private void GetDataFields(Type type, IDictionary <string, IDataField> fields, INestedDataField parent)
{
MemberInfo[] members = type.GetMembers(BindingFlags.Instance | BindingFlags.Public | BindingFlags.SetField |
BindingFlags.SetProperty);
int length = members.Length;
Dictionary <MemberInfo, IGetterSetter> dictionary1 = length >= 80 || !type.IsClass
? (Dictionary <MemberInfo, IGetterSetter>)null
: AccessorMgr.GetOrCreateAccessors(type);
foreach (MemberInfo index1 in members)
{
if (!index1.IsReadonly() && index1.GetCustomAttributes <NotPersistentAttribute>().Length <= 0)
{
PersistentAttribute attr =
((IEnumerable <DBAttribute>)index1.GetCustomAttributes <DBAttribute>())
.Where <DBAttribute>((Func <DBAttribute, bool>)(attribute => attribute is PersistentAttribute))
.FirstOrDefault <DBAttribute>() as PersistentAttribute;
if (attr != null || !this.m_Attribute.RequirePersistantAttr)
{
Type variableType = index1.GetVariableType();
bool isArray = variableType.IsArray;
Type type1;
string name;
IGetterSetter accessor;
IFieldReader reader;
if (attr != null)
{
Type actualType = attr.ActualType;
if ((object)actualType == null)
{
actualType = index1.GetActualType();
}
type1 = actualType;
name = attr.Name ?? index1.Name;
if (attr.AccessorType != (Type)null)
{
object instance = Activator.CreateInstance(attr.AccessorType);
if (!(instance is IGetterSetter))
{
throw new DataHolderException(
"Accessor for Persistent members must be of type IGetterSetter - Found accessor of type {0} for member {1}",
new object[2]
{
(object)instance.GetType(),
(object)index1.GetFullMemberName()
});
}
accessor = (IGetterSetter)instance;
}
else
{
accessor = dictionary1 != null
? dictionary1[index1]
: (IGetterSetter) new DefaultVariableAccessor(index1);
}
Type type2 = attr.ReadType;
if ((object)type2 == null)
{
type2 = type1;
}
reader = Converters.GetReader(type2);
}
else
{
type1 = index1.GetActualType();
name = index1.Name;
accessor = dictionary1 != null
? dictionary1[index1]
: (IGetterSetter) new DefaultVariableAccessor(index1);
reader = Converters.GetReader(type1);
}
if (isArray && (variableType.GetArrayRank() > 1 || type1.IsArray))
{
throw new DataHolderException(
"Cannot define Type {0} of {1} because its a multi-dimensional Array.", new object[2]
{
(object)variableType,
(object)index1.GetFullMemberName()
});
}
IDataField dataField1;
if (reader == null)
{
if (type.IsAbstract)
{
throw new DataHolderException(
"Cannot define member \"{0}\" of DataHolder \"{1}\" because it's Type ({2}) is abstract.",
new object[3]
{
(object)index1.GetFullMemberName(),
(object)this,
(object)type1.FullName
});
}
IProducer producer = !type1.IsClass
? (IProducer)null
: DataHolderDefinition.CreateProducer(type1);
if (isArray)
{
int arrayLengthByAttr = DataHolderDefinition.GetArrayLengthByAttr(attr, index1);
NestedArrayDataField nestedArrayDataField = new NestedArrayDataField(this, name,
accessor, index1, producer,
DataHolderDefinition.CreateArrayProducer(type1, arrayLengthByAttr),
arrayLengthByAttr, parent);
Dictionary <string, IDataField> dictionary2 =
new Dictionary <string, IDataField>(
(IEqualityComparer <string>)StringComparer.InvariantCultureIgnoreCase);
this.GetDataFields(type1, (IDictionary <string, IDataField>)dictionary2,
(INestedDataField)nestedArrayDataField);
foreach (IDataField dataField2 in dictionary2.Values)
{
for (int index2 = 0; index2 < nestedArrayDataField.ArrayAccessors.Length; ++index2)
{
NestedArrayAccessor arrayAccessor =
(NestedArrayAccessor)nestedArrayDataField.ArrayAccessors[index2];
IDataField dataField3 =
((DataFieldBase)dataField2).Copy((INestedDataField)arrayAccessor);
arrayAccessor.InnerFields.Add(dataField3.Name, dataField3);
}
}
dataField1 = (IDataField)nestedArrayDataField;
}
else
{
NestedSimpleDataField nestedSimpleDataField =
new NestedSimpleDataField(this, name, accessor, index1, producer, parent);
this.GetDataFields(type1,
(IDictionary <string, IDataField>)nestedSimpleDataField.InnerFields,
(INestedDataField)nestedSimpleDataField);
if (nestedSimpleDataField.InnerFields.Count == 0)
{
throw new DataHolderException(
"Cannot define " + index1.GetFullMemberName() +
" as Nested because it does not have any inner fields.", new object[0]);
}
dataField1 = (IDataField)nestedSimpleDataField;
}
}
else if (isArray)
{
int arrayLengthByAttr = DataHolderDefinition.GetArrayLengthByAttr(attr, index1);
dataField1 = (IDataField) new FlatArrayDataField(this, name, accessor, index1,
arrayLengthByAttr, DataHolderDefinition.CreateArrayProducer(type1, arrayLengthByAttr),
parent);
}
else
{
dataField1 = (IDataField) new FlatSimpleDataField(this, name, accessor, index1, parent);
if (name == this.m_DependingFieldName)
{
this.m_DependingField = (FlatSimpleDataField)dataField1;
}
}
fields.Add(dataField1.Name, dataField1);
}
}
}
if (fields.Count <KeyValuePair <string, IDataField> >() - length == 0)
{
throw new ArgumentException("Invalid data Type has no persistent members: " + type.FullName);
}
}
private void GetDataFields(Type type, IDictionary<string, IDataField> fields, INestedDataField parent)
{
var members =
type.GetMembers(BindingFlags.Instance | BindingFlags.Public | BindingFlags.SetField | BindingFlags.SetProperty);
var count = members.Length;
Dictionary<MemberInfo, IGetterSetter> accessors;
if (count < DynamicMaximumMembers && type.IsClass)
{
// only create dynamic accessors if there are less than x members
accessors = AccessorMgr.GetOrCreateAccessors(type);
}
else
{
accessors = null;
}
foreach (var member in members)
{
if (member.IsReadonly())
{
continue;
}
if (member.GetCustomAttributes<NotPersistentAttribute>().Length > 0)
{
continue;
}
var dbAttrs = member.GetCustomAttributes<DBAttribute>();
var persistentAttribute = dbAttrs.Where(attribute => attribute is PersistentAttribute).FirstOrDefault() as PersistentAttribute;
if (persistentAttribute == null && m_Attribute.RequirePersistantAttr)
{
// DataHolder only maps fields/properties with PersistantAttribute
continue;
}
var rawType = member.GetVariableType();
var isArr = rawType.IsArray;
string varName;
IGetterSetter accessor;
IFieldReader reader;
Type memberType;
if (persistentAttribute != null)
{
// persistent attribute
memberType = persistentAttribute.ActualType ?? member.GetActualType();
varName = persistentAttribute.Name ?? member.Name;
if (persistentAttribute.AccessorType != null)
{
var accessorObj = Activator.CreateInstance(persistentAttribute.AccessorType);
if (!(accessorObj is IGetterSetter))
{
throw new DataHolderException("Accessor for Persistent members must be of type IGetterSetter - "
+ "Found accessor of type {0} for member {1}", accessorObj.GetType(), member.GetFullMemberName());
}
accessor = (IGetterSetter)accessorObj;
}
else
{
accessor = accessors != null ? accessors[member] : new DefaultVariableAccessor(member);
}
reader = Converters.GetReader(persistentAttribute.ReadType ?? memberType);
}
else
{
memberType = member.GetActualType();
varName = member.Name;
//accessor = new DefaultVariableAccessor(member);
accessor = (accessors != null ? accessors[member] : new DefaultVariableAccessor(member));
reader = Converters.GetReader(memberType);
}
// check array constraints
if (isArr)
{
if (rawType.GetArrayRank() > 1 || memberType.IsArray)
{
throw new DataHolderException("Cannot define Type {0} of {1} because its a multi-dimensional Array.", rawType,
member.GetFullMemberName());
}
}
IDataField field;
if (reader == null)
{
// create reader
if (type.IsAbstract)
{
throw new DataHolderException(
"Cannot define member \"{0}\" of DataHolder \"{1}\" because it's Type ({2}) is abstract.",
member.GetFullMemberName(), this, memberType.FullName);
}
IProducer producer;
if (memberType.IsClass)
{
producer = CreateProducer(memberType);
}
else
{
// value type does not need a producer
producer = null;
}
if (isArr)
{
// complex (nested) type
var length = GetArrayLengthByAttr(persistentAttribute, member);
var nestedField = new NestedArrayDataField(this, varName, accessor, member,
producer, CreateArrayProducer(memberType, length), length, parent);
var dataFields = new Dictionary<string, IDataField>(StringComparer.InvariantCultureIgnoreCase);
//Console.WriteLine("Getting field for: " + nestedField);
GetDataFields(memberType, dataFields, nestedField);
foreach (var dataField in dataFields.Values)
{
for (var i = 0; i < nestedField.ArrayAccessors.Length; i++)
{
var arrAccessor = (NestedArrayAccessor)nestedField.ArrayAccessors[i];
var newField = ((DataFieldBase)dataField).Copy(arrAccessor);
arrAccessor.InnerFields.Add(newField.Name, newField);
}
}
field = nestedField;
}
else
{
// simple nested type
var nestedField = new NestedSimpleDataField(this, varName, accessor, member, producer, parent);
//Console.WriteLine("Getting field for: " + nestedField);
GetDataFields(memberType, nestedField.InnerFields, nestedField);
if (nestedField.InnerFields.Count == 0)
{
throw new DataHolderException("Cannot define " + member.GetFullMemberName() +
" as Nested because it does not have any inner fields.");
}
else
{
field = nestedField;
}
}
}
else
{
if (isArr)
{
//var nestedField = new (this, varName, accessor, member, producer, parent);
var length = GetArrayLengthByAttr(persistentAttribute, member);
field = new FlatArrayDataField(this, varName, accessor,
member, length,
CreateArrayProducer(memberType, length),
parent);
}
else
{
field = new FlatSimpleDataField(this, varName, accessor, member, parent);
if (varName == m_DependingFieldName)
{
m_DependingField = (FlatSimpleDataField)field;
}
}
}
fields.Add(field.Name, field);
}
if (fields.Count() - count == 0)
{
throw new ArgumentException("Invalid data Type has no persistent members: " + type.FullName);
}
}
private void GetDataFields(Type type, IDictionary <string, IDataField> fields, INestedDataField parent)
{
var members =
type.GetMembers(BindingFlags.Instance | BindingFlags.Public | BindingFlags.SetField | BindingFlags.SetProperty);
var count = members.Length;
Dictionary <MemberInfo, IGetterSetter> accessors;
if (count < DynamicMaximumMembers && type.IsClass)
{
// only create dynamic accessors if there are less than x members
accessors = AccessorMgr.GetOrCreateAccessors(type);
}
else
{
accessors = null;
}
foreach (var member in members)
{
if (member.IsReadonly())
{
continue;
}
if (member.GetCustomAttributes <NotPersistentAttribute>().Length > 0)
{
continue;
}
var dbAttrs = member.GetCustomAttributes <DBAttribute>();
var persistentAttribute = dbAttrs.Where(attribute => attribute is PersistentAttribute).FirstOrDefault() as PersistentAttribute;
if (persistentAttribute == null && m_Attribute.RequirePersistantAttr)
{
// DataHolder only maps fields/properties with PersistantAttribute
continue;
}
var rawType = member.GetVariableType();
var isArr = rawType.IsArray;
string varName;
IGetterSetter accessor;
IFieldReader reader;
Type memberType;
if (persistentAttribute != null)
{
// persistent attribute
memberType = persistentAttribute.ActualType ?? member.GetActualType();
varName = persistentAttribute.Name ?? member.Name;
if (persistentAttribute.AccessorType != null)
{
var accessorObj = Activator.CreateInstance(persistentAttribute.AccessorType);
if (!(accessorObj is IGetterSetter))
{
throw new DataHolderException("Accessor for Persistent members must be of type IGetterSetter - "
+ "Found accessor of type {0} for member {1}", accessorObj.GetType(), member.GetFullMemberName());
}
accessor = (IGetterSetter)accessorObj;
}
else
{
accessor = accessors != null ? accessors[member] : new DefaultVariableAccessor(member);
}
reader = Converters.GetReader(persistentAttribute.ReadType ?? memberType);
}
else
{
memberType = member.GetActualType();
varName = member.Name;
//accessor = new DefaultVariableAccessor(member);
accessor = (accessors != null ? accessors[member] : new DefaultVariableAccessor(member));
reader = Converters.GetReader(memberType);
}
// check array constraints
if (isArr)
{
if (rawType.GetArrayRank() > 1 || memberType.IsArray)
{
throw new DataHolderException("Cannot define Type {0} of {1} because its a multi-dimensional Array.", rawType,
member.GetFullMemberName());
}
}
IDataField field;
if (reader == null)
{
// create reader
if (type.IsAbstract)
{
throw new DataHolderException(
"Cannot define member \"{0}\" of DataHolder \"{1}\" because it's Type ({2}) is abstract.",
member.GetFullMemberName(), this, memberType.FullName);
}
IProducer producer;
if (memberType.IsClass)
{
producer = CreateProducer(memberType);
}
else
{
// value type does not need a producer
producer = null;
}
if (isArr)
{
// complex (nested) type
var length = GetArrayLengthByAttr(persistentAttribute, member);
var nestedField = new NestedArrayDataField(this, varName, accessor, member,
producer, CreateArrayProducer(memberType, length), length, parent);
var dataFields = new Dictionary <string, IDataField>(StringComparer.InvariantCultureIgnoreCase);
//Console.WriteLine("Getting field for: " + nestedField);
GetDataFields(memberType, dataFields, nestedField);
foreach (var dataField in dataFields.Values)
{
for (var i = 0; i < nestedField.ArrayAccessors.Length; i++)
{
var arrAccessor = (NestedArrayAccessor)nestedField.ArrayAccessors[i];
var newField = ((DataFieldBase)dataField).Copy(arrAccessor);
arrAccessor.InnerFields.Add(newField.Name, newField);
}
}
field = nestedField;
}
else
{
// simple nested type
var nestedField = new NestedSimpleDataField(this, varName, accessor, member, producer, parent);
//Console.WriteLine("Getting field for: " + nestedField);
GetDataFields(memberType, nestedField.InnerFields, nestedField);
if (nestedField.InnerFields.Count == 0)
{
throw new DataHolderException("Cannot define " + member.GetFullMemberName() +
" as Nested because it does not have any inner fields.");
}
else
{
field = nestedField;
}
}
}
else
{
if (isArr)
{
//var nestedField = new (this, varName, accessor, member, producer, parent);
var length = GetArrayLengthByAttr(persistentAttribute, member);
field = new FlatArrayDataField(this, varName, accessor,
member, length,
CreateArrayProducer(memberType, length),
parent);
}
else
{
field = new FlatSimpleDataField(this, varName, accessor, member, parent);
if (varName == m_DependingFieldName)
{
m_DependingField = (FlatSimpleDataField)field;
}
}
}
fields.Add(field.Name, field);
}
if (fields.Count() - count == 0)
{
throw new ArgumentException("Invalid data Type has no persistent members: " + type.FullName);
}
}