Examples of CompositeType

ae.sun.java2d.loops.CompositeType
A CompositeType object provides a chained description of a type of algorithm for color compositing. The object will provide a single String constant descriptor which is one way of describing a particular compositing algorithm as well as a pointer to another CompositeType which describes a more general algorithm for achieving the same result.
A description of a more specific algorithm is considered a "subtype" and a description of a more general algorithm is considered a "supertype". Thus, the deriveSubType method provides a way to create a new CompositeType that is related to but more specific than an existing CompositeType and the getSuperType method provides a way to ask a given CompositeType for a more general algorithm to achieve the same result.
Note that you cannot construct a brand new root for a chain since the constructor is private. Every chain of types must at some point derive from the Any node provided here using the deriveSubType() method. The presence of this common Any node on every chain ensures that all chains end with the DESC_ANY descriptor so that a suitable General GraphicsPrimitive object can be obtained for the indicated algorithm if all of the more specific searches fail.
com.impossibl.postgres.types.CompositeType
A database composite type. @author kdubb
fr.imag.adele.apam.CompositeType
javax.management.openmbean.CompositeType
The CompositeType is an OpenType that describes CompositeData. @see CompositeData @author Adrian Brock. @version $Revision: 1.1 $
org.apache.cassandra.db.marshal.CompositeType
org.eclipse.jst.jsf.common.internal.types.CompositeType
org.hibernate.type.CompositeType
Contract for value types to hold collections and have cascades, etc. The notion is that of composition. JPA terms this an embeddable. @author Steve Ebersole
sun.java2d.loops.CompositeType
A CompositeType object provides a chained description of a type of algorithm for color compositing. The object will provide a single String constant descriptor which is one way of describing a particular compositing algorithm as well as a pointer to another CompositeType which describes a more general algorithm for achieving the same result.
A description of a more specific algorithm is considered a "subtype" and a description of a more general algorithm is considered a "supertype". Thus, the deriveSubType method provides a way to create a new CompositeType that is related to but more specific than an existing CompositeType and the getSuperType method provides a way to ask a given CompositeType for a more general algorithm to achieve the same result.
Note that you cannot construct a brand new root for a chain since the constructor is private. Every chain of types must at some point derive from the Any node provided here using the deriveSubType() method. The presence of this common Any node on every chain ensures that all chains end with the DESC_ANY descriptor so that a suitable General GraphicsPrimitive object can be obtained for the indicated algorithm if all of the more specific searches fail.

Examples of fr.imag.adele.apam.CompositeType


    models.add(model);


    Apam apam = getAService(Apam.class);


    CompositeType app = apam.createCompositeType(null, name, mainSpec,
        main, models, null);


    assertNotNull(app);


    assertNotNull(app.getMainImpl().getApformImpl());


    return app;
  }

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Examples of fr.imag.adele.apam.CompositeType

    public void NotSingletonSharedInstance_tc018() {


  Implementation impl = waitForImplByName(null,
    "HouseMeterNotSingletonShared");


  CompositeType root = (CompositeType) impl.getInCompositeType()
    .toArray()[0];


  Composite rootComposite = null;


  if (root.getInst() instanceof Composite) {
      rootComposite = (Composite) root.getInst();
  }


  impl.createInstance(null, null);


  boolean success = true;

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Examples of fr.imag.adele.apam.CompositeType

      group = group.getGroup();
    }


    // Looking for composite definitions.
    if (this instanceof Instance) {
      CompositeType comptype = ((Instance) this).getComposite()
          .getCompType();
      dep = comptype.getCtxtRelation(this, id);
      if (dep != null) {
        return dep;
      }
    }
    if (this instanceof Implementation) {
      for (CompositeType comptype : ((Implementation) this)
          .getInCompositeType()) {
        dep = comptype.getCtxtRelation(this, id);
        if (dep != null) {
          return dep;
        }
      }
    }

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Examples of fr.imag.adele.apam.CompositeType

    public void SingletonSharedInstance_tc013() {


  Implementation impl = waitForImplByName(null,
    "HouseMeterSingletonShared");


  CompositeType root = (CompositeType) impl.getInCompositeType()
    .toArray()[0];


  System.out.println("IMPL:" + impl);


  Composite rootComposite = null;


  if (root.getInst() instanceof Composite) {
      rootComposite = (Composite) root.getInst();
  }


  impl.createInstance(null, null);


  Instance inst1 = CST.apamResolver.resolveImpl(rootComposite, impl,

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Examples of fr.imag.adele.apam.CompositeType

      group = group.getGroup();
    }


    // Looking for composite definitions.
    if (this instanceof Instance) {
      CompositeType comptype = ((Instance) this).getComposite()
          .getCompType();


      for (RelationDefinition relDef : comptype.getCtxtRelations(this)) {
        if (!processed.contains(relDef.getName())) {
          relDefs.add(relDef);
          processed.add(relDef.getName());
        }
      }


    }
    if (this instanceof Implementation) {
      for (CompositeType comptype : ((Implementation) this)
          .getInCompositeType()) {
        for (RelationDefinition relDef : comptype
            .getCtxtRelations(this)) {
          if (!processed.contains(relDef.getName())) {
            relDefs.add(relDef);
            processed.add(relDef.getName());
          }

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Examples of fr.imag.adele.apam.CompositeType

    System.out.println("=========== start testCreateCompoRootS1toS2Final");
    if (apam != null) {
      System.out.println("apam is Ok");
    }
    System.out.println("testing a root createCompositeType by name existing in ASM. will call S2Final.");
    CompositeType appliTest00 = apam.createCompositeType(null,  "Test00", null, "S1toS2Final", null,null);
    assertTrue(appliTest00!= null);


    System.out.println("testing create instance root");
    Instance a = appliTest00.createInstance(null /* composite */, null/* properties */);
    assertTrue(a!= null);


    System.out.println("testing call to S1toS2Final");
    S1 s01 = (S1) a.getServiceObject();
    s01.callS1("createAppli by API by name. Should call S2Final.");


    System.out.println("=========== passed testCreateCompoRootS1toS2Final\n\n");


    System.out.println("=========== start nested composite instance by API");
    System.out.println("Testing the manual creation of a composite instance inside another composite instance of same type");
    System.out.println("Weird but should work.");
    Instance test00_instance0 = appliTest00.createInstance((Composite) a /* composite */, null/* properties */);
    assertTrue (test00_instance0 != null);
    assertTrue (((Composite)a).containsInst(test00_instance0)) ;
    System.out.println("composite in composite same type !! " + test00_instance0 );


    System.out.println("=========== passed nested composite instance by API\n\n");

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Examples of fr.imag.adele.apam.CompositeType

  public void testCreateCompoBySpec () {
    System.out.println("=========== start testCreateCompoBySpec");
    System.out.println(" Alternatively, a specification (S1) can be provided instead; it is resolved to find the main implem.\n");


    // The system will look for an atomic implementations of "S1" as the main implementation
    CompositeType appli3 = apam.createCompositeType(null, "TestS1Bis", null,  "S1", null /* models */, null /* properties */);
    assertTrue (appli3 != null) ;


    // Create an instance of that composite type
    Instance inst = appli3.createInstance(null /* composite */, null/* properties */);
    assertTrue (inst != null );


    System.out.println("=========== passed testCreateCompoBySpec\n\n");
  }

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Examples of fr.imag.adele.apam.CompositeType

    props.put("impl-name", "5"); // final
    //props.put("location", "living"); // ok
    props.put("location", "anywhere"); // value not defined
    props.put("testEnumere", "v1");


    CompositeType appliTestAttr = apam.createCompositeType(null,  "TestInitAttr", null, "TestAttr", null, props);
    assertTrue(appliTestAttr != null);


    Instance appliTestAttr_0 = appliTestAttr.createInstance(null /* composite */, props/* properties */);
    System.out.println("Tested instance : " + appliTestAttr_0.getName());


    //since the composite type has no spec, all initial values are valid.
    //No longer ! all attr must be defined now.
    assertTrue (appliTestAttr_0 != null) ;

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Examples of fr.imag.adele.apam.CompositeType

    <property S1toS2Final-String1="a String Value" />
    <property badAttr="yyy" />


     */


    CompositeType appliSetAttr = apam.createCompositeType(null,  "TestSetAttr", null, "TestAttr", null,null);
    assertTrue(appliSetAttr != null);


    Instance appliSetAttr_0 = appliSetAttr.createInstance(null /* composite */, null/* properties */);
    assertTrue (appliSetAttr_0 != null);
    //assertEquals ((CompositeImpl)appliSetAttr_0.getMainInst () != null);


    System.out.println(" Testing attributes on main implem declared: location = {living, kitchen, bedroom}");
    Implementation impl = appliSetAttr.getMainImpl(); //S1toS2Final
    Specification spec = impl.getSpec() ;
    Instance inst = null ;
    inst = impl.getInst() ; // any instance 
    System.out.println("Tested instance : " + inst + ". TestedImpl : " + impl + " Tested spec : " + spec);

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Examples of fr.imag.adele.apam.CompositeType

    @Override
  public void otherTests () {


    Map<String, String> props = new HashMap<String, String>();
    Instance test00_instance0 = null ;
    CompositeType appli3 ; 
    // Calling that application from an external program (this instance).
    S1 s11 = (S1) test00_instance0.getServiceObject();
    s11.callS1("createAppli-1");


    // setting visibilities
    // composite a3 should not be shared
    //    test00_instance0.setProperty(CST.SHARED, CST.V_FALSE);


    System.out.println("\n\n===================================== Testing promotions\n"
        + " creating composite on S1 containing an S2 composite \n");


    props.clear();
    //    props.put(CST.A_LOCALIMPLEM, CST.V_TRUE);
    //    props.put(CST.A_LOCALINSTANCE, CST.V_TRUE);
    //    props.put(CST.A_BORROWIMPLEM, CST.V_FALSE);
    //    props.put(CST.A_BORROWINSTANCE, CST.V_FALSE);


    CompositeType mainCompo = apam.createCompositeType("Test00", "TestS1Promotions", null, "S1Main", null /* models */,
        props);


    System.err.println("TestS1Promotions inside Test00 and black box");
    mainCompo.createInstance((Composite) test00_instance0, props);


    System.out.println("\n\n\n========================== deuxieme exec ===");
    //        test00_instance0 = appli3.createInstance(null /* composite */, null/* properties */);


    // Calling that application from an external program (this instance).

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