Sample databases

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> AVEVA >Manage > AVEVA Administration 1.5.0 Enter the following details: Project – Training Username – SYSTEM Password – XXXXXX Click the Admin tile.  It is not necessary to specify an MDB to enter Admin. Free Users, like SYSTEM, are not displayed on the Username pull down. Copyright © 2014 AVEVA Solutions Limited and its subsidiaries. All rights reserved. 17 www.aveva.com AVEVA Engineering (14.2) Engineering Administration (TM-3652)  Include the following databases shown below as ‘Foreign’ databases, from APS (AVEVA Plant Sample Project) and ACP (AVEVA Catalogue project). Projects Databases ACP-(AVEVA Catalogue project) MASTER/EQUICATA MASTER/PIPECATA (CATA) (CATA) EQUIPMENT/CATA-A PIPING/CATA-A ELECTRICAL/CATA-A SAMPLEPPROJCATA PPROJECT/CATA ELECTRICAL/DESIGN-AREA01-A EQUIPMENT/DESIGN-AREA01-A PIPING/DESIGN-AREA01-A PPROJECT/GROUP PIPING/SCHEMATICS-AREA01-A (CATA) (CATA) (CATA) (CATA) (CATA) (DESI) (DESI) (DESI) (DESI) (SCHE) APS (AVEVA Plant Sample Project)   The trainer will provide APS (AVEVA Plant Sample Project). This project contains the schematic, design and dictionary database required for the demonstration of data integration  The trainer will provide ACP (AVEVA Catalogue project). This project contains all catalogue and specifications items required for references The ‘Project creation’ and ‘Including Foreign databases’ options are discussed in full in the TM-1860 AVEVA Administration Fundamentals training guide 3.1.2 Create Discipline - A Worked Example The first stage in developing a conceptual data model for use by AVEVA Engineering is to create disciplines. The ‘Discipline’ objects represent a “Discipline” as defined by the Engineering requirements for example; Mechanical, Process and Electrical disciplines. Create Disciplines Copyright © 2014 AVEVA Solutions Limited and its subsidiaries. All rights reserved. 18 www.aveva.com AVEVA Engineering (14.2) Engineering Administration (TM-3652) The Admin default screen layout will be displayed comprising of the main pull down menus, the Admin Explorer, Admin functions form and data from the included Foreign databases. One of the options in the “Create Discipline” form is the “Project” button. This option provides the capability to set the “DB Range Start” text field using existing pre-defined “DB Number Range” values. This setup “DB Number Range” is not mandatory, however if the user(s) preferred to use the Project button to set the “DB Range Start” text field in the Create Discipline form. The following

In today's increasingly distributed, mobile, and cloud-based software environments, database synchronization is a common requirement. When working with SQLite databases, sharing data across different devices and locations becomes necessary. Enter SymmetricDS, an open-source data replication and synchronization tool that can work wonders for SQLite database synchronization.SymmetricDS offers a flexible and scalable solution for synchronizing data across a wide range of databases and systems. In this tutorial, we’ll explore how to use SymmetricDS to synchronize SQLite databases with detailed instructions and practical code examples.Table of ContentsWhy Use SymmetricDS?Setting Up SymmetricDSConfiguration StepsConfiguring SQLite DatabasesCreate Sample DatabasesSynchronizing DataStarting Synchronization EngineMonitoring and TestingExample of Monitoring Sync with Console:SummaryWhy Use SymmetricDS?SymmetricDS supports more than 20 database systems, including SQLite. It provides:Multimaster replicationFilter-based data routingTransforms and enrichments of data during synchronizationSetting Up SymmetricDSBegin by installing SymmetricDS. As it is Java-based, you'll need Java installed on your system. Download the SymmetricDS standalone package from the official website and extract it.Configuration StepsInstall Java:sudo apt-get install openjdk-8-jdkDownload SymmetricDS: Unzip the downloaded package.wget unzip SymmetricDS-.*.zipSetup the SymmetricDS Properties: Each node needs a properties file that defines its configuration.# Configuration for Node 1 engine.name=client symmetric.username=symmetric symmetric.password=symmetric sync.url= Configuring SQLite DatabasesNow, let’s configure our SQLite databases. We will use two SQLite databases and set one as a "client" and the other as a "server".Create Sample Databases-- Server Database CREATE TABLE users ( user_id INTEGER PRIMARY KEY, username TEXT NOT NULL, password TEXT NOT NULL ); -- Client Database CREATE TABLE customers ( customer_id INTEGER PRIMARY KEY, customer_name TEXT NOT NULL, contact_email TEXT NOT NULL ); Synchronizing DataNext, we execute the synchronization process. Start by launching the SymmetricDS engine for the client and server nodes.Starting Synchronization EngineServer Node:./sym_admin --engine server startClient Node:./sym_admin --engine client startOnce both engines are running, SymmetricDS will monitor for changes in either database and apply the necessary updates to

Future call, that is the call for a new “Open” command on the same connection configuration/connection string.Example of Connection Pooling Using C# and SQL ServerThe information above covered the theory behind the connection pooling technique. Now it’s time to see an example in order to fully understand what was discussed above.This example features 3 SQL Server databases on a SQL Server 2017 instance:SampleDB1SampleDB2SampleDB3Let’s start by checking out the SSMS Activity Monitor. We see that there are currently not any connections on any of the above databases in SQL Server:Now, let’s write some C# code (in this case, a C# console application) that accesses the above 3 sample databases using ADO.NET:using System;using System.Collections.Generic;using System.Data.SqlClient;using System.Linq;using System.Text;using System.Threading.Tasks; namespace ConnectionPoolingExample1{ class Program { static void Main(string[] args) { using (SqlConnection connection = new SqlConnection(@"Server=.\SQL2K17;Database=SampleDB1;Trusted_Connection = yes")) { connection.Open(); } using (SqlConnection connection = new SqlConnection(@"Server=.\SQL2K17;Database=SampleDB2;Trusted_Connection = yes")) { connection.Open(); } using (SqlConnection connection = new SqlConnection(@"Server=.\SQL2K17;Database=SampleDB3;Trusted_Connection = yes")) { connection.Open(); } Console.ReadLine(); } }}Note: In the above example I’m connecting to a named SQL Server instance named “.\SQL2K17”.Next, we run the above code (without pressing “Enter” upon its execution, because this would close the application and terminate all database connections). We check again the Activity Monitor in SQL Server Management Studio and we can see that, as expected, there are three connections established each one to the respective sample database:So far, so good. As expected, we get 3 different database connections because our code had 3 different connection strings. No connection pooling was applicable for the above scenario.In the meantime, now you can press “Enter” in order to close this sample application. Just to confirm that by the time the application closes, the database connections are terminated as well, you can check the below screenshot:Now, let’s see connection pooling in action. Let’s add two more SQL Server calls in our code, but again, for sample databases “SampleDB1” and “SampleDB2”. Here’s how the new code looks like:using System;using System.Collections.Generic;using System.Data.SqlClient;using System.Linq;using System.Text;using System.Threading.Tasks; namespace ConnectionPoolingExample1{ class Program { static void Main(string[] args) { using (SqlConnection connection = new SqlConnection(@"Server=.\SQL2K17;Database=SampleDB1;Trusted_Connection = yes")) { connection.Open(); } using (SqlConnection connection = new SqlConnection(@"Server=.\SQL2K17;Database=SampleDB2;Trusted_Connection = yes")) { connection.Open(); } using (SqlConnection connection = new SqlConnection(@"Server=.\SQL2K17;Database=SampleDB3;Trusted_Connection = yes")) { connection.Open(); } using (SqlConnection connection = new SqlConnection(@"Server=.\SQL2K17;Database=SampleDB1;Trusted_Connection = yes")) { connection.Open(); } using (SqlConnection connection = new SqlConnection(@"Server=.\SQL2K17;Database=SampleDB2;Trusted_Connection = yes")) { connection.Open(); } Console.ReadLine(); } }}As you can see in the new code above, we have in total 5 SQL Server calls, but actually all our calls target again 3 databases (two connection requests call “SampleDB1” and two other connection requests call “SampleDB2”).Let’s run the program (again without pressing “Enter” upon its execution) and check again Activity Monitor

Databases MS-Access, Excel or SQL FormatSource Language EnglishDescription: This data are basic bilingual dictionary-like data-sets for 8 languages: one entry-language to one target-language with word-to-word translations, provided with some grammatical featers like pos, gender, domains-subject areas... One data-set is one entry-language to one target-language (example: english-german) and vice versa (ex.: german-english). The character-encoding is utf-8. The data-sets give a robust framework supporting the development of customer specific structured terminologies. - Software /Databases Databases Dictionaries (Sample: Excerpt from our databases with one letter) Database Dictionaries English Download Samples Keywords/Entries (Database A -> Z) English -> German (Letter "S" 4521 Keywords) German -> English (Letter "E" 2257 Keywords) Download Sample 37483/ 91977 36816/ 94180 English -> Spanish (Letter "A" 2330 Keywords) Spanish -> English (Letter "S" 2125 Keywords) DownloadSample 37483/ 95926 31175/ 84575 English -> French (Letter "H" 1369 Keywords) French -> English (Letter "C" 3682 Keywords) DownloadSample 37483/ 101108 33714/ 91264 English -> Dutch (Letter "W" 1075 Keywords) Dutch -> English (Letter "G" 2361 Keywords) DownloadSample 37483/ 100256 41494/ 107844 English -> Italian (Letter "R" 1887 Keywords) Italian -> English (Letter "F" 1823 Keywords) DownloadSample 37483/ 121498 33354/ 94397 English -> Swedish (Letter "B" 2800 Keywords) Swedish -> English (Letter "T" 1967 Keywords) DownloadSample 37483/ 97899 34817/ 85728 English -> Portuguese/ Brazilian (Letter "P" 3076 Keywords) Portuguese/Brazilian -> English (Letter "D" 2619 Keywords) DownloadSample 37483/112791 32175/ 99832