public static void Check_BeforeAfterInsertionBatched()
{
Paths paths = new Paths(sampleRoot, resultRoot, sampleRoot + Path.DirectorySeparatorChar + "Programs" + Path.DirectorySeparatorChar + "Simple.pgm", new Multipass.IndexNames());
TestUnit unit = new TestUnit(new Multipass(paths));
unit.Init(new[] { "*.pgm", "*.cpy" });
unit.Parse();
var e = updateLine(TextChangeType.LineInserted, 2, "END PROGRAM Simple.");
e = updateLine(TextChangeType.LineUpdated, 1, "PROGRAM-ID. Simpler.", e);
// clear document
unit.Compiler.CompilationResultsForProgram.UpdateTextLines(e);
unit.Parse();
var names = unit.Comparator.paths.Resultnames as Multipass.IndexNames;
names.index = 2;
Console.WriteLine("Compare with result file: "+unit.Comparator.paths.Result);
unit.Compare();//with Simple.2.txt
}
public static void Check_BeforeAfterInsertion()
{
Paths paths = new Paths(sampleRoot, resultRoot, sampleRoot + Path.DirectorySeparatorChar + "Programs" + Path.DirectorySeparatorChar + "Simple.pgm", new Multipass.IndexNames());
TestUnit unit = new TestUnit(new Multipass(paths));
unit.Init(new[] { "*.pgm", "*.cpy" });
unit.Parse();
var names = unit.Comparator.paths.Resultnames as Multipass.IndexNames;
names.index = 0;
unit.Compare();//with Simple.0.txt
// explicitely close program by adding END PROGRAM line
var e2 = updateLine(TextChangeType.LineInserted, 2, "END PROGRAM Simple.");
var e = updateLine(TextChangeType.LineUpdated, 1, " PROGRAM-ID. Simple.");
e.TextChanges.Add(e2.TextChanges[0]);
unit.Compiler.CompilationResultsForProgram.UpdateTextLines(e);
unit.Parse();
names.index++;
Console.WriteLine("Compare with result file: "+unit.Comparator.paths.Result);
unit.Compare();//with Simple.1.txt
// change program name ; now first and last line have differing program id
e = updateLine(TextChangeType.LineUpdated, 1, "PROGRAM-ID. Simpler.");
unit.Compiler.CompilationResultsForProgram.UpdateTextLines(e);
unit.Parse();
names.index++;
Console.WriteLine("Compare with result file: "+unit.Comparator.paths.Result);
unit.Compare();//with Simple.2.txt
// clear document
e = updateLine(TextChangeType.DocumentCleared, /* the following parameters are not used when DocumentCleared*/ 0, null);
unit.Compiler.CompilationResultsForProgram.UpdateTextLines(e);
unit.Parse();
names.index++;
Console.WriteLine("Compare with result file: "+unit.Comparator.paths.Result);
unit.Compare();//with Simple.3.txt
}
public ProgramsComparator(Paths path, bool debug = false)
: base(path, debug)
{
}
public Outputter(Paths path, bool debug = false)
: base(path, debug)
{
}
public NYComparator(Paths path, bool debug = false)
: base(path, debug)
{
}
public Multipass(Paths path, bool debug = false)
: base(path, debug)
{
}
public ArithmeticComparator(Paths path, bool debug = false)
: base(path, debug)
{
}
private IList<FilesComparator> GetComparators(string sampleRoot, string resultsRoot, string samplePath, bool debug)
{
IList<FilesComparator> comparators = new List<FilesComparator>();
foreach (var names in Names)
{
//var paths = new Paths(sample, names);
//paths.sextension = extensions[0];
Paths path =new Paths(sampleRoot, resultsRoot, samplePath, names);
if (System.IO.File.Exists(path.Result))
{
Type type = names.GetComparatorType();
System.Reflection.ConstructorInfo constructor = type.GetConstructor(new[] { typeof(Paths), typeof(bool) });
comparators.Add((FilesComparator)constructor.Invoke(new object[] { path, debug }));
}
}
return comparators;
}
public FilesComparator(Paths path, bool debug = false)
{
paths = path;
this.debug = debug;
}