Configuration of the design principle and architecture of the magic framework
The magic framework is a technical architecture for simplifying the development and management of magic systems.It can help developers quickly build and expand the magic system by providing universal magic functions and standardized magic frameworks.In this article, we will introduce the design principles and architecture of the configuration of the magic framework, and provide some Java code examples.
Design principle:
1. Object -oriented design: The magic framework uses object -oriented design methods, abstracts each module in the magic system as objects, and achieves system functions through the relationship between objects and interaction.
2. Loose coupling structure: The magic framework uses a loose coupling architecture, so that each functional module can be developed and expanded independently.In this way, when a new magic function is needed, you only need to develop a new module and integrate it into the frame through the configuration file without modifying the existing code.
3. Combination is better than inheritance: Magic framework tends to use combinations rather than inheritance to achieve magic function expansion.Through the existing functional modules, higher -level functional combinations can be achieved, while avoiding problems such as multiple inheritance and high degree of coupling brought by inheritance.
Architecture design:
The architecture of the magic framework includes the following main components:
1. Magic module component: This component is responsible for defining and realizing various magic function modules.Each magic module should provide a set of public interfaces, including magic casting methods, parameter configuration methods, etc.
2. Magic configuration component: This component is used to manage and configure various modules in the magic system.It can load and register each module by reading configuration files or using annotations.
3. Magic execution component: This component is responsible for performing specific magic according to the definition of the configuration file.It needs to obtain various magic modules through magic configuration components and perform corresponding magic operations according to the instructions in the configuration file.
4. Magic event component: This component is used to handle events in the magic system.Magic events can be a predefined special operation, or it can be a self -defined event.Event components are responsible for receiving, distributing and handling these events to achieve specific functions.
The following is a way of implementing the magic framework using the Java code example to display the magic framework:
// Magic Module Interface
public interface MagicModule {
void cast (); // Magic casting method
void configure (map <string, object> config); // parameter configuration method
}
// Magic module implementation
public class FireballMagicModule implements MagicModule {
@Override
public void cast() {
// Realize the logic of fireball surgery
System.out.println ("Fireball!"););
}
@Override
public void configure(Map<String, Object> config) {
// Implement the parameter configuration logic
// For example: setting the power, scope of fireball, etc.
}
}
// Magic configuration component implementation
public class MagicConfigurator {
Private Map <string, Magicmodule> Magicmodules; // Magic Module Collection
public void loadConfigurations() {
// Load the module configuration information from the configuration file
// Create the corresponding magic module instance according to the configuration information
magicModules = new HashMap<>();
MagicModule fireballModule = new FireballMagicModule();
// Set the module parameter ...
magicModules.put("fireball", fireballModule);
}
public MagicModule getModule(String moduleName) {
return magicModules.get(moduleName);
}
}
// Magic execution component implementation
public class MagicExecutor {
private MagicConfigurator configurator;
public MagicExecutor(MagicConfigurator configurator) {
this.configurator = configurator;
}
public void executeMagic(String moduleName) {
MagicModule magicModule = configurator.getModule(moduleName);
if (magicModule != null) {
magicModule.cast();
} else {
System.out.println ("Can't find the magic module!"););
}
}
}
// Use examples
public class Main {
public static void main(String[] args) {
// Create and initialize the magic configuration
MagicConfigurator configurator = new MagicConfigurator();
configurator.loadConfigurations();
// Create and initialize the magic actuator
MagicExecutor executor = new MagicExecutor(configurator);
// Execute magic
executor.executeMagic("fireball");
}
}
In the above code, we define a FireballMagicModule as a magic module. MagicConfigurator is used to load and configure magic modules, and Magicexecutor is used to perform magic.Through the abstraction of the magic module and the management of the configuration file, we can easily implement the function of configuration of the magic framework.
