public void ShouldBeAbleToRegisterSameNamedConfigurationClassesFromDifferentNamespaces()
{
_parser.Parse(typeof(ConfigurationNameSpace1.SpringConfiguration), "1");
_parser.Parse(typeof(ConfigurationNameSpace2.SpringConfiguration), "2");
Assert.That(_parser.ConfigurationClasses.Count, Is.EqualTo(2), "Did not find two configuration classes");
}
private void ProcessConfigObjectDefinitions(IObjectDefinitionRegistry registry)
{
Collections.Generic.ISet <ObjectDefinitionHolder> configCandidates = new HashedSet <ObjectDefinitionHolder>();
foreach (string objectName in registry.GetObjectDefinitionNames())
{
IObjectDefinition objectDef = registry.GetObjectDefinition(objectName);
if (ConfigurationClassObjectDefinitionReader.CheckConfigurationClassCandidate(objectDef))
{
configCandidates.Add(new ObjectDefinitionHolder(objectDef, objectName));
}
}
//if nothing to process, bail out
if (configCandidates.Count == 0)
{
return;
}
ConfigurationClassParser parser = new ConfigurationClassParser(_problemReporter);
foreach (ObjectDefinitionHolder holder in configCandidates)
{
IObjectDefinition bd = holder.ObjectDefinition;
try
{
if (bd is AbstractObjectDefinition && ((AbstractObjectDefinition)bd).HasObjectType)
{
parser.Parse(((AbstractObjectDefinition)bd).ObjectType, holder.ObjectName);
}
else
{
//parser.Parse(bd.ObjectTypeName, holder.ObjectName);
}
}
catch (ObjectDefinitionParsingException ex)
{
throw new ObjectDefinitionStoreException("Failed to load object class: " + bd.ObjectTypeName, ex);
}
}
parser.Validate();
// Read the model and create Object definitions based on its content
ConfigurationClassObjectDefinitionReader reader = new ConfigurationClassObjectDefinitionReader(registry, _problemReporter);
reader.LoadObjectDefinitions(parser.ConfigurationClasses);
}
private void ProcessConfigObjectDefinitions(IObjectDefinitionRegistry registry)
{
ISet<ObjectDefinitionHolder> configCandidates = new HashedSet<ObjectDefinitionHolder>();
foreach (string objectName in registry.GetObjectDefinitionNames())
{
IObjectDefinition objectDef = registry.GetObjectDefinition(objectName);
if (ConfigurationClassObjectDefinitionReader.CheckConfigurationClassCandidate(objectDef))
{
configCandidates.Add(new ObjectDefinitionHolder(objectDef, objectName));
}
}
//if nothing to process, bail out
if (configCandidates.Count == 0) { return; }
ConfigurationClassParser parser = new ConfigurationClassParser(_problemReporter);
foreach (ObjectDefinitionHolder holder in configCandidates)
{
IObjectDefinition bd = holder.ObjectDefinition;
try
{
if (bd is AbstractObjectDefinition && ((AbstractObjectDefinition)bd).HasObjectType)
{
parser.Parse(((AbstractObjectDefinition)bd).ObjectType, holder.ObjectName);
}
else
{
//parser.Parse(bd.ObjectTypeName, holder.ObjectName);
}
}
catch (ObjectDefinitionParsingException ex)
{
throw new ObjectDefinitionStoreException("Failed to load object class: " + bd.ObjectTypeName, ex);
}
}
parser.Validate();
// Read the model and create Object definitions based on its content
ConfigurationClassObjectDefinitionReader reader = new ConfigurationClassObjectDefinitionReader(registry, _problemReporter);
reader.LoadObjectDefinitions(parser.ConfigurationClasses);
}
