public CDLLHints copy()
{
var ret = new CDLLHints(dllInfo_);
foreach (string s in hintOrder_)
{
CDLLHintInfo mhi = hints_[s];
ret.addInfo(mhi.copy());
}
return(ret);
}
public static CDLLHintInfo decode(CEncodedObjectInputBufferI bin)
{
string tag = bin.thisTag();
Dictionary <string, string> attr = bin.getAttributes();
CDLLHintInfo ret = null;
switch (tag)
{
case BOOL_TYPE:
ret = new CDLLBoolHintInfo(attr, bin);
break;
case NAME_VALUE_SET:
ret = new CDLLNameValueHintInfo(attr, bin);
break;
case NUMERIC_RANGE_VALUE_TYPE:
ret = new CDLLNumericRangeValueHintInfo(attr, bin);
break;
case NUMERIC_VALUE_TYPE:
ret = new CDLLNumericValueHintInfo(attr, bin);
break;
case STRING_VALUE_TYPE:
ret = new CDLLStringValueHintInfo(attr, bin);
break;
case FILE_VALUE_TYPE:
ret = new CDLLFileValueHintInfo(attr, bin);
break;
case CONTAINER_TYPE:
ret = new CDLLContainerHintInfo(attr, bin);
break;
case LOCKED_CONTAINER_TYPE:
ret = new CDLLLockableHintInfo(attr, bin);
break;
case RADIO_CONTAINER_TYPE:
ret = new CDLLRadioContainerHintInfo(attr, bin);
break;
default:
throw new Exception("Unknown decode type " + tag);
}
bin.endTag(tag);
return(ret);
}
public void encode(CEncodedObjectOutputBufferI output)
{
output.openObject(TAG);
dllInfo_.encode(output);
output.openObject(INFOS);
foreach (string s in hintOrder_)
{
CDLLHintInfo mhi = hints_[s];
mhi.encode(output);
}
output.objectEnd();
output.objectEnd();
}
public CDLLHints(CEncodedObjectInputBufferI bin)
{
bin.nextTag(TAG);
dllInfo_ = new CDLLInfo(bin);
{
bin.nextTag(INFOS);
if (bin.hasChildren())
{
bin.firstChild();
while (!bin.reachedEndTag(INFOS))
{
CDLLHintInfo mhi = CDLLHintInfo.decode(bin);
addInfo(mhi);
}
}
bin.endTag(INFOS);
}
bin.endTag(TAG);
}
public void addInfo(CDLLHintInfo info)
{
hints_.Add(info.key_, info);
hintOrder_.Add(info.key_);
}
