Awake SQL Crack Latest A framework component for the creation of Java desktop apps with a JDBC connection to remote databases in the cloud. It's based on open-source technologies like Apache Ant, Apache Maven, Hibernate and so on. Awake SQL is a native component of the Java desktop app, so it is not a third-party component that you need to install and configure. It can easily be plugged in with Maven builds with the appropriate dependency. Main data types are implemented: it includes BLOBs/CLOBs for holding data, TABLES/VIEWS for reading and writing data, and also supports remote transactions. This solution is secure, with server-side configuration to enable strong authentication and security rules to protect the databases. Awake SQL Support: JARs containing the Awake SQL Framework and all the helper classes (server, desktop app, etc.) are available for download on the Awake SQL github. The framework code is Java open source and free to use and reuse. Development server is built with Apache Ant and is located at AWake SQL Testimonials: Trevor Blyth (main author): This is a desktop app that allows the programmer to develop a desktop app with JDBC. It is based on open-source technologies like Apache Maven, Apache Ant, Hibernate, etc. The app includes a single class called AwakeSQL. This class is responsible for the remote JDBC calls to databases in the cloud. This framework is native and requires no installation: it can easily be integrated with Maven builds. Main data types are implemented, and transactions are supported. Security is taken into account from the design stage: server-side configuration lets admins specify strong authentication and security rules. Here are some screenshots that show how the app works: The image below shows that the app has a configuration interface on the top: it lets admins to configure the server-side to enable strong authentication and security rules. This shows the app running with strong authentication, and the configuration screen: admins can edit the user that connects to the server-side. Awake SQL Download: This framework is available for download at The latest version is available here: Awake SQL Crack + For Windows Awake SQL Torrent Download uses JDBC 3.0 to access SQL databases. Connection and statement objects are implemented as Java beans. You can create a JDBC connection pool. You can declare multiple data sources and use a switch to change the data source with the following code: ``` String server = "server1.database.com"; String username = "username1"; String password = "password1"; String driver = "com.mysql.jdbc.Driver"; Class.forName(driver); DataSource ds = new DataSource(); ds.setServerName(server); ds.setDatabaseName("testdb"); ds.setUser(username); ds.setPassword(password); switch(server) { case "mysql": ds.setURL("jdbc:mysql://localhost:3306/testdb?useSSL=false"); ds.setLoginTimeout(30000); ds.setLoginScheme("jdbc"); break; default: throw new IllegalArgumentException("Unsupported server type: " + server); } try { Connection c = ds.getConnection(); Statement st = c.createStatement(); ResultSet rs = st.executeQuery(sql); while (rs.next()) { String id = rs.getString("id"); if (id == null) { throw new IllegalArgumentException("No data for the current id."); } // Do something with the data } } finally { ds.close(); if (c!= null) { c.close(); } } ``` A connection pool is set up when the application starts and is shared between all threads. Multiple JDBC connections can be created from the pool and reused when needed: ``` DataSource ds = DataSource.getInstance(); ds.setServerName("server2.database.com"); ds.setDatabaseName("testdb"); ds.setUser("username2"); ds.setPassword("password2"); DataSourcePool dsp = new DataSourcePool(ds); DataSource db1 = ds.getConnection(); DataSource db2 = ds.getConnection(); String sql = "SELECT * FROM test_table WHERE id=?"; Prepared 1a423ce670 Awake SQL Crack Activation Key Free - Awake SQL authentication uses a key-login mechanism to make it as secure as your password. - A built-in security rule checks the keys and expires them according to a chosen time. - You can create your own key and register it to be used for login in case of a service restart. - You can revoke the key and remove the specific login from the database to make sure it's useless. - Authentication can be used for login into remote databases or for REST-based services that access local databases. The Awake SQL API allows Java programs to connect to remote databases in the cloud without requiring any modification to the Java program. Most application developers prefer this authentication method because it is much more simple and quick to implement than certificate-based authentication. However, this method still requires your users to know their password to login, which is definitely an inconvenience for your users. In this tutorial, we'll show you how to use the Awake SQL framework to handle authentication for your Java programs. As you can see, it's very easy to use the Awake SQL framework: 1. First, you need to create a connection with a remote database. 2. Then, you can call a database procedure and receive its results. 3. Finally, you can close the connection. ## Sign in using KeyMACRO Before trying Awake SQL, you need to go through the setup of KeyMACRO. - In the KeyMACRO front-end, create a key by clicking the "+" symbol in the left-hand panel. - A menu will pop up with all options. Choose the option "Create a key" from the "Customization" tab. - Fill in the fields with your username and the password you used to create your account. - Once the key is created, you can use it to connect to your database in the future. ## Connect with Awake SQL In order to connect to a database in the cloud, you first need to create a connection. You can choose to make your connection to a local database or a remote database. The remote connection requires that you specify the address of your database server. ## Get results from a remote database using a Java program In order to get data from a remote database, you can use the APIs of Awake SQL. Since there are two APIs for JDBC calls and Awake SQL What's New In? System Requirements: Minimum: OS: Windows 10, Windows 8.1, Windows 7, Windows Vista (32-bit only) CPU: 1.8 GHz or faster RAM: 2 GB HDD: 2 GB GPU: NVIDIA GeForce GTX 6xx, AMD Radeon HD4000 (or greater) Note: 32-bit drivers are not supported. You can either use 32-bit or 64-bit drivers. Important: As a benchmark, we used the following hardware configuration: Intel Core i5
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