void FolderTreeWidgetItem::updateExpandedState()
{
// Just trigger an update of the column text, it will all be handled thaere.
setDataSize( mDataSize );
setTotalCount( mTotalCount );
setUnreadCount( mUnreadCount );
}
CResourceResult::CResourceResult(const CResourceResult& result)
{
setIsValid(result.getIsValid());
setIsSuccess(result.getIsSuccess());
setData(result.getData());
setDataSize(result.getDataSize());
setCacheControlStr(result.getCacheControlStr());
setMessage(result.getMessage());
setEtag(result.getEtag());
setMIME(result.getMIME());
}
void UIInLink::SetLinkStrip(UILinkStrip* strip)
{
m_linkStrip = strip;
setDataSize(m_linkStrip->getStartTarget()->getTypeSize());
}
/*
* Used for copies. Note that it does NOT call the postCreation Func,
* so FieldElements are copied rather than created by the Cinfo when
* the parent element is created. This allows the copied FieldElements to
* retain info from the originals.
* n is the number of new entries made.
*/
LocalDataElement::LocalDataElement( Id id, const Element* orig,
unsigned int n )
:
DataElement( id, orig, setDataSize( n ),
( 1 + (n - 1 ) / Shell::numNodes() ) * Shell::myNode() )
{;}
LocalDataElement::LocalDataElement( Id id, const Cinfo* c,
const string& name, unsigned int numData )
:
DataElement( id, c, name, setDataSize( numData ) )
{;}
// virtual func, overridden.
void LocalDataElement::resize( unsigned int newNumData )
{
DataElement::resize( setDataSize( newNumData ) );
}
void rWAVAudio::readHeaders()
{
unsigned int buff;
int c=0;
_D(Lvl_Info, "%s: Reading headers", (int)__PRETTY_FUNCTION__);
DOS->Seek(getFile(), 0, OFFSET_BEGINNING);
if (DOS->Read(getFile(), &buff, 4)!=4)
{
_D(Lvl_Info, "%s: File seems to be too small.. reading failed.", (int)__PRETTY_FUNCTION__);
return;
}
buff = L2BE(buff);
if (buff != ID_RIFF)
{
_D(Lvl_Info, "%s: RIFF Wave file header not present (got: %08lx)", (int)__PRETTY_FUNCTION__, buff);
return;
}
DOS->Seek(getFile(), 4, OFFSET_CURRENT);
if (DOS->Read(getFile(), &buff, 4)!=4)
{
_D(Lvl_Info, "%s: File truncated..?", (int)__PRETTY_FUNCTION__);
return;
}
buff = L2BE(buff);
if (buff != ID_WAVE)
{
_D(Lvl_Info, "%s: This RIFF is not Wave... (%08lx)", (int)__PRETTY_FUNCTION__, buff);
return;
}
for (c=0; c<2;)
{
if (DOS->Read(getFile(), &buff, 4)!=4)
{
_D(Lvl_Info, "%s: File truncated...", (int)__PRETTY_FUNCTION__);
return;
}
_D(Lvl_Info, "%s: Read tag: %08lx", (int)__PRETTY_FUNCTION__, buff);
buff = L2BE(buff);
if (buff == ID_fmt)
{
_D(Lvl_Info, "%s: format tag located.", (int)__PRETTY_FUNCTION__);
c++;
}
else if (buff == ID_data)
{
_D(Lvl_Info, "%s: data tag located.", (int)__PRETTY_FUNCTION__);
c++;
if (DOS->Read(getFile(), &buff, 4)!=4)
{
_D(Lvl_Info, "%s: file truncated.", (int)__PRETTY_FUNCTION__);
return;
}
setDataOffset(DOS->Seek(getFile(), 0, OFFSET_CURRENT));
buff = L2LE(buff);
setDataSize(buff);
DOS->Seek(getFile(), -4, OFFSET_CURRENT);
}
if (DOS->Read(getFile(), &buff, 4)!=4)
{
_D(Lvl_Info, "%s: Failed to read chunk size. File truncated.", (int)__PRETTY_FUNCTION__);
return;
}
buff = L2LE(buff);
_D(Lvl_Info,"%s: chunk size = %ld bytes.", (int)__PRETTY_FUNCTION__, buff);
DOS->Seek(getFile(), buff, OFFSET_CURRENT);
}
return;
}
