public void Exporters_DatExporter_FromCsvTest()
{
// Arrange
var mockReader = new Mock <TextReader>();
var mockWriter = new Mock <TextWriter>();
int calls = 0;
mockReader
.Setup(r => r.ReadLine())
.Returns(() => datLines[calls])
.Callback(() => calls++);
List <string> output = new List <string>();
mockWriter
.Setup(r => r.WriteLine(It.IsAny <string>()))
.Callback((string s) => output.Add(s));
FileInfo infile = new FileInfo(@"X:\VOL001\infile.dat");
bool hasHeader = true;
string keyColName = "DOCID";
string parentColName = "BEGATT";
string childColName = String.Empty;
string childColDelim = ";";
RepresentativeBuilder repSetting = new RepresentativeBuilder("NATIVE", Representative.FileType.Native);
List <RepresentativeBuilder> reps = new List <RepresentativeBuilder>();
reps.Add(repSetting);
var builder = new DatBuilder();
IParser parser = new DatParser(Delimiters.CONCORDANCE);
builder.ChildColumnName = childColName;
builder.ChildSeparator = childColDelim;
builder.RepresentativeBuilders = reps;
builder.PathPrefix = infile.Directory.FullName;
builder.HasHeader = hasHeader;
builder.ParentColumnName = parentColName;
builder.KeyColumnName = keyColName;
// act
List <string[]> records = parser.Parse(mockReader.Object);
List <Document> documents = builder.Build(records);
DocumentCollection docs = new DocumentCollection(documents);
string[] fields = new string[] { "DOCID", "BEGATT", "VOLUME", "NATIVE" };
var exporter = DatExporter.Builder
.Start(mockWriter.Object, fields)
.SetDelimiters(Delimiters.PIPE_CARET)
.Build();
exporter.Export(docs);
// assert
Assert.AreEqual("^DOCID^|^BEGATT^|^VOLUME^|^NATIVE^", output[0]);
Assert.AreEqual("^DOC000001^|^DOC000001^|^VOL001^|^X:\\VOL001\\NATIVE\\0001\\DOC000001.XLSX^", output[1]);
Assert.AreEqual("^DOC000002^|^DOC000001^|^VOL001^|^^", output[2]);
}
public DocumentCollection GetDocs()
{
var datLines = new List <string>(new string[] {
"þDOCIDþþBEGATTþþVOLUMEþþDOCTYPEþþNATIVEþ",
"þDOC000001þþDOC000001þþVOL001þþEMAILþþX:\\VOL001\\NATIVE\\0001\\DOC000001.XLSXþ",
"þDOC000002þþDOC000001þþVOL001þþPDFþþþ",
null, null
});
var optLines = new List <string[]> {
new string[] { "DOC000001", "VOL001", "X:\\VOL001\\IMAGES\\0001\\DOC000001.jpg", "Y", "", "", "1" },
new string[] { "DOC000002", "VOL001", "X:\\VOL001\\IMAGES\\0001\\DOC000002.tif", "Y", "", "", "2" },
new string[] { "DOC000003", "VOL001", "X:\\VOL001\\IMAGES\\0001\\DOC000003.tif", "", "", "", "" }
};
var mockReader = new Mock <TextReader>();
int calls = 0;
mockReader
.Setup(r => r.ReadLine())
.Returns(() => datLines[calls])
.Callback(() => calls++);
FileInfo infile = new FileInfo(@"X:\VOL001\infile.dat");
bool hasHeader = true;
string keyColName = "DOCID";
string parentColName = "BEGATT";
string childColName = String.Empty;
string childColDelim = ";";
RepresentativeBuilder repSetting = new RepresentativeBuilder("NATIVE", Representative.FileType.Native);
List <RepresentativeBuilder> reps = new List <RepresentativeBuilder>();
reps.Add(repSetting);
var builder = new DatBuilder();
IParser parser = new DatParser(Delimiters.CONCORDANCE);
List <string[]> records = parser.Parse(mockReader.Object);
builder.HasHeader = hasHeader;
builder.KeyColumnName = keyColName;
builder.ParentColumnName = parentColName;
builder.ChildColumnName = childColName;
builder.ChildSeparator = childColDelim;
builder.RepresentativeBuilders = reps;
builder.ParentColumnName = infile.Directory.FullName;
List <Document> documents = builder.Build(records);
var docs = new DocumentCollection(documents);
var optBuilder = new OptBuilder();
optBuilder.PathPrefix = String.Empty;
optBuilder.TextBuilder = null;
List <Document> optDocs = optBuilder.Build(optLines);
docs.AddRange(optDocs);
docs[1].SetParent(docs[0]);
return(docs);
}
public void Exporters_OptExporter_FromCsvTest()
{
// Arrange
var mockReader = new Mock <TextReader>();
var mockWriter = new Mock <TextWriter>();
int calls = 0;
mockReader
.Setup(r => r.ReadLine())
.Returns(() => datLines[calls])
.Callback(() => calls++);
List <string> output = new List <string>();
mockWriter
.Setup(r => r.WriteLine(It.IsAny <string>()))
.Callback((string s) => output.Add(s));
FileInfo infile = new FileInfo(@"X:\VOL001\infile.dat");
bool hasHeader = true;
string keyColName = "DOCID";
string parentColName = "BEGATT";
string childColName = String.Empty;
string childColDelim = ";";
string vol = "TEST001";
RepresentativeBuilder repSetting = new RepresentativeBuilder("NATIVE", Representative.FileType.Native);
List <RepresentativeBuilder> reps = new List <RepresentativeBuilder>();
reps.Add(repSetting);
var builder = new DatBuilder();
IParser parser = new DatParser(Delimiters.CONCORDANCE);
builder.HasHeader = hasHeader;
builder.KeyColumnName = keyColName;
builder.ParentColumnName = parentColName;
builder.ChildColumnName = childColName;
builder.ChildSeparator = childColDelim;
builder.RepresentativeBuilders = reps;
builder.PathPrefix = infile.Directory.FullName;
// act
List <string[]> records = parser.Parse(mockReader.Object);
List <Document> documents = builder.Build(records);
DocumentCollection docs = new DocumentCollection(documents);
var exporter = OptExporter.Builder.Start(mockWriter.Object).SetVolumeName(vol).Build();
exporter.Export(docs);
// assert
Assert.IsTrue(output.Count == 0);
}
public void Importers_DatImporter_Test()
{
// arrange
FileInfo infile = new FileInfo(@"X:\VOL001\infile.lfp");
Encoding encoding = Encoding.GetEncoding(1252);
Delimiters delimiters = Delimiters.CONCORDANCE;
bool hasHeader = true;
string keyColName = "DOCID";
string parentColName = "BEGATT";
string childColName = String.Empty;
string childColDelim = ";";
RepresentativeBuilder repSetting = new RepresentativeBuilder("NATIVE", Representative.FileType.Native);
List <RepresentativeBuilder> reps = new List <RepresentativeBuilder>();
reps.Add(repSetting);
var builder = new DatBuilder();
builder.HasHeader = hasHeader;
builder.KeyColumnName = keyColName;
builder.ParentColumnName = parentColName;
builder.ChildColumnName = childColName;
builder.ChildSeparator = childColDelim;
builder.RepresentativeBuilders = reps;
builder.PathPrefix = infile.Directory.FullName;
var mockParser = new Mock <DatParser>(MockBehavior.Strict);
mockParser.Setup(p => p.Parse(It.IsAny <TextReader>())).Returns(records);
mockParser.Setup(p => p.Parse(It.IsAny <FileInfo>(), It.IsAny <Encoding>())).Returns(records);
importer = new DatImporter(mockParser.Object);
importer.Builder = builder;
// act
DocumentCollection docs = importer.Import(infile, encoding);
// assert
Assert.AreEqual(10, docs.Count);
Assert.AreEqual(0, docs.ImageCount);
Assert.AreEqual(0, docs.TextCount);
Assert.AreEqual(1, docs.NativeCount);
Assert.AreEqual(3, docs.ParentCount);
Assert.AreEqual(5, docs.ChildCount);
Assert.AreEqual(2, docs.StandAloneCount);
Assert.AreEqual("DOC000001", docs[0].Metadata["DOCID"]);
}
public void TestSetup()
{
datLines = new List <string>(new string[] {
"þDOCIDþþBEGATTþþVOLUMEþþNATIVEþ",
"þDOC000001þþDOC000001þþVOL001þþX:\\VOL001\\NATIVE\\0001\\DOC000001.XLSXþ",
"þDOC000002þþDOC000001þþVOL001þþþ",
null, null
});
var mockReader = new Mock <TextReader>();
int calls = 0;
mockReader
.Setup(r => r.ReadLine())
.Returns(() => datLines[calls])
.Callback(() => calls++);
FileInfo infile = new FileInfo(@"X:\VOL001\infile.dat");
bool hasHeader = true;
string keyColName = "DOCID";
string parentColName = "BEGATT";
string childColName = String.Empty;
string childColDelim = ";";
RepresentativeBuilder repSetting = new RepresentativeBuilder("NATIVE", Representative.FileType.Native);
List <RepresentativeBuilder> reps = new List <RepresentativeBuilder>();
reps.Add(repSetting);
var builder = new DatBuilder();
IParser parser = new DatParser(Delimiters.CONCORDANCE);
List <string[]> records = parser.Parse(mockReader.Object);
builder.HasHeader = hasHeader;
builder.KeyColumnName = keyColName;
builder.ParentColumnName = parentColName;
builder.ChildColumnName = childColName;
builder.ChildSeparator = childColDelim;
builder.RepresentativeBuilders = reps;
builder.ParentColumnName = infile.Directory.FullName;
List <Document> documents = builder.Build(records);
docs = new DocumentCollection(documents);
}
static void ReplaceDatImages(string srcDatPath, string destDatPath, string replacementList)
{
List <string> tempPaths = new List <string>();
try
{
using (DatReader dat = new DatReader(File.OpenRead(srcDatPath)))
{
DatBuilder builder = new DatBuilder(dat);
using (StreamReader sr = File.OpenText(replacementList))
{
while (!sr.EndOfStream)
{
var line = sr.ReadLine().Trim();
if (line.Length == 0 || line.StartsWith("#"))
{
continue;
}
var lineSplit = line.Split(' ', 2, StringSplitOptions.RemoveEmptyEntries);
if (lineSplit.Length != 2)
{
throw new InvalidDataException($"Invalid line \"{line}\".");
}
if (!int.TryParse(lineSplit[0], out var imageIndex))
{
throw new InvalidDataException($"Invalid index on line \"{line}\".");
}
byte level = 1;
ushort bufferBase = 0;
ushort paletteBufferBase = 0;
if (imageIndex < dat.EntriesCount)
{
using (MemoryStream ms = new MemoryStream(dat.GetData(imageIndex)))
{
TxmHeader txm = new TxmHeader();
txm.Read(new BinaryReader(ms));
level = (byte)(txm.Misc & 0x0f);
bufferBase = txm.ImageBufferBase;
paletteBufferBase = txm.ClutBufferBase;
}
}
string tempPath = Path.GetTempFileName();
tempPaths.Add(tempPath);
using (FileStream fs = File.Create(tempPath))
{
TxmConversion.ConvertImageToTxm(lineSplit[1], fs, level, bufferBase, paletteBufferBase);
}
builder.ReplacementEntries.Add(new DatBuilder.ReplacementEntry
{
Index = imageIndex,
SourceFile = tempPath
});
}
}
using (FileStream fs = File.Create(destDatPath))
{
builder.Build(fs);
}
}
}
finally
{
foreach (var path in tempPaths)
{
File.Delete(path);
}
}
}
public void Transformers_Transformer_Test()
{
// Arrange
List <Transformation> edits = new List <Transformation>();
var builder = new DatBuilder();
builder.HasHeader = true;
builder.KeyColumnName = "DOCID";
builder.ParentColumnName = "BEGATT";
builder.ChildColumnName = "";
builder.ChildSeparator = ";";
builder.RepresentativeBuilders = new RepresentativeBuilder[] {
new RepresentativeBuilder("NATIVE", Representative.FileType.Native)
};
builder.PathPrefix = String.Empty;
// edit 1
string fieldName = "VOLUME";
Regex find = new Regex("VOL");
string replace = "TEST";
string altDest = null;
string prepend = null;
string append = null;
string join = null;
Regex filterText = null;
string filterField = null;
DirectoryInfo dir = null;
edits.Add(MetaDataTransformation.Builder
.Start(fieldName, find, replace, filterField, filterText)
.SetAltDestinationField(altDest)
.SetPrependField(prepend)
.SetAppendField(append)
.SetJoinDelimiter(join)
.SetPrependDir(dir)
.Build());
// edit 2
fieldName = "TEST3";
find = null;
replace = String.Empty;
prepend = "VOLUME";
edits.Add(MetaDataTransformation.Builder
.Start(fieldName, find, replace, filterField, filterText)
.SetAltDestinationField(altDest)
.SetPrependField(prepend)
.SetAppendField(append)
.SetJoinDelimiter(join)
.SetPrependDir(dir)
.Build());
// edit 3
fieldName = "TEST1";
prepend = String.Empty;
append = "VOLUME";
filterText = new Regex("a");
filterField = "TEST1";
join = "-";
edits.Add(MetaDataTransformation.Builder
.Start(fieldName, find, replace, filterField, filterText)
.SetAltDestinationField(altDest)
.SetPrependField(prepend)
.SetAppendField(append)
.SetJoinDelimiter(join)
.SetPrependDir(dir)
.Build());
// edit 4
fieldName = "TEST2";
append = String.Empty;
altDest = "VOLUME";
filterText = new Regex("j");
edits.Add(MetaDataTransformation.Builder
.Start(fieldName, find, replace, filterField, filterText)
.SetAltDestinationField(altDest)
.SetPrependField(prepend)
.SetAppendField(append)
.SetJoinDelimiter(join)
.SetPrependDir(dir)
.Build());
// edit 5
altDest = String.Empty;
filterText = null;
find = new Regex("E+$");
replace = "x";
edits.Add(MetaDataTransformation.Builder
.Start(fieldName, find, replace, filterField, filterText)
.SetAltDestinationField(altDest)
.SetPrependField(prepend)
.SetAppendField(append)
.SetJoinDelimiter(join)
.SetPrependDir(dir)
.Build());
// edit 6
edits.Add(RepresentativeTransformation.Builder
.Start(Representative.FileType.Native, new Regex("X:\\\\VOL001\\\\"), String.Empty)
.Build());
// act
List <Document> documents = builder.Build(records);
DocumentCollection docs = new DocumentCollection(documents);
Transformer transformer = new Transformer();
transformer.Transform(docs, edits.ToArray());
// assert
Assert.AreEqual("TEST001", docs[0].Metadata["VOLUME"]);
Assert.AreEqual("TEST001k", docs[0].Metadata["TEST3"]);
Assert.AreEqual("a-TEST001", docs[0].Metadata["TEST1"]);
Assert.AreEqual("b", docs[1].Metadata["TEST1"]);
Assert.AreEqual("DOOR", docs[9].Metadata["VOLUME"]);
Assert.AreEqual("DOOR", docs[9].Metadata["TEST2"]);
Assert.AreEqual("BUCKLx", docs[2].Metadata["TEST2"]);
Assert.AreEqual("SHOx", docs[4].Metadata["TEST2"]);
Assert.AreEqual("THRx", docs[5].Metadata["TEST2"]);
Assert.AreEqual("THx", docs[8].Metadata["TEST2"]);
Assert.AreEqual(Representative.FileType.Native, docs[0].Representatives.First().Type);
Assert.AreEqual("NATIVE\\0001\\DOC000001.XLSX", docs[0].Representatives.First().Files.First().Value);
}
public void Write(Stream stream)
{
Encoding shiftJisEncoding = Encoding.GetEncoding(932);
List <string> tempFiles = new List <string>();
try
{
ushort[] charRanges = new ushort[] { 0x0, 0x889f, 0x989f }; // General, Kanji 1, Kanji 2
uint[] charCounts = new uint[charRanges.Length];
// Build mapping from Unicode to Shift-JIS
List <Tuple <char, ushort> > encodedMapping = new List <Tuple <char, ushort> >();
char[] chArray = new char[1];
foreach (var ch in Characters)
{
chArray[0] = ch;
byte[] encodedBytes = shiftJisEncoding.GetBytes(chArray);
ushort encoded = (ushort)((encodedBytes[0] << 8) | encodedBytes[1]);
encodedMapping.Add(new Tuple <char, ushort>(ch, encoded));
}
encodedMapping.Sort((x, y) => x.Item2.CompareTo(y.Item2));
string infoFsPath = Path.GetTempFileName();
tempFiles.Add(infoFsPath);
int currentRange = -1;
FileStream currentRangeFs = null;
BinaryWriter currentRangeBw = null;
DatBuilder datBuilder = new DatBuilder();
datBuilder.ReplacementEntries.Add(new DatBuilder.ReplacementEntry
{
Index = 0,
SourceFile = infoFsPath
});
using (FileStream infoFs = File.Create(infoFsPath))
{
BinaryWriter infoBw = new BinaryWriter(infoFs);
infoBw.Write(new byte[4 + 4 * charCounts.Length]); // Dummy header
try
{
foreach (var pair in encodedMapping)
{
// Advance range if char matches next range's start
if (currentRange < charRanges.Length - 1 && pair.Item2 >= charRanges[currentRange + 1])
{
string path = Path.GetTempFileName();
tempFiles.Add(path);
if (currentRangeFs != null)
{
currentRangeFs.Close();
}
currentRangeFs = File.Create(path);
currentRangeBw = new BinaryWriter(currentRangeFs);
++currentRange;
datBuilder.ReplacementEntries.Add(new DatBuilder.ReplacementEntry
{
Index = currentRange + 1,
SourceFile = path
});
}
infoBw.Write(pair.Item2);
currentRangeBw.Write(this[pair.Item1]);
++charCounts[currentRange];
}
}
finally
{
if (currentRangeFs != null)
{
currentRangeFs.Close();
}
}
uint length = (uint)infoFs.Length;
// Pad to nearest 16 bytes
var paddedLength = (length + 15) & ~15;
infoBw.Write(new byte[paddedLength - length]);
infoFs.Seek(0, SeekOrigin.Begin);
infoBw.Write(length);
foreach (var count in charCounts)
{
infoBw.Write(count);
}
}
datBuilder.Build(stream);
}
finally
{
foreach (var file in tempFiles)
{
File.Delete(file);
}
}
}
/// <summary>
/// Initializes a new instance of <see cref="DatImporter"/>.
/// </summary>
/// <param name="parser">The parser used to import the DAT file.</param>
public DatImporter(DatParser parser)
{
this.parser = parser;
this.builder = new DatBuilder();
}
/// <summary>
/// Initializes a new instance of <see cref="DatImporter"/>.
/// </summary>
public DatImporter(Delimiters delimiters)
{
this.parser = new DatParser(delimiters);
this.builder = new DatBuilder();
}
