private IDictionary <Type, List <MemoryUnit> > BuildMemoryUnits(JToken token)
{
JArray memories = (JArray)token;
var memoryDict = new Dictionary <Type, List <MemoryUnit> >();
List <MappedMemoryUnit> memUnits = new List <MappedMemoryUnit>();
for (int i = 0; i < memories.Count; i++)
{
MemoryUnit mem = BuildMemoryUnit(memories[i]);
try {
MappedMemoryUnit mappedMem = MapMemoryToAddresses(memories[i], mem);
memUnits.Add(mappedMem);
}
catch (MappingException) {
//nop
}
if (!memoryDict.ContainsKey(mem.GetType()))
{
memoryDict.Add(mem.GetType(), new List <MemoryUnit>());
}
memoryDict[mem.GetType()].Add(mem);
}
MemoryMapper mapper = new MemoryMapper(memUnits);
memoryDict.Add(mapper.GetType(), new List <MemoryUnit>());
memoryDict[mapper.GetType()].Add(mapper);
return(memoryDict);
}
public MappedMemoryUnit(MemoryUnit memUnit, uint startAddr, uint endAddr, string name = null)
{
this.MemUnit = memUnit;
this.StartAddr = startAddr;
this.EndAddr = endAddr;
this.Name = name ?? memUnit?.GetType().Name;
}
public MappedMemoryUnit(MemoryUnit memUnit, string bitmask, string name = null)
{
string cleanedBitmask = bitmask.Trim().ToLower().Replace("_", "");
if (!bitmaskFormat.IsMatch(cleanedBitmask))
{
throw new ArgumentException($"Invalid bitmask: \"{bitmask}\", must match regex /{bitmaskFormat.ToString()}/");
}
this.MemUnit = memUnit;
this.StartAddr = Convert.ToUInt32(cleanedBitmask.Replace("x", "0"), 2);
this.EndAddr = Convert.ToUInt32(cleanedBitmask.Replace("x", "1"), 2);
this.Name = name ?? memUnit?.GetType().Name;
}