public void StandardValidator_FormatStyle_Attributes()
{
Core.File file;
Segment segment;
SpanningCodeEnd end;
SpanningCodeStart start;
Unit unit;
segment = new Segment("sx");
segment.Source = new Source();
unit = new Unit("ux");
unit.Resources.Add(segment);
file = new Core.File("fx");
file.Containers.Add(unit);
this.DeserializeDocument();
this._document.Files.Add(file);
start = new SpanningCodeStart();
start.Id = "sc1";
segment.Source.Text.Add(start);
end = new SpanningCodeEnd();
end.Isolated = false;
end.FormatStyle = FormatStyleValue.Anchor;
end.StartReference = start.Id;
segment.Source.Text.Add(end);
Console.WriteLine("Test fs with ec not isolated.");
this.VerifyValidationException(ValidationError.FormatStyleWithSpanEndNotIsolated);
end.Isolated = true;
end.StartReference = null;
start.Isolated = true;
Console.WriteLine("Test subfs without fs.");
end.FormatStyle = null;
end.SubFormatStyle.Add("key", "value");
this.VerifyValidationException(ValidationError.FormatStyleSubFormatWithoutFormat);
Console.WriteLine("Test with valid data.");
end.FormatStyle = FormatStyleValue.Anchor;
StandardValidatorTests._validator.Validate(this._document);
}
public void XliffWriter_SpanningCodeEnd()
{
File file;
Segment segment;
SpanningCodeEnd span;
Unit unit;
string actualValue;
file = new File();
this._document.Files.Add(file);
unit = new Unit("unit1");
file.Containers.Add(unit);
segment = new Segment("seg1");
segment.Source = new Source();
span = new SpanningCodeEnd();
segment.Source.Text.Add(span);
unit.Resources.Add(segment);
Console.WriteLine("Test with null Id.");
actualValue = this.Serialize();
Assert.AreEqual(TestUtilities.GetFileContents(TestData.SpanningCodeEndWithNullId), actualValue);
Console.WriteLine("Test with empty Id.");
span.Id = string.Empty;
actualValue = this.Serialize();
Assert.AreEqual(TestUtilities.GetFileContents(TestData.SpanningCodeEndWithNullId), actualValue);
Console.WriteLine("Test with valid Id.");
span.Id = "span1";
actualValue = this.Serialize();
Assert.AreEqual(TestUtilities.GetFileContents(TestData.SpanningCodeEndWithValidId), actualValue);
}
public void StandardValidator_SpanningCodeEnd()
{
SpanningCodeEnd span;
SpanningCodeStart startSpan;
Segment segment;
Unit unit;
span = new SpanningCodeEnd();
span.Isolated = true;
Console.WriteLine("Test with null Id.");
this.DeserializeDocument();
unit = (Unit)this._document.Files[0].Containers.First(c => c is Unit);
segment = (Segment)unit.Resources.First(r => r is Segment);
segment.Source.Text.Add(span);
StandardValidatorTests._validator.Validate(this._document);
Console.WriteLine("Test with empty Id.");
span.Id = String.Empty;
StandardValidatorTests._validator.Validate(this._document);
Console.WriteLine("Test with duplicate Id.");
segment.Id = "duplicateId";
span.Id = segment.Id;
this.VerifyValidationException(ValidationError.ElementIdDuplicate);
Console.WriteLine("Test with item on target not matching source.");
span.Id = "newSpanId";
segment.Target.Text.Add(new MarkedSpan("bogus"));
StandardValidatorTests._validator.Validate(this._document);
Console.WriteLine("Test with DataReference matching data.");
span = new SpanningCodeEnd("spanId");
span.Isolated = true;
span.Type = CodeType.Formatting;
this.DeserializeDocument();
unit = (Unit)this._document.Files[0].Containers.First(c => c is Unit);
unit.OriginalData = new OriginalData();
unit.OriginalData.AddData("dataId", "text");
segment = (Segment)unit.Resources.First(r => r is Segment);
segment.Source.Text.Add(span);
span.DataReference = "dataId";
StandardValidatorTests._validator.Validate(this._document);
Console.WriteLine("Test with DataReference not matching data.");
span.DataReference = "bogus";
this.VerifyValidationException(ValidationError.SpanningCodeEndInvalidDataRef);
Console.WriteLine("Test with DataReference is null.");
span.DataReference = null;
StandardValidatorTests._validator.Validate(this._document);
Console.WriteLine("Test with DataReference is empty.");
span.DataReference = String.Empty;
this.VerifyValidationException(ValidationError.SpanningCodeEndInvalidDataRef);
span.DataReference = "dataId";
Console.WriteLine("Test with StartReference matching sc.");
span = new SpanningCodeEnd("spanId");
span.Type = CodeType.Formatting;
this.DeserializeDocument();
unit = (Unit)this._document.Files[0].Containers.First(c => c is Unit);
unit.OriginalData = new OriginalData();
unit.OriginalData.AddData("dataId", "text");
segment = (Segment)unit.Resources.First(r => r is Segment);
startSpan = new SpanningCodeStart("scId");
startSpan.DataReference = "dataId";
startSpan.Type = CodeType.Formatting;
segment.Source.Text.Add(startSpan);
segment.Source.Text.Add(span);
span.DataReference = "dataId";
span.StartReference = "scId";
StandardValidatorTests._validator.Validate(this._document);
Console.WriteLine("Test with StartReference not matching sc.");
span.StartReference = "bogus";
this.VerifyValidationException(ValidationError.TagStartRefInvalid);
Console.WriteLine("Test with StartReference is null.");
startSpan.Isolated = true;
span.Isolated = true;
span.StartReference = null;
StandardValidatorTests._validator.Validate(this._document);
Console.WriteLine("Test with StartReference is empty.");
span.Isolated = false;
span.StartReference = String.Empty;
this.VerifyValidationException(ValidationError.TagStartRefInvalid);
Console.WriteLine("Test with SubFlows is null.");
span = new SpanningCodeEnd("spanId");
span.Isolated = true;
span.Type = CodeType.Formatting;
this.DeserializeDocument();
unit = (Unit)this._document.Files[0].Containers.First(c => c is Unit);
unit.OriginalData = new OriginalData();
unit.OriginalData.AddData("dataId", "text");
segment = (Segment)unit.Resources.First(r => r is Segment);
segment.Source.Text.Add(span);
span.DataReference = "dataId";
span.SubFlows = null;
StandardValidatorTests._validator.Validate(this._document);
Console.WriteLine("Test with SubFlows is empty.");
span.SubFlows = String.Empty;
this.VerifyValidationException(ValidationError.SpanningCodeEndSubFlowsInvalid);
Console.WriteLine("Test with SubFlows matching a unit.");
span.SubFlows = "u1";
StandardValidatorTests._validator.Validate(this._document);
Console.WriteLine("Test with SubFlows matching multiple units.");
span.SubFlows = "u1 u2 u3";
StandardValidatorTests._validator.Validate(this._document);
Console.WriteLine("Test with SubFlows multiple units with one not matching.");
span.SubFlows = "u1 u200 u3";
this.VerifyValidationException(ValidationError.SpanningCodeEndSubFlowsInvalid);
Console.WriteLine("Test with SubType not like prefix:value.");
span = new SpanningCodeEnd("spanId");
span.Isolated = true;
span.Type = CodeType.Formatting;
this.DeserializeDocument();
unit = (Unit)this._document.Files[0].Containers.First(c => c is Unit);
unit.OriginalData = new OriginalData();
unit.OriginalData.AddData("dataId", "text");
segment = (Segment)unit.Resources.First(r => r is Segment);
segment.Source.Text.Add(span);
span.DataReference = "dataId";
span.SubType = "a";
StandardValidatorTests._validator.Validate(this._document);
Console.WriteLine("Test with SubType using xlf:value.");
span.SubType = "Xlf:value";
this.VerifyValidationException(ValidationError.CodeBaseSubTypeInvalid);
Console.WriteLine("Test with SubType using prefix:value:value is ok.");
span.SubType = "prefix:value:value";
StandardValidatorTests._validator.Validate(this._document);
Console.WriteLine("Test with SubType set and Type not.");
span.SubType = "prefix:value";
span.Type = null;
this.VerifyValidationException(ValidationError.CodeBaseTypeNotSpecified);
Console.WriteLine("Test with SubType is null.");
span.SubType = null;
span.Type = CodeType.Formatting;
StandardValidatorTests._validator.Validate(this._document);
foreach (string name in new string[] { "lb", "pb", "b", "i", "u" })
{
Console.WriteLine("Test with SubType set to {0} and Type set to fmt.", name);
span.SubType = "xlf:" + name;
span.Type = CodeType.Formatting;
StandardValidatorTests._validator.Validate(this._document);
Console.WriteLine("Test with SubType set to {0} and Type not set to fmt.", name);
span.Type = CodeType.Image;
this.VerifyValidationException(ValidationError.CodeBaseSubTypeMismatchFormatting);
}
Console.WriteLine("Test with SubType set to var and Type set to var.");
span.SubType = "xlf:var";
span.Type = CodeType.UserInterface;
StandardValidatorTests._validator.Validate(this._document);
Console.WriteLine("Test with SubType set to var and Type not set to var.");
span.Type = CodeType.Image;
this.VerifyValidationException(ValidationError.CodeBaseSubTypeMismatchUserInterface);
}
/// <summary>
/// Creates a <see cref="SpanningCodeEnd"/> with every element and attribute.
/// </summary>
/// <param name="copyOf">The Id of the element to copy, or null.</param>
/// <param name="startRef">The reference to the start tag.</param>
/// <returns>The created <see cref="SpanningCodeEnd"/>.</returns>
private SpanningCodeEnd CreateEc(string copyOf, string startRef)
{
SpanningCodeEnd result;
result = new SpanningCodeEnd("ec" + this.GetNextId(typeof(SpanningCodeEnd)));
result.CanCopy = true;
result.CanDelete = true;
result.CanOverlap = true;
result.CanReorder = CanReorderValue.Yes;
result.CopyOf = copyOf;
result.DataReference = null;
result.Directionality = ContentDirectionality.Auto;
result.DisplayText = "display";
result.EquivalentText = "equiv";
result.Isolated = (startRef == null);
result.StartReference = startRef;
result.SubFlows = "u1";
result.SubType = "pre:subtype";
result.Type = CodeType.Formatting;
if (startRef == null)
{
result.EquivalentStorage = "storage";
result.FormatStyle = FormatStyleValue.Anchor;
result.SizeInfo = "size";
result.SubFormatStyle.Add("key1", "value1");
result.SubFormatStyle.Add("key2", "value2");
}
else
{
// Id and StartReference cannot both be present.
result.Id = null;
}
return result;
}
