package in.partake.model.dao.postgres9.impl;
import in.partake.base.PartakeRuntimeException;
import in.partake.base.TimeUtil;
import in.partake.model.dao.DAOException;
import in.partake.model.dao.DataIterator;
import in.partake.model.dao.MapperDataIterator;
import in.partake.model.dao.PartakeConnection;
import in.partake.model.dao.access.IEventAccess;
import in.partake.model.dao.auxiliary.EventFilterCondition;
import in.partake.model.dao.postgres9.Postgres9Connection;
import in.partake.model.dao.postgres9.Postgres9Dao;
import in.partake.model.dao.postgres9.Postgres9DataIterator;
import in.partake.model.dao.postgres9.Postgres9Entity;
import in.partake.model.dao.postgres9.Postgres9EntityDao;
import in.partake.model.dao.postgres9.Postgres9EntityDataMapper;
import in.partake.model.dao.postgres9.Postgres9IdMapper;
import in.partake.model.dao.postgres9.Postgres9IndexDao;
import in.partake.model.dao.postgres9.Postgres9StatementAndResultSet;
import in.partake.model.daoutil.DAOUtil;
import in.partake.model.dto.Event;
import in.partake.resource.ServerErrorCode;
import java.sql.ResultSet;
import java.sql.SQLException;
import java.util.ArrayList;
import java.util.List;
import org.apache.commons.lang.StringUtils;
import org.codehaus.jackson.node.ObjectNode;
class EntityEventMapper extends Postgres9EntityDataMapper<Event> {
public Event map(ObjectNode obj) {
return new Event(obj).freeze();
}
}
public class Postgres9EventDao extends Postgres9Dao implements IEventAccess {
static final String ENTITY_TABLE_NAME = "EventEntities";
static final String INDEX_TABLE_NAME = "EventIndex";
static final String EDITOR_INDEX_TABLE_NAME = "EventIndexForEditor";
static final int CURRENT_VERSION = 1;
private final Postgres9EntityDao entityDao;
private final Postgres9IndexDao indexDao;
private final Postgres9IndexDao editorIndexDao;
private final EntityEventMapper mapper;
public Postgres9EventDao() {
this.entityDao = new Postgres9EntityDao(ENTITY_TABLE_NAME);
this.indexDao = new Postgres9IndexDao(INDEX_TABLE_NAME);
this.editorIndexDao = new Postgres9IndexDao(EDITOR_INDEX_TABLE_NAME);
this.mapper = new EntityEventMapper();
}
@Override
public void initialize(PartakeConnection con) throws DAOException {
Postgres9Connection pcon = (Postgres9Connection) con;
entityDao.initialize(pcon);
if (!existsTable(pcon, INDEX_TABLE_NAME)) {
indexDao.createIndexTable(pcon, "CREATE TABLE " + INDEX_TABLE_NAME +
"(id TEXT PRIMARY KEY, ownerId TEXT NOT NULL, draft BOOL NOT NULL, isPrivate BOOL NOT NULL, beginDate TIMESTAMP NOT NULL)");
indexDao.createIndex(pcon, "CREATE INDEX " + INDEX_TABLE_NAME + "OwnerId" + " ON " + INDEX_TABLE_NAME + "(ownerId, draft, beginDate)");
indexDao.createIndex(pcon, "CREATE INDEX " + INDEX_TABLE_NAME + "Draft" + " ON " + INDEX_TABLE_NAME + "(draft)");
indexDao.createIndex(pcon, "CREATE INDEX " + INDEX_TABLE_NAME + "isPrivate" + " ON " + INDEX_TABLE_NAME + "(isPrivate)");
}
if (!existsTable(pcon, EDITOR_INDEX_TABLE_NAME)) {
editorIndexDao.createIndexTable(pcon, "CREATE TABLE " + EDITOR_INDEX_TABLE_NAME +
"(id TEXT NOT NULL, editorId TEXT NOT NULL, draft BOOL NOT NULL, isPrivate BOOL NOT NULL, beginDate TIMESTAMP NOT NULL)");
editorIndexDao.createIndex(pcon, "CREATE UNIQUE INDEX " + EDITOR_INDEX_TABLE_NAME + "Unique" + " ON " + EDITOR_INDEX_TABLE_NAME + "(id, editorId)");
editorIndexDao.createIndex(pcon, "CREATE INDEX " + EDITOR_INDEX_TABLE_NAME + "EditorId" + " ON " + EDITOR_INDEX_TABLE_NAME + "(editorId, draft, beginDate)");
editorIndexDao.createIndex(pcon, "CREATE INDEX " + EDITOR_INDEX_TABLE_NAME + "Draft" + " ON " + EDITOR_INDEX_TABLE_NAME + "(draft)");
editorIndexDao.createIndex(pcon, "CREATE INDEX " + EDITOR_INDEX_TABLE_NAME + "isPrivate" + " ON " + EDITOR_INDEX_TABLE_NAME + "(isPrivate)");
}
}
@Override
public void truncate(PartakeConnection con) throws DAOException {
Postgres9Connection pcon = (Postgres9Connection) con;
entityDao.truncate(pcon);
indexDao.truncate(pcon);
editorIndexDao.truncate(pcon);
}
@Override
public void put(PartakeConnection con, Event event) throws DAOException {
Postgres9Connection pcon = (Postgres9Connection) con;
Postgres9Entity entity = new Postgres9Entity(event.getId(), CURRENT_VERSION, event.toJSON().toString().getBytes(UTF8), null, TimeUtil.getCurrentDateTime());
if (entityDao.exists(pcon, event.getId()))
entityDao.update(pcon, entity);
else
entityDao.insert(pcon, entity);
updateIndex(con, event);
}
@Override
public void updateIndex(PartakeConnection con, Event event) throws DAOException {
Postgres9Connection pcon = (Postgres9Connection) con;
indexDao.put(pcon,
new String[] {"id", "ownerId", "draft", "isPrivate", "beginDate" },
new Object[] { event.getId(), event.getOwnerId(), event.isDraft(), !StringUtils.isEmpty(event.getPasscode()), event.getBeginDate() });
editorIndexDao.remove(pcon, "id", event.getId());
if (event.getEditorIds() != null) {
for (String editorId : event.getEditorIds()) {
if (editorIndexDao.exists2(pcon, "id", event.getId(), "editorId", editorId)) {
editorIndexDao.update2(pcon,
new String[] { "id", "editorId", "draft", "isPrivate", "beginDate" },
new Object[] { event.getId(), editorId, event.isDraft(), !StringUtils.isEmpty(event.getPasscode()), event.getBeginDate() });
} else {
editorIndexDao.insert(pcon,
new String[] { "id", "editorId", "draft", "isPrivate", "beginDate" },
new Object[] { event.getId(), editorId, event.isDraft(), !StringUtils.isEmpty(event.getPasscode()), event.getBeginDate() });
}
}
}
}
@Override
public Event find(PartakeConnection con, String id) throws DAOException {
return mapper.map(entityDao.find((Postgres9Connection) con, id));
}
@Override
public boolean exists(PartakeConnection con, String id) throws DAOException {
return entityDao.exists((Postgres9Connection) con, id);
}
@Override
public void remove(PartakeConnection con, String id) throws DAOException {
Postgres9Connection pcon = (Postgres9Connection) con;
entityDao.remove(pcon, id);
indexDao.remove(pcon, "id", id);
editorIndexDao.remove(pcon, "id", id);
}
@Override
public DataIterator<Event> getIterator(PartakeConnection con) throws DAOException {
return new MapperDataIterator<Postgres9Entity, Event>(mapper, entityDao.getIterator((Postgres9Connection) con));
}
@Override
public String getFreshId(PartakeConnection con) throws DAOException {
return entityDao.getFreshId((Postgres9Connection) con);
}
@Override
public boolean isRemoved(PartakeConnection con, String eventId) throws DAOException {
// TODO: should be implemented.
return false;
}
@Override
public List<Event> findByOwnerId(PartakeConnection con, String userId, EventFilterCondition criteria, int offset, int limit) throws DAOException {
String draftSql = conditionClauseForCriteria(criteria);
Postgres9StatementAndResultSet psars = indexDao.select((Postgres9Connection) con,
"SELECT id FROM " + INDEX_TABLE_NAME + " WHERE ownerId = ? " + draftSql + " ORDER BY beginDate DESC OFFSET ? LIMIT ?",
new Object[] { userId, offset, limit });
Postgres9IdMapper<Event> idMapper = new Postgres9IdMapper<Event>((Postgres9Connection) con, mapper, entityDao);
try {
ArrayList<Event> events = new ArrayList<Event>();
DataIterator<Event> it = new Postgres9DataIterator<Event>(idMapper, psars);
while (it.hasNext()) {
Event event = it.next();
if (event == null)
continue;
events.add(event);
}
return events;
} finally {
psars.close();
}
}
@Override
public DataIterator<Event> getIterator(PartakeConnection con, EventFilterCondition condition) throws DAOException {
String draftSql = conditionClauseForCriteria(condition);
Postgres9StatementAndResultSet psars = indexDao.select((Postgres9Connection) con,
"SELECT id FROM " + INDEX_TABLE_NAME + " WHERE 1 = 1 " + draftSql + " ORDER BY beginDate DESC",
new Object[] {});
Postgres9IdMapper<Event> idMapper = new Postgres9IdMapper<Event>((Postgres9Connection) con, mapper, entityDao);
return new Postgres9DataIterator<Event>(idMapper, psars);
}
@Override
public List<Event> findByEditorUserId(PartakeConnection con, String editorUserId, EventFilterCondition criteria, int offset, int limit) throws DAOException {
String condition = conditionClauseForCriteria(criteria);
Postgres9StatementAndResultSet psars = editorIndexDao.select((Postgres9Connection) con,
"SELECT id FROM " + EDITOR_INDEX_TABLE_NAME + " WHERE editorId = ? " + condition + " ORDER BY beginDate DESC OFFSET ? LIMIT ?",
new Object[] { editorUserId, offset, limit });
Postgres9IdMapper<Event> idMapper = new Postgres9IdMapper<Event>((Postgres9Connection) con, mapper, entityDao);
try {
DataIterator<Event> it = new Postgres9DataIterator<Event>(idMapper, psars);
return DAOUtil.convertToList(it);
} finally {
psars.close();
}
}
@Override
public int count(PartakeConnection con) throws DAOException {
return entityDao.count((Postgres9Connection) con);
}
@Override
public int count(PartakeConnection con, EventFilterCondition condition) throws DAOException {
Postgres9Connection pcon = (Postgres9Connection) con;
switch (condition) {
case ALL_EVENTS:
return entityDao.count(pcon);
case DRAFT_EVENT_ONLY:
return indexDao.count(pcon, new String[] { "draft" }, new Object[] { true });
case PRIVATE_EVENT_ONLY:
return indexDao.count(pcon, new String[] { "isPrivate" }, new Object[] { true });
case PUBLIC_EVENT_ONLY:
return indexDao.count(pcon, new String[] { "isPrivate" }, new Object[] { false });
case PUBLISHED_EVENT_ONLY:
return indexDao.count(pcon, new String[] { "draft" }, new Object[] { false });
case PUBLISHED_PUBLIC_EVENT_ONLY:
return indexDao.count(pcon, new String[] { "draft", "isPrivate" }, new Object[] { false, false });
}
assert false;
throw new PartakeRuntimeException(ServerErrorCode.LOGIC_ERROR);
}
@Override
public int countEventsByOwnerId(PartakeConnection con, String userId, EventFilterCondition criteria) throws DAOException {
Postgres9Connection pcon = (Postgres9Connection) con;
switch (criteria) {
case ALL_EVENTS:
return indexDao.count(pcon, "ownerId", userId);
case DRAFT_EVENT_ONLY:
return indexDao.count(pcon, new String[] { "ownerId", "draft" }, new Object[] { userId, true });
case PRIVATE_EVENT_ONLY:
return indexDao.count(pcon, new String[] { "ownerId", "isPrivate" }, new Object[] { userId, true });
case PUBLISHED_EVENT_ONLY:
return indexDao.count(pcon, new String[] { "ownerId", "draft" }, new Object[] { userId, false });
case PUBLIC_EVENT_ONLY:
return indexDao.count(pcon, new String[] { "ownerId", "isPrivate" }, new Object[] { userId, false });
case PUBLISHED_PUBLIC_EVENT_ONLY:
return indexDao.count(pcon, new String[] { "ownerId", "draft", "isPrivate" }, new Object[] { userId, false, false });
}
assert false;
throw new PartakeRuntimeException(ServerErrorCode.LOGIC_ERROR);
}
@Override
public int countByEditorUserId(PartakeConnection con, String editorId, EventFilterCondition criteria) throws DAOException {
String condition = conditionClauseForCriteria(criteria);
Postgres9StatementAndResultSet psars = editorIndexDao.select((Postgres9Connection) con,
"SELECT count(1) FROM " + EDITOR_INDEX_TABLE_NAME + " WHERE editorId = ? " + condition,
new Object[] { editorId });
try {
ResultSet rs = psars.getResultSet();
if (rs.next())
return rs.getInt(1);
else
return 0;
} catch (SQLException e) {
throw new DAOException(e);
} finally {
psars.close();
}
}
@Override
public int countEventsByOwnerIdAndEditorId(PartakeConnection con, String userId, EventFilterCondition criteria) throws DAOException {
String condition = conditionClauseForCriteria(criteria);
Postgres9StatementAndResultSet psars = editorIndexDao.select((Postgres9Connection) con,
"SELECT count(1) FROM (" +
"SELECT id FROM " + INDEX_TABLE_NAME + " WHERE ownerId = ? " + condition +
" UNION " +
"SELECT id FROM " + EDITOR_INDEX_TABLE_NAME + " WHERE editorId = ? " + condition +
") as a",
new Object[] { userId, userId });
try {
ResultSet rs = psars.getResultSet();
if (rs.next())
return rs.getInt(1);
else
return 0;
} catch (SQLException e) {
throw new DAOException(e);
} finally {
psars.close();
}
}
@Override
public List<Event> findByOwnerIdAndEditorId(PartakeConnection con, String userId, EventFilterCondition criteria) throws DAOException {
String condition = conditionClauseForCriteria(criteria);
Postgres9StatementAndResultSet psars = editorIndexDao.select((Postgres9Connection) con,
"SELECT id FROM " + INDEX_TABLE_NAME + " WHERE ownerId = ? " + condition +
" UNION " +
"SELECT id FROM " + EDITOR_INDEX_TABLE_NAME + " WHERE editorId = ? " + condition,
new Object[] { userId, userId });
Postgres9IdMapper<Event> idMapper = new Postgres9IdMapper<Event>((Postgres9Connection) con, mapper, entityDao);
try {
DataIterator<Event> it = new Postgres9DataIterator<Event>(idMapper, psars);
return DAOUtil.convertToList(it);
} finally {
psars.close();
}
}
private String conditionClauseForCriteria(EventFilterCondition criteria) {
switch (criteria) {
case ALL_EVENTS:
return "";
case DRAFT_EVENT_ONLY:
return " AND draft = true";
case PUBLISHED_EVENT_ONLY:
return " AND draft = false";
case PRIVATE_EVENT_ONLY:
return " AND isPrivate = true";
case PUBLIC_EVENT_ONLY:
return " AND isPrivate = false";
case PUBLISHED_PUBLIC_EVENT_ONLY:
return " AND draft = false AND isPrivate = false";
case UPCOMING_EVENT_ONLY:
return " AND beginDate >= CURRENT_TIMESTAMP";
}
return "";
}
}