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#Virtual foreign keys dbschema pdf

Synchronize project schema with another project or database.Saves SQL scripts working sessions in the project file, which can later be continued.Keep multiple SQL result panes, and refresh query results.

Paginate and order SQL results, after query execution.

Execute SQL statements individually or as scripts.

Quick Click&Show tables or columns in SQL pane and show them in Layout.

Auto-completion of table, view, and column names.

Syntax highlight covering database keywords, functions, table, and view names.

Saves browse sessions in the project file, which can later be browsed again.

View Large Objects (LOBs) fields as image, Html, text, or using an external application.

Order browse data on one or more columns.

Browse data from multiple tables simultaneously.

Change schema data types from one database to another.

Generate schema scripts to any particular database.

Generate SQL statements directly from the schema graphical Layout.

Highlight Foreign Keys for a given table, which trigger on delete events.

Supports Drag&Drop from project tree to graphical Layout.

Drag, pan, and zoom Layouts using simple mouse movements.

Create and use multiple Layouts inside a project.

Edit your schemas Graphically using Layouts, including: tables, views, foreign keys, etc.

Edit tables, columns, indexes, foreign keys, procedures, triggers, sequences, and comments.

Uses an abstraction level between internal database schema representation and any particular database.

Schema import includes: tables, views, foreign keys, procedures, triggers, sequences, and comments.

Currently tested DBMS include: Oracle, MySQL, PostgreSQL, DB2 for Windows/Linux, Cache, DaffodilDB, FrontBase, HSQLDB, Informix, JavaDB/Derby, Microsoft SQL Server, Mimer, Pervasive, PointBase, Sybase SQL Anywhere, Sybase ASE.

Several DBMS have already been tested, but more will be added later.

Connect to any JDBC compatible database.

#Virtual foreign keys dbschema pdf

Discover DbSchema layouts, virtual foreign keys, Relational Data Browse, interactive PDF documentation, and many other features. Build meaningful relations between tables and document the schema. CONCLUSIONS: The results may provide a starting point for rehabilitation programs regarding which cognitive domains interact with motor learning.Db Schema is built for large schemas and complex databases. Numerous correlations between overall performance and several of the cognitive ability domains were revealed for both the patient and control groups, with the best predictor being overall cognitive ability. RESULTS: Overall, participants with TBI showed both reduced performance and a slower learning rate in the virtual reality game compared to healthy individuals. Cognitive abilities were assessed with a battery of tests including measures of memory, executive functioning, and visuospatial ability. METHODS: All participants practiced ten 90-second gaming trials to assess various aspects of motor learning. OBJECTIVE: To fill this gap, we examined learning within a virtual reality game involving various reaching motions in 14 patients with TBI and 15 healthy individuals with different cognitive abilities. Little is known, however, how TBI-related cognitive decline affects learning of motor tasks in virtual environments. BACKGROUND: Virtual reality games and simulations have been utilized successfully for motor rehabilitation of individuals with traumatic brain injury (TBI).