void cBinaryFile::WriteToFileImmediatelyWithLine(const char* val ,bool e_bTimeStamp)
{
if( !m_pFile )
return;
if( e_bTimeStamp )
CreateTimestamp();
int l_iLength = (int)strlen(val);
NvFWrite( val, sizeof(char),l_iLength, m_pFile );
NvFWrite( "\n", sizeof(char),1, m_pFile );
Flush();
}
vector<GraphColoring::IdType> GenerateSyncColorings(const Graph& graph) {
CreateTimestamp();
vector<GraphColoring::IdType> syncColorings;
int n = graph.VerticesCount();
int k = graph.OutDegree();
auto coloring = GraphColoring(n, k);
auto syncChecker = SynchronizationChecker(n, k);
GraphColoring::IdType id = 0;
do {
if (syncChecker.IsSynchronizing(graph, coloring)) {
syncColorings.push_back(id);
}
++id;
}
while (coloring.NextColoring());
UpdateTimer(SyncColoringsGenerationTime);
return syncColorings;
}
void cBinaryFile::WriteToFileImmediatelyWithLine(const wchar_t* val,bool e_bTimeStamp)
{
if( !m_pFile )
return;
if( e_bTimeStamp )
CreateTimestamp();
int l_iLength = (int)wcslen(val);
if( m_bBigEndian )
{
NvFWrite( val, sizeof(wchar_t),l_iLength, m_pFile );
}
else
{
for( int i=0;i<l_iLength;++i )
WriteToFile((int64)val[i]);
}
if( m_bBigEndian )
NvFWrite( L"\n", sizeof(wchar_t),1, m_pFile );
else
WriteToFile(L"\n");
Flush();
}
bool SyncColoringsEnumerator::MoveNext() {
CreateTimestamp();
auto result = DoMoveNext();
UpdateTimer(SyncColoringsGenerationTime);
return result;
}
