private void TestByteSerialization(SpecCase x)
{
var stream = new ByteStream(0, true);
var a = new ItemCountAggregateDefinition()
{
Counts = new List <ItemCountDefinition>()
{
new ItemCountDefinition()
{
TypeName = "type 1"
},
new ItemCountDefinition()
{
TypeName = "type 2"
}
}
};
//Log.Trace("serializing", "TestByteSerialization");
a.AddToByteSteam(stream);
stream = new ByteStream(stream.Data, stream.Data.Length);
//Log.Trace("deserializing", "TestByteSerialization");
var a2 = new ItemCountAggregateDefinition(stream);
x.Assert(a2.Counts[0].TypeName == "type 1",
"First item serializes/deserializes correctly.");
x.Assert(a2.Counts[1].TypeName == "type 2",
"Second item serializes/deserializes correctly.");
}
public ItemCountsAggregate(ItemCountAggregateDefinition definition)
{
foreach (var countDef in definition.Counts)
{
var a = new PhysicalItemType(countDef.TypeName, countDef.SubtypeName);
this.Set(a.DefinitionId, (MyFixedPoint)countDef.Count);
}
}
public ItemCountAggregateDefinition GetDefinition()
{
var result = new ItemCountAggregateDefinition();
foreach (var kvp in Counts)
{
if (kvp.Value <= 0)
{
continue;
}
var item = new PhysicalItemType(kvp.Key);
var countDef = new ItemCountDefinition()
{
TypeName = item.TypeName,
SubtypeName = item.SubtypeName,
Count = (double)kvp.Value,
};
result.Counts.Add(countDef);
}
return(result);
}