import org.argeo.slc.core.execution.PrimitiveSpecAttribute;
import org.argeo.slc.core.execution.PrimitiveUtils;
import org.argeo.slc.core.execution.ProcessThread;
+import org.argeo.slc.core.execution.RefSpecAttribute;
import org.argeo.slc.execution.ExecutionFlowDescriptor;
import org.argeo.slc.execution.ExecutionModulesManager;
import org.argeo.slc.execution.ExecutionProcess;
realizedFlow.setModuleVersion(executionModuleVersion);
// retrieve execution spec
- DefaultExecutionSpec executionSpec = null;
+ DefaultExecutionSpec executionSpec = new DefaultExecutionSpec();
+ Map<String, ExecutionSpecAttribute> attrs = readExecutionSpecAttributes(realizedFlowNode);
+ executionSpec.setAttributes(attrs);
+
+ // set execution spec name
if (flowNode.hasProperty(SlcNames.SLC_SPEC)) {
Node executionSpecNode = flowNode.getProperty(SLC_SPEC)
.getNode();
- executionSpec = new DefaultExecutionSpec();
executionSpec.setBeanName(executionSpecNode.getProperty(
SLC_NAME).getString());
- executionSpec
- .setAttributes(readExecutionSpecAttributes(executionSpecNode));
}
- // TODO: will with original attr
- Map<String, ExecutionSpecAttribute> attrs = readExecutionSpecAttributes(realizedFlowNode);
+
+ // explicitly retrieve values
Map<String, Object> values = new HashMap<String, Object>();
for (String attrName : attrs.keySet()) {
-// if (flowNode.hasNode(attrName)) {
-// // we assume this is a primitive
-// // since ref are not yet implemented
-// Node valueNode = flowNode.getNode(attrName);
-// String type = valueNode.getProperty(SLC_TYPE).getString();
-// String valueStr = valueNode.getProperty(SLC_VALUE)
-// .getString();
-// Object value = PrimitiveUtils.convert(type, valueStr);
-// values.put(attrName, value);
-// } else {
- ExecutionSpecAttribute attr = attrs.get(attrName);
- Object value = attr.getValue();
- values.put(attrName, value);
-// }
+ ExecutionSpecAttribute attr = attrs.get(attrName);
+ Object value = attr.getValue();
+ values.put(attrName, value);
}
- // if(executionSpec!=null)
- // executionSpec.setAttributes(attrs);
ExecutionFlowDescriptor efd = new ExecutionFlowDescriptor(flowName,
values, executionSpec);
realizedFlow.setFlowDescriptor(efd);
PrimitiveSpecAttribute specAttr = new PrimitiveSpecAttribute(
type, value);
attrs.put(specAttrNode.getName(), specAttr);
+ } else if (specAttrNode
+ .isNodeType(SlcTypes.SLC_REF_SPEC_ATTRIBUTE)) {
+ if (!specAttrNode.hasProperty(SLC_VALUE)) {
+ continue;
+ }
+ Integer value = (int) specAttrNode.getProperty(SLC_VALUE)
+ .getLong();
+ RefSpecAttribute specAttr = new RefSpecAttribute();
+ NodeIterator children = specAttrNode.getNodes();
+ int index = 0;
+ String id = null;
+ while (children.hasNext()) {
+ Node child = children.nextNode();
+ if (index == value)
+ id = child.getName();
+ index++;
+ }
+ specAttr.setValue(id);
+ attrs.put(specAttrNode.getName(), specAttr);
}
-
+ // throw new SlcException("Unsupported spec attribute "
+ // + specAttrNode);
}
return attrs;
} catch (RepositoryException e) {