Examples of groovyx.gpars.extra166y.Ops$Action

org.geotools.data.wfs.v1_0_0.Action

Interfaces and utilities declaring per-element operations used within parallel methods on aggregates. This class provides type names for all operation signatures accepting zero, one or two arguments, and returning zero or one results, for parameterized types, as well as specializations to {@code int}, {@code long}, and {@code double}. In keeping with normal Java evaluation rules that promote, for example {@code short} to {@code int}, operation names for these smaller types are absent.

Preliminary release note: Some of the declarations in this class are likely to be moved elsewhere in the JDK libraries upon actual release, and most likely will not all nested in the same class.

The naming conventions are as follows:

The name of the single method declared in each interface is simply {@code op} (short for "operate").
An {@code Op} (short for "operation") maps a single argument toa result. Example: negating a value.
The names for scalar ops accepting and returning the same type are prefaced by their type name.
A {@code BinaryOp} maps two arguments to a result. Example:dividing two numbers
A {@code Reducer} is an associative binary opaccepting and returning values of the same type; where op(a, op(b, c)) should have the same result as op(op(a, b), c). Example: adding two numbers.
Scalar binary ops accepting and returning the same type include their type name.
Mixed-type operators are named just by their argument type names.
A {@code Generator} takes no arguments and returns a result.Examples: random number generators, builders
A {@code Procedure} accepts an argument but doesn't return aresult. Example: printing a value. An {@code Action} is aProcedure that takes no arguments.
A {@code Predicate} accepts a value and returns a boolean indicatorthat the argument obeys some property. Example: testing if a number is even.
A {@code BinaryPredicate} accepts two values and returns aboolean indicator that the arguments obeys some relation. Example: testing if two numbers are relatively prime.
Scalar versions of {@link Comparator} have the same propertiesas the Object version -- returning negative, zero, or positive if the first argument is less, equal, or greater than the second.

result = op(a) or result = op(a,b)

arg types		result type
a	b	{@code int}	{@code long}	{@code double}	Object

{@code int}	<none>	Ops.IntOp	Ops.IntToLong	Ops.IntToDouble	Ops.IntToObject
	{@code int}	Ops.BinaryIntOp	Ops.IntAndIntToLong	Ops.IntAndIntToDouble	Ops.IntAndIntToObject
	{@code long}	Ops.IntAndLongToInt	Ops.IntAndLongToLong	Ops.IntAndLongToDouble	Ops.IntAndLongToObject
	{@code double}	Ops.IntAndDoubleToInt	Ops.IntAndDoubleToLong	Ops.IntAndDoubleToDouble	Ops.IntAndDoubleToObject
	Object	Ops.IntAndObjectToInt	Ops.IntAndObjectToLong	Ops.IntAndObjectToDouble	Ops.IntAndObjectToObject

{@code long}	<none>	Ops.LongToInt	Ops.LongOp	Ops.LongToDouble	Ops.LongToObject
	{@code int}	Ops.LongAndIntToInt	Ops.LongAndIntToLong	Ops.LongAndIntToDouble	Ops.LongAndIntToObject
	{@code long}	Ops.LongAndLongToInt	Ops.BinaryLongOp	Ops.LongAndLongToDouble	Ops.LongAndLongToObject
	{@code double}	Ops.LongAndDoubleToInt	Ops.LongAndDoubleToLong	Ops.LongAndDoubleToDouble	Ops.LongAndDoubleToObject
	Object	Ops.LongAndObjectToInt	Ops.LongAndObjectToLong	Ops.LongAndObjectToDouble	Ops.LongAndObjectToObject

{@code double}	<none>	Ops.DoubleToInt	Ops.DoubleToLong	Ops.DoubleOp	Ops.DoubleToObject
	{@code int}	Ops.DoubleAndIntToInt	Ops.DoubleAndIntToLong	Ops.DoubleAndIntToDouble	Ops.DoubleAndIntToObject
	{@code long}	Ops.DoubleAndLongToInt	Ops.DoubleAndLongToLong	Ops.DoubleAndLongToDouble	Ops.DoubleAndLongToObject
	{@code double}	Ops.DoubleAndDoubleToInt	Ops.DoubleAndDoubleToLong	Ops.BinaryDoubleOp	Ops.DoubleAndDoubleToObject
	Object	Ops.DoubleAndObjectToInt	Ops.DoubleAndObjectToLong	Ops.DoubleAndObjectToDouble	Ops.DoubleAndObjectToObject

Object	<none>	Ops.ObjectToInt	Ops.ObjectToLong	Ops.ObjectToDouble	Ops.Op
	{@code int}	Ops.ObjectAndIntToInt	Ops.ObjectAndIntToLong	Ops.ObjectAndIntToDouble	Ops.ObjectAndIntToObject
	{@code long}	Ops.ObjectAndLongToInt	Ops.ObjectAndLongToLong	Ops.ObjectAndLongToDouble	Ops.ObjectAndLongToObject
	{@code double}	Ops.ObjectAndDoubleToInt	Ops.ObjectAndDoubleToLong	Ops.ObjectAndDoubleToDouble	Ops.ObjectAndDoubleToObject
	Object	Ops.ObjectAndObjectToInt	Ops.ObjectAndObjectToLong	Ops.ObjectAndObjectToDouble	Ops.BinaryOp

In addition to stated signatures, implementations of these interfaces must work safely in parallel. In general, this means methods should operate only on their arguments, and should not rely on ThreadLocals, unsafely published globals, or other unsafe constructions. Additionally, they should not block waiting for synchronization.

This class is normally best used via {@code import static}.

        Map<String, Object> parameters = new HashMap<String, Object>();
        parameters.put("user.address.city", "London");
        parameters.put("user.address['postal']", "QJR387");
        parameters.put("user.name", "Superman");


        Action action = new SimpleAction();
        pi.setParameters(action, stack, parameters);


        assertEquals(true, pi.isOrdered());
        assertEquals(3, actual.size());
        assertEquals("London", actual.get("user.address.city"));

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        Map<String, Object> parameters = new HashMap<String, Object>();
        parameters.put(sb.toString(), "");
        parameters.put("huuhaa", "");


        Action action = new SimpleAction();
        parametersInterceptor.setParameters(action, stack, parameters);
        assertEquals(1, actual.size());
    }

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    public void testNoParametersAction() throws Exception {
        ParametersInterceptor interceptor = new ParametersInterceptor();
        interceptor.init();


        MockActionInvocation mai = new MockActionInvocation();
        Action action = new NoParametersAction();
        mai.setAction(action);


        interceptor.doIntercept(mai);
        interceptor.destroy();
    }

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        Map<String, Object> parameters = new HashMap<String, Object>();
        parameters.put("user.address.city", "London");
        parameters.put("user.name", "Superman");


        Action action = new SimpleAction();
        pi.setParameters(action, stack, parameters);


        assertEquals("ordered should be false by default", false, pi.isOrdered());
        assertEquals(2, actual.size());
        assertEquals("London", actual.get("user.address.city"));

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        Map<String, Object> parameters = new HashMap<String, Object>();
        parameters.put("user.address.city", "London");
        parameters.put("user.address['postal']", "QJR387");
        parameters.put("user.name", "Superman");


        Action action = new SimpleAction();
        pi.setParameters(action, stack, parameters);


        assertEquals(true, pi.isOrdered());
        assertEquals(3, actual.size());
        assertEquals("London", actual.get("user.address.city"));

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    protected Object handleGetEffect()
    {
        // Effect is mapped to action, not activity
        // We return the first action encountered in the activity
        Action effectAction = null;
        Activity effect = this.metaObject.getEffect();
        if (effect != null)
        {
            Collection nodes = effect.getNodes();
            for (Iterator nodesIt = nodes.iterator(); nodesIt.hasNext() && effectAction == null;)

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            }


            Iterator actions = transactionRequest.getAllActions().iterator();


            while (actions.hasNext()) {
                Action a = (Action) actions.next();


                switch (a.getType()) {
                case Action.DELETE:
                    elems[3].getType().encode(elems[3], a, output, hints);


                    break;

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