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Mlxa
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void (@Nullable final CharSequence publicId, @Nullable final CharSequence systemId, final int startOffset, final int endOffset) { }
doctype
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ProcessingOrder (final CharSequence localName, final String namespace, final int startoffset, final int endoffset, final int headerEndOffset) { flushText(); builder.append("TAG: name='").append(localName).append("' namespace='").append(namespace).append("'\n"); return myTagProcessingOrder; }
startTag
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void (final CharSequence display, final CharSequence physical, final int startoffset, final int endoffset) { currentPhysicalText.append(physical); currentDisplayText.append(display); }
textElement
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void (final CharSequence ref, final int startOffset, final int endOffset) { flushText(); builder.append("REF: '").append(ref).append("'\n"); }
entityRef
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void (@NotNull String message, int startOffset, int endOffset) { flushText(); builder.append("ERROR: '").append(message).append("'\n"); }
error
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void () { if (currentPhysicalText.length() > 0) { builder.append("TEXT: '").append(currentPhysicalText).append("' DISPLAY: '").append(currentDisplayText).append("'\n"); currentPhysicalText.setLength(0); currentDisplayText.setLength(0); } }
flushText
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String () { flushText(); return builder.toString(); }
getResult
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void () { doTest("<root/>", """ TAG: name='root' namespace='' ENDTAG: name='root' namespace='' """, XmlBuilder.ProcessingOrder.TAGS_AND_ATTRIBUTES); }
testEmptyXml
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void () { doTest( /* Test: */ """ <jsp:root xmlns:jsp="http://java.sun.com/JSP/Page" xmlns="http://www.w3.org/1999/xhtml" version="2.0" xmlns:spring="http://www.springframework.org/tags" xmlns:c="http://java.sun.com/jsp/jstl/core"> <html> <c:set var="foo" value="${1}"/> <c:set var="foobar" value="${2}"/> <spring:bind path="test.fieldName"> <jsp:scriptlet></jsp:scriptlet> </spring:bind> </html> </jsp:root>""", /* Expected result: */ """ TAG: name='root' namespace='http://java.sun.com/JSP/Page' ATT: name='xmlns:jsp' value='http://java.sun.com/JSP/Page' ATT: name='xmlns' value='http://www.w3.org/1999/xhtml' ATT: name='version' value='2.0' ATT: name='xmlns:spring' value='http://www.springframework.org/tags' ATT: name='xmlns:c' value='http://java.sun.com/jsp/jstl/core' TAG: name='html' namespace='http://www.w3.org/1999/xhtml' TAG: name='set' namespace='http://java.sun.com/jsp/jstl/core' ATT: name='var' value='foo' ATT: name='value' value='${1}' ENDTAG: name='set' namespace='http://java.sun.com/jsp/jstl/core' TAG: name='set' namespace='http://java.sun.com/jsp/jstl/core' ATT: name='var' value='foobar' ATT: name='value' value='${2}' ENDTAG: name='set' namespace='http://java.sun.com/jsp/jstl/core' TAG: name='bind' namespace='http://www.springframework.org/tags' ATT: name='path' value='test.fieldName' TAG: name='scriptlet' namespace='http://java.sun.com/JSP/Page' ENDTAG: name='scriptlet' namespace='http://java.sun.com/JSP/Page' ENDTAG: name='bind' namespace='http://www.springframework.org/tags' ENDTAG: name='html' namespace='http://www.w3.org/1999/xhtml' ENDTAG: name='root' namespace='http://java.sun.com/JSP/Page' """, XmlBuilder.ProcessingOrder.TAGS_AND_ATTRIBUTES); }
testRealJspx
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void () { doTest( /* Test: */ """ <jsp:root xmlns:jsp="http://java.sun.com/JSP/Page" xmlns="http://www.w3.org/1999/xhtml" version="2.0" xmlns:spring="http://www.springframework.org/tags" xmlns:c="http://java.sun.com/jsp/jstl/core"> <html> <c:set var="foo" value="${1}"/> <c:set var="foobar" value="${2}"/> <spring:bind path="test.fieldName"> <jsp:scriptlet></jsp:scriptlet> </spring:bind> </html> </jsp:root>""", /* Expected result: */ """ TAG: name='root' namespace='http://java.sun.com/JSP/Page' TAG: name='html' namespace='http://www.w3.org/1999/xhtml' TAG: name='set' namespace='http://java.sun.com/jsp/jstl/core' ENDTAG: name='set' namespace='http://java.sun.com/jsp/jstl/core' TAG: name='set' namespace='http://java.sun.com/jsp/jstl/core' ENDTAG: name='set' namespace='http://java.sun.com/jsp/jstl/core' TAG: name='bind' namespace='http://www.springframework.org/tags' TAG: name='scriptlet' namespace='http://java.sun.com/JSP/Page' ENDTAG: name='scriptlet' namespace='http://java.sun.com/JSP/Page' ENDTAG: name='bind' namespace='http://www.springframework.org/tags' ENDTAG: name='html' namespace='http://www.w3.org/1999/xhtml' ENDTAG: name='root' namespace='http://java.sun.com/JSP/Page' """, XmlBuilder.ProcessingOrder.TAGS); }
testRealJspxNoAttributes
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void () { doTest( """ <c:x xmlns:c="ns1"> <c:y/> <c:x xmlns:c="ns2"> <c:y/> </c:x> <c:y/> </c:x> """, """ TAG: name='x' namespace='ns1' ATT: name='xmlns:c' value='ns1' TAG: name='y' namespace='ns1' ENDTAG: name='y' namespace='ns1' TAG: name='x' namespace='ns2' ATT: name='xmlns:c' value='ns2' TAG: name='y' namespace='ns2' ENDTAG: name='y' namespace='ns2' ENDTAG: name='x' namespace='ns2' TAG: name='y' namespace='ns1' ENDTAG: name='y' namespace='ns1' ENDTAG: name='x' namespace='ns1' """, XmlBuilder.ProcessingOrder.TAGS_AND_ATTRIBUTES); }
testNamespaceOverride
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void () { doTest( "<root>&lt;</root>", """ TAG: name='root' namespace='' TEXT: '&lt;' DISPLAY: '<' ENDTAG: name='root' namespace='' """, XmlBuilder.ProcessingOrder.TAGS_AND_TEXTS); }
testSimpleEntityResolution
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void () { doTest( "<root><![CDATA[<asis/>]]></root>", """ TAG: name='root' namespace='' TEXT: '<![CDATA[<asis/>]]>' DISPLAY: '<asis/>' ENDTAG: name='root' namespace='' """, XmlBuilder.ProcessingOrder.TAGS_AND_TEXTS ); }
testCDATA
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void () { doTest( "<root>" + "<foo>" + "<bar" + "<" + "</root>", """ TAG: name='root' namespace='' TAG: name='foo' namespace='' ERROR: 'Element foo is not closed' ENDTAG: name='foo' namespace='' TAG: name='bar' namespace='' ERROR: 'Tag start is not closed' ENDTAG: name='bar' namespace='' TAG: name='' namespace='' ERROR: 'Tag name expected' ENDTAG: name='' namespace='' ENDTAG: name='root' namespace='' """, XmlBuilder.ProcessingOrder.TAGS_AND_TEXTS ); }
testErrors
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void () { doTest( """ <root><foo><!--aa--></foo><foo><!----></foo><foo>aaa<!--aa-->aaa</foo><foo> aaa <!--aa--> aaa </foo></root>""", """ TAG: name='root' namespace='' TAG: name='foo' namespace='' ENDTAG: name='foo' namespace='' TAG: name='foo' namespace='' ENDTAG: name='foo' namespace='' TAG: name='foo' namespace='' TEXT: 'aaaaaa' DISPLAY: 'aaaaaa' ENDTAG: name='foo' namespace='' TAG: name='foo' namespace='' TEXT: ' aaa aaa ' DISPLAY: ' aaa aaa ' ENDTAG: name='foo' namespace='' ENDTAG: name='root' namespace='' """, XmlBuilder.ProcessingOrder.TAGS_AND_TEXTS ); }
testComments
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void (String xml, String expectedEventSequence, final XmlBuilder.ProcessingOrder tagsAndAttributes) { final TestXmlBuilder builder = new TestXmlBuilder(tagsAndAttributes); new XmlBuilderDriver(xml).build(builder); assertEquals(expectedEventSequence, builder.getResult()); }
doTest
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void () { WriteCommandAction.runWriteCommandAction(getProject(), () -> { @Language("XML") String xml = "<root>0123456789</root>"; XmlFile file = (XmlFile)PsiFileFactory.getInstance(getProject()) .createFileFromText("foo.xml", XmlFileType.INSTANCE, xml, 1, true, false); XmlTag root = file.getDocument().getRootTag(); final XmlText text1 = root.getValue().getTextElements()[0]; assertFalse(CodeEditUtil.isNodeGenerated(root.getNode())); final XmlText text = text1; final XmlElement element = text.insertAtOffset(XmlElementFactory.getInstance(getProject()).createTagFromText("<bar/>"), 5); assertNotNull(element); assertTrue(element instanceof XmlText); assertEquals("01234", element.getText()); assertEquals("<root>01234<bar/>56789</root>", text.getContainingFile().getText()); }); }
testInsertAtOffset
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void () { @Language("XML") String xml = "<div>&amp;abc</div>"; XmlFile file = (XmlFile)PsiFileFactory.getInstance(getProject()).createFileFromText("foo.xml", XmlFileType.INSTANCE, xml); XmlTag root = file.getDocument().getRootTag(); final XmlText text = root.getValue().getTextElements()[0]; assertEquals("&abc", text.getValue()); assertEquals(0, text.physicalToDisplay(0)); assertEquals(1, text.physicalToDisplay(5)); assertEquals(2, text.physicalToDisplay(6)); assertEquals(3, text.physicalToDisplay(7)); assertEquals(4, text.physicalToDisplay(8)); }
testPhysicalToDisplayIfHasGaps2
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void () { @Language("XML") String xml = "<div>&amp;abc</div>"; XmlFile file = (XmlFile)PsiFileFactory.getInstance(getProject()).createFileFromText("foo.xml", XmlFileType.INSTANCE, xml); XmlTag root = file.getDocument().getRootTag(); final XmlText text = root.getValue().getTextElements()[0]; assertEquals("&abc", text.getValue()); assertEquals(0, text.displayToPhysical(0)); assertEquals(5, text.displayToPhysical(1)); assertEquals(6, text.displayToPhysical(2)); assertEquals(7, text.displayToPhysical(3)); assertEquals(8, text.displayToPhysical(4)); }
testDisplayToPhysical
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void () { @Language("XML") String xml = "<div><![CDATA[ ]]></div>"; XmlFile file = (XmlFile)PsiFileFactory.getInstance(getProject()).createFileFromText("foo.xml", XmlFileType.INSTANCE, xml); XmlTag root = file.getDocument().getRootTag(); final XmlText text = root.getValue().getTextElements()[0]; assertEquals(" ", text.getValue()); assertEquals(9, text.displayToPhysical(0)); assertEquals(13, text.displayToPhysical(1)); }
testDisplayToPhysical2
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void () { @Language("HTML") String xml = """ <!DOCTYPE html> <html xmlns="http://www.w3.org/1999/xhtml" \txmlns:th="http://www.thymeleaf.org"> <td style="text-align: right" th:utext="'&euro; ' + ${{item.netPrice}}">XXX</td> </html>"""; XmlFile file = (XmlFile)PsiFileFactory.getInstance(getProject()).createFileFromText("foo.xml", XmlFileType.INSTANCE, xml); XmlTag root = file.getDocument().getRootTag(); XmlTag tag = root.findFirstSubTag("td"); XmlAttribute attribute = tag.getAttribute("th:utext"); XmlAttributeValueImpl value = (XmlAttributeValueImpl)attribute.getValueElement(); assertEquals("'&#8364; ' + ${{item.netPrice}}", attribute.getDisplayValue()); LiteralTextEscaper<XmlAttributeValueImpl> escaper = value.createLiteralTextEscaper(); int offset = escaper.getOffsetInHost(31, new TextRange(1, 31)); assertEquals(31, offset); }
testXmlAttributeEscaperCalculatesDisplayToPhysicalCorrectlyInPresenseOfXmlEntities
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void () { assertEquals('&', XmlUtil.getCharFromEntityRef("&amp;")); Disposable myRoot = Disposer.newDisposable(); DefaultLogger.disableStderrDumping(myRoot); try { XmlUtil.getCharFromEntityRef("&unknown;"); } catch (AssertionError ignore) { return; } finally { Disposer.dispose(myRoot); } fail("Exception should be thrown"); }
testDecodeEntityRef
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void () { XmlFile file = createFile("<root><a></a><b></b><a></a></root>"); XmlNSDescriptor descriptor = createDescriptor(file); XmlElementDescriptor element = descriptor.getElementDescriptor(file.getDocument().getRootTag()); assertNotNull(element); assertEquals("root", element.getName()); element = descriptor.getElementDescriptor(file.getDocument().getRootTag().getSubTags()[0]); assertNotNull(element); assertEquals("a", element.getName()); element = descriptor.getElementDescriptor(file.getDocument().getRootTag().getSubTags()[1]); assertNotNull(element); assertEquals("b", element.getName()); element = descriptor.getElementDescriptor(file.getDocument().getRootTag().getSubTags()[2]); assertNotNull(element); assertEquals("a", element.getName()); }
testDocumentDescriptor1
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void () { XmlFile file = createFile("<root><a></a><b></b><a></a></root>"); XmlNSDescriptor descriptor = createDescriptor(file); XmlTag rootTag = file.getDocument().getRootTag(); XmlElementDescriptor element = descriptor.getElementDescriptor(rootTag); XmlElementDescriptor[] elements = element.getElementsDescriptors(rootTag); assertEquals(2, elements.length); assertEquals("a", elements[0].getName()); assertEquals("b", elements[1].getName()); }
testElementDescriptor1
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void () { XmlFile file = createFile("<root><a><b/></a><a><c/></a></root>"); XmlNSDescriptor descriptor = createDescriptor(file); XmlTag rootTag = file.getDocument().getRootTag(); XmlElementDescriptor element = descriptor.getElementDescriptor(rootTag); element = element.getElementsDescriptors(rootTag)[0]; XmlElementDescriptor[] elements = element.getElementsDescriptors(rootTag.getSubTags()[0]); assertEquals(2, elements.length); assertEquals("b", elements[0].getName()); assertEquals("c", elements[1].getName()); }
testElementDescriptor2
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void () { XmlFile file = createFile("<root><a><b/><c></c></a><a><c/></a></root>"); XmlNSDescriptor descriptor = createDescriptor(file); XmlTag rootTag = file.getDocument().getRootTag(); XmlElementDescriptor element = descriptor.getElementDescriptor(rootTag); element = element.getElementsDescriptors(rootTag)[0]; XmlElementDescriptor[] elements = element.getElementsDescriptors(rootTag.getSubTags()[0]); assertEquals(2, elements.length); assertEquals("b", elements[0].getName()); //assertTrue(elements[0].getContentType() == XmlElementDescriptor.CONTENT_TYPE_EMPTY); assertEquals("c", elements[1].getName()); //assertTrue(elements[1].getContentType() == XmlElementDescriptor.CONTENT_TYPE_CHILDREN); }
testElementDescriptor3
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void () { XmlFile file = createFile("<root><a attr2=''></a><a attr1=''></a></root>"); XmlNSDescriptor descriptor = createDescriptor(file); XmlTag rootTag = file.getDocument().getRootTag(); XmlElementDescriptor element = descriptor.getElementDescriptor(rootTag); element = element.getElementsDescriptors(rootTag)[0]; XmlAttributeDescriptor[] attributes = element.getAttributesDescriptors(rootTag); assertEquals(2, attributes.length); assertEquals("attr1", attributes[0].getName()); assertEquals("attr2", attributes[1].getName()); }
testElementDescriptor4
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void () { XmlFile file = createFile("<root><a attr1=''></a><a attr2='' attr1=''></a></root>"); XmlNSDescriptor descriptor = createDescriptor(file); XmlTag rootTag = file.getDocument().getRootTag(); XmlElementDescriptor element = descriptor.getElementDescriptor(rootTag); element = element.getElementsDescriptors(rootTag)[0]; XmlAttributeDescriptor[] attributes = element.getAttributesDescriptors(rootTag); assertEquals("attr1", attributes[0].getName()); assertTrue(attributes[0].isRequired()); assertEquals("attr2", attributes[1].getName()); assertTrue(!attributes[1].isRequired()); }
testAttributeDescriptor1
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void () { XmlFile file = createFile("<root><a c='' a=''></a></root>"); XmlNSDescriptor descriptor = createDescriptor(file); XmlTag rootTag = file.getDocument().getRootTag(); XmlElementDescriptor element = descriptor.getElementDescriptor(rootTag); element = element.getElementsDescriptors(rootTag)[0]; XmlAttributeDescriptor[] attributes = element.getAttributesDescriptors(rootTag); assertEquals("c", attributes[0].getName()); assertTrue(attributes[0].isRequired()); assertEquals("a", attributes[1].getName()); assertTrue(attributes[1].isRequired()); }
testAttributeDescriptor2
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XmlFile (String text) { return (XmlFile)createFile("test.xml", text); }
createFile
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XmlNSDescriptor (XmlFile file) { return file.getDocument().getRootTagNSDescriptor(); }
createDescriptor
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void () { XmlNSDescriptor NSDescriptor = createDescriptor( "<xsd:schema xmlns:xsd=\"http://www.w3.org/2001/XMLSchema\">" + "<xsd:element name=\"purchaseOrder\" type=\"PurchaseOrderType\"/>" + "<xsd:element name=\"comment\" type=\"xsd:string\"/>" + "</xsd:schema>"); assertNotNull(NSDescriptor); assertNotNull(NSDescriptor.getElementDescriptor(XmlTestUtil.tag("purchaseOrder", getProject()))); assertNotNull(NSDescriptor.getElementDescriptor(XmlTestUtil.tag("comment", getProject()))); assertNull(NSDescriptor.getElementDescriptor(UNKNOWN_TAG)); }
testDocumentDescriptor1
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void () { XmlNSDescriptor NSDescriptor = createDescriptor( "<xsd:schema xmlns:xsd=\"http://www.w3.org/2001/XMLSchema\">" + "<xsd:element name=\"purchaseOrder\" type=\"PurchaseOrderType\"/>" + "<xsd:element name=\"comment\" type=\"xsd:string\"/>" + "</xsd:schema>"); XmlElementDescriptor elementDescriptor = NSDescriptor.getElementDescriptor(XmlTestUtil.tag("purchaseOrder", getProject())); assertEquals("purchaseOrder", elementDescriptor.getName()); elementDescriptor = NSDescriptor.getElementDescriptor(XmlTestUtil.tag("comment", getProject())); assertEquals("comment", elementDescriptor.getName()); }
testElementDescriptor1
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void () { XmlNSDescriptor NSDescriptor = createDescriptor( "<xsd:schema xmlns:xsd=\"http://www.w3.org/2001/XMLSchema\">" + "<xsd:element name=\"comment\" type=\"xsd:string\"/>" + "</xsd:schema>"); XmlTag tag = XmlTestUtil.tag("comment", getProject()); XmlElementDescriptor elementDescriptor = NSDescriptor.getElementDescriptor(tag); XmlElementDescriptor[] elements = elementDescriptor.getElementsDescriptors(tag); assertEquals(0, elements.length); XmlAttributeDescriptor[] descriptors = elementDescriptor.getAttributesDescriptors(tag); assertEquals(0, descriptors.length); assertEquals(elementDescriptor.getContentType(), XmlElementDescriptor.CONTENT_TYPE_MIXED); }
testElementDescriptor2
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void () { XmlNSDescriptor NSDescriptor = createDescriptor( "<xsd:schema xmlns:xsd=\"http://www.w3.org/2001/XMLSchema\">" + "<xsd:element name=\"purchaseOrder\" type=\"PurchaseOrderType\"/>" + "<xsd:complexType name=\"PurchaseOrderType\">" + " <xsd:sequence>" + " <xsd:element name=\"shipTo\" type=\"USAddress\"/>" + " <xsd:element name=\"billTo\" type=\"USAddress\"/>" + " <xsd:element name=\"items\" type=\"Items\"/>" + " </xsd:sequence>" + "</xsd:complexType>" + "</xsd:schema>"); XmlTag tag = XmlTestUtil.tag("purchaseOrder", getProject()); XmlElementDescriptor elementDescriptor = NSDescriptor.getElementDescriptor(tag); XmlElementDescriptor[] elements = elementDescriptor.getElementsDescriptors(tag); assertEquals(3, elements.length); assertEquals("shipTo", elements[0].getName()); assertEquals("billTo", elements[1].getName()); assertEquals("items", elements[2].getName()); assertEquals("shipTo", elementDescriptor.getElementDescriptor(SHIP_TO, null).getName()); assertNull(elementDescriptor.getElementDescriptor(UNKNOWN_TAG, null)); }
testElementDescriptor3
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void () { XmlNSDescriptor NSDescriptor = createDescriptor( "<xsd:schema xmlns:xsd=\"http://www.w3.org/2001/XMLSchema\">" + "<xsd:element name=\"purchaseOrder\" type=\"PurchaseOrderType\"/>" + "<xsd:complexType name=\"PurchaseOrderType\">" + " <xsd:attribute name=\"orderDate\" type=\"xsd:date\"/>" + " <xsd:attribute name=\"name\" type=\"xsd:string\"/>" + "</xsd:complexType>" + "</xsd:schema>"); final XmlTag tag = XmlTestUtil.tag("purchaseOrder", getProject()); XmlElementDescriptor elementDescriptor = NSDescriptor.getElementDescriptor(tag); XmlAttributeDescriptor[] attributes = elementDescriptor.getAttributesDescriptors(tag); assertEquals(2, attributes.length); assertEquals("orderDate", attributes[0].getName()); assertEquals("name", attributes[1].getName()); assertEquals("name", elementDescriptor.getAttributeDescriptor("name", tag).getName()); assertNull(elementDescriptor.getAttributeDescriptor("xxx", tag)); }
testElementDescriptor4
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void () { XmlNSDescriptor NSDescriptor = createDescriptor( "<xsd:schema xmlns:xsd=\"http://www.w3.org/2001/XMLSchema\">" + "<xsd:element name=\"purchaseOrder\" type=\"PurchaseOrderType\"/>" + "<xsd:complexType name=\"PurchaseOrderType\">" + " <xsd:sequence>" + " <xsd:element name=\"shipTo\" type=\"USAddress\"/>" + " <xsd:element name=\"billTo\" type=\"USAddress\"/>" + " <xsd:element name=\"items\" type=\"Items\"/>" + " </xsd:sequence>" + "</xsd:complexType>" + "<xsd:complexType name=\"USAddress\">" + " <xsd:sequence>" + " <xsd:element name=\"name\" type=\"xsd:string\"/>" + " <xsd:element name=\"street\" type=\"xsd:string\"/>" + " <xsd:element name=\"city\" type=\"xsd:string\"/>" + " <xsd:element name=\"state\" type=\"xsd:string\"/>" + " <xsd:element name=\"zip\" type=\"xsd:decimal\"/>" + " </xsd:sequence>" + " <xsd:attribute name=\"country\" type=\"xsd:NMTOKEN\" fixed=\"US\"/>" + "</xsd:complexType>" + "</xsd:schema>"); XmlTag tag = XmlTestUtil.tag("purchaseOrder", getProject()); XmlElementDescriptor elementDescriptor = NSDescriptor.getElementDescriptor(tag).getElementDescriptor(SHIP_TO, null); XmlElementDescriptor[] elements = elementDescriptor.getElementsDescriptors(tag); assertEquals(5, elements.length); assertEquals("name", elements[0].getName()); assertEquals("street", elements[1].getName()); assertEquals("city", elements[2].getName()); assertEquals("state", elements[3].getName()); assertEquals("zip", elements[4].getName()); final XmlTag context = tag.findFirstSubTag(elements[2].getName()); assertEquals(0, elements[2].getElementsDescriptors(context).length); XmlAttributeDescriptor[] attributes = elementDescriptor.getAttributesDescriptors(context); assertEquals(1, attributes.length); assertEquals("country", attributes[0].getName()); }
testElementDescriptor5
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void () { XmlNSDescriptor NSDescriptor = createDescriptor( "<xsd:schema xmlns:xsd=\"http://www.w3.org/2001/XMLSchema\">" + "<xsd:element name=\"purchaseOrder\" type=\"PurchaseOrderType\"/>" + "<xsd:complexType name=\"PurchaseOrderType\">" + " <xsd:sequence>" + " <xsd:element name=\"shipTo\">" + " <xsd:complexType name=\"USAddress\">" + " <xsd:sequence>" + " <xsd:element name=\"name\" type=\"xsd:string\"/>" + " <xsd:element name=\"street\" type=\"xsd:string\"/>" + " <xsd:element name=\"city\" type=\"xsd:string\"/>" + " <xsd:element name=\"state\" type=\"xsd:string\"/>" + " <xsd:element name=\"zip\" type=\"xsd:decimal\"/>" + " </xsd:sequence>" + " <xsd:attribute name=\"country\" type=\"xsd:NMTOKEN\" fixed=\"US\"/>" + " </xsd:complexType>" + " </xsd:element>" + " </xsd:sequence>" + "</xsd:complexType>" + "</xsd:schema>"); XmlTag tag = XmlTestUtil.tag("purchaseOrder", getProject()); XmlElementDescriptor elementDescriptor = NSDescriptor.getElementDescriptor(tag).getElementDescriptor(SHIP_TO, null); XmlElementDescriptor[] elements = elementDescriptor.getElementsDescriptors(tag); assertEquals(5, elements.length); assertEquals("name", elements[0].getName()); assertEquals("street", elements[1].getName()); assertEquals("city", elements[2].getName()); assertEquals("state", elements[3].getName()); assertEquals("zip", elements[4].getName()); final XmlTag context = tag.findFirstSubTag(elements[2].getName()); assertEquals(0, elements[2].getElementsDescriptors(context).length); XmlAttributeDescriptor[] attributes = elementDescriptor.getAttributesDescriptors(context); assertEquals(1, attributes.length); assertEquals("country", attributes[0].getName()); }
testElementDescriptor6
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void () { XmlNSDescriptor NSDescriptor = createDescriptor( "<xsd:schema xmlns:xsd=\"http://www.w3.org/2001/XMLSchema\">" + "<xsd:element name=\"purchaseOrder\">" + "<xsd:complexType name=\"PurchaseOrderType\">" + " <xsd:sequence>" + " <xsd:element name=\"shipTo\">" + " <xsd:complexType name=\"USAddress\">" + " <xsd:sequence>" + " <xsd:element name=\"name\" type=\"xsd:string\"/>" + " <xsd:element name=\"street\" type=\"xsd:string\"/>" + " <xsd:element name=\"city\" type=\"xsd:string\"/>" + " <xsd:element name=\"state\" type=\"xsd:string\"/>" + " <xsd:element name=\"zip\" type=\"xsd:decimal\"/>" + " </xsd:sequence>" + " <xsd:attribute name=\"country\" type=\"xsd:NMTOKEN\" fixed=\"US\"/>" + " </xsd:complexType>" + " </xsd:element>" + " </xsd:sequence>" + "</xsd:complexType>" + "</xsd:element>" + "</xsd:schema>"); XmlTag tag = XmlTestUtil.tag("purchaseOrder", getProject()); XmlElementDescriptor elementDescriptor = NSDescriptor.getElementDescriptor(tag); XmlAttributeDescriptor[] attributes = elementDescriptor.getAttributesDescriptors(tag); assertEquals(0, attributes.length); XmlElementDescriptor[] elements = elementDescriptor.getElementsDescriptors(tag); assertEquals(1, elements.length); assertEquals("shipTo", elements[0].getName()); }
testElementDescriptor7
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void () { XmlNSDescriptor NSDescriptor = createDescriptor( "<xsd:schema xmlns:xsd=\"http://www.w3.org/2001/XMLSchema\">" + "<xsd:element name=\"purchaseOrder\" type=\"PurchaseOrderType\"/>" + "<xsd:complexType name=\"PurchaseOrderType\">" + " <xsd:sequence>" + " <xsd:element ref=\"items\"/>" + " </xsd:sequence>" + "</xsd:complexType>" + "<xsd:element name=\"items\" type=\"xsd:string\"/>" + "</xsd:schema>"); XmlTag tag = XmlTestUtil.tag("purchaseOrder", getProject()); XmlElementDescriptor elementDescriptor = NSDescriptor.getElementDescriptor(tag); XmlElementDescriptor[] elements = elementDescriptor.getElementsDescriptors(tag); assertEquals(1, elements.length); assertEquals("items", elements[0].getName()); assertEquals("items", elementDescriptor.getElementDescriptor(XmlTestUtil.tag("items", getProject()), null).getName()); assertNull(elementDescriptor.getElementDescriptor(UNKNOWN_TAG, null)); }
testElementDescriptor8
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void () { XmlNSDescriptor NSDescriptor = createDescriptor( "<xsd:schema xmlns:xsd=\"http://www.w3.org/2001/XMLSchema\">" + "<xsd:element name=\"purchaseOrder\" type=\"PurchaseOrderType\"/>" + "<xsd:complexType name=\"PurchaseOrderType\">" + " <xsd:sequence>" + " <xsd:group ref=\"ddd:mainBookElements\"/>" + " </xsd:sequence>" + "</xsd:complexType>" + "<xsd:group name=\"mainBookElements\">" + " <xsd:sequence>" + " <xsd:element name=\"title\" type=\"nameType\"/>" + " <xsd:element name=\"author\" type=\"nameType\"/>" + " </xsd:sequence>" + "</xsd:group>" + "</xsd:schema>"); XmlTag tag = XmlTestUtil.tag("purchaseOrder", getProject()); XmlElementDescriptor elementDescriptor = NSDescriptor.getElementDescriptor(tag); XmlElementDescriptor[] elements = elementDescriptor.getElementsDescriptors(tag); assertEquals(2, elements.length); assertEquals("title", elements[0].getName()); assertEquals("author", elements[1].getName()); assertEquals("title", elementDescriptor.getElementDescriptor(XmlTestUtil.tag("title", getProject()), null).getName()); assertNull(elementDescriptor.getElementDescriptor(UNKNOWN_TAG, null)); }
testElementDescriptor9
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void () { XmlNSDescriptor NSDescriptor = createDescriptor( "<xsd:schema xmlns:xsd=\"http://www.w3.org/2001/XMLSchema\">" + "<xsd:element name=\"purchaseOrder\" type=\"PurchaseOrderType\"/>" + "<xsd:complexType name=\"PurchaseOrderType\">" + " <xsd:attributeGroup ref=\"ddd:bookAttributes\"/>" + "</xsd:complexType>" + "<xsd:attributeGroup name=\"bookAttributes\">" + " <xsd:attribute name=\"isbn\" type=\"xs:string\" use=\"required\"/>" + " <xsd:attribute name=\"available\" type=\"xs:string\"/>" + "</xsd:attributeGroup>" + "</xsd:schema>"); final XmlTag tag = XmlTestUtil.tag("purchaseOrder", getProject()); XmlElementDescriptor elementDescriptor = NSDescriptor.getElementDescriptor(tag); XmlAttributeDescriptor[] attributes = elementDescriptor.getAttributesDescriptors(tag); assertEquals(2, attributes.length); assertEquals("isbn", attributes[0].getName()); assertEquals("available", attributes[1].getName()); assertEquals("isbn", elementDescriptor.getAttributeDescriptor("isbn", tag).getName()); assertNull(elementDescriptor.getAttributeDescriptor("xxx", tag)); }
testElementDescriptor10
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void () { XmlNSDescriptor NSDescriptor = createDescriptor( "<xsd:schema xmlns:xsd=\"http://www.w3.org/2001/XMLSchema\">" + "<xsd:element name=\"purchaseOrder\" type=\"PurchaseOrderType\"/>" + "<xsd:complexType name=\"PurchaseOrderType\">" + " <xsd:complexContent>" + " <xsd:restriction base=\"PurchaseOrderType2\">" + " <xsd:element name=\"shipTo2\" type=\"USAddress\"/>" + " <xsd:element name=\"items\" type=\"Items\"/>" + " </xsd:restriction>" + " </xsd:complexContent>" + "</xsd:complexType>" + "<xsd:complexType name=\"PurchaseOrderType2\">" + " <xsd:sequence>" + " <xsd:element name=\"shipTo\" type=\"USAddress\"/>" + " <xsd:element name=\"billTo\" type=\"USAddress\"/>" + " <xsd:element name=\"items\" type=\"Items\"/>" + " </xsd:sequence>" + "</xsd:complexType>" + "</xsd:schema>"); XmlTag tag = XmlTestUtil.tag("purchaseOrder", getProject()); XmlElementDescriptor elementDescriptor = NSDescriptor.getElementDescriptor(tag); XmlElementDescriptor[] elements = elementDescriptor.getElementsDescriptors(tag); assertEquals(4, elements.length); assertEquals("shipTo", elements[0].getName()); assertEquals("billTo", elements[1].getName()); assertEquals("shipTo2", elements[2].getName()); assertEquals("items", elements[3].getName()); }
testElementDescriptor11
300,443
void () { XmlNSDescriptor NSDescriptor = createDescriptor( "<xsd:schema xmlns:xsd=\"http://www.w3.org/2001/XMLSchema\">" + "<xsd:element name=\"purchaseOrder\" type=\"PurchaseOrderType\"/>" + "<xsd:complexType name=\"PurchaseOrderType\">" + " <xsd:complexContent>" + " <xsd:extension base=\"PurchaseOrderType2\">" + " <xsd:element name=\"shipTo2\" type=\"USAddress\"/>" + " </xsd:extension>" + " </xsd:complexContent>" + "</xsd:complexType>" + "<xsd:complexType name=\"PurchaseOrderType2\">" + " <xsd:sequence>" + " <xsd:element name=\"shipTo\" type=\"USAddress\"/>" + " <xsd:element name=\"billTo\" type=\"USAddress\"/>" + " <xsd:element name=\"items\" type=\"Items\"/>" + " </xsd:sequence>" + "</xsd:complexType>" + "</xsd:schema>"); XmlTag tag = XmlTestUtil.tag("purchaseOrder", getProject()); XmlElementDescriptor elementDescriptor = NSDescriptor.getElementDescriptor(tag); XmlElementDescriptor[] elements = elementDescriptor.getElementsDescriptors(tag); assertEquals(4, elements.length); assertEquals("shipTo", elements[0].getName()); assertEquals("billTo", elements[1].getName()); assertEquals("items", elements[2].getName()); assertEquals("shipTo2", elements[3].getName()); }
testElementDescriptor15
300,444
void () { XmlNSDescriptor NSDescriptor = createDescriptor( "<xsd:schema xmlns:xsd=\"http://www.w3.org/2001/XMLSchema\">" + "<xsd:element name=\"purchaseOrder\" type=\"PurchaseOrderType\"/>" + "<xsd:complexType name=\"PurchaseOrderType\">" + " <xsd:complexContent>" + " <xsd:restriction base=\"PurchaseOrderType2\">" + " <xsd:attribute name=\"orderDate2\" type=\"xsd:date\"/>" + " <xsd:attribute name=\"name\" type=\"xsd:date\"/>" + " </xsd:restriction>" + " </xsd:complexContent>" + "</xsd:complexType>" + "<xsd:complexType name=\"PurchaseOrderType2\">" + " <xsd:sequence>" + " <xsd:attribute name=\"orderDate\" type=\"xsd:date\"/>" + " <xsd:attribute name=\"name\" type=\"xsd:string\"/>" + " </xsd:sequence>" + "</xsd:complexType>" + "</xsd:schema>"); final XmlTag tag = XmlTestUtil.tag("purchaseOrder", getProject()); XmlElementDescriptor elementDescriptor = NSDescriptor.getElementDescriptor(tag); XmlAttributeDescriptor[] attributes = elementDescriptor.getAttributesDescriptors(tag); assertEquals(3, attributes.length); assertEquals("orderDate", attributes[0].getName()); assertEquals("orderDate2", attributes[1].getName()); assertEquals("name", attributes[2].getName()); }
testElementDescriptor12
300,445
void () { XmlNSDescriptor NSDescriptor = createDescriptor( "<xsd:schema xmlns:xsd=\"http://www.w3.org/2001/XMLSchema\">" + "<xsd:element name=\"purchaseOrder\">" + "<xsd:complexType name=\"PurchaseOrderType\">" + " <xsd:sequence>" + " <xsd:element ref=\"shipTo\"/>" + " </xsd:sequence>" + "</xsd:complexType>" + "</xsd:element>" + "<xsd:element name=\"shipTo\" abstract=\"true\">" + "</xsd:schema>"); XmlTag tag = XmlTestUtil.tag("purchaseOrder", getProject()); XmlElementDescriptor elementDescriptor = NSDescriptor.getElementDescriptor(tag); final XmlElementDescriptor[] elements = elementDescriptor.getElementsDescriptors(tag); assertEquals(0, elements.length); }
testElementDescriptor13
300,446
void () { XmlNSDescriptor NSDescriptor = createDescriptor( "<xsd:schema targetNamespace=\"http://www.deansoft.com/AddressBook\" xmlns:ab=\"http://www.deansoft.com/AddressBook\" xmlns:xsd=\"http://www.w3.org/2001/XMLSchema\">" + "<xsd:element name=\"purchaseOrder\">" + "<xsd:complexType name=\"PurchaseOrderType\">" + " <xsd:sequence>" + " <xsd:element ref=\"shipTo\"/>" + " </xsd:sequence>" + "</xsd:complexType>" + "</xsd:element>" + "<xsd:element name=\"shipTo\" abstract=\"true\">" + " <xsd:complexType name=\"USAddress\">" + " <xsd:attribute name=\"orderDate\" type=\"xsd:date\"/>" + " <xsd:element name=\"items\" type=\"Items\"/>" + " </xsd:complexType>" + "</xsd:element>" + "<xsd:element name=\"name\" substitutionGroup=\"ab:shipTo\"/>" + "</xsd:schema>"); XmlTag tag = XmlTestUtil.tag("purchaseOrder", "http://www.deansoft.com/AddressBook", getProject()); XmlElementDescriptor elementDescriptor = NSDescriptor.getElementDescriptor(tag); final XmlElementDescriptor[] elements = elementDescriptor.getElementsDescriptors(tag); assertEquals(1, elements.length); assertEquals("name", elements[0].getName()); XmlAttributeDescriptor[] attrs = elements[0].getAttributesDescriptors(tag); assertEquals(1, attrs.length); assertEquals("orderDate", attrs[0].getName()); XmlElementDescriptor[] element0Descriptors = elements[0].getElementsDescriptors(tag.findFirstSubTag(elements[0].getName())); assertEquals(1, element0Descriptors.length); assertEquals("items", element0Descriptors[0].getName()); }
testElementDescriptor14
300,447
void () { XmlNSDescriptor NSDescriptor = createDescriptor( "<xsd:schema xmlns:xsd=\"http://www.w3.org/2001/XMLSchema\">" + "<xsd:element name=\"purchaseOrder\" type=\"PurchaseOrderType\"/>" + "<xsd:complexType name=\"PurchaseOrderType\">" + " <xsd:attribute name=\"orderDate\" type=\"xsd:date\"/>" + "</xsd:complexType>" + "</xsd:schema>"); final XmlTag tag = XmlTestUtil.tag("purchaseOrder", getProject()); XmlElementDescriptor elementDescriptor = NSDescriptor.getElementDescriptor(tag); XmlAttributeDescriptor attribute = elementDescriptor.getAttributeDescriptor("orderDate", tag); assertTrue(!attribute.isEnumerated()); assertTrue(!attribute.isFixed()); assertTrue(!attribute.isRequired()); assertNull(attribute.getDefaultValue()); }
testAttributeDescriptor1
300,448
void () { XmlNSDescriptor NSDescriptor = createDescriptor( "<xsd:schema xmlns:xsd=\"http://www.w3.org/2001/XMLSchema\">" + "<xsd:element name=\"purchaseOrder\" type=\"PurchaseOrderType\"/>" + "<xsd:complexType name=\"PurchaseOrderType\">" + " <xsd:attribute name=\"orderDate\" type=\"xsd:date\" use=\"prohibited\" />" + "</xsd:complexType>" + "</xsd:schema>"); final XmlTag tag = XmlTestUtil.tag("purchaseOrder", getProject()); XmlElementDescriptor elementDescriptor = NSDescriptor.getElementDescriptor(tag); XmlAttributeDescriptor[] attributes = elementDescriptor.getAttributesDescriptors(tag); assertEquals(0, attributes.length); }
testAttributeDescriptorProhibited
300,449
void () { XmlNSDescriptor NSDescriptor = createDescriptor( "<xsd:schema xmlns:xsd=\"http://www.w3.org/2001/XMLSchema\">" + "<xsd:element name=\"purchaseOrder\" type=\"PurchaseOrderType\"/>" + "<xsd:complexType name=\"PurchaseOrderType\">" + " <xsd:complexContent>" + " <xsd:restriction base=\"PurchaseOrderType2\">" + " <xsd:attribute name=\"orderDate\" type=\"xsd:date\" use=\"prohibited\"/>" + " </xsd:restriction>" + " </xsd:complexContent>" + "</xsd:complexType>" + "<xsd:complexType name=\"PurchaseOrderType2\">" + " <xsd:sequence>" + " <xsd:attribute name=\"orderDate\" type=\"xsd:date\"/>" + " <xsd:attribute name=\"name\" type=\"xsd:string\"/>" + " </xsd:sequence>" + "</xsd:complexType>" + "</xsd:schema>"); final XmlTag tag = XmlTestUtil.tag("purchaseOrder", getProject()); XmlElementDescriptor elementDescriptor = NSDescriptor.getElementDescriptor(tag); XmlAttributeDescriptor[] attributes = elementDescriptor.getAttributesDescriptors(tag); assertEquals(1, attributes.length); assertEquals("name", attributes[0].getName()); }
testAttributeDescriptorProhibited2
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void () { XmlNSDescriptor NSDescriptor = createDescriptor( "<xsd:schema xmlns:xsd=\"http://www.w3.org/2001/XMLSchema\">" + "<xsd:element name=\"purchaseOrder\" type=\"PurchaseOrderType\"/>" + "<xsd:complexType name=\"PurchaseOrderType\">" + " <xsd:attribute name=\"orderDate\" type=\"xsd:date\" use=\"required\" default=\" 2002 \"/>" + "</xsd:complexType>" + "</xsd:schema>"); final XmlTag tag = XmlTestUtil.tag("purchaseOrder", getProject()); XmlElementDescriptor elementDescriptor = NSDescriptor.getElementDescriptor(tag); XmlAttributeDescriptor attribute = elementDescriptor.getAttributeDescriptor("orderDate", tag); assertTrue(!attribute.isEnumerated()); assertTrue(!attribute.isFixed()); assertTrue(attribute.isRequired()); assertEquals(" 2002 ", attribute.getDefaultValue()); }
testAttributeDescriptor2
300,451
void () { XmlNSDescriptor NSDescriptor = createDescriptor( "<xsd:schema xmlns:xsd=\"http://www.w3.org/2001/XMLSchema\">" + "<xsd:element name=\"purchaseOrder\" type=\"PurchaseOrderType\"/>" + "<xsd:complexType name=\"PurchaseOrderType\">" + " <xsd:attribute name=\"orderDate\" type=\"xsd:date\" fixed=\"1 01 2001\"/>" + "</xsd:complexType>" + "</xsd:schema>"); final XmlTag tag = XmlTestUtil.tag("purchaseOrder", getProject()); XmlElementDescriptor elementDescriptor = NSDescriptor.getElementDescriptor(tag); XmlAttributeDescriptor attribute = elementDescriptor.getAttributeDescriptor("orderDate", tag); assertTrue(!attribute.isEnumerated()); assertTrue(attribute.isFixed()); assertTrue(!attribute.isRequired()); assertEquals("1 01 2001", attribute.getDefaultValue()); }
testAttributeDescriptor3
300,452
void () { XmlNSDescriptor NSDescriptor = createDescriptor( "<xsd:schema xmlns:xsd=\"http://www.w3.org/2001/XMLSchema\">" + "<xsd:element name=\"purchaseOrder\" type=\"PurchaseOrderType\"/>" + "<xsd:complexType name=\"PurchaseOrderType\">" + " <xsd:attribute ref=\"orderDate\" use=\"required\"/>" + "</xsd:complexType>" + " <xsd:attribute name=\"orderDate\" type=\"xsd:date\" fixed=\"1 01 2001\"/>" + "</xsd:schema>"); final XmlTag tag = XmlTestUtil.tag("purchaseOrder", getProject()); XmlElementDescriptor elementDescriptor = NSDescriptor.getElementDescriptor(tag); XmlAttributeDescriptor attribute = elementDescriptor.getAttributeDescriptor("orderDate", tag); assertNotNull(attribute); assertTrue(!attribute.isEnumerated()); assertTrue(attribute.isFixed()); assertTrue(attribute.isRequired()); assertEquals("1 01 2001", attribute.getDefaultValue()); }
testAttributeDescriptor4
300,453
void () { XmlNSDescriptor NSDescriptor = createDescriptor( "<xs:schema xmlns:xs=\"http://www.w3.org/2001/XMLSchema\">" + "<xs:element name=\"purchaseOrder\" type=\"PurchaseOrderType\"/>" + "<xs:element name=\"comment\" type=\"xs:string\"/>" + "</xs:schema>"); assertNotNull(NSDescriptor); assertNotNull(NSDescriptor.getElementDescriptor(XmlTestUtil.tag("purchaseOrder", getProject()))); assertNotNull(NSDescriptor.getElementDescriptor(XmlTestUtil.tag("comment", getProject()))); assertNull(NSDescriptor.getElementDescriptor(UNKNOWN_TAG)); }
testNamespace1
300,454
void () { XmlNSDescriptor NSDescriptor = createDescriptor( "<xsd:schema targetNamespace=\"http://www.w3.org/2001/XMLSchema\" xmlns:xsd=\"http://www.w3.org/2001/XMLSchema\" >" + "<xsd:element name=\"purchaseOrder\" type=\"PurchaseOrderType\"/>" + "<xsd:complexType name=\"PurchaseOrderType\">" + " <xsd:sequence>" + " <xsd:element ref=\"xsd:items\"/>" + " </xsd:sequence>" + "</xsd:complexType>" + "<xsd:element name=\"items\" type=\"xsd:string\"/>" + "</xsd:schema>"); XmlTag tag = XmlTestUtil.tag("purchaseOrder", "http://www.w3.org/2001/XMLSchema", getProject()); XmlElementDescriptorImpl elementDescriptor = (XmlElementDescriptorImpl)NSDescriptor.getElementDescriptor(tag); XmlElementDescriptor[] elements = elementDescriptor.getElementsDescriptors(tag); assertEquals(1, elements.length); assertEquals("items", elements[0].getName()); assertEquals("items", elementDescriptor.getElementDescriptor("items").getName()); assertNull(elementDescriptor.getElementDescriptor("xxx")); }
testNamespace2
300,455
void () { XmlNSDescriptor NSDescriptor = createDescriptor( "<xs:schema xmlns=\"http://www.w3.org/2001/XMLSchema\" xmlns:xs=\"http://www.w3.org/2001/XMLSchema\">" + "<xs:element name=\"purchaseOrder\" type=\"PurchaseOrderType\"/>" + "<element name=\"comment\" type=\"xs:string\"/>" + "</xs:schema>"); assertNotNull(NSDescriptor); assertNotNull(NSDescriptor.getElementDescriptor(XmlTestUtil.tag("purchaseOrder", "http://www.w3.org/2001/XMLSchema", getProject()))); assertNotNull(NSDescriptor.getElementDescriptor(XmlTestUtil.tag("comment", "http://www.w3.org/2001/XMLSchema", getProject()))); assertNull(NSDescriptor.getElementDescriptor(UNKNOWN_TAG)); }
testNamespace3
300,456
void () { PsiFile dtdFile = createFile("test.xml", "<xsd:schema targetNamespace=\"http://foo\" xmlns:xsd=\"http://www.w3.org/2001/XMLSchema\" >" + " <xsd:element name=\"root\">" + " <xsd:complexType>" + " <xsd:sequence minOccurs=\"1\" maxOccurs=\"1\">" + " <xsd:any namespace=\"##other\" minOccurs=\"0\" maxOccurs=\"unbounded\" processContents=\"skip\"/>" + " </xsd:sequence>" + " </xsd:complexType>" + " </xsd:element>" + "</xsd:schema>"); XmlNSDescriptor NSDescriptor = new XmlNSDescriptorImpl((XmlFile)dtdFile); XmlFile xmlFile = (XmlFile)createFile("file.xml", "<foo:root xmlns:foo=\"http://foo\">" + " <foo:a xmlns:a=\"http://bar\" />" + "</foo:root>" ); XmlElementDescriptor rootDescriptor = NSDescriptor.getElementDescriptor(xmlFile.getDocument().getRootTag()); assertNotNull(rootDescriptor); XmlTag aTag = xmlFile.getDocument().getRootTag().findFirstSubTag("foo:a"); assertNotNull(aTag); //XmlElementDescriptor aDescriptor = NSDescriptor.getElementDescriptor(aTag); //assertNull(aDescriptor); }
testAny2
300,457
void () { XmlNSDescriptor NSDescriptor = createDescriptor( "<xsd:schema targetNamespace=\"http://foo\" xmlns:xsd=\"http://www.w3.org/2001/XMLSchema\" >" + " <xsd:element name=\"root\">" + " <xsd:complexType>" + " <xsd:anyAttribute namespace=\"##other\" processContents=\"skip\"/>" + " </xsd:complexType>" + " </xsd:element>" + "</xsd:schema>" ); XmlFile xmlFile = (XmlFile)createFile("file.xml", "<root xmlns=\"http://foo\" y:a=\"1\">" + "</root>" ); final XmlTag rootTag = xmlFile.getDocument().getRootTag(); XmlElementDescriptor rootDescriptor = NSDescriptor.getElementDescriptor(rootTag); assertNotNull(rootDescriptor); XmlAttribute attribute = rootTag.getAttribute("y:a", XmlUtil.EMPTY_URI); assertNotNull(attribute); XmlAttributeDescriptor aDescriptor = rootDescriptor.getAttributeDescriptor("y:a", rootTag); assertNotNull(aDescriptor); }
testAny3
300,458
void () { XmlNSDescriptor NSDescriptor = createDescriptor( "<xsd:schema targetNamespace=\"http://foo\" xmlns:xsd=\"http://www.w3.org/2001/XMLSchema\" >" + " <xsd:element name=\"root\">" + " <xsd:complexType>" + " <xsd:anyAttribute namespace=\"##other\" processContents=\"skip\"/>" + " </xsd:complexType>" + " </xsd:element>" + "</xsd:schema>" ); XmlFile xmlFile = (XmlFile)createFile("file.xml", "<root xmlns=\"http://foo\" a=\"1\">" + "</root>" ); final XmlTag rootTag = xmlFile.getDocument().getRootTag(); XmlElementDescriptor rootDescriptor = NSDescriptor.getElementDescriptor(rootTag); assertNotNull(rootDescriptor); XmlAttribute attribute = rootTag.getAttribute("a", XmlUtil.EMPTY_URI); assertNotNull(attribute); XmlAttributeDescriptor aDescriptor = rootDescriptor.getAttributeDescriptor("a", rootTag); assertNull(aDescriptor); attribute = rootTag.getAttribute("a", "http://foo"); assertNull(attribute); attribute = rootTag.getAttribute("a", XmlUtil.ANT_URI); assertNull(attribute); }
testAny4
300,459
XmlNSDescriptor (@NonNls String dtdText) { PsiFile dtdFile = createFile("test.xml", dtdText); return new XmlNSDescriptorImpl((XmlFile)dtdFile); }
createDescriptor
300,460
void () { WriteCommandAction.writeCommandAction(getProject()).run(() -> { new XmlSmartEnterProcessor().process(getProject(), getEditor(), getFile()); }); }
performSmartEnterAction
300,461
void () { new CodeCompletionHandlerBase(CompletionType.BASIC).invokeCompletion(getProject(), getEditor()); final LookupImpl lookup = (LookupImpl)LookupManager.getActiveLookup(getEditor()); myItems = lookup == null ? null : lookup.getItems().toArray(LookupElement.EMPTY_ARRAY); }
performCompletionAction
300,462
void (final char c) { if (!LookupEvent.isSpecialCompletionChar(c)) { type(c); return; } final LookupManagerImpl manager = (LookupManagerImpl) LookupManager.getInstance(getProject()); final Lookup lookup = manager.getActiveLookup(); if(lookup != null) { manager.forceSelection(c, lookup.getCurrentItem()); } }
select
300,463
String () { return ""; }
getBasePath
300,464
String () { return PlatformTestUtil.getCommunityPath().replace(File.separatorChar, '/') + "/xml/tests/testData/"; }
getTestDataPath
300,465
void (final String text, final String toType, final String result) { doTest(XmlFileType.INSTANCE, text, toType, result); }
doTest
300,466
void (final FileType fileType, final String text, final String toType, final String result) { myFixture.configureByText(fileType, text); type(toType); myFixture.checkResult(result); }
doTest
300,467
void (String toType) { myFixture.type(toType); }
type
300,468
void (final String text, final String toType, final String result) { doTestCompletion(XmlFileType.INSTANCE, text, toType, result); }
doTestCompletion
300,469
void (final FileType fileType, final String text, final String toType, final String result) { myFixture.configureByText(fileType, text); myFixture.completeBasic(); if (toType != null) myFixture.type(toType); myFixture.checkResult(result); }
doTestCompletion
300,470
void () { doTest(new String[]{"testCompletion.xml", "test.xsd"}, "b"); }
testCompletion
300,471
void () { doTest(new String[]{"testCompletionNext.xml", "test.xsd"}, "c"); }
testCompletionNext
300,472
void () { doTest(new String[]{"testCompletion3.xml", "test.xsd"}, "c", "d"); }
testCompletion3
300,473
void () { doTest(new String[]{"Servlet.xml"}, "icon", "servlet-name"); }
testServlet
300,474
void () { doForText(""" <!DOCTYPE web-app PUBLIC "-//Sun Microsystems, Inc.//DTD Web Application 2.3//EN" "http://java.sun.com/j2ee/dtds/web-app_2_3.dtd"> <web-app> <servlet> <s<caret> </servlet> </web-app>""", """ <!DOCTYPE web-app PUBLIC "-//Sun Microsystems, Inc.//DTD Web Application 2.3//EN" "http://java.sun.com/j2ee/dtds/web-app_2_3.dtd"> <web-app> <servlet> <servlet-name </servlet> </web-app>"""); }
testServletName
300,475
void () { doForText(""" <xs:schema xmlns:xs="http://www.w3.org/2001/XMLSchema"> <ann<caret> </xs:schema>""", """ <xs:schema xmlns:xs="http://www.w3.org/2001/XMLSchema"> <xs:annotation </xs:schema>"""); }
testPrefix
300,476
void () { doForText(""" <schema xmlns="http://www.w3.org/2001/XMLSchema"> <element name="foo"><<caret></element>> </element> </schema>""", """ <schema xmlns="http://www.w3.org/2001/XMLSchema"> <element name="foo"><</element>> </element> </schema>"""); }
testInvalidXmlException
300,477
void (String before, String after) { myFixture.configureByText("a.xml", before); myFixture.complete(CompletionType.SMART); myFixture.checkResult(after); }
doForText
300,478
void (String[] files, String... items) { myFixture.configureByFiles(files); LookupElement[] elements; try { CodeInsightSettings.getInstance().AUTOCOMPLETE_ON_SMART_TYPE_COMPLETION = false; elements = myFixture.complete(CompletionType.SMART); } finally { CodeInsightSettings.getInstance().AUTOCOMPLETE_ON_SMART_TYPE_COMPLETION = true; } assert elements != null; List<String> strings = ContainerUtil.map(elements, LookupElement::getLookupString); assertEquals(Arrays.asList(items), strings); }
doTest
300,479
String () { return "/xml/tests/testData/smartCompletion"; }
getBasePath
300,480
String () { return PlatformTestUtil.getCommunityPath().replace(File.separatorChar, '/') + getBasePath(); }
getTestDataPath
300,481
void () { doTestPopup(HtmlFileType.INSTANCE, "<div><caret></div>", "<"); myFixture.type("blockq\n"); myFixture.checkResult("<div><blockquote<caret></div>"); }
testAfterTagOpen
300,482
void () { doTestPopup(HtmlFileType.INSTANCE, "<div>foo<caret></div>", "<"); myFixture.type("blockq\n"); myFixture.checkResult("<div>foo<blockquote<caret></div>"); }
testAfterTagOpenWithPrefix
300,483
void () { doTestPopup(HtmlFileType.INSTANCE, "<div><caret>foo</div>", "<"); myFixture.type("blockq\n"); myFixture.checkResult("<div><blockquote<caret>foo</div>"); }
testAfterTagOpenWithSuffix
300,484
void () { doTestNoPopup(XHtmlFileType.INSTANCE, "<div><caret></div>", "p"); }
testDoNotShowPopupInTextXhtml
300,485
void () { doTestNoPopup(HtmlFileType.INSTANCE, "<div>foo<caret></div>", " "); type("a"); assertNotNull(getLookup()); }
testDoNotShowPopupAfterSpace
300,486
void () { doTestPopup(HtmlFileType.INSTANCE, "<div>&<caret></div>", "s"); myFixture.type("t"); type("a"); myFixture.type("\n"); myFixture.checkResult("<div>&star;</div>"); }
testAfterAmpersand
300,487
void () { doTestPopup(HtmlFileType.INSTANCE, "&<caret>", "s"); assertNull(getLookup().getCurrentItemOrEmpty()); myFixture.type("t"); type("a"); myFixture.type("\n"); myFixture.checkResult("&star;"); }
testAfterAmpersandEmptyFile
300,488
void () { doTestPopup(HtmlFileType.INSTANCE, "<div><caret></div>", "&"); myFixture.type("\n"); myFixture.checkResult("<div>&\n</div>"); }
testAfterAmpersandZeroChars
300,489
void () { doTestPopup(HtmlFileType.INSTANCE, "<div><caret></div>", "&t"); myFixture.type("\n"); myFixture.checkResult("<div>&t\n</div>"); }
testAfterAmpersandOneChar
300,490
void () { doTestPopup(HtmlFileType.INSTANCE, "<div><caret></div>", "&ta"); myFixture.type("\n"); myFixture.checkResult("<div>&target;</div>"); }
testAfterAmpersandTwoChars
300,491
void () { doTestPopup(HtmlFileType.INSTANCE, "<div><caret></div>", "&bb"); assertSameElements(myFixture.getLookupElementStrings(), "bbrk", "bbrktbrk"); myFixture.completeBasic(); assertSameElements(myFixture.getLookupElementStrings(), "bbrk", "bbrktbrk", "lbbrk", "rbbrk"); }
testAfterAmpersandContents
300,492
void () { doTestPopup(HtmlFileType.INSTANCE, "<div><caret></div>", "the&n"); myFixture.type("bs\n"); myFixture.type("foo&st"); type("a"); myFixture.type("\n"); myFixture.checkResult("<div>the&nbsp;foo&star;</div>"); }
testAfterAmpersandWithPrefix
300,493
void () { doTestPopup(HtmlFileType.INSTANCE, "<div title='<caret>'></div>", "&tar"); myFixture.type("\n"); myFixture.checkResult("<div title='&target;'></div>"); }
testAmpersandInsideEmptyAttributeValue
300,494
void () { doTestPopup(HtmlFileType.INSTANCE, "<div title='<caret>'></div>", "&"); myFixture.type("\n"); myFixture.checkResult("<div title='&\n'></div>"); }
testAmpersandZeroCharsInsideAttributeValue
300,495
void () { doTestPopup(HtmlFileType.INSTANCE, "<div title='<caret>'></div>", "&t"); myFixture.type("\n"); myFixture.checkResult("<div title='&t\n'></div>"); }
testAmpersandOneCharInsideAttributeValue
300,496
void () { doTestPopup(HtmlFileType.INSTANCE, "<div title='<caret>'></div>", "&ta"); myFixture.type("\n"); myFixture.checkResult("<div title='&target;'></div>"); }
testAmpersandTwoCharsInsideAttributeValue
300,497
void () { doTestPopup(HtmlFileType.INSTANCE, "<div title='v<caret>a'></div>", "&tar"); myFixture.type("\n"); myFixture.checkResult("<div title='v&target;a'></div>"); }
testAmpersandInsideAttributeValue
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void () { doTestNoPopup(XHtmlFileType.INSTANCE, "<div>\"<caret></div>", "s"); }
testDoNotShowPopupAfterQuotedSymbolXhtml
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void () { doTestPopup(XHtmlFileType.INSTANCE, "<div><caret></div>", "<"); }
testAfterTagOpenXhtml