public void TestWriteTsv()
{
string output;
string expectedOutput = "foo\tbar\tbaz\n" +
"wibble\twobble\tspong";
IList <IList <string> > input = new string[][] { new string[] { "foo", "bar", "baz" },
new string[] { "wibble", "wobble", "spong" } };
ITabularDataParser parser = new TabularDataParser(TabularDataFormat.CreateTsv());
output = parser.Write(input);
Assert.AreEqual(expectedOutput, output, "Correct string rendering");
}
public void TestReadTsv()
{
string input = "foo\tbar\tbaz\n" +
"wibble\twobble\tspong";
ITabularDataParser parser = new TabularDataParser(TabularDataFormat.CreateTsv());
var output = parser.Read(input);
Assert.AreEqual(2, output.GetRowCount(), "Correct row count");
Assert.AreEqual("wibble", output[1][0], "Correct data in second row, first column");
Assert.AreEqual("wobble", output[1][1], "Correct data in second row, second column");
}
public void TestReadTsvWithQuotedUnicode()
{
string input = "foo\tbar\tbaz\n" +
"wibble\t wobble \tspong\n" +
"\" foo\"\t\"\"\"bar\"\"\"\t\"A big, \"\"big, ¥en test!\"";
ITabularDataParser parser = new TabularDataParser(TabularDataFormat.CreateTsv());
var output = parser.Read(input);
Assert.AreEqual(3, output.GetRowCount(), "Correct row count");
Assert.AreEqual("wobble", output[1][1], "Correct data in second row, second column");
Assert.AreEqual("\" foo\"", output[2][0], "Correct data in third row, first column");
Assert.AreEqual("\"\"\"bar\"\"\"", output[2][1], "Correct data in third row, second column");
Assert.AreEqual("\"A big, \"\"big, ¥en test!\"", output[2][2], "Correct data in third row, third column");
}