if ( (*aIter).second->mnMapId == 0 ) // 0 means it's one of ours !
{
_preSetValues();
_setSingleValue( *((*aIter).second->mpInfo), rValue );
_postSetValues();
} else
{
ChainablePropertySet * pSlave = maSlaveMap [ (*aIter).second->mnMapId ]->mxSlave.get();
// acquire mutex in c-tor and releases it in the d-tor (exception safe!).
std::optional< osl::Guard< comphelper::SolarMutex > > xMutexGuard2; if (pSlave->mpMutex)
xMutexGuard2.emplace( pSlave->mpMutex );
Any SAL_CALL MasterPropertySet::getPropertyValue( const OUString& rPropertyName )
{ // acquire mutex in c-tor and releases it in the d-tor (exception safe!).
std::optional< osl::Guard< comphelper::SolarMutex > > xMutexGuard; if (mpMutex)
xMutexGuard.emplace( mpMutex );
Any aAny; if ( (*aIter).second->mnMapId == 0 ) // 0 means it's one of ours !
{
_preGetValues();
_getSingleValue( *((*aIter).second->mpInfo), aAny );
_postGetValues();
} else
{
ChainablePropertySet * pSlave = maSlaveMap [ (*aIter).second->mnMapId ]->mxSlave.get();
// acquire mutex in c-tor and releases it in the d-tor (exception safe!).
std::optional< osl::Guard< comphelper::SolarMutex > > xMutexGuard2; if (pSlave->mpMutex)
xMutexGuard2.emplace( pSlave->mpMutex );
//!! have a unique_ptr to an array of OGuards in order to have the //!! allocated memory properly freed (exception safe!). //!! Since the array itself has unique_ptrs as members we have to use a //!! helper class 'AutoOGuardArray' in order to have //!! the acquired locks properly released.
AutoOGuardArray aOGuardArray( nCount );
for (sal_Int32 i = 0; i < nCount; ++i)
{
aIter = mxInfo->maMap.find(aPropertyNames[i]); if ( aIter == aEnd ) throw RuntimeException(aPropertyNames[i], static_cast<XPropertySet*>(this));
if ( (*aIter).second->mnMapId == 0 ) // 0 means it's one of ours !
_setSingleValue(*((*aIter).second->mpInfo), aValues[i]); else
{
SlaveData * pSlave = maSlaveMap [ (*aIter).second->mnMapId ]; if (!pSlave->IsInit())
{ // acquire mutex in c-tor and releases it in the d-tor (exception safe!). if (pSlave->mxSlave->mpMutex)
aOGuardArray[i].emplace( pSlave->mxSlave->mpMutex );
Sequence< Any > SAL_CALL MasterPropertySet::getPropertyValues( const Sequence< OUString >& aPropertyNames )
{ // acquire mutex in c-tor and releases it in the d-tor (exception safe!).
std::optional< osl::Guard< comphelper::SolarMutex > > xMutexGuard; if (mpMutex)
xMutexGuard.emplace( mpMutex );
Any * pAny = aValues.getArray();
PropertyDataHash::const_iterator aEnd = mxInfo->maMap.end(), aIter;
//!! have a unique_ptr to an array of OGuards in order to have the //!! allocated memory properly freed (exception safe!). //!! Since the array itself has unique_ptrs as members we have to use a //!! helper class 'AutoOGuardArray' in order to have //!! the acquired locks properly released.
AutoOGuardArray aOGuardArray( nCount );
for (sal_Int32 i = 0; i < nCount; ++i)
{
aIter = mxInfo->maMap.find(aPropertyNames[i]); if ( aIter == aEnd ) throw RuntimeException(aPropertyNames[i], static_cast<XPropertySet*>(this));
if ( (*aIter).second->mnMapId == 0 ) // 0 means it's one of ours !
_getSingleValue(*((*aIter).second->mpInfo), pAny[i]); else
{
SlaveData * pSlave = maSlaveMap [ (*aIter).second->mnMapId ]; if (!pSlave->IsInit())
{ // acquire mutex in c-tor and releases it in the d-tor (exception safe!). if (pSlave->mxSlave->mpMutex)
aOGuardArray[i].emplace( pSlave->mxSlave->mpMutex );
// 0 means it's one of ours ! if ( (*aIter).second->mnMapId != 0 )
{
ChainablePropertySet * pSlave = maSlaveMap [ (*aIter).second->mnMapId ]->mxSlave.get();
// acquire mutex in c-tor and releases it in the d-tor (exception safe!).
std::optional< osl::Guard< comphelper::SolarMutex > > xMutexGuard; if (pSlave->mpMutex)
xMutexGuard.emplace( pSlave->mpMutex );
}
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