void CPlanarGraph::RandomInitGraph()
{
ClearGraph();
int minSkeletonSize = 5;
int additionalSkeletonSize = Random2(5);
int mainSkeletonSize = minSkeletonSize + additionalSkeletonSize;
AddGraphNodes(mainSkeletonSize);
// Add blue key branch: don't let this happen in the main room
int blueLoop = Random2(minSkeletonSize-1) + 1;
// add red key branch: don't let this happen in the main room
int redLoop = Random2(minSkeletonSize-1) + 1;
int blueSectionLength = 4 + Random2(4);
int redSectionLength = 4 + Random2(4);
if ( blueLoop < mainSkeletonSize )
{
AddGraphNodes(blueSectionLength, blueLoop);
if ( CoinFlip() )
{
int idx0 = GetNumOfNodes() - 1;
int idx1 = Random2(minSkeletonSize);
AddGraphEdge(CGraphEdge(idx0, idx1));
}
}
if ( redLoop < mainSkeletonSize )
{
AddGraphNodes(redSectionLength, redLoop);
if ( CoinFlip() )
{
int idx0 = GetNumOfNodes() - 1;
int idx1 = Random2(minSkeletonSize);
AddGraphEdge(CGraphEdge(idx0, idx1));
}
}
// Add decoration
int numStubs = Random2(5);
for ( int i=0; i<numStubs; i++ )
{
int offset = Random2(mainSkeletonSize);
AddGraphNodes(1+Random2(2), offset);
}
}
static void WriteReadWriteData(CF_DB *db)
{
bool flip = CoinFlip();
char *data;
if(flip)
{
data = READWRITEDATA1;
}
else
{
data = READWRITEDATA2;
}
//char key[64];
//snprintf(key, sizeof(key), "%050d", READWRITEKEY);
static const int key = READWRITEKEY;
if(!WriteComplexKeyDB(db, (const char *)&key, sizeof(key), data, sizeof(READWRITEDATA1)))
{
printf("Error write!\n");
pthread_exit((void*)STATUS_ERROR);
}
}
static void DBWriteTestData(CF_DB *db)
{
//char key[64];
//char value[128];
for(int i = 0; i < RECORD_COUNT_JUNK; i++)
{
bool flip = CoinFlip();
int value_num;
if(flip)
{
value_num = i + VALUE_OFFSET1;
}
else
{
value_num = i + VALUE_OFFSET2;
}
//snprintf(key, sizeof(key), "%050d", i);
//snprintf(value, sizeof(value), "%0100d", value_num);
if (!WriteComplexKeyDB(db, (const char *)&i, sizeof(i), &value_num, sizeof(value_num)))
{
CfOut(cf_error, "", "Unable to write data to database");
pthread_exit((void*)STATUS_ERROR);
}
}
WriteReadWriteData(db);
}
static void WriteReadWriteData(CF_DB *db)
{
const char *const data = CoinFlip() ? READWRITEDATA1 : READWRITEDATA2;
static const int key = READWRITEKEY;
if(!WriteComplexKeyDB(db, (const char *)&key, sizeof(key), data, sizeof(READWRITEDATA1)))
{
printf("Error write!\n");
pthread_exit((void*)STATUS_ERROR);
}
}
static void DBWriteTestData(CF_DB *db)
{
for(int i = 0; i < RECORD_COUNT_JUNK; i++)
{
bool flip = CoinFlip();
int value_num = i + (flip ? VALUE_OFFSET1 : VALUE_OFFSET2);
if (!WriteComplexKeyDB(db, (const char *)&i, sizeof(i), &value_num, sizeof(value_num)))
{
Log(LOG_LEVEL_ERR, "Unable to write data to database");
pthread_exit((void*)STATUS_ERROR);
}
}
WriteReadWriteData(db);
}
