public void TestDataConverter()
{
MarkerClass markerClass = new MarkerClass();
DataConverter dataConverter = new DataConverter();
DCMapping mapping;
DCMapping[] mappings = new DCMapping[markerClass.markers.Length];
for (int i = 0; i < markerClass.markers.Length; i++)
{
MarkerClass.Marker marker = markerClass.markers[i];
mapping = new DCMapping();
mapping.BeginMarker = marker.m_marker;
// the sample input file is ASCII text, so using ISO-8859-1 (Latin 1)
// to convert to Unicode is a good choice. By specifiying an empty string
// as the encoding name, the default Unicode conversion will be used,
// which is ISO-8859-1 (Latin 1).
mapping.MarkerEncoding = "";
mapping.DataEncoding = "";
mapping.IsInline = marker.m_isInline;
mapping.EndMarker = marker.m_end;
mappings[i] = mapping;
}
// location of sample sfm files
string SFMFilePath = Info.TestFileDir;
// IECProjectFileInfo fileInfo;
// IECProjectFileInfo[] fileInfos = new IECProjectFileInfo[1];
DCFileInfo fileInfo;
IDCFileInfo[] fileInfos = new IDCFileInfo[1];
// fileInfo = new ECProjectFileInfo();
fileInfo = new DCFileInfo();
fileInfo.InputFileName = SFMFilePath + @"input.sfm";
fileInfo.OutputFileName = SFMFilePath + @"output.sfm";
// fileInfo.HasBOM is initialized to 0 ... which works for this test.
fileInfo.FileEncoding = DCFileEncoding.DC_FE_BYTES;
fileInfos[0] = fileInfo;
// convert the input files
dataConverter.ConvertNew(mappings, fileInfos);
}
public void SetUpTokenizer()
{
MarkerClass markerClass = new MarkerClass();
m_tokenizer = new Tokenizer();
MarkerSpec ms;
for (int i = 0; i < markerClass.markers.Length; i++)
{
MarkerClass.Marker marker = markerClass.markers[i];
// This test does not use an ECMapping object because it modifies replaceMarker
// and endReplaceMarker automatically, and since we are just testing the tokenizer,
// we don't want to have to account for markers being replaced. The replace marker functionality
// is tested elsewhere.
ms = MarkerSpec.CreateMarkerSpec(marker.m_marker, marker.m_markerMap,
marker.m_dataMap, marker.m_isInline, marker.m_marker, marker.m_end, marker.m_end);
m_tokenizer.Tri.Add(ms);
}
}
public void TestInvalidFileName()
{
MarkerClass markerClass = new MarkerClass();
DataConverter dataConverter = new DataConverter();
DCMapping mapping;
DCMapping[] mappings = new DCMapping[markerClass.markers.Length];
for (int i = 0; i < markerClass.markers.Length; i++)
{
MarkerClass.Marker marker = markerClass.markers[i];
mapping = new DCMapping();
mapping.BeginMarker = marker.m_marker;
// use an undefined Encoding Repository name
mapping.MarkerEncoding = "";
mapping.DataEncoding = "";
mapping.IsInline = marker.m_isInline;
mapping.EndMarker = marker.m_end;
mappings[i] = mapping;
}
// location of sample sfm files
string SFMFilePath = Info.TestFileDir;
DCFileInfo fileInfo;
IDCFileInfo[] fileInfos = new IDCFileInfo[1];
fileInfo = new DCFileInfo();
fileInfo.InputFileName = SFMFilePath + @"inputxxxxx.sfm";
fileInfo.OutputFileName = SFMFilePath + @"output.sfm";
// fileInfo.HasBOM is initialized to 0 ... which works for this test.
fileInfo.FileEncoding = DCFileEncoding.DC_FE_BYTES;
fileInfos[0] = fileInfo;
// convert the input files
try
{
dataConverter.ConvertNew(mappings, fileInfos);
Assert.Fail("ConvertNew didn't fail with non-existant input file.");
}
catch(System.IO.FileNotFoundException)
{
}
catch(Exception e)
{
Assert.Fail("Unexpected Exception: " + e.Message);
}
}