public void FLIPA_LoadAndParse()
{
//Trace.Listeners.Add( new TextWriterTraceListener(Console.Out) );
Taxonomy.SkipDefinitionFileLoading = true;
TestTaxonomy_FLIPA s = new TestTaxonomy_FLIPA();
int errors = 0;
if (s.Load(FLIPA_FILE, out errors) != true)
{
Assert.Fail((string)s.ErrorList[0]);
}
errors = 0;
// this loads up all dependant taxonomies, and loads the corresponding presentation, calculation, label, and reference linkbases
s.Parse(out errors);
// loads the presentation linkbase for this taxonomy and merges the dependant taxonomy presentation linkbases
if (errors > 0)
{
SendErrorsToConsole(s.errorList);
SendWarningsToConsole(s.errorList);
SendInfoToConsole(s.ErrorList);
}
Assert.AreEqual(0, errors, "parse failed");
}
public void FLIPA_LoadAndParse()
{
//Trace.Listeners.Add( new TextWriterTraceListener(Console.Out) );
Taxonomy.SkipDefinitionFileLoading = true;
TestTaxonomy_FLIPA s = new TestTaxonomy_FLIPA();
int errors = 0;
if ( s.Load( FLIPA_FILE, out errors ) != true )
{
Assert.Fail( (string)s.ErrorList[0]);
}
errors = 0;
// this loads up all dependant taxonomies, and loads the corresponding presentation, calculation, label, and reference linkbases
s.Parse( out errors );
// loads the presentation linkbase for this taxonomy and merges the dependant taxonomy presentation linkbases
if ( errors > 0 )
{
SendErrorsToConsole( s.errorList );
SendWarningsToConsole( s.errorList );
SendInfoToConsole( s.ErrorList );
}
Assert.AreEqual( 0, errors, "parse failed" );
}