private <T> T forEachPairSameAndSubtype(Processor<SameAsBound, SubtypeOfBound, T> processor, T initialValue) { T currentValue = initialValue; for (int i=0;i<bounds.size();i++) { Bound bi = bounds.get(i); if (bi instanceof SameAsBound) { SameAsBound si = (SameAsBound)bi; for (int j = i + 1; j < bounds.size(); j++) { Bound bj = bounds.get(j); if (bj instanceof SubtypeOfBound) { SubtypeOfBound sj = (SubtypeOfBound)bj; currentValue = processor.process(si, sj, currentValue); } } } } return currentValue; }
private <T> T forEachPairSubtypeAndSubtype(Processor<SubtypeOfBound, SubtypeOfBound, T> processor, T initialValue) { T currentValue = initialValue; for (int i=0;i<bounds.size();i++) { Bound bi = bounds.get(i); if (bi instanceof SubtypeOfBound) { SubtypeOfBound si = (SubtypeOfBound)bi; for (int j = i + 1; j < bounds.size(); j++) { Bound bj = bounds.get(j); if (bj instanceof SubtypeOfBound) { SubtypeOfBound sj = (SubtypeOfBound)bj; currentValue = processor.process(si, sj, currentValue); } } } } return currentValue; }
private <T> T forEachPairSameAndSubtype(Processor<SameAsBound, SubtypeOfBound, T> processor, T initialValue) { T currentValue = initialValue; for (int i=0;i<bounds.size();i++) { Bound bi = bounds.get(i); if (bi instanceof SameAsBound) { SameAsBound si = (SameAsBound)bi; for (int j = i + 1; j < bounds.size(); j++) { Bound bj = bounds.get(j); if (bj instanceof SubtypeOfBound) { SubtypeOfBound sj = (SubtypeOfBound)bj; currentValue = processor.process(si, sj, currentValue); } } } } return currentValue; }
private <T> T forEachPairSubtypeAndSubtype(Processor<SubtypeOfBound, SubtypeOfBound, T> processor, T initialValue) { T currentValue = initialValue; for (int i=0;i<bounds.size();i++) { Bound bi = bounds.get(i); if (bi instanceof SubtypeOfBound) { SubtypeOfBound si = (SubtypeOfBound)bi; for (int j = i + 1; j < bounds.size(); j++) { Bound bj = bounds.get(j); if (bj instanceof SubtypeOfBound) { SubtypeOfBound sj = (SubtypeOfBound)bj; currentValue = processor.process(si, sj, currentValue); } } } } return currentValue; }
private <T> T forEachPairSameAs(Processor<SameAsBound, SameAsBound, T> processor, T initialValue) { T currentValue = initialValue; for (int i=0;i<bounds.size();i++) { Bound bi = bounds.get(i); if (bi instanceof SameAsBound) { SameAsBound si = (SameAsBound)bi; for (int j = i + 1; j < bounds.size(); j++) { Bound bj = bounds.get(j); if (bj instanceof SameAsBound) { SameAsBound sj = (SameAsBound)bj; currentValue = processor.process(si, sj, currentValue); } } } } return currentValue; }
private <T> T forEachPairSubtypeAndSubtype(Processor<SubtypeOfBound, SubtypeOfBound, T> processor, T initialValue) { T currentValue = initialValue; for (int i=0;i<bounds.size();i++) { Bound bi = bounds.get(i); if (bi instanceof SubtypeOfBound) { SubtypeOfBound si = (SubtypeOfBound)bi; for (int j = i + 1; j < bounds.size(); j++) { Bound bj = bounds.get(j); if (bj instanceof SubtypeOfBound) { SubtypeOfBound sj = (SubtypeOfBound)bj; currentValue = processor.process(si, sj, currentValue); } } } } return currentValue; }
private <T> T forEachPairSameAs(Processor<SameAsBound, SameAsBound, T> processor, T initialValue) { T currentValue = initialValue; for (int i=0;i<bounds.size();i++) { Bound bi = bounds.get(i); if (bi instanceof SameAsBound) { SameAsBound si = (SameAsBound)bi; for (int j = i + 1; j < bounds.size(); j++) { Bound bj = bounds.get(j); if (bj instanceof SameAsBound) { SameAsBound sj = (SameAsBound)bj; currentValue = processor.process(si, sj, currentValue); } } } } return currentValue; }
private <T> T forEachPairSameAndSubtype(Processor<SameAsBound, SubtypeOfBound, T> processor, T initialValue) { T currentValue = initialValue; for (int i=0;i<bounds.size();i++) { Bound bi = bounds.get(i); if (bi instanceof SameAsBound) { SameAsBound si = (SameAsBound)bi; for (int j = i + 1; j < bounds.size(); j++) { Bound bj = bounds.get(j); if (bj instanceof SubtypeOfBound) { SubtypeOfBound sj = (SubtypeOfBound)bj; currentValue = processor.process(si, sj, currentValue); } } } } return currentValue; }
private <T> T forEachPairSameAs(Processor<SameAsBound, SameAsBound, T> processor, T initialValue) { T currentValue = initialValue; for (int i=0;i<bounds.size();i++) { Bound bi = bounds.get(i); if (bi instanceof SameAsBound) { SameAsBound si = (SameAsBound)bi; for (int j = i + 1; j < bounds.size(); j++) { Bound bj = bounds.get(j); if (bj instanceof SameAsBound) { SameAsBound sj = (SameAsBound)bj; currentValue = processor.process(si, sj, currentValue); } } } } return currentValue; }