public FieldInfo(string fieldName, ClassInfo fieldClass, bool isPrimitive, bool isArray
, bool isNArray)
{
_fieldName = fieldName;
_fieldClass = fieldClass;
_isPrimitive = isPrimitive;
_isArray = isArray;
_isNArray = isNArray;
}
public virtual GenericClass ClassMetaToGenericClass(GenericReflector reflector, ClassInfo
classMeta)
{
if (classMeta.IsSystemClass())
{
return (GenericClass)reflector.ForName(classMeta.GetClassName());
}
string className = classMeta.GetClassName();
// look up from generic class table.
GenericClass genericClass = LookupGenericClass(className);
if (genericClass != null)
{
return genericClass;
}
IReflectClass reflectClass = reflector.ForName(className);
if (reflectClass != null)
{
return (GenericClass)reflectClass;
}
GenericClass genericSuperClass = null;
ClassInfo superClassMeta = classMeta.GetSuperClass();
if (superClassMeta != null)
{
genericSuperClass = ClassMetaToGenericClass(reflector, superClassMeta);
}
genericClass = new GenericClass(reflector, null, className, genericSuperClass);
RegisterGenericClass(className, genericClass);
FieldInfo[] fields = classMeta.GetFields();
GenericField[] genericFields = new GenericField[fields.Length];
for (int i = 0; i < fields.Length; ++i)
{
ClassInfo fieldClassMeta = fields[i].GetFieldClass();
string fieldName = fields[i].GetFieldName();
GenericClass genericFieldClass = ClassMetaToGenericClass(reflector, fieldClassMeta
);
genericFields[i] = new GenericField(fieldName, genericFieldClass, fields[i]._isPrimitive
);
}
genericClass.InitFields(genericFields);
return genericClass;
}
private void RegisterClassMeta(string className, ClassInfo classMeta)
{
_classMetaTable.Put(className, classMeta);
}
public virtual void SetSuperClass(Db4objects.Db4o.CS.Internal.ClassInfo superClass
)
{
this._superClass = superClass;
}
public virtual void SetSuperClass(Db4objects.Db4o.CS.Internal.ClassInfo superClass
)
{
this._superClass = superClass;
}
public virtual GenericClass ClassMetaToGenericClass(GenericReflector reflector, ClassInfo
classMeta)
{
if (classMeta.IsSystemClass())
{
return((GenericClass)reflector.ForName(classMeta.GetClassName()));
}
string className = classMeta.GetClassName();
// look up from generic class table.
GenericClass genericClass = LookupGenericClass(className);
if (genericClass != null)
{
return(genericClass);
}
IReflectClass reflectClass = reflector.ForName(className);
if (reflectClass != null)
{
return((GenericClass)reflectClass);
}
GenericClass genericSuperClass = null;
ClassInfo superClassMeta = classMeta.GetSuperClass();
if (superClassMeta != null)
{
genericSuperClass = ClassMetaToGenericClass(reflector, superClassMeta);
}
genericClass = new GenericClass(reflector, null, className, genericSuperClass);
RegisterGenericClass(className, genericClass);
FieldInfo[] fields = classMeta.GetFields();
GenericField[] genericFields = new GenericField[fields.Length];
for (int i = 0; i < fields.Length; ++i)
{
ClassInfo fieldClassMeta = fields[i].GetFieldClass();
string fieldName = fields[i].GetFieldName();
GenericClass genericFieldClass = ClassMetaToGenericClass(reflector, fieldClassMeta
);
genericFields[i] = new GenericField(fieldName, genericFieldClass, fields[i]._isPrimitive
);
}
genericClass.InitFields(genericFields);
return(genericClass);
}
private void RegisterClassMeta(string className, ClassInfo classMeta)
{
_classMetaTable.Put(className, classMeta);
}
