/*- * ============LICENSE_START======================================================= * org.openecomp.aai * ================================================================================ * Copyright (C) 2017 AT&T Intellectual Property. All rights reserved. * ================================================================================ * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. * ============LICENSE_END========================================================= */ package org.openecomp.aai.dbmodel.v8.gen; import java.util.HashMap; import java.util.Map; import com.google.common.collect.ImmutableSetMultimap; import com.google.common.collect.Multimap; public class DbEdgeRules { /* * The EdgeRules data is set up as a key (fromNodeTypeA|toNodeTypeB) mapped * to a string which holds the info we need to build an edge from nodeTypeA * to nodeTypeB. Note -- the MultiMap will let us define more than one type * of edge between a given pair of nodeTypes, but for now we never define * more than one. * * The edgeInfo part is comma separated and looks like this: * "edgeLabel,direction,multiplicityRule,isParent,usesResource,hasDelTarget,SVC-INFRA" This * format is encoded into the EdgeInfoMap below. * MultiplicityRule can be either "Many2Many", "Many2One", "One2Many" or "One2One" * The values for the things after multiplicityRule can be either "true", "false" or "reverse". "reverse" is * really saying that this tag does apply, but the edge will be traversed * the opposite way from the same tag that just has "true". */ public static final Map EdgeInfoMap; static { EdgeInfoMap = new HashMap(); EdgeInfoMap.put(0, "edgeLabel"); EdgeInfoMap.put(1, "direction"); EdgeInfoMap.put(2, "multiplicityRule"); EdgeInfoMap.put(3, "isParent"); EdgeInfoMap.put(4, "usesResource"); EdgeInfoMap.put(5, "hasDelTarget"); EdgeInfoMap.put(6, "SVC-INFRA"); } public static Integer firstTagIndex = 3; public static final Multimap EdgeRules = new ImmutableSetMultimap.Builder() .putAll("cloud-region|l3-network", "uses,OUT,Many2Many,false,false,false,false") .putAll("cloud-region|tenant", "has,OUT,One2Many,true,false,false,reverse") .putAll("cloud-region|image", "has,OUT,One2Many,true,false,false,false") .putAll("cloud-region|flavor", "has,OUT,One2Many,true,false,false,false") .putAll("cloud-region|availability-zone", "has,OUT,One2Many,true,false,false,false") .putAll("cloud-region|volume-group", "has,OUT,One2Many,true,true,false,false") .putAll("cloud-region|group-assignment", "has,OUT,One2Many,true,false,false,false") .putAll("cloud-region|snapshot", "has,OUT,One2Many,true,false,false,false") .putAll("customer|service-subscription", "subscribesTo,OUT,Many2Many,true,false,false,reverse") .putAll("generic-vnf|l-interface", "hasLInterface,OUT,Many2Many,true,false,false,true") .putAll("generic-vnf|availability-zone", "hasAvailabilityZone,OUT,Many2Many,false,false,false,true") .putAll("generic-vnf|lag-interface", "hasLAGInterface,OUT,Many2Many,true,false,false,true") .putAll("generic-vnf|l3-network", "usesL3Network,OUT,Many2Many,false,true,false,true") .putAll("generic-vnf|pserver", "runsOnPserver,OUT,Many2Many,false,true,false,true") .putAll("generic-vnf|vserver", "runsOnVserver,OUT,One2Many,false,true,false,true") .putAll("generic-vnf|service-instance", "hasInstance,OUT,Many2Many,false,true,false,true") .putAll("group-assignment|tenant", "has,OUT,Many2Many,false,false,false,false") .putAll("group-assignment|pserver", "has,OUT,One2Many,false,false,false,false") .putAll("image|metadata", "hasMetaData,OUT,Many2Many,true,false,false,false") .putAll("image|metadatum", "hasMetaDatum,OUT,Many2Many,true,false,false,false") .putAll("l-interface|l3-interface-ipv4-address-list", "hasIpAddress,OUT,Many2Many,true,false,false,true") .putAll("l-interface|l3-interface-ipv6-address-list", "hasIpAddress,OUT,Many2Many,true,false,false,true") .putAll("l-interface|logical-link", "usesLogicalLink,OUT,Many2Many,false,false,true,true") .putAll("l-interface|vlan","hasVlan,OUT,Many2Many,true,false,false,false") .putAll("l3-interface-ipv4-address-list|l3-network", "isMemberOf,OUT,Many2Many,false,false,false,true") .putAll("l3-interface-ipv6-address-list|l3-network", "isMemberOf,OUT,Many2Many,false,false,false,true") .putAll("l3-interface-ipv4-address-list|subnet", "isMemberOf,OUT,Many2Many,false,false,false,true") .putAll("l3-interface-ipv6-address-list|subnet", "isMemberOf,OUT,Many2Many,false,false,false,true") .putAll("l3-network|subnet", "hasSubnet,OUT,Many2Many,true,false,false,reverse") .putAll("l3-network|service-instance", "hasInstance,OUT,Many2Many,false,false,false,reverse") .putAll("l3-network|ctag-assignment", "hasCtagAssignment,OUT,Many2Many,true,false,false,true") .putAll("l3-network|segmentation-assignment", "has,OUT,One2Many,true,false,false,false") .putAll("lag-interface|p-interface", "usesPInterface,OUT,Many2Many,false,true,false,true") .putAll("lag-interface|l-interface", "hasLInterface,OUT,Many2Many,true,false,false,true") .putAll("logical-link|pnf", "bridgedTo,OUT,Many2Many,false,false,false,false") .putAll("logical-link|logical-link", "uses,OUT,One2Many,false,false,false,true") .putAll("model|model-element", "startsWith,OUT,One2Many,true,false,false,false") .putAll("model-element|model", "isA,OUT,Many2One,false,false,false,false") .putAll("model|metadatum", "hasMetaData,OUT,One2Many,true,false,false,false") .putAll("model-element|model-element", "connectsTo,OUT,One2Many,true,false,false,false") .putAll("model-element|model-constraint", "uses,OUT,One2Many,true,false,false,false") .putAll("model-element|constrained-element-set", "connectsTo,OUT,One2Many,true,false,false,false") .putAll("model-constraint|constrained-element-set", "uses,OUT,One2Many,true,false,false,false") .putAll("constrained-element-set|element-choice-set", "uses,OUT,One2Many,true,false,false,false") .putAll("element-choice-set|model-element", "has,OUT,One2Many,true,false,false,false") .putAll("named-query|model", "relatedTo,OUT,One2Many,false,false,false,false") .putAll("named-query|named-query-element", "startsWith,OUT,One2One,true,false,false,false") .putAll("named-query-element|named-query-element", "connectsTo,OUT,Many2Many,true,false,false,false") .putAll("named-query-element|model", "isA,OUT,Many2One,false,false,false,false") .putAll("named-query-element|property-constraint", "uses,OUT,One2Many,true,false,false,false") .putAll("named-query-element|related-lookup", "uses,OUT,One2Many,true,false,false,false") .putAll("p-interface|l-interface", "hasLInterface,OUT,Many2Many,true,false,false,true") .putAll("p-interface|physical-link", "usesPhysicalLink,OUT,Many2Many,false,false,true,false") .putAll("p-interface|logical-link", "usesLogicalLink,OUT,Many2One,false,false,false,true") .putAll("pserver|cloud-region","locatedIn,OUT,Many2One,false,false,false,true") .putAll("pserver|availability-zone","existsIn,OUT,Many2One,false,false,false,true") .putAll("pserver|lag-interface", "hasLAGInterface,OUT,Many2Many,true,false,false,true") .putAll("pserver|p-interface", "hasPinterface,OUT,Many2Many,true,true,false,true") .putAll("pnf|p-interface", "hasPinterface,OUT,Many2Many,true,true,false,true") .putAll("pnf|lag-interface", "has,OUT,One2Many,true,false,false,true") .putAll("service-instance|pnf", "uses,OUT,One2Many,false,true,false,false") .putAll("service-subscription|service-instance", "hasInstance,OUT,Many2Many,true,false,false,reverse") .putAll("tenant|l3-network", "usesL3Network,OUT,Many2Many,false,false,false,false") .putAll("tenant|service-subscription", "relatedTo,OUT,Many2Many,false,false,false,false") .putAll("tenant|vserver", "owns,OUT,One2Many,true,false,false,reverse") .putAll("vlan|l3-interface-ipv4-address-list", "hasIpAddress,OUT,Many2Many,true,false,false,true") .putAll("vlan|l3-interface-ipv6-address-list", "hasIpAddress,OUT,Many2Many,true,false,false,true") .putAll("vserver|flavor", "hasFlavor,OUT,Many2One,false,false,false,true") .putAll("vserver|image", "hasImage,OUT,Many2One,false,false,false,true") .putAll("vserver|ipaddress", "hasIpAddress,OUT,Many2Many,true,true,false,false") .putAll("vserver|l-interface", "hasLInterface,OUT,Many2Many,true,false,false,true") .putAll("vserver|pserver", "runsOnPserver,OUT,Many2One,false,true,false,true") .putAll("vserver|volume", "hasVolume,OUT,Many2Many,true,true,false,true") .putAll("vserver|vnfc", "hosts,OUT,Many2Many,false,true,false,true") .putAll("vserver|snapshot", "uses,OUT,One2One,false,false,false,true") .putAll("service-instance|metadatum", "hasMetaData,OUT,Many2Many,true,false,false,false") .putAll("service-instance|logical-link", "uses,OUT,Many2Many,false,false,true,false") .putAll("service-instance|vlan", "dependsOn,OUT,One2Many,false,true,false,false") .putAll("service-instance|service-instance", "dependsOn,OUT,One2Many,false,true,false,false") .putAll("logical-link|generic-vnf", "bridgedTo,OUT,Many2Many,false,false,false,false") .putAll("logical-link|pserver", "bridgedTo,OUT,Many2Many,false,false,false,false") .putAll("volume-group|tenant", "belongsTo,OUT,Many2Many,false,false,false,true") .putAll("vf-module|volume-group", "uses,OUT,One2One,false,false,false,true") .putAll("vserver|vf-module", "isPartOf,OUT,Many2One,false,false,false,true") .putAll("vf-module|l3-network", "uses,OUT,Many2Many,false,false,false,true") .putAll("vf-module|vnfc", "uses,OUT,One2Many,false,false,true,true") .putAll("generic-vnf|vf-module", "has,OUT,One2Many,true,false,false,true") .putAll("generic-vnf|volume-group", "uses,OUT,One2Many,false,false,false,true") .putAll("generic-vnf|vnfc", "uses,OUT,One2Many,false,false,true,true") .putAll("vlan|logical-link", "usesLogicalLink,OUT,One2One,false,false,true,true") .build(); public static final Multimap DefaultDeleteScope = new ImmutableSetMultimap.Builder() .putAll("customer", "CASCADE_TO_CHILDREN") .putAll("cloud-region", "THIS_NODE_ONLY") .putAll("service-subscription", "CASCADE_TO_CHILDREN") .putAll("service-instance", "CASCADE_TO_CHILDREN") .putAll("tenant", "CASCADE_TO_CHILDREN") .putAll("vserver", "CASCADE_TO_CHILDREN") .putAll("volume", "THIS_NODE_ONLY") .putAll("ipaddress", "THIS_NODE_ONLY") .putAll("image", "ERROR_4_IN_EDGES_OR_CASCADE") .putAll("pserver", "ERROR_4_IN_EDGES_OR_CASCADE") .putAll("availability-zone", "ERROR_IF_ANY_IN_EDGES") .putAll("flavor", "ERROR_IF_ANY_IN_EDGES") .putAll("metadata", "THIS_NODE_ONLY") .putAll("metadatum", "THIS_NODE_ONLY") .putAll("model", "ERROR_4_IN_EDGES_OR_CASCADE") .putAll("model-element", "CASCADE_TO_CHILDREN") .putAll("named-query", "CASCADE_TO_CHILDREN") .putAll("named-query-element", "CASCADE_TO_CHILDREN") .putAll("collect-lookup", "THIS_NODE_ONLY") .putAll("service", "ERROR_IF_ANY_IN_EDGES") .putAll("l-interface", "CASCADE_TO_CHILDREN") .putAll("vlan", "CASCADE_TO_CHILDREN") .putAll("p-interface", "CASCADE_TO_CHILDREN") .putAll("l3-interface-ipv6-address-list", "THIS_NODE_ONLY") .putAll("l3-interface-ipv4-address-list", "THIS_NODE_ONLY") .putAll("logical-link", "THIS_NODE_ONLY") .putAll("physical-link", "THIS_NODE_ONLY") .putAll("lag-interface", "CASCADE_TO_CHILDREN") .putAll("l3-network", "CASCADE_TO_CHILDREN") .putAll("subnet", "THIS_NODE_ONLY") .putAll("vnfc", "THIS_NODE_ONLY") .putAll("volume-group", "THIS_NODE_ONLY") .putAll("ctag-assignment", "THIS_NODE_ONLY") .putAll("pnf", "CASCADE_TO_CHILDREN") .putAll("vf-module", "THIS_NODE_ONLY") .putAll("snapshot", "THIS_NODE_ONLY") .putAll("group-assignment", "THIS_NODE_ONLY") .putAll("segmentation-assignment", "THIS_NODE_ONLY") .putAll("generic-vnf", "CASCADE_TO_CHILDREN").build(); // NOTE -- Sorry, this is ugly, but we are mapping the nodeTypeCategory two // ways just to // make the code a little less bulky. But that means that we need to ensure // that // nodeTypeCategory and nodeTypeCatMap are kept in synch. // NodeTypeCategory: key is: nodeTypeCategory, value is: // "nodeTypes,keyProperties,AltKeyProps,depNode4UniquenessFlag" public static final Multimap NodeTypeCategory = new ImmutableSetMultimap.Builder() .putAll("vnf", "generic-vnf,vnf-id,,true").build(); // NodeTypeCatMap: key is nodeType; value is: "nodeTypeCategory" // So -- we're assuming that a nodeType can only be in one nodeTypeCategory. public static final Map NodeTypeCatMap; static { NodeTypeCatMap = new HashMap(); NodeTypeCatMap.put("generic-vnf", "vnf"); } // ReservedPropNames: keys are property names of (node) properties that are // common to all nodes and // should not be removed if not passed in on an UPDATE request. public static final Map ReservedPropNames; static { ReservedPropNames = new HashMap(); ReservedPropNames.put("source-of-truth", ""); ReservedPropNames.put("last-mod-source-of-truth", ""); ReservedPropNames.put("aai-created-ts", ""); ReservedPropNames.put("aai-last-mod-ts", ""); } // This just lists which node types can be connected to themselves recursively. // It's temporary - since DbEdgeRules is going to be overhauled in 16-10, this will // get generated automatically. But for 1607, it can work like this. public static final Map CanBeRecursiveNT; static { CanBeRecursiveNT = new HashMap(); CanBeRecursiveNT.put("model-element", ""); CanBeRecursiveNT.put("named-query-element", ""); } }