use of com.onespatial.jrc.tns.oml_to_rif.model.rif.filter.nonterminal.AbstractFilterNode in project hale by halestudio.
the class ModelAlignmentToModelRifTranslator method buildModelSentance.
private ModelSentence buildModelSentance(ModelClassMappingCell classMapping, List<ModelAttributeMappingCell> attributeMappings, List<ModelStaticAssignmentCell> staticAssignments) {
ModelSentence sentence = new ModelSentence();
sentence.setSourceClass(// $NON-NLS-1$
classMapping.getSourceClass().getElementName().getLocalPart().toLowerCase() + "-instance", getName(classMapping.getSourceClass().getElementName()));
sentence.setTargetClass(// $NON-NLS-1$
classMapping.getTargetClass().getElementName().getLocalPart().toLowerCase() + "-instance", getName(classMapping.getTargetClass().getElementName()));
for (ModelMappingCondition condition : classMapping.getMappingConditions()) {
sentence.addMappingCondition(buildRifMappingCondition(sentence, (AbstractFilterNode) condition.getRoot()));
}
for (ModelAttributeMappingCell attributeMapping : attributeMappings) {
buildPropertyMapping(sentence, attributeMapping);
}
for (ModelStaticAssignmentCell staticAssigment : staticAssignments) {
buildStaticAssignment(sentence, staticAssigment);
}
return sentence;
}
use of com.onespatial.jrc.tns.oml_to_rif.model.rif.filter.nonterminal.AbstractFilterNode in project hale by halestudio.
the class ModelAlignmentToModelRifTranslator method buildRifMappingCondition.
private ModelRifMappingCondition buildRifMappingCondition(ModelSentence sentence, AbstractFilterNode node) {
ModelRifMappingCondition rifCondition = new ModelRifMappingCondition();
if (node != null) {
// logical ones
if (node.isLogical()) {
for (FilterNode child : node.getChildren()) {
AbstractFilterNode childNode = (AbstractFilterNode) child;
rifCondition.addChild(buildRifMappingCondition(sentence, childNode));
}
if (node.getNodeType().equals(AND_NODE)) {
rifCondition.setLogicalType(LogicalType.AND);
} else if (node.getNodeType().equals(OR_NODE)) {
rifCondition.setLogicalType(LogicalType.OR);
} else if (node.getNodeType().equals(NOT_NODE)) {
rifCondition.setLogicalType(LogicalType.NOT);
rifCondition.setNegated(true);
}
} else // comparison ones
if (node.isComparison()) {
AbstractComparisonNode cnode = (AbstractComparisonNode) node;
if (node.getNodeType().equals(EQUAL_TO_NODE)) {
EqualToNode equalNode = (EqualToNode) node;
// work out if it's a string or a numeric equality test
rifCondition.setOperator(STRING_EQUALS);
if (equalNode.getRight().isNumeric()) {
rifCondition.setOperator(NUMBER_EQUALS);
}
} else // less-than comparisons
if (node.getNodeType().equals(GREATER_THAN_NODE)) {
rifCondition.setOperator(NUMBER_GREATER_THAN);
} else if (node.getNodeType().equals(LESS_THAN_NODE)) {
rifCondition.setOperator(NUMBER_LESS_THAN);
} else if (node.getNodeType().equals(LIKE_NODE)) {
rifCondition.setOperator(STRING_CONTAINS);
}
rifCondition.setLeft(getContents(sentence, cnode.getLeft()));
rifCondition.setLiteralClass(cnode.getRight().getLiteralValue().getValueClass());
rifCondition.setLiteralValue(cnode.getRight().getLiteralValue().toString());
rifCondition.setRight(getContents(sentence, cnode.getRight()));
} else // geometric ones
if (node.isGeometric()) {
// TODO add this
}
}
return rifCondition;
}
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