public short AddConstantInteger(int value)
{
CompileConstantInteger intConst =
ConstantPool.OfType<CompileConstantInteger>().FirstOrDefault(x => x.Value == value);
if (intConst == null)
{
intConst = new CompileConstantInteger { PoolIndex = nextConstantIndex++, Value = value };
ConstantPool.Add(intConst);
}
return intConst.PoolIndex;
}
private static CompileConstant[] ReadConstants(EndianBinaryReader reader)
{
short constantCount = reader.ReadInt16();
var constants = new CompileConstant[constantCount];
for (int i = 1; i < constantCount; i++)
{
var tag = (CompileConstants)reader.ReadByte();
switch (tag)
{
case CompileConstants.Class:
constants[i] = new CompileConstantClass().Read(reader);
break;
case CompileConstants.Fieldref:
constants[i] = new CompileConstantFieldref().Read(reader);
break;
case CompileConstants.Methodref:
constants[i] = new CompileConstantMethodref().Read(reader);
break;
case CompileConstants.InterfaceMethodref:
constants[i] = new CompileConstantInterfaceMethodref().Read(reader);
break;
case CompileConstants.String:
constants[i] = new CompileConstantString().Read(reader);
break;
case CompileConstants.Integer:
constants[i] = new CompileConstantInteger().Read(reader);
break;
case CompileConstants.Float:
constants[i] = new CompileConstantFloat().Read(reader);
break;
case CompileConstants.Long:
constants[i] = new CompileConstantLong().Read(reader);
i++; // The next slot is invalid
break;
case CompileConstants.Double:
constants[i] = new CompileConstantDouble().Read(reader);
i++; // The next slot is invalid
break;
case CompileConstants.NameAndType:
constants[i] = new CompileConstantNameAndType().Read(reader);
break;
case CompileConstants.Utf8:
constants[i] = new CompileConstantUtf8().Read(reader);
break;
case CompileConstants.MethodHandle:
constants[i] = new CompileConstantMethodHandle().Read(reader);
break;
case CompileConstants.MethodType:
constants[i] = new CompileConstantMethodType().Read(reader);
break;
case CompileConstants.InvokeDynamic:
constants[i] = new CompileConstantInvokeDynamic().Read(reader);
break;
default:
throw new NotImplementedException();
}
}
return constants;
}
