/**
* After the log file has been processed, this inputs the log line into the database. It generates
* the sql by reading in each log lines outputs data structure
*
* @param line The actual log line which is being entered into the database
* @throws SQLException If an error occurs with the query
*/
protected void insertToDB(LogLine line) throws SQLException {
// Add the fields that are determined by the log file rather than the log line
addLogFields(line.getOutputs());
String sql = "INSERT INTO logdata_temp (";
String fields = "";
String inputs = "";
for (Map.Entry<String, String> entry : line.getOutputs().entrySet()) {
fields += entry.getKey() + ",";
inputs += fieldType(entry.getKey(), entry.getValue()) + ",";
}
fields = sql + fields.substring(0, fields.lastIndexOf(",")) + ") VALUES ";
inputs = "(" + inputs.substring(0, inputs.lastIndexOf(",")) + ")";
db.bulkInsert(this, fields, inputs, Integer.parseInt(line.getOutputs().get("log_line")));
}
public static int Record(long sync_id, String idx) {
LogLine temp = rec_map.get(sync_id);
if (null == temp) {
idx_map.put(sync_id, idx);
} else {
temp.dstidx = idx;
// tell score system about temp;
rec_map.remove(sync_id);
// tell elasticsearch;
IndexResponse response =
client
.prepareIndex(DATABASEINDEX, DATABASETYPE)
.setSource(gson.toJson(temp))
.execute()
.actionGet();
if (!response.isCreated()) {
System.out.println(PROMPT + "Elasticsearch recording failed!");
return ERROR;
}
// test
WriteToDisk(temp);
}
return SUCCESS;
}
