This video, part of The American Mercury’s centennial series commemorating the 1913 Leo Frank trial, offers a meticulous breakdown of the second week (August 4–10, 1913) of the high-stakes legal proceedings in Atlanta, Georgia, following the **** and murder of 13-year-old Mary Phagan. Drawing from the Leo Frank Trial Brief of Evidence and court records, it highlights pivotal moments, including the testimony of Monteen Stover, who found Leo Frank’s office empty at the time of the crime, and Dr. Henry F.
Hello everyone, Welcome Back to our channel! In today's video, we will discuss “How Drupal Handles Website Security and Share Some Tips on Checking if Your Drupal Site is Secure?”
This video, explained the different types of SQL clauses, what clauses are, where clauses, Like clauses, Top clauses, Order by clause, Group clauses, and having clauses.
This video, explained the different types of SQL clauses, what clauses are, where clauses, Like clauses, Top clauses, Order by clause, Group clauses, and having clauses.
Coped from BootlegGames Wiki: Xin Feng Shen Bang, is a Game Boy Color game in Chinese developed and published by Vast Fame and based off of a Chinese novel by the same name. The game's a standard turn-based RPG, with some Final Fantasy influences.
It targets all the critical applications and deeper insights in your data across on-premises and cloud. Here are few tips to handle the installation process to avoid the failure along with the method to repair the failed SQL Server 2016 Installation.
With Navicat Data Modeler, you can synchronize tables and views from a physical model to a database or export them to a script file.
In this tutorial, we will show you both ways to transfer model objects.
Assume we have imported some tables and views from a PostgreSQL schema into a physical model, made a few changes and added a new table.
Then we will transfer the model into a MySQL database. To change server type of a model, select "Model Conversion" from the "File" menu and choose the desired database type and version. Navicat Data Modeler will convert fields to relevant field types, according to the server type. You may need to change the SQL syntax of the views after the conversion.
With Navicat Data Modeler, you can synchronize tables and views from a physical model to a database or export them to a script file.
In this tutorial, we will show you both ways to transfer model objects.
Assume we have imported some tables and views from a PostgreSQL schema into a physical model, made a few changes and added a new table.
Then we will transfer the model into a MySQL database. To change server type of a model, select "Model Conversion" from the "File" menu and choose the desired database type and version. Navicat Data Modeler will convert fields to relevant field types, according to the server type. You may need to change the SQL syntax of the views after the conversion.
With Navicat Data Modeler, you can synchronize tables and views from a physical model to a database or export them to a script file. In this tutorial, we will show you both ways to transfer model objects. Assume we have imported some tables and views from a PostgreSQL schema into a physical model, made a few changes and added a new table. Then we will transfer the model into a MySQL database. To change server type of a model, select "Model Conversion" from the "File" menu and choose the desired database type and version. Navicat Data Modeler will convert fields to relevant field types, according to the server type. You may need to change the SQL syntax of the views after the conversion. Now, in the new model, select "Synchronize to Database" from the "File" menu. You can choose to synchronize with selected schema or synchronize with selected objects. If we did not set "Schema" properties for new tables, Navicat Data Modeler prompts a text box to enter a schema name for them. The tree view shows the differences between source and target objects after the comparison of their structures, while providing detailed SQL statements. Click "Run" button to execute selected queries in the target database. On the other hand, select "Export SQL" from the "File" menu if you want to save objects in the model into a script file. You can also choose the exported server version of the file.
With Navicat Data Modeler, you can synchronize tables and views from a physical model to a database or export them to a script file. In this tutorial, we will show you both ways to transfer model objects. Assume we have imported some tables and views from a PostgreSQL schema into a physical model, made a few changes and added a new table. Then we will transfer the model into a MySQL database. To change server type of a model, select "Model Conversion" from the "File" menu and choose the desired database type and version. Navicat Data Modeler will convert fields to relevant field types, according to the server type. You may need to change the SQL syntax of the views after the conversion. Now, in the new model, select "Synchronize to Database" from the "Tools" menu. You can choose to synchronize with selected schema or synchronize with selected objects. If we did not set "Schema Name" properties for new tables, Navicat Data Modeler prompts a text box to enter a schema name for them. The tree view shows the differences between source and target objects after the comparison of their structures, while providing detailed SQL statements. Click "Run Query" button to execute selected queries in the target database. On the other hand, select "Export SQL" from the "Tools" menu if you want to save objects in the model into a script file. You can also choose the exported server version of the file.
History Log
The QueryExec.log file in Navicat stores all SQL statements of all operations executed over databases and database objects. To open the log, simply press Cmd-L.
Finding Records
You can find records in a table by pressing Cmd-F and entering a search keyword to perform the search.
Allow Navicat Multiple Instances
You can open multiple Windows for your Navicat. Choose “Preferences” from Navicat Premium menu, and then check the “Allow opening multiple instances” option under the “General” tab.
7. Set variable - Server Monitor
You can edit values for the variables in MySQL and Oracle servers directly in Navicat. To do so, select “Server Monitor” for your target server from the “Tools” menu. Under the “Variables” tab, click the button next to the value to open it for editing.
Table shortcut
You can open a table faster by simply dragging and dropping the table from Navicat to the desired location.
1.You can open the “Settings Location” folder easily in Navicat. Windows Explorer window will open by selecting the target connection and pressing Ctrl+G.
2. History Log
The LogHistory.txt file in Navicat stores all SQL statements of all operations executed over databases and database objects. To open the log, simply press Ctrl+H. Please note that the log will be overwritten when Navicat restarts.
3. New query
When you open a database, you can open a query editor in Navicat directly by pressing Ctrl+Q to build your own queries.
4. Finding Records
You can find records in a table by pressing Ctrl+F and entering a search keyword to perform the search.
5. Allow Navicat Multiple Instances
You can open multiple Windows for your Navicat. Choose “Options” from the “Tools” menu, then check “Allow Multiple Form Instances” and “Allow Multiple Navicat Instances” under the “General” option.
Navicat supports connection to SQL Azure, a cloud-based relational database server built on SQL Server technologies.
In order to begin using your SQL Azure server, you must create server administration credentials and specify one or more firewall rules that enable access to your SQL Azure server.
Similar to the settings for a SQL Server connection, in Navicat, click the “Connection” and select “SQL Server” to start a new connection. Enter the domain name of your SQL Azure server in the Host Name/IP Address field. Each SQL Azure server has a fully qualified unique domain name such as “servername.database.windows.net”. The “servername” refers to the name of your SQL Azure server.
Finally, click 'Test Connection' to check the connection and click 'OK' to save the connection settings.
Navicat supports connection to SQL Azure, a cloud-based relational database server built on SQL Server technologies.
In order to begin using your SQL Azure server, you must create server administration credentials and specify one or more firewall rules that enable access to your SQL Azure server.
Similar to the settings for a SQL Server connection, in Navicat, click the “Connection” and select “SQL Server” to start a new connection. Enter the domain name of your SQL Azure server in the Host Name/IP Address field. Each SQL Azure server has a fully qualified unique domain name such as “servername.database.windows.net”. The “servername” refers to the name of your SQL Azure server.
Finally, click 'Test Connection' to check the connection and click 'OK' to save the connection settings.
Navicat supports the restoring of databases from SQL files by using the “Execute SQL File” feature. In this tutorial, we will show you how to execute an SQL file with just a few clicks.
You can simply control-click and select the “Execute SQL File” option to execute an SQL file.
You can then choose the SQL file from the file dialog and then click the “Start” button.
Messages will follow to display the success or failure of the process. Finally, close the window when the process is complete. Afterwards you can refresh to see the changes in Navicat.
Navicat supports the restoring of databases from SQL files by using the “Execute SQL File” feature. In this tutorial, we will show you how to execute an SQL file with just a few clicks.
You can simply right-click and select the “Execute SQL File” option to execute an SQL file.
You can then choose the SQL file from the file dialog and then click the “Start” button.
Messages will follow to display the success or failure of the process. Finally, close the window when the process is complete. Afterwards you can refresh to see the changes in Navicat.
This is the default layout of the debugger. Once the debugger reaches a breakpoint it will stop the program execution and highlight the line where a breakpoint was reached in the Code pane.
There are several useful views to help breakdown the information. The “Breakpoints” view will display all of the breakpoints. The “Stacks” view will display the function or procedure calls of the current line. The “Data” view will display information about the variables associated with the breakpoints. And finally, the “Watches” view will display information about the variables being watched.
Navicat Oracle Debugger can help you with the testing and debugging of SQL functions, procedures, queries, etc.
To start debugging, open the design form of a function and set the breakpoints. Then, click the Debug button in the toolbar. A parameter box will pop up if your function or procedure requires you to input parameters.
To convert existing tables and views into a model, you can control-click a database or schema and select “Reverse Database to Model...” from the popup menu.
Alternatively you can control-click the selected tables or views and select ”Reverse Table to Model...” or ”Reverse View to Model...” from the popup menu.
When you’ve finished designing the model, you can put it back to the existing database. Select “Synchronize to Database” in “File” from the menu.
In Navicat Premium, you can convert the database type for the model.
When you create a model for Oracle schema, you can change it to a model for MySQL database. Select “Model Conversion” in “File” from the menu and choose the desired database type and version. Navicat will convert fields to relevant field types, according to server type. You may need to change the SQL syntax of the views after the conversion.
With Navicat, you can manage your database easily without knowing any SQL Statements. It automates many of your routine tasks, and streamlines your database administration. It supports connections to your database with SSH and HTTP Tunnel, this allows you to manage your remote database behind a firewall.
Using Navicat’s object designers, you can create, modify and design database objects such as Tables, Views, Functions, Procedures, etc. Without the need to write complex SQL to create and edit objects, you’ll know exactly what you are working on.
Navicat supports connection to SQL Azure, a cloud-based relational database server built on SQL Server technologies. In order to begin using your SQL Azure server, you must create server administration credentials and specify one or more firewall rules that enable access to your SQL Azure server. Similar to the settings for a SQL Server connection, in Navicat, click the “Connection” and select “SQL Server” to start a new connection. Enter the domain name of your SQL Azure server in the Host Name/IP Address field. Each SQL Azure server has a fully qualified unique domain name such as “servername.database.windows.net”. The “servername” refers to the name of your SQL Azure server. Finally, click 'Test Connection' to check the connection and click 'OK' to save the connection settings.
Navicat supports connection to SQL Azure, a cloud-based relational database server built on SQL Server technologies. In order to begin using your SQL Azure server, you must create server administration credentials and specify one or more firewall rules that enable access to your SQL Azure server. Similar to the settings for a SQL Server connection, in Navicat, click the “Connection” and select “SQL Server” to start a new connection. Enter the domain name of your SQL Azure server in the Host Name/IP Address field. Each SQL Azure server has a fully qualified unique domain name such as “servername.database.windows.net”. The “servername” refers to the name of your SQL Azure server. Finally, click 'Test Connection' to check the connection and click 'OK' to save the connection settings.
Navicat supports the restoring of databases from SQL files by using the “Execute SQL File” feature. In this tutorial, we will show you how to execute an SQL file with just a few clicks. You can simply control-click and select the “Execute SQL File” option to execute an SQL file. You can then choose the SQL file from the file dialog and then click the “Start” button. Messages will follow to display the success or failure of the process. Finally, close the window when the process is complete. Afterwards you can refresh to see the changes in Navicat.
Navicat supports the restoring of databases from SQL files by using the “Execute SQL File” feature. In this tutorial, we will show you how to execute an SQL file with just a few clicks. You can simply right-click and select the “Execute SQL File” option to execute an SQL file. You can then choose the SQL file from the file dialog and then click the “Start” button. Messages will follow to display the success or failure of the process. Finally, close the window when the process is complete. Afterwards you can refresh to see the changes in Navicat.
Navicat Oracle Debugger can help you with the testing and debugging of SQL functions, procedures, queries, etc. To start debugging, open the design form of a function and set the breakpoints. Then, click the Debug button in the toolbar. A parameter box will pop up if your function or procedure requires you to input parameters. This is the default layout of the debugger. Once the debugger reaches a breakpoint it will stop the program execution and highlight the line where a breakpoint was reached in the Code pane. There are several useful views to help breakdown the information. The “Breakpoints” view will display all of the breakpoints. The “Stacks” view will display the function or procedure calls of the current line. The “Data” view will display information about the variables associated with the breakpoints. And finally, the “Watches” view will display information about the variables being watched. You can control the debugger using the Run, Step Over, Step In, Step Out, Step End and Stop buttons. To add a variable to the Watch List, simply control-click the highlighted code and choose “Add to Watch List.” The bottom part of the debugger shows the log and the output of the function or procedure.
Navicat Oracle Debugger can help you with the testing and debugging of SQL functions, procedures, queries, etc. To start debugging, open the design form of a function and set the breakpoints. Then, click the Debug button in the toolbar. A parameter box will pop up if your function or procedure requires you to input parameters. This is the default layout of the debugger. Once the debugger reaches a breakpoint it will stop the program execution and highlight the line where a breakpoint was reached in the Code pane. There are several useful views to help breakdown the information. The “Breakpoints” view will display all of the breakpoints at the bottom screen. The “Call Stack” view will display the function or procedure calls of the current line. The “Watch List” view will display information about the variables being watched. And finally, the “Smart Data” view will display information about the variables associated with the breakpoints. You can control the debugger using the Run, Step Over, Step In, Step Out, Step End and Stop buttons. To add a variable to the Watch List, simply right-click the highlighted code and choose “Add to Watch List.” The other tabs show the message log and the output of the function or procedure.
Navicat provides a powerful tool to create models. To convert existing tables and views into a model, you can control-click a database or schema and select “Reverse Database to Model...” from the popup menu. Alternatively you can control-click the selected tables or views and select ”Reverse Table to Model...” or ”Reverse View to Model...” from the popup menu. When you’ve finished designing the model, you can put it back to the existing database. Select “Synchronize to Database” in “File” from the menu. In Navicat Premium, you can convert the database type for the model. When you create a model for Oracle schema, you can change it to a model for MySQL database. Select “Model Conversion” in “File” from the menu and choose the desired database type and version. Navicat will convert fields to relevant field types, according to server type. You may need to change the SQL syntax of the views after the conversion. To retrieve SQL from the model, select “Export SQL” in “File” from the menu. Edit properties on the appropriate tabs.
Navicat provides a powerful tool to create models. To convert existing tables and views into a model, you can right-click a database or schema and select “Reverse Database to Model...” or “Reverse Schema to Model...” from the popup menu. Alternatively you can right-click the selected tables or views and select ”Reverse Tables to Model...” or ”Reverse Views to Model...” from the popup menu. When you’ve finished designing the model, you can put it back to the existing database. Select “Synchronize to Database” in “Tools” from the menu. In Navicat Premium, you can convert the database type for the model. When you create a model for Oracle schema, you can change it to a model for MySQL database. Select “Model Conversion” in “File” from the menu and choose the desired database type and version. Navicat will convert fields to relevant field types, according to server type. You may need to change the SQL syntax of the views after the conversion. To retrieve SQL from the model, select “Export SQL” in “Tools” from the menu. Edit properties on the appropriate tabs.
SQL Password Recovery Tool can easily repair or recover your lost SQL Server password. This software is compatible with SQL Server 2008 and the below versions.