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  • Tips On Using The Service Contracts Import Program

    - by LuciaC
    Prior to release 12.1 there was no supported way to import contracts into the EBS Service Contracts application - there were no public APIs nor contract load programs provided.  From release 12.1 onwards the 'Service Contracts Import Program' is provided to load service contracts into the application. The Service Contracts Import functionality is explained in How to Use the Service Contracts Import Program - Scope and Limitations (Doc ID 1057242.1).  This note includes an attached document which explains the program architecture, shows the Entity Relationship Diagram and details the interface table definitions. The Import program takes data from the interface tables listed below and populates the contracts schema tables:  OKS_USAGE_COUNTERS_INTERFACE OKS_SALES_CREDITS_INTERFACEOKS_NOTES_INTERFACEOKS_LINES_INTERFACEOKS_HEADERS_INTERFACEOKS_COVERED_LEVELS_INTERFACEThese interface tables must be loaded via a custom load program.The Service Contracts Import concurrent request is then submitted to create contracts from this legacy data. The parameters to run the Import program are:  Parameter Description  Mode Validate only, Import  Batch Number Batch_Id (unique id populated into the OKS_HEADERS_INTERFACE table)  Number of Workers Number of workers required (these are spawned as separate sub-requests)  Commit size Represents number of successfully processed contracts commited to database The program spawns sub-requests for the import worker(s) and the 'Service Contracts Import Report'.  The data is validated prior to import and into the Contracts tables and will report errors in the Service Contracts Import Report program output file (Import Execution Report).  Troubleshooting tips are provided in R12.1 - Common Service Contract Import Errors (Doc ID 762545.1); this document lists some, but not all, import errors.  The document will be updated over time.  Additional help is given in Debugging Tip for Service Contracts Import Errors (Doc ID 971426.1).After you successfully import contracts, you can purge the records from the interface tables by running the Service Contracts Import Purge concurrent program. Note that there is no supported way to mass delete data from the Contracts schema tables once they are populated, so data loaded by the Import program must be fully tested and verified before the program is run to load data into a Production system.A Service Contracts Import Test program has been provided which will take an existing contract in the application and load the interface tables using the data from that contract.  This can be used as an example for guidance on how to load the interface tables.  The Test program functionality is explained in How to Use the Service Contracts Test Import Program Provided in Release 12.1 (Doc ID 761209.1).  Note that the Test program has some limitations which do not apply to the full Import program and is not a supported program, it is simply a testing tool.  

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  • L'alternative d'Apple au Flash s'appelle Gianduia, écrite en JavaScript elle s'appuierait sur Cocoa

    Mise à jour du 10/05/10 L'alternative d'Apple au Flash s'appelle Gianduia Elle est écrite en JavaScript Critiquer c'est bien. Proposer c'est mieux. C'est ce que Apple serait sur le point de faire avec sa propre solution pour remplacer Flash (et par la même occasion Silverlight, le concurrent de chez Microsoft). Baptisée Gianduia, cette technologie RIA aurait déjà été testée par Apple dans plusieurs de ses services de distribution comme le programme One-to-One, (formation individuelle dans les magasins de la marque), le système de réservation de l'iPhone ou les applications des Concierges (ses vendeurs spécialisés).

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  • Is there any way to test how will the site perform under load

    - by Pankaj Upadhyay
    I have made an Asp.net MVC website and hosted it on a shared hosting provider. Since my website surrounds a very generic idea, it might have number of concurrent users sometime in future. So, I was thinking of a way to test my website for on-load performance. Like how will the site perform when 100 or 1000 users are online at the same time and surfing the website. This will also make me understand whether my LINQ queries are well written or not.

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  • Internet Explorer 9 ne soutiendra que le H.264 : vers un nouveau coup dur pour Flash ?

    Mise à jour du 30/04/10 Internet Explorer 9 ne supportera que le H.264 Vers un nouveau coup dur pour Flash ? Microsoft vient de réitérer son implication dans la future norme du HTML 5. « Le futur du Web c'est le HTML5 », a même écrit hier sur son blog le General Manager d'Internet Explorer, qui explique que « la spécification HTML 5 permet de décrire le support d'une vidéo sans spécifier un format particulier ». Jusqu'ici, rien de très nouveau, même si cette implication pose la question de son articulation avec Silverlight, le concurrent maison de Flash (lire par ailleurs :

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  • Basic Defensive Database Programming Techniques

    We can all recognise good-quality database code: It doesn't break with every change in the server's configuration, or on upgrade. It isn't affected by concurrent usage, or high workload. In an extract from his forthcoming book, Alex explains just how to go about producing resilient TSQL code that works, and carries on working.

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  • If immutable objects are good, why do people keep creating mutable objects?

    - by Vinoth Kumar
    If immutable objects are good,simple and offers benefits in concurrent programming why do programmers keep creating mutable objects? I have four years of experience in Java programming and as I see it, the first thing people do after creating a class is generate getters and setters in the IDE (thus making it mutable). Is there a lack of awareness or can we get away with using mutable objects in most scenarios?

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  • Basic Defensive Database Programming Techniques

    We can all recognize good-quality database code: It doesn't break with every change in the server's configuration, or on upgrade. It isn't affected by concurrent usage, or high workload. In an extract from his forthcoming book, Alex explains just how to go about producing resilient TSQL code that works, and carries on working.

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  • L'ancien cadre de Microsoft interdit d'embauche chez Salesforce par la justice, après le vol de données confidentielles

    L'ancien cadre de Microsoft interdit d'embauche chez Salesforce Par la justice, suite au vol de données confidentielles du CRM de Microsoft Mise à jour du 24/02/11, par Hinault Romaric Matt Miszewski, ancien directeur de la division des activités grands comptes de Microsoft, ne pourra pas occuper un poste similaire chez Saleforces.com, concurrent de Microsoft dans le domaine des CRM en mode Cloud Computing. C'est ce qui ressort de la décision de justice après l'étude de la requête déposée par Microsoft auprès de la cour de Washington. Pour mémoire Microsoft accusait Miszewski d'avoir emporté avec lui 600 Mo de données confidenti...

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  • WebM : la justice américaine enquête sur le groupe MPEG-LA et des actions potentiellement anticoncurrentielles contre le format de Google

    WebM : la justice américaine enquête sur le groupe MPEG-LA Et des actions potentiellement anticoncurrentielles contre le format de Google Mise à jour du 07/03/2011 par Idelways D'après un rapport rendu public par le Wall Street Journal, le département de la justice américaine aurait lancé une enquête antitrust sur le groupe de gestion de brevets MPEG-LA, le soupçonnant de vouloir attenter injustement à un rival technologique open-source supporté par Google (VP8). Le groupe MPEG-LA avait lancé mi-février un appel à tous les industriels qui estiment détenir des brevets potentiellement utilisés par le codec concurrent « VP...

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  • Next Post...

    - by James Michael Hare
    The next post on the concurrent collections will be next Monday.  I'm a little behind from my Topeka trip earlier this week, so sorry about the delay! Also, I was thinking about starting a C++ Little Wonders series as well.  Would anyone have an interest in that topic?  I primarily use C# in my development work, but there is still a lot of legacy C++ I work on as well and could share some tips & tricks.

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  • Oracle E-Business Suite Tip : SQL Tracing

    - by Giri Mandalika
    Issue: Attempts to enable SQL tracing from concurrent request form fails with error: Function not available to this responsibility. Change Responsibilities or contact your System Administrator Resolution: Switch responsibility to "System Administrator". Navigate to System - Profiles, and query for "%Diagnostics% ("Utilities : Diagnostics")". Once found the profile, change its value to "Yes". Restart web browser and try enabling SQL trace again.

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  • Why is multithreading often preferred for improving performance?

    - by user1849534
    I have a question, it's about why programmers seems to love concurrency and multi-threaded programs in general. I'm considering 2 main approaches here: an async approach basically based on signals, or just an async approach as called by many papers and languages like the new C# 5.0 for example, and a "companion thread" that manages the policy of your pipeline a concurrent approach or multi-threading approach I will just say that I'm thinking about the hardware here and the worst case scenario, and I have tested this 2 paradigms myself, the async paradigm is a winner at the point that I don't get why people 90% of the time talk about multi-threading when they want to speed up things or make a good use of their resources. I have tested multi-threaded programs and async program on an old machine with an Intel quad-core that doesn't offer a memory controller inside the CPU, the memory is managed entirely by the motherboard, well in this case performances are horrible with a multi-threaded application, even a relatively low number of threads like 3-4-5 can be a problem, the application is unresponsive and is just slow and unpleasant. A good async approach is, on the other hand, probably not faster but it's not worst either, my application just waits for the result and doesn't hangs, it's responsive and there is a much better scaling going on. I have also discovered that a context change in the threading world it's not that cheap in real world scenario, it's in fact quite expensive especially when you have more than 2 threads that need to cycle and swap among each other to be computed. On modern CPUs the situation it's not really that different, the memory controller it's integrated but my point is that an x86 CPUs is basically a serial machine and the memory controller works the same way as with the old machine with an external memory controller on the motherboard. The context switch is still a relevant cost in my application and the fact that the memory controller it's integrated or that the newer CPU have more than 2 core it's not bargain for me. For what i have experienced the concurrent approach is good in theory but not that good in practice, with the memory model imposed by the hardware, it's hard to make a good use of this paradigm, also it introduces a lot of issues ranging from the use of my data structures to the join of multiple threads. Also both paradigms do not offer any security abut when the task or the job will be done in a certain point in time, making them really similar from a functional point of view. According to the X86 memory model, why the majority of people suggest to use concurrency with C++ and not just an async approach ? Also why not considering the worst case scenario of a computer where the context switch is probably more expensive than the computation itself ?

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  • How can I limit the number of open AF_INET sockets?

    - by Stefano Palazzo
    Is there a way to limit the number of concurretly open AF_INET sockets (only)? If so, how do I do it, and how will the networking behave if I'm above the limit? For background: My cheap commodity router is a bit eager to detect 'syn flooding'. When it does, it crashes (and doesn't automatically restart itself). I'm thinking limiting concurrent connections to around 1000 should keep it from bickering.

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  • Google Maps, baisse des prix de l'API : pour contrer la montée en puissance d'OpenStreetMap ?

    Google Maps : baisse des prix de l'API Pour contrer la montée en puissance de OpenStreetMap ? Mise à jour du 25/06/12 Depuis que Google a décidé de rendre payant l'API de son service de cartographie, plusieurs migrations ont été constatées vers le service concurrent ? et open-source ? OpenStreetMap : Foursquare, Apple et Wikipedia en tête. Même si seuls 0.35 % des sites qui utilisent les Google Maps dépassent les seuils de l'usage gratuit et même si ces trois exemples ne sont pas exclusivement liés à ce passage au ...

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  • WebP se dote d'un mode de compression d'images sans perte, le format open source de Google veut aussi concurrencer le PNG

    WebP se dote d'un mode de compression d'images sans perte Le format open source de Google veut aussi concurrencer le PNG Mise à jour du 21 novembre 2011 Google voit grand pour son format d'image WebP et veut manifestement en faire un format à tout faire. Positionné au départ (lire ci-devant) comme un concurrent plus optimisé que le JPEG, avec en prime une couche alpha progressive (de transparence), il se dote aujourd'hui de capacités d'optimisation non destructives des images, à l'instar du PNG. Le nouveau mode lossless (sans perte) allierait densité de compression et facilité de décodage d'après un billet...

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  • Temporary Object Caching Explained

    - by Paul White
    SQL Server 2005 onward caches temporary tables and table variables referenced in stored procedures for reuse, reducing contention on tempdb allocation structures and catalogue tables.  A number of things can prevent this caching (none of which are allowed when working with table variables): Named constraints (bad idea anyway, since concurrent executions can cause a name collision) DDL after creation (though what is considered DDL is interesting) Creation using dynamic SQL Table created in a...(read more)

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  • Google I/O 2012 - Go Concurrency Patterns

    Google I/O 2012 - Go Concurrency Patterns Rob Pike Concurrency is the key to designing high performance network services. Go's concurrency primitives (goroutines and channels) provide a simple and efficient means of expressing concurrent execution. In this talk we see how tricky concurrency problems can be solved gracefully with simple Go code. For all I/O 2012 sessions, go to developers.google.com From: GoogleDevelopers Views: 169 2 ratings Time: 51:27 More in Science & Technology

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  • Google gagne plus d'argent avec l'iPhone qu'avec Android d'après The Guardian, quatre fois plus

    Google gagne plus d'argent avec l'iPhone qu'avec Android D'après The Guardian, quatre fois plus même Le monde des mobiles est décidément étonnant. Après Microsoft - qui gagne de l'argent grâce à Android, ses brevets et des royalties versées par plusieurs constructeurs (lire ici et là) - on apprend aujourd'hui que c'est Google qui engrange des revenus grâce à un concurrent. Et pas n'importe lequel puisqu'il s'agit du leader du marché lui-même : l'iPhone. Ces revenus seraient même tellement importants que, toujours d'après The Guardian, Google gagnerai...

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  • Joomla 1.6 est disponible avec l'arrivée du code sémantique, Drupal 7, Wordpress 3 ou Joomla 1.6, quel est votre CMS favoris en 2011 ?

    Joomla 1.6 est disponible avec l'arrivée du code sémantique Drupal 7, Wordpress 3 ou Joomla 1.6, quel est votre CMS favoris en 2011 ? Après la sortie de Drupal 7, c'est au tour son concurrent direct Joomla de proposer une nouvelle version. Joomla 1.6 en version finale et stable est en effet disponible en téléchargement gratuit depuis hier. Cette version a été conçue, d'après les représentants de ses contributeurs, pour donner aux développeurs et intégrateurs Web plus de contrôle sur leur site ...

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  • Hot Off the Presses! Get Your Early Release of the December Procurement Newsletter!

    - by MargaretW
    Get all the recent news and featured topics for the Procurement modules including Purchasing, iProcurement, Sourcing and iSupplier. Find out what Procurement experts are recommending to prevent and resolve issues.  Webcast information and important links are also included.  The December newsletter features articles on: Ø Maximizing your search results to include the Procurement Community Ø Concurrent Processing Analyzer Ø Preventing FRM-40654 errors And there is much, much more….. Access the newsletter now:  DocID: 111111.1

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  • I have data that sends in "bursts" of 100 records with a significant delay. How do I structure my classes for multithreading?

    - by makerofthings7
    My datasource sends information in 100 batches of 100 records with a delay of 1 to 3 seconds between batches. I would like to start processing data as soon as it's received, but I'm not sure how to best approach this. Some ideas I've been playing with include: yield Concurrent Dictionary ConcurrentDictionary with INotifyProperyChanged Events etc. As you can see I'm all over the place, and would appreciate some tested guidance on how to approach this

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  • Storing data on server [closed]

    - by Maciekp
    1.How am I supposed to store data on server, using not only: databases,text files and images? And how someone could implement storing data in fb's graph api http://developers.facebook.com/docs/reference/api/ , so when I go to: https://graph.facebook.com/19292868552 it shows me such data(how it can be stored? I guess it's not Mysql database) PS. Link to article: http://jayant7k.blogspot.com/2009/05/how-facebook-stores-billions-of-photos.html <- How can concurrent users writing requests be solved(while storing data in text file).

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  • Why C++ people loves multithreading when it comes to performances?

    - by user1849534
    I have a question, it's about why programmers seems to love concurrency and multi-threaded programs in general. I'm considering 2 main approach here: an async approach basically based on signals, or just an async approach as called by many papers and languages like the new C# 5.0 for example, and a "companion thread" that maanges the policy of your pipeline a concurrent approach or multi-threading approach I will just say that I'm thinking about the hardware here and the worst case scenario, and I have tested this 2 paradigms myself, the async paradigm is a winner at the point that I don't get why people 90% of the time talk about concurrency when they wont to speed up things or make a good use of their resources. I have tested multi-threaded programs and async program on an old machine with an Intel quad-core that doesn't offer a memory controller inside the CPU, the memory is managed entirely by the motherboard, well in this case performances are horrible with a multi-threaded application, even a relatively low number of threads like 3-4-5 can be a problem, the application is unresponsive and is just slow and unpleasant. A good async approach is, on the other hand, probably not faster but it's not worst either, my application just waits for the result and doesn't hangs, it's responsive and there is a much better scaling going on. I have also discovered that a context change in the threading world it's not that cheap in real world scenario, it's infact quite expensive especially when you have more than 2 threads that need to cycle and swap among each other to be computed. On modern CPUs the situation it's not really that different, the memory controller it's integrated but my point is that an x86 CPUs is basically a serial machine and the memory controller works the same way as with the old machine with an external memory controller on the motherboard. The context switch is still a relevant cost in my application and the fact that the memory controller it's integrated or that the newer CPU have more than 2 core it's not bargain for me. For what i have experienced the concurrent approach is good in theory but not that good in practice, with the memory model imposed by the hardware, it's hard to make a good use of this paradigm, also it introduces a lot of issues ranging from the use of my data structures to the join of multiple threads. Also both paradigms do not offer any security abut when the task or the job will be done in a certain point in time, making them really similar from a functional point of view. According to the X86 memory model, why the majority of people suggest to use concurrency with C++ and not just an async aproach ? Also why not considering the worst case scenario of a computer where the context switch is probably more expensive than the computation itself ?

    Read the article

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