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Use device updated timestamp to filter updated devices

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corrective-policy
Dharmakeerthi Lasantha 4 years ago
parent 0966721b1c
commit 9229ce280d
5 changed files with 57 additions and 95 deletions
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62
components/device-mgt/org.wso2.carbon.device.mgt.core/src/main/java/org/wso2/carbon/device/mgt/core/dao/impl/AbstractDeviceDAOImpl.java
Unescape View File

@ -118,7 +118,8 @@ public abstract class AbstractDeviceDAOImpl implements DeviceDAO {
try { try {
conn = this.getConnection(); conn = this.getConnection();
String sql = "UPDATE DM_DEVICE SET NAME = ?, DESCRIPTION = ?, LAST_UPDATED_TIMESTAMP = ? " + String sql = "UPDATE DM_DEVICE SET NAME = ?, DESCRIPTION = ?, LAST_UPDATED_TIMESTAMP = ? " +
"WHERE DEVICE_TYPE_ID = (SELECT ID FROM DM_DEVICE_TYPE WHERE NAME = ? AND (PROVIDER_TENANT_ID = ? OR SHARED_WITH_ALL_TENANTS = ?)) " + "WHERE DEVICE_TYPE_ID = (SELECT ID FROM DM_DEVICE_TYPE " +
"WHERE NAME = ? AND (PROVIDER_TENANT_ID = ? OR SHARED_WITH_ALL_TENANTS = ?)) " +
"AND DEVICE_IDENTIFICATION = ? AND TENANT_ID = ?"; "AND DEVICE_IDENTIFICATION = ? AND TENANT_ID = ?";
stmt = conn.prepareStatement(sql, new String[]{"id"}); stmt = conn.prepareStatement(sql, new String[]{"id"});
stmt.setString(1, device.getName()); stmt.setString(1, device.getName());
@ -164,20 +165,14 @@ public abstract class AbstractDeviceDAOImpl implements DeviceDAO {
+ "d.NAME, " + "d.NAME, "
+ "t.NAME AS DEVICE_TYPE, " + "t.NAME AS DEVICE_TYPE, "
+ "d.DEVICE_IDENTIFICATION " + "d.DEVICE_IDENTIFICATION "
+ "FROM DM_DEVICE d, DM_DEVICE_TYPE t"; + "FROM DM_DEVICE d, DM_DEVICE_TYPE t WHERE "
if (deviceData.getLastModifiedDate() != null) {
sql += ", DM_DEVICE_DETAIL dt";
}
sql += " WHERE "
+ "t.NAME = ? AND " + "t.NAME = ? AND "
+ "t.ID = d.DEVICE_TYPE_ID AND " + "t.ID = d.DEVICE_TYPE_ID AND "
+ "d.DEVICE_IDENTIFICATION = ? AND " + "d.DEVICE_IDENTIFICATION = ? AND "
+ "d.TENANT_ID = ?"; + "d.TENANT_ID = ?";
if (deviceData.getLastModifiedDate() != null) { if (deviceData.getLastModifiedDate() != null) {
sql += " AND dt.DEVICE_ID = d.ID AND dt.UPDATE_TIMESTAMP > ?"; sql += " AND d.LAST_UPDATED_TIMESTAMP > ?";
} }
sql += ") d1 WHERE d1.ID = e.DEVICE_ID AND "; sql += ") d1 WHERE d1.ID = e.DEVICE_ID AND ";
@ -197,7 +192,7 @@ public abstract class AbstractDeviceDAOImpl implements DeviceDAO {
stmt.setString(paramIndx++, deviceData.getDeviceIdentifier().getId()); stmt.setString(paramIndx++, deviceData.getDeviceIdentifier().getId());
stmt.setInt(paramIndx++, tenantId); stmt.setInt(paramIndx++, tenantId);
if (deviceData.getLastModifiedDate() != null) { if (deviceData.getLastModifiedDate() != null) {
stmt.setLong(paramIndx++, deviceData.getLastModifiedDate().getTime()); stmt.setTimestamp(paramIndx++, new Timestamp(deviceData.getLastModifiedDate().getTime()));
} }
if (!StringUtils.isBlank(deviceData.getDeviceOwner())) { if (!StringUtils.isBlank(deviceData.getDeviceOwner())) {
stmt.setString(paramIndx++, deviceData.getDeviceOwner()); stmt.setString(paramIndx++, deviceData.getDeviceOwner());
@ -354,15 +349,15 @@ public abstract class AbstractDeviceDAOImpl implements DeviceDAO {
String sql = "SELECT d1.ID AS DEVICE_ID, d1.DESCRIPTION, d1.NAME AS DEVICE_NAME, d1.DEVICE_TYPE, " + String sql = "SELECT d1.ID AS DEVICE_ID, d1.DESCRIPTION, d1.NAME AS DEVICE_NAME, d1.DEVICE_TYPE, " +
"d1.DEVICE_IDENTIFICATION, e.OWNER, e.OWNERSHIP, e.STATUS, e.IS_TRANSFERRED, e.DATE_OF_LAST_UPDATE, " + "d1.DEVICE_IDENTIFICATION, e.OWNER, e.OWNERSHIP, e.STATUS, e.IS_TRANSFERRED, e.DATE_OF_LAST_UPDATE, " +
"e.DATE_OF_ENROLMENT, e.ID AS ENROLMENT_ID FROM DM_ENROLMENT e, (SELECT d.ID, d.DESCRIPTION, d.NAME, " + "e.DATE_OF_ENROLMENT, e.ID AS ENROLMENT_ID FROM DM_ENROLMENT e, (SELECT d.ID, d.DESCRIPTION, d.NAME, " +
"t.NAME AS DEVICE_TYPE, d.DEVICE_IDENTIFICATION FROM DM_DEVICE d, DM_DEVICE_TYPE t, DM_DEVICE_DETAIL dt " + "t.NAME AS DEVICE_TYPE, d.DEVICE_IDENTIFICATION FROM DM_DEVICE d, DM_DEVICE_TYPE t " +
"WHERE t.NAME = ? AND t.ID = d.DEVICE_TYPE_ID AND d.DEVICE_IDENTIFICATION = ? AND d.TENANT_ID = ? AND dt.DEVICE_ID = d.ID " + "WHERE t.NAME = ? AND t.ID = d.DEVICE_TYPE_ID AND d.DEVICE_IDENTIFICATION = ? AND d.TENANT_ID = ? " +
"AND dt.UPDATE_TIMESTAMP > ?) d1 WHERE d1.ID = e.DEVICE_ID AND TENANT_ID = ? ORDER BY e.DATE_OF_LAST_UPDATE DESC"; "AND d.LAST_UPDATED_TIMESTAMP > ?) d1 WHERE d1.ID = e.DEVICE_ID AND TENANT_ID = ? ORDER BY e.DATE_OF_LAST_UPDATE DESC";
stmt = conn.prepareStatement(sql); stmt = conn.prepareStatement(sql);
int paramIdx = 1; int paramIdx = 1;
stmt.setString(paramIdx++, deviceIdentifier.getType()); stmt.setString(paramIdx++, deviceIdentifier.getType());
stmt.setString(paramIdx++, deviceIdentifier.getId()); stmt.setString(paramIdx++, deviceIdentifier.getId());
stmt.setInt(paramIdx++, tenantId); stmt.setInt(paramIdx++, tenantId);
stmt.setLong(paramIdx++, since.getTime()); stmt.setTimestamp(paramIdx++, new Timestamp(since.getTime()));
stmt.setInt(paramIdx, tenantId); stmt.setInt(paramIdx, tenantId);
rs = stmt.executeQuery(); rs = stmt.executeQuery();
if (rs.next()) { if (rs.next()) {
@ -549,11 +544,10 @@ public abstract class AbstractDeviceDAOImpl implements DeviceDAO {
"(SELECT d.ID, d.DESCRIPTION, d.NAME, " + "(SELECT d.ID, d.DESCRIPTION, d.NAME, " +
"t.NAME AS DEVICE_TYPE, d.DEVICE_IDENTIFICATION " + "t.NAME AS DEVICE_TYPE, d.DEVICE_IDENTIFICATION " +
"FROM" + "FROM" +
" DM_DEVICE d, DM_DEVICE_TYPE t," + " DM_DEVICE d, DM_DEVICE_TYPE t " +
" DM_DEVICE_DETAIL dt " +
"WHERE " + "WHERE " +
"t.ID = d.DEVICE_TYPE_ID AND d.DEVICE_IDENTIFICATION = ? AND d.TENANT_ID = ? AND" + "t.ID = d.DEVICE_TYPE_ID AND d.DEVICE_IDENTIFICATION = ? AND d.TENANT_ID = ? AND" +
" dt.DEVICE_ID = d.ID AND dt.UPDATE_TIMESTAMP > ?) d1 " + " d.LAST_UPDATED_TIMESTAMP > ?) d1 " +
"WHERE" + "WHERE" +
" d1.ID = e.DEVICE_ID AND TENANT_ID = ? " + " d1.ID = e.DEVICE_ID AND TENANT_ID = ? " +
"ORDER BY " + "ORDER BY " +
@ -562,7 +556,7 @@ public abstract class AbstractDeviceDAOImpl implements DeviceDAO {
int paramIdx = 1; int paramIdx = 1;
stmt.setString(paramIdx++, deviceIdentifier); stmt.setString(paramIdx++, deviceIdentifier);
stmt.setInt(paramIdx++, tenantId); stmt.setInt(paramIdx++, tenantId);
stmt.setLong(paramIdx++, since.getTime()); stmt.setTimestamp(paramIdx++, new Timestamp(since.getTime()));
stmt.setInt(paramIdx, tenantId); stmt.setInt(paramIdx, tenantId);
rs = stmt.executeQuery(); rs = stmt.executeQuery();
if (rs.next()) { if (rs.next()) {
@ -589,14 +583,15 @@ public abstract class AbstractDeviceDAOImpl implements DeviceDAO {
String sql = "SELECT d1.ID AS DEVICE_ID, d1.DESCRIPTION, d1.NAME AS DEVICE_NAME, d1.DEVICE_TYPE, " + String sql = "SELECT d1.ID AS DEVICE_ID, d1.DESCRIPTION, d1.NAME AS DEVICE_NAME, d1.DEVICE_TYPE, " +
"d1.DEVICE_IDENTIFICATION, e.OWNER, e.OWNERSHIP, e.STATUS, e.IS_TRANSFERRED, e.DATE_OF_LAST_UPDATE, " + "d1.DEVICE_IDENTIFICATION, e.OWNER, e.OWNERSHIP, e.STATUS, e.IS_TRANSFERRED, e.DATE_OF_LAST_UPDATE, " +
"e.DATE_OF_ENROLMENT, e.ID AS ENROLMENT_ID FROM DM_ENROLMENT e, (SELECT d.ID, d.DESCRIPTION, d.NAME, " + "e.DATE_OF_ENROLMENT, e.ID AS ENROLMENT_ID FROM DM_ENROLMENT e, (SELECT d.ID, d.DESCRIPTION, d.NAME, " +
"t.NAME AS DEVICE_TYPE, d.DEVICE_IDENTIFICATION FROM DM_DEVICE d, DM_DEVICE_TYPE t, DM_DEVICE_DETAIL dt " + "t.NAME AS DEVICE_TYPE, d.DEVICE_IDENTIFICATION FROM DM_DEVICE d, DM_DEVICE_TYPE t " +
"WHERE t.NAME = ? AND t.ID = d.DEVICE_TYPE_ID AND d.DEVICE_IDENTIFICATION = ? AND d.TENANT_ID = ? AND dt.DEVICE_ID = d.ID " + "WHERE t.NAME = ? AND t.ID = d.DEVICE_TYPE_ID AND d.DEVICE_IDENTIFICATION = ? AND d.TENANT_ID = ? " +
"AND dt.UPDATE_TIMESTAMP > ?) d1 WHERE d1.ID = e.DEVICE_ID AND TENANT_ID = ? AND e.OWNER = ? ORDER BY e.DATE_OF_LAST_UPDATE DESC"; "AND d.LAST_UPDATED_TIMESTAMP > ?) d1 WHERE d1.ID = e.DEVICE_ID AND TENANT_ID = ? AND e.OWNER = ? " +
"ORDER BY e.DATE_OF_LAST_UPDATE DESC";
stmt = conn.prepareStatement(sql); stmt = conn.prepareStatement(sql);
stmt.setString(1, deviceIdentifier.getType()); stmt.setString(1, deviceIdentifier.getType());
stmt.setString(2, deviceIdentifier.getId()); stmt.setString(2, deviceIdentifier.getId());
stmt.setInt(3, tenantId); stmt.setInt(3, tenantId);
stmt.setLong(4, since.getTime()); stmt.setTimestamp(4, new Timestamp(since.getTime()));
stmt.setInt(5, tenantId); stmt.setInt(5, tenantId);
stmt.setString(6, owner); stmt.setString(6, owner);
rs = stmt.executeQuery(); rs = stmt.executeQuery();
@ -912,16 +907,12 @@ public abstract class AbstractDeviceDAOImpl implements DeviceDAO {
sql = sql + " AND d.NAME LIKE ?"; sql = sql + " AND d.NAME LIKE ?";
isDeviceNameProvided = true; isDeviceNameProvided = true;
} }
sql = sql + ") gd, DM_DEVICE_TYPE t"; sql = sql + ") gd, DM_DEVICE_TYPE t WHERE gd.DEVICE_TYPE_ID = t.ID";
//Add query for last updated timestamp
if (since != null) { if (since != null) {
sql = sql + ", DM_DEVICE_DETAIL dt"; sql = sql + " AND d.LAST_UPDATED_TIMESTAMP > ?";
isSinceProvided = true; isSinceProvided = true;
} }
sql = sql + " WHERE gd.DEVICE_TYPE_ID = t.ID";
//Add query for last updated timestamp
if (isSinceProvided) {
sql = sql + " AND dt.DEVICE_ID = gd.DEVICE_ID AND dt.UPDATE_TIMESTAMP > ?";
}
//Add the query for device-type //Add the query for device-type
if (deviceType != null && !deviceType.isEmpty()) { if (deviceType != null && !deviceType.isEmpty()) {
sql = sql + " AND t.NAME = ?"; sql = sql + " AND t.NAME = ?";
@ -954,7 +945,7 @@ public abstract class AbstractDeviceDAOImpl implements DeviceDAO {
stmt.setString(paramIdx++, deviceName + "%"); stmt.setString(paramIdx++, deviceName + "%");
} }
if (isSinceProvided) { if (isSinceProvided) {
stmt.setLong(paramIdx++, since.getTime()); stmt.setTimestamp(paramIdx++, new Timestamp(since.getTime()));
} }
if (isDeviceTypeProvided) { if (isDeviceTypeProvided) {
stmt.setString(paramIdx++, deviceType); stmt.setString(paramIdx++, deviceType);
@ -1182,17 +1173,12 @@ public abstract class AbstractDeviceDAOImpl implements DeviceDAO {
"t.NAME AS DEVICE_TYPE " + "t.NAME AS DEVICE_TYPE " +
"FROM " + "FROM " +
"DM_DEVICE d, " + "DM_DEVICE d, " +
"DM_DEVICE_TYPE t"; "DM_DEVICE_TYPE t WHERE DEVICE_TYPE_ID = t.ID AND d.TENANT_ID = ?";
//Add query for last updated timestamp //Add query for last updated timestamp
if (since != null) { if (since != null) {
sql = sql + " , DM_DEVICE_DETAIL dt"; sql = sql + " AND d.LAST_UPDATED_TIMESTAMP > ?";
isSinceProvided = true; isSinceProvided = true;
} }
sql = sql + " WHERE DEVICE_TYPE_ID = t.ID AND d.TENANT_ID = ?";
//Add query for last updated timestamp
if (isSinceProvided) {
sql = sql + " AND dt.DEVICE_ID = d.ID AND dt.UPDATE_TIMESTAMP > ?";
}
if (deviceType != null && !deviceType.isEmpty()) { if (deviceType != null && !deviceType.isEmpty()) {
sql = sql + " AND t.NAME = ?"; sql = sql + " AND t.NAME = ?";
isDeviceTypeProvided = true; isDeviceTypeProvided = true;
@ -1223,7 +1209,7 @@ public abstract class AbstractDeviceDAOImpl implements DeviceDAO {
int paramIdx = 1; int paramIdx = 1;
stmt.setInt(paramIdx++, tenantId); stmt.setInt(paramIdx++, tenantId);
if (isSinceProvided) { if (isSinceProvided) {
stmt.setLong(paramIdx++, since.getTime()); stmt.setTimestamp(paramIdx++, new Timestamp(since.getTime()));
} }
if (isDeviceTypeProvided) { if (isDeviceTypeProvided) {
stmt.setString(paramIdx++, request.getDeviceType()); stmt.setString(paramIdx++, request.getDeviceType());

25
components/device-mgt/org.wso2.carbon.device.mgt.core/src/main/java/org/wso2/carbon/device/mgt/core/dao/impl/device/GenericDeviceDAOImpl.java
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@ -36,6 +36,7 @@ import java.sql.Connection;
import java.sql.PreparedStatement; import java.sql.PreparedStatement;
import java.sql.ResultSet; import java.sql.ResultSet;
import java.sql.SQLException; import java.sql.SQLException;
import java.sql.Timestamp;
import java.util.ArrayList; import java.util.ArrayList;
import java.util.Date; import java.util.Date;
import java.util.List; import java.util.List;
@ -88,15 +89,12 @@ public class GenericDeviceDAOImpl extends AbstractDeviceDAOImpl {
"d.DEVICE_IDENTIFICATION, " + "d.DEVICE_IDENTIFICATION, " +
"t.NAME AS DEVICE_TYPE " + "t.NAME AS DEVICE_TYPE " +
"FROM DM_DEVICE d, DM_DEVICE_TYPE t "; "FROM DM_DEVICE d, DM_DEVICE_TYPE t ";
//Add the query to filter active devices on timestamp
if (since != null) {
sql = sql + ", DM_DEVICE_DETAIL dt";
isSinceProvided = true;
}
sql = sql + " WHERE DEVICE_TYPE_ID = t.ID AND d.TENANT_ID = ?"; sql = sql + " WHERE DEVICE_TYPE_ID = t.ID AND d.TENANT_ID = ?";
//Add query for last updated timestamp //Add query for last updated timestamp
if (isSinceProvided) { if (since != null) {
sql = sql + " AND dt.DEVICE_ID = d.ID AND dt.UPDATE_TIMESTAMP > ?"; sql = sql + " AND d.LAST_UPDATED_TIMESTAMP > ?";
isSinceProvided = true;
} }
//Add the query for device-type //Add the query for device-type
if (deviceType != null && !deviceType.isEmpty()) { if (deviceType != null && !deviceType.isEmpty()) {
@ -132,7 +130,7 @@ public class GenericDeviceDAOImpl extends AbstractDeviceDAOImpl {
int paramIdx = 1; int paramIdx = 1;
stmt.setInt(paramIdx++, tenantId); stmt.setInt(paramIdx++, tenantId);
if (isSinceProvided) { if (isSinceProvided) {
stmt.setLong(paramIdx++, since.getTime()); stmt.setTimestamp(paramIdx++, new Timestamp(since.getTime()));
} }
if (isDeviceTypeProvided) { if (isDeviceTypeProvided) {
stmt.setString(paramIdx++, deviceType); stmt.setString(paramIdx++, deviceType);
@ -232,14 +230,11 @@ public class GenericDeviceDAOImpl extends AbstractDeviceDAOImpl {
isDeviceNameProvided = true; isDeviceNameProvided = true;
} }
sql = sql + ") gd, DM_DEVICE_TYPE t"; sql = sql + ") gd, DM_DEVICE_TYPE t";
if (since != null) {
sql = sql + ", DM_DEVICE_DETAIL dt";
isSinceProvided = true;
}
sql = sql + " WHERE gd.DEVICE_TYPE_ID = t.ID"; sql = sql + " WHERE gd.DEVICE_TYPE_ID = t.ID";
//Add query for last updated timestamp //Add query for last updated timestamp
if (isSinceProvided) { if (since != null) {
sql = sql + " AND dt.DEVICE_ID = gd.DEVICE_ID AND dt.UPDATE_TIMESTAMP > ?"; sql = sql + " AND d.LAST_UPDATED_TIMESTAMP > ?";
isSinceProvided = true;
} }
//Add the query for device-type //Add the query for device-type
if (deviceType != null && !deviceType.isEmpty()) { if (deviceType != null && !deviceType.isEmpty()) {
@ -274,7 +269,7 @@ public class GenericDeviceDAOImpl extends AbstractDeviceDAOImpl {
stmt.setString(paramIdx++, deviceName + "%"); stmt.setString(paramIdx++, deviceName + "%");
} }
if (isSinceProvided) { if (isSinceProvided) {
stmt.setLong(paramIdx++, since.getTime()); stmt.setTimestamp(paramIdx++, new Timestamp(since.getTime()));
} }
if (isDeviceTypeProvided) { if (isDeviceTypeProvided) {
stmt.setString(paramIdx++, deviceType); stmt.setString(paramIdx++, deviceType);

26
components/device-mgt/org.wso2.carbon.device.mgt.core/src/main/java/org/wso2/carbon/device/mgt/core/dao/impl/device/OracleDeviceDAOImpl.java
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@ -36,6 +36,7 @@ import java.sql.Connection;
import java.sql.PreparedStatement; import java.sql.PreparedStatement;
import java.sql.ResultSet; import java.sql.ResultSet;
import java.sql.SQLException; import java.sql.SQLException;
import java.sql.Timestamp;
import java.util.ArrayList; import java.util.ArrayList;
import java.util.Date; import java.util.Date;
import java.util.List; import java.util.List;
@ -89,17 +90,12 @@ public class OracleDeviceDAOImpl extends AbstractDeviceDAOImpl {
"d.DEVICE_IDENTIFICATION, " + "d.DEVICE_IDENTIFICATION, " +
"t.NAME AS DEVICE_TYPE " + "t.NAME AS DEVICE_TYPE " +
"FROM DM_DEVICE d, " + "FROM DM_DEVICE d, " +
"DM_DEVICE_TYPE t "; "DM_DEVICE_TYPE t WHERE DEVICE_TYPE_ID = t.ID AND d.TENANT_ID = ?";
//Add the query to filter active devices on timestamp //Add query for last updated timestamp
if (since != null) { if (since != null) {
sql = sql + ", DM_DEVICE_DETAIL dt"; sql = sql + " AND d.LAST_UPDATED_TIMESTAMP > ?";
isSinceProvided = true; isSinceProvided = true;
} }
sql = sql + " WHERE DEVICE_TYPE_ID = t.ID AND d.TENANT_ID = ?";
//Add query for last updated timestamp
if (isSinceProvided) {
sql = sql + " AND dt.DEVICE_ID = d.ID AND dt.UPDATE_TIMESTAMP > ?";
}
//Add the query for device-type //Add the query for device-type
if (deviceType != null && !deviceType.isEmpty()) { if (deviceType != null && !deviceType.isEmpty()) {
sql = sql + " AND t.NAME = ?"; sql = sql + " AND t.NAME = ?";
@ -134,7 +130,7 @@ public class OracleDeviceDAOImpl extends AbstractDeviceDAOImpl {
int paramIdx = 1; int paramIdx = 1;
stmt.setInt(paramIdx++, tenantId); stmt.setInt(paramIdx++, tenantId);
if (isSinceProvided) { if (isSinceProvided) {
stmt.setLong(paramIdx++, since.getTime()); stmt.setTimestamp(paramIdx++, new Timestamp(since.getTime()));
} }
if (isDeviceTypeProvided) { if (isDeviceTypeProvided) {
stmt.setString(paramIdx++, deviceType); stmt.setString(paramIdx++, deviceType);
@ -235,16 +231,12 @@ public class OracleDeviceDAOImpl extends AbstractDeviceDAOImpl {
sql = sql + " AND d.NAME LIKE ?"; sql = sql + " AND d.NAME LIKE ?";
isDeviceNameProvided = true; isDeviceNameProvided = true;
} }
sql = sql + ") gd, DM_DEVICE_TYPE t"; sql = sql + ") gd, DM_DEVICE_TYPE t WHERE gd.DEVICE_TYPE_ID = t.ID";
//Add query for last updated timestamp
if (since != null) { if (since != null) {
sql = sql + ", DM_DEVICE_DETAIL dt"; sql = sql + " AND d.LAST_UPDATED_TIMESTAMP > ?";
isSinceProvided = true; isSinceProvided = true;
} }
sql = sql + " WHERE gd.DEVICE_TYPE_ID = t.ID";
//Add query for last updated timestamp
if (isSinceProvided) {
sql = sql + " AND dt.DEVICE_ID = gd.DEVICE_ID AND dt.UPDATE_TIMESTAMP > ?";
}
//Add the query for device-type //Add the query for device-type
if (deviceType != null && !deviceType.isEmpty()) { if (deviceType != null && !deviceType.isEmpty()) {
sql = sql + " AND t.NAME = ?"; sql = sql + " AND t.NAME = ?";
@ -278,7 +270,7 @@ public class OracleDeviceDAOImpl extends AbstractDeviceDAOImpl {
stmt.setString(paramIdx++, deviceName + "%"); stmt.setString(paramIdx++, deviceName + "%");
} }
if (isSinceProvided) { if (isSinceProvided) {
stmt.setLong(paramIdx++, since.getTime()); stmt.setTimestamp(paramIdx++, new Timestamp(since.getTime()));
} }
if (isDeviceTypeProvided) { if (isDeviceTypeProvided) {
stmt.setString(paramIdx++, deviceType); stmt.setString(paramIdx++, deviceType);

13
components/device-mgt/org.wso2.carbon.device.mgt.core/src/main/java/org/wso2/carbon/device/mgt/core/dao/impl/device/PostgreSQLDeviceDAOImpl.java
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@ -35,6 +35,7 @@ import java.sql.Connection;
import java.sql.PreparedStatement; import java.sql.PreparedStatement;
import java.sql.ResultSet; import java.sql.ResultSet;
import java.sql.SQLException; import java.sql.SQLException;
import java.sql.Timestamp;
import java.util.ArrayList; import java.util.ArrayList;
import java.util.Date; import java.util.Date;
import java.util.List; import java.util.List;
@ -222,16 +223,12 @@ public class PostgreSQLDeviceDAOImpl extends AbstractDeviceDAOImpl {
sql = sql + " AND d.NAME LIKE ?"; sql = sql + " AND d.NAME LIKE ?";
isDeviceNameProvided = true; isDeviceNameProvided = true;
} }
sql = sql + ") gd, DM_DEVICE_TYPE t"; sql = sql + ") gd, DM_DEVICE_TYPE t WHERE gd.DEVICE_TYPE_ID = t.ID";
//Add query for last updated timestamp
if (since != null) { if (since != null) {
sql = sql + ", DM_DEVICE_DETAIL dt"; sql = sql + " AND d.LAST_UPDATED_TIMESTAMP > ?";
isSinceProvided = true; isSinceProvided = true;
} }
sql = sql + " WHERE gd.DEVICE_TYPE_ID = t.ID";
//Add query for last updated timestamp
if (isSinceProvided) {
sql = sql + " AND dt.DEVICE_ID = gd.DEVICE_ID AND dt.UPDATE_TIMESTAMP > ?";
}
//Add the query for device-type //Add the query for device-type
if (deviceType != null && !deviceType.isEmpty()) { if (deviceType != null && !deviceType.isEmpty()) {
sql = sql + " AND t.NAME = ?"; sql = sql + " AND t.NAME = ?";
@ -265,7 +262,7 @@ public class PostgreSQLDeviceDAOImpl extends AbstractDeviceDAOImpl {
stmt.setString(paramIdx++, deviceName + "%"); stmt.setString(paramIdx++, deviceName + "%");
} }
if (isSinceProvided) { if (isSinceProvided) {
stmt.setLong(paramIdx++, since.getTime()); stmt.setTimestamp(paramIdx++, new Timestamp(since.getTime()));
} }
if (isDeviceTypeProvided) { if (isDeviceTypeProvided) {
stmt.setString(paramIdx++, deviceType); stmt.setString(paramIdx++, deviceType);

26
components/device-mgt/org.wso2.carbon.device.mgt.core/src/main/java/org/wso2/carbon/device/mgt/core/dao/impl/device/SQLServerDeviceDAOImpl.java
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@ -37,6 +37,7 @@ import java.sql.Connection;
import java.sql.PreparedStatement; import java.sql.PreparedStatement;
import java.sql.ResultSet; import java.sql.ResultSet;
import java.sql.SQLException; import java.sql.SQLException;
import java.sql.Timestamp;
import java.util.ArrayList; import java.util.ArrayList;
import java.util.Date; import java.util.Date;
import java.util.List; import java.util.List;
@ -89,17 +90,12 @@ public class SQLServerDeviceDAOImpl extends AbstractDeviceDAOImpl {
"d.NAME, " + "d.NAME, " +
"d.DEVICE_IDENTIFICATION, " + "d.DEVICE_IDENTIFICATION, " +
"t.NAME AS DEVICE_TYPE " + "t.NAME AS DEVICE_TYPE " +
"FROM DM_DEVICE d, DM_DEVICE_TYPE t "; "FROM DM_DEVICE d, DM_DEVICE_TYPE t WHERE DEVICE_TYPE_ID = t.ID AND d.TENANT_ID = ?";
//Add the query to filter active devices on timestamp //Add query for last updated timestamp
if (since != null) { if (since != null) {
sql = sql + ", DM_DEVICE_DETAIL dt"; sql = sql + " AND d.LAST_UPDATED_TIMESTAMP > ?";
isSinceProvided = true; isSinceProvided = true;
} }
sql = sql + " WHERE DEVICE_TYPE_ID = t.ID AND d.TENANT_ID = ?";
//Add query for last updated timestamp
if (isSinceProvided) {
sql = sql + " AND dt.DEVICE_ID = d.ID AND dt.UPDATE_TIMESTAMP > ?";
}
//Add the query for device-type //Add the query for device-type
if (deviceType != null && !deviceType.isEmpty()) { if (deviceType != null && !deviceType.isEmpty()) {
sql = sql + " AND t.NAME = ?"; sql = sql + " AND t.NAME = ?";
@ -134,7 +130,7 @@ public class SQLServerDeviceDAOImpl extends AbstractDeviceDAOImpl {
int paramIdx = 1; int paramIdx = 1;
stmt.setInt(paramIdx++, tenantId); stmt.setInt(paramIdx++, tenantId);
if (isSinceProvided) { if (isSinceProvided) {
stmt.setLong(paramIdx++, since.getTime()); stmt.setTimestamp(paramIdx++, new Timestamp(since.getTime()));
} }
if (isDeviceTypeProvided) { if (isDeviceTypeProvided) {
stmt.setString(paramIdx++, deviceType); stmt.setString(paramIdx++, deviceType);
@ -234,16 +230,12 @@ public class SQLServerDeviceDAOImpl extends AbstractDeviceDAOImpl {
sql = sql + " AND d.NAME LIKE ?"; sql = sql + " AND d.NAME LIKE ?";
isDeviceNameProvided = true; isDeviceNameProvided = true;
} }
sql = sql + ") gd, DM_DEVICE_TYPE t"; sql = sql + ") gd, DM_DEVICE_TYPE t WHERE gd.DEVICE_TYPE_ID = t.ID";
//Add query for last updated timestamp
if (since != null) { if (since != null) {
sql = sql + ", DM_DEVICE_DETAIL dt"; sql = sql + " AND d.LAST_UPDATED_TIMESTAMP > ?";
isSinceProvided = true; isSinceProvided = true;
} }
sql = sql + " WHERE gd.DEVICE_TYPE_ID = t.ID";
//Add query for last updated timestamp
if (isSinceProvided) {
sql = sql + " AND dt.DEVICE_ID = gd.DEVICE_ID AND dt.UPDATE_TIMESTAMP > ?";
}
//Add the query for device-type //Add the query for device-type
if (deviceType != null && !deviceType.isEmpty()) { if (deviceType != null && !deviceType.isEmpty()) {
sql = sql + " AND t.NAME = ?"; sql = sql + " AND t.NAME = ?";
@ -277,7 +269,7 @@ public class SQLServerDeviceDAOImpl extends AbstractDeviceDAOImpl {
stmt.setString(paramIdx++, deviceName + "%"); stmt.setString(paramIdx++, deviceName + "%");
} }
if (isSinceProvided) { if (isSinceProvided) {
stmt.setLong(paramIdx++, since.getTime()); stmt.setTimestamp(paramIdx++, new Timestamp(since.getTime()));
} }
if (isDeviceTypeProvided) { if (isDeviceTypeProvided) {
stmt.setString(paramIdx++, deviceType); stmt.setString(paramIdx++, deviceType);

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