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stack = stack.getRest(); result = a.abs(); solutions.put( stack.push(result)); } @Override public StackMapping getInverse() throws RippleException { return absInverse;
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// in a deadlock. The LinkedDataSail already does this sort of // buffering, which is why it does not deadlock w.r.t. its base // Sail. mc.commit(); solutions.put(stack.push(subj)); } }
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final RippleList rest = stack.getRest(); Sink<RippleList> listSink = new Sink<RippleList>() { public void put(final RippleList list) throws RippleException { solutions.put( rest.push(list.push(x))); } }; mc.toList(l, listSink); }
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// Apply the function only if it is defined for the given argument. if (a >= -1 && a <= 1) { result = mc.valueOf(Math.asin(a)); solutions.put( stack.push(result)); } } @Override public StackMapping getInverse() throws RippleException {
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stack = stack.getRest(); x = stack.getFirst(); stack = stack.getRest(); solutions.put( stack.push(y).push(z).push(x)); } }
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stack = stack.getRest(); RDFPredicateMapping mapping = getMapping(pred, context); solutions.put( stack.push(new Operator(mapping))); } }
stack = stack.getRest(); result = a.mul(b); solutions.put( stack.push(result)); } @Override public StackMapping getInverse() throws RippleException { return MathLibrary.getDivValue();
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NumericValue result; result = mc.valueOf(Math.random()); solutions.put( stack.push(result)); } }
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RippleValue first = stack.getFirst(); stack = stack.getRest(); if (first instanceof KeyValueValue) { for (String key : ((KeyValueValue) first).getKeys()) { solutions.put(stack.push(mc.valueOf(key))); } } } }
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stack = stack.getRest(); x = stack.getFirst(); stack = stack.getRest(); solutions.put( stack.push(z).push(y).push(x).push(w)); } }