert_equals(serialize(root), '<root><child1>value1</child1></root>');
	}, 'check XMLSerializer.serializeToString method could parsing xmldoc to string');

	test(function() {
	var root = createXmlDoc().documentElement;
	var element = root.ownerDocument.createElementNS('urn:foo', 'another');
	var child1 = root.firstChild;
	root.replaceChild(element, child1);
	element.appendChild(child1);
	assert_equals(serialize(root), '<root><another xmlns="urn:foo"><child1 xmlns="">value1</child1></another></root>');
	}, 'Check if the default namespace is correctly reset.');

	test(function() {
	var root = parse('<root xmlns="urn:bar"><outer xmlns=""><inner>value1</inner></outer></root>');
	assert_equals(serialize(root), '<root xmlns="urn:bar"><outer xmlns=""><inner>value1</inner></outer></root>');
	}, 'Check if there is no redundant empty namespace declaration.');

	test(function() {
	assert_equals(serialize(parse('<root><child xmlns=""/></root>')),
	'<root><child/></root>');
	assert_equals(serialize(parse('<root xmlns=""><child xmlns=""/></root>')),
	'<root><child/></root>');
	assert_equals(serialize(parse('<root xmlns="u1"><child xmlns="u1"/></root>')),
	'<root xmlns="u1"><child/></root>');
	}, 'Check if redundant xmlns="..." is dropped.');

	test(function() {
	const root = parse('<root xmlns="uri1"/>');
	const child = root.ownerDocument.createElement('child');
	child.setAttributeNS(XMLNS_URI, 'xmlns', 'FAIL1');
	root.appendChild(child);
	const child2 = root.ownerDocument.createElementNS('uri2', 'child2');
	child2.setAttributeNS(XMLNS_URI, 'xmlns', 'FAIL2');
	root.appendChild(child2);
	const child3 = root.ownerDocument.createElementNS('uri1', 'child3');
	child3.setAttributeNS(XMLNS_URI, 'xmlns', 'FAIL3');
	root.appendChild(child3);
	const child4 = root.ownerDocument.createElementNS('uri4', 'child4');
	child4.setAttributeNS(XMLNS_URI, 'xmlns', 'uri4');
	root.appendChild(child4);
	const child5 = root.ownerDocument.createElement('child5');
	child5.setAttributeNS(XMLNS_URI, 'xmlns', '');
	root.appendChild(child5);
	assert_equals(serialize(root), '<root xmlns="uri1"><child xmlns=""/><child2 xmlns="uri2"/><child3/><child4 xmlns="uri4"/><child5 xmlns=""/></root>');
	}, 'Check if inconsistent xmlns="..." is dropped.');

	test(function() {
	let root = parse('<r xmlns:xx="uri"></r>');
	root.setAttributeNS('uri', 'name', 'v');
	assert_equals(serialize(root), '<r xmlns:xx="uri" xx:name="v"/>');

	let root2 = parse('<r xmlns:xx="uri"><b/></r>');
	let child = root2.firstChild;
	child.setAttributeNS('uri', 'name', 'v');
	assert_equals(serialize(root2), '<r xmlns:xx="uri"><b xx:name="v"/></r>');

	let root3 = parse('<r xmlns:x0="uri" xmlns:x2="uri"><b xmlns:x1="uri"/></r>');
	let child3 = root3.firstChild;
	child3.setAttributeNS('uri', 'name', 'v');
	assert_equals(serialize(root3),
	'<r xmlns:x0="uri" xmlns:x2="uri"><b xmlns:x1="uri" x1:name="v"/></r>',
	'Should choose the nearest prefix');
	}, 'Check if an attribute with namespace and no prefix is serialized with the nearest-declared prefix');

	test(function() {
	let root = parse('<el1 xmlns:p="u1" xmlns:q="u1"><el2 xmlns:q="u2"/></el1>');
	root.firstChild.setAttributeNS('u1', 'name', 'v');
	assert_equals(serialize(root),
	'<el1 xmlns:p="u1" xmlns:q="u1"><el2 xmlns:q="u2" q:name="v"/></el1>');
	// Maybe this is a specification error.
	}, 'Check if an attribute with namespace and no prefix is serialized with the nearest-declared prefix even if the prefix is assigned to another namespace.');

	test(function() {
	let root = parse('<r xmlns:xx="uri"></r>');
	root.setAttributeNS('uri', 'p:name', 'v');
	assert_equals(serialize(root), '<r xmlns:xx="uri" xx:name="v"/>');

	let root2 = parse('<r xmlns:xx="uri"><b/></r>');
	let child = root2.firstChild;
	child.setAttributeNS('uri', 'p:name', 'value');
	assert_equals(serialize(root2),
	'<r xmlns:xx="uri"><b xx:name="value"/></r>');
	}, 'Check if the prefix of an attribute is replaced with another existing prefix mapped to the same namespace URI.');

	test(function() {
	let root = parse('<r xmlns:xx="uri"></r>');
	root.setAttributeNS('uri2', 'p:name', 'value');
	assert_equals(serialize(root),
	'<r xmlns:xx="uri" xmlns:ns1="uri2" ns1:name="value"/>');
	}, 'Check if the prefix of an attribute is NOT preserved in a case where neither its prefix nor its namespace URI is not already used.');

	test(function() {
	let root = parse('<r xmlns:xx="uri"></r>');
	root.setAttributeNS('uri2', 'xx:name', 'value');
	assert_equals(serialize(root),
	'<r xmlns:xx="uri" xmlns:ns1="uri2" ns1:name="value"/>');
	}, 'Check if the prefix of an attribute is replaced with a generated one in a case where the prefix is already mapped to a different namespace URI.');

	test(function() {
	var root = parse('<root />');
	root.setAttribute('attr', '\t');
	assert_in_array(serialize(root), [
	'<root attr=" "/>', '<root attr=" "/>']);
	root.setAttribute('attr', '\n');
	assert_in_array(serialize(root), [
	'<root attr=" "/>', '<root attr=" "/>']);
	root.setAttribute('attr', '\r');
	assert_in_array(serialize(root), [
	'<root attr=" "/>', '<root attr=" "/>']);
	}, 'check XMLSerializer.serializeToString escapes attribute values for roundtripping');

	test(function() {
	const root = (new Document()).createElement('root');
	root.setAttributeNS('uri1', 'p:foobar', 'value1');
	root.setAttributeNS(XMLNS_URI, 'xmlns:p', 'uri2');
	assert_equals(serialize(root), '<root xmlns:ns1="uri1" ns1:foobar="value1" xmlns:p="uri2"/>');
	}, 'Check if attribute serialization takes into account of following xmlns:* attributes');

	test(function() {
	const root = parse('<root xmlns:p="uri1"><child/></root>');
	root.firstChild.setAttributeNS('uri2', 'p:foobar', 'v');
	assert_equals(serialize(root), '<root xmlns:p="uri1"><child xmlns:ns1="uri2" ns1:foobar="v"/></root>');
	}, 'Check if attribute serialization takes into account of the same prefix declared in an ancestor element');

	test(function() {
	assert_equals(serialize(parse('<root><child/></root>')), '<root><child/></root>');
	assert_equals(serialize(parse('<root xmlns="u1"><p:child xmlns:p="u1"/></root>')), '<root xmlns="u1"><child xmlns:p="u1"/></root>');
	}, 'Check if start tag serialization drops element prefix if the namespace is same as inherited default namespace.');

	test(function() {
	const root = parse('<root xmlns:p1="u1"><child xmlns:p2="u1"/></root>');
	const child2 = root.ownerDocument.createElementNS('u1', 'child2');
	root.firstChild.appendChild(child2);
	assert_equals(serialize(root), '<root xmlns:p1="u1"><child xmlns:p2="u1"><p2:child2/></child></root>');
	}, 'Check if start tag serialization finds an appropriate prefix.');

	test(function() {
	const root = (new Document()).createElementNS('uri1', 'p:root');
	root.setAttributeNS(XMLNS_URI, 'xmlns:p', 'uri2');
	assert_equals(serialize(root), '<ns1:root xmlns:ns1="uri1" xmlns:p="uri2"/>');
	}, 'Check if start tag serialization takes into account of its xmlns:* attributes');

	test(function() {
	const root = (new Document()).createElement('root');
	root.setAttributeNS(XMLNS_URI, 'xmlns:p', 'uri2');
	const child = root.ownerDocument.createElementNS('uri1', 'p:child');
	root.appendChild(child);
	assert_equals(serialize(root), '<root xmlns:p="uri2"><p:child xmlns:p="uri1"/></root>');
	}, 'Check if start tag serialization applied the original prefix even if it is declared in an ancestor element.');

	test(function() {
	const root = parse('<root><child1/><child2/></root>');
	root.firstChild.setAttributeNS('uri1', 'attr1', 'value1');
	root.firstChild.setAttributeNS('uri2', 'attr2', 'value2');
	root.lastChild.setAttributeNS('uri3', 'attr3', 'value3');
	assert_equals(serialize(root), '<root><child1 xmlns:ns1="uri1" ns1:attr1="value1" xmlns:ns2="uri2" ns2:attr2="value2"/><child2 xmlns:ns3="uri3" ns3:attr3="value3"/></root>');
	}, 'Check if generated prefixes match to "ns${index}".');

	test(function() {
	const root = parse('<root xmlns:ns2="uri2"><child xmlns:ns1="uri1"/></root>');
	root.firstChild.setAttributeNS('uri3', 'attr1', 'value1');
	// According to 'DOM Parsing and Serialization' draft as of 2018-12-11,
	// 'generate a prefix' result can conflict with an existing xmlns:ns* declaration.
	assert_equals(serialize(root), '<root xmlns:ns2="uri2"><child xmlns:ns1="uri1" xmlns:ns1="uri3" ns1:attr1="value1"/></root>');
	}, 'Check if "ns1" is generated even if the element already has xmlns:ns1.');

	test(function() {
	const root = (new Document()).createElement('root');
	root.setAttributeNS('http://www.w3.org/1999/xlink', 'href', 'v');
	assert_equals(serialize(root), '<root xmlns:ns1="http://www.w3.org/1999/xlink" ns1:href="v"/>');

	const root2 = (new Document()).createElement('root');
	root2.setAttributeNS('http://www.w3.org/1999/xlink', 'xl:type', 'v');
	assert_equals(serialize(root2), '<root xmlns:xl="http://www.w3.org/1999/xlink" xl:type="v"/>');
	}, 'Check if no special handling for XLink namespace unlike HTML serializer.');

	</script>
	</body>
	</html>