Windows Server 2003 unquestionably delivers the speed and scalability that customers need across all key server roles, including database server, application server, Web server, file and print server, directory services, and terminal services. Recent industry-leading benchmarks, including Transaction Processing Performance Council (TPC) TPC-C, TPC-H and TPC-W, rank Windows Server 2003 and SQL Server (TM) 2000 as rapidly becoming No. 1 in performance.
[Extra Quality] MS SQL Server 2000 Developer Edition 64 Bit
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Windows Server 2003 is a comprehensive, integrated and secure infrastructure designed to help customers reduce costs and increase the efficiency and effectiveness of IT operations. Building on Windows 2000 family strengths, the new server platform helps customers extend existing resources while laying the foundation for building a new generation of connected applications that improve business productivity.
Sometimes, you have a Developer edition, but you need to change the development to production, and you need to upgrade from Developer Edition to Enterprise edition. To do that, you need to run the SQL Server installer. In the menu, go to maintenance and select the option Edition upgrade. For more details about upgrading from SQL server developer edition to another version, refer to this link:
You can upgrade from SQL Server 2012, service pack 4 to SQL Server 2019. If you have SQL Server 2014 Developer Edition, you need at least service pack 2 to upgrade to the 2019 developer edition. And if you have 2016 or 2017, no service pack is required right now, but it may change in the future.
SQL Server 2000 comes in six editions: Enterprise, Standard, Personal,Developer, Desktop Engine, and SQL Server CE (a compatible version forWindows CE) and requires the following software:
Summary: Over 11 years of IT experience in Database Administration mostly in financial sector. Collaboration in the design of databases, emphasizing performance, integrity and usability. Support high availability database management system. Database builds and deployments, change control and change tracking and RFC. Strong knowledge of SQL Server security procedures, database security audits, SQL installations, upgrades, migrations, consolidations, VMWare, data center migrations. Architected and administered multiple database servers in 24x7x365 environments by installing and configuring SQL Server for optimal performance on clustered and standalone machines. Design/Implement new projects and participate in re-engineering applications from scratch.(BIG IP/3DNS) Functioned as Subject Matter Expert. Establish and document DBMS operating standards and procedures. Establish and maintain backup and recovery processes for all DBMS environments. Experience of upgrade and migration from earlier version of SQL Server to SQL Server 7.0 and SQL Server 2000, SQL Server 2005, SQL Server 2008, SQL Server 2008 R2 in different environment. Expert Level skills in providing 24x7 DBA supports in Production, UAT, SIT and Development environment. Skills in Designing Physical and Logical data modal with Erwin Tools. Implemented and supported high availability solutions like Clustering, Mirroring, Log shipping. Expert in monitoring SQL Server Performance using SQL Profiler, Index Tuning Wizard, Windows Performance Monitor. Expert in designing disaster recovery model for corporate databases. In-depth knowledge of Transact-SQL (DDL, DML, DCL) Expert Level Skills in Backups and Restore database operations, designing and executing SSIS packages. Expert in Data Extraction and Transformation using Data Transformation Service (DTS), SSIS, Bulk Insert, BCP. Experience in designing and implementing business specific replication models (Models Snapshot, Merge, and Transactional). Experience in configuring and implementing SQL Server 2000/2005/2008/2008R2 Reporting Services (MSRS). Configuring and Implementing Database Mirroring, Log Shipping, SQL Mails, Database Mails, Service. Skills in Optimization and Tuning of Microsoft SQL Server for Windows NT, Windows 2000/ 2003/2008/2008R2 Servers platform etc. Flexible, enthusiastic and project oriented team player with excellent written, verbal communication and leadership skills to develop creative solutions for challenging client needs. Experienced with different phases of project life cycle (project requirement, project initiation and specification gathering, design system, coding, testing) and debugging new and existing client-server based applications. Proven ability to adopt new technologies in minimum time and with little training. Experience in database consolidation Responsible for all external/internal audits deliverables and findings.( Finance, Marketing, and HR Infrastructure)
Confidential, Jan. 2000 - Jul. 2004 SQL Server DBA & Developer Implemented MS SQL Server Management studio to create complex stored procedures using T-SQL to evaluate results for reports. Developed different scripts for Data Analysts for verification of reports. Performed T-SQL tuning, optimized queries, conducted performance tuning of SQL 2000 servers, created SQL Server maintenance plans, and authored stored procedures and DTS packages. Monitored and tuned databases, indexes, stored procedures, and server performance using performance monitoring tools for Microsoft SQL Server 2000. Automated and enhanced daily administrative tasks, including space management, object alteration, backup and recovery, and performance monitoring. Involved in entire life cycle including database design, development, testing, optimizing and deploying on development and production servers. Wrote/tested program code, implemented programs, participated in creating indexes, and created constraints, defaults, and views. Created logins, groups, users, roles, database devices, databases, mirroring devices, checked for database consistency, fixed DBCC errors, monitored error logs, database space allocations, transaction log space allocations, and fine tuning SQL performance.
Confidential, Nov. 1999 - Jan. 2000 SQL Server DBA Implemented SQL logins, roles and authentication modes as part of security policies for various categories of users. Created stored user-defined data types, procedures, triggers, and functions, as well as rebuilt indexes at regular intervals for better performance. Designed and implemented comprehensive backup plan and disaster recovery strategies. Implemented and scheduled replication process for updating parallel servers. Monitored performance, recovered databases, maintained databases, used log shipping, and analyzed/tuned long-running slow queries. Analyzed various aspects of stored procedures and performed tuned as needed to increase productivity and reusability of code. Provided DBA support for a development team customizing and testing new releases of client-server applications. Handled up to half TB size databases with clustered and replication environment.
The write application is a .NET console application based on a sample that we provide (upon request) to customers to write data to the Canary sender service. Simple ADO.Net code was then added to this sample to insert tag data into SQL server. A .NET Stopwatch object (which provide high resolution timing) was used to determine length of write tests. Windows explorer was used to determine size (in bytes) of historian data files and SQL server data and log files. Data written consisted of 40,416,000 TVQ records (Timestamp, Value, Quality). This was the accumulation of 10,000 tags changing throughout 1 day (2000 every 5 seconds, 4000 every 1 minute, and 4000 every hour).
BackgroundUsers who are trying to log on at the console of a Windows-based computer (by using the CTRL+ALT+DELETE keyboard shortcut) and accounts who are trying to start a service must have local logon privileges on the hosting computer. Examples of local logon operations include administrators who are logging on to the consoles of member computers, or domain controllers throughout the enterprise and domain users who are logging on to member computers to access their desktops by using non-privileged accounts. Users who use a Remote Desktop connection or Terminal Services must have the Allow log on locally user right on destination computers that are running Windows 2000 or Windows XP because these logon modes are considered local to the hosting computer. Users who are logging on to a server that has Terminal Server enabled and who do not have this user right can still start a remote interactive session in Windows Server 2003 domains if they have the Allow logon through Terminal Services user right.
Windows 2000-based servers must have Windows 2000 Service Pack 3 (SP3) or installed when they are administered with programs that support LDAP signing that are run from client computers that run Windows 2000 SP4, Windows XP, or Windows Server 2003.
Windows 2000 Service Pack 4, Windows XP, Windows Server 2003: On clients that are running Windows 2000 SP4, Windows XP, or Windows Server 2003, some Active Directory administration tools that target domain controllers that are running versions of Windows 2000 that are earlier than SP3 will not operate correctly if they are using IP addresses (for example, "dsa.msc /server=x.x.x.x" wherex.x.x.x is an IP address).
Before you can enable this setting on a member workstation or on a server, all domain controllers in the domain that the member belongs to must be able to encrypt secure channel data with a strong, 128-bit key. This means that all such domain controllers must be running Windows 2000 or later.
BackgroundServer Message Block (SMB) is the resource-sharing protocol that is supported by many Microsoft operating systems. It is the basis of network basic input/output system (NetBIOS) and of many other protocols. SMB signing authenticates both the user and the server that hosts the data. If either side fails the authentication process, data transmission will not occur.Enabling SMB signing starts during SMB protocol negotiation. The SMB signing policies determine whether the computer always digitally signs client communications.The Windows 2000 SMB authentication protocol supports mutual authentication. Mutual authentication closes a "man-in-the-middle" attack. The Windows 2000 SMB authentication protocol also supports message authentication. Message authentication helps prevent active message attacks. To give you this authentication, SMB signing puts a digital signature into each SMB. The client and the server each verify the digital signature.To use SMB signing, you must enable SMB signing or require SMB signing on both the SMB client and the SMB server. If SMB signing is enabled on a server, clients that are also enabled for SMB signing use the packet signing protocol during all subsequent sessions. If SMB signing is required on a server, a client cannot establish a session unless the client is enabled or required for SMB signing.Enabling digital signing in high-security networks helps prevent the impersonation of clients and of servers. This kind of impersonation is known as session hijacking. An attacker who has access to the same network as the client or the server uses session hijacking tools to interrupt, end, or steal a session in progress. An attacker could intercept and modify unsigned SMB packets, modify the traffic, and then forward it so that the server might perform unwanted actions. Or, the attacker could pose as the server or as the client after a legitimate authentication and then gain unauthorized access to data.The SMB protocol that is used for file sharing and for print sharing in computers that are running Windows 2000 Server, Windows 2000 Professional, Windows XP Professional, or Windows Server 2003 supports mutual authentication. Mutual authentication closes session hijacking attacks and supports message authentication. Therefore, it prevents man-in-the-middle attacks. SMB signing provides this authentication by placing a digital signature in each SMB. The client and the server then verify the signature.Notes 2ff7e9595c
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