Examples of com.sun.codemodel.JBlock.assign()

com.sun.codemodel.JBlock.assign()
Creates an assignment statement and adds it to this block. @param lhs Assignable variable or field for left hand side of expression @param exp Right hand side expression

        JMethod $set = writer.declareMethod( codeModel.VOID, "set"+prop.getName(true) );
        JType setterType = exposedType;
        if(forcePrimitiveAccess)    setterType = setterType.unboxify();
        JVar $value = writer.addParameter( setterType, "value" );
        JBlock body = $set.body();
        body.assign(JExpr._this().ref(ref()),castToImplType($value));


        // setter always get the default javadoc. See issue #381
        writer.javadoc().append(Messages.DEFAULT_SETTER_JAVADOC.format(nc.toVariableName(prop.getName(true))));
        writer.javadoc().addParam($value)
            .append("allowed object is\n")

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        //     this.value = value;
        // }
        JMethod $set = writer.declareMethod( codeModel.VOID, "set"+prop.getName(true) );
        JVar $value = writer.addParameter( ptype, "value" );
        body = $set.body();
        body.assign(JExpr._this().ref(ref()),$value);
        // setter always get the default javadoc. See issue #381
        writer.javadoc().append(Messages.DEFAULT_SETTER_JAVADOC.format(nc.toVariableName(prop.getName(true))));


    }

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            .arg(typeInfo.getBindingType().dotclass())
            .arg(typeInfo.getDeclaredType().dotclass());
          staticInit.add(keyPartsVar.invoke("put").arg(typeInfoEntry.getKey()).arg(typeArg));
        }


        staticInit.assign(resourceSpecField,
                          JExpr._new(_resourceSpecImplClass)
                                  .arg(supportedMethodsExpr)
                                  .arg(methodSchemaMap)
                                  .arg(responseSchemaMap)
                                  .arg(keyTyperefClass == null ? keyClass.dotclass() : keyTyperefClass.dotclass())

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                                  .arg(schemaClass.dotclass())
                                  .arg(keyPartsVar));
      }
      else //simple schema
      {
        staticInit.assign(resourceSpecField,
                          JExpr._new(_resourceSpecImplClass)
                              .arg(supportedMethodsExpr)
                              .arg(methodSchemaMap)
                              .arg(responseSchemaMap)
                              .arg(schemaClass.dotclass()));

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      JInvocation supportedMethodsExpr = _enumSetClass.staticInvoke("noneOf").arg(_resourceMethodClass.dotclass());
      JVar methodSchemaMap = methodMetadataMapInit(facadeClass, resourceActions, entityActions,
                                                   staticInit);
      JVar responseSchemaMap = responseMetadataMapInit(facadeClass, resourceActions, entityActions,
                                                       staticInit);
      staticInit.assign(resourceSpecField,
                        JExpr._new(_resourceSpecImplClass)
                                .arg(supportedMethodsExpr)
                                .arg(methodSchemaMap)
                                .arg(responseSchemaMap)
                                .arg(keyClass.dotclass())

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    JClass oih = m.directClass(ObjectInspectorHelper.class.getCanonicalName());
    JClass mt = m.directClass(TypeProtos.MinorType.class.getCanonicalName());
    JClass mode = m.directClass(DataMode.class.getCanonicalName());
    for(int i=0; i<argTypes.length; i++) {
      sub.assign(
        oiArray.component(JExpr.lit(i)),
        oih.staticInvoke("getDrillObjectInspector")
          .arg(mode.staticInvoke("valueOf").arg(JExpr.lit(argTypes[i].getMode().getNumber())))
          .arg(mt.staticInvoke("valueOf").arg(JExpr.lit(argTypes[i].getMinorType().getNumber()))));
    }

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          .arg(mode.staticInvoke("valueOf").arg(JExpr.lit(argTypes[i].getMode().getNumber())))
          .arg(mt.staticInvoke("valueOf").arg(JExpr.lit(argTypes[i].getMinorType().getNumber()))));
    }


    // declare and instantiate DeferredObject array
    sub.assign(workspaceJVars[2], JExpr.newArray(m._ref(DrillDeferredObject.class), argTypes.length));


    for(int i=0; i<argTypes.length; i++) {
      sub.assign(
        workspaceJVars[2].component(JExpr.lit(i)),
        JExpr._new(m.directClass(DrillDeferredObject.class.getCanonicalName())));

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    // declare and instantiate DeferredObject array
    sub.assign(workspaceJVars[2], JExpr.newArray(m._ref(DrillDeferredObject.class), argTypes.length));


    for(int i=0; i<argTypes.length; i++) {
      sub.assign(
        workspaceJVars[2].component(JExpr.lit(i)),
        JExpr._new(m.directClass(DrillDeferredObject.class.getCanonicalName())));
    }


    // declare empty array for argument deferred objects

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        workspaceJVars[2].component(JExpr.lit(i)),
        JExpr._new(m.directClass(DrillDeferredObject.class.getCanonicalName())));
    }


    // declare empty array for argument deferred objects
    sub.assign(workspaceJVars[3], JExpr.newArray(m._ref(DrillDeferredObject.class), argTypes.length));


    // create new instance of the UDF class
    sub.assign(workspaceJVars[1], getUDFInstance(m));


    // create try..catch block to initialize the UDF instance with argument OIs

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    // declare empty array for argument deferred objects
    sub.assign(workspaceJVars[3], JExpr.newArray(m._ref(DrillDeferredObject.class), argTypes.length));


    // create new instance of the UDF class
    sub.assign(workspaceJVars[1], getUDFInstance(m));


    // create try..catch block to initialize the UDF instance with argument OIs
    JTryBlock udfInitTry = sub._try();
    udfInitTry.body().assign(
      workspaceJVars[0],

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