public void ExtractingNamespacesWithEmptyStringReturnsEmptyDictionary() { string namespacesString = @""; IDictionary <string, string> namespaces = EntLibLoggingProxyTraceListener.SplitNamespacesString(namespacesString); Assert.AreEqual(0, namespaces.Count); }
public void ExtractingNamespacesWithSingleEntryWithNoPrefixReturnsEmptyDictionary() { string namespacesString = @"xmlns='urn:test'"; IDictionary <string, string> namespaces = EntLibLoggingProxyTraceListener.SplitNamespacesString(namespacesString); Assert.AreEqual(0, namespaces.Count); }
public void SplittingEmptyXPathsStringReturnsEmptyList() { string xpathsStrings = ""; IList <string> xpaths = EntLibLoggingProxyTraceListener.SplitXPathQueriesString(xpathsStrings); Assert.AreEqual(0, xpaths.Count); }
public void SplittingEscapedSemicolonReturnsSingleElementList() { string xpathsStrings = @"single\;path"; IList <string> xpaths = EntLibLoggingProxyTraceListener.SplitXPathQueriesString(xpathsStrings); Assert.AreEqual(1, xpaths.Count); Assert.AreEqual("single;path", xpaths[0]); }
public void SplittingSinglePathXPathsStringReturnsSingleElementList() { string xpathsStrings = "single path"; IList <string> xpaths = EntLibLoggingProxyTraceListener.SplitXPathQueriesString(xpathsStrings); Assert.AreEqual(1, xpaths.Count); Assert.AreEqual("single path", xpaths[0]); }
public void ExtractingNamespacesWithMultipleEntriesWithWrongSyntaxIgnoresWrongEntries() { string namespacesString = @"xmlns'urn:test' xmlns:pre2='urn:test2' xmlns:pre1'http://microsoft.com'"; IDictionary <string, string> namespaces = EntLibLoggingProxyTraceListener.SplitNamespacesString(namespacesString); Assert.AreEqual(1, namespaces.Count); Assert.AreEqual("urn:test2", namespaces["pre2"]); }
public void ExtractingNamespacesWithSingleEntryReturnsSingleEntryDictionary() { string namespacesString = @"xmlns:pre='urn:test'"; IDictionary <string, string> namespaces = EntLibLoggingProxyTraceListener.SplitNamespacesString(namespacesString); Assert.AreEqual(1, namespaces.Count); Assert.AreEqual("urn:test", namespaces["pre"]); }
public void CanGetInstanceFromConfigurationObject() { TraceSource traceSource = new TraceSource("entlibproxy"); EntLibLoggingProxyTraceListener listener = traceSource.Listeners["entlibproxy"] as EntLibLoggingProxyTraceListener; Assert.IsNotNull(listener); Assert.AreEqual(0, listener.CategoriesXPathQueries.Count); Assert.AreEqual(0, listener.NamespaceManager.GetNamespacesInScope(XmlNamespaceScope.Local).Count); }
public void ExtractingNamespacesWithMultipleEntriesWithNoPrefixReturnsMultiEntryDictionaryAndIgnoresNoPrefix() { string namespacesString = @"xmlns='urn:test' xmlns:='urn:test' xmlns:pre2='urn:test2' xmlns:pre1='http://microsoft.com'"; IDictionary <string, string> namespaces = EntLibLoggingProxyTraceListener.SplitNamespacesString(namespacesString); Assert.AreEqual(2, namespaces.Count); Assert.AreEqual("urn:test2", namespaces["pre2"]); Assert.AreEqual("http://microsoft.com", namespaces["pre1"]); }
public void SplittingWithSingleSemicolonReturnsTwoElementsList() { string xpathsStrings = @"multiple;paths"; IList <string> xpaths = EntLibLoggingProxyTraceListener.SplitXPathQueriesString(xpathsStrings); Assert.AreEqual(2, xpaths.Count); Assert.AreEqual("multiple", xpaths[0]); Assert.AreEqual("paths", xpaths[1]); }
public void SplittingMixedEscapedAndNonEscapedSemicolonsIsOk() { string xpathsStrings = @"thr\;ee;\;multiple;paths\;;"; IList <string> xpaths = EntLibLoggingProxyTraceListener.SplitXPathQueriesString(xpathsStrings); Assert.AreEqual(3, xpaths.Count); Assert.AreEqual("thr;ee", xpaths[0]); Assert.AreEqual(";multiple", xpaths[1]); Assert.AreEqual("paths;", xpaths[2]); }
public void CanGetInstanceWithSinglePathAndSingleNamespaceFromConfigurationObject() { TraceSource traceSource = new TraceSource("entlibproxy"); EntLibLoggingProxyTraceListener listener = traceSource.Listeners["entlibproxywithxpath"] as EntLibLoggingProxyTraceListener; Assert.IsNotNull(listener); Assert.AreEqual(1, listener.CategoriesXPathQueries.Count); Assert.AreEqual("//MessageLogTraceRecord/@Source", listener.CategoriesXPathQueries[0]); Assert.AreEqual(1, listener.NamespaceManager.GetNamespacesInScope(XmlNamespaceScope.Local).Count); Assert.AreEqual("urn:test", listener.NamespaceManager.GetNamespacesInScope(XmlNamespaceScope.Local)["pre"]); }
public void SplittingWithTrailingSemiColonIsOk() { string xpathsStrings = @"three;multiple;paths;"; IList <string> xpaths = EntLibLoggingProxyTraceListener.SplitXPathQueriesString(xpathsStrings); Assert.AreEqual(3, xpaths.Count); Assert.AreEqual("three", xpaths[0]); Assert.AreEqual("multiple", xpaths[1]); Assert.AreEqual("paths", xpaths[2]); }
public void SetUp() { var logWriter = #if NETCOREAPP new LogWriterFactory(NetCoreHelper.LookupConfigSection).Create(); #else new LogWriterFactory().Create(); #endif proxy = new EntLibLoggingProxyTraceListener(); Logger.SetLogWriter(logWriter, false); MockTraceListener.Reset(); }
public void SetUp() { proxy = new EntLibLoggingProxyTraceListener(); Logger.SetLogWriter(new LogWriterFactory().Create(), false); MockTraceListener.Reset(); }
public void SetUp() { proxy = new EntLibLoggingProxyTraceListener(); MockTraceListener.Reset(); }
public void SetUp() { proxy = new EntLibLoggingProxyTraceListener(); Logger.SetLogWriter(new LogWriterFactory().Create(), false); MockTraceListener.Reset(); }