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package org.openecomp.sdc.translator.datatypes.heattotosca.unifiedmodel.composition;
import java.util.Collection;
import java.util.HashMap;
import java.util.HashSet;
import java.util.Map;
import java.util.Objects;
import java.util.Optional;
import java.util.Set;
import org.apache.commons.collections4.MapUtils;
import org.onap.sdc.tosca.datatypes.model.NodeTemplate;
public class UnifiedSubstitutionData {
//Key - node template id, Value - related abstract node template id
private Map<String, String> nodesRelatedAbstractNode = new HashMap<>();
//Key - node template id, Value - related node template id in the substitution service template
private Map<String, String> nodesRelatedSubstitutionServiceTemplateNode = new HashMap<>();
private Map<String, NodeTemplateInformation> cleanedNodeTemplates = new HashMap<>();
//Key - nested node template id, Value - related unified nested node template id
private Map<String, String> nestedNodeTemplateRelatedUnifiedTranslatedId = new HashMap<>();
//Key - nested node type id, Value - related unified nested node template id
private Map<String, String> nestedNodeTypeRelatedUnifiedTranslatedId = new HashMap<>();
//Key - handled compute type, Value - number of times it was handled
private Map<String, Integer> handledComputeTypesInNestedSubstitutionTemplate =
new HashMap<>();
//Key - nested compute type, Value - list of nested files that the compute type is present
private Map<String, Integer> handledNestedComputeTypesNestedFiles = new HashMap<>();
//Key - new property id, Value - orig property value
private Map<String, Object> newParameterIdsToPropertiesFromOrigNodeTemplate = new HashMap<>();
//handled nested files
private Set<String> handledNestedFiles = new HashSet<>();
//handled nested nodes
private Set<String> handledNestedNodes = new HashSet<>();
public Map<String, String> getNodesRelatedAbstractNode() {
return nodesRelatedAbstractNode;
}
public void setNodesRelatedAbstractNode(
Map<String, String> nodesRelatedAbstractNode) {
this.nodesRelatedAbstractNode = nodesRelatedAbstractNode;
}
public void addHandledNestedNodes(String handledNestedNodeId) {
this.handledNestedNodes.add(handledNestedNodeId);
}
public Map<String, String> getNodesRelatedSubstitutionServiceTemplateNode() {
return nodesRelatedSubstitutionServiceTemplateNode;
}
public void setNodesRelatedSubstitutionServiceTemplateNode(
Map<String, String> nodesRelatedSubstitutionServiceTemplateNode) {
this.nodesRelatedSubstitutionServiceTemplateNode = nodesRelatedSubstitutionServiceTemplateNode;
}
public String getNodeRelatedAbstractNode(String origNodeId) {
return this.nodesRelatedAbstractNode.get(origNodeId);
}
public Collection<String> getAllRelatedAbstractNodeIds() {
return this.nodesRelatedAbstractNode.values();
}
public Collection<String> getAllUnifiedNestedNodeTemplateIds() {
return this.nestedNodeTemplateRelatedUnifiedTranslatedId.values();
}
/**
* Add cleaned node template.
*
* @param nodeTemplateId the node template id
* @param unifiedCompositionEntity the unified composition entity
* @param nodeTemplate the node template
*/
public void addCleanedNodeTemplate(String nodeTemplateId,
UnifiedCompositionEntity unifiedCompositionEntity,
NodeTemplate nodeTemplate) {
NodeTemplateInformation nodeTemplateInformation = new NodeTemplateInformation(
unifiedCompositionEntity, nodeTemplate);
this.cleanedNodeTemplates.putIfAbsent(nodeTemplateId, nodeTemplateInformation);
}
public NodeTemplate getCleanedNodeTemplate(String nodeTemplateId) {
return this.cleanedNodeTemplates.get(nodeTemplateId).getNodeTemplate().clone();
}
public UnifiedCompositionEntity getCleanedNodeTemplateCompositionEntity(String nodeTemplateId) {
return this.cleanedNodeTemplates.get(nodeTemplateId).getUnifiedCompositionEntity();
}
public void addUnifiedNestedNodeTemplateId(String nestedNodeTemplateId,
String unifiedNestedNodeRelatedId) {
this.nestedNodeTemplateRelatedUnifiedTranslatedId
.put(nestedNodeTemplateId, unifiedNestedNodeRelatedId);
}
public Optional<String> getUnifiedNestedNodeTemplateId(String nestedNodeTemplateId) {
return this.nestedNodeTemplateRelatedUnifiedTranslatedId.get(nestedNodeTemplateId) == null
? Optional.empty()
: Optional.of(this.nestedNodeTemplateRelatedUnifiedTranslatedId.get(nestedNodeTemplateId));
}
public void addUnifiedNestedNodeTypeId(String nestedNodeTypeId,
String unifiedNestedNodeRelatedId) {
this.nestedNodeTypeRelatedUnifiedTranslatedId.put(nestedNodeTypeId, unifiedNestedNodeRelatedId);
}
public Optional<String> getUnifiedNestedNodeTypeId(String nestedNodeTypeId) {
return this.nestedNodeTypeRelatedUnifiedTranslatedId.get(nestedNodeTypeId) == null ? Optional
.empty()
: Optional.of(this.nestedNodeTypeRelatedUnifiedTranslatedId.get(nestedNodeTypeId));
}
public Set<String> getAllRelatedNestedNodeTypeIds(){
if(MapUtils.isEmpty(nestedNodeTypeRelatedUnifiedTranslatedId)){
return new HashSet<>();
}
return new HashSet<>(this.nestedNodeTypeRelatedUnifiedTranslatedId.values());
}
public void addHandledComputeType(String handledComputeType) {
if (this.handledComputeTypesInNestedSubstitutionTemplate.containsKey(handledComputeType)) {
Integer timesHandled =
this.handledComputeTypesInNestedSubstitutionTemplate.get(handledComputeType);
this.handledComputeTypesInNestedSubstitutionTemplate
.put(handledComputeType, timesHandled + 1);
} else {
//this.handledNestedFiles.add(nestedServiceTemplateFileName);
handledComputeTypesInNestedSubstitutionTemplate.put(handledComputeType, 0);
}
}
public boolean isComputeTypeHandledInServiceTemplate(String computeType) {
return this.handledComputeTypesInNestedSubstitutionTemplate.containsKey(computeType);
}
public int getHandledNestedComputeNodeTemplateIndex(String computeType) {
return this.handledComputeTypesInNestedSubstitutionTemplate.containsKey(computeType) ?
this.handledComputeTypesInNestedSubstitutionTemplate.get(computeType) : 0;
}
public void addHandlesNestedServiceTemplate(String nestedServiceTemplateFileName){
this.handledNestedFiles.add(nestedServiceTemplateFileName);
}
public boolean isNestedServiceTemplateWasHandled(String nestedServiceTemplateFileName) {
return this.handledNestedFiles.contains(nestedServiceTemplateFileName);
}
public void updateUsedTimesForNestedComputeNodeType(String computeType) {
this.handledNestedComputeTypesNestedFiles.putIfAbsent(computeType, 0);
Integer usedNumber = this.handledNestedComputeTypesNestedFiles.get(computeType);
this.handledNestedComputeTypesNestedFiles.put(computeType, usedNumber + 1);
}
public int getGlobalNodeTypeIndex(String computeType) {
return Objects.isNull(this.handledNestedComputeTypesNestedFiles.get(computeType))
|| this.handledNestedComputeTypesNestedFiles.get(computeType)== 0 ? 0
: this.handledNestedComputeTypesNestedFiles.get(computeType);
}
public boolean isNestedNodeWasHandled(String nestedNodeId) {
return this.handledNestedNodes.contains(nestedNodeId);
}
public Map<String, Object> getAllNewPropertyInputParamIds(){
return this.newParameterIdsToPropertiesFromOrigNodeTemplate;
}
public void addNewPropertyIdToNodeTemplate(String newPropertyId,
Object origPropertyValue){
if(!newParameterIdsToPropertiesFromOrigNodeTemplate.containsKey(newPropertyId)) {
newParameterIdsToPropertiesFromOrigNodeTemplate.put(newPropertyId, origPropertyValue);
}
}
public Optional<Object> getNewPropertyInputParam(String newPropertyId){
if(!newParameterIdsToPropertiesFromOrigNodeTemplate.containsKey(newPropertyId)){
return Optional.empty();
}
return Optional.of(newParameterIdsToPropertiesFromOrigNodeTemplate.get(newPropertyId));
}
}
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