/**
* This method is going to return a ParsedOutputObject from arrays of bytes
*
* @param parseInputObject
* @return
*/
public static ParseOutputObject parse(ParseInputObject parseInputObject) {
ParseOutputObject res = new ParseOutputObject();
boolean error = false;
if (parseInputObject == null || parseInputObject.getStatusMessagingList() == null) {
throw new IllegalArgumentException(
"Rp3UtilityParser.parse parseInputObject is invalid : " + parseInputObject);
}
if (LOG.isDebugEnabled()) {
LOG.debug(
"Rp3UtilityParser parse beginning parseInputObject.getParseType() : "
+ parseInputObject.getParseType());
LOG.debug("Rp3UtilityParser parse beginning FileName : " + parseInputObject.getFileName());
LOG.debug(
"Rp3UtilityParser parse beginning parseInputObject.getStatusMessagingList() : "
+ parseInputObject.getStatusMessagingList());
}
try {
if (parseInputObject.getData() != null && parseInputObject.getData().length > 0) {
String stringContent = new String(parseInputObject.getData());
Scanner sc = new Scanner(stringContent);
Integer contRow = 0;
Integer contCol = 0;
Map<String, List<DataObject>> mapDataByCol = new LinkedHashMap<String, List<DataObject>>();
Map<String, List<DataObject>> mapDataByRow = new LinkedHashMap<String, List<DataObject>>();
Map<Integer, List<DataObject>> mapDataByMatrix =
new LinkedHashMap<Integer, List<DataObject>>();
List<String> listColumnsNames = new ArrayList<String>();
if (parseInputObject.getParseType() == PARSE_TYPES.QQ) {
Rp3UtilityParser.parseQqLayout(res, sc, contRow, listColumnsNames);
} else {
Rp3UtilityParser.parseRowColumIdxLayout(
parseInputObject,
sc,
contRow,
contCol,
mapDataByCol,
mapDataByRow,
mapDataByMatrix,
listColumnsNames);
}
res.setMapDataByColName(mapDataByCol);
res.setMapDataByRowFieldName(mapDataByRow);
res.setMapDataByRowIndex(mapDataByMatrix);
} else {
StatusMessage statusMessaging =
new StatusMessage(
Rp3Constants.CODES_MSG.STATUS_MSG_LEVEL_METHOD.toString(),
"util_b_001",
Arrays.asList(
parseInputObject.getParseType().toString(), parseInputObject.getFileName()),
1);
parseInputObject.getStatusMessagingList().add(statusMessaging);
}
} catch (RuntimeException e) {
error = true;
LOG.error("Rp3UtilityParser parse error " + e.getMessage(), e);
StatusMessage statusMessaging =
new StatusMessage(
Rp3Constants.CODES_MSG.STATUS_MSG_LEVEL_METHOD.toString(),
"util_b_002",
Arrays.asList(
parseInputObject.getParseType().toString(),
parseInputObject.getFileName(),
e.getMessage()),
2);
parseInputObject.getStatusMessagingList().add(statusMessaging);
}
if (!error) {
StatusMessage statusMessaging =
new StatusMessage(
Rp3Constants.CODES_MSG.STATUS_MSG_LEVEL_METHOD.toString(),
"util_b_003",
Arrays.asList(
parseInputObject.getParseType().toString(), parseInputObject.getFileName()),
0);
parseInputObject.getStatusMessagingList().add(statusMessaging);
}
if (LOG.isDebugEnabled()) {
LOG.debug(
"Rp3UtilityParser parse end parseInputObject.getStatusMessagingList() : "
+ parseInputObject.getStatusMessagingList());
LOG.debug(
"Rp3UtilityParser parse end parseInputObject.getParseType() : "
+ parseInputObject.getParseType());
}
return res;
}
/**
* This method process the information for the txt files layouts that are not related with the
* Qualifying questions layout.
*
* @param parseInputObject
* @param sc
* @param contRow
* @param contCol
* @param mapDataByCol
* @param mapDataByRow
* @param mapDataByMatrix
* @param listColumnsNames
*/
private static void parseRowColumIdxLayout(
ParseInputObject parseInputObject,
Scanner sc,
Integer contRow,
Integer contCol,
Map<String, List<DataObject>> mapDataByCol,
Map<String, List<DataObject>> mapDataByRow,
Map<Integer, List<DataObject>> mapDataByMatrix,
List<String> listColumnsNames) {
Map<Integer, String> dataMap = new HashMap<Integer, String>();
while (sc.hasNextLine()) {
String valueX = sc.nextLine();
List<DataObject> listMapDataByRow = new ArrayList<DataObject>();
String rowName = "";
if (valueX.isEmpty() == false) {
Scanner sc1 = new Scanner(valueX);
sc1.useDelimiter("\\t");
while (sc1.hasNext()) {
String valueY = sc1.next();
boolean validated = false;
if ((parseInputObject.getParseType() == PARSE_TYPES.BYCOLUMNNAME
&& valueY.isEmpty() == false)
|| (parseInputObject.getParseType() == PARSE_TYPES.BYROWFIELD)
|| parseInputObject.getParseType() == PARSE_TYPES.ROWINDEX) {
validated = true;
}
if (validated) {
/*
* LOG.debug("valueX3 : " + Pattern.compile("\\t").matcher(valueX).replaceAll("").length());
*/
DataObject dataObject = new DataObject();
dataObject.setColPos(contCol);
dataObject.setRowNum(contRow);
dataObject.setData(valueY);
if (contRow == 0 && parseInputObject.getParseType() == PARSE_TYPES.BYCOLUMNNAME) {
mapDataByCol.put(valueY, new ArrayList<DataObject>());
dataMap.put(contCol, valueY);
} else if (contCol == 0 && parseInputObject.getParseType() == PARSE_TYPES.BYROWFIELD) {
rowName = valueY;
}
if (parseInputObject.getParseType() == PARSE_TYPES.BYROWFIELD && contCol > 0) {
listMapDataByRow.add(dataObject);
} else if (parseInputObject.getParseType() == PARSE_TYPES.BYCOLUMNNAME && contRow > 0) {
String value = dataMap.get(contCol);
if (mapDataByCol.containsKey(value)) {
List<DataObject> listColumns = mapDataByCol.get(value);
listColumns.add(dataObject);
mapDataByCol.put(value, listColumns);
}
} else if (parseInputObject.getParseType() == PARSE_TYPES.ROWINDEX && contRow == 0) {
listColumnsNames.add(valueY);
/*
*LOG.debug("listColumnsNames : " + listColumnsNames);
*/
} else if (parseInputObject.getParseType() == PARSE_TYPES.ROWINDEX && contRow > 0) {
dataObject.setColumnName(listColumnsNames.get(contCol));
listMapDataByRow.add(dataObject);
}
}
contCol++;
}
}
if (parseInputObject.getParseType() == PARSE_TYPES.BYROWFIELD
&& !rowName.isEmpty()
&& !listMapDataByRow.isEmpty()) {
if (LOG.isDebugEnabled()) {
LOG.debug("Rp3UtilityParser parse rowName : " + rowName);
}
mapDataByRow.put(rowName, listMapDataByRow);
} else if (parseInputObject.getParseType() == PARSE_TYPES.ROWINDEX) {
mapDataByMatrix.put(contRow, listMapDataByRow);
}
contRow++;
contCol = 0;
}
}
