Examples of Plan

aima.core.search.nondeterministic.Plan
Represents a solution plan for an AND-OR search; according to page 135 AIMA3e, the plan must be "a subtree that (1) has a goal node at every leaf, (2) specifies one Object at each of its OR nodes, and (3) includes every outcome branch at each of its AND nodes." As demonstrated on page 136, this subtree is implemented as a linked list where every OR node is an Object-- satisfying (2)--and every AND node is an if-state-then-plan-else chain--satisfying (3). @author Andrew Brown
br.eti.kinoshita.tap4j.model.Plan
oshita.eti.br @since 1.0
com.alibaba.wasp.plan.Plan
com.arcbees.gwtpwebsite.shared.domain.Plan
com.facebook.presto.sql.planner.Plan
com.google.code.lightssh.project.scheduler.entity.Plan
执行计划 @author YangXiaojin
com.hp.hpl.jena.sparql.engine.Plan
com.stripe.model.Plan
edu.neu.ccs.task.Plan
A Plan represents an intention to do something, in order to accomplish a particular task. "Something" may be doing a task itself, applying a particular decomposition to a task, or trying to fulfill a step of a decomposition; each of these cases are represented by concrete subclasses of Plan.
Most plans are in service of some larger plan, which is called the parent. A plan with no parent is referred to as a "top-level" plan. A plan together with its parents and children form a data structure called a plan tree, which represents all the past and future intentions to accomplish some top-level goal.
A plan may be in several different states which specify whether or not the goal is, was, or may in the future be achieved:

startable

this plan could be begun now (whether or now it has been begun)

started

the agent has begun trying to carry out this plan (and may or may not have finished)

done

the plan has been successfully carried out

failed

the plan has not been succesfully achieved, and the agent has given up trying

live

the plan can be worked on; it has been or could be started, and has not failed or succeeded

A note on "failed" -- in this framework, failure is expected to be permanent; the agent has given up on carrying out this particular plan. Phenomena like retrying a failed task (possibly with a different decomposition) are handled by adding a new sub-plan to the parent plan.
An elaboration is a possible addition to a plan tree; that is, an intention that an agent is considering but has not yet decided to adopt or reject. Elaborations are also represented by the Plan class and its subclasses; an elaboration references its parent plan but does not appear in the parent's list of children (see {@link #isElaboration()} and {@link #attach()}). Note that an elaboration is not necessary just a single Plan object; it may consist of an entire subtree. @author Dan Schulman @version $Id: Plan.java 458 2009-06-05 20:08:52Z schulman $
eu.planets_project.pp.plato.model.Plan
This is a preservation planning project, the root class of all domain model data. Please refer to the terminology in deliverable PP4-D1 for an explanation of terms. @author Christoph Becker
eu.scape_project.planning.model.Plan
This is a preservation planning project, the root class of all domain model data. Please refer to the terminology in deliverable PP4-D1 for an explanation of terms. @author Christoph Becker
eu.stratosphere.api.common.Plan
This class encapsulates a single stratosphere job (an instantiated data flow), together with some parameters. Parameters include the name and a default degree of parallelism. The job is referenced by the data sinks, from which a traversal reaches all connected nodes of the job.
io.crate.planner.Plan
javaff.data.Plan
lupos.optimizations.physical.joinorder.costbasedoptimizer.plan.Plan
This class represents a node in a plan for join ordering holding several information like joined triple patterns, joinpartner, if and how the joined result is ordered, the selectivity, estimated cardinality and cost, number of cartesian products and the computed histogram of the result
org.apache.cassandra.cql.common.Plan
Abstract class representing the shared execution plan for a CQL statement (query or DML operation).
org.apache.flink.api.common.Plan
This class encapsulates a single job (an instantiated data flow), together with some parameters. Parameters include the name and a default degree of parallelism. The job is referenced by the data sinks, from which a traversal reaches all connected nodes of the job.
org.eclipse.orion.server.cf.ds.objects.Plan
org.h2.table.Plan
A possible query execution plan. The time required to execute a query depends on the order the tables are accessed.
org.lealone.dbobject.table.Plan
A possible query execution plan. The time required to execute a query depends on the order the tables are accessed.
org.mmtk.plan.Plan
org.teamcascade.java.brjc.api.domain.Plan
Complete information about single Bamboo Plan. Many REST resources instead include just @{}BasicPlan @since v0.1
project.entities.institute.Plan

Examples of aima.core.search.nondeterministic.Plan

    // push...
    if (currentStep instanceof Action) {
      return (Action) this.stack.pop();
    } // case: next step is a plan
    else if (currentStep instanceof Plan) {
      Plan newPlan = (Plan) currentStep;
      if (newPlan.size() > 0) {
        this.stack.push(newPlan.removeFirst());
      } else {
        this.stack.pop();
      }
      return this.execute(percept);
    } // case: next step is an if-then

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Examples of br.eti.kinoshita.tap4j.model.Plan

  protected void extractPlan( Matcher matcher )
  {
    Integer initialTest = Integer.parseInt( matcher.group(1) );
    Integer lastTest = Integer.parseInt( matcher.group(3) );
    
    Plan plan = null;
    plan = new Plan( initialTest, lastTest );
    
    String skipToken = matcher.group(4);
    if ( skipToken != null )
    {
      String reason = matcher.group( 5 );
      final SkipPlan skip = new SkipPlan( reason );
      plan.setSkip(skip);
    }
    
    String commentToken = matcher.group( 6 );
    if ( commentToken != null )
    {
      String text = matcher.group ( 7 );
      final Comment comment = new Comment( text );
      plan.setComment( comment );
    }
    
    this.plan = plan;
  }

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Examples of br.eti.kinoshita.tap4j.model.Plan

    {
      TestSet testSet = new TestSet();
      
      List<ITestResult> testResults = testResultsPerClass.get( clazz );
      
      testSet.setPlan( new Plan(testResults.size()) );
      
      for ( ITestResult testResult : testResults )
      {
        TestResult tapTestResult = TestNGTAPUtils.generateTAPTestResult( testResult, testSet.getNumberOfTestResults()+1 );
        testSet.addTestResult( tapTestResult );

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Examples of br.eti.kinoshita.tap4j.model.Plan

    for( ITestNGMethod method : keySet )
    {
      TestSet testSet = new TestSet();
      
      List<ITestResult> testResults = testResultsPerMethod.get( method );
      testSet.setPlan( new Plan(testResults.size()) );
      
      for ( ITestResult testResult : testResults )
      {
        TestResult tapTestResult = TestNGTAPUtils.generateTAPTestResult( testResult, testSet.getNumberOfTestResults()+1 );
        testSet.addTestResult( tapTestResult );

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Examples of br.eti.kinoshita.tap4j.model.Plan

      
      Set<Class<?>> testResultsSet = this.getTestResultsSetPerSuite(suite);
      
      Integer totalTestResults = this.getTotalTestResultsByTestSuite(testResultsSet);


      testSet.setPlan( new Plan( totalTestResults ) );
      
      for( Class<?> testResultClass : testResultsSet )
      {
        List<ITestResult> testResults = testResultsPerSuite.get( testResultClass );

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Examples of br.eti.kinoshita.tap4j.model.Plan

          {
            Integer totalTestResultsByGroup = this.getTotalTestResultsByTestGroup(group);
            
            testSet = new TestSet();
              
            testSet.setPlan( new Plan( totalTestResultsByGroup ) );
            
            List<ITestResult> testResults = testResultsPerGroup.get( group );
              
            for ( ITestResult testResult : testResults )
            {

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Examples of com.alibaba.wasp.plan.Plan

    context.setTsr(reader);
    // create table
    String createTable = DruidParserTestUtil.SEED[0];
    context.setSql(createTable);
    druidParser.generatePlan(context);
    Plan plan = context.getPlan();
    if (plan instanceof CreateTablePlan) {
      CreateTablePlan createPlan = (CreateTablePlan) plan;
      table = createPlan.getTable();
      TableSchemaCacheReader.getService(conf).createTable(table);
      reader.addSchema(table.getTableName(), table);

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Examples of com.alibaba.wasp.plan.Plan

  public void testInsert() throws IOException {
    String insert = "Insert into User(user_id,name) values(1,'binlijin');";
    // insert
    context.setSql(insert);
    druidParser.generatePlan(context);
    Plan plan = context.getPlan();
    if (plan instanceof InsertPlan) {
      InsertPlan insertPlan = (InsertPlan) plan;
      List<InsertAction> units = insertPlan.getActions();
      Assert.assertEquals(units.size(), 1);
      // EntityGroup execute insert

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Examples of com.alibaba.wasp.plan.Plan

  public void testUpdate() throws IOException {
    String update = "UPDATE User SET name = 'Mike' WHERE user_id = 123;";
    // update
    context.setSql(update);
    druidParser.generatePlan(context);
    Plan plan = context.getPlan();
    if (plan instanceof UpdatePlan) {
      UpdatePlan updatePlan = (UpdatePlan) plan;
      List<UpdateAction> units = updatePlan.getActions();
      Assert.assertEquals(units.size(), 1);
      // EntityGroup execute update

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Examples of com.alibaba.wasp.plan.Plan

  public void testDelete() throws IOException {
    String delete = "DELETE FROM User WHERE user_id = 123;";
    // delete
    context.setSql(delete);
    druidParser.generatePlan(context);
    Plan plan = context.getPlan();
    if (plan instanceof DeletePlan) {
      DeletePlan deletePlan = (DeletePlan) plan;
      List<DeleteAction> units = deletePlan.getActions();
      Assert.assertEquals(units.size(), 1);
      // EntityGroup execute delete

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