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import {Action} from "redux";
import {ChangeInstanceCounterAction, DuplicateBulkInstancesAction, GeneralActions, MergeObjectByPathAction, RemoveInstanceAction, UpdateAicZonesAction, UpdateCategoryParametersAction, UpdateLcpRegionsAndTenantsAction, UpdateNetworkCollectionFunction, UpdateProductFamiliesAction, UpdateServiceTypesAction, UpdateSubscribersAction, UpdateUserIdAction} from "./general.actions";
import {TypeNodeInformation} from "../../../../drawingBoard/service-planning/typeNodeInformation.model";
import * as _ from "lodash";
import {ITreeNode} from "angular-tree-component/dist/defs/api";
import {ServiceInstance} from "../../../models/serviceInstance";
import {ServiceState} from "../main.reducer";
import {updateServiceValidationCounter} from "../reducersHelper";
export function generalReducer(state: ServiceState, action: Action) : ServiceState {
switch (action.type) {
case GeneralActions.UPDATE_LCP_REGIONS_AND_TENANTS: {
Object.assign(state, (<UpdateLcpRegionsAndTenantsAction>action));
return Object.assign({}, state);
}
case GeneralActions.UPDATE_SUBSCRIBERS: {
Object.assign(state, (<UpdateSubscribersAction>action));
return Object.assign({}, state);
}
case GeneralActions.UPDATE_AIC_ZONES: {
Object.assign(state, (<UpdateAicZonesAction>action));
return Object.assign({}, state);
}
case GeneralActions.UPDATE_PRODUCT_FAMILIES: {
Object.assign(state, (<UpdateProductFamiliesAction>action));
return Object.assign({}, state);
}
case GeneralActions.UPDATE_NETWORK_FUNCTION: {
const networkFunctionReduxObj = state['networkFunctions'] == undefined ? {} : state['networkFunctions'];
networkFunctionReduxObj[(<UpdateNetworkCollectionFunction>action).network_function] = (<UpdateNetworkCollectionFunction>action).networksAccordingToNetworkCollection;
Object.assign(state, {'networkFunctions': networkFunctionReduxObj});
return Object.assign({}, state);
}
case GeneralActions.UPDATE_SERVICE_TYPES: {
state.serviceTypes[(<UpdateServiceTypesAction>action).subscriberId] = (<UpdateServiceTypesAction>action).serviceTypes;
return Object.assign({}, state);
}
case GeneralActions.UPDATE_CATEGORY_PARAMETERS: {
Object.assign(state, (<UpdateCategoryParametersAction>action));
return Object.assign({}, state);
}
case GeneralActions.UPDATE_USER_ID: {
const updateUserId: UpdateUserIdAction = <UpdateUserIdAction>action;
let newState = _.cloneDeep(state);
newState['userId'] = updateUserId.userId;
return newState;
}
case GeneralActions.REMOVE_INSTANCE: {
const actionData = (<RemoveInstanceAction>action);
if (state.serviceInstance[actionData.serviceModelId]) {
const typeNodeInformation : TypeNodeInformation = new TypeNodeInformation(actionData.node);
updateIsMissingDataOnDelete(state, actionData.serviceModelId, actionData.storeKey, actionData.node);
updateUniqueNames(state.serviceInstance[actionData.serviceModelId][typeNodeInformation.hierarchyName][actionData.storeKey].instanceName, null, state.serviceInstance[actionData.serviceModelId]);
if(actionData.node.data.type === 'VF'){
_.forOwn(state.serviceInstance[actionData.serviceModelId][typeNodeInformation.hierarchyName][actionData.storeKey].vfModules, (vfModuleMap) => {
_.forOwn(vfModuleMap, (vfModuleInstance) => {
updateUniqueNames(vfModuleInstance.instanceName, null, state.serviceInstance[actionData.serviceModelId]);
updateServiceValidationCounter(state, vfModuleInstance.isMissingData, false, actionData.serviceModelId);
})
});
}
delete state.serviceInstance[actionData.serviceModelId][typeNodeInformation.hierarchyName][actionData.storeKey];
}
return Object.assign({}, state);
}
case GeneralActions.CHANGE_INSTANCE_COUNTER : {
const changeInstanceCounterAction = <ChangeInstanceCounterAction>action;
const typeNodeInformation : TypeNodeInformation = new TypeNodeInformation(changeInstanceCounterAction.node);
let newState = _.cloneDeep(state);
let existing: number = getExistingCounter(newState, changeInstanceCounterAction.serviceUUID, changeInstanceCounterAction.UUID, typeNodeInformation);
newState.serviceInstance[changeInstanceCounterAction.serviceUUID][typeNodeInformation.existingMappingCounterName][changeInstanceCounterAction.UUID] = existing ? existing + changeInstanceCounterAction.changeBy : changeInstanceCounterAction.changeBy;
return newState;
}
case GeneralActions.DUPLICATE_BULK_INSTANCES : {
const createInstanceAction = <DuplicateBulkInstancesAction>action;
const typeNodeInformation : TypeNodeInformation = new TypeNodeInformation(createInstanceAction.node);
const serviceId = createInstanceAction.serviceId;
const objects = createInstanceAction.objects;
let newState = _.cloneDeep(state);
newState.serviceInstance[serviceId].existingNames = createInstanceAction.existingNames;
newState.serviceInstance[serviceId][typeNodeInformation.hierarchyName] = Object.assign({}, newState.serviceInstance[serviceId][typeNodeInformation.hierarchyName], objects);
return newState;
}
case GeneralActions.MERGE_OBJECT_BY_PATH : {
const mergeObjectByPathAction = <MergeObjectByPathAction>action;
let newState = _.cloneDeep(state);
let targetObject = _.get(newState, <any>mergeObjectByPathAction.path);
if (targetObject) {
targetObject = _.merge(targetObject, mergeObjectByPathAction.payload);
}
else {
console.error(`Can't find object at ${mergeObjectByPathAction.path.join()}`)
}
return newState;
}
}
}
const getExistingCounter = (state: any, serviceModelId: string, modelId: string, typeNodeInformation : TypeNodeInformation ) : number => {
const serviceExistingCounterMap = state.serviceInstance[serviceModelId][typeNodeInformation.existingMappingCounterName];
if(serviceExistingCounterMap && !_.isNil(serviceExistingCounterMap[modelId])){
return serviceExistingCounterMap[modelId];
}else {
return null;
}
};
const updateIsMissingDataOnDelete = (state: any, serviceModelId: string, storeKey: string, node: ITreeNode): void => {
const typeNodeInformation : TypeNodeInformation = new TypeNodeInformation(node);
let vnf = state.serviceInstance[serviceModelId][typeNodeInformation.hierarchyName][storeKey];
if(node.children){
_.forOwn(vnf.vfModules, (vfModules, vfModulesKey) => {
updateIsMissingDataOnDeleteVFModule(state, serviceModelId, storeKey, vfModulesKey);
});
}
let isMissingData: boolean = state.serviceInstance[serviceModelId][typeNodeInformation.hierarchyName][storeKey].isMissingData;
updateServiceValidationCounter(state, isMissingData, false, serviceModelId);
};
const updateUniqueNames = (oldName : string, newName : string, serviceInstance : ServiceInstance) : void => {
let existingNames = serviceInstance.existingNames;
if (!_.isNil(oldName) && oldName.toLowerCase() in existingNames) {
delete existingNames[oldName.toLowerCase()];
}
if(!_.isNil(newName)) {
existingNames[newName.toLowerCase()] = "";
}
};
const updateIsMissingDataOnDeleteVFModule = (state: any, serviceModelId: string, vnfStoreKey: string, vfModuleName): void => {
const vfModules = state.serviceInstance[serviceModelId].vnfs[vnfStoreKey].vfModules[vfModuleName];
_.forOwn(vfModules, (vfModuleInstance) => {
let isMissingData: boolean = vfModuleInstance.isMissingData;
updateServiceValidationCounter(state, isMissingData, false, serviceModelId);
});
};
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