SoftBase is committed to driving a better DB2 development experience. Combining decades of DB2 expertise, innovative testing and DB2 performance-tuning tools and an unmatched customer support and service team, SoftBase helps application developers and DB2 administrators deliver more reliable DB2 applications and create higher performing DB2 software.
Visit www.softbase.com/batch_healthcare_deadlock_advisor.php for more information!
SoftBase is committed to driving a better DB2 development experience. Combining decades of DB2 expertise, innovative testing and DB2 performance-tuning tools and an unmatched customer support and service team, SoftBase helps application developers and DB2 administrators deliver more reliable DB2 applications and create higher performing DB2 software.
Visit www.softbase.com/products_overview.php for more information!
Quickly Locate Poorly Performing DB2 for z/OS Batch SQL softbasemarketing
SoftBase is committed to driving a better DB2 development experience. Combining decades of DB2 expertise, innovative testing and DB2 performance-tuning tools and an unmatched customer support and service team, SoftBase helps application developers and DB2 administrators deliver more reliable DB2 applications and create higher performing DB2 software.
Visit batch_healthcare_analyzer.php for more information!
The document discusses High Availability Disaster Recovery (HADR) in DB2. It describes how HADR uses log shipping to replicate transactions from a primary database to a standby database. HADR supports three synchronization modes - SYNC, NearSync and Async - which determine how transaction logs are replicated. The document provides steps for setting up and configuring HADR, including required database parameters. It also discusses using reorgchk and runstats utilities to check for table/index reorganization needs and update database statistics.
This document discusses PostgreSQL replication. It provides an overview of replication, including its history and features. Replication allows data to be copied from a primary database to one or more standby databases. This allows for high availability, load balancing, and read scaling. The document describes asynchronous and synchronous replication modes.
This document provides an introduction to using Job Control Language (JCL) and the System Display and Search Facility (SDSF) on IBM mainframe systems. It explains the basic components of JCL, including the JOB, EXEC, and DD statements. It also describes how to create JCL procedures, override procedure statements, and use utilities and system libraries. The document concludes by explaining how SDSF allows users to monitor jobs, view outputs, and issue commands to the operating system.
Replication features, technologies and 3rd party ExtinctionBen Mildren
The document discusses MySQL replication features, technologies, and third party tools for replication. It covers MySQL native replication, topologies, and the ecosystem of additional replication products and tools that complement or improve upon native replication. These include solutions for data consistency, performance, monitoring, and high availability.
SoftBase is committed to driving a better DB2 development experience. Combining decades of DB2 expertise, innovative testing and DB2 performance-tuning tools and an unmatched customer support and service team, SoftBase helps application developers and DB2 administrators deliver more reliable DB2 applications and create higher performing DB2 software.
Visit www.softbase.com/products_overview.php for more information!
Quickly Locate Poorly Performing DB2 for z/OS Batch SQL softbasemarketing
SoftBase is committed to driving a better DB2 development experience. Combining decades of DB2 expertise, innovative testing and DB2 performance-tuning tools and an unmatched customer support and service team, SoftBase helps application developers and DB2 administrators deliver more reliable DB2 applications and create higher performing DB2 software.
Visit batch_healthcare_analyzer.php for more information!
The document discusses High Availability Disaster Recovery (HADR) in DB2. It describes how HADR uses log shipping to replicate transactions from a primary database to a standby database. HADR supports three synchronization modes - SYNC, NearSync and Async - which determine how transaction logs are replicated. The document provides steps for setting up and configuring HADR, including required database parameters. It also discusses using reorgchk and runstats utilities to check for table/index reorganization needs and update database statistics.
This document discusses PostgreSQL replication. It provides an overview of replication, including its history and features. Replication allows data to be copied from a primary database to one or more standby databases. This allows for high availability, load balancing, and read scaling. The document describes asynchronous and synchronous replication modes.
This document provides an introduction to using Job Control Language (JCL) and the System Display and Search Facility (SDSF) on IBM mainframe systems. It explains the basic components of JCL, including the JOB, EXEC, and DD statements. It also describes how to create JCL procedures, override procedure statements, and use utilities and system libraries. The document concludes by explaining how SDSF allows users to monitor jobs, view outputs, and issue commands to the operating system.
Replication features, technologies and 3rd party ExtinctionBen Mildren
The document discusses MySQL replication features, technologies, and third party tools for replication. It covers MySQL native replication, topologies, and the ecosystem of additional replication products and tools that complement or improve upon native replication. These include solutions for data consistency, performance, monitoring, and high availability.
The document discusses memory management in operating systems. It describes how memory is divided into fixed or dynamic partitions to allocate space for programs. This can result in internal or external fragmentation. The memory manager uses algorithms like first-fit or best-fit to determine where to allocate new programs. It must track busy and free memory spaces using a table. When a program finishes, the memory manager updates this table to reflect the newly freed space.
The document discusses SQL and common table expressions (CTE). It provides an example of using a CTE to query hierarchical data and print an organization structure tree by recursively joining the CTE to itself. Administrative commands can also be executed through SQL using the ADMIN_CMD stored procedure.
This document provides an overview and agenda for a presentation on Oracle Database Vault. It discusses securing data using realms, factors, command rules and rule sets in Database Vault. It also covers auditing violations which are logged in the database and to the operating system. The document concludes with a brief section on the impact of backups on a Database Vault secured system when using export, Data Pump and RMAN.
This presentation discusses several new features in Oracle Database 12c including:
1) Total Recall which allows querying historical data as of a past timestamp using Flashback Archive.
2) Context extension which captures additional context like user, client, and IP address with redo data in Flashback Archive.
3) TRUNCATE TABLE now supports cascading deletes to dependent child tables when referenced keys have ON DELETE CASCADE constraints.
Hibernate Performance Tuning, presented on JEEConf 2012, Kiev, Ukraine.
Also see: http://branchandbound.net/blog/conferences/2012/05/jeeconf-tripreport/
Adaptation of presentation at http://www.slideshare.net/SanderMak/hibernate-performance-tuning
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This document discusses database transaction logging and concurrency control in DB2. It covers topics such as locks, isolation levels, deadlocks, snapshots, and transaction logging. It provides information on DB2's use of row-level and table-level locks, lock modes, lock escalation, lock monitoring using snapshots, and the two logging methods of circular logging and archival logging.
This document discusses managing Oracle database instances. It covers starting and stopping the Oracle database and components using Oracle Enterprise Manager. It also covers accessing a database using SQL*Plus, modifying initialization parameters, the stages of database startup and shutdown options, and viewing the alert log and dynamic performance views.
The document discusses PostgreSQL's write-ahead log (WAL), which records database changes before writing them to disk for crash safety. The WAL allows for features like online backups by archiving WAL records, point-in-time recovery by restoring from backups and replaying WAL, and replication by transmitting WAL to standby servers. It works by writing each change as a WAL record before updating data pages, and replaying the log during recovery to reconstruct unfinished transactions after a crash.
Intro to goldilocks inmemory db - low latencyDongpyo Lee
Goldilocks is a In-memory DB solution which has tremendous performance. It can process millions of user data operations per second.
It's simple, lightweight, easy to use.
We strongly recommand you to try it. If you do so, you'll see the best low latency data solution which you've ever met.
The document describes Performance Schema and ps_helper. Performance Schema is a feature in MySQL that collects runtime performance data and ps_helper is a tool that makes Performance Schema data easier to understand. It provides views, functions and stored procedures to summarize Performance Schema data for common use cases like analyzing user activity and statements.
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This slide deck what co-produced with https://twitter.com/sqlmaria
DB2 pureScale provides high availability and continuous operations by automatically recovering from component failures through workload redistribution and fast in-flight transaction recovery. It protects databases by balancing workloads across nodes and uses duplexed secondary components to tolerate multiple simultaneous node failures while keeping other nodes online and services available.
The slides are from a one hour talk introducing the various security mechanisms used in postgres. It includes an overview of authentication, session encryption and high performance querying techniques of asymmetric (public key) encrypted data using functional indexes. The talk was given in 2015 LinuxFest at Bellingham Washington
The document provides instructions for installing Oracle Enterprise Manager Cloud Control 12c and configuring its components. Key steps include:
1. Installing the Oracle Management Server (OMS) and configuring its database connection and ports.
2. Installing agents on an Oracle SOA clustered domain and configuring auto-discovery and promotion of targets to managed state.
3. Installing the JVMD (JVM Diagnostics) manager to monitor JVMs, which requires resynchronizing agents, selecting the application performance agent, and configuring a managed server.
Performance Schema and Sys Schema in MySQL 5.7Mark Leith
MySQL 5.7 now includes the Sys Schema by default, which builds upon the awesome instrumentation framework laid by Performance Schema.
Performance Schema has had 23 worklogs completed in 5.7 alone, such as memory instrumentation, tying in transactions and stored programs in to the current statement/stage/wait instruments and wait graph, prepared statement instruments, metadata lock information, improved session status and variable reporting, the new structured replication tables, and more.
The Sys schema builds upon this strong foundation with easy reporting views and functions, as well as procedures to help both set up and manage the configuration of Performance Schema, and help diagnose performance issues with your database instances on the whole.
Come along and hear from the original developer of the Sys schema about all of these exciting improvements in MySQL instrumentation for the upcoming MySQL 5.7 release!
Data guard & nologging new features in 18cUwe Hesse
Conventional wisdom was in previous versions that nologging had to be avoided in a Data Guard environment.
This has changed in 18c with the introduction of the STANDBY NOLOGGING clause.
The talk discusses the New Feature in detail and highlights the differences between
STANDBY NOLOGGING FOR DATA AVAILABILITY and STANDBY NOLOGGING FOR LOAD PERFORMANCE
Skybuffer AI: Advanced Conversational and Generative AI Solution on SAP Busin...Tatiana Kojar
Skybuffer AI, built on the robust SAP Business Technology Platform (SAP BTP), is the latest and most advanced version of our AI development, reaffirming our commitment to delivering top-tier AI solutions. Skybuffer AI harnesses all the innovative capabilities of the SAP BTP in the AI domain, from Conversational AI to cutting-edge Generative AI and Retrieval-Augmented Generation (RAG). It also helps SAP customers safeguard their investments into SAP Conversational AI and ensure a seamless, one-click transition to SAP Business AI.
With Skybuffer AI, various AI models can be integrated into a single communication channel such as Microsoft Teams. This integration empowers business users with insights drawn from SAP backend systems, enterprise documents, and the expansive knowledge of Generative AI. And the best part of it is that it is all managed through our intuitive no-code Action Server interface, requiring no extensive coding knowledge and making the advanced AI accessible to more users.
Ocean lotus Threat actors project by John Sitima 2024 (1).pptxSitimaJohn
Ocean Lotus cyber threat actors represent a sophisticated, persistent, and politically motivated group that poses a significant risk to organizations and individuals in the Southeast Asian region. Their continuous evolution and adaptability underscore the need for robust cybersecurity measures and international cooperation to identify and mitigate the threats posed by such advanced persistent threat groups.
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The document discusses memory management in operating systems. It describes how memory is divided into fixed or dynamic partitions to allocate space for programs. This can result in internal or external fragmentation. The memory manager uses algorithms like first-fit or best-fit to determine where to allocate new programs. It must track busy and free memory spaces using a table. When a program finishes, the memory manager updates this table to reflect the newly freed space.
The document discusses SQL and common table expressions (CTE). It provides an example of using a CTE to query hierarchical data and print an organization structure tree by recursively joining the CTE to itself. Administrative commands can also be executed through SQL using the ADMIN_CMD stored procedure.
This document provides an overview and agenda for a presentation on Oracle Database Vault. It discusses securing data using realms, factors, command rules and rule sets in Database Vault. It also covers auditing violations which are logged in the database and to the operating system. The document concludes with a brief section on the impact of backups on a Database Vault secured system when using export, Data Pump and RMAN.
This presentation discusses several new features in Oracle Database 12c including:
1) Total Recall which allows querying historical data as of a past timestamp using Flashback Archive.
2) Context extension which captures additional context like user, client, and IP address with redo data in Flashback Archive.
3) TRUNCATE TABLE now supports cascading deletes to dependent child tables when referenced keys have ON DELETE CASCADE constraints.
Hibernate Performance Tuning, presented on JEEConf 2012, Kiev, Ukraine.
Also see: http://branchandbound.net/blog/conferences/2012/05/jeeconf-tripreport/
Adaptation of presentation at http://www.slideshare.net/SanderMak/hibernate-performance-tuning
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This document discusses database transaction logging and concurrency control in DB2. It covers topics such as locks, isolation levels, deadlocks, snapshots, and transaction logging. It provides information on DB2's use of row-level and table-level locks, lock modes, lock escalation, lock monitoring using snapshots, and the two logging methods of circular logging and archival logging.
This document discusses managing Oracle database instances. It covers starting and stopping the Oracle database and components using Oracle Enterprise Manager. It also covers accessing a database using SQL*Plus, modifying initialization parameters, the stages of database startup and shutdown options, and viewing the alert log and dynamic performance views.
The document discusses PostgreSQL's write-ahead log (WAL), which records database changes before writing them to disk for crash safety. The WAL allows for features like online backups by archiving WAL records, point-in-time recovery by restoring from backups and replaying WAL, and replication by transmitting WAL to standby servers. It works by writing each change as a WAL record before updating data pages, and replaying the log during recovery to reconstruct unfinished transactions after a crash.
Intro to goldilocks inmemory db - low latencyDongpyo Lee
Goldilocks is a In-memory DB solution which has tremendous performance. It can process millions of user data operations per second.
It's simple, lightweight, easy to use.
We strongly recommand you to try it. If you do so, you'll see the best low latency data solution which you've ever met.
The document describes Performance Schema and ps_helper. Performance Schema is a feature in MySQL that collects runtime performance data and ps_helper is a tool that makes Performance Schema data easier to understand. It provides views, functions and stored procedures to summarize Performance Schema data for common use cases like analyzing user activity and statements.
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Performance Schema has had 23 worklogs completed in 5.7 alone, such as memory instrumentation, tying in transactions and stored programs in to the current statement/stage/wait instruments and wait graph, prepared statement instruments, metadata lock information, improved session status and variable reporting, the new structured replication tables, and more.
The Sys schema builds upon this strong foundation with easy reporting views and functions, as well as procedures to help both set up and manage the configuration of Performance Schema, and help diagnose performance issues with your database instances on the whole.
Come along and hear from the original developer of the Sys schema about all of these exciting improvements in MySQL instrumentation for the upcoming MySQL 5.7 release!
Data guard & nologging new features in 18cUwe Hesse
Conventional wisdom was in previous versions that nologging had to be avoided in a Data Guard environment.
This has changed in 18c with the introduction of the STANDBY NOLOGGING clause.
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Monitoring and Managing Anomaly Detection on OpenShift
Overview
Dive into the world of anomaly detection on edge devices with our comprehensive hands-on tutorial. This SlideShare presentation will guide you through the entire process, from data collection and model training to edge deployment and real-time monitoring. Perfect for those looking to implement robust anomaly detection systems on resource-constrained IoT/edge devices.
Key Topics Covered
1. Introduction to Anomaly Detection
- Understand the fundamentals of anomaly detection and its importance in identifying unusual behavior or failures in systems.
2. Understanding Edge (IoT)
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3. What is ArgoCD?
- Discover ArgoCD, a declarative, GitOps continuous delivery tool for Kubernetes, and its role in deploying applications on edge devices.
4. Deployment Using ArgoCD for Edge Devices
- Step-by-step guide on deploying anomaly detection models on edge devices using ArgoCD.
5. Introduction to Apache Kafka and S3
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6. Viewing Kafka Messages in the Data Lake
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8. Monitoring Application Metrics with Prometheus
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12. Jupyter Notebooks with Code Examples
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3. SoftBase DeadLock Advisor
Business Challenges
DB2 organizations experience
deadlocks, timeouts, and resource unavailable
situations.
Delay batch processing
Time consuming to troubleshoot
DB2 syslog message problems
o Cryptic language
o Not always available to programmers, i.e., more work for the DBA
4. SoftBase DeadLock Advisor
DeadLock Advisor Solution
Every programmer and DBA involved can instantly see:
Which job was deadlocked (offended)
Which job caused the deadlock (offending)
A plain-English explanation of what happened
6. SoftBase DeadLock Advisor
HRDAILY
SBST375I SOFTBASE DeadLock Advisor
***********************************************************************
* Job: HRDAILY. DB2 Subsystem DB8G. Plan HRDAILY is deadlocked by *
* HRMNTHLY (BATCH). Deadlocking plan is HRMNTHLY. *
* This job (HRDAILY)will receive a negative
SQLCODE. *
***********************************************************************
SBST501I SOFTBASE DeadLock Advisor
***********************************************************************
* Job: HRDAILY. DB2 Subsystem DB8G. Tablespace Page *
* DGFDB008.DGFTS081.X'00007A' is involved in a deadlock condition. *
***********************************************************************
Deadlock
7. SoftBase DeadLock Advisor
HRMNTHLY
SBST375I SOFTBASE DeadLock Advisor
***********************************************************************
* Job: HRMNTHLY. DB2 Subsystem DB8G. Plan HRMNTHLY has deadlocked *
* plan HRDAILY in HRDAILY (BATCH). This job (HRMNTHLY) is *NOT* *
* affected, but has caused HRDAILY to receive a deadlock condition. *
***********************************************************************
Deadlock
9. SoftBase DeadLock Advisor
HRDAILY
SBST376I SOFTBASE DeadLock Advisor
***********************************************************************
* Job: HRDAILY. DB2 Subsystem DB8G. Plan HRDAILY is timed out due to *
* HRMNTHLY (BATCH). Requested resource is being held by plan *
* HRMNTHLY. This job (HRDAILY) will receive a negative SQLCODE. *
***********************************************************************
SBST501I SOFTBASE DeadLock Advisor
***********************************************************************
* Job: HRDAILY. DB2 Subsystem DB8G. A lock request for Tablespace *
* Page DGFDB008.DGFTS081.X'00007A' could not be granted, and the *
* request waited for a period longer than the maximum specified by *
* the installation. *
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Timeout
10. SoftBase DeadLock Advisor
HRMNTHLY
SBST376I SOFTBASE DeadLock Advisor
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* Job: HRMNTHLY. DB2 Subsystem DB8G. Plan HRMNTHLY has timed out plan *
* HRDAILY in HRDAILY (BATCH). This job (HRMNTHLY) is *NOT* affected, *
* but has caused HRDAILY to receive a timeout condition. *
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Timeout
12. SoftBase DeadLock Advisor
HRHOURLY
SBST376I SOFTBASE DeadLock Advisor
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* Job: HRHOURLY. DB2 Subsystem DB8G. Plan HRHOURLY is timed out due *
* to CSB4 (TSO). Requested resource is being held by plan DSNESPRR. *
* This job (HRHOURLY) will receive a negative SQLCODE. *
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SBST501I SOFTBASE DeadLock Advisor 531
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* Job: HRHOURLY. DB2 Subsystem DB8G. A lock request for DBID/OBID *
* 00000279.00000010 could not be granted, and the request waited for *
* a period longer than the maximum specified by the installation. *
***********************************************************************
TSO Timeout
14. SoftBase DeadLock Advisor
HRDAILY
SBST501I SOFTBASE DeadLock Advisor
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* Job: HRDAILY. DB2 Subsystem DB8G. An attempt was made to allocate *
* Database DGFDB008, but it is stopped for all access. *
* This job (HRDAILY) will receive a negative SQLCODE. *
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Stopped Database
Stopped Database
In an environment where DB2 has to work well, application developers and database administrators turn to a provider who can offer the right experience. SoftBase delivers more than 20 years of expertise in DB2 tools, and an unmatched customer experience. SoftBase: Proven Technology; Proven Tools; Proven Partner.
Many DB2 organizations today experience deadlocks, timeouts and resource unavailable situations during batch processing. Determining the root cause of these batch-delaying problems is often a tedious task for DBAs. DeadLock Advisor makes the job of pinpointing these issues and which job caused them effortless by placing easy to understandmessages in the job log of both jobs involved in the deadlock, timeout, or resource unavailable condition. In this way, application developers can troubleshoot their jobs without the assistance of a DBA.DeadLock Advisor places a message in the job log of every batch job that experiences a deadlock timeout or resource unavailable condition. Further, for conditions involving two batch jobs, even though typically only one job receives a negative SQL code such as -911 (and neither job receives a message), DeadLock Advisor places a message in both job logs. The deadlock (or resource unavailable) condition is then instantly visible to any involved party. No other DB2 tool available pinpoints the source of deadlock timeouts in this manner.
DeadLock Advisor expedites this by placing an easy to understand message in the joblog of each application involved. Application developers can troubleshoot their own jobs without a DBA’s assistance.For conditions involving two applications, DB2 will return a negative sequel code for only one job, and neither job will receive a message. In contrast, DeadLock Advisor will place a message in both joblogs. The problematic condition, as well as it's cause, is instantly made visible to anyone involved. DeadLock Advisor is the only DB2 tool available that identifies the source of deadlock timeouts in this manner.
In this scenario, two applications have become deadlocked. The hr monthly application begins updating the project table, prior to updating the <rate speed="1"><pitch middle="-2">employee</pitch></rate> table, which is being updated by hr daily. When hr monthly attempts to update the <pitch middle="-2">employee</pitch> table, it must wait for hr daily to finish. While hr monthly waits, it keeps the project table locked.Hr daily then attempts to update the project table, which is of course still locked by hr monthly. The monthly application has deadlocked the daily application. Normally in this situation, only the daily application would receive a 911 sequel code, and <pitch middle="1">neither</pitch> application would receive a <pitch middle="-2">message</pitch>. To understand <pitch middle="2">why</pitch> this <pitch middle="-2">deadlock</pitch> <pitch middle="2">occurred</pitch>, a DBA would have to spend considerable time searching DB2 logs and other data sources. Deadlock advisor <pitch middle="1">saves</pitch> <pitch middle="-2">time</pitch> by placing an easy to <pitch middle="-2">understand</pitch>, <pitch middle="2">English</pitch> like <pitch middle="-2">message</pitch> in the <pitch middle="-1">joblog</pitch> of <pitch middle="1">both</pitch> <pitch middle="-1">applications</pitch>.
The offended application, hr daily, receives a message identifying the offending application, or the application that caused the deadlock. In this case, the offending application is hr monthly.
The offending application <pitch middle="1">also</pitch> receives a message, identifying the application that it deadlocked.
Deadlock Advisor also reports details on <pitch middle="-1">timeouts</pitch>. In this scenario, hr monthly causes hr daily to timeout. Normally, only hr daily would receive a 911 sequel code, and neither application would receive a message.
<pitch middle="1">Deadlock</pitch> advisor<pitch middle="-1"> places a message in hr daily's joblog, explaining that it was timed out due to hr <pitch middle="-2">monthly</pitch>.
Hrmonthly receives a message stating that it caused hrdaily to time out.
TS0 timeouts are reported to the offended application’s joblog. In this scenario, TS0 causes the hourly application to timeout.
The hourly application receives a message stating that it was timed out due to TSO.
If the database is stopped, an application will typically receive a 9 oh 4 sequel code. In this scenario, hr daily is attempting to update a table in a stopped database.
Hrdaily receives a message indicating that the database is stopped for all access.