List of usage examples for java.nio ByteBuffer getShort
public abstract short getShort(int index);
From source file:com.healthmarketscience.jackcess.impl.TableImpl.java
/** * Reads the column data from the given row buffer. Leaves limit unchanged. * Caches the returned value in the rowState. *///from w ww. ja v a2 s .co m private static Object getRowColumn(JetFormat format, ByteBuffer rowBuffer, ColumnImpl column, RowState rowState, Map<ColumnImpl, byte[]> rawVarValues) throws IOException { byte[] columnData = null; try { NullMask nullMask = rowState.getNullMask(rowBuffer); boolean isNull = nullMask.isNull(column); if (column.storeInNullMask()) { // Boolean values are stored in the null mask. see note about // caching below return rowState.setRowCacheValue(column.getColumnIndex(), column.readFromNullMask(isNull)); } else if (isNull) { // well, that's easy! (no need to update cache w/ null) return null; } Object cachedValue = rowState.getRowCacheValue(column.getColumnIndex()); if (cachedValue != null) { // we already have it, use it return cachedValue; } // reset position to row start rowBuffer.reset(); // locate the column data bytes int rowStart = rowBuffer.position(); int colDataPos = 0; int colDataLen = 0; if (!column.isVariableLength()) { // read fixed length value (non-boolean at this point) int dataStart = rowStart + format.OFFSET_COLUMN_FIXED_DATA_ROW_OFFSET; colDataPos = dataStart + column.getFixedDataOffset(); colDataLen = column.getType().getFixedSize(column.getLength()); } else { int varDataStart; int varDataEnd; if (format.SIZE_ROW_VAR_COL_OFFSET == 2) { // read simple var length value int varColumnOffsetPos = (rowBuffer.limit() - nullMask.byteSize() - 4) - (column.getVarLenTableIndex() * 2); varDataStart = rowBuffer.getShort(varColumnOffsetPos); varDataEnd = rowBuffer.getShort(varColumnOffsetPos - 2); } else { // read jump-table based var length values short[] varColumnOffsets = readJumpTableVarColOffsets(rowState, rowBuffer, rowStart, nullMask); varDataStart = varColumnOffsets[column.getVarLenTableIndex()]; varDataEnd = varColumnOffsets[column.getVarLenTableIndex() + 1]; } colDataPos = rowStart + varDataStart; colDataLen = varDataEnd - varDataStart; } // grab the column data rowBuffer.position(colDataPos); columnData = ByteUtil.getBytes(rowBuffer, colDataLen); if ((rawVarValues != null) && column.isVariableLength()) { // caller wants raw value as well rawVarValues.put(column, columnData); } // parse the column data. we cache the row values in order to be able // to update the index on row deletion. note, most of the returned // values are immutable, except for binary data (returned as byte[]), // but binary data shouldn't be indexed anyway. return rowState.setRowCacheValue(column.getColumnIndex(), column.read(columnData)); } catch (Exception e) { // cache "raw" row value. see note about caching above rowState.setRowCacheValue(column.getColumnIndex(), ColumnImpl.rawDataWrapper(columnData)); return rowState.handleRowError(column, columnData, e); } }
From source file:com.healthmarketscience.jackcess.Table.java
/** * Update the row on which the given rowState is currently positioned. * <p>/*from ww w.j av a2s . c o m*/ * Note, this method is not generally meant to be used directly. You should * use the {@link #updateCurrentRow} method or use the Cursor class, which * allows for more complex table interactions, e.g. * {@link Cursor#setCurrentRowValue} and {@link Cursor#updateCurrentRow}. * @usage _advanced_method_ */ public void updateRow(RowState rowState, RowId rowId, Object... row) throws IOException { requireValidRowId(rowId); // ensure that the relevant row state is up-to-date ByteBuffer rowBuffer = positionAtRowData(rowState, rowId); int oldRowSize = rowBuffer.remaining(); requireNonDeletedRow(rowState, rowId); // we need to make sure the row is the right length & type (fill with // null if too short). if ((row.length < _columns.size()) || (row.getClass() != Object[].class)) { row = dupeRow(row, _columns.size()); } // fill in any auto-numbers (we don't allow autonumber values to be // modified) handleAutoNumbersForUpdate(row, rowBuffer, rowState); // hang on to the raw values of var length columns we are "keeping". this // will allow us to re-use pre-written var length data, which can save // space for things like long value columns. Map<Column, byte[]> rawVarValues = (!_varColumns.isEmpty() ? new HashMap<Column, byte[]>() : null); // fill in any "keep value" fields for (Column column : _columns) { if (column.getRowValue(row) == Column.KEEP_VALUE) { column.setRowValue(row, getRowColumn(getFormat(), rowBuffer, column, rowState, rawVarValues)); } } // generate new row bytes ByteBuffer newRowData = createRow(row, _singleRowBufferH.getPageBuffer(getPageChannel()), oldRowSize, rawVarValues); if (newRowData.limit() > getFormat().MAX_ROW_SIZE) { throw new IOException("Row size " + newRowData.limit() + " is too large"); } if (!_indexDatas.isEmpty()) { Object[] oldRowValues = rowState.getRowValues(); // delete old values from indexes for (IndexData indexData : _indexDatas) { indexData.deleteRow(oldRowValues, rowId); } } // see if we can squeeze the new row data into the existing row rowBuffer.reset(); int rowSize = newRowData.remaining(); ByteBuffer dataPage = null; int pageNumber = PageChannel.INVALID_PAGE_NUMBER; if (oldRowSize >= rowSize) { // awesome, slap it in! rowBuffer.put(newRowData); // grab the page we just updated dataPage = rowState.getFinalPage(); pageNumber = rowState.getFinalRowId().getPageNumber(); } else { // bummer, need to find a new page for the data dataPage = findFreeRowSpace(rowSize, null, PageChannel.INVALID_PAGE_NUMBER); pageNumber = _addRowBufferH.getPageNumber(); RowId headerRowId = rowState.getHeaderRowId(); ByteBuffer headerPage = rowState.getHeaderPage(); if (pageNumber == headerRowId.getPageNumber()) { // new row is on the same page as header row, share page dataPage = headerPage; } // write out the new row data (set the deleted flag on the new data row // so that it is ignored during normal table traversal) int rowNum = addDataPageRow(dataPage, rowSize, getFormat(), DELETED_ROW_MASK); dataPage.put(newRowData); // write the overflow info into the header row and clear out the // remaining header data rowBuffer = PageChannel.narrowBuffer(headerPage, findRowStart(headerPage, headerRowId.getRowNumber(), getFormat()), findRowEnd(headerPage, headerRowId.getRowNumber(), getFormat())); rowBuffer.put((byte) rowNum); ByteUtil.put3ByteInt(rowBuffer, pageNumber); ByteUtil.clearRemaining(rowBuffer); // set the overflow flag on the header row int headerRowIndex = getRowStartOffset(headerRowId.getRowNumber(), getFormat()); headerPage.putShort(headerRowIndex, (short) (headerPage.getShort(headerRowIndex) | OVERFLOW_ROW_MASK)); if (pageNumber != headerRowId.getPageNumber()) { writeDataPage(headerPage, headerRowId.getPageNumber()); } } // update the indexes for (IndexData indexData : _indexDatas) { indexData.addRow(row, rowId); } writeDataPage(dataPage, pageNumber); updateTableDefinition(0); }
From source file:com.healthmarketscience.jackcess.impl.TableImpl.java
/** * Update the row for the given rowId.//from ww w.j a v a 2 s. co m * @usage _advanced_method_ */ public Object[] updateRow(RowState rowState, RowIdImpl rowId, Object... row) throws IOException { requireValidRowId(rowId); getPageChannel().startWrite(); try { // ensure that the relevant row state is up-to-date ByteBuffer rowBuffer = positionAtRowData(rowState, rowId); int oldRowSize = rowBuffer.remaining(); requireNonDeletedRow(rowState, rowId); // we need to make sure the row is the right length & type (fill with // null if too short). if ((row.length < _columns.size()) || (row.getClass() != Object[].class)) { row = dupeRow(row, _columns.size()); } // hang on to the raw values of var length columns we are "keeping". this // will allow us to re-use pre-written var length data, which can save // space for things like long value columns. Map<ColumnImpl, byte[]> keepRawVarValues = (!_varColumns.isEmpty() ? new HashMap<ColumnImpl, byte[]>() : null); // handle various value massaging activities for (ColumnImpl column : _columns) { Object rowValue = null; if (column.isAutoNumber()) { // fill in any auto-numbers (we don't allow autonumber values to be // modified) rowValue = getRowColumn(getFormat(), rowBuffer, column, rowState, null); } else { rowValue = column.getRowValue(row); if (rowValue == Column.KEEP_VALUE) { // fill in any "keep value" fields (restore old value) rowValue = getRowColumn(getFormat(), rowBuffer, column, rowState, keepRawVarValues); } else { // set oldValue to something that could not possibly be a real value Object oldValue = Column.KEEP_VALUE; if (_indexColumns.contains(column)) { // read (old) row value to help update indexes oldValue = getRowColumn(getFormat(), rowBuffer, column, rowState, null); } else { oldValue = rowState.getRowCacheValue(column.getColumnIndex()); } // if the old value was passed back in, we don't need to validate if (oldValue != rowValue) { // pass input value through column validator rowValue = column.validate(rowValue); } } } column.setRowValue(row, rowValue); } // generate new row bytes ByteBuffer newRowData = createRow(row, _writeRowBufferH.getPageBuffer(getPageChannel()), oldRowSize, keepRawVarValues); if (newRowData.limit() > getFormat().MAX_ROW_SIZE) { throw new IOException("Row size " + newRowData.limit() + " is too large"); } if (!_indexDatas.isEmpty()) { IndexData.PendingChange idxChange = null; try { Object[] oldRowValues = rowState.getRowCacheValues(); // check foreign keys before actually updating _fkEnforcer.updateRow(oldRowValues, row); // prepare index updates for (IndexData indexData : _indexDatas) { idxChange = indexData.prepareUpdateRow(oldRowValues, rowId, row, idxChange); } // complete index updates IndexData.commitAll(idxChange); } catch (ConstraintViolationException ce) { IndexData.rollbackAll(idxChange); throw ce; } } // see if we can squeeze the new row data into the existing row rowBuffer.reset(); int rowSize = newRowData.remaining(); ByteBuffer dataPage = null; int pageNumber = PageChannel.INVALID_PAGE_NUMBER; if (oldRowSize >= rowSize) { // awesome, slap it in! rowBuffer.put(newRowData); // grab the page we just updated dataPage = rowState.getFinalPage(); pageNumber = rowState.getFinalRowId().getPageNumber(); } else { // bummer, need to find a new page for the data dataPage = findFreeRowSpace(rowSize, null, PageChannel.INVALID_PAGE_NUMBER); pageNumber = _addRowBufferH.getPageNumber(); RowIdImpl headerRowId = rowState.getHeaderRowId(); ByteBuffer headerPage = rowState.getHeaderPage(); if (pageNumber == headerRowId.getPageNumber()) { // new row is on the same page as header row, share page dataPage = headerPage; } // write out the new row data (set the deleted flag on the new data row // so that it is ignored during normal table traversal) int rowNum = addDataPageRow(dataPage, rowSize, getFormat(), DELETED_ROW_MASK); dataPage.put(newRowData); // write the overflow info into the header row and clear out the // remaining header data rowBuffer = PageChannel.narrowBuffer(headerPage, findRowStart(headerPage, headerRowId.getRowNumber(), getFormat()), findRowEnd(headerPage, headerRowId.getRowNumber(), getFormat())); rowBuffer.put((byte) rowNum); ByteUtil.put3ByteInt(rowBuffer, pageNumber); ByteUtil.clearRemaining(rowBuffer); // set the overflow flag on the header row int headerRowIndex = getRowStartOffset(headerRowId.getRowNumber(), getFormat()); headerPage.putShort(headerRowIndex, (short) (headerPage.getShort(headerRowIndex) | OVERFLOW_ROW_MASK)); if (pageNumber != headerRowId.getPageNumber()) { writeDataPage(headerPage, headerRowId.getPageNumber()); } } writeDataPage(dataPage, pageNumber); updateTableDefinition(0); } finally { getPageChannel().finishWrite(); } return row; }
From source file:com.healthmarketscience.jackcess.impl.TableImpl.java
/** * Delete the row for the given rowId.//from w w w. j a v a 2s . c om * @usage _advanced_method_ */ public void deleteRow(RowState rowState, RowIdImpl rowId) throws IOException { requireValidRowId(rowId); getPageChannel().startWrite(); try { // ensure that the relevant row state is up-to-date ByteBuffer rowBuffer = positionAtRowHeader(rowState, rowId); if (rowState.isDeleted()) { // don't care about duplicate deletion return; } requireNonDeletedRow(rowState, rowId); // delete flag always gets set in the "header" row (even if data is on // overflow row) int pageNumber = rowState.getHeaderRowId().getPageNumber(); int rowNumber = rowState.getHeaderRowId().getRowNumber(); // attempt to fill in index column values Object[] rowValues = null; if (!_indexDatas.isEmpty()) { // move to row data to get index values rowBuffer = positionAtRowData(rowState, rowId); for (ColumnImpl idxCol : _indexColumns) { getRowColumn(getFormat(), rowBuffer, idxCol, rowState, null); } // use any read rowValues to help update the indexes rowValues = rowState.getRowCacheValues(); // check foreign keys before proceeding w/ deletion _fkEnforcer.deleteRow(rowValues); // move back to the header rowBuffer = positionAtRowHeader(rowState, rowId); } // finally, pull the trigger int rowIndex = getRowStartOffset(rowNumber, getFormat()); rowBuffer.putShort(rowIndex, (short) (rowBuffer.getShort(rowIndex) | DELETED_ROW_MASK | OVERFLOW_ROW_MASK)); writeDataPage(rowBuffer, pageNumber); // update the indexes for (IndexData indexData : _indexDatas) { indexData.deleteRow(rowValues, rowId); } // make sure table def gets updated updateTableDefinition(-1); } finally { getPageChannel().finishWrite(); } }
From source file:org.energy_home.jemma.javagal.layers.data.implementations.IDataLayerImplementation.DataFreescale.java
public void processMessages() throws Exception { // Look on received messages int _size = 0; synchronized (this) { _size = messages.size();//ww w.j a va 2 s .c o m } while (_size > 0) { short[] message = null; synchronized (this) { message = messages.remove(0); } ByteBuffer bb = ByteBuffer.allocate(2); bb.order(ByteOrder.BIG_ENDIAN); bb.put((byte) message[0]); bb.put((byte) message[1]); short _command = bb.getShort(0); /* APSDE-DATA.Indication */ if (_command == FreescaleConstants.APSDEDataIndication) { final APSMessageEvent messageEvent = new APSMessageEvent(); short destAddressMode = message[3]; messageEvent.setDestinationAddressMode((long) destAddressMode); BigInteger _ieee = null; Address address = new Address(); switch (destAddressMode) { case 0x00: // Reserved (No source address supplied) if (gal.getPropertiesManager().getDebugEnabled()) { logger.info("Message Discarded: found reserved 0x00 as Destination Address Mode "); } // Error found, we don't proceed and discard the // message return; case 0x01: // Value16bitgroupfordstAddr (DstEndpoint not // present) // No destination end point (so FF broadcast), // present // short // address on 2 bytes address.setNetworkAddress( DataManipulation.toIntFromShort((byte) message[5], (byte) message[4])); _ieee = gal.getIeeeAddress_FromNetworkCache(address.getNetworkAddress()); if (_ieee != null) address.setIeeeAddress(_ieee); messageEvent.setDestinationAddress(address); messageEvent.setDestinationEndpoint((short) 0xff); break; case 0x02: // Value16bitAddrandDstEndpoint (16 bit address // supplied) address.setNetworkAddress( DataManipulation.toIntFromShort((byte) message[5], (byte) message[4])); _ieee = gal.getIeeeAddress_FromNetworkCache(address.getNetworkAddress()); if (_ieee != null) address.setIeeeAddress(_ieee); messageEvent.setDestinationAddress(address); messageEvent.setDestinationEndpoint(message[6]); break; default: if (gal.getPropertiesManager().getDebugEnabled()) { logger.error("Message Discarded: not valid Destination Address Mode"); } // Error found, we don't proceed and discard the // message return; } messageEvent.setSourceAddressMode((long) message[7]); address = new Address(); address.setNetworkAddress(DataManipulation.toIntFromShort((byte) message[9], (byte) message[8])); _ieee = gal.getIeeeAddress_FromNetworkCache(address.getNetworkAddress()); if (_ieee != null) address.setIeeeAddress(_ieee); messageEvent.setSourceAddress(address); messageEvent.setSourceEndpoint(message[10]); messageEvent.setProfileID(DataManipulation.toIntFromShort((byte) message[12], (byte) message[11])); messageEvent.setClusterID(DataManipulation.toIntFromShort((byte) message[14], (byte) message[13])); if (gal.getGatewayStatus() == GatewayStatus.GW_RUNNING && gal.get_GalNode() != null) { /* Update The Node Data */ int _indexOnCache = -1; _indexOnCache = gal.existIntoNetworkCache(address.getNetworkAddress()); if (_indexOnCache != -1) { /* The node is already into the DB */ if (gal.getPropertiesManager().getKeepAliveThreshold() > 0) { if (!gal.getNetworkcache().get(_indexOnCache).isSleepy()) { gal.getNetworkcache().get(_indexOnCache).reset_numberOfAttempt(); gal.getNetworkcache().get(_indexOnCache) .setTimerFreshness(gal.getPropertiesManager().getKeepAliveThreshold()); if (gal.getPropertiesManager().getDebugEnabled()) { //System.out.println("\n\rPostponing timer Freshness by Aps.Indication for node:" + gal.getNetworkcache().get(_indexOnCache).get_node().getAddress().getNetworkAddress() + "\n\r"); logger.info("Postponing timer Freshness by Aps.Indication for node:" + gal.getNetworkcache().get(_indexOnCache).get_node().getAddress() .getNetworkAddress()); } } } } else { // 0x8034 is a LeaveAnnouncement, 0x0013 is a // DeviceAnnouncement, 0x8001 is a IEEE_Addr_Rsp if ((gal.getPropertiesManager().getAutoDiscoveryUnknownNodes() > 0) && (!(messageEvent.getProfileID() == 0x0000 && (messageEvent.getClusterID() == 0x0013 || messageEvent.getClusterID() == 0x8034 || messageEvent.getClusterID() == 0x8001)))) { if (address.getNetworkAddress() != gal.get_GalNode().get_node().getAddress() .getNetworkAddress()) { Runnable thr = new MyThread(address) { @Override public void run() { Address _address = (Address) this.getParameter(); int _indexOnCache = -1; _indexOnCache = gal.existIntoNetworkCache(_address.getNetworkAddress()); if (_indexOnCache == -1) { if (gal.getPropertiesManager().getDebugEnabled()) { //System.out.println("\n\rAutoDiscoveryUnknownNodes procedure of Node:" + messageEvent.getSourceAddress().getNetworkAddress() + "\n\r"); logger.info("AutoDiscoveryUnknownNodes procedure of Node:" + messageEvent.getSourceAddress().getNetworkAddress()); } try { // Insert the node into cache, // but with the // discovery_completed flag a // false BigInteger ieee = null; WrapperWSNNode o = new WrapperWSNNode(gal); WSNNode _newNode = new WSNNode(); o.set_discoveryCompleted(false); _newNode.setAddress(_address); o.set_node(_newNode); gal.getNetworkcache().add(o); Thread.sleep(500); /* * Reading the IEEEAddress of * the new node */ if (gal.getPropertiesManager().getDebugEnabled()) logger.info( "Sending IeeeReq to:" + _address.getNetworkAddress()); System.out.println( "Sending IeeeReq to:" + _address.getNetworkAddress()); ieee = readExtAddress(INTERNAL_TIMEOUT, _address.getNetworkAddress().shortValue()); _address.setIeeeAddress(ieee); if (gal.getPropertiesManager().getDebugEnabled()) { logger.info("Readed Ieee of the new node:" + _address.getNetworkAddress() + " Ieee: " + ieee.toString()); System.out.println("Readed Ieee of the new node:" + _address.getNetworkAddress() + " Ieee: " + ieee.toString()); } if (gal.getPropertiesManager().getDebugEnabled()) logger.info("Sending NodeDescriptorReq to:" + _address.getNetworkAddress()); NodeDescriptor _ndesc = getNodeDescriptorSync(INTERNAL_TIMEOUT, _address); _newNode.setCapabilityInformation(_ndesc.getMACCapabilityFlag()); if (gal.getPropertiesManager().getDebugEnabled()) { logger.info("Readed NodeDescriptor of the new node:" + _address.getNetworkAddress()); System.out.println("Readed NodeDescriptor of the new node:" + _address.getNetworkAddress()); } o.reset_numberOfAttempt(); o.set_discoveryCompleted(true); if (!o.isSleepy()) { if (gal.getPropertiesManager().getKeepAliveThreshold() > 0) { o.setTimerFreshness( gal.getPropertiesManager().getKeepAliveThreshold()); } if (gal.getPropertiesManager().getForcePingTimeout() > 0) { o.setTimerForcePing( gal.getPropertiesManager().getForcePingTimeout()); } } _indexOnCache = gal.existIntoNetworkCache( _newNode.getAddress().getNetworkAddress()); if (_indexOnCache > -1) { gal.getNetworkcache().remove(_indexOnCache); } // Updating the node // informations gal.getNetworkcache().add(o); o.set_discoveryCompleted(true); Status _st = new Status(); _st.setCode((short) GatewayConstants.SUCCESS); gal.get_gatewayEventManager().nodeDiscovered(_st, _newNode); } catch (GatewayException e) { logger.error("Error on getAutoDiscoveryUnknownNodes for node:" + _address.getNetworkAddress() + " Error:" + e.getMessage()); System.out.println("Error on getAutoDiscoveryUnknownNodes for node:" + _address.getNetworkAddress() + " Error:" + e.getMessage()); _indexOnCache = gal .existIntoNetworkCache(_address.getNetworkAddress()); if (_indexOnCache > -1) { gal.getNetworkcache().get(_indexOnCache).abortTimers(); gal.getNetworkcache().remove(_indexOnCache); } } catch (Exception e) { logger.error("Error on getAutoDiscoveryUnknownNodes for node:" + _address.getNetworkAddress() + " Error:" + e.getMessage()); System.out.println("Error on getAutoDiscoveryUnknownNodes for node:" + _address.getNetworkAddress() + " Error:" + e.getMessage()); _indexOnCache = gal .existIntoNetworkCache(_address.getNetworkAddress()); if (_indexOnCache > -1) { gal.getNetworkcache().get(_indexOnCache).abortTimers(); gal.getNetworkcache().remove(_indexOnCache); } } } } }; Thread _thr0 = new Thread(thr); _thr0.setName("Thread getAutoDiscoveryUnknownNodes:" + address.getNetworkAddress()); _thr0.start(); } } } } int lastAsdu = 16 + message[15] - 1; messageEvent.setData(DataManipulation.subByteArray(message, 16, lastAsdu)); messageEvent.setAPSStatus(message[lastAsdu + 1]); // ASK Jump WasBroadcast // Security Status switch (message[lastAsdu + 3]) { case 0x00: messageEvent.setSecurityStatus(SecurityStatus.UNSECURED); break; case 0x01: messageEvent.setSecurityStatus(SecurityStatus.SECURED_NWK_KEY); break; case 0x02: messageEvent.setSecurityStatus(SecurityStatus.SECURED_LINK_KEY); break; // ASK 0x03 not present on telecomitalia object default: if (gal.getPropertiesManager().getDebugEnabled()) { logger.info("Message Discarded: not valid Security Status"); } // Error found, we don't proceed and discard the // message return; } messageEvent.setLinkQuality(message[lastAsdu + 4]); messageEvent.setRxTime((long) DataManipulation.toIntFromShort((byte) message[(lastAsdu + 8)], (byte) message[(lastAsdu + 5)])); // ASK: jumped iMsgType, pNext, iDataSize, pData, // iBufferNumber if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted APSDE-DATA.Indication", message); if ((messageEvent.getDestinationAddressMode() == GatewayConstants.ADDRESS_MODE_SHORT) && (messageEvent.getDestinationAddress().getIeeeAddress() == null)) messageEvent.getDestinationAddress().setIeeeAddress(gal.getIeeeAddress_FromNetworkCache( messageEvent.getDestinationAddress().getNetworkAddress())); if ((messageEvent.getDestinationAddressMode() == GatewayConstants.EXTENDED_ADDRESS_MODE) && (messageEvent.getDestinationAddress().getNetworkAddress() == null)) messageEvent.getDestinationAddress().setNetworkAddress(gal.getShortAddress_FromNetworkCache( messageEvent.getDestinationAddress().getIeeeAddress())); if ((messageEvent.getSourceAddressMode() == GatewayConstants.ADDRESS_MODE_SHORT) && (messageEvent.getDestinationAddress().getIeeeAddress() == null)) messageEvent.getSourceAddress().setIeeeAddress(gal .getIeeeAddress_FromNetworkCache(messageEvent.getSourceAddress().getNetworkAddress())); if ((messageEvent.getSourceAddressMode() == GatewayConstants.EXTENDED_ADDRESS_MODE) && (messageEvent.getDestinationAddress().getNetworkAddress() == null)) messageEvent.getSourceAddress().setNetworkAddress( gal.getShortAddress_FromNetworkCache(messageEvent.getSourceAddress().getIeeeAddress())); if (messageEvent.getProfileID().equals(0)) {/* * ZDO Command */ if (messageEvent.getClusterID() == 0x8031) { String __key = ""; __key = String.format("%04X", messageEvent.getSourceAddress().getNetworkAddress()); synchronized (listLocker) { for (ParserLocker pl : listLocker) { if ((pl.getType() == TypeMessage.LQI_REQ) && __key.equalsIgnoreCase(pl.get_Key())) { synchronized (pl) { pl.getStatus().setCode((short) messageEvent.getAPSStatus()); Mgmt_LQI_rsp _res = new Mgmt_LQI_rsp(messageEvent.getData()); pl.set_objectOfResponse(_res); pl.notify(); } break; } } } } // profileid == 0 gal.getZdoManager().ZDOMessageIndication(messageEvent); } else { // profileid > 0 ZCLMessage _zm = new ZCLMessage(); _zm.setAPSStatus(messageEvent.getAPSStatus()); _zm.setClusterID(messageEvent.getClusterID()); _zm.setDestinationEndpoint(messageEvent.getDestinationEndpoint()); _zm.setProfileID(messageEvent.getProfileID()); _zm.setRxTime(messageEvent.getRxTime()); _zm.setSourceAddress(messageEvent.getSourceAddress()); _zm.setSourceAddressMode(messageEvent.getSourceAddressMode()); _zm.setSourceEndpoint(messageEvent.getSourceEndpoint()); byte[] data = messageEvent.getData(); // ZCL Header // Frame control 8bit // Manufacturer code 0/16bits // Transaction sequence number 8bit // Command identifier 8 bit ByteArrayObject _header = new ByteArrayObject(); ByteArrayObject _payload = new ByteArrayObject(); if ((data[0] & 0x04) == 1)/* Check manufacturer code */ { _header.addByte(data[0]);// Frame control _header.addByte(data[1]);// Manufacturer Code(1/2) _header.addByte(data[2]);// Manufacturer Code(2/2) _header.addByte(data[3]);// Transaction sequence number _header.addByte(data[4]);// Command Identifier for (int i = 5; i < data.length; i++) _payload.addByte(data[i]); } else { _header.addByte(data[0]);// Frame control _header.addByte(data[1]);// Transaction sequence number _header.addByte(data[2]);// Command Identifier for (int i = 3; i < data.length; i++) _payload.addByte(data[i]); } _zm.setZCLHeader(_header.getRealByteArray()); _zm.setZCLPayload(_payload.getRealByteArray()); gal.get_gatewayEventManager().notifyZCLCommand(_zm); gal.getApsManager().APSMessageIndication(messageEvent); } } /* APSDE-DATA.Confirm */ else if (_command == FreescaleConstants.APSDEDataConfirm) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted APSDE-DATA.Confirm", message); /* DestAddress + DestEndPoint + SourceEndPoint */ long destAddress = DataManipulation.toLong((byte) message[11], (byte) message[10], (byte) message[9], (byte) message[8], (byte) message[7], (byte) message[6], (byte) message[5], (byte) message[4]); byte destEndPoint = (byte) message[12]; byte sourceEndPoint = (byte) message[13]; String Key = String.format("%016X", destAddress) + String.format("%02X", destEndPoint) + String.format("%02X", sourceEndPoint); // Found APSDE-DATA.Confirm. Remove the lock synchronized (listLocker) { for (ParserLocker pl : listLocker) { /* DestAddress + DestEndPoint + SourceEndPoint */ /* * if (gal.getPropertiesManager().getDebugEnabled()) * logger.info("APSDE-DATA.Confirm KEY SEND: " + * pl.get_Key() + " -- KEY Received: " + Key); */ if ((pl.getType() == TypeMessage.APS) && pl.get_Key().equalsIgnoreCase(Key)) { synchronized (pl) { pl.getStatus().setCode(message[14]); pl.notify(); } break; } } } } /* ZTC-Error.event */ else if (_command == FreescaleConstants.ZTCErrorevent) { byte len = (byte) message[2]; String MessageStatus = ""; if (len > 0) { int status = message[3]; switch (status) { case 0x00: MessageStatus = "0x00: gSuccess_c (Should not be seen in this event.)"; break; case 0xF4: MessageStatus = "0xF4: gZtcOutOfMessages_c (ZTC tried to allocate a message, but the allocation failed.)"; break; case 0xF5: MessageStatus = "0xF5: gZtcEndPointTableIsFull_c (Self explanatory.)"; break; case 0xF6: MessageStatus = "0xF6: gZtcEndPointNotFound_c (Self explanatory.)"; break; case 0xF7: MessageStatus = "0xF7: gZtcUnknownOpcodeGroup_c (ZTC does not recognize the opcode group, and there is no application hook.)"; break; case 0xF8: MessageStatus = "0xF8: gZtcOpcodeGroupIsDisabled_c (ZTC support for an opcode group is turned off by a compile option.)"; break; case 0xF9: MessageStatus = "0xF9: gZtcDebugPrintFailed_c (An attempt to print a debug message ran out of buffer space.)"; break; case 0xFA: MessageStatus = "0xFA: gZtcReadOnly_c (Attempt to set read-only data.)"; break; case 0xFB: MessageStatus = "0xFB: gZtcUnknownIBIdentifier_c (Self explanatory.)"; break; case 0xFC: MessageStatus = "0xFC: gZtcRequestIsDisabled_c (ZTC support for an opcode is turned off by a compile option.)"; break; case 0xFD: MessageStatus = "0xFD: gZtcUnknownOpcode_c (Self expanatory.)"; break; case 0xFE: MessageStatus = "0xFE: gZtcTooBig_c (A data item to be set or retrieved is too big for the buffer available to hold it.)"; break; case 0xFF: MessageStatus = "0xFF: gZtcError_c (Non-specific, catchall error code.)"; break; default: break; } } String logMessage = "Extracted ZTC-ERROR.Event Status:" + MessageStatus; if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix(logMessage, message); } /* ZDP-Mgmt_Nwk_Update.Notify */ else if (_command == FreescaleConstants.ZDPMgmt_Nwk_UpdateNotify) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted ZDP-Mgmt_Nwk_Update.Notify", message); synchronized (listLocker) { for (ParserLocker pl : listLocker) { if (pl.getType() == TypeMessage.NWK_UPDATE) { EnergyScanResult _result = new EnergyScanResult(); int _address = DataManipulation.toIntFromShort((byte) message[4], (byte) message[3]); short _status = message[5]; if (_status == GatewayConstants.SUCCESS) { byte[] _scannedChannel = new byte[4]; _scannedChannel[0] = (byte) message[9]; _scannedChannel[1] = (byte) message[8]; _scannedChannel[2] = (byte) message[7]; _scannedChannel[3] = (byte) message[6]; int _totalTrasmission = DataManipulation.toIntFromShort((byte) message[11], (byte) message[10]); int _trasmissionFailure = DataManipulation.toIntFromShort((byte) message[13], (byte) message[12]); short _scannedChannelListCount = message[14]; for (int i = 0; i < _scannedChannelListCount; i++) { ScannedChannel _sc = new ScannedChannel(); // _sc.setChannel(value) _sc.setEnergy(message[15 + i]); _result.getScannedChannel().add(_sc); } synchronized (pl) { pl.getStatus().setCode(message[7]); pl.set_objectOfResponse(_result); pl.notify(); } break; } } } } } /* ZDP-SimpleDescriptor.Response */ else if (_command == FreescaleConstants.ZDPSimpleDescriptorResponse) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted ZDP-ExtendedSimpleDescriptor.Response", message); /* Address + EndPoint */ Address _add = new Address(); _add.setNetworkAddress(DataManipulation.toIntFromShort((byte) message[5], (byte) message[4])); byte EndPoint = (byte) message[7]; String Key = String.format("%04X", _add.getNetworkAddress()) + String.format("%02X", EndPoint); // Found ZDP-SimpleDescriptor.Response. Remove the lock synchronized (listLocker) { for (ParserLocker pl : listLocker) { /* Address + EndPoint */ if ((pl.getType() == TypeMessage.GET_SIMPLE_DESCRIPTOR) && pl.get_Key().equalsIgnoreCase(Key)) { synchronized (pl) { pl.getStatus().setCode(message[3]); if (pl.getStatus().getCode() == GatewayConstants.SUCCESS) { SimpleDescriptor _sp = new SimpleDescriptor(); _sp.setApplicationProfileIdentifier( DataManipulation.toIntFromShort((byte) message[9], (byte) message[8])); _sp.setApplicationDeviceIdentifier(DataManipulation .toIntFromShort((byte) message[11], (byte) message[10])); _sp.setApplicationDeviceVersion(message[12]); int _index = 14; short _numInpCluster = message[13]; for (int i = 0; i < _numInpCluster; i++) { _sp.getApplicationInputCluster().add(DataManipulation.toIntFromShort( (byte) message[_index + 1], (byte) message[_index])); _index = _index + 2; } short _numOutCluster = message[_index++]; for (int i = 0; i < _numOutCluster; i++) { _sp.getApplicationOutputCluster().add(DataManipulation.toIntFromShort( (byte) message[_index + 1], (byte) message[_index])); _index = _index + 2; } ServiceDescriptor _toRes = new ServiceDescriptor(); _toRes.setAddress(_add); _toRes.setEndPoint(EndPoint); _toRes.setSimpleDescriptor(_sp); pl.set_objectOfResponse(_toRes); } pl.notify(); } break; } } } } /* APS-GetEndPointIdList.Confirm */ else if (_command == FreescaleConstants.APSGetEndPointIdListConfirm) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted APS-GetEndPointIdList.Confirm", message); synchronized (listLocker) { for (ParserLocker pl : listLocker) { if ((pl.getType() == TypeMessage.GET_END_POINT_LIST)) { synchronized (pl) { pl.getStatus().setCode(message[3]); NodeServices _res = new NodeServices(); if (pl.getStatus().getCode() == GatewayConstants.SUCCESS) { short length = message[4]; for (int i = 0; i < length; i++) { ActiveEndpoints _ep = new ActiveEndpoints(); _ep.setEndPoint(message[5 + i]); _res.getActiveEndpoints().add(_ep); } } pl.set_objectOfResponse(_res); pl.notify(); } break; } } } } /* ZDP-BIND.Response */ else if (_command == FreescaleConstants.ZDPMgmtBindResponse) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted ZDP-BIND.Response", message); synchronized (listLocker) { for (ParserLocker pl : listLocker) { if ((pl.getType() == TypeMessage.ADD_BINDING)) { synchronized (pl) { pl.getStatus().setCode(message[3]); switch (pl.getStatus().getCode()) { case GatewayConstants.SUCCESS: break; case 0x84: pl.getStatus().setMessage("NOT_SUPPORTED (NOT SUPPORTED)"); break; case 0x8C: pl.getStatus().setMessage("TABLE_FULL (TABLE FULL)"); break; case 0x8D: pl.getStatus().setMessage("NOT_AUTHORIZED (NOT AUTHORIZED)"); break; } pl.notify(); } break; } } } } /* ZDP-UNBIND.Response */ else if (_command == FreescaleConstants.ZDPUnbindResponse) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted ZDP-UNBIND.Response", message); synchronized (listLocker) { for (ParserLocker pl : listLocker) { if ((pl.getType() == TypeMessage.REMOVE_BINDING)) { synchronized (pl) { pl.getStatus().setCode(message[3]); switch (pl.getStatus().getCode()) { case GatewayConstants.SUCCESS: break; case 0x84: pl.getStatus().setMessage("NOT_SUPPORTED (NOT SUPPORTED)"); break; case 0x88: pl.getStatus().setMessage("No_Entry (No Entry)"); break; case 0x8D: pl.getStatus().setMessage("NOT_AUTHORIZED (NOT AUTHORIZED"); break; } pl.notify(); } break; } } } } /* ZDP-Mgmt_Bind.Response */ else if (_command == FreescaleConstants.ZDPMgmt_BindResponse) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted ZDP-Mgmt_Bind.Response", message); synchronized (listLocker) { for (ParserLocker pl : listLocker) { if ((pl.getType() == TypeMessage.GET_BINDINGS)) { synchronized (pl) { pl.getStatus().setCode(message[3]); BindingList _res = new BindingList(); if (pl.getStatus().getCode() == GatewayConstants.SUCCESS) { short length = message[6]; int _index = 6; for (int i = 0; i < length; i++) { Binding _b = new Binding(); long src_longAddress = DataManipulation.toLong((byte) message[_index + 8], (byte) message[_index + 7], (byte) message[_index + 6], (byte) message[_index + 5], (byte) message[_index + 4], (byte) message[_index + 3], (byte) message[_index + 2], (byte) message[_index + 1]); short _srcEP = message[_index + 9]; int _cluster = DataManipulation.toIntFromShort((byte) message[_index + 11], (byte) message[_index + 10]); short _DestinationMode = message[_index + 12]; Device _dev = new Device(); if (_DestinationMode == 0x03) { long dst_longAddress = DataManipulation.toLong( (byte) message[_index + 20], (byte) message[_index + 19], (byte) message[_index + 18], (byte) message[_index + 17], (byte) message[_index + 16], (byte) message[_index + 15], (byte) message[_index + 14], (byte) message[_index + 13]); short _dstEP = message[_index + 21]; _dev.setAddress(BigInteger.valueOf(dst_longAddress)); _dev.setEndpoint(_dstEP); _index = _index + 21; } else if (_DestinationMode == 0x01) { int _groupId = DataManipulation.toIntFromShort( (byte) message[_index + 14], (byte) message[_index + 13]); _dev.setAddress(BigInteger.valueOf(_groupId)); _index = _index + 10; } _b.setClusterID(_cluster); _b.setSourceEndpoint(_srcEP); _b.setSourceIEEEAddress(BigInteger.valueOf(src_longAddress)); _b.getDeviceDestination().add(_dev); _res.getBinding().add(_b); } } pl.set_objectOfResponse(_res); pl.notify(); } break; } } } } /* APS-DeregisterEndPoint.Confirm */ else if (_command == FreescaleConstants.APSDeRegisterEndPointConfirm) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted APS-DeregisterEndPoint.Confirm", message); synchronized (listLocker) { for (ParserLocker pl : listLocker) { if ((pl.getType() == TypeMessage.DEREGISTER_END_POINT)) { synchronized (pl) { pl.getStatus().setCode(message[3]); pl.notify(); } break; } } } } /* APS-ZDP-Mgmt_Lqi.Response */ else if (_command == FreescaleConstants.ZDPMgmtLqiResponse) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix( "Extracted ZDP-Mgmt_Lqi.Response... waiting the related Indication ZDO", message); } /* ZTC-ReadExtAddr.Confirm */ else if (_command == FreescaleConstants.ZTCReadExtAddrConfirm) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted ZTC-ReadExtAddr.Confirm", message); long longAddress = DataManipulation.toLong((byte) message[11], (byte) message[10], (byte) message[9], (byte) message[8], (byte) message[7], (byte) message[6], (byte) message[5], (byte) message[4]); BigInteger _bi = BigInteger.valueOf(longAddress); synchronized (listLocker) { for (ParserLocker pl : listLocker) { if ((pl.getType() == TypeMessage.READ_EXT_ADDRESS)) { synchronized (pl) { pl.set_objectOfResponse(_bi); pl.getStatus().setCode(message[3]); pl.notify(); } break; } } } } /* ZDP-IEEE_addr.response */ else if (_command == FreescaleConstants.ZDPIeeeAddrResponse) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted ZDP-IEEE_addr.response", message); long longAddress = DataManipulation.toLong((byte) message[11], (byte) message[10], (byte) message[9], (byte) message[8], (byte) message[7], (byte) message[6], (byte) message[5], (byte) message[4]); BigInteger _bi = BigInteger.valueOf(longAddress); synchronized (listLocker) { for (ParserLocker pl : listLocker) { if ((pl.getType() == TypeMessage.READ_IEEE_ADDRESS)) { synchronized (pl) { pl.set_objectOfResponse(_bi); pl.getStatus().setCode(message[3]); pl.notify(); } break; } } } } /* ZDP-Mgmt_Leave.Response */ else if (_command == FreescaleConstants.ZDPMgmtLeaveResponse) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted ZDP-Mgmt_Leave.Response", message); } /* ZDP-Active_EP_rsp.response */ else if (_command == FreescaleConstants.ZDPActiveEpResponse) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted ZDP-Active_EP_rsp.response", message); short Status = message[3]; Address _add = new Address(); _add.setNetworkAddress(DataManipulation.toIntFromShort((byte) message[5], (byte) message[4])); String Key = String.format("%04X", _add.getNetworkAddress()); List<Short> _toRes = null; NodeServices _node = new NodeServices(); _node.setAddress(_add); switch (Status) { case 0x00: _toRes = new ArrayList<Short>(); int _EPCount = message[6]; for (int i = 0; i < _EPCount; i++) { _toRes.add(message[7 + i]); ActiveEndpoints _aep = new ActiveEndpoints(); _aep.setEndPoint(message[7 + i]); _node.getActiveEndpoints().add(_aep); } if (gal.getPropertiesManager().getDebugEnabled()) { logger.info("ZDP-Active_EP_rsp.response status:00 - Success"); } break; case 0x80: if (gal.getPropertiesManager().getDebugEnabled()) { logger.info("ZDP-Active_EP_rsp.response status:80 - Inv_RequestType"); } break; case 0x89: if (gal.getPropertiesManager().getDebugEnabled()) { logger.info("ZDP-Active_EP_rsp.response status:89 - No_Descriptor"); } break; case 0x81: if (gal.getPropertiesManager().getDebugEnabled()) { logger.info("ZDP-Active_EP_rsp.response status:81 - Device_Not_found"); } break; } // Found ZDP-Active_EP_rsp.response. Remove the lock synchronized (listLocker) { for (ParserLocker pl : listLocker) { /* DestAddress */ if ((pl.getType() == TypeMessage.ACTIVE_EP) && pl.get_Key().equalsIgnoreCase(Key)) { synchronized (pl) { pl.set_objectOfResponse(_toRes); pl.getStatus().setCode(Status); pl.notify(); } break; } } } } /* ZDP-StopNwkEx.Confirm */ else if (_command == FreescaleConstants.ZTCStopNwkExConfirm) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted ZDP-StopNwkEx.Confirm", message); synchronized (listLocker) { for (ParserLocker pl : listLocker) { if (pl.getType() == TypeMessage.STOP_NETWORK) { if (message[3] == 0x00) { gal.get_gatewayEventManager().notifyGatewayStopResult(makeStatusObject( "The stop command has been processed byt ZDO with success.", (short) 0x00)); synchronized (gal) { gal.setGatewayStatus(GatewayStatus.GW_STOPPING); } } synchronized (pl) { pl.getStatus().setCode(message[3]); pl.notify(); } break; } } } } /* NLME-GET.Confirm */ else if (_command == FreescaleConstants.NLMEGetConfirm) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted NLME-GET.Confirm", message); String _Key = String.format("%02X", message[4]); // Found APSDE-DATA.Confirm. Remove the lock synchronized (listLocker) { for (ParserLocker pl : listLocker) { if (pl.getType() == TypeMessage.NMLE_GET && pl.get_Key().equalsIgnoreCase(_Key)) { short _Length = (short) DataManipulation.toIntFromShort((byte) message[9], (byte) message[8]); byte[] _res = DataManipulation.subByteArray(message, 10, _Length + 9); if (_Length >= 2) _res = DataManipulation.reverseBytes(_res); synchronized (pl) { pl.getStatus().setCode(message[3]); pl.set_objectOfResponse(DataManipulation.convertBytesToString(_res)); pl.notify(); } break; } } } } /* APSME_GET.Confirm */ else if (_command == FreescaleConstants.APSMEGetConfirm) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted APSME_GET.Confirm", message); String _Key = String.format("%02X", message[4]); // Found APSME_GET-DATA.Confirm. Remove the lock synchronized (listLocker) { for (ParserLocker pl : listLocker) { if (pl.getType() == TypeMessage.APSME_GET && pl.get_Key().equalsIgnoreCase(_Key)) { short _Length = (short) DataManipulation.toIntFromShort((byte) message[9], (byte) message[8]); byte[] _res = DataManipulation.subByteArray(message, 10, _Length + 9); if (_Length >= 2) _res = DataManipulation.reverseBytes(_res); synchronized (pl) { pl.getStatus().setCode(message[3]); pl.set_objectOfResponse(DataManipulation.convertBytesToString(_res)); pl.notify(); } break; } } } } // ZDP-StartNwkEx.Confirm else if (_command == FreescaleConstants.ZTCStartNwkExConfirm) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted ZDP-StartNwkEx.Confirm", message); synchronized (listLocker) { for (ParserLocker pl : listLocker) { if (pl.getType() == TypeMessage.START_NETWORK) { if (message[3] == 0x00) { gal.setGatewayStatus(GatewayStatus.GW_STARTED); } synchronized (pl) { pl.getStatus().setCode(message[3]); pl.notify(); } break; } } } } /* APS-RegisterEndPoint.Confirm */ else if (_command == FreescaleConstants.APSRegisterEndPointConfirm) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted APS-RegisterEndPoint.Confirm", message); // Found APS-RegisterEndPoint.Confirm. Remove the lock synchronized (listLocker) { for (ParserLocker pl : listLocker) { if (pl.getType() == TypeMessage.CONFIGURE_END_POINT) { synchronized (pl) { pl.getStatus().setCode(message[3]); pl.notify(); } break; } } } } /* ZTC-ModeSelect.Confirm */ else if (_command == FreescaleConstants.ZTCModeSelectConfirm) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted ZTC-ModeSelect.Confirm", message); short status = message[3]; synchronized (listLocker) { for (ParserLocker pl : listLocker) { if (pl.getType() == TypeMessage.MODE_SELECT) { synchronized (pl) { pl.getStatus().setCode(status); pl.notify(); } break; } } } } /* MacGetPIBAttribute.Confirm */ else if (_command == FreescaleConstants.MacGetPIBAttributeConfirm) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted MacGetPIBAttribute.Confirm", message); } /* MacBeaconNotify.Indication */ else if (_command == FreescaleConstants.MacBeaconNotifyIndication) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted MacBeaconNotify.Indication", message); } /* MacBeaconStart.Indication */ else if (_command == FreescaleConstants.MacPollNotifyIndication) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted MacBeaconStart.Indication", message); } /* NLME-NETWORK-FORMATION.Confirmn */ else if (_command == FreescaleConstants.NLMENETWORKFORMATIONConfirm) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted NLME-NETWORK-FORMATION.Confirm", message); } /* NLME-START-ROUTER.Request */ else if (_command == FreescaleConstants.NLMESTARTROUTERRequest) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted NLME-NETWORK-FORMATION.Confirm", message); } /* MacStart.Request */ else if (_command == FreescaleConstants.MacStartRequest) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted MacStart.Request", message); } /* MacStart.Confirm */ else if (_command == FreescaleConstants.MacStartConfirm) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted MacStart.Confirm", message); } /* NLME-START-ROUTER.Confirm */ else if (_command == FreescaleConstants.NLMESTARTROUTERConfirm) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted NLME-START-ROUTER.Confirm", message); } /* NWK-ProcessSecureFrame.Report */ else if (_command == FreescaleConstants.NWKProcessSecureFrameReport) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted NWK-ProcessSecureFrame.Report", message); } /* ZDP-Nwk-ProcessSecureFrame.Confirm */ else if (_command == FreescaleConstants.ZDPNwkProcessSecureFrameConfirm) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted ZDP-Nwk-ProcessSecureFrame.Confirm", message); } /* BlackBox.WriteSAS.Confirm */ else if (_command == FreescaleConstants.BlackBoxWriteSASConfirm) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted BlackBox.WriteSAS.Confirm", message); synchronized (listLocker) { for (ParserLocker pl : listLocker) { if (pl.getType() == TypeMessage.WRITE_SAS) { synchronized (pl) { pl.getStatus().setCode(message[3]); pl.notify(); } break; } } } } /* ZTC-GetChannel.Confirm */ else if (_command == FreescaleConstants.ZTCGetChannelConfirm) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted ZTC-GetChannel.Confirm", message); synchronized (listLocker) { for (ParserLocker pl : listLocker) { if (pl.getType() == TypeMessage.CHANNEL_REQUEST) { synchronized (pl) { pl.getStatus().setCode(message[3]); pl.set_objectOfResponse(message[4]); pl.notify(); } break; } } } } /* ZDP-NodeDescriptor.Response */ else if (_command == FreescaleConstants.ZDPNodeDescriptorResponse) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted ZDP-NodeDescriptor.Response", message); int _NWKAddressOfInterest = DataManipulation.toIntFromShort((byte) message[5], (byte) message[4]); Address _addressOfInterst = new Address(); _addressOfInterst.setNetworkAddress(_NWKAddressOfInterest); NodeDescriptor _node = new NodeDescriptor(); /* First Byte */ byte _first = (byte) message[6]; byte _Logical_byte = (byte) (_first & 0x07);/* Bits 0,1,2 */ byte _ComplexDescriptorAvalilable = (byte) ((_first & 0x08) >> 3);/* Bit3 */ byte _UserDescriptorAvalilable = (byte) ((_first & 0x0A) >> 4);/* Bit4 */ switch (_Logical_byte) { case FreescaleConstants.LogicalType.Coordinator: _node.setLogicalType(LogicalType.COORDINATOR); break; case FreescaleConstants.LogicalType.Router: _node.setLogicalType(LogicalType.ROUTER); break; case FreescaleConstants.LogicalType.EndDevice: _node.setLogicalType(LogicalType.END_DEVICE); break; default: throw new Exception("LogicalType is not valid value"); } _node.setComplexDescriptorAvailable((_ComplexDescriptorAvalilable == 1 ? true : false)); _node.setUserDescriptorAvailable((_UserDescriptorAvalilable == 1 ? true : false)); /* Second Byte */ byte _second = (byte) message[7]; /* Aps flags bits 0,1,2 */ byte _FrequencyBand = (byte) ((_second & 0xF8) >> 0x03);/* * bits * 3 * ,4,5, * 6,7 */ switch (_FrequencyBand) { case 0x01: _node.setFrequencyBand("868MHz"); break; case 0x04: _node.setFrequencyBand("900MHz"); break; case 0x08: _node.setFrequencyBand("2400MHz"); break; default: _node.setFrequencyBand("Reserved"); break; } /* MACcapabilityFlags_BYTE Byte */ byte _MACcapabilityFlags_BYTE = (byte) message[8]; MACCapability _maccapability = new MACCapability(); byte _AlternatePanCoordinator = (byte) (_MACcapabilityFlags_BYTE & 0x01);/* Bit0 */ byte _DeviceIsFFD = (byte) ((_MACcapabilityFlags_BYTE & 0x02) >> 1);/* Bit1 */ byte _MainsPowered = (byte) ((_MACcapabilityFlags_BYTE & 0x04) >> 2);/* Bit2 */ byte _ReceiverOnWhenIdle = (byte) ((_MACcapabilityFlags_BYTE & 0x08) >> 3);/* Bit3 */ // bit 4-5 reserved byte _SecuritySupported = (byte) ((_MACcapabilityFlags_BYTE & 0x40) >> 6);/* Bit6 */ byte _AllocateAddress = (byte) ((_MACcapabilityFlags_BYTE & 0x80) >> 7);/* Bit7 */ _maccapability.setAlternatePanCoordinator((_AlternatePanCoordinator == 1 ? true : false)); _maccapability.setDeviceIsFFD((_DeviceIsFFD == 1 ? true : false)); _maccapability.setMainsPowered((_MainsPowered == 1 ? true : false)); _maccapability.setReceiverOnWhenIdle((_ReceiverOnWhenIdle == 1 ? true : false)); _maccapability.setSecuritySupported((_SecuritySupported == 1 ? true : false)); _maccapability.setAllocateAddress((_AllocateAddress == 1 ? true : false)); _node.setMACCapabilityFlag(_maccapability); /* ManufacturerCode_BYTES */ int _ManufacturerCode_BYTES = DataManipulation.toIntFromShort((byte) message[10], (byte) message[9]); _node.setManufacturerCode(_ManufacturerCode_BYTES); /* MaximumBufferSize_BYTE */ short _MaximumBufferSize_BYTE = message[11]; _node.setMaximumBufferSize(_MaximumBufferSize_BYTE); /* MaximumTransferSize_BYTES */ int _MaximumTransferSize_BYTES = DataManipulation.toIntFromShort((byte) message[13], (byte) message[12]); _node.setMaximumIncomingTransferSize(_MaximumTransferSize_BYTES); /* ServerMask_BYTES */ int _ServerMask_BYTES = DataManipulation.toIntFromShort((byte) message[15], (byte) message[14]); ServerMask _serverMask = new ServerMask(); byte _PrimaryTrustCenter = (byte) (_ServerMask_BYTES & 0x01);/* Bit0 */ byte _BackupTrustCenter = (byte) ((_ServerMask_BYTES & 0x02) >> 1);/* Bit1 */ byte _PrimaryBindingTableCache = (byte) ((_ServerMask_BYTES & 0x04) >> 2);/* Bit2 */ byte _BackupBindingTableCache = (byte) ((_ServerMask_BYTES & 0x08) >> 3);/* Bit3 */ byte _PrimaryDiscoveryCache = (byte) ((_ServerMask_BYTES & 0x10) >> 4);/* Bit4 */ byte _BackupDiscoveryCache = (byte) ((_ServerMask_BYTES & 0x20) >> 5);/* Bit5 */ _serverMask.setPrimaryTrustCenter((_PrimaryTrustCenter == 1 ? true : false)); _serverMask.setBackupTrustCenter((_BackupTrustCenter == 1 ? true : false)); _serverMask.setPrimaryBindingTableCache((_PrimaryBindingTableCache == 1 ? true : false)); _serverMask.setBackupBindingTableCache((_BackupBindingTableCache == 1 ? true : false)); _serverMask.setPrimaryDiscoveryCache((_PrimaryDiscoveryCache == 1 ? true : false)); _serverMask.setBackupDiscoveryCache((_BackupDiscoveryCache == 1 ? true : false)); _node.setServerMask(_serverMask); /* MaximumOutTransferSize_BYTES */ int _MaximumOutTransferSize_BYTES = DataManipulation.toIntFromShort((byte) message[17], (byte) message[16]); _node.setMaximumOutgoingTransferSize(_MaximumOutTransferSize_BYTES); /* CapabilityField_BYTES */ byte _CapabilityField_BYTES = (byte) message[18]; DescriptorCapability _DescriptorCapability = new DescriptorCapability(); byte _ExtendedActiveEndpointListAvailable = (byte) (_CapabilityField_BYTES & 0x01);/* Bit0 */ byte _ExtendedSimpleDescriptorListAvailable = (byte) ((_CapabilityField_BYTES & 0x02) >> 1);/* Bit1 */ _DescriptorCapability.setExtendedActiveEndpointListAvailable( (_ExtendedActiveEndpointListAvailable == 1 ? true : false)); _DescriptorCapability.setExtendedSimpleDescriptorListAvailable( (_ExtendedSimpleDescriptorListAvailable == 1 ? true : false)); _node.setDescriptorCapabilityField(_DescriptorCapability); String _key = String.format("%04X", _NWKAddressOfInterest); synchronized (listLocker) { for (ParserLocker pl : listLocker) { if (pl.getType() == TypeMessage.NODE_DESCRIPTOR && pl.get_Key().equalsIgnoreCase(_key)) { synchronized (pl) { pl.getStatus().setCode(message[3]);/* Status */ pl.set_objectOfResponse(_node); pl.notify(); } break; } } } } /* NMLE-SET.Confirm */ else if (_command == FreescaleConstants.NMLESETConfirm) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted NMLE-SET.Confirm", message); short status = message[3]; synchronized (listLocker) { for (ParserLocker pl : listLocker) { if (pl.getType() == TypeMessage.NMLE_SET) { synchronized (pl) { pl.getStatus().setCode(status); pl.notify(); } break; } } } } /* APSME-SET.Confirm */ else if (_command == FreescaleConstants.APSMESetConfirm) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted APSME-SET.Confirm", message); short status = message[3]; synchronized (listLocker) { for (ParserLocker pl : listLocker) { if (pl.getType() == TypeMessage.APSME_SET) { synchronized (pl) { pl.getStatus().setCode(status); pl.notify(); } break; } } } } /* ZDP-Mgmt_Permit_Join.response */ else if (_command == FreescaleConstants.ZDPMgmt_Permit_JoinResponse) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted ZDP-Mgmt_Permit_Join.response", message); short status = message[3]; String mess = ""; switch (status) { case 0x00: break; case 0x80: mess = "InvRequestType"; break; case 0x84: mess = "Not Supported"; break; case 0x87: mess = "Table Full"; break; case 0x8D: mess = "NOT AUTHORIZED"; break; case 0xC5: mess = "Already present in the network"; break; } synchronized (listLocker) { for (ParserLocker pl : listLocker) { if (pl.getType() == TypeMessage.PERMIT_JOIN) { synchronized (pl) { pl.getStatus().setCode(status); pl.getStatus().setMessage(mess); pl.notify(); } break; } } } } /* APS-ClearDeviceKeyPairSet.Confirm */ else if (_command == FreescaleConstants.APSClearDeviceKeyPairSetConfirm) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("APS-ClearDeviceKeyPairSet.Confirm", message); short status = message[3]; String mess = ""; switch (status) { case 0x00: break; } synchronized (listLocker) { for (ParserLocker pl : listLocker) { if (pl.getType() == TypeMessage.CLEAR_DEVICE_KEY_PAIR_SET) { synchronized (pl) { pl.getStatus().setCode(status); pl.getStatus().setMessage(mess); pl.notify(); } break; } } } } /* ZTC-ClearNeighborTableEntry.Confirm */ else if (_command == FreescaleConstants.ZTCClearNeighborTableEntryConfirm) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("ZTC-ClearNeighborTableEntry.Confirm", message); short status = message[3]; String mess = ""; switch (status) { case 0x00: break; } synchronized (listLocker) { for (ParserLocker pl : listLocker) { if (pl.getType() == TypeMessage.CLEAR_NEIGHBOR_TABLE_ENTRY) { synchronized (pl) { pl.getStatus().setCode(status); pl.getStatus().setMessage(mess); pl.notify(); } break; } } } } /* NLME-JOIN.Confirm */ else if (_command == FreescaleConstants.NLMEJOINConfirm) { short _status = message[8]; switch (_status) { case 0x00: if (gal.getPropertiesManager().getDebugEnabled()) { logger.info("Extracted NLME-JOIN.Confirm: SUCCESS (Joined the network)"); } break; case 0xC2: if (gal.getPropertiesManager().getDebugEnabled()) { logger.info("Extracted NLME-JOIN.Confirm: INVALID_REQUEST (Not Valid Request)"); } break; case 0xC3: if (gal.getPropertiesManager().getDebugEnabled()) { logger.info("Extracted NLME-JOIN.Confirm: NOT_PERMITTED (Not allowed to join the network)"); } break; case 0xCA: if (gal.getPropertiesManager().getDebugEnabled()) { logger.info("Extracted NLME-JOIN.Confirm: NO_NETWORKS (Network not found)"); } break; case 0x01: if (gal.getPropertiesManager().getDebugEnabled()) { logger.info("Extracted NLME-JOIN.Confirm: PAN_AT_CAPACITY (PAN at capacity)"); } break; case 0x02: if (gal.getPropertiesManager().getDebugEnabled()) { logger.info("Extracted NLME-JOIN.Confirm: PAN_ACCESS_DENIED (PAN access denied)"); } break; case 0xE1: if (gal.getPropertiesManager().getDebugEnabled()) { logger.info( "Extracted NLME-JOIN.Confirm: CHANNEL_ACCESS_FAILURE (Transmission failed due to activity on the channel)"); } break; case 0xE4: if (gal.getPropertiesManager().getDebugEnabled()) { logger.info( "Extracted NLME-JOIN.Confirm: FAILED_SECURITY_CHECK (The received frame failed security check)"); } break; case 0xE8: if (gal.getPropertiesManager().getDebugEnabled()) { logger.info( "Extracted NLME-JOIN.Confirm: INVALID_PARAMETER (A parameter in the primitive is out of the valid range)"); } break; case 0xE9: if (gal.getPropertiesManager().getDebugEnabled()) { logger.info("Extracted NLME-JOIN.Confirm: NO_ACK (Acknowledgement was not received)"); } break; case 0xEB: if (gal.getPropertiesManager().getDebugEnabled()) { logger.info( "Extracted NLME-JOIN.Confirm: NO_DATA (No response data was available following a request)"); } break; case 0xF3: if (gal.getPropertiesManager().getDebugEnabled()) { logger.info( "Extracted NLME-JOIN.Confirm: UNAVAILABLE_KEY (The appropriate key is not available in the ACL)"); } break; case 0xEA: if (gal.getPropertiesManager().getDebugEnabled()) { logger.info("Extracted NLME-JOIN.Confirm: NO_BEACON (No Networks)"); } break; default: throw new Exception("Extracted NLME-JOIN.Confirm: Invalid Status - " + _status); } if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("NLME-JOIN.Confirm", message); } /* ZDO-NetworkState.Event */ else if (_command == FreescaleConstants.ZDONetworkStateEvent) { short _status = message[3]; String mess; switch (_status) { case 0x00: if (gal.getPropertiesManager().getDebugEnabled()) { logger.info("Extracted ZDO-NetworkState.Event: DeviceInitialized (Device Initialized)"); } break; case 0x01: if (gal.getPropertiesManager().getDebugEnabled()) { logger.info( "Extracted ZDO-NetworkState.Event: DeviceinNetworkDiscoveryState (Device in Network Discovery State)"); } break; case 0x02: if (gal.getPropertiesManager().getDebugEnabled()) { logger.info( "Extracted ZDO-NetworkState.Event: DeviceJoinNetworkstate (Device Join Network state)"); } break; case 0x03: if (gal.getPropertiesManager().getDebugEnabled()) { logger.info( "Extracted ZDO-NetworkState.Event: DeviceinCoordinatorstartingstate (Device in Coordinator starting state)"); } gal.setGatewayStatus(GatewayStatus.GW_STARTING); break; case 0x04: mess = "ZDO-NetworkState.Event: DeviceinRouterRunningstate (Device in Router Running state)"; gal.get_gatewayEventManager().notifyGatewayStartResult(makeStatusObject(mess, _status)); gal.setGatewayStatus(GatewayStatus.GW_RUNNING); if (gal.getPropertiesManager().getDebugEnabled()) { logger.info(mess); } break; case 0x05: mess = "ZDO-NetworkState.Event: DeviceinEndDeviceRunningstate (Device in End Device Running state)"; gal.get_gatewayEventManager().notifyGatewayStartResult(makeStatusObject(mess, _status)); gal.setGatewayStatus(GatewayStatus.GW_RUNNING); if (gal.getPropertiesManager().getDebugEnabled()) { logger.info(mess); } break; case 0x09: if (gal.getPropertiesManager().getDebugEnabled()) { logger.info( "Extracted ZDO-NetworkState.Event: Deviceinleavenetworkstate (Device in leave network state)"); } gal.setGatewayStatus(GatewayStatus.GW_STOPPING); break; case 0x0A: if (gal.getPropertiesManager().getDebugEnabled()) { logger.info( "Extracted ZDO-NetworkState.Event: Deviceinauthenticationstate (Device in authentication state)"); } break; case 0x0B: if (gal.getPropertiesManager().getDebugEnabled()) { logger.info( "Extracted ZDO-NetworkState.Event: Deviceinstoppedstate (Device in stopped state)"); } gal.setGatewayStatus(GatewayStatus.GW_STOPPED); break; case 0x0C: if (gal.getPropertiesManager().getDebugEnabled()) { logger.info( "Extracted ZDO-NetworkState.Event: DeviceinOrphanjoinstate (Device in Orphan join state)"); } break; case 0x10: mess = "ZDO-NetworkState.Event: DeviceinCoordinatorRunningstate (Device is Coordinator Running state)"; gal.get_gatewayEventManager().notifyGatewayStartResult(makeStatusObject(mess, _status)); gal.setGatewayStatus(GatewayStatus.GW_RUNNING); if (gal.getPropertiesManager().getDebugEnabled()) { logger.info(mess); } break; case 0x11: if (gal.getPropertiesManager().getDebugEnabled()) { logger.info( "Extracted ZDO-NetworkState.Event: DeviceinKeytransferstate (Device in Key transfer state)"); } break; case 0x12: if (gal.getPropertiesManager().getDebugEnabled()) { logger.info( "Extracted ZDO-NetworkState.Event: Deviceinauthenticationstate (Device in authentication state)"); } break; case 0x13: if (gal.getPropertiesManager().getDebugEnabled()) { logger.info( "Extracted ZDO-NetworkState.Event: DeviceOfftheNetwork (Device Off the Network)"); } break; default: throw new Exception("ZDO-NetworkState.Event: Invalid Status - " + _status); } } /* MacSetPIBAttribute.Confirm */ else if (_command == FreescaleConstants.MacSetPIBAttributeConfirm) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted MacSetPIBAttribute.Confirm", message); } /* NLME-ENERGY-SCAN.Request */ else if (_command == FreescaleConstants.NLMEENERGYSCANRequest) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted NLME-ENERGY-SCAN.Request", message); } /* MacScan.Request */ else if (_command == FreescaleConstants.MacScanRequest) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted MacScan.Request", message); } /* MacScan.Confirm */ else if (_command == FreescaleConstants.MacScanConfirm) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted MacScan.Confirm", message); } /* NLME-ENERGY-SCAN.confirm */ else if (_command == FreescaleConstants.NLMEENERGYSCANconfirm) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted NLME-ENERGY-SCAN.confirm", message); } /* NLME-NETWORK-DISCOVERY.Request */ else if (_command == FreescaleConstants.NLMENETWORKDISCOVERYRequest) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted NLME-NETWORK-DISCOVERY.Request", message); } /* MacScan.Request */ else if (_command == FreescaleConstants.MacScanRequest) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted MacScan.Request", message); } /* NLME-NETWORK-DISCOVERY.Confirm */ else if (_command == FreescaleConstants.NLMENetworkDiscoveryConfirm) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted NLME-NETWORK-DISCOVERY.Confirm", message); } /* NLME-NETWORK-FORMATION.Request */ else if (_command == FreescaleConstants.NLMENETWORKFORMATIONRequest) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted NLME-NETWORK-FORMATION.Request", message); } /* NLME-SET.Request */ else if (_command == FreescaleConstants.NLMESetRequest) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted NLME-SET.Request", message); } /* NLME-NWK-STATUS.Indication */ else if (_command == FreescaleConstants.NLMENwkStatusIndication) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("NLME-NWK-STATUS.Indication", message); } /* NLME-ROUTE-DISCOVERY.confirm */ else if (_command == FreescaleConstants.NLMENWKSTATUSIndication) { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("NLME-ROUTE-DISCOVERY.confirm", message); } else { if (gal.getPropertiesManager().getDebugEnabled()) DataManipulation.logArrayHexRadix("Extracted a Message not in Message Management", message); } synchronized (this) { _size = messages.size(); } } }