Package org.apache.joran

Examples of org.apache.joran.RuleStore.addRule()


    // Create a simple rule store where pattern and action associations will
    // be kept.
    RuleStore ruleStore = new SimpleRuleStore();

    // Associate "hello-world" pattern with  HelloWorldAction
    ruleStore.addRule(new Pattern("hello-world"), new HelloWorldAction());

    // Create a new Joran Interpreter and hand it our simple rule store.
    Interpreter ji = new Interpreter(ruleStore);

    // Create a SAX parser
View Full Code Here


    // Create a simple rule store where pattern and action associations will
    // be kept. This is a basic requirement before invoking a Joran Interpreter.
    RuleStore ruleStore = new SimpleRuleStore();

    // Associate "/computation" pattern with  ComputationAction1
    ruleStore.addRule(new Pattern("/computation"), new ComputationAction1());

    // Other associations
    ruleStore.addRule(new Pattern("/computation/literal"), new LiteralAction());
    ruleStore.addRule(new Pattern("/computation/add"), new AddAction());
    ruleStore.addRule(new Pattern("/computation/multiply"), new MultiplyAction());
View Full Code Here

    // Associate "/computation" pattern with  ComputationAction1
    ruleStore.addRule(new Pattern("/computation"), new ComputationAction1());

    // Other associations
    ruleStore.addRule(new Pattern("/computation/literal"), new LiteralAction());
    ruleStore.addRule(new Pattern("/computation/add"), new AddAction());
    ruleStore.addRule(new Pattern("/computation/multiply"), new MultiplyAction());
   
    // Create a new Joran Interpreter and hand it our simple rule store.
    Interpreter ji = new Interpreter(ruleStore);
View Full Code Here

    // Associate "/computation" pattern with  ComputationAction1
    ruleStore.addRule(new Pattern("/computation"), new ComputationAction1());

    // Other associations
    ruleStore.addRule(new Pattern("/computation/literal"), new LiteralAction());
    ruleStore.addRule(new Pattern("/computation/add"), new AddAction());
    ruleStore.addRule(new Pattern("/computation/multiply"), new MultiplyAction());
   
    // Create a new Joran Interpreter and hand it our simple rule store.
    Interpreter ji = new Interpreter(ruleStore);
View Full Code Here

    ruleStore.addRule(new Pattern("/computation"), new ComputationAction1());

    // Other associations
    ruleStore.addRule(new Pattern("/computation/literal"), new LiteralAction());
    ruleStore.addRule(new Pattern("/computation/add"), new AddAction());
    ruleStore.addRule(new Pattern("/computation/multiply"), new MultiplyAction());
   
    // Create a new Joran Interpreter and hand it our simple rule store.
    Interpreter ji = new Interpreter(ruleStore);

    // Create a SAX parser
View Full Code Here

    // org.apache.log4j.BasicConfigurator.configure();
   
    RuleStore ruleStore = new SimpleRuleStore();

    // we start with the rule for the top-most (root) element
    ruleStore.addRule(new Pattern("*/foo"), new NOPAction());


    // Create a new Joran Interpreter and hand it our simple rule store.
    Interpreter ji = new Interpreter(ruleStore);

View Full Code Here

    RuleStore ruleStore = new SimpleRuleStore();

    // Note the wild card character '*', in the paterns, signifying any level
    // of nesting.
    ruleStore.addRule(new Pattern("*/computation"), new ComputationAction2());

    ruleStore.addRule(new Pattern("*/computation/literal"), new LiteralAction());
    ruleStore.addRule(new Pattern("*/computation/add"), new AddAction());
    ruleStore.addRule(new Pattern("*/computation/multiply"), new MultiplyAction());
   
View Full Code Here

    // Note the wild card character '*', in the paterns, signifying any level
    // of nesting.
    ruleStore.addRule(new Pattern("*/computation"), new ComputationAction2());

    ruleStore.addRule(new Pattern("*/computation/literal"), new LiteralAction());
    ruleStore.addRule(new Pattern("*/computation/add"), new AddAction());
    ruleStore.addRule(new Pattern("*/computation/multiply"), new MultiplyAction());
   
    // Create a new Joran Interpreter and hand it our simple rule store.
    Interpreter ji = new Interpreter(ruleStore);
View Full Code Here

    // Note the wild card character '*', in the paterns, signifying any level
    // of nesting.
    ruleStore.addRule(new Pattern("*/computation"), new ComputationAction2());

    ruleStore.addRule(new Pattern("*/computation/literal"), new LiteralAction());
    ruleStore.addRule(new Pattern("*/computation/add"), new AddAction());
    ruleStore.addRule(new Pattern("*/computation/multiply"), new MultiplyAction());
   
    // Create a new Joran Interpreter and hand it our simple rule store.
    Interpreter ji = new Interpreter(ruleStore);

View Full Code Here

    // of nesting.
    ruleStore.addRule(new Pattern("*/computation"), new ComputationAction2());

    ruleStore.addRule(new Pattern("*/computation/literal"), new LiteralAction());
    ruleStore.addRule(new Pattern("*/computation/add"), new AddAction());
    ruleStore.addRule(new Pattern("*/computation/multiply"), new MultiplyAction());
   
    // Create a new Joran Interpreter and hand it our simple rule store.
    Interpreter ji = new Interpreter(ruleStore);

    // Create a SAX parser
View Full Code Here

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