public void TestIndexOfStringRefInQStringRef() { var r1 = new Random(); var i1 = r1.Next(0, 60); var netString1 = Helper.RandomString(i1); var qString1 = new QStringRef(netString1); var r = new Random(); var rx = r.Next(0, netString1.Count()); var charac = netString1.ElementAt(rx); var net = netString1.IndexOf(charac); var q = qString1.IndexOf(new string(charac, 1)); Assert.AreEqual(net, q); }
public void TestIndexOfQCharInQStringRefCaseSensitiveWithStartIndex() { var r1 = new Random(); var i1 = r1.Next(10, 60); var netString1 = Helper.RandomString(i1); var qString1 = new QStringRef(netString1); var r = new Random(); var rx = r.Next(0, netString1.Count()); var charac = netString1.ElementAt(rx); var net = netString1.IndexOf(charac, 5); var qChar = new QChar(charac); var q = qString1.IndexOf(qChar, 5); Assert.AreEqual(net, q); }
public void TestIndexOfQStringRefInQStringRefCaseInsensitiveWithStartIndex() { var r1 = new Random(); var i1 = r1.Next(10, 60); var netString1 = Helper.RandomString(i1); var qString1 = new QStringRef(netString1); var r = new Random(); var rx = r.Next(0, netString1.Count()); var charac = netString1.ElementAt(rx); var net = netString1.IndexOf(new string(charac, 1), 5, StringComparison.Ordinal); var qChar = new QStringRef(new string(charac, 1)); var q = qString1.IndexOf(qChar, 5, CaseSensitivity.CaseInsensitive); Assert.AreEqual(net, q); }
public void TestIndexOfQStringRefInQStringRefCaseSensitive() { var r1 = new Random(); var i1 = r1.Next(0, 60); var netString1 = Helper.RandomString(i1); int net; int q; using (var qString1 = new QStringRef(netString1)) { var r = new Random(); var rx = r.Next(0, netString1.Length); var charac = netString1.ElementAt(rx); net = netString1.IndexOf(charac); using (var qChar = new QStringRef(new string(charac, 1))) { q = qString1.IndexOf(qChar); } } Assert.AreEqual(net, q); }
public void TestIndexOfQCharInQStringRefCaseInsensitiveWithStartIndex() { var r1 = new Random(); var i1 = r1.Next(10, 60); var netString1 = Helper.RandomString(i1); int net; int q; using (var qString1 = new QStringRef(netString1)) { var r = new Random(); var rx = r.Next(0, netString1.Length); var charac = netString1.ElementAt(rx); net = netString1.IndexOf(new string(charac, 1), 3, StringComparison.OrdinalIgnoreCase); using (var qChar = new QChar(charac)) { q = qString1.IndexOf(qChar, 3, CaseSensitivity.CaseInsensitive); } } Assert.AreEqual(net, q); }
public void TestIndexOfStringRefInQStringRef() { var r1 = new Random(); var i1 = r1.Next(0, 60); var netString1 = Helper.RandomString(i1); var qString1 = new QStringRef(netString1); var r = new Random(); var rx = r.Next(0, netString1.Count()); var charac = netString1.ElementAt(rx); var net = netString1.IndexOf(charac); var q = qString1.IndexOf(new string(charac, 1)); Assert.AreEqual(net, q); }
public void TestIndexOfQStringRefInQStringRefCaseInsensitiveWithStartIndex() { var r1 = new Random(); var i1 = r1.Next(10, 60); var netString1 = Helper.RandomString(i1); var qString1 = new QStringRef(netString1); var r = new Random(); var rx = r.Next(0, netString1.Count()); var charac = netString1.ElementAt(rx); var net = netString1.IndexOf(new string(charac, 1), 5, StringComparison.Ordinal); var qChar = new QStringRef(new string(charac, 1)); var q = qString1.IndexOf(qChar, 5, CaseSensitivity.CaseInsensitive); Assert.AreEqual(net, q); }
public void TestIndexOfQCharInQStringRefCaseSensitiveWithStartIndex() { var r1 = new Random(); var i1 = r1.Next(10, 60); var netString1 = Helper.RandomString(i1); var qString1 = new QStringRef(netString1); var r = new Random(); var rx = r.Next(0, netString1.Count()); var charac = netString1.ElementAt(rx); var net = netString1.IndexOf(charac, 5); var qChar = new QChar(charac); var q = qString1.IndexOf(qChar, 5); Assert.AreEqual(net, q); }