unittest_xml.scala
来自「JAVA 语言的函数式编程扩展」· SCALA 代码 · 共 111 行
SCALA
111 行
object Test { import scala.testing.SUnit._ import scala.xml.{MetaData, Null, Parsing, PrefixedAttribute, UnprefixedAttribute } class ParsingTest extends TestCase("scala.xml.Parsing") with Assert { override def runTest = { assertTrue(Parsing.isNameStart('b')) assertFalse(Parsing.isNameStart(':')) } } class MetaDataTest extends TestCase("scala.xml.MetaData") with Assert { import scala.xml.{HasKeyValue, TopScope, NamespaceBinding, Node, Atom, Text } def domatch(x:Node): Node = { val hasBar = new HasKeyValue("bar") x match { //case Node("foo", hasBar(z), _*) => z case Node("foo", md, _*) if !hasBar.unapplySeq(md).isEmpty => md("bar")(0) case _ => new Atom(3) } } override def runTest = { var x: MetaData = Null var s: NamespaceBinding = TopScope // testing method def apply(uri:String, scp:NamespaceBinding, k:String): Seq[Node] // def apply(k:String): Seq[Node] assertEquals("absent element (prefixed) 1", null, x("za://foo.com", s, "bar" )) assertEquals("absent element (unprefix) 1", null, x("bar")) assertEquals("absent element (prefixed) 2", None, x.get("za://foo.com", s, "bar" )) assertEquals("absent element (unprefix) 2", None, x.get("bar")) x = new PrefixedAttribute("zo","bar", new Atom(42), x) s = new NamespaceBinding("zo","za://foo.com",s) assertEquals("present element (prefixed) 3", new Atom(42), x("za://foo.com", s, "bar" )) assertEquals("present element (unprefix) 3", null, x("bar")) assertEquals("present element (prefixed) 4", Some(new Atom(42)), x.get("za://foo.com", s, "bar" )) assertEquals("present element (unprefix) 4", None, x.get("bar")) x = new UnprefixedAttribute("bar","meaning", x) assertEquals("present element (prefixed) 5", null, x(null, s, "bar" )) assertEquals("present element (unprefix) 5", Text("meaning"), x("bar")) assertEquals("present element (prefixed) 6", None, x.get(null, s, "bar" )) assertEquals("present element (unprefix) 6", Some(Text("meaning")), x.get("bar")) val z = <foo bar="gar"/> val z2 = <foo/> assertEquals("attribute extractor 1", Text("gar"), domatch(z)) assertEquals("attribute extractor 2", new Atom(3), domatch(z2)) } } class UtilityTest extends TestCase("scala.xml.Utility") with Assert { def runTest() = { val x = <foo> <toomuchws/> </foo> val y = xml.Utility.trim(x) assertEquals("trim 1 ", 1, y match { case <foo><toomuchws/></foo> => 1 }) val x2 = <foo> <toomuchws> a b b a </toomuchws> </foo> val y2 = xml.Utility.trim(x2) assertEquals("trim 2 ", 2, y2 match { case <foo><toomuchws>a b b a</toomuchws></foo> => 2 }) val z = <bar>''</bar> val z1 = z.toString assertEquals("apos unescaped", "<bar>''</bar>", z1) val q = xml.Utility.sort(<a g='3' j='2' oo='2' a='2'/>) assertEquals("sort attrib"+xml.Utility.sort(q.attributes).toString, " a=\"2\" g=\"3\" j=\"2\" oo=\"2\"", xml.Utility.sort(q.attributes).toString) val pp = new xml.PrettyPrinter(80,5) assertEquals("pretty print sorted attrib:"+pp.format(q), "<a a=\"2\" g=\"3\" j=\"2\" oo=\"2\"></a>", pp.format(q)) } } def main(args:Array[String]) = { val ts = new TestSuite( new ParsingTest, new MetaDataTest, new UtilityTest ) val tr = new TestResult() ts.run(tr) for(val failure <- tr.failures) { Console.println(failure) } }}
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