public void EncodeLine_Backslashes() { byte[] line = TempSFFileMaker.EncodeLine("abc" + @"\\" + "def", Encoding.ASCII); Assert.AreEqual(10, line.Length); int i = 0; Assert.AreEqual('a', line[i++]); Assert.AreEqual('b', line[i++]); Assert.AreEqual('c', line[i++]); Assert.AreEqual('\\', line[i++]); Assert.AreEqual('\\', line[i++]); Assert.AreEqual('d', line[i++]); Assert.AreEqual('e', line[i++]); Assert.AreEqual('f', line[i++]); Assert.AreEqual(s_cr, line[i++]); Assert.AreEqual(s_lf, line[i++]); TempSFFileMaker testFileMaker = new TempSFFileMaker(); string filename = testFileMaker.CreateFile("EPH", new[] { @"\v 1 c:\abc\def" }, Encoding.UTF8, false); using (TextReader reader = FileUtils.OpenFileForRead(filename, Encoding.UTF8)) { Assert.AreEqual(@"\id EPH", reader.ReadLine()); Assert.AreEqual(@"\v 1 c:\abc\def", reader.ReadLine()); } }
public void TestCreateFile_UnicodeBOM() { TempSFFileMaker testFileMaker = new TempSFFileMaker(); string filename = testFileMaker.CreateFile("EPH", null, Encoding.Unicode, true); // Check the file contents. using (BinaryReader file = FileUtils.OpenFileForBinaryRead(filename, Encoding.Unicode)) { byte[] fileContents = file.ReadBytes((int)file.BaseStream.Length); int i = 0; Assert.AreEqual(0xff, fileContents[i++]); Assert.AreEqual(0xfe, fileContents[i++]); Assert.AreEqual(92, fileContents[i++]); Assert.AreEqual(0, fileContents[i++]); Assert.AreEqual(105, fileContents[i++]); Assert.AreEqual(0, fileContents[i++]); Assert.AreEqual(100, fileContents[i++]); Assert.AreEqual(0, fileContents[i++]); Assert.AreEqual(32, fileContents[i++]); Assert.AreEqual(0, fileContents[i++]); Assert.AreEqual(69, fileContents[i++]); Assert.AreEqual(0, fileContents[i++]); Assert.AreEqual(80, fileContents[i++]); Assert.AreEqual(0, fileContents[i++]); Assert.AreEqual(72, fileContents[i++]); Assert.AreEqual(0, fileContents[i++]); Assert.AreEqual(s_cr, fileContents[i++]); Assert.AreEqual(0, fileContents[i++]); Assert.AreEqual(s_lf, fileContents[i++]); Assert.AreEqual(0, fileContents[i++]); } }
public void TestCreateFileThreeLines_ASCII() { TempSFFileMaker testFileMaker = new TempSFFileMaker(); string filename = testFileMaker.CreateFile("EPH", new string[] { @"\mt test", @"\p" }); // Check the file contents. using (BinaryReader file = FileUtils.OpenFileForBinaryRead(filename, Encoding.ASCII)) { byte[] fileContents = file.ReadBytes((int)file.BaseStream.Length); int i = 0; Assert.AreEqual(92, fileContents[i++]); Assert.AreEqual(105, fileContents[i++]); Assert.AreEqual(100, fileContents[i++]); Assert.AreEqual(32, fileContents[i++]); Assert.AreEqual(69, fileContents[i++]); Assert.AreEqual(80, fileContents[i++]); Assert.AreEqual(72, fileContents[i++]); Assert.AreEqual(s_cr, fileContents[i++]); Assert.AreEqual(s_lf, fileContents[i++]); Assert.AreEqual(92, fileContents[i++]); Assert.AreEqual(109, fileContents[i++]); Assert.AreEqual(116, fileContents[i++]); Assert.AreEqual(32, fileContents[i++]); Assert.AreEqual(116, fileContents[i++]); Assert.AreEqual(101, fileContents[i++]); Assert.AreEqual(115, fileContents[i++]); Assert.AreEqual(116, fileContents[i++]); Assert.AreEqual(s_cr, fileContents[i++]); Assert.AreEqual(s_lf, fileContents[i++]); Assert.AreEqual(92, fileContents[i++]); Assert.AreEqual(112, fileContents[i++]); Assert.AreEqual(s_cr, fileContents[i++]); Assert.AreEqual(s_lf, fileContents[i++]); } }
public void TestCreateFileNullSILBookId() { TempSFFileMaker testFileMaker = new TempSFFileMaker(); testFileMaker.CreateFile(null, null); }