Friday, February 26, 2010
Aalesund vs Viking Live Online
Brøndby IF vs Malmo FF Live Online
Randers FC vs Viborg Live Online
Rangers vs Celtic Live Online
P.Ferreira vs Setubal Live Online
Sporting CP vs FC Porto Live Online
Academica vs Rio Ave Live Online
Lille vs Auxerre Live Online
Paris Saint Germain vs Marseille Live Online
Le Mans vs Bordeaux Live Online
Bayern Munchen vs Hamburger SV Live Online
Hannover 96 vs Wolfsburg Live Online
Udinese vs Inter Live Online
Parma vs Sampdoria Live Online
AC Milan vs Atalanta Live Online
Juventus vs Palermo Live Online
Genoa vs Bologna Live Online
Chievo vs Cagliari Live Online
Livorno vs Siena Live Online
SSC Napoli vs Roma Live Online
Racing Santander vs Almeria Live Online
Valladolid vs Mallorca Live Online
Villarreal vs Deportivo La Coruna Live Online
Gijon vs Osasuna Live Online
Liverpool vs Blackburn Live Online
Sunderland vs Fulham Live Online
Aston Villa vs Manchester United Live Online
Tottenham vs Everton Live Online
Sevilla vs Athletic Bilbao Live Online
Xerez vs Espanyol Live Online
Atletico Madrid vs Valencia Live Online
Naval vs Maritimo Live Online
Braga vs Olhanense Live Online
Leixoes vs Benfica Live Online
St. Mirren vs Hamilton Live Online
Aberdeen vs Hearts Live Online
Motherwell vs Kilmarnock Live Online
Dundee U. vs Falkirk Live Online
Hibernian vs St. Johnstone Live Online
Monaco vs Boulogne Live Online
Nancy vs Grenoble Live Online
Toulouse vs Lens Live Online
Valenciennes vs Saint Etienne Live Online
Montpellier vs Rennes Live Online
Lorient vs Sochaux Live Online
Lyon vs Nice Live Online
Thursday, February 25, 2010
VfB Stuttgart vs Eintracht Frankfurt Live Online
Bayer Leverkusen vs FC Koln Live Online
Bochum vs Nurnberg Live Online
Borussia Monchengladbach vs Freiburg Live Online
Hertha Berlin vs Hoffenheim Live Online
Mainz 05 vs Werder Bremen Live Online
Catania vs Bari Live Online
Lazio vs Fiorentina Live Online
Tenerife vs Real Madrid Live Online
Barcelona vs Malaga Live Online
Getafe vs Zaragoza Live Online
Stoke vs Arsenal Live Online
Chelsea vs Manchester City Live Online
Birmingham vs Wigan Live Online
Bolton vs Wolverhampton Live Online
Burnley vs Portsmouth Live Online
Schalke 04 vs Borussia Dortmund Live Online
U.Leiria vs Guimaraes Live Online
Universitario De Deportes del Peru vs Libertad Live Online
Once Caldas vs Sao Paulo Live Online
Wednesday, February 24, 2010
Highveld Lions v Nashua Titans MTN Domestic Champs live streaming online | Standard Bank Pro20 Series live streaming today
Wolfsburg vs Villarreal Live Online
Salzburg vs Standard Liege Live Online
Valencia vs Club Bruges Live Online
Sporting CP vs Everton Live Online
Juventus vs Ajax Live Online
Fenerbahce vs Lille Live Online
Hapoel Tel Aviv vs Rubin Kazan Live Online
Werder Bremen vs Twente Live Online
Marseille vs FC København Live Online
Galatasaray vs Atletico Madrid Live Online
Liverpool vs Unirea Urziceni Live Online
Anderlecht vs Athletic Bilbao Live Online
PSV Eindhoven vs Hamburger SV Live Online
Shakhtar Donetsk vs Fulham Live Online
Roma vs Panathinaikos Live Online
Mexico vs Bolivia Live Online
USA vs El Salvador Live Online
Jordan vs Azerbaijan Live Online
Kuwait vs Bahrain Live Online
Tuesday, February 23, 2010
India v South Africa Live Online
Mexico vs Bolivia Live Online
AGF vs Murcia Live Online
Adelaide United vs Pohang Steelers Live Online
Sanfrecce Hiroshima vs Shandong Luneng Live Online
Al-Ain vs Pakhtakor Tashkent Live Online
Al Shabab vs Sepahan Live Online
Al-Sadd vs Al Hilal Live Online
Mes Krman vs Al-Ahli Live Online
Suwon S.B. vs Gamba Osaka Live Online
Henan Siwu vs Singapore Armed Forces FC Live Online
Fiorentina vs AC Milan Live Online
Udinese vs Cagliari Live Online
Aston Villa vs Crystal Palace Live Online
Tottenham vs Bolton Live Online
Stoke vs Manchester City Live Online
West Bromwich vs Reading Live Online
Cruzeiro vs Colo Colo Live Online
Internacional vs Emelec Live Online
CSKA Moscow vs Sevilla Live Online
Inter vs Chelsea Live Online
Morelia vs Nacional Live Online
Monday, February 22, 2010
Australia vs West Indies T20 Live Online
Doncaster vs Leicester Live Online
Scunthorpe vs Ipswich Live Online
Bunyodkor Tashkent vs Al Ittihad Live Online
Seongnam Ilhwa vs Kawasaki Frontale Live Online
Zob Ahan vs Al-Wehda Live Online
Beijing Guoan vs Melbourne Victory Live Online
Al-Ahli vs Esteghlal Live Online
Al-Jazira vs Al-Garrafa Live Online
Kashima Antlers vs Changchun Yatai Live Online
Persipura vs Jeonbuk FC Live Online
Dep. Italia vs Velez Sarsfield Live Online
Manchester United vs West Ham Live Online
Olympiakos vs Bordeaux Live Online
VfB Stuttgart vs Barcelona Live Online
Benfica vs Hertha Berlin Live Online
Belenenses vs Academica Live Online
Bray Wanderers vs St. Patricks Live Online
Valencia vs Getafe Live Online
Saturday, February 20, 2010
Sheffield Wednesday vs Ipswich Live Online
Scunthorpe vs Watford Live Online
Queens Park Rangers vs Doncaster Live Online
Plymouth vs Leicester Live Online
Peterboro vs Sheffield United Live Online
Derby vs Swansea Live Online
Newcastle vs Preston Live Online
Nottingham Forest vs Middlesbrough Live Online
Blackpool vs Reading Live Online
Crystal Palace vs Coventry Live Online
Cardiff vs Barnsley Live Online
Pakistan v England 2nd T20 Live Online
Live Cricket Score and Highlight
Friday, February 19, 2010
Pakistan v England 1st T20 Live Online
Live Cricket Score and Highlight
Thursday, February 18, 2010
Celtic vs Dundee U. Live Online
St.Johnstone vs Rangers Live Online
Motherwell vsHibernian Live Online
Kilmarnock vs St. Mirren Live Online
Guimaraes vs Leixoes Live Online
Falkirk vs Aberdeen Live Online
Olhanense vs Sporting CP Live Online
Nice vs Lorient Live Online
Saint Etienne vs Montpellier Live Online
Boulogne vs Le Mans Live Online
Grenoble vs Valenciennes Live Online
Lens vs Monaco Live Online
FC Koln vs VfB Stuttgart Live Online
Hamburger SV vs Eintracht Frankfurt Live Online
Borussia Dortmund vs Hannover 96 Live Online
Nurnberg vs Bayern Munchen Live Online
Mainz 05 vs Bochum Live Online
Genoa vs Udinese Live Online
Inter vs Sampdoria Live Online
Deportivo La Coruna vs Xerez Live Online
Barcelona vs Racing Santander Live Online
Mallorca vs Sevilla Live Online
Wolverhampton vs Chelsea Live Online
West Ham vs Hull Live Online
Portsmouth vs Stoke Live Online
Everton vs Manchester United Live Online
Arsenal vs Sunderland Live Online
Kuwait vs Syria Live Online
Chacarita Juniors vs Colon Live Online
Alianza Lima vs Estudiantes Live Online
Hoffenheim vs Borussia Monchengladbach Live Online
Maritimo vs Nacional Live Online
Melbourne Victory vs Sydney FC Live Online
Villarreal vs Wolfsburg Live Online
Rubin Kazan vs Hapoel Tel Aviv Live Online
Liverpool vs Unirea Urziceni Live Online
Twente vs Werder Bremen Live Online
Standard Liege vs Salzburg Live Online
Ajax vs Juventus Live Online
Club Bruges vs Valencia Live Online
Lille vs Fenerbahce Live Online
Hertha Berlin vs Benfica Live Online
FC København vs Marseille Live Online
Athletic Bilbao vs Anderlecht Live Online
Panathinaikos vs Roma Live Online
Atletico Madrid vs Galatasaray Live Online
Fulham vs Shakhtar Donetsk Live Online
Hamburger SV vs PSV Eindhoven Live Online
Wednesday, February 17, 2010
St. Johnstone vs Hibernian Live Online
Lorient vs Bordeaux Live Online
Rangers vs St. Mirren Live Online
Bayern Munchen vs Fiorentina Live Online
FC Porto vs Arsenal Live Online
Wigan vs Bolton Live Online
Wigan have gone four Premier League games without a win and they may be without James McCarthy, who has a hamstring injury.
Bolton are still without Gary Cahill, Chris Basham, Ivan Klasnic, Grant McCann, Sean Davis and Joey O’Brien.
Live Soccer ScoreLens vs Brest Live Online
Friday, February 12, 2010
AC Milan v Udinese Live online
Soccer game played on a rectangular field with net goals at either end in which two teams of 11 players each try to drive a ball into the other's goal by kicking, heading, or using any part of the body except the arms and hands. The goalie is the only player who may touch or move the ball with the arms or hands.
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Borussia Monchengladbach v Nurnberg Live online
Soccer game played on a rectangular field with net goals at either end in which two teams of 11 players each try to drive a ball into the other's goal by kicking, heading, or using any part of the body except the arms and hands. The goalie is the only player who may touch or move the ball with the arms or hands.
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CSKA Moscow v Shakhtar Donetsk Live online
Soccer game played on a rectangular field with net goals at either end in which two teams of 11 players each try to drive a ball into the other's goal by kicking, heading, or using any part of the body except the arms and hands. The goalie is the only player who may touch or move the ball with the arms or hands.
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FC København v OB Live online
Soccer game played on a rectangular field with net goals at either end in which two teams of 11 players each try to drive a ball into the other's goal by kicking, heading, or using any part of the body except the arms and hands. The goalie is the only player who may touch or move the ball with the arms or hands.
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Lillestrøm v Zenit Petersburg Live online
Soccer game played on a rectangular field with net goals at either end in which two teams of 11 players each try to drive a ball into the other's goal by kicking, heading, or using any part of the body except the arms and hands. The goalie is the only player who may touch or move the ball with the arms or hands.
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HB Køge v Petrolul Ploiesti Live online
Soccer game played on a rectangular field with net goals at either end in which two teams of 11 players each try to drive a ball into the other's goal by kicking, heading, or using any part of the body except the arms and hands. The goalie is the only player who may touch or move the ball with the arms or hands.
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Slovan Bratislava v CSKA Sofia Live online
Soccer game played on a rectangular field with net goals at either end in which two teams of 11 players each try to drive a ball into the other's goal by kicking, heading, or using any part of the body except the arms and hands. The goalie is the only player who may touch or move the ball with the arms or hands.
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Thursday, February 11, 2010
Service API changes starting with Android 2.0
Service API changes starting with Android 2.0
Watching developers use the Android platform the last year has shown a number of trouble areas in the Service API as well as growing issues in the ways services operate. As a result, Android 2.0 introduced a number of changes and improvements in this area for both developers and users.
The three main changes to be aware of are:
- Service.setForeground() is now deprecated and in 2.0 does nothing.
- There were many edge cases in the service lifecycle that made it very easy to accidentally leave a service running; new APIs in 2.0 make this much easier to deal with.
- Android 2.0 also introduces a new UI for end users to monitor and manage the running services on their device.
Background on services
Before going into the details of 2.0, it may be useful to go over a quick summary of services. The Service API in Android is one of the key mechanisms for applications to do work in the background. Due to the way Android is designed, once an application is no longer visible to the user it is generally considered expendable and a candidate to be killed by the system if it ever needs memory elsewhere. The main way applications get around this is by starting a Service component, which explicitly tells the system that they are doing some valuable work and would prefer that the system not kill their process if it doesn't truly need to.
This is a very powerful facility but along with that power comes some responsibility: an actively running service is taking resources away from other things that can run (including inactive processes in the background that don't need to be initialized the next time the user visits them). It is thus important that developers take care when designing their services that they only run when truly needed and avoid any bugs where they may accidentally leave the service running for long durations.
Redesigning Service.setForeground()
During the final stabilization period of Android 1.6 we started to see more issues due to an increasing number of applications using the Service.setForeground() API when they shouldn't be. This is an API that we haven't advertised much because it should not be used by most applications and can be very hard on the system: it asks that the service's process be treated as in the foreground, essentially making it unkillable and thus more difficult for the system to recover from low memory situations.
At that point in 1.6 it was too late to make any significant changes to the behavior here, but in 2.0 we have done so: Service.setForeground() now does nothing. The API was always intended to be something a service would do in conjunction with putting up an ongoing notification for the user; by saying you are in the foreground, the user should be "aware" that the service is running in some way and know how to stop it. Thus in place of the old API Andriod 2.0 introduces two new APIs that require a notification go along with being in the foreground:
public final void startForeground(int id, Notification notification);
public final void stopForeground(boolean removeNotification);
This also not coincidentally makes it much easier to manage the notification state along with the service, since the system can now guarantee that there is always a notification while the service is in the foreground, and that the notification goes away whenever the service does.
Many developers will want to write a service that works on older platforms as well as 2.0 and later; this can be accomplished by using something like the following code to selectively call the new APIs when they are available.
private static final Class[] mStartForegroundSignature = new Class[] {
int.class, Notification.class};
private static final Class[] mStopForegroundSignature = new Class[] {
boolean.class};
private NotificationManager mNM;
private Method mStartForeground;
private Method mStopForeground;
private Object[] mStartForegroundArgs = new Object[2];
private Object[] mStopForegroundArgs = new Object[1];
@Override
public void onCreate() {
mNM = (NotificationManager)getSystemService(NOTIFICATION_SERVICE);
try {
mStartForeground = getClass().getMethod("startForeground",
mStartForegroundSignature);
mStopForeground = getClass().getMethod("stopForeground",
mStopForegroundSignature);
} catch (NoSuchMethodException e) {
// Running on an older platform.
mStartForeground = mStopForeground = null;
}
}
/**
* This is a wrapper around the new startForeground method, using the older
* APIs if it is not available.
*/
void startForegroundCompat(int id, Notification notification) {
// If we have the new startForeground API, then use it.
if (mStartForeground != null) {
mStartForegroundArgs[0] = Integer.valueOf(id);
mStartForegroundArgs[1] = notification;
try {
mStartForeground.invoke(this, mStartForegroundArgs);
} catch (InvocationTargetException e) {
// Should not happen.
Log.w("MyApp", "Unable to invoke startForeground", e);
} catch (IllegalAccessException e) {
// Should not happen.
Log.w("MyApp", "Unable to invoke startForeground", e);
}
return;
}
// Fall back on the old API.
setForeground(true);
mNM.notify(id, notification);
}
/**
* This is a wrapper around the new stopForeground method, using the older
* APIs if it is not available.
*/
void stopForegroundCompat(int id) {
// If we have the new stopForeground API, then use it.
if (mStopForeground != null) {
mStopForegroundArgs[0] = Boolean.TRUE;
try {
mStopForeground.invoke(this, mStopForegroundArgs);
} catch (InvocationTargetException e) {
// Should not happen.
Log.w("MyApp", "Unable to invoke stopForeground", e);
} catch (IllegalAccessException e) {
// Should not happen.
Log.w("MyApp", "Unable to invoke stopForeground", e);
}
return;
}
// Fall back on the old API. Note to cancel BEFORE changing the
// foreground state, since we could be killed at that point.
mNM.cancel(id);
setForeground(false);
}
Service lifecycle changes
Another situation we were increasingly seeing in 1.6 was that, even ignoring the services that inappropriately make themselves foreground, we had a growing number of devices with a large number of services running in the background all fighting each other over the available memory.
Part of this problem is services that are running more than they should or there simply being too much stuff trying to be done on the device. However, we also found many issues in the interaction between services and the platform that made it easy for an application to leave a service running even when it is trying to do the right thing. Consider this typical scenario:
- An application calls startService().
- That service gets onCreate(), onStart(), and then spawns a background thread to do some work.
- The system is tight on memory, so has to kill the currently running service.
- Later when memory is free, the service is restarted, and gets onCreate() called but not onStart() because there has not been another call to startService() with a new Intent command to send it.
Now the service will sit there created, not realizing it used to be doing some work, and so not knowing it should stop itself at some point.
To address this, in Android 2.0 Service.onStart() as been deprecated (though still exists and operates as it used to in previous versions of the platform). It is replaced with a new Service.onStartCommand() callback that allows the service to better control how the system should manage it. The key part here is a new result code returned by the function, telling the system what it should do with the service if its process is killed while it is running:
START_STICKY is basically the same as the previous behavior, where the service is left "started" and will later be restarted by the system. The only difference from previous versions of the platform is that it if it gets restarted because its process is killed, onStartCommand() will be called on the next instance of the service with a null Intent instead of not being called at all. Services that use this mode should always check for this case and deal with it appropriately.
START_NOT_STICKY says that, after returning from onStartCreated(), if the process is killed with no remaining start commands to deliver, then the service will be stopped instead of restarted. This makes a lot more sense for services that are intended to only run while executing commands sent to them. For example, a service may be started every 15 minutes from an alarm to poll some network state. If it gets killed while doing that work, it would be best to just let it be stopped and get started the next time the alarm fires.
START_REDELIVER_INTENT is like START_NOT_STICKY, except if the service's process is killed before it calls stopSelf() for a given intent, that intent will be re-delivered to it until it completes (unless after some number of more tries it still can't complete, at which point the system gives up). This is useful for services that are receiving commands of work to do, and want to make sure they do eventually complete the work for each command sent.
For compatibility with existing applications, the default return code for applications that are targeting an earlier version of the platform is a special START_STICKY_COMPATIBILITY code that provides the old behavior of not calling onStart() with a null intent. Once you start targeting API version 5 or later, the default mode is START_STICKY and you must be prepared to deal with onStart() or onStartCommand() being called with a null Intent.
You can also easily write a Service that uses both the old and new APIs, depending on the platform. All you need to do is compile against the 2.0 SDK with this code:
// This is the old onStart method that will be called on the pre-2.0
// platform. On 2.0 or later we override onStartCommand() so this
// method will not be called.
@Override
public void onStart(Intent intent, int startId) {
handleStart(intent, startId);
}
@Override
public int onStartCommand(Intent intent, int flags, int startId) {
handleStart(intent, startId);
return START_NOT_STICKY;
}
void handleStart(Intent intent, int startId) {
// do work
}
New "running services" user interface
Our final issue to address is the case where there are simply too many service running in the amount of memory available on a device. This may be due to bugs or design flaws in installed applications, or the user simply trying to do too much. Historically users have had no visibility into what is going on at this level in the system, but it has become important to expose this, at least for lower-end devices, as the use of services has had an increasing impact on the user experience.
To help address this, Android 2.0 introduces a new "Running Services" activity available from the Application system settings. When brought up, it looks something like this:
The main content is a list of all running services that may be of interest to the user, organized by the processes they run in. In the example here, we see three services:
GTalkService is part of the standard Google application suit; it is running in Google's "gapps" process, which currently consumes 6.8MB. It has been started for 3 hours 55 minutes, which on this device is the time from when it was first booted.
ActivityService is part of the Phonebook app, and its process consumes 4MB. This also has been running since boot.
SoftKeyboard is a third party input method. It has been running since I switched to it, about 4 minutes ago.
The user can tap on any of these services to control it; for normal services that are running because they were explicitly started, this will present a dialog allowing the user to explicitly stop it:
Some other services, like the input method, are running for other reasons. For these, tapping on the service will go to the corresponding UI to manage it (in this case the system's input settings).
Finally, along the bottom of the screen are some obscure numbers. If you know how to interpret them, this gives you a lot of information on the memory status of your device:
Avail: 38MB+114MB in 25 says that the device has 38MB of completely free (or likely used for unrequired caches) memory, and has another 114MB of available memory in 25 background processes it can kill at any time.
Other: 32MB in 3 says that the device has 32MB of unavailable memory in 3 unkillable processes (that is, processes that are currently considered to be foreground and must be kept running)
For most users, this new user interface should be a much more effective way to manage the background applications on their device than the existing "task killer" applications. In the vast majority of cases the reason for a slow running device is too many services trying to run. This prevents the system from being able to run any background processes (which speed up app switching), and ultimately can result in thrashing through the services when not even they can all be kept running. The Running Services UI is intended to provide very specific information about the services that are running, to help make a good decision about what should be stopped. It also does not use the API to force stop an application, which can unintentionally break applications in numerous ways.
For developers, this is an important tool to ensure your services are well behaved. As you develop your app, be sure to keep an eye on Running Services to ensure that you are not accidentally leaving your services running when they shouldn't be. You should also now keep in mind that users may freely stop any of your services as they wish, without your control, and account for that.
Android's Services are a very powerful tool, but one of the main and subtle ways that application developers can harm the overall experience a user has with their phone.
Southampton v Portsmouth Live Soccer
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Roma v Palermo Live Soccer
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Valenciennes v Nice Live Soccer
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Lyon v Lens Live Soccer
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Benfica v Belenenses Live Soccer
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Hamilton v Motherwell Live Soccer
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St. Mirren v Dundee U. Live Soccer
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IFK Gothenburg v FC Nordsjælland Live Soccer
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SønderjyskE v Kolding FC Live Soccer
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AGF v AaB Live Soccer
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Xerez v Real Madrid Live Soccer
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Lyn v Sandefjord Live Soccer
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