For MEDITECH system administrators that are new to the Data Repository (DR), you may have found yourself scratching your head if you haven’t supported Microsoft SQL Server before. Database backups? Index maintenance? Transaction log files? We’ve got you covered in this session, where we’ll teach you the basics of database administration, especially as they apply to the unique database design of MEDITECH’s DR. We’ll look at routine DBA best practices, including how to manage security and basic database maintenance. We’ll also review optimal DR server configuration according to MEDITECH guidelines , as well as ways to intelligently manage routine tasks like index defragmentation and disk space and database capacity planning. If you’re a DR system administrator and want to learn more about managing your SQL Server databases, come to this informative session.
This document provides an overview of Oracle DBA training topics including relational database management systems (RDBMS), RDBMS and SQL, DBA tasks, Oracle database architecture, Oracle instance architecture, background processes, system global area (SGA), shared pool, library cache, and data dictionary cache. Key points covered include how RDBMS stores and accesses data through tables, the roles of consistency and concurrency in RDBMS, common DBA responsibilities like installation, backup/recovery, monitoring and performance tuning, and important components that make up the Oracle database architecture like instances, processes, memory structures, and caches.
This resume is for Shamanth NJ, an Oracle database administrator with over 3 years of experience administering Oracle 10g and 11g databases. Some of his key responsibilities include performing database backups, monitoring database health, managing users and permissions, performing data migrations between environments, and tuning databases for optimal performance. He has worked on various projects involving data migration and production support for clients such as Biogen, SymoGen, Valeant, Auxillium, Lundbeck, and PPDI. His education includes a Bachelor's degree in Industrial and Production Engineering.
CP 121 introduces database systems. The lecture covers file-based systems, the database approach, common database uses, users, DBMS components and functions, and advantages and disadvantages of databases. Key points include: File-based systems are limited but the database approach offers data sharing and consistency. A DBMS manages data storage, transactions, integrity, security and more. Database users include administrators, designers, developers and end users who access data through applications.
This document discusses data, information, databases, database management systems (DBMS), and the architecture of DBMS. It defines data as raw unorganized facts and information as processed data that provides meaning. A database is a shared collection of interrelated data designed to meet an organization's information needs. A DBMS is a collection of programs used to create and maintain a database. The document then describes the components of a typical DBMS architecture including the query processor, file manager, data manager, and data dictionary. It also discusses database users such as administrators, designers, analysts, and various types of end users.
This document discusses database management systems and the database development lifecycle. It defines DBMS as software that manages databases and provides functions like data definition, retrieval, updating and administration. It describes the characteristics of data in databases and advantages like redundancy control and data sharing. The document outlines the planning, analysis, design, implementation and maintenance phases of both the software development lifecycle and database development lifecycle. It also covers different database models like hierarchical, network and relational.
The document discusses the key components of a database system environment, including hardware, software, people, procedures, and data. It describes hardware as the physical devices like computers. It identifies three types of software: operating systems, database management systems (DBMS), and application programs. It outlines five types of users: system administrators, database administrators, database designers, system analysts/programmers, and end users. It states procedures govern the design and use of the database system. Finally, it notes data is the collection of facts stored in the database from which information is generated.
The document discusses the key components of a database system environment: hardware, software, people, procedures, and data. It describes hardware as the physical devices like computers. It explains that software includes operating systems, database management systems (DBMS), and application programs. People in the environment include administrators, designers, analysts, programmers, and end users. Procedures govern how the database system is designed and used. Data refers to the collection of facts stored in the database.
For MEDITECH system administrators that are new to the Data Repository (DR), you may have found yourself scratching your head if you haven’t supported Microsoft SQL Server before. Database backups? Index maintenance? Transaction log files? We’ve got you covered in this session, where we’ll teach you the basics of database administration, especially as they apply to the unique database design of MEDITECH’s DR. We’ll look at routine DBA best practices, including how to manage security and basic database maintenance. We’ll also review optimal DR server configuration according to MEDITECH guidelines , as well as ways to intelligently manage routine tasks like index defragmentation and disk space and database capacity planning. If you’re a DR system administrator and want to learn more about managing your SQL Server databases, come to this informative session.
This document provides an overview of Oracle DBA training topics including relational database management systems (RDBMS), RDBMS and SQL, DBA tasks, Oracle database architecture, Oracle instance architecture, background processes, system global area (SGA), shared pool, library cache, and data dictionary cache. Key points covered include how RDBMS stores and accesses data through tables, the roles of consistency and concurrency in RDBMS, common DBA responsibilities like installation, backup/recovery, monitoring and performance tuning, and important components that make up the Oracle database architecture like instances, processes, memory structures, and caches.
This resume is for Shamanth NJ, an Oracle database administrator with over 3 years of experience administering Oracle 10g and 11g databases. Some of his key responsibilities include performing database backups, monitoring database health, managing users and permissions, performing data migrations between environments, and tuning databases for optimal performance. He has worked on various projects involving data migration and production support for clients such as Biogen, SymoGen, Valeant, Auxillium, Lundbeck, and PPDI. His education includes a Bachelor's degree in Industrial and Production Engineering.
CP 121 introduces database systems. The lecture covers file-based systems, the database approach, common database uses, users, DBMS components and functions, and advantages and disadvantages of databases. Key points include: File-based systems are limited but the database approach offers data sharing and consistency. A DBMS manages data storage, transactions, integrity, security and more. Database users include administrators, designers, developers and end users who access data through applications.
This document discusses data, information, databases, database management systems (DBMS), and the architecture of DBMS. It defines data as raw unorganized facts and information as processed data that provides meaning. A database is a shared collection of interrelated data designed to meet an organization's information needs. A DBMS is a collection of programs used to create and maintain a database. The document then describes the components of a typical DBMS architecture including the query processor, file manager, data manager, and data dictionary. It also discusses database users such as administrators, designers, analysts, and various types of end users.
This document discusses database management systems and the database development lifecycle. It defines DBMS as software that manages databases and provides functions like data definition, retrieval, updating and administration. It describes the characteristics of data in databases and advantages like redundancy control and data sharing. The document outlines the planning, analysis, design, implementation and maintenance phases of both the software development lifecycle and database development lifecycle. It also covers different database models like hierarchical, network and relational.
The document discusses the key components of a database system environment, including hardware, software, people, procedures, and data. It describes hardware as the physical devices like computers. It identifies three types of software: operating systems, database management systems (DBMS), and application programs. It outlines five types of users: system administrators, database administrators, database designers, system analysts/programmers, and end users. It states procedures govern the design and use of the database system. Finally, it notes data is the collection of facts stored in the database from which information is generated.
The document discusses the key components of a database system environment: hardware, software, people, procedures, and data. It describes hardware as the physical devices like computers. It explains that software includes operating systems, database management systems (DBMS), and application programs. People in the environment include administrators, designers, analysts, programmers, and end users. Procedures govern how the database system is designed and used. Data refers to the collection of facts stored in the database.
Srikanth_Oracle_DBAExadata_OCP_Certified05srikanth P
Srikanth P has over 4.5 years of experience as an Oracle DBA. He has extensive experience installing, configuring, and administering Oracle databases from 10g to 11g in both RAC and non-RAC environments. He has also worked on migrating large databases to Exadata and performed various backup, recovery, and maintenance tasks.
The document discusses the components of a database system environment, including hardware, software, people, procedures, and data. It describes the hardware as the physical devices like computers. It explains there are three types of software: operating systems, DBMS, and application programs. People in the environment include administrators, designers, analysts, programmers and end users. Procedures govern the design and use of the system. Data refers to the stored facts that generate information.
The document discusses the components of a database system environment, including hardware, software, people, procedures, and data. It describes the hardware as the physical devices like computers. It explains there are three types of software: operating systems, DBMS, and application programs. People in the environment include administrators, designers, analysts, programmers and end users. Procedures govern the design and use of the system. Data refers to the stored facts that generate information.
The document discusses SQL Server performance monitoring and tuning. It recommends taking a holistic view of the entire system landscape, including hardware, software, systems and networking components. It outlines various tools for performance monitoring, and provides guidance on identifying and addressing common performance issues like high CPU utilization, disk I/O issues and poorly performing queries.
This document provides an overview of databases and database management systems (DBMS). It begins with examples of common database applications like banking, reservations, and online shopping. Key points made include that a database is a collection of related data managed by a DBMS, which defines, constructs, manipulates and shares the database. Using a DBMS provides advantages like reducing data redundancy, supporting multiple views and users, and enforcing data integrity. The document also outlines common database roles and considerations for when a DBMS may not be needed.
The document discusses the key components of a database system environment: hardware, software, people, procedures, and data. It describes the main hardware component as the computer and identifies three main types of software: operating system software, DBMS software like Microsoft Access and Oracle, and application programs. It also outlines five types of users in a database system: system administrators, database administrators, database designers, system analysts/programmers, and end users. Procedures govern the design and use of the database, and data refers to the collection of facts stored in the database.
The document discusses the key components of a database system environment: hardware, software, people, procedures, and data. It describes the main hardware component as the computer and identifies three main types of software: operating system software, DBMS software like Microsoft Access and Oracle, and application programs. It also outlines five types of users in a database system: system administrators, database administrators, database designers, system analysts/programmers, and end users. Procedures govern the design and use of the database, and data refers to the collection of facts stored in the database.
This document provides an overview of managing database files in SQL Server. It discusses data structures like pages, extents, and transactions. It also covers creating and managing databases, placing database files and logs, optimizing performance using RAID and filegroups, and capacity planning. Key topics include specifying database options, growing and shrinking files, using filegroups for performance and maintenance, and estimating database and table sizes.
This document defines and describes key concepts related to databases. It begins by defining a database as a collection of information organized for easy access, management, and updating. It then outlines the main components of a database, including hardware, software, data, data access languages, and procedures. The document also discusses different types of databases such as relational, object-oriented, distributed, and data warehouses. Finally, it defines a database management system (DBMS) as software that allows users to create, access, and manage a database and lists some advantages and disadvantages of using a DBMS.
Mca ii-dbms- u-i-introductory concepts of dbmsRai University
This document provides an introduction to database management systems (DBMS). It defines what a database and DBMS are, and describes some key characteristics like controlling redundancy, supporting multiple views, and allowing data sharing. Examples of database applications are provided, ranging from small lists to large systems like Amazon and the IRS. The roles of different actors who interact with the database, like administrators, designers, and end users, are outlined. Finally, some advantages of using a DBMS over file processing are discussed, such as restricting unauthorized access and providing storage structures for efficient querying.
An Oracle database instance consists of background processes that control one or more databases. A schema is a set of database objects owned by a user that apply to a specific application. Tables store data in rows and columns, and indexes and constraints help maintain data integrity and improve query performance. Database administrators perform tasks like installing and upgrading databases, managing storage, security, backups and high availability.
Oracle Data Guard 11g Release 2 with Oracle Enterprise Manager 11g Grid Control allows users to easily configure, monitor, and manage Data Guard environments. Key capabilities include adding physical or logical standby databases, monitoring performance metrics, performing switchovers and failovers, configuring fast-start failover, and managing Data Guard configurations from a centralized GUI. Oracle Enterprise Manager automates many complex Data Guard management tasks and provides visibility into the status and health of Data Guard environments.
This document provides an outline for a course on databases and database users. It introduces key concepts about databases including what a database is, database properties, database management systems, actors involved with databases like administrators and designers, advantages of databases over file systems, and common database applications. The outline covers topics that will be taught like introduction to PHP and MySQL, how to code applications with databases, and how to perform common tasks with databases.
The document discusses database management systems (DBMS). It defines a database as a collection of related data and describes a DBMS as software that enables users to create, maintain and share databases. It provides an example of a university database with files for students, courses, grades and prerequisites. It outlines key characteristics of the database approach such as self-describing nature, insulation between programs and data, support of multiple views, and sharing of data.
This chapter discusses data administration and database administration. Data administration manages data resources across an organization, while database administration focuses on technical database design and issues. The chapter also covers database management systems (DBMS), concurrency control using optimistic and pessimistic approaches, and database recovery. Maintaining data integrity and recovering from failures are important functions of a DBMS.
This document provides an overview of database systems and database management. It defines what a database and DBMS are, and gives examples like a university student database. It describes key characteristics of databases like being self-describing and supporting multiple views. The document outlines the roles of database actors and advantages like data sharing and redundancy control. It also discusses when not to use a DBMS and the responsibilities of database administrators like security, disaster recovery and training.
This document discusses database backup and recovery strategies in Oracle. It covers different types of backups including logical, physical, online and offline backups. It emphasizes the importance of backups for recovery purposes. Different failure scenarios are described such as statement failure, user process failure, user error, instance failure and media failure. The roles of logical backups using Export and archiving redo logs are explained. Considerations for backup strategies include business needs, availability requirements, transaction volumes and read-only tablespaces. Testing backups is recommended to ensure recovery success.
DATABASE MANAGEMENT SYSTEM ARCHITECTUREDeepakM509554
The document discusses database management system (DBMS) architecture. It describes the logical DBMS architecture as dealing with how data is stored and presented to users, while the physical architecture is concerned with the software components that make up a DBMS. It then explains several key components of a DBMS, including the data models, query processor, database manager, and their various functions in processing queries, maintaining data integrity and consistency, and managing transactions and recovery.
This document discusses various disaster recovery strategies for databases, including definitions, preparing disaster recovery plans, failover clustering, log shipping, and database mirroring. It provides details on how each strategy works, key terms, and general recommendations for testing and maintaining disaster recovery plans. Log shipping is described as shipping transaction log backups from a primary to secondary server to maintain an unrecovered copy, while database mirroring transfers log records in real-time between a principal and mirror database.
E-commerce Application Development Company.pdfHornet Dynamics
Your business can reach new heights with our assistance as we design solutions that are specifically appropriate for your goals and vision. Our eCommerce application solutions can digitally coordinate all retail operations processes to meet the demands of the marketplace while maintaining business continuity.
Mobile App Development Company In Noida | Drona InfotechDrona Infotech
Looking for a reliable mobile app development company in Noida? Look no further than Drona Infotech. We specialize in creating customized apps for your business needs.
Visit Us For : https://www.dronainfotech.com/mobile-application-development/
Srikanth_Oracle_DBAExadata_OCP_Certified05srikanth P
Srikanth P has over 4.5 years of experience as an Oracle DBA. He has extensive experience installing, configuring, and administering Oracle databases from 10g to 11g in both RAC and non-RAC environments. He has also worked on migrating large databases to Exadata and performed various backup, recovery, and maintenance tasks.
The document discusses the components of a database system environment, including hardware, software, people, procedures, and data. It describes the hardware as the physical devices like computers. It explains there are three types of software: operating systems, DBMS, and application programs. People in the environment include administrators, designers, analysts, programmers and end users. Procedures govern the design and use of the system. Data refers to the stored facts that generate information.
The document discusses the components of a database system environment, including hardware, software, people, procedures, and data. It describes the hardware as the physical devices like computers. It explains there are three types of software: operating systems, DBMS, and application programs. People in the environment include administrators, designers, analysts, programmers and end users. Procedures govern the design and use of the system. Data refers to the stored facts that generate information.
The document discusses SQL Server performance monitoring and tuning. It recommends taking a holistic view of the entire system landscape, including hardware, software, systems and networking components. It outlines various tools for performance monitoring, and provides guidance on identifying and addressing common performance issues like high CPU utilization, disk I/O issues and poorly performing queries.
This document provides an overview of databases and database management systems (DBMS). It begins with examples of common database applications like banking, reservations, and online shopping. Key points made include that a database is a collection of related data managed by a DBMS, which defines, constructs, manipulates and shares the database. Using a DBMS provides advantages like reducing data redundancy, supporting multiple views and users, and enforcing data integrity. The document also outlines common database roles and considerations for when a DBMS may not be needed.
The document discusses the key components of a database system environment: hardware, software, people, procedures, and data. It describes the main hardware component as the computer and identifies three main types of software: operating system software, DBMS software like Microsoft Access and Oracle, and application programs. It also outlines five types of users in a database system: system administrators, database administrators, database designers, system analysts/programmers, and end users. Procedures govern the design and use of the database, and data refers to the collection of facts stored in the database.
The document discusses the key components of a database system environment: hardware, software, people, procedures, and data. It describes the main hardware component as the computer and identifies three main types of software: operating system software, DBMS software like Microsoft Access and Oracle, and application programs. It also outlines five types of users in a database system: system administrators, database administrators, database designers, system analysts/programmers, and end users. Procedures govern the design and use of the database, and data refers to the collection of facts stored in the database.
This document provides an overview of managing database files in SQL Server. It discusses data structures like pages, extents, and transactions. It also covers creating and managing databases, placing database files and logs, optimizing performance using RAID and filegroups, and capacity planning. Key topics include specifying database options, growing and shrinking files, using filegroups for performance and maintenance, and estimating database and table sizes.
This document defines and describes key concepts related to databases. It begins by defining a database as a collection of information organized for easy access, management, and updating. It then outlines the main components of a database, including hardware, software, data, data access languages, and procedures. The document also discusses different types of databases such as relational, object-oriented, distributed, and data warehouses. Finally, it defines a database management system (DBMS) as software that allows users to create, access, and manage a database and lists some advantages and disadvantages of using a DBMS.
Mca ii-dbms- u-i-introductory concepts of dbmsRai University
This document provides an introduction to database management systems (DBMS). It defines what a database and DBMS are, and describes some key characteristics like controlling redundancy, supporting multiple views, and allowing data sharing. Examples of database applications are provided, ranging from small lists to large systems like Amazon and the IRS. The roles of different actors who interact with the database, like administrators, designers, and end users, are outlined. Finally, some advantages of using a DBMS over file processing are discussed, such as restricting unauthorized access and providing storage structures for efficient querying.
An Oracle database instance consists of background processes that control one or more databases. A schema is a set of database objects owned by a user that apply to a specific application. Tables store data in rows and columns, and indexes and constraints help maintain data integrity and improve query performance. Database administrators perform tasks like installing and upgrading databases, managing storage, security, backups and high availability.
Oracle Data Guard 11g Release 2 with Oracle Enterprise Manager 11g Grid Control allows users to easily configure, monitor, and manage Data Guard environments. Key capabilities include adding physical or logical standby databases, monitoring performance metrics, performing switchovers and failovers, configuring fast-start failover, and managing Data Guard configurations from a centralized GUI. Oracle Enterprise Manager automates many complex Data Guard management tasks and provides visibility into the status and health of Data Guard environments.
This document provides an outline for a course on databases and database users. It introduces key concepts about databases including what a database is, database properties, database management systems, actors involved with databases like administrators and designers, advantages of databases over file systems, and common database applications. The outline covers topics that will be taught like introduction to PHP and MySQL, how to code applications with databases, and how to perform common tasks with databases.
The document discusses database management systems (DBMS). It defines a database as a collection of related data and describes a DBMS as software that enables users to create, maintain and share databases. It provides an example of a university database with files for students, courses, grades and prerequisites. It outlines key characteristics of the database approach such as self-describing nature, insulation between programs and data, support of multiple views, and sharing of data.
This chapter discusses data administration and database administration. Data administration manages data resources across an organization, while database administration focuses on technical database design and issues. The chapter also covers database management systems (DBMS), concurrency control using optimistic and pessimistic approaches, and database recovery. Maintaining data integrity and recovering from failures are important functions of a DBMS.
This document provides an overview of database systems and database management. It defines what a database and DBMS are, and gives examples like a university student database. It describes key characteristics of databases like being self-describing and supporting multiple views. The document outlines the roles of database actors and advantages like data sharing and redundancy control. It also discusses when not to use a DBMS and the responsibilities of database administrators like security, disaster recovery and training.
This document discusses database backup and recovery strategies in Oracle. It covers different types of backups including logical, physical, online and offline backups. It emphasizes the importance of backups for recovery purposes. Different failure scenarios are described such as statement failure, user process failure, user error, instance failure and media failure. The roles of logical backups using Export and archiving redo logs are explained. Considerations for backup strategies include business needs, availability requirements, transaction volumes and read-only tablespaces. Testing backups is recommended to ensure recovery success.
DATABASE MANAGEMENT SYSTEM ARCHITECTUREDeepakM509554
The document discusses database management system (DBMS) architecture. It describes the logical DBMS architecture as dealing with how data is stored and presented to users, while the physical architecture is concerned with the software components that make up a DBMS. It then explains several key components of a DBMS, including the data models, query processor, database manager, and their various functions in processing queries, maintaining data integrity and consistency, and managing transactions and recovery.
This document discusses various disaster recovery strategies for databases, including definitions, preparing disaster recovery plans, failover clustering, log shipping, and database mirroring. It provides details on how each strategy works, key terms, and general recommendations for testing and maintaining disaster recovery plans. Log shipping is described as shipping transaction log backups from a primary to secondary server to maintain an unrecovered copy, while database mirroring transfers log records in real-time between a principal and mirror database.
E-commerce Application Development Company.pdfHornet Dynamics
Your business can reach new heights with our assistance as we design solutions that are specifically appropriate for your goals and vision. Our eCommerce application solutions can digitally coordinate all retail operations processes to meet the demands of the marketplace while maintaining business continuity.
Mobile App Development Company In Noida | Drona InfotechDrona Infotech
Looking for a reliable mobile app development company in Noida? Look no further than Drona Infotech. We specialize in creating customized apps for your business needs.
Visit Us For : https://www.dronainfotech.com/mobile-application-development/
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Crescat Event for concert promoters and event agencies. Crescat Venue for music venues, conference centers, wedding venues, concert halls and more. And Crescat Festival for festivals, conferences and complex events.
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If you plan events, run a venue or produce festivals and you're looking for ways to make your life easier, then we have a solution for you. Try our software for free or schedule a no-obligation demo with one of our product specialists today at crescat.io
2. DBA GoalsDBA Goals
A proactive DBA performs the routine tasks
Backups
What are the growth patterns
Review the database to see what is ‘normal’
Number of users logged in
13. Health ChecksHealth Checks
Run awr/statspack regularly. It will give
you a quick overview and provide a
baseline, if things change.
ADDM
14. Alert LogAlert Log
Alert.log
◦ It shows when the database was created/
shutdown or started
◦ Any ddl commands to change the structure of
the database
15. Alert LogAlert Log
When there are internal errors
Trace logs are to help in debugging a
problem