public PrintPage(FrameworkElement content, FrameworkElement header = null, FrameworkElement footer = null, PageNumbering pageNumbering = PageNumbering.None)
{
_printArea = new Grid();
//// _printArea.Background = new SolidColorBrush(Color.FromArgb(128, 128, 128, 128)); // TEMP, just for testing
_printArea.RowDefinitions.Add(new RowDefinition()
{
Height = GridLength.Auto
});
_printArea.RowDefinitions.Add(new RowDefinition()
{
Height = new GridLength(1, GridUnitType.Star)
});
_printArea.RowDefinitions.Add(new RowDefinition()
{
Height = GridLength.Auto
});
_printArea.Children.Add(new Canvas()
{
Width = 10000
}); // Horizontally stretches the Grid.
Content = _printArea;
PageNumbering = pageNumbering;
AddContent(content);
Header = header;
Footer = footer;
}
//TODO test different formatting options: unicode, octobraille, nacb where applicable
public byte[] TestBrailleAPI(string language, string format, int charsPerLine, int linesPerPage, string contraction, int dots)
{
Encoding enc = RoboBrailleProcessor.GetEncodingByCountryCode((Language)Enum.Parse(typeof(Language), language, true));
var apiFileContents = enc.GetBytes(IOController.GetTestForLanguage(language));
PageNumbering pn = PageNumbering.none;
var brj = new BrailleJob()
{
Id = Guid.NewGuid(),
FileContent = apiFileContents,
UserId = Guid.Parse("d2b97532-e8c5-e411-8270-f0def103cfd0"),
FileExtension = ".txt",
FileName = "testBraille",
MimeType = "plaint/text",
Status = JobStatus.Started,
SubmitTime = DateTime.Now,
DownloadCounter = 0,
InputFileHash = RoboBrailleProcessor.GetMD5Hash(apiFileContents),
BrailleLanguage = (Language)Enum.Parse(typeof(Language), language, true),
BrailleFormat = (BrailleFormat)Enum.Parse(typeof(BrailleFormat), dots.ToString(), true),
CharactersPerLine = charsPerLine,
LinesPerPage = linesPerPage,
Contraction = (BrailleContraction)Enum.Parse(typeof(BrailleContraction), contraction, true),
ConversionPath = ConversionPath.texttobraille,
OutputFormat = (OutputFormat)Enum.Parse(typeof(OutputFormat), format, true),
PageNumbering = pn
};
var apiTask = Task.Run(() => WebAPICall(brj));
byte[] apiRes = apiTask.Result;
return(apiRes);
}
public override void Interlude()
{
foreach (var element in Elements)
{
element.Interlude();
}
Measurements.Clear();
Pages.Clear();
PageNumbering.Reset();
}
public override void Interlude()
{
foreach (var element in Elements.AsParallel())
{
element.Interlude();
}
Measurements.Clear();
Pages.Clear();
PageNumbering.Set(1);
}
public void TestBraille()
{
//setup
Encoding enc = RoboBrailleProcessor.GetEncodingByCountryCode((Language)Enum.Parse(typeof(Language), language, true));
resultPath = InputSourceRepository.GetTestResultDirectory() + @"\Braille-" + language + "-" + contraction + "-" + format;
Directory.CreateDirectory(resultPath);
InputSourceRepository isr = new InputSourceRepository();
File.WriteAllBytes(brailleTest, enc.GetBytes(isr.GetTestForLanguage(language)));
PageNumbering pn = PageNumbering.none;
if (((OutputFormat)Enum.Parse(typeof(OutputFormat), format, true)).Equals(OutputFormat.Pef))
{
charsPerLine = new Random().Next(25, 33);
linesPerPage = new Random().Next(25, 33);
switch (new Random().Next(0, 2))
{
case 0: pn = PageNumbering.none; break;
case 1: pn = PageNumbering.left; break;
case 2: pn = PageNumbering.right; break;
default: break;
}
}
BrailleJob brj = new BrailleJob()
{
Id = Guid.NewGuid(),
FileContent = File.ReadAllBytes(brailleTest),
UserId = Guid.Parse("d2b97532-e8c5-e411-8270-f0def103cfd0"),
FileExtension = ".txt",
FileName = "testBraille",
MimeType = "plaint/text",
Status = JobStatus.Started,
SubmitTime = DateTime.Now,
DownloadCounter = 0,
InputFileHash = new byte[8],
BrailleLanguage = (Language)Enum.Parse(typeof(Language), language, true),
BrailleFormat = BrailleFormat.sixdot,
CharactersPerLine = charsPerLine,
LinesPerPage = linesPerPage,
Contraction = (BrailleContraction)Enum.Parse(typeof(BrailleContraction), contraction, true),
ConversionPath = ConversionPath.texttobraille,
OutputFormat = (OutputFormat)Enum.Parse(typeof(OutputFormat), format, true),
PageNumbering = pn
};
if (language == "daDK")
{
switch (contraction)
{
case "small": contraction = "Lille"; break;
case "large": contraction = "Grade2"; break;
case "full": contraction = "Grade1"; break;
default: break;
}
}
if (language == "nnNO")
{
switch (contraction)
{
case "level0": contraction = "Grade1"; break;
case "level1": contraction = "Kortskrift1"; break;
case "level2": contraction = "Kortskrift2"; break;
default: break;
}
language = "nbNO";
}
string destFile = Guid.NewGuid().ToString() + ".txt";
SensusRequest sr = new SensusRequest()
{
Process = "Braille",
SubProcess = contraction,
Option = format,
Language = language.ToLowerInvariant().Insert(2, "-"),
Prefix = "",
RequesterID = "sensus-test",
FTPServer = "2.109.50.19",
FTPUser = "******",
FTPPassword = "******",
SourcePath = brailleTest,
DestinationFile = destFile
};
//act
var apiTask = Task.Run(() => WebAPICall(brj));
//var ftpTask = Task.Run(() => FTPCall(sr));
//Task.WaitAll(new Task[] { apiTask, ftpTask });
byte[] apiRes = apiTask.Result;
//byte[] ftpRes = ftpTask.Result;
//assert
//NUnit.Framework.Assert.IsNotNull(ftpRes);
//string expected = enc.GetString(ftpRes).Trim();
NUnit.Framework.Assert.IsNotNull(apiRes);
string result = enc.GetString(apiRes).Trim();
//byte assertion fails because the files are not the same encoding
//NUnit.Framework.Assert.AreEqual(ftpRes, apiRes);
//NUnit.Framework.Assert.AreEqual(expected,result);
}
