private void addIndexnode(final MainFrame frame) {
String result =
(String)
JOptionPane.showInputDialog(
null,
"Enter the URL of the new indexnode:",
"New Indexnode",
JOptionPane.QUESTION_MESSAGE,
null,
null,
"");
if (result == null) return;
try {
if (!result.toLowerCase().startsWith("http://")) result = "http://" + result;
final URL resURL = new URL(result);
Thread elsewhere =
new Thread(
new Runnable() {
@Override
public void run() {
comm.registerNewIndexNode(resURL);
}
});
elsewhere.setDaemon(true);
elsewhere.setName("Add new indexnode thread");
elsewhere.start();
frame.setStatusHint("Added: " + result + "... It might take a few seconds to show up...");
} catch (MalformedURLException e1) {
frame.setStatusHint(
new StatusHint(
frame.getGui().getUtil().getImage("error"),
"Invalid new indexnode URL! (" + e1.getMessage() + ")"));
Logger.log("Invalid new indexnode url: " + e1);
}
}
public Map<String, String> getCatchSizeList(Long channelId) {
Map<String, String> map = null;
Connection conn = null;
PreparedStatement pst = null;
ResultSet rs = null;
try {
List<Channel> list = new ChannelDao().getChannels(channelId);
if (list != null && !list.isEmpty()) {
conn = OracleUtil.getConnection();
map = new HashMap<String, String>();
String sql =
"select nvl(sum(a.log_catch_count),0) from twap_app_log_webcrawler a where exists(select 1 from twap_public_channel b where a.log_channel_id = b.channel_id start with b.channel_id=? connect by prior b.channel_id=b.channel_pid) and (to_char(a.create_time,'yyyy-mm-dd')=to_char(sysdate,'yyyy-mm-dd') )";
for (Channel channel : list) {
pst = conn.prepareStatement(sql);
pst.setLong(1, channel.getChannelId());
log.debug(sql.replaceAll("\\?", channel.getChannelId().toString()));
rs = pst.executeQuery();
if (rs.next()) {
map.put(channel.getChannelName(), String.valueOf(rs.getLong(1)));
}
}
}
} catch (Exception e) {
e.printStackTrace();
log.error(e);
} finally {
close(conn, pst, rs);
}
return map;
}
public int update(int oid, String quantity, String memo) { // 更新揀貨單的揀貨數量
logger.debug(
"OrderPlaceDDAO.update: "
+ "pickId: "
+ oid
+ ", quantity: "
+ quantity
+ ", memo: "
+ memo);
EntityManager em = XPersistence.getManager();
OrderPlaceD bean = em.find(OrderPlaceD.class, oid);
logger.debug("OrderPlaceD.update: orderPlaceD: " + bean);
if (bean != null) {
// bean.setQuantity(quantity);
bean.setRemark(memo);
try {
em.merge(bean);
XPersistence.commit();
} catch (Exception e) {
logger.error("OrderPlaceD.update: " + e);
}
return 1; // 1:成功
}
return 0; // 0:失敗
}
@PostConstruct
public void loadData() {
games = gameService.findAllGames();
logger.info("Retreaving all games ...");
for (Game game : games) {
logger.info("Game ..." + game.getName() + " date " + game.getStartTime());
}
}
private void dispatchLoop() {
while (true) {
long lastIteration = System.currentTimeMillis();
try {
// Logger.log("dispatch: "+lastIteration);
if (mustShutdown) return;
// 1) kill downloads over the limits
clipDownloadCount();
if (mustShutdown) return;
int canQueue = maxActiveSlots - getActiveSlotCount();
// only consider dispatching another if there are free slots:
while (canQueue > 0) {
// 2) dispatch another file: (this means we prefer to give slots to new files rather than
// split existing chunks)
if (!dispatchFile()) break; // stop iterating if the queue is empty.
if (mustShutdown) return;
canQueue--;
}
if (mustShutdown) return;
if (canQueue > 0) { // if there are potentially still slots:
// 3) find chunks ripe for splitting and split and dispatch them:
chunkWorkers();
}
if (mustShutdown) return;
} catch (Exception e) {
Logger.warn("Dispatch iteration failed: " + e);
Logger.log(e);
}
// Throttle this loop so that it does not spin exceedinly fast if there is nothing to do.
long now = System.currentTimeMillis();
long remaining =
(lastIteration + FS2Constants.CLIENT_DOWNLOAD_DISPATCH_ITERATION_THROTTLE) - now;
try {
if (remaining > 0 && !wereCompleteItemsInQueue) {
synchronized (this) {
this.wait(remaining);
}
}
wereCompleteItemsInQueue = false;
} catch (InterruptedException e) {
if (mustShutdown) return;
}
}
}
/**
* Called by the queue to notify us that some chunk of the download queue has been erased so this
* should un-dispatch those items contained within it.
*/
synchronized void queueItemCancelled(DownloadItem cancelled) {
for (DownloadWorker w : workers) {
try {
if (Util.isWithin(w.info.file.getFile(), cancelled.getFile())) {
w.cancel();
}
} catch (IOException e) {
Logger.severe("Couldn't determine file locations: " + e);
Logger.log(e);
}
}
}
/**
* Checks if the downloadFile specified has been completed already. This returns true iff: ) file
* exists ) is expected size ) hashes to the same fs2 hash.
*
* @param f
* @return
*/
private boolean downloadFileCompleteOnDisk(DownloadFile f) {
try {
File onDisk = f.getFile();
if (!onDisk.isFile()) return false;
if (onDisk.length() != f.size) return false;
if (!ThrottledFileDigester.fs2DigestFile(onDisk, null).equals(f.hash)) return false;
} catch (Exception e) {
Logger.warn("Couldn't test for file completion on disk: " + e);
Logger.log(e);
return false;
}
return true; // it's already complete!
}
/**
* 删除 应用系统权限分配记录
*
* @param mapping
* @param form
* @param request
* @param response
* @return
* @throws IOException
*/
public ActionForward delRARInfo(
ActionMapping mapping,
ActionForm form,
HttpServletRequest request,
HttpServletResponse response)
throws IOException {
String rarid = request.getParameter("rarid");
if (HtmlFactory.isNotEmpty(rarid)) {
String falg = "成功！";
try {
RoleAssignRecords rar = roleAssignRecordsService.findById(Integer.valueOf(rarid));
roleAssignRecordsService.delete(rar);
} catch (Exception e) {
falg = "失败！";
} finally {
try {
systemlogservice.saveSystemLog(
LogUtil.userName,
LogUtil.roleName,
SystemModelInfo.MOD_SYSM_user_other,
"删除应用系统权限分配记录",
new Timestamp(System.currentTimeMillis()),
falg);
} catch (Exception e) {
logger.debug("连接日志出错", e);
}
}
}
return null;
}
public Long getCatchSize(Long channelId, String startDate, String endDate) {
Long size = 0L;
Connection conn = null;
PreparedStatement pst = null;
ResultSet rs = null;
try {
conn = OracleUtil.getConnection();
pst =
conn.prepareStatement(
"select nvl(sum(a.log_catch_count),0) from twap_app_log_webcrawler a where exists(select 1 from twap_public_channel b where a.log_channel_id = b.channel_id start with b.channel_id=? connect by prior b.channel_id=b.channel_pid) and (to_char(a.create_time,'yyyy-mm-dd')<=? and to_char(a.create_time,'yyyy-mm-dd')>=?)");
pst.setLong(1, channelId);
pst.setString(3, startDate);
pst.setString(2, endDate);
rs = pst.executeQuery();
if (rs.next()) size = rs.getLong(1);
} catch (Exception e) {
e.printStackTrace();
log.error(e);
} finally {
close(conn, pst, rs);
}
return size;
}
public void settingUpGame(javax.faces.event.ActionEvent event) {
settingGame = true;
int selectedRowIndex = gamesTable.getRowIndex();
actualGame = games.get(selectedRowIndex);
logger.info("selected game " + actualGame.getName());
transformToActualUnits();
}
public Stock getStockByItem(int itemid) { // 用 商品編號 查出 該商品所在的某一貨架
Query query =
XPersistence.getManager()
.createQuery(
"FROM Stock o WHERE o.item.oid = :itemid order by o.volume desc"); // JPQL query
query.setParameter("itemid", itemid);
List<Stock> beans = query.getResultList();
logger.debug("OrderPlaceDDAO.getStockByItem beans: " + beans);
return beans.get(0);
}
public Collection<Stock> getStocksByPlaceId(int placeid) { // 用上架單編號(單頭)查出明細檔
Query query =
XPersistence.getManager()
.createQuery(
"FROM Stock o WHERE o.item.oid IN (SELECT p.item.oid FROM OrderPlaceD p WHERE p.orderPlace.oid = :placeid ORDER BY p.oid DESC) )"); // JPQL query
query.setParameter("placeid", placeid);
// select * FROM Stock o WHERE o.itemid IN (SELECT p.itemid FROM OrderPlaceD p WHERE
// p.orderPlace_oid = '1' ORDER BY p.oid DESC)
Collection stocks = query.getResultList();
logger.debug("OrderPlaceDDAO.getStocksByPlaceId stocks: " + stocks);
return stocks;
}
/**
* 添加 应用系统权限分配记录
*
* @param mapping
* @param form
* @param request
* @param response
* @return
* @throws IOException
*/
public ActionForward addRARInfo(
ActionMapping mapping,
ActionForm form,
HttpServletRequest request,
HttpServletResponse response)
throws IOException {
String asrid = request.getParameter("asrid");
String asiid = request.getParameter("asid");
String name = request.getParameter("name");
String operator = request.getParameter("operator");
if (HtmlFactory.isNotEmpty(asiid)) {
AppSysRole asr = new AppSysRole();
AppSysInfo asi = new AppSysInfo();
asi.setId(Integer.valueOf(asiid));
if (HtmlFactory.isNotEmpty(asrid)) {
asr.setId(Integer.valueOf(asrid));
}
if (HtmlFactory.isNotEmpty(name)) {
name = HtmlFactory.conversionCoding(name, "GBK");
}
if (HtmlFactory.isNotEmpty(operator)) {
operator = HtmlFactory.conversionCoding(operator, "GBK");
}
String falg = "成功！";
try {
RoleAssignRecords rar = new RoleAssignRecords();
rar.setRole(asr);
rar.setUser(name);
rar.setOperator(operator);
rar.setAppSys(asi);
rar.setCreateTime(new Timestamp(new Date().getTime()));
roleAssignRecordsService.add(rar);
} catch (Exception e) {
falg = "失败！";
} finally {
try {
systemlogservice.saveSystemLog(
LogUtil.userName,
LogUtil.roleName,
SystemModelInfo.MOD_SYSM_user_other,
"添加应用系统权限分配记录",
new Timestamp(System.currentTimeMillis()),
falg);
} catch (Exception e) {
logger.debug("连接日志出错", e);
}
}
}
return null;
}
// TODO this requires redesign for writables
public static boolean perform(WebHandle handle, WebDriver driver) {
WebElement we = handle.findElement(driver);
if (we == null) {
// TODO this place strongly interferes with driver's implicitly wait. So, I think, personal
// fails counter per handle needed.
log.error(
handle.url.graphUrl()
+ " | "
+ handle.xpath
+ "\n"
+ "Unable to .perform(WebDriver), cause search of element by stored selector is failed.");
return false;
}
if (!we.isDisplayed() || !we.isEnabled()) {
log.error(
handle.url.graphUrl()
+ " | "
+ handle.xpath
+ "\n"
+ "Failed to .perform(WebDriver), cause element not displayed or not enabled.");
return false;
}
switch (handle.eltype) {
case clickable:
we.click();
break;
// case writable: we.sendKeys(context); break;
case terminal:
if (handle.isRoot()) return true;
assert false : "terminal elements was touched";
break;
default:
assert false : "this shouldn't have happened???";
break;
}
return true;
}
/**
* Given a file and a source this will start a worker-less file downloading.
*
* @param nF
* @param bestSource
*/
private void startFileDownloading(DownloadFile nF, DownloadSource bestSource) {
// first ensure that the file is not already complete on disk:
if (downloadFileCompleteOnDisk(nF)) {
Logger.warn("Complete download: " + nF + " was in the queue. Issueing completion.");
nF.downloadComplete(); // issue completion
wereCompleteItemsInQueue = true;
return;
}
// Create a new info container for the file (if it has never been started before, or if for some
// reason there are no chunks in it (corrupt for some reason? broken code in the past probably))
if (nF.active == null) {
if (nF.getSize() == 0) {
// zero byte files do not need downloading. (and indeed they will fail to dispatch correctly
// as they will never have any incomplete chunks)
try {
nF.getFile().createNewFile();
nF.downloadComplete();
wereCompleteItemsInQueue = true;
return;
} catch (IOException e) {
Logger.severe(
"Empty file: " + nF.getFile().getPath() + " couldn't be created on disk: " + e);
}
}
nF.active = new DownloadInfo(nF);
} else {
if (nF.active.isComplete()) {
Logger.warn("Complete download: " + nF + " was in the queue. Issueing completion.");
nF.downloadComplete();
wereCompleteItemsInQueue = true;
return;
} else if (nF.active.chunks.size() == 0) {
Logger.warn(
"Active download '"
+ nF
+ "' in queue with no chunks. Restarting download from the beginning.");
nF.active = new DownloadInfo(nF);
}
}
try {
// Create the new worker:
DownloadWorker w = DownloadWorker.getDownloadWorker(this, nF.active);
nF.active.worker = w;
workers.add(w);
// Start one of the download chunks present in the info:
for (DownloadChunk c : w.getIncompleteInactiveChunks()) {
w.downloadChunk(c, bestSource, downloadThreadPool);
break;
}
} catch (IOException e) {
Logger.severe("Unable to dispatch a download: " + e);
Logger.log(e);
}
}
@Override
public void messageReturn(ChatMessage result) {
if (result.id == -1) {
ChatDocument doc = (ChatDocument) chatLog.getDocument();
try {
if (result.message.length() > 0) {
doc.insertCommandResponse(
doc.getLength(), /*"You requested some information: \n" +*/ result.message + "\n");
chatLogScrollPane
.getVerticalScrollBar()
.setValue(chatLogScrollPane.getVerticalScrollBar().getMaximum());
}
} catch (BadLocationException e) {
Logger.log(e);
}
}
}
@Override
public void newMessages(LinkedList<ChatMessage> messages) {
ChatDocument doc = (ChatDocument) chatLog.getDocument();
for (ChatMessage m : messages) {
if (m.id != -1) { // Only print non-commands
try {
doc.insertChatMessage(
doc.getLength(), m.message + "\n", indexNode.getStats().getPeers().values());
if (!owner.isActiveTab()) {
missedMessageCount++;
} else {
missedMessageCount = 0;
}
if (owner.displayChatNotifications()) {
// Only show messages if we're not focused on the tab
// Currently pops up messages intended for the user only
// If we don't trim the username out of the string then it will pop up every time the
// user sends a message
// if (m.message.replaceFirst(".*:",
// "").contains(frame.getGui().getShareServer().getAlias())){
toaster.showToaster(
frame.getGui().getUtil().getImageFullname("chat.png"),
indexNode.getName(),
m.message); // "There are "+missedMessageCount+" unread chat messages.");
// }
// toaster.showToaster(m.message);
}
chatLogScrollPane
.getVerticalScrollBar()
.setValue(chatLogScrollPane.getVerticalScrollBar().getMaximum());
} catch (BadLocationException e) {
Logger.log(e);
}
}
}
}
public void changeTimeUnit(ValueChangeEvent event) {
logger.info(
"UI Component Id " + event.getComponent().getId() + " new value " + event.getNewValue());
String idComponent = event.getComponent().getId();
String unit = event.getNewValue().toString();
if (idComponent.startsWith("somGameDuration")) {
this.durationUnit = unit;
}
if (idComponent.startsWith("somProductionTime")) {
this.productionTimeUnit = unit;
}
if (idComponent.startsWith("somEnventTime")) {
this.thresholdEventsUnit = unit;
}
transformToActualUnits();
}
public List<AppLog> getAppLogList(Long channelId, String startDate, String endDate) {
List<AppLog> list = null;
Connection conn = null;
PreparedStatement pst = null;
ResultSet rs = null;
try {
conn = OracleUtil.getConnection();
pst =
conn.prepareStatement(
"select rownum row_num,a.log_message,(select channel_name from twap_public_channel t where t.channel_id = a.log_channel_id) channel_name,a.log_channel_id,a.log_url,a.log_catch_count,to_char(a.create_time,'yy/mm/dd hh24:mi:ss') create_time from twap_app_log_webcrawler a where exists(select 1 from twap_public_channel b where a.log_channel_id = b.channel_id start with b.channel_id=? connect by prior b.channel_id=b.channel_pid) and (to_char(a.create_time,'yyyy-mm-dd')<=? and to_char(a.create_time,'yyyy-mm-dd')>=?) order by a.create_time desc");
pst.setLong(1, channelId);
pst.setString(3, startDate);
pst.setString(2, endDate);
rs = pst.executeQuery();
list = new ArrayList<AppLog>();
while (rs.next()) {
AppLog appLog =
new AppLog(
rs.getString("log_message"),
rs.getLong("log_channel_id"),
rs.getString("log_url"),
rs.getLong("log_catch_count"));
appLog.setChannelName(rs.getString("channel_name"));
appLog.setCreateTime(rs.getString("create_time"));
appLog.setLogId(rs.getLong("row_num"));
list.add(appLog);
}
} catch (Exception e) {
e.printStackTrace();
log.error(e);
rollback(conn);
} finally {
close(conn, pst, rs);
}
return list;
}
/** Stores the options and measurements from the Page Setup dialog box */
class SetupRecord extends WritableRecordData {
/** The logger */
Logger logger = Logger.getLogger(SetupRecord.class);
/** The binary data for output to file */
private byte[] data;
/** The header margin */
private double headerMargin;
/** The footer margin */
private double footerMargin;
/** The page orientation */
private PageOrientation orientation;
/** The paper size */
private int paperSize;
/** The scale factor */
private int scaleFactor;
/** The page start */
private int pageStart;
/** The fit width */
private int fitWidth;
/** The fit height */
private int fitHeight;
/** The horizontal print resolution */
private int horizontalPrintResolution;
/** The vertical print resolution */
private int verticalPrintResolution;
/** The number of copies */
private int copies;
/** Indicates whether the setup data should be initiliazed in the setup box */
private boolean initialized;
/**
* Constructor, taking the sheet settings. This object just takes the various fields from the bean
* in which it is interested
*
* @param the sheet settings
*/
public SetupRecord(SheetSettings s) {
super(Type.SETUP);
orientation = s.getOrientation();
headerMargin = s.getHeaderMargin();
footerMargin = s.getFooterMargin();
paperSize = s.getPaperSize().getValue();
horizontalPrintResolution = s.getHorizontalPrintResolution();
verticalPrintResolution = s.getVerticalPrintResolution();
fitWidth = s.getFitWidth();
fitHeight = s.getFitHeight();
pageStart = s.getPageStart();
scaleFactor = s.getScaleFactor();
copies = s.getCopies();
initialized = true;
}
/**
* Sets the orientation
*
* @param o the orientation
*/
public void setOrientation(PageOrientation o) {
orientation = o;
}
/**
* Sets the header and footer margins
*
* @param hm the header margin
* @param fm the footer margin
*/
public void setMargins(double hm, double fm) {
headerMargin = hm;
footerMargin = fm;
}
/**
* Sets the paper size
*
* @param ps the paper size
*/
public void setPaperSize(PaperSize ps) {
paperSize = ps.getValue();
}
/**
* Gets the binary data for output to file
*
* @return the binary data
*/
public byte[] getData() {
data = new byte[34];
// Paper size
IntegerHelper.getTwoBytes(paperSize, data, 0);
// Scale factor
IntegerHelper.getTwoBytes(scaleFactor, data, 2);
// Page start
IntegerHelper.getTwoBytes(pageStart, data, 4);
// Fit width
IntegerHelper.getTwoBytes(fitWidth, data, 6);
// Fit height
IntegerHelper.getTwoBytes(fitHeight, data, 8);
// grbit
int options = 0;
if (orientation == PageOrientation.PORTRAIT) {
options |= 0x02;
}
if (pageStart != 0) {
options |= 0x80;
}
if (!initialized) {
options |= 0x04;
}
IntegerHelper.getTwoBytes(options, data, 10);
// print resolution
IntegerHelper.getTwoBytes(horizontalPrintResolution, data, 12);
// vertical print resolution
IntegerHelper.getTwoBytes(verticalPrintResolution, data, 14);
// header margin
DoubleHelper.getIEEEBytes(headerMargin, data, 16);
// footer margin
DoubleHelper.getIEEEBytes(footerMargin, data, 24);
// Number of copies
IntegerHelper.getTwoBytes(copies, data, 32);
return data;
}
}
/* * author [email protected] */ @SuppressWarnings("unchecked") public class OrderPlaceDDAO { private static Logger logger = Logger.getLogger(OrderPlaceDDAO.class); public OrderPlaceDDAO() {} public Collection<Stock> getStocksByPlaceId(int placeid) { // 用上架單編號(單頭)查出明細檔 Query query = XPersistence.getManager() .createQuery( "FROM Stock o WHERE o.item.oid IN (SELECT p.item.oid FROM OrderPlaceD p WHERE p.orderPlace.oid = :placeid ORDER BY p.oid DESC) )"); // JPQL query query.setParameter("placeid", placeid); // select * FROM Stock o WHERE o.itemid IN (SELECT p.itemid FROM OrderPlaceD p WHERE // p.orderPlace_oid = '1' ORDER BY p.oid DESC) Collection stocks = query.getResultList(); logger.debug("OrderPlaceDDAO.getStocksByPlaceId stocks: " + stocks); return stocks; } public Stock getStockByItem(int itemid) { // 用 商品編號 查出 該商品所在的某一貨架 Query query = XPersistence.getManager() .createQuery( "FROM Stock o WHERE o.item.oid = :itemid order by o.volume desc"); // JPQL query query.setParameter("itemid", itemid); List<Stock> beans = query.getResultList(); logger.debug("OrderPlaceDDAO.getStockByItem beans: " + beans); return beans.get(0); } // public OrderPlaceD getPlaceD(int id) { // for (Iterator<OrderPlaceD> iterator = pickDList.iterator(); iterator.hasNext();) { // OrderPlaceD st = (OrderPlaceD) iterator.next(); // if (st.getOid() == id) // return st; // } // return new OrderPlaceD(); // } // public boolean delete(OrderStoreD beanD){ // Connection conn = null; // Statement stmt = null; // boolean result = false; // try { // // get connection // conn = DriverManager.getConnection(url, user, pwd); // stmt = conn.createStatement(); // if (stmt.executeUpdate("delete from beanD where id = '" + beanD.getOid() + "'") > 0); // result = true; // // } catch (SQLException e) { // e.printStackTrace(); // }finally { // try { // stmt.close(); // } catch (SQLException e) { // e.printStackTrace(); // } // try { // conn.close(); // } catch (SQLException e) { // e.printStackTrace(); // } // } // // return result; // } public boolean insert(OrderStoreD beanD) { XPersistence.getManager().persist(beanD); XPersistence .commit(); // 若 UUID 重複，會有例外: org.hibernate.PersistentObjectException: detached entity // passed to persist: com.kaijung.jpa.OrderStoreD // XHibernate.commit(); return true; } // public boolean insert(OrderStoreD beanD){ // Connection conn = null; // Statement stmt = null; // boolean result = false; // try { // conn = DriverManager.getConnection(url, user, pwd); // stmt = conn.createStatement(); // log.debug( "UUID.randomUUID(): " + UUID.randomUUID()); //// java.lang.System.out.println( "insert into OrderStoreD(oid,quantity) " + //// "values ('" + UUID.randomUUID().toString() + //// "','" + beanD.getQuantity() + "')" ); // final String uuid = UUID.randomUUID().toString().replaceAll("-", ""); // if (stmt.executeUpdate("insert into OrderStoreD(oid,quantity) " + // "values ('" + uuid + // "','" + beanD.getQuantity() + "')") > 0); // result = true; // } catch (SQLException e) { // e.printStackTrace(); // }finally{ // try { // stmt.close(); // } catch (SQLException e) { // e.printStackTrace(); // } // try { // conn.close(); // } catch (SQLException e) { // e.printStackTrace(); // } // } // // return result; // } public int update(int oid, String quantity, String memo) { // 更新揀貨單的揀貨數量 logger.debug( "OrderPlaceDDAO.update: " + "pickId: " + oid + ", quantity: " + quantity + ", memo: " + memo); EntityManager em = XPersistence.getManager(); OrderPlaceD bean = em.find(OrderPlaceD.class, oid); logger.debug("OrderPlaceD.update: orderPlaceD: " + bean); if (bean != null) { // bean.setQuantity(quantity); bean.setRemark(memo); try { em.merge(bean); XPersistence.commit(); } catch (Exception e) { logger.error("OrderPlaceD.update: " + e); } return 1; // 1:成功 } return 0; // 0:失敗 } }
/** The data for this blip store entry. Typically this is the raw image data */
class BlipStoreEntry extends EscherAtom {
/** The logger */
private static Logger logger = Logger.getLogger(BlipStoreEntry.class);
/** The type of the blip */
private BlipType type;
/** The image data read in */
private byte[] data;
/** The length of the image data */
private int imageDataLength;
/** The reference count on this blip */
private int referenceCount;
/** Flag to indicate that this entry was specified by the API, and not read in */
private boolean write;
/** The start of the image data within this blip entry */
private static final int IMAGE_DATA_OFFSET = 61;
/**
* Constructor
*
* @param erd the escher record data
*/
public BlipStoreEntry(EscherRecordData erd) {
super(erd);
type = BlipType.getType(getInstance());
write = false;
byte[] bytes = getBytes();
referenceCount =
IntegerHelper.getInt(
bytes[24], bytes[25],
bytes[26], bytes[27]);
}
/**
* Constructor
*
* @param d the drawing
* @exception IOException
*/
public BlipStoreEntry(Drawing d) throws IOException {
super(EscherRecordType.BSE);
type = BlipType.PNG;
setVersion(2);
setInstance(type.getValue());
byte[] imageData = d.getImageBytes();
imageDataLength = imageData.length;
data = new byte[imageDataLength + IMAGE_DATA_OFFSET];
System.arraycopy(imageData, 0, data, IMAGE_DATA_OFFSET, imageDataLength);
referenceCount = d.getReferenceCount();
write = true;
}
/**
* Accessor for the blip type
*
* @return the blip type
*/
public BlipType getBlipType() {
return type;
}
/**
* Gets the data for this blip so that it can be written out
*
* @return the data for the blip
*/
public byte[] getData() {
if (write) {
// Drawing has been specified by API
// Type on win32
data[0] = (byte) type.getValue();
// Type on MacOs
data[1] = (byte) type.getValue();
// The blip identifier
// IntegerHelper.getTwoBytes(0xfce1, data, 2);
// Unused tags - 18 bytes
// System.arraycopy(stuff, 0, data, 2, stuff.length);
// The size of the file
IntegerHelper.getFourBytes(imageDataLength + 8 + 17, data, 20);
// The reference count on the blip
IntegerHelper.getFourBytes(referenceCount, data, 24);
// Offset in the delay stream
IntegerHelper.getFourBytes(0, data, 28);
// Usage byte
data[32] = (byte) 0;
// Length of the blip name
data[33] = (byte) 0;
// Last two bytes unused
data[34] = (byte) 0x7e;
data[35] = (byte) 0x01;
// The blip itself
data[36] = (byte) 0;
data[37] = (byte) 0x6e;
// The blip identifier
IntegerHelper.getTwoBytes(0xf01e, data, 38);
// The length of the blip. This is the length of the image file plus
// 16 bytes
IntegerHelper.getFourBytes(imageDataLength + 17, data, 40);
// Unknown stuff
// System.arraycopy(stuff, 0, data, 44, stuff.length);
} else {
// drawing has been read in
data = getBytes();
}
return setHeaderData(data);
}
/** Reduces the reference count in this blip. Called when a drawing is removed */
void dereference() {
referenceCount--;
Assert.verify(referenceCount >= 0);
}
/**
* Accessor for the reference count on the blip
*
* @return the reference count on the blip
*/
int getReferenceCount() {
return referenceCount;
}
/**
* Accessor for the image data.
*
* @return the image data
*/
byte[] getImageData() {
byte[] allData = getBytes();
byte[] imageData = new byte[allData.length - IMAGE_DATA_OFFSET];
System.arraycopy(allData, IMAGE_DATA_OFFSET, imageData, 0, imageData.length);
return imageData;
}
}
public void settingUpPlayers(javax.faces.event.ActionEvent event) {
int selectedRowIndex = gamesTable.getRowIndex();
actualGame = games.get(selectedRowIndex);
logger.info("selected game " + actualGame.getName());
}
/**
* @author dongq
* <p>create time : 2009-12-11 ионГ10:02:58
*/
public class AppLogDao extends Dao {
private static final Logger log = Logger.getLogger(AppLogDao.class);
public Map<String, String> getCatchSizeList(Long channelId) {
Map<String, String> map = null;
Connection conn = null;
PreparedStatement pst = null;
ResultSet rs = null;
try {
List<Channel> list = new ChannelDao().getChannels(channelId);
if (list != null && !list.isEmpty()) {
conn = OracleUtil.getConnection();
map = new HashMap<String, String>();
String sql =
"select nvl(sum(a.log_catch_count),0) from twap_app_log_webcrawler a where exists(select 1 from twap_public_channel b where a.log_channel_id = b.channel_id start with b.channel_id=? connect by prior b.channel_id=b.channel_pid) and (to_char(a.create_time,'yyyy-mm-dd')=to_char(sysdate,'yyyy-mm-dd') )";
for (Channel channel : list) {
pst = conn.prepareStatement(sql);
pst.setLong(1, channel.getChannelId());
log.debug(sql.replaceAll("\\?", channel.getChannelId().toString()));
rs = pst.executeQuery();
if (rs.next()) {
map.put(channel.getChannelName(), String.valueOf(rs.getLong(1)));
}
}
}
} catch (Exception e) {
e.printStackTrace();
log.error(e);
} finally {
close(conn, pst, rs);
}
return map;
}
public Long getCatchSize(Long channelId, String startDate, String endDate) {
Long size = 0L;
Connection conn = null;
PreparedStatement pst = null;
ResultSet rs = null;
try {
conn = OracleUtil.getConnection();
pst =
conn.prepareStatement(
"select nvl(sum(a.log_catch_count),0) from twap_app_log_webcrawler a where exists(select 1 from twap_public_channel b where a.log_channel_id = b.channel_id start with b.channel_id=? connect by prior b.channel_id=b.channel_pid) and (to_char(a.create_time,'yyyy-mm-dd')<=? and to_char(a.create_time,'yyyy-mm-dd')>=?)");
pst.setLong(1, channelId);
pst.setString(3, startDate);
pst.setString(2, endDate);
rs = pst.executeQuery();
if (rs.next()) size = rs.getLong(1);
} catch (Exception e) {
e.printStackTrace();
log.error(e);
} finally {
close(conn, pst, rs);
}
return size;
}
public List<AppLog> getAppLogList(Long channelId, String startDate, String endDate) {
List<AppLog> list = null;
Connection conn = null;
PreparedStatement pst = null;
ResultSet rs = null;
try {
conn = OracleUtil.getConnection();
pst =
conn.prepareStatement(
"select rownum row_num,a.log_message,(select channel_name from twap_public_channel t where t.channel_id = a.log_channel_id) channel_name,a.log_channel_id,a.log_url,a.log_catch_count,to_char(a.create_time,'yy/mm/dd hh24:mi:ss') create_time from twap_app_log_webcrawler a where exists(select 1 from twap_public_channel b where a.log_channel_id = b.channel_id start with b.channel_id=? connect by prior b.channel_id=b.channel_pid) and (to_char(a.create_time,'yyyy-mm-dd')<=? and to_char(a.create_time,'yyyy-mm-dd')>=?) order by a.create_time desc");
pst.setLong(1, channelId);
pst.setString(3, startDate);
pst.setString(2, endDate);
rs = pst.executeQuery();
list = new ArrayList<AppLog>();
while (rs.next()) {
AppLog appLog =
new AppLog(
rs.getString("log_message"),
rs.getLong("log_channel_id"),
rs.getString("log_url"),
rs.getLong("log_catch_count"));
appLog.setChannelName(rs.getString("channel_name"));
appLog.setCreateTime(rs.getString("create_time"));
appLog.setLogId(rs.getLong("row_num"));
list.add(appLog);
}
} catch (Exception e) {
e.printStackTrace();
log.error(e);
rollback(conn);
} finally {
close(conn, pst, rs);
}
return list;
}
}
/**
* A single record from an Escher stream. Basically this a container for the header data for each
* Escher record
*/
final class EscherRecordData {
/** The logger */
private static Logger logger = Logger.getLogger(EscherRecordData.class);
/** The byte position of this record in the escher stream */
private int pos;
/** The instance value */
private int instance;
/** The version value */
private int version;
/** The record id */
private int recordId;
/** The length of the record, excluding the 8 byte header */
private int length;
/** The length of the stream */
private int streamLength;
/** Indicates whether this record is a container */
private boolean container;
/** The type of this record */
private EscherRecordType type;
/** A handle back to the drawing group, which contains the entire escher stream byte data */
private EscherStream escherStream;
/**
* Constructor
*
* @param dg the escher stream data
* @param p the current position in the stream
*/
public EscherRecordData(EscherStream dg, int p) {
escherStream = dg;
pos = p;
byte[] data = escherStream.getData();
streamLength = data.length;
// First two bytes contain instance and version
int value = IntegerHelper.getInt(data[pos], data[pos + 1]);
// Instance value is the first 12 bits
instance = (value & 0xfff0) >> 4;
// Version is the last four bits
version = value & 0xf;
// Bytes 2 and 3 are the record id
recordId = IntegerHelper.getInt(data[pos + 2], data[pos + 3]);
// Length is bytes 4,5,6 and 7
length =
IntegerHelper.getInt(
data[pos + 4], data[pos + 5],
data[pos + 6], data[pos + 7]);
if (version == 0x0f) {
container = true;
} else {
container = false;
}
}
/**
* Constructor
*
* @param t the type of the escher record
*/
public EscherRecordData(EscherRecordType t) {
type = t;
recordId = type.getValue();
}
/**
* Determines whether this record is a container
*
* @return TRUE if this is a container, FALSE otherwise
*/
public boolean isContainer() {
return container;
}
/**
* Accessor for the length, excluding the 8 byte header
*
* @return the length excluding the 8 byte header
*/
public int getLength() {
return length;
}
/**
* Accessor for the record id
*
* @return the record id
*/
public int getRecordId() {
return recordId;
}
/**
* Accessor for the drawing group stream
*
* @return the drawing group stream
*/
EscherStream getDrawingGroup() {
return escherStream;
}
/**
* Gets the position in the stream
*
* @return the position in the stream
*/
int getPos() {
return pos;
}
/**
* Gets the escher type of this record
*
* @return the escher type
*/
EscherRecordType getType() {
if (type == null) {
type = EscherRecordType.getType(recordId);
}
return type;
}
/**
* Gets the instance value
*
* @return the instance value
*/
int getInstance() {
return instance;
}
/**
* Sets whether or not this is a container - called when writing out an escher stream
*
* @param c TRUE if this is a container, FALSE otherwise
*/
void setContainer(boolean c) {
container = c;
}
/**
* Called from the subclass when writing to set the instance value
*
* @param inst the instance
*/
void setInstance(int inst) {
instance = inst;
}
/**
* Called when writing to set the length of this record
*
* @param l the length
*/
void setLength(int l) {
length = l;
}
/**
* Called when writing to set the version of this record
*
* @param v the version
*/
void setVersion(int v) {
version = v;
}
/**
* Adds the 8 byte header data on the value data passed in, returning the modified data
*
* @param d the value data
* @return the value data with the header information
*/
byte[] setHeaderData(byte[] d) {
byte[] data = new byte[d.length + 8];
System.arraycopy(d, 0, data, 8, d.length);
if (container) {
version = 0x0f;
}
// First two bytes contain instance and version
int value = instance << 4;
value |= version;
IntegerHelper.getTwoBytes(value, data, 0);
// Bytes 2 and 3 are the record id
IntegerHelper.getTwoBytes(recordId, data, 2);
// Length is bytes 4,5,6 and 7
IntegerHelper.getFourBytes(d.length, data, 4);
return data;
}
/**
* Accessor for the header stream
*
* @return the escher stream
*/
EscherStream getEscherStream() {
return escherStream;
}
/**
* Gets the data that was read in, excluding the header data
*
* @return the value data that was read in
*/
byte[] getBytes() {
byte[] d = new byte[length];
System.arraycopy(escherStream.getData(), pos + 8, d, 0, length);
return d;
}
/**
* Accessor for the stream length
*
* @return the stream length
*/
int getStreamLength() {
return streamLength;
}
}
/**
* Check all the merged cells for borders. If the merge record has borders, then we need to rejig
* the cell formats to take account of this. This is called by the write method of the
* WritableWorkbookImpl, so that any new XFRecords that are created may be written out with the
* others
*/
void checkMergedBorders() {
Range[] mcells = mergedCells.getMergedCells();
ArrayList borderFormats = new ArrayList();
for (int mci = 0; mci < mcells.length; mci++) {
Range range = mcells[mci];
Cell topLeft = range.getTopLeft();
XFRecord tlformat = (XFRecord) topLeft.getCellFormat();
if (tlformat != null && tlformat.hasBorders() == true && !tlformat.isRead()) {
try {
CellXFRecord cf1 = new CellXFRecord(tlformat);
Cell bottomRight = range.getBottomRight();
cf1.setBorder(Border.ALL, BorderLineStyle.NONE, Colour.BLACK);
cf1.setBorder(
Border.LEFT,
tlformat.getBorderLine(Border.LEFT),
tlformat.getBorderColour(Border.LEFT));
cf1.setBorder(
Border.TOP, tlformat.getBorderLine(Border.TOP), tlformat.getBorderColour(Border.TOP));
if (topLeft.getRow() == bottomRight.getRow()) {
cf1.setBorder(
Border.BOTTOM,
tlformat.getBorderLine(Border.BOTTOM),
tlformat.getBorderColour(Border.BOTTOM));
}
if (topLeft.getColumn() == bottomRight.getColumn()) {
cf1.setBorder(
Border.RIGHT,
tlformat.getBorderLine(Border.RIGHT),
tlformat.getBorderColour(Border.RIGHT));
}
int index = borderFormats.indexOf(cf1);
if (index != -1) {
cf1 = (CellXFRecord) borderFormats.get(index);
} else {
borderFormats.add(cf1);
}
((WritableCell) topLeft).setCellFormat(cf1);
// Handle the bottom left corner
if (bottomRight.getRow() > topLeft.getRow()) {
// Handle the corner cell
if (bottomRight.getColumn() != topLeft.getColumn()) {
CellXFRecord cf2 = new CellXFRecord(tlformat);
cf2.setBorder(Border.ALL, BorderLineStyle.NONE, Colour.BLACK);
cf2.setBorder(
Border.LEFT,
tlformat.getBorderLine(Border.LEFT),
tlformat.getBorderColour(Border.LEFT));
cf2.setBorder(
Border.BOTTOM,
tlformat.getBorderLine(Border.BOTTOM),
tlformat.getBorderColour(Border.BOTTOM));
index = borderFormats.indexOf(cf2);
if (index != -1) {
cf2 = (CellXFRecord) borderFormats.get(index);
} else {
borderFormats.add(cf2);
}
sheet.addCell(new Blank(topLeft.getColumn(), bottomRight.getRow(), cf2));
}
// Handle the cells down the left hand side (and along the
// right too, if necessary)
for (int i = topLeft.getRow() + 1; i < bottomRight.getRow(); i++) {
CellXFRecord cf3 = new CellXFRecord(tlformat);
cf3.setBorder(Border.ALL, BorderLineStyle.NONE, Colour.BLACK);
cf3.setBorder(
Border.LEFT,
tlformat.getBorderLine(Border.LEFT),
tlformat.getBorderColour(Border.LEFT));
if (topLeft.getColumn() == bottomRight.getColumn()) {
cf3.setBorder(
Border.RIGHT,
tlformat.getBorderLine(Border.RIGHT),
tlformat.getBorderColour(Border.RIGHT));
}
index = borderFormats.indexOf(cf3);
if (index != -1) {
cf3 = (CellXFRecord) borderFormats.get(index);
} else {
borderFormats.add(cf3);
}
sheet.addCell(new Blank(topLeft.getColumn(), i, cf3));
}
}
// Handle the top right corner
if (bottomRight.getColumn() > topLeft.getColumn()) {
if (bottomRight.getRow() != topLeft.getRow()) {
// Handle the corner cell
CellXFRecord cf6 = new CellXFRecord(tlformat);
cf6.setBorder(Border.ALL, BorderLineStyle.NONE, Colour.BLACK);
cf6.setBorder(
Border.RIGHT,
tlformat.getBorderLine(Border.RIGHT),
tlformat.getBorderColour(Border.RIGHT));
cf6.setBorder(
Border.TOP,
tlformat.getBorderLine(Border.TOP),
tlformat.getBorderColour(Border.TOP));
index = borderFormats.indexOf(cf6);
if (index != -1) {
cf6 = (CellXFRecord) borderFormats.get(index);
} else {
borderFormats.add(cf6);
}
sheet.addCell(new Blank(bottomRight.getColumn(), topLeft.getRow(), cf6));
}
// Handle the cells along the right
for (int i = topLeft.getRow() + 1; i < bottomRight.getRow(); i++) {
CellXFRecord cf7 = new CellXFRecord(tlformat);
cf7.setBorder(Border.ALL, BorderLineStyle.NONE, Colour.BLACK);
cf7.setBorder(
Border.RIGHT,
tlformat.getBorderLine(Border.RIGHT),
tlformat.getBorderColour(Border.RIGHT));
index = borderFormats.indexOf(cf7);
if (index != -1) {
cf7 = (CellXFRecord) borderFormats.get(index);
} else {
borderFormats.add(cf7);
}
sheet.addCell(new Blank(bottomRight.getColumn(), i, cf7));
}
// Handle the cells along the top, and along the bottom too
for (int i = topLeft.getColumn() + 1; i < bottomRight.getColumn(); i++) {
CellXFRecord cf8 = new CellXFRecord(tlformat);
cf8.setBorder(Border.ALL, BorderLineStyle.NONE, Colour.BLACK);
cf8.setBorder(
Border.TOP,
tlformat.getBorderLine(Border.TOP),
tlformat.getBorderColour(Border.TOP));
if (topLeft.getRow() == bottomRight.getRow()) {
cf8.setBorder(
Border.BOTTOM,
tlformat.getBorderLine(Border.BOTTOM),
tlformat.getBorderColour(Border.BOTTOM));
}
index = borderFormats.indexOf(cf8);
if (index != -1) {
cf8 = (CellXFRecord) borderFormats.get(index);
} else {
borderFormats.add(cf8);
}
sheet.addCell(new Blank(i, topLeft.getRow(), cf8));
}
}
// Handle the bottom right corner
if (bottomRight.getColumn() > topLeft.getColumn()
|| bottomRight.getRow() > topLeft.getRow()) {
// Handle the corner cell
CellXFRecord cf4 = new CellXFRecord(tlformat);
cf4.setBorder(Border.ALL, BorderLineStyle.NONE, Colour.BLACK);
cf4.setBorder(
Border.RIGHT,
tlformat.getBorderLine(Border.RIGHT),
tlformat.getBorderColour(Border.RIGHT));
cf4.setBorder(
Border.BOTTOM,
tlformat.getBorderLine(Border.BOTTOM),
tlformat.getBorderColour(Border.BOTTOM));
if (bottomRight.getRow() == topLeft.getRow()) {
cf4.setBorder(
Border.TOP,
tlformat.getBorderLine(Border.TOP),
tlformat.getBorderColour(Border.TOP));
}
if (bottomRight.getColumn() == topLeft.getColumn()) {
cf4.setBorder(
Border.LEFT,
tlformat.getBorderLine(Border.LEFT),
tlformat.getBorderColour(Border.LEFT));
}
index = borderFormats.indexOf(cf4);
if (index != -1) {
cf4 = (CellXFRecord) borderFormats.get(index);
} else {
borderFormats.add(cf4);
}
sheet.addCell(new Blank(bottomRight.getColumn(), bottomRight.getRow(), cf4));
// Handle the cells along the bottom (and along the top
// as well, if appropriate)
for (int i = topLeft.getColumn() + 1; i < bottomRight.getColumn(); i++) {
CellXFRecord cf5 = new CellXFRecord(tlformat);
cf5.setBorder(Border.ALL, BorderLineStyle.NONE, Colour.BLACK);
cf5.setBorder(
Border.BOTTOM,
tlformat.getBorderLine(Border.BOTTOM),
tlformat.getBorderColour(Border.BOTTOM));
if (topLeft.getRow() == bottomRight.getRow()) {
cf5.setBorder(
Border.TOP,
tlformat.getBorderLine(Border.TOP),
tlformat.getBorderColour(Border.TOP));
}
index = borderFormats.indexOf(cf5);
if (index != -1) {
cf5 = (CellXFRecord) borderFormats.get(index);
} else {
borderFormats.add(cf5);
}
sheet.addCell(new Blank(i, bottomRight.getRow(), cf5));
}
}
} catch (WriteException e) {
// just log e.toString(), not the whole stack trace
logger.warn(e.toString());
}
}
}
}
@Override
public void update() {
logger.info("Updating gamecontroller");
this.loadData();
}
/**
* Contains the functionality necessary for writing out a sheet. Originally this was incorporated in
* WritableSheetImpl, but was moved out into a dedicated class in order to reduce the over bloated
* nature of that class
*/
final class SheetWriter {
/** The logger */
private static Logger logger = Logger.getLogger(SheetWriter.class);
/** A handle to the output file which the binary data is written to */
private File outputFile;
/** The rows within this sheet */
private RowRecord[] rows;
/** A number of rows. This is a count of the maximum row number + 1 */
private int numRows;
/** The number of columns. This is a count of the maximum column number + 1 */
private int numCols;
/** The page header */
private HeaderRecord header;
/** The page footer */
private FooterRecord footer;
/** The settings for the sheet */
private SheetSettings settings;
/** The settings for the workbook */
private WorkbookSettings workbookSettings;
/** Array of row page breaks */
private ArrayList rowBreaks;
/** Array of column page breaks */
private ArrayList columnBreaks;
/** Array of hyperlinks */
private ArrayList hyperlinks;
/** Array of conditional formats */
private ArrayList conditionalFormats;
/** The autofilter info */
private AutoFilter autoFilter;
/** Array of validated cells */
private ArrayList validatedCells;
/** The data validation validations */
private DataValidation dataValidation;
/** The list of merged ranges */
private MergedCells mergedCells;
/** The environment specific print record */
private PLSRecord plsRecord;
/** The button property ste */
private ButtonPropertySetRecord buttonPropertySet;
/** The workspace options */
private WorkspaceInformationRecord workspaceOptions;
/** The column format overrides */
private TreeSet columnFormats;
/** The list of drawings */
private SheetDrawingWriter drawingWriter;
/** Flag indicates that this sheet contains just a chart, and nothing else */
private boolean chartOnly;
/** The maximum row outline level */
private int maxRowOutlineLevel;
/** The maximum column outline level */
private int maxColumnOutlineLevel;
/**
* A handle back to the writable sheet, in order for this class to invoke the get accessor methods
*/
private WritableSheetImpl sheet;
/**
* Creates a new <code>SheetWriter</code> instance.
*
* @param of the output file
*/
public SheetWriter(File of, WritableSheetImpl wsi, WorkbookSettings ws) {
outputFile = of;
sheet = wsi;
workspaceOptions = new WorkspaceInformationRecord();
workbookSettings = ws;
chartOnly = false;
drawingWriter = new SheetDrawingWriter(ws);
}
/**
* Writes out this sheet. First writes out the standard sheet information then writes out each row
* in turn. Once all the rows have been written out, it retrospectively adjusts the offset
* references in the file
*
* @exception IOException
*/
public void write() throws IOException {
Assert.verify(rows != null);
// This worksheet consists of just one chart, so write it and return
if (chartOnly) {
drawingWriter.write(outputFile);
return;
}
BOFRecord bof = new BOFRecord(BOFRecord.sheet);
outputFile.write(bof);
// Compute the number of blocks of 32 rows that will be needed
int numBlocks = numRows / 32;
if (numRows - numBlocks * 32 != 0) {
numBlocks++;
}
int indexPos = outputFile.getPos();
// Write the index record out now in order to serve as a place holder
// The bof passed in is the bof of the workbook, not this sheet
IndexRecord indexRecord = new IndexRecord(0, numRows, numBlocks);
outputFile.write(indexRecord);
if (settings.getAutomaticFormulaCalculation()) {
CalcModeRecord cmr = new CalcModeRecord(CalcModeRecord.automatic);
outputFile.write(cmr);
} else {
CalcModeRecord cmr = new CalcModeRecord(CalcModeRecord.manual);
outputFile.write(cmr);
}
CalcCountRecord ccr = new CalcCountRecord(0x64);
outputFile.write(ccr);
RefModeRecord rmr = new RefModeRecord();
outputFile.write(rmr);
IterationRecord itr = new IterationRecord(false);
outputFile.write(itr);
DeltaRecord dtr = new DeltaRecord(0.001);
outputFile.write(dtr);
SaveRecalcRecord srr = new SaveRecalcRecord(settings.getRecalculateFormulasBeforeSave());
outputFile.write(srr);
PrintHeadersRecord phr = new PrintHeadersRecord(settings.getPrintHeaders());
outputFile.write(phr);
PrintGridLinesRecord pglr = new PrintGridLinesRecord(settings.getPrintGridLines());
outputFile.write(pglr);
GridSetRecord gsr = new GridSetRecord(true);
outputFile.write(gsr);
GuttersRecord gutr = new GuttersRecord();
gutr.setMaxColumnOutline(maxColumnOutlineLevel + 1);
gutr.setMaxRowOutline(maxRowOutlineLevel + 1);
outputFile.write(gutr);
DefaultRowHeightRecord drhr =
new DefaultRowHeightRecord(
settings.getDefaultRowHeight(),
settings.getDefaultRowHeight() != SheetSettings.DEFAULT_DEFAULT_ROW_HEIGHT);
outputFile.write(drhr);
if (maxRowOutlineLevel > 0) {
workspaceOptions.setRowOutlines(true);
}
if (maxColumnOutlineLevel > 0) {
workspaceOptions.setColumnOutlines(true);
}
workspaceOptions.setFitToPages(settings.getFitToPages());
outputFile.write(workspaceOptions);
if (rowBreaks.size() > 0) {
int[] rb = new int[rowBreaks.size()];
for (int i = 0; i < rb.length; i++) {
rb[i] = ((Integer) rowBreaks.get(i)).intValue();
}
HorizontalPageBreaksRecord hpbr = new HorizontalPageBreaksRecord(rb);
outputFile.write(hpbr);
}
if (columnBreaks.size() > 0) {
int[] rb = new int[columnBreaks.size()];
for (int i = 0; i < rb.length; i++) {
rb[i] = ((Integer) columnBreaks.get(i)).intValue();
}
VerticalPageBreaksRecord hpbr = new VerticalPageBreaksRecord(rb);
outputFile.write(hpbr);
}
HeaderRecord header = new HeaderRecord(settings.getHeader().toString());
outputFile.write(header);
FooterRecord footer = new FooterRecord(settings.getFooter().toString());
outputFile.write(footer);
HorizontalCentreRecord hcr = new HorizontalCentreRecord(settings.isHorizontalCentre());
outputFile.write(hcr);
VerticalCentreRecord vcr = new VerticalCentreRecord(settings.isVerticalCentre());
outputFile.write(vcr);
// Write out the margins if they don't equal the default
if (settings.getLeftMargin() != settings.getDefaultWidthMargin()) {
MarginRecord mr = new LeftMarginRecord(settings.getLeftMargin());
outputFile.write(mr);
}
if (settings.getRightMargin() != settings.getDefaultWidthMargin()) {
MarginRecord mr = new RightMarginRecord(settings.getRightMargin());
outputFile.write(mr);
}
if (settings.getTopMargin() != settings.getDefaultHeightMargin()) {
MarginRecord mr = new TopMarginRecord(settings.getTopMargin());
outputFile.write(mr);
}
if (settings.getBottomMargin() != settings.getDefaultHeightMargin()) {
MarginRecord mr = new BottomMarginRecord(settings.getBottomMargin());
outputFile.write(mr);
}
if (plsRecord != null) {
outputFile.write(plsRecord);
}
SetupRecord setup = new SetupRecord(settings);
outputFile.write(setup);
if (settings.isProtected()) {
ProtectRecord pr = new ProtectRecord(settings.isProtected());
outputFile.write(pr);
ScenarioProtectRecord spr = new ScenarioProtectRecord(settings.isProtected());
outputFile.write(spr);
ObjectProtectRecord opr = new ObjectProtectRecord(settings.isProtected());
outputFile.write(opr);
if (settings.getPassword() != null) {
PasswordRecord pw = new PasswordRecord(settings.getPassword());
outputFile.write(pw);
} else if (settings.getPasswordHash() != 0) {
PasswordRecord pw = new PasswordRecord(settings.getPasswordHash());
outputFile.write(pw);
}
}
indexRecord.setDataStartPosition(outputFile.getPos());
DefaultColumnWidth dcw = new DefaultColumnWidth(settings.getDefaultColumnWidth());
outputFile.write(dcw);
// Get a handle to the normal styles
WritableCellFormat normalStyle = sheet.getWorkbook().getStyles().getNormalStyle();
WritableCellFormat defaultDateFormat = sheet.getWorkbook().getStyles().getDefaultDateFormat();
// Write out all the column formats
ColumnInfoRecord cir = null;
for (Iterator colit = columnFormats.iterator(); colit.hasNext(); ) {
cir = (ColumnInfoRecord) colit.next();
// Writing out the column info with index 0x100 causes excel to crash
if (cir.getColumn() < 0x100) {
outputFile.write(cir);
}
XFRecord xfr = cir.getCellFormat();
if (xfr != normalStyle && cir.getColumn() < 0x100) {
// Make this the format for every cell in the column
Cell[] cells = getColumn(cir.getColumn());
for (int i = 0; i < cells.length; i++) {
if (cells[i] != null
&& (cells[i].getCellFormat() == normalStyle
|| cells[i].getCellFormat() == defaultDateFormat)) {
// The cell has no overriding format specified, so
// set it to the column default
((WritableCell) cells[i]).setCellFormat(xfr);
}
}
}
}
// Write out the auto filter
if (autoFilter != null) {
autoFilter.write(outputFile);
}
DimensionRecord dr = new DimensionRecord(numRows, numCols);
outputFile.write(dr);
// Write out all the rows, in blocks of 32
for (int block = 0; block < numBlocks; block++) {
DBCellRecord dbcell = new DBCellRecord(outputFile.getPos());
int blockRows = Math.min(32, numRows - block * 32);
boolean firstRow = true;
// First write out all the row records
for (int i = block * 32; i < block * 32 + blockRows; i++) {
if (rows[i] != null) {
rows[i].write(outputFile);
if (firstRow) {
dbcell.setCellOffset(outputFile.getPos());
firstRow = false;
}
}
}
// Now write out all the cells
for (int i = block * 32; i < block * 32 + blockRows; i++) {
if (rows[i] != null) {
dbcell.addCellRowPosition(outputFile.getPos());
rows[i].writeCells(outputFile);
}
}
// Now set the current file position in the index record
indexRecord.addBlockPosition(outputFile.getPos());
// Set the position of the file pointer and write out the DBCell
// record
dbcell.setPosition(outputFile.getPos());
outputFile.write(dbcell);
}
// Do the drawings and charts if enabled
if (!workbookSettings.getDrawingsDisabled()) {
drawingWriter.write(outputFile);
}
Window2Record w2r = new Window2Record(settings);
outputFile.write(w2r);
// Handle the frozen panes
if (settings.getHorizontalFreeze() != 0 || settings.getVerticalFreeze() != 0) {
PaneRecord pr = new PaneRecord(settings.getHorizontalFreeze(), settings.getVerticalFreeze());
outputFile.write(pr);
// Handle the selection record. First, there will always be a top left
SelectionRecord sr = new SelectionRecord(SelectionRecord.upperLeft, 0, 0);
outputFile.write(sr);
// Top right
if (settings.getHorizontalFreeze() != 0) {
sr = new SelectionRecord(SelectionRecord.upperRight, settings.getHorizontalFreeze(), 0);
outputFile.write(sr);
}
// Bottom left
if (settings.getVerticalFreeze() != 0) {
sr = new SelectionRecord(SelectionRecord.lowerLeft, 0, settings.getVerticalFreeze());
outputFile.write(sr);
}
// Bottom right
if (settings.getHorizontalFreeze() != 0 && settings.getVerticalFreeze() != 0) {
sr =
new SelectionRecord(
SelectionRecord.lowerRight,
settings.getHorizontalFreeze(),
settings.getVerticalFreeze());
outputFile.write(sr);
}
Weird1Record w1r = new Weird1Record();
outputFile.write(w1r);
} else {
// No frozen panes - just write out the selection record for the
// whole sheet
SelectionRecord sr = new SelectionRecord(SelectionRecord.upperLeft, 0, 0);
outputFile.write(sr);
}
// Handle the zoom factor
if (settings.getZoomFactor() != 100) {
SCLRecord sclr = new SCLRecord(settings.getZoomFactor());
outputFile.write(sclr);
}
// Now write out all the merged cells
mergedCells.write(outputFile);
// Write out all the hyperlinks
Iterator hi = hyperlinks.iterator();
WritableHyperlink hlr = null;
while (hi.hasNext()) {
hlr = (WritableHyperlink) hi.next();
outputFile.write(hlr);
}
if (buttonPropertySet != null) {
outputFile.write(buttonPropertySet);
}
// Write out the data validations
if (dataValidation != null || validatedCells.size() > 0) {
writeDataValidation();
}
// Write out the conditional formats
if (conditionalFormats != null && conditionalFormats.size() > 0) {
for (Iterator i = conditionalFormats.iterator(); i.hasNext(); ) {
ConditionalFormat cf = (ConditionalFormat) i.next();
cf.write(outputFile);
}
}
EOFRecord eof = new EOFRecord();
outputFile.write(eof);
// Now the various cross reference offsets have been calculated,
// retrospectively set the values in the output file
outputFile.setData(indexRecord.getData(), indexPos + 4);
}
/**
* Gets the header. Called when copying sheets
*
* @return the page header
*/
final HeaderRecord getHeader() {
return header;
}
/**
* Gets the footer. Called when copying sheets
*
* @return the page footer
*/
final FooterRecord getFooter() {
return footer;
}
/**
* Sets the data necessary for writing out the sheet. This method must be called immediately prior
* to writing
*
* @param rws the rows in the spreadsheet
*/
void setWriteData(
RowRecord[] rws,
ArrayList rb,
ArrayList cb,
ArrayList hl,
MergedCells mc,
TreeSet cf,
int mrol,
int mcol) {
rows = rws;
rowBreaks = rb;
columnBreaks = cb;
hyperlinks = hl;
mergedCells = mc;
columnFormats = cf;
maxRowOutlineLevel = mrol;
maxColumnOutlineLevel = mcol;
}
/**
* Sets the dimensions of this spreadsheet. This method must be called immediately prior to
* writing
*
* @param rws the number of rows
* @param cls the number of columns
*/
void setDimensions(int rws, int cls) {
numRows = rws;
numCols = cls;
}
/**
* Sets the sheet settings for this particular sheet. Must be called immediately prior to writing
*
* @param sr the sheet settings
*/
void setSettings(SheetSettings sr) {
settings = sr;
}
/**
* Accessor for the workspace options
*
* @return the workspace options
*/
WorkspaceInformationRecord getWorkspaceOptions() {
return workspaceOptions;
}
/**
* Accessor for the workspace options
*
* @param wo the workspace options
*/
void setWorkspaceOptions(WorkspaceInformationRecord wo) {
if (wo != null) {
workspaceOptions = wo;
}
}
/**
* Sets the charts for this sheet
*
* @param ch the charts
*/
void setCharts(Chart[] ch) {
drawingWriter.setCharts(ch);
}
/**
* Sets the drawings on this sheet
*
* @param dr the list of drawings
* @param mod a modified flag
*/
void setDrawings(ArrayList dr, boolean mod) {
drawingWriter.setDrawings(dr, mod);
}
/**
* Accessor for the charts on this sheet
*
* @return the charts
*/
Chart[] getCharts() {
return drawingWriter.getCharts();
}
/**
* Check all the merged cells for borders. If the merge record has borders, then we need to rejig
* the cell formats to take account of this. This is called by the write method of the
* WritableWorkbookImpl, so that any new XFRecords that are created may be written out with the
* others
*/
void checkMergedBorders() {
Range[] mcells = mergedCells.getMergedCells();
ArrayList borderFormats = new ArrayList();
for (int mci = 0; mci < mcells.length; mci++) {
Range range = mcells[mci];
Cell topLeft = range.getTopLeft();
XFRecord tlformat = (XFRecord) topLeft.getCellFormat();
if (tlformat != null && tlformat.hasBorders() == true && !tlformat.isRead()) {
try {
CellXFRecord cf1 = new CellXFRecord(tlformat);
Cell bottomRight = range.getBottomRight();
cf1.setBorder(Border.ALL, BorderLineStyle.NONE, Colour.BLACK);
cf1.setBorder(
Border.LEFT,
tlformat.getBorderLine(Border.LEFT),
tlformat.getBorderColour(Border.LEFT));
cf1.setBorder(
Border.TOP, tlformat.getBorderLine(Border.TOP), tlformat.getBorderColour(Border.TOP));
if (topLeft.getRow() == bottomRight.getRow()) {
cf1.setBorder(
Border.BOTTOM,
tlformat.getBorderLine(Border.BOTTOM),
tlformat.getBorderColour(Border.BOTTOM));
}
if (topLeft.getColumn() == bottomRight.getColumn()) {
cf1.setBorder(
Border.RIGHT,
tlformat.getBorderLine(Border.RIGHT),
tlformat.getBorderColour(Border.RIGHT));
}
int index = borderFormats.indexOf(cf1);
if (index != -1) {
cf1 = (CellXFRecord) borderFormats.get(index);
} else {
borderFormats.add(cf1);
}
((WritableCell) topLeft).setCellFormat(cf1);
// Handle the bottom left corner
if (bottomRight.getRow() > topLeft.getRow()) {
// Handle the corner cell
if (bottomRight.getColumn() != topLeft.getColumn()) {
CellXFRecord cf2 = new CellXFRecord(tlformat);
cf2.setBorder(Border.ALL, BorderLineStyle.NONE, Colour.BLACK);
cf2.setBorder(
Border.LEFT,
tlformat.getBorderLine(Border.LEFT),
tlformat.getBorderColour(Border.LEFT));
cf2.setBorder(
Border.BOTTOM,
tlformat.getBorderLine(Border.BOTTOM),
tlformat.getBorderColour(Border.BOTTOM));
index = borderFormats.indexOf(cf2);
if (index != -1) {
cf2 = (CellXFRecord) borderFormats.get(index);
} else {
borderFormats.add(cf2);
}
sheet.addCell(new Blank(topLeft.getColumn(), bottomRight.getRow(), cf2));
}
// Handle the cells down the left hand side (and along the
// right too, if necessary)
for (int i = topLeft.getRow() + 1; i < bottomRight.getRow(); i++) {
CellXFRecord cf3 = new CellXFRecord(tlformat);
cf3.setBorder(Border.ALL, BorderLineStyle.NONE, Colour.BLACK);
cf3.setBorder(
Border.LEFT,
tlformat.getBorderLine(Border.LEFT),
tlformat.getBorderColour(Border.LEFT));
if (topLeft.getColumn() == bottomRight.getColumn()) {
cf3.setBorder(
Border.RIGHT,
tlformat.getBorderLine(Border.RIGHT),
tlformat.getBorderColour(Border.RIGHT));
}
index = borderFormats.indexOf(cf3);
if (index != -1) {
cf3 = (CellXFRecord) borderFormats.get(index);
} else {
borderFormats.add(cf3);
}
sheet.addCell(new Blank(topLeft.getColumn(), i, cf3));
}
}
// Handle the top right corner
if (bottomRight.getColumn() > topLeft.getColumn()) {
if (bottomRight.getRow() != topLeft.getRow()) {
// Handle the corner cell
CellXFRecord cf6 = new CellXFRecord(tlformat);
cf6.setBorder(Border.ALL, BorderLineStyle.NONE, Colour.BLACK);
cf6.setBorder(
Border.RIGHT,
tlformat.getBorderLine(Border.RIGHT),
tlformat.getBorderColour(Border.RIGHT));
cf6.setBorder(
Border.TOP,
tlformat.getBorderLine(Border.TOP),
tlformat.getBorderColour(Border.TOP));
index = borderFormats.indexOf(cf6);
if (index != -1) {
cf6 = (CellXFRecord) borderFormats.get(index);
} else {
borderFormats.add(cf6);
}
sheet.addCell(new Blank(bottomRight.getColumn(), topLeft.getRow(), cf6));
}
// Handle the cells along the right
for (int i = topLeft.getRow() + 1; i < bottomRight.getRow(); i++) {
CellXFRecord cf7 = new CellXFRecord(tlformat);
cf7.setBorder(Border.ALL, BorderLineStyle.NONE, Colour.BLACK);
cf7.setBorder(
Border.RIGHT,
tlformat.getBorderLine(Border.RIGHT),
tlformat.getBorderColour(Border.RIGHT));
index = borderFormats.indexOf(cf7);
if (index != -1) {
cf7 = (CellXFRecord) borderFormats.get(index);
} else {
borderFormats.add(cf7);
}
sheet.addCell(new Blank(bottomRight.getColumn(), i, cf7));
}
// Handle the cells along the top, and along the bottom too
for (int i = topLeft.getColumn() + 1; i < bottomRight.getColumn(); i++) {
CellXFRecord cf8 = new CellXFRecord(tlformat);
cf8.setBorder(Border.ALL, BorderLineStyle.NONE, Colour.BLACK);
cf8.setBorder(
Border.TOP,
tlformat.getBorderLine(Border.TOP),
tlformat.getBorderColour(Border.TOP));
if (topLeft.getRow() == bottomRight.getRow()) {
cf8.setBorder(
Border.BOTTOM,
tlformat.getBorderLine(Border.BOTTOM),
tlformat.getBorderColour(Border.BOTTOM));
}
index = borderFormats.indexOf(cf8);
if (index != -1) {
cf8 = (CellXFRecord) borderFormats.get(index);
} else {
borderFormats.add(cf8);
}
sheet.addCell(new Blank(i, topLeft.getRow(), cf8));
}
}
// Handle the bottom right corner
if (bottomRight.getColumn() > topLeft.getColumn()
|| bottomRight.getRow() > topLeft.getRow()) {
// Handle the corner cell
CellXFRecord cf4 = new CellXFRecord(tlformat);
cf4.setBorder(Border.ALL, BorderLineStyle.NONE, Colour.BLACK);
cf4.setBorder(
Border.RIGHT,
tlformat.getBorderLine(Border.RIGHT),
tlformat.getBorderColour(Border.RIGHT));
cf4.setBorder(
Border.BOTTOM,
tlformat.getBorderLine(Border.BOTTOM),
tlformat.getBorderColour(Border.BOTTOM));
if (bottomRight.getRow() == topLeft.getRow()) {
cf4.setBorder(
Border.TOP,
tlformat.getBorderLine(Border.TOP),
tlformat.getBorderColour(Border.TOP));
}
if (bottomRight.getColumn() == topLeft.getColumn()) {
cf4.setBorder(
Border.LEFT,
tlformat.getBorderLine(Border.LEFT),
tlformat.getBorderColour(Border.LEFT));
}
index = borderFormats.indexOf(cf4);
if (index != -1) {
cf4 = (CellXFRecord) borderFormats.get(index);
} else {
borderFormats.add(cf4);
}
sheet.addCell(new Blank(bottomRight.getColumn(), bottomRight.getRow(), cf4));
// Handle the cells along the bottom (and along the top
// as well, if appropriate)
for (int i = topLeft.getColumn() + 1; i < bottomRight.getColumn(); i++) {
CellXFRecord cf5 = new CellXFRecord(tlformat);
cf5.setBorder(Border.ALL, BorderLineStyle.NONE, Colour.BLACK);
cf5.setBorder(
Border.BOTTOM,
tlformat.getBorderLine(Border.BOTTOM),
tlformat.getBorderColour(Border.BOTTOM));
if (topLeft.getRow() == bottomRight.getRow()) {
cf5.setBorder(
Border.TOP,
tlformat.getBorderLine(Border.TOP),
tlformat.getBorderColour(Border.TOP));
}
index = borderFormats.indexOf(cf5);
if (index != -1) {
cf5 = (CellXFRecord) borderFormats.get(index);
} else {
borderFormats.add(cf5);
}
sheet.addCell(new Blank(i, bottomRight.getRow(), cf5));
}
}
} catch (WriteException e) {
// just log e.toString(), not the whole stack trace
logger.warn(e.toString());
}
}
}
}
/**
* Get the cells in the column. Don't use the interface method getColumn for this as this will
* create loads of empty cells, and we could do without that overhead
*/
private Cell[] getColumn(int col) {
// Find the last non-null cell
boolean found = false;
int row = numRows - 1;
while (row >= 0 && !found) {
if (rows[row] != null && rows[row].getCell(col) != null) {
found = true;
} else {
row--;
}
}
// Only create entries for non-empty cells
Cell[] cells = new Cell[row + 1];
for (int i = 0; i <= row; i++) {
cells[i] = rows[i] != null ? rows[i].getCell(col) : null;
}
return cells;
}
/** Sets a flag to indicate that this sheet contains a chart only */
void setChartOnly() {
chartOnly = true;
}
/**
* Sets the environment specific print record
*
* @param pls the print record
*/
void setPLS(PLSRecord pls) {
plsRecord = pls;
}
/**
* Sets the button property set record
*
* @param bps the button property set
*/
void setButtonPropertySet(ButtonPropertySetRecord bps) {
buttonPropertySet = bps;
}
/**
* Sets the data validations
*
* @param dv the read-in list of data validations
* @param vc the api manipulated set of data validations
*/
void setDataValidation(DataValidation dv, ArrayList vc) {
dataValidation = dv;
validatedCells = vc;
}
/**
* Sets the conditional formats
*
* @param cf the conditonal formats
*/
void setConditionalFormats(ArrayList cf) {
conditionalFormats = cf;
}
/**
* Sets the auto filter
*
* @param af the autofilter
*/
void setAutoFilter(AutoFilter af) {
autoFilter = af;
}
/** Writes out the data validations */
private void writeDataValidation() throws IOException {
if (dataValidation != null && validatedCells.size() == 0) {
// only data validations are those read in
dataValidation.write(outputFile);
return;
}
if (dataValidation == null && validatedCells.size() > 0) {
int comboBoxId =
sheet.getComboBox() != null
? sheet.getComboBox().getObjectId()
: DataValidation.DEFAULT_OBJECT_ID;
dataValidation =
new DataValidation(
comboBoxId, sheet.getWorkbook(), sheet.getWorkbook(), workbookSettings);
for (Iterator i = validatedCells.iterator(); i.hasNext(); ) {
CellValue cv = (CellValue) i.next();
CellFeatures cf = cv.getCellFeatures();
DataValiditySettingsRecord dvsr = new DataValiditySettingsRecord(cf.getDVParser());
dataValidation.add(dvsr);
}
dataValidation.write(outputFile);
return;
}
// Read and write validations
for (Iterator i = validatedCells.iterator(); i.hasNext(); ) {
CellValue cv = (CellValue) i.next();
CellFeatures cf = cv.getCellFeatures();
DataValiditySettingsRecord dvsr = new DataValiditySettingsRecord(cf.getDVParser());
dataValidation.add(dvsr);
}
dataValidation.write(outputFile);
return;
}
}
/**
* WARNING! All factories of instances of this class guarantee, that there won't be generated two
* different instances with equal handles and equal contexts. Actually all factories are lazy, and
* class contains it's own implementation of memory management above native one. Also all
* constructors are private.
*
* <p>Box for determining an element (by it's WebHandle) and what exactly to do with it. Aka node in
* EFG. .equals(obj) and .hashCode() are overrided Created by user on 7/23/15.
*/
public class Event extends Tickable {
private static Logger log = Logger.get(new Event(new WebHandle(JetURL.createOwn404(), ""), null));
/** This implements "memory-management" claimed above. */
private static HashMap<Event, Event> memory = new HashMap<>();
private final int
hash; // should be stored until all affecting values (context and handle) are final
/** To do smth with element we have to find it. WebHandle helps to find=) */
public final WebHandle handle;
/** If element is writable, this string contains, what we are going to type in. */
public final String context;
/** Should be called in the end of every public factory */
private static Event creationFinalizer(Event event) {
if (memory.containsKey(event)) return memory.get(event);
memory.put(event, event);
return event;
}
/** Just a constructor. Fills hash field. */
private Event(WebHandle handle, String context) {
this.handle = handle;
this.context = context;
hash = handle.hashCode() + Utils.hashString(context) * 239;
}
/** Factory method for convenient creating of root element. Will be terminal */
public static Event createRoot(String url) {
return create(WebHandle.createRootHandle(new JetURL(url)), "");
}
public static Event create(WebHandle handle, String context) {
return creationFinalizer(new Event(handle, context));
}
/**
* @param list handles to operate with in Event-s
* @return List of Event-s, consisting of operations with web-elements specified by handles. E.g.
* "click" or "write abacaba"
*/
public static List<Event> generateTestEvents(List<WebHandle> list) {
// TODO here parameters of generated events can be specified
// TODO writable are determined as clickable for a while
List<Event> result = new ArrayList<>();
for (WebHandle handle : list) result.add(creationFinalizer(new Event(handle, "")));
return result;
}
/**
* Performs event in specified WebDriver
*
* @param driver WebDriver to perform in
* @return true in case of success (Element existed and was visible)
*/
public boolean perform(WebDriver driver) {
return perform(handle, driver);
}
/**
* This static one is pretty useful for using from inside of checker in Scanner, cause Event can't
* be constructed in that moment. For other usage refer to {@link #perform(WebDriver)}
*
* @param driver WebDriver to perform in
* @param handle handle with which event will be performed
* @return true in case of success (Element existed and was visible)
*/
// TODO this requires redesign for writables
public static boolean perform(WebHandle handle, WebDriver driver) {
WebElement we = handle.findElement(driver);
if (we == null) {
// TODO this place strongly interferes with driver's implicitly wait. So, I think, personal
// fails counter per handle needed.
log.error(
handle.url.graphUrl()
+ " | "
+ handle.xpath
+ "\n"
+ "Unable to .perform(WebDriver), cause search of element by stored selector is failed.");
return false;
}
if (!we.isDisplayed() || !we.isEnabled()) {
log.error(
handle.url.graphUrl()
+ " | "
+ handle.xpath
+ "\n"
+ "Failed to .perform(WebDriver), cause element not displayed or not enabled.");
return false;
}
switch (handle.eltype) {
case clickable:
we.click();
break;
// case writable: we.sendKeys(context); break;
case terminal:
if (handle.isRoot()) return true;
assert false : "terminal elements was touched";
break;
default:
assert false : "this shouldn't have happened???";
break;
}
return true;
}
@Override
public int hashCode() {
return hash;
}
@Override
public boolean equals(Object obj) {
return obj instanceof Event
&& context.equals(((Event) obj).context)
&& handle.equals(((Event) obj).handle);
}
@Override
public String toString() {
return handle + (context.length() == 0 ? "" : " (" + context + ")");
}
}
public class GameController implements UpdateableView {
private Game actualGame = new Game();
private GameService gameService;
private List<SelectItem> units;
private List<SelectItem> configurables;
private boolean editingGame = false;
private boolean settingGame = false;
private long productionTime = 0;
private long duration = 0;
private long lowerThreshold = 0;
private long upperThreshold = 0;
private long durationUnitDivider = 1000;
private long productionUnitDivider = 1000;
private long lowerThresholdUnitDivider = 1000;
private long upperThresholdUnitDivider = 1000;
private UIData gamesTable;
private List<Game> games = new ArrayList<Game>();
private static final String SEGS = "segs";
private static final String MINS = "mins";
private static final String HRS = "hrs";
private static final String DAYS = "días";
private String durationUnit = SEGS;
private String productionTimeUnit = SEGS;
private String thresholdEventsUnit = SEGS;
private static final String FACTORES_LABEL = "Factores";
private static final String RECURSOS_LABEL = "Materiales";
private static final String POBLACION_LABEL = "Población";
private static final String EVENTS_LABEL = "Eventos";
private Logger logger = Logger.getLogger(GameController.class);
private String[] unitsNames = {SEGS, MINS, HRS, DAYS};
private String[] configurableThings = {
FACTORES_LABEL, RECURSOS_LABEL, POBLACION_LABEL, EVENTS_LABEL
};
public List<SelectItem> getUnits() {
units = UtopiaUtil.getItems(unitsNames);
return units;
}
@PostConstruct
public void loadData() {
games = gameService.findAllGames();
logger.info("Retreaving all games ...");
for (Game game : games) {
logger.info("Game ..." + game.getName() + " date " + game.getStartTime());
}
}
public void newGame(javax.faces.event.ActionEvent event) {
editingGame = true;
actualGame = new Game();
clearTemporalValues();
}
public void saveGame(javax.faces.event.ActionEvent event) {
editingGame = false;
long result = 0;
result = getMilsec(durationUnit, duration);
actualGame.setDuration(result);
result = getMilsec(thresholdEventsUnit, lowerThreshold);
actualGame.setLowerThreshold(result);
result = getMilsec(thresholdEventsUnit, upperThreshold);
actualGame.setUpperThreshold(result);
result = getMilsec(productionTimeUnit, productionTime);
actualGame.setProductionTime(result);
gameService.save(actualGame);
actualGame = new Game();
games = gameService.findAllGames();
clearTemporalValues();
}
private void clearTemporalValues() {
productionTime = 0;
upperThreshold = 0;
lowerThreshold = 0;
duration = 0;
}
private long getMilsec(String unit, long time) {
long result = 0;
if (unit == null || time <= 0) return 0;
if (SEGS.equalsIgnoreCase(unit)) {
result = TimeUnit.SECONDS.toMillis(time);
return result;
}
if (MINS.equalsIgnoreCase(unit)) {
result = TimeUnit.MINUTES.toMillis(time);
return result;
}
if (HRS.equalsIgnoreCase(unit)) {
result = TimeUnit.HOURS.toMillis(time);
return result;
}
if (DAYS.equalsIgnoreCase(unit)) {
result = TimeUnit.DAYS.toMillis(time);
return result;
}
return 0;
}
public void settingUpGame(javax.faces.event.ActionEvent event) {
settingGame = true;
int selectedRowIndex = gamesTable.getRowIndex();
actualGame = games.get(selectedRowIndex);
logger.info("selected game " + actualGame.getName());
transformToActualUnits();
}
public void settingUpPlayers(javax.faces.event.ActionEvent event) {
int selectedRowIndex = gamesTable.getRowIndex();
actualGame = games.get(selectedRowIndex);
logger.info("selected game " + actualGame.getName());
}
public void listGames(javax.faces.event.ActionEvent event) {
settingGame = false;
games = gameService.findAllGames();
}
public void changeTimeUnit(ValueChangeEvent event) {
logger.info(
"UI Component Id " + event.getComponent().getId() + " new value " + event.getNewValue());
String idComponent = event.getComponent().getId();
String unit = event.getNewValue().toString();
if (idComponent.startsWith("somGameDuration")) {
this.durationUnit = unit;
}
if (idComponent.startsWith("somProductionTime")) {
this.productionTimeUnit = unit;
}
if (idComponent.startsWith("somEnventTime")) {
this.thresholdEventsUnit = unit;
}
transformToActualUnits();
}
private long calculateUnitDivider(String unit) {
long result = 1;
if (unit == null) return 1;
if (SEGS.equalsIgnoreCase(unit)) {
result = 1000;
return result;
}
if (MINS.equalsIgnoreCase(unit)) {
result = 1000 * 60;
return result;
}
if (HRS.equalsIgnoreCase(unit)) {
result = 1000 * 60 * 60;
return result;
}
if (DAYS.equalsIgnoreCase(unit)) {
result = 1000 * 60 * 60 * 24;
return result;
}
return result;
}
public void editGame(javax.faces.event.ActionEvent event) {
editingGame = true;
int selectedRowIndex = gamesTable.getRowIndex();
actualGame = games.get(selectedRowIndex);
transformToActualUnits();
}
private void transformToActualUnits() {
durationUnitDivider = calculateUnitDivider(durationUnit);
productionUnitDivider = calculateUnitDivider(productionTimeUnit);
upperThresholdUnitDivider =
lowerThresholdUnitDivider = calculateUnitDivider(thresholdEventsUnit);
duration = actualGame.getDuration() / durationUnitDivider;
lowerThreshold = actualGame.getLowerThreshold() / productionUnitDivider;
upperThreshold = actualGame.getUpperThreshold() / upperThresholdUnitDivider;
productionTime = actualGame.getProductionTime() / upperThresholdUnitDivider;
}
public void deleteGame(javax.faces.event.ActionEvent event) {
editingGame = false;
int selectedRowIndex = gamesTable.getRowIndex();
actualGame = games.get(selectedRowIndex);
gameService.delete(actualGame);
actualGame = new Game();
games = gameService.findAllGames();
}
public void cancelEditing(javax.faces.event.ActionEvent event) {
editingGame = false;
actualGame = new Game();
}
public void setActualGame(Game actualGame) {
this.actualGame = actualGame;
}
public Game getActualGame() {
return (this.actualGame);
}
public String[] getUnitsNames() {
return (this.unitsNames);
}
public void setUnitsNames(String[] unitsNames) {
this.unitsNames = unitsNames;
}
public void setUnits(List<SelectItem> units) {
this.units = units;
}
public void setEditingGame(boolean editingGame) {
this.editingGame = editingGame;
}
public boolean isEditingGame() {
return (this.editingGame);
}
public void setGamesTable(UIData gamesTable) {
this.gamesTable = gamesTable;
}
public UIData getGamesTable() {
return (this.gamesTable);
}
public void setGames(List<Game> games) {
this.games = games;
}
public List<Game> getGames() {
return (this.games);
}
public void setGameService(GameService gameService) {
this.gameService = gameService;
}
public GameService getGameService() {
return (this.gameService);
}
public void setSettingGame(boolean settingGame) {
this.settingGame = settingGame;
}
public boolean isSettingGame() {
return (this.settingGame);
}
public void setConfigurables(List<SelectItem> configurables) {
this.configurables = configurables;
}
public List<SelectItem> getConfigurables() {
configurables = UtopiaUtil.getItems(configurableThings);
return configurables;
}
public void setProductionTime(long productionTime) {
this.productionTime = productionTime;
}
public long getProductionTime() {
return (this.productionTime);
}
public void setDuration(long duration) {
this.duration = duration;
}
public long getDuration() {
return (this.duration);
}
public void setDurationUnit(String durationUnit) {
this.durationUnit = durationUnit;
}
public String getDurationUnit() {
return (this.durationUnit);
}
public void setProductionTimeUnit(String productionTimeUnit) {
this.productionTimeUnit = productionTimeUnit;
}
public String getProductionTimeUnit() {
return (this.productionTimeUnit);
}
public void setThresholdEventsUnit(String thresholdEventsUnit) {
this.thresholdEventsUnit = thresholdEventsUnit;
}
public String getThresholdEventsUnit() {
return (this.thresholdEventsUnit);
}
public void setLowerThreshold(long lowerThreshold) {
this.lowerThreshold = lowerThreshold;
}
public long getLowerThreshold() {
return (this.lowerThreshold);
}
public void setUpperThreshold(long upperThreshold) {
this.upperThreshold = upperThreshold;
}
public long getUpperThreshold() {
return (this.upperThreshold);
}
public long getDurationUnitDivider() {
return (this.durationUnitDivider);
}
public long getProductionUnitDivider() {
return (this.productionUnitDivider);
}
public long getLowerThresholdUnitDivider() {
return (this.lowerThresholdUnitDivider);
}
public long getUpperThresholdUnitDivider() {
return (this.upperThresholdUnitDivider);
}
public void setDurationUnitDivider(long durationUnitDivider) {
this.durationUnitDivider = durationUnitDivider;
}
public void setProductionUnitDivider(long productionUnitDivider) {
this.productionUnitDivider = productionUnitDivider;
}
public void setLowerThresholdUnitDivider(long lowerThresholdUnitDivider) {
this.lowerThresholdUnitDivider = lowerThresholdUnitDivider;
}
public void setUpperThresholdUnitDivider(long upperThresholdUnitDivider) {
this.upperThresholdUnitDivider = upperThresholdUnitDivider;
}
@Override
public void update() {
logger.info("Updating gamecontroller");
this.loadData();
}
}
