Error Number 1205 Is Invalid
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here for a quick overview of the site Help Center Detailed answers to any questions you might have Meta Discuss the workings and policies of this site About the number must be from 13000 through 2147483647 and it cannot be 50000. Us Learn more about Stack Overflow the company Business Learn more about hiring
Sql Server Raiserror
developers or posting ads with us Stack Overflow Questions Jobs Documentation Tags Users Badges Ask Question x Dismiss Join the Stack Overflow Community Stack Overflow is a community of 4.7 million programmers, just like you, helping each other. Join them; it only takes a minute: Sign up How to simulate a deadlock in SQL Server in a single process? up vote 18 down vote favorite 4 Our client side code detects deadlocks, waits for an interval, then retries the request up to 5 times. The retry logic detects the deadlocks based on the error number 1205. My goal is to test both the deadlock retry logic and deadlock handling inside of various stored procedures. I can create a deadlock using two different connections. However, I would like to simulate a deadlock inside of a single stored procedure itself. A deadlock raises the following error message: Msg 1205, Level 13, State 51, Line 1 Transaction (Process ID 66) was deadlocked on lock resources with another process and has been chosen as the deadlock victim. Rerun the transaction. I see this error message is in sys.messages: select * from sys.messages where message_id = 1205 and language_id = 1033 message_id language_id severity is_event_logged text 1205 1033 13 0 Transaction (Process ID %d) was deadlocked on %.*ls resources with another process and has been chosen as the deadlock victim. Rerun the transaction. I can't raise this error using RAISERROR: raiserror(1205, 13, 51) Msg 2732, Level 16, State 1, Line 1 Error number 1205 is invalid. The number must be from 13000 through 2147483647 and it cannot be 50000. Our deadlock retry logic checks if the error number is 1205. The deadlock needs to have the same message ID, level, and state as a normal deadlock. Is there a way to simulate a deadlock (with RAISERROR or any other means) and get the same message number out wit
Introduction This article is the second in a series of three about error and transaction handling in SQL Server. The purpose of the first article was to give you a jumpstart on error handling without going into the very many details of error handling in SQL Server. On the other hand, the focus of this part is exactly that: a detailed description of the commands for error and transaction handling and what can happen when an error occurs during the execution of a stored procedure or similar. In Part Three, I use this knowledge as a base for a discussion on http://stackoverflow.com/questions/11569964/how-to-simulate-a-deadlock-in-sql-server-in-a-single-process how we should implement error handling in SQL Server in different situations. In addition to the three main parts, there are three appendixes that discuss special topics: linked servers, the CLR and Service Broker respectively. Part One was intended for everyone, including the very unexperienced reader. In contrast, Parts Two and Three and the appendixes assume that you have some general programming experience, although necessarily not with SQL Server. Parts http://www.sommarskog.se/error_handling/Part2.html Two and Three are also considerably longer. If you arrived directly to this article from elsewhere on the web, I recommend that you read Part One first, since the examples in this article make use of error_handler_sp which I introduce in the jumpstart article. In Part One, we learnt that SQL Server has TRY-CATCH, and given how things were in SQL2000, TRY-CATCH is a great improvement. However, once you peel below the surface you find a confusing world of inconsistencies and limitations, which becomes even more bewildering when you look at what happens if the error occurs inside a transaction. Every once in a while, I get the feeling that SQL Server is intentionally designed to be as confusing as possible. When they plan for a new release they ask each other what can we do this time to confuse the users? Sometimes they run a little out of ideas, but then someone says Let's do something with error handling! On a more serious note, there is a lot of legacy. What Microsoft inherited from Sybase was nothing Sybase should be proud of. But Microsoft cannot only blame Sybase; rather they have made the mess worse and worse through the years. And changing the behaviour to be more
(API Version 2012-12-01)Entire SiteAMIs from AWS MarketplaceAMIs from All SourcesArticles & TutorialsAWS Product InformationCase StudiesCustomer AppsDocumentationDocumentation - This ProductDocumentation - This GuidePublic Data SetsRelease NotesPartnersSample Code & LibrariesWelcomeAre You a First-Time Amazon Redshift User?Are You a Database Developer?PrerequisitesAmazon Redshift System OverviewData Warehouse http://docs.aws.amazon.com/redshift/latest/dg/r_Load_Error_Reference.html System ArchitecturePerformanceColumnar StorageInternal Architecture and System OperationWorkload ManagementUsing Amazon Redshift with Other ServicesGetting Started Using DatabasesStep 1: Create a DatabaseStep 2: Create a Database UserDelete a Database UserStep 3: Create a Database TableInsert Data Rows into a TableSelect Data from a TableStep 4: Load Sample DataStep 5: Query the System TablesDetermine the Process ID of error number a Running QueryStep 6: Cancel a QueryStep 7: Clean Up Your ResourcesAmazon Redshift Best PracticesBest Practices for Designing TablesTake the Tuning Table Design TutorialChoose the Best Sort KeyChoose the Best Distribution StyleUse Automatic CompressionDefine ConstraintsUse the Smallest Possible Column SizeUsing Date/Time Data Types for Date ColumnsBest Practices for Loading DataTake the Loading Data TutorialTake the Tuning error number 1205 Table Design TutorialUse a COPY Command to Load DataUse a Single COPY CommandSplit Your Load Data into Multiple FilesCompress Your Data FilesUse a Manifest FileVerify Data Files Before and After a LoadUse a Multi-Row InsertUse a Bulk InsertLoad Data in Sort Key OrderLoad Data in Sequential BlocksUse Time-Series TablesUse a Staging Table to Perform a MergeSchedule Around Maintenance WindowsBest Practices for Designing QueriesTutorial: Tuning Table DesignStep 1: Create a Test Data SetStep 2: Establish a BaselineStep 3: Select Sort KeysStep 4: Select Distribution StylesStep 5: Review Compression EncodingsStep 6: Recreate the Test Data SetStep 7: Retest System Performance After TuningStep 8: Evaluate the ResultsStep 9: Clean Up Your ResourcesSummaryTutorial: Loading Data from Amazon S3Step 1: Launch a ClusterStep 2: Download the Data FilesStep 3: Upload the Files to an Amazon S3 BucketStep 4: Create the Sample TablesStep 5: Run the COPY CommandsStep 6: Vacuum and Analyze the DatabaseStep 7: Clean Up Your ResourcesSummaryTutorial: Configuring WLM Queues to Improve Query ProcessingSection 1: Understanding the Default Queue