/** Reads files from src/test/resource/data and inserts into Accumulo single-table schema. */
public static void ingestSingleSCALE(int SCALE, char version, String baseName, Connector conn)
throws FileNotFoundException {
TripleFileWriter tripleFileWriter = new TripleFileWriter(conn);
File rowFile = getDataFile(String.valueOf(SCALE) + version + "r.txt");
File colFile = getDataFile(String.valueOf(SCALE) + version + "c.txt");
// deleteExistingTables
log.debug("estimated # of nodes in " + baseName + " about to insert: " + (1 << SCALE) * 16);
long cnt =
tripleFileWriter.writeTripleFile_Single(rowFile, colFile, null, ",", baseName, true, true);
log.info("Wrote " + cnt + " edges to single-table with base name " + baseName);
}
/**
* Reads files from src/test/resource/data and inserts into Accumulo using D4M Schema
* table+transpose+degree.
*/
public static void ingestAdjacencySCALE(int SCALE, char version, String baseName, Connector conn)
throws FileNotFoundException {
TripleFileWriter tripleFileWriter = new TripleFileWriter(conn);
File rowFile = getDataFile(String.valueOf(SCALE) + version + "r.txt");
File colFile = getDataFile(String.valueOf(SCALE) + version + "c.txt");
// deleteExistingTables
long cnt =
tripleFileWriter.writeTripleFile_Adjacency(
rowFile, colFile, null, ",", baseName, true, true);
log.info("Wrote " + cnt + " edges to D4M Adjacency tables with base name " + baseName);
}
public static void ingestIncidenceFromAdjacencySCALE(
int SCALE, char version, String baseName, Connector conn) {
// D4mDbTableOperations d4mtops = new
// D4mDbTableOperations(conn.getInstance().getInstanceName(),
// conn.getInstance().getZooKeepers(),
// conn.whoami(), pass );
TripleFileWriter tripleFileWriter = new TripleFileWriter(conn);
// deleteExistingTables
log.debug("estimated # of nodes in " + baseName + " about to insert: " + (1 << SCALE) * 16);
long cnt =
tripleFileWriter.writeFromAdjacency_Incidence(
baseName, true, true, (1 << SCALE) * 16); // upper bound on #edges
log.info("Wrote " + cnt + " edges to D4M Incidence tables with base name " + baseName);
}
public static void ingestIncidenceSCALE(
int SCALE, char version, String baseName, Connector conn) {
// D4mDbTableOperations d4mtops = new
// D4mDbTableOperations(conn.getInstance().getInstanceName(),
// conn.getInstance().getZooKeepers(),
// conn.whoami(), pass );
TripleFileWriter tripleFileWriter = new TripleFileWriter(conn);
File rowFile = getDataFile(String.valueOf(SCALE) + version + "r.txt");
File colFile = getDataFile(String.valueOf(SCALE) + version + "c.txt");
// deleteExistingTables
log.debug("estimated # of nodes in " + baseName + " about to insert: " + (1 << SCALE) * 16);
long cnt =
tripleFileWriter.writeTripleFile_Incidence(
rowFile,
colFile,
null,
",",
baseName,
true,
true,
(1 << SCALE) * 16); // upper bound on #edges
log.info("Wrote " + cnt + " edges to D4M Incidence tables with base name " + baseName);
}