internal override object Copy(object t, object instance, BCopierContext copierContext, BCopierSettings copierSettings)
{
Array casted = (Array)t;
Array castedInstance = (Array)instance;
// cached locals
object curr = null;
Type currType = null;
IBCopierInternal c = null;
object copy = null;
for (int i = 0; i < casted.Length; i++)
{
curr = casted.GetValue(i);
currType = curr.GetType();
c = GetElementCopier(currType);
copy = c.Copy(curr, copierContext, copierSettings);
castedInstance.SetValue(copy, i);
}
return(castedInstance);
}
internal override object Copy(object t, object instance, BCopierContext copierContext, BCopierSettings copierSettings)
{
// TODO : optimize by looking for contructor with capacity first
// DONE
IList casted = (IList)t;
IList castedInstance = (IList)instance;
// cached locals
object curr = null;
Type currType = null;
IBCopierInternal c = null;
object copy = null;
for (int i = 0; i < casted.Count; i++)
{
curr = casted[i];
currType = curr.GetType();
c = GetElementCopier(currType);
copy = c.Copy(curr, copierContext, copierSettings);
castedInstance.Add(copy);
}
return(castedInstance);
}
object IBCopierInternal.Copy(object t, BCopierContext copierContext, BCopierSettings bCopierSettings)
{
Type concrete = t.GetType();
// check the copiers local cache
if (!PotentialTypeCopiers.TryGetValue(concrete, out IBCopierInternal copier))
{
copier = BDeepCopyProvider.GetOrCreate(concrete);
PotentialTypeCopiers.Add(concrete, copier);
}
return(copier.Copy(t, copierContext, bCopierSettings));
}
private object Copy(object t, BCopierContext copierContext, BCopierSettings copierSettings)
{
if (t == null)
{
return(null);
}
if (copierContext.TryGetCached(t, out object cached))
{
return(cached);
}
object emptyCopy = CreateEmptyCopy(t);
copierContext.Register(t, emptyCopy);
return(Copy(t, emptyCopy, copierContext, copierSettings));
}
internal override object Copy(object t, object instance, BCopierContext copierContext, BCopierSettings copierSettings)
{
// TODO : optimize by looking for contructor with capacity first
// DONE
IDictionary casted = (IDictionary)t;
IDictionary castedInstance = (IDictionary)instance;
object[] keys = new object[casted.Count];
object[] vals = new object[casted.Count];
casted.Keys.CopyTo(keys, 0);
casted.Values.CopyTo(vals, 0);
// cached locals
object curr = null;
IBCopierInternal c = null;
Type currType = null;
object copyKey = null;
object copyVal = null;
for (int i = 0; i < casted.Count; i++)
{
// copy key
curr = keys[i];
currType = curr.GetType();
c = GetKeyCopier(currType);
copyKey = c.Copy(curr, copierContext, copierSettings);
// copy key
curr = vals[i];
currType = curr.GetType();
c = GetValueCopier(currType);
copyVal = c.Copy(curr, copierContext, copierSettings);
castedInstance.Add(copyKey, copyVal);
}
return(castedInstance);
}
internal override object Copy(object t, object emptyCopy, BCopierContext copierContext, BCopierSettings copierSettings)
{
for (int i = 0; i < MemberCount; i++)
{
MemberInfo mem = MemberInfos[i];
Func <object, object> getter = Getters[i];
Action <object, object> setter = Setters[i];
IBCopierInternal copier = Copiers[i];
Dictionary <Type, CopierSettingAttribute> customOverrides = BCopierOverrides[i];
List <Tuple <CopierSettingAttribute, IBCopierOverrideInternal> > internalOverrides = InternalBCopierOverrides[i];
object originalVal = getter.Invoke(t);
object copy = null;
// if we found an internal override
// then we apply it and go next
if (TryInternalOverride(internalOverrides, mem, ref originalVal, copier, out copy))
{
setter.Invoke(emptyCopy, copy);
continue;
}
// if no copier setting we use default
if (copierSettings == null)
{
copy = copier.Copy(originalVal, copierContext, copierSettings);
}
// try to check if we can apply an override
// if not , then we use the default copy
else if (!TryCustomOverride(copierSettings, mem, ref originalVal, copier, customOverrides, out copy))
{
copy = copier.Copy(originalVal, copierContext, copierSettings);
}
// copy from original and assign to new instance
setter.Invoke(emptyCopy, copy);
}
return(emptyCopy);
}
public object Copy(object t, BCopierContext copierContext, BCopierSettings bCopierSettings)
{
return(t);
}
internal abstract object Copy(object t, object emptyCopy, BCopierContext copierContext, BCopierSettings copierSettings);
object IBCopierInternal.Copy(object t, BCopierContext copierContext, BCopierSettings copierSettings)
{
return(Copy(t, copierContext, copierSettings));
}
