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portsconfig.api.js
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portsconfig.api.js
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/*
* Copyright (c) 2014 Juniper Networks, Inc. All rights reserved.
*/
/**
* @portsconfig.api.js
* - Handlers for Port Configuration
* - Interfaces with config api server
*/
//var rest = require(process.mainModule.exports["corePath"] + '/src/serverroot/common/rest.api');
var async = require('async');
var logutils = require(process.mainModule.exports["corePath"] +
'/src/serverroot/utils/log.utils');
var commonUtils = require(process.mainModule.exports["corePath"] +
'/src/serverroot/utils/common.utils');
//var config = require(process.mainModule.exports["corePath"] + '/config/config.global.js');
var messages = require(process.mainModule.exports["corePath"] + '/src/serverroot/common/messages');
var global = require(process.mainModule.exports["corePath"] + '/src/serverroot/common/global');
var appErrors = require(process.mainModule.exports["corePath"] +
'/src/serverroot/errors/app.errors');
var computeApi = require(process.mainModule.exports["corePath"] +
'/src/serverroot/common/computemanager.api');
var util = require('util');
var url = require('url');
var UUID = require('uuid-js');
var configApiServer = require(process.mainModule.exports["corePath"] +
'/src/serverroot/common/configServer.api');
/**
* Bail out if called directly as "nodejs portsconfig.api.js"
*/
if (!module.parent)
{
logutils.logger.warn(util.format(messages.warn.invalid_mod_call,
module.filename));
process.exit(1);
}
/**
* @readPorts
* Pubilc function
* URL :/api/admin/config/get-data?type=ports&count=
* 1. Pagination function to read each port
* 2. Read the list of ports
*/
function readPorts (portsObj, callback)
{
var dataObjArr = portsObj['reqDataArr'];
if (!dataObjArr.length) {
var error = new appErrors.RESTServerError('Invalid virtual machine interface Data');
callback(error,null);
return;
}
async.map(dataObjArr, getPortsAsync, function(err, data) {
callback(err, data);
});
}
/**
* @getPortsAsync
* private function
* 1. Callback for readPorts
* 2. Reads the response of per vmi's list from config api server
* and sends it back to the client.
*/
function getPortsAsync (portsObj, callback)
{
var portId = portsObj['uuid'];
var appData = portsObj['appData'];
var reqUrl = '/virtual-machine-interface/' + portId;
configApiServer.apiGet(reqUrl, appData, function(err, data) {
if (err) {
callback(null, null);
return;
}
getVirtualMachineInterfaceCb(err, data, appData, callback);
});
}
/**
* @getVirtualMachineInterfaceCb
* private function
* 1. Called from getPortsAsync
* 2. Create the data object for all reference link
* like Floating object, Instance Ip, Rout table and
* the mergeVMIResponse is called for formating the result object.
* 3. The result is sent back to getPortsAsync.
*/
function getVirtualMachineInterfaceCb (err, vmiData, appData, callback)
{
var dataObjArr = [];
var floatingipPoolRefsLen = 0;
var fixedipPoolRefsLen = 0;
var routeTableRefsLen = 0;
var floatingipPoolRef = null;
var fixedipPoolRef = null;
var routeTableRef = null;
var floatingipObj = null;
var fixedipObj = null;
var routeTableObj = null;
if(!('virtual-machine-interface' in vmiData)){
var error = new appErrors.RESTServerError('Invalid virtual machine interface Data');
callback(error, null);
return;
}
if ('floating_ip_back_refs' in vmiData['virtual-machine-interface']) {
floatingipPoolRef = vmiData['virtual-machine-interface']['floating_ip_back_refs'];
floatingipPoolRefsLen = floatingipPoolRef.length;
}
for (i = 0; i < floatingipPoolRefsLen; i++) {
floatingipObj = floatingipPoolRef[i];
reqUrl = '/floating-ip/' + floatingipObj['uuid'];
commonUtils.createReqObj(dataObjArr, reqUrl,
global.HTTP_REQUEST_GET, null, null, null,
appData);
}
if ('instance_ip_back_refs' in vmiData['virtual-machine-interface']) {
fixedipPoolRef = vmiData['virtual-machine-interface']['instance_ip_back_refs'];
fixedipPoolRefsLen = fixedipPoolRef.length;
}
for (i = 0; i < fixedipPoolRefsLen; i++) {
fixedipObj = fixedipPoolRef[i];
reqUrl = '/instance-ip/' + fixedipObj['uuid'];
commonUtils.createReqObj(dataObjArr, reqUrl,
global.HTTP_REQUEST_GET, null, null, null,
appData);
}
if ('interface_route_table_refs' in vmiData['virtual-machine-interface']) {
routeTableRef = vmiData['virtual-machine-interface']['interface_route_table_refs'];
routeTableRefsLen = routeTableRef.length;
}
for (i = 0; i < routeTableRefsLen; i++) {
routeTableObj = routeTableRef[i];
reqUrl = '/interface-route-table/' + routeTableObj['uuid'];
commonUtils.createReqObj(dataObjArr, reqUrl,
global.HTTP_REQUEST_GET, null, null, null,
appData);
}
if (!dataObjArr.length) {
callback(err,vmiData);
return;
}
async.map(dataObjArr,
commonUtils.getAPIServerResponse(configApiServer.apiGet, true),
function(error, results) {
if (error) {
callback(error, vmiData);
return;
}
mergeVMIResponse(results, vmiData,
floatingipPoolRefsLen, routeTableRefsLen,
appData, function(vmiData){
callback(error, vmiData);
});
});
}
/**
* @mergeVMIResponse
* private function
* 1. called from getVirtualMachineInterfaceCb
* 2. Result object will be merged with the VMI object
* 3. The result is sent back to getVirtualMachineInterfaceCb.
*/
function mergeVMIResponse (results, vmiData, floatingipPoolRefsLen, routeTableRefsLen, appData, callback)
{
var i = 0;
var ipPoolsLen = results.length;
var instanceIPLen = ipPoolsLen - routeTableRefsLen;
for (i = 0; i < floatingipPoolRefsLen; i++) {
if (results[i] != null) {
vmiData['virtual-machine-interface']['floating_ip_back_refs'][i]['floatingip'] = {};
vmiData['virtual-machine-interface']['floating_ip_back_refs'][i]['floatingip'].ip =
results[i]['floating-ip']['floating_ip_address'];
vmiData['virtual-machine-interface']['floating_ip_back_refs'][i]['floatingip'].subnet_uuid =
results[i]['floating-ip']['subnet_uuid'];
}
}
for (i = floatingipPoolRefsLen; i < instanceIPLen; i++) {
if (results[i]) {
vmiData['virtual-machine-interface']['instance_ip_back_refs'][i - floatingipPoolRefsLen]['fixedip'] = {};
vmiData['virtual-machine-interface']['instance_ip_back_refs'][i - floatingipPoolRefsLen]['fixedip'].ip =
results[i]['instance-ip']['instance_ip_address'];
}
}
for (i = instanceIPLen; i < ipPoolsLen; i++) {
if (results[i]) {
vmiData['virtual-machine-interface']['interface_route_table_refs'][i - instanceIPLen]['sharedip'] =
results[i]['interface-route-table']['interface_route_table_routes'];
}
}
callback(vmiData);
}
/**
* @createPortCB
* public function
* 1. Creating port VMI
* 2. Sets Post Data and sends back to the called function
*/
function createPortCB (dataObj, callback)
{
var req = dataObj.request;
var response = dataObj.response;
var appData = dataObj.appData;
var data = dataObj.vmidata;
createPortValidate(req, data, response, appData, function(error, results) {
callback(error, results);
}) ;
}
/**
* @createPort
* public function
* 1. URL /api/tenants/config/ports Post
* 2. Set Post Data and sends back the port Detail(VMI) to client
*/
function createPort (request, response, appData)
{
createPortValidate(request, request.body, response, appData, function(error, results) {
commonUtils.handleJSONResponse(error, response, results);
}) ;
}
/**
* @createPortValidate
* private function
* 1. Basic validation before creating the port(VMI)
*/
function createPortValidate (request, data, response, appData, callback)
{
var portsCreateURL = '/virtual-machine-interfaces';
var portPostData = data;
var orginalPortData = commonUtils.cloneObj(data);
if (typeof(portPostData) != 'object') {
error = new appErrors.RESTServerError('Invalid Post Data');
callback(error, null);
return;
}
if ((!('virtual-machine-interface' in portPostData)) ||
(!('fq_name' in portPostData['virtual-machine-interface']))) {
error = new appErrors.RESTServerError('Enter Port Name ');
callback(error, null);
return;
}
if (portPostData['virtual-machine-interface']['fq_name'].length == 2) {
var uuid = UUID.create();
portPostData["virtual-machine-interface"]["uuid"] = uuid['hex'];
portPostData["virtual-machine-interface"]["fq_name"][2] = uuid['hex'];
portPostData["virtual-machine-interface"]["display_name"] = uuid['hex'];
portPostData["virtual-machine-interface"]["name"] = uuid['hex'];
}
if ('instance_ip_back_refs' in portPostData['virtual-machine-interface']) {
delete portPostData['virtual-machine-interface']['instance_ip_back_refs'];
}
if ('interface_route_table_refs' in portPostData['virtual-machine-interface']) {
delete portPostData['virtual-machine-interface']['interface_route_table_refs'];
}
if ('virtual_machine_refs' in portPostData['virtual-machine-interface']){
delete portPostData['virtual-machine-interface']['virtual_machine_refs'];
}
if ('virtual_machine_interface_refs' in portPostData['virtual-machine-interface']){
delete portPostData['virtual-machine-interface']['virtual_machine_interface_refs'];
}
var lrUUID = "";
if ('logical_router_back_refs' in portPostData['virtual-machine-interface']) {
if (portPostData['virtual-machine-interface']['logical_router_back_refs'].length === 1) {
lrUUID = portPostData['virtual-machine-interface']['logical_router_back_refs'][0]['uuid'];
}
delete portPostData['virtual-machine-interface']['logical_router_back_refs'];
}
if (('virtual_machine_interface_device_owner' in portPostData['virtual-machine-interface']) &&
(portPostData['virtual-machine-interface']["virtual_machine_interface_device_owner"]).substring(0,7) == "compute"){
portPostData["virtual-machine-interface"]["virtual_machine_interface_device_owner"] = "";
}
configApiServer.apiPost(portsCreateURL, portPostData, appData,
function(error, vmisData) {
if (error) {
callback(error, null);
return;
}
var portId = vmisData['virtual-machine-interface']['uuid'];
readVMIwithUUID(portId, appData, function(err, vmiData){
if (err) {
callback(err, vmiData);
return;
}
readLogicalRouter(lrUUID, appData, function(err, apiLogicalRouterData){
if(err) {
callback(err, apiLogicalRouterData);
return;
}
portSendResponse(error, request, vmiData, orginalPortData, apiLogicalRouterData, appData, function (err, results) {
if(err){
callback(err, results);
return;
}
putVMISubInterface(orginalPortData, vmiData, results, appData, function(err, results){
callback(err, results);
});
});
});
});
});
}
function putVMISubInterface (orginalPortData, currentVMIDetail, results, appData, callback)
{
if ('virtual_machine_interface_properties' in orginalPortData['virtual-machine-interface'] &&
'virtual_machine_interface_refs' in orginalPortData['virtual-machine-interface'] &&
(orginalPortData['virtual-machine-interface']
['virtual_machine_interface_refs'].length > 0) &&
'fq_name' in currentVMIDetail['virtual-machine-interface']) {
var subInterfaceUUID = orginalPortData['virtual-machine-interface']['virtual_machine_interface_refs'][0]['uuid'];
readVMIwithUUID(subInterfaceUUID, appData, function(err, vmiData){
var vmiSubInterfaceDetail = vmiData['virtual-machine-interface'];
var vmiSubInterfaceJSON = VMIJSONStructureSubInterface(vmiSubInterfaceDetail, currentVMIDetail);
var subInterfacePutURL = "/virtual-machine-interface/"+subInterfaceUUID;
var vmiPutData = {};
vmiPutData['virtual-machine-interface'] = {
'fq_name':
vmiSubInterfaceJSON['virtual-machine-interface']['fq_name'],
'uuid':
vmiSubInterfaceJSON['virtual-machine-interface']['uuid'],
'virtual_machine_interface_refs':
vmiSubInterfaceJSON['virtual-machine-interface']['virtual_machine_interface_refs']
};
configApiServer.apiPut(subInterfacePutURL, vmiSubInterfaceJSON, appData,
function (error, data) {
var vmRefs =
vmiData['virtual-machine-interface']['virtual_machine_refs'];
if (null == vmRefs) {
callback(error, data);
return;
}
var putData = {};
putData['virtual-machine-interface'] = {
'fq_name':
results['virtual-machine-interface']['fq_name'],
'uuid': results['virtual-machine-interface']['uuid'],
'virtual_machine_refs': commonUtils.cloneObj(vmRefs)
};
var vmiUrl = '/virtual-machine-interface/' +
results['virtual-machine-interface']['uuid'];
configApiServer.apiPut(vmiUrl, putData, appData,
function(error, data) {
callback(error, data);
});
});
});
} else {
callback(null, results);
}
}
function VMIJSONStructureSubInterface(vmiSubInterfaceDetail, currentVMIDetail){
var primaryInterfaceObject = {};
primaryInterfaceObject['virtual-machine-interface'] = {};
primaryInterfaceObject['virtual-machine-interface'] = vmiSubInterfaceDetail;
var vmirefIndex = 0;
if(primaryInterfaceObject['virtual-machine-interface']['virtual_machine_interface_refs'] != null &&
primaryInterfaceObject['virtual-machine-interface']['virtual_machine_interface_refs'] != undefined){
vmirefIndex = primaryInterfaceObject['virtual-machine-interface']['virtual_machine_interface_refs'].length;
} else {
primaryInterfaceObject['virtual-machine-interface']['virtual_machine_interface_refs'] = [];
}
primaryInterfaceObject['virtual-machine-interface']['virtual_machine_interface_refs'][vmirefIndex] = {};
primaryInterfaceObject['virtual-machine-interface']['virtual_machine_interface_refs'][vmirefIndex]["uuid"] = currentVMIDetail['virtual-machine-interface']["uuid"];
primaryInterfaceObject['virtual-machine-interface']['virtual_machine_interface_refs'][vmirefIndex]["to"] = currentVMIDetail['virtual-machine-interface']["fq_name"]
return primaryInterfaceObject;
}
/**
* @createFixedIPDataObject
* private function
* 1. Callback for Ports create / update operations
* 2. Set the VMI reference in fixed IP object
and return back to create the seperate Instance Ip.
*/
function createFixedIPDataObject (response,portConfig, fixedip)
{
if (fixedip != null && fixedip != "") {
var fixedIpObj = {};
fixedIpObj["instance-ip"] = {};
uuid = UUID.create();
fixedIpObj["instance-ip"]["fq_name"] = [];
fixedIpObj["instance-ip"]["fq_name"][0] = uuid['hex'];
fixedIpObj["instance-ip"]["display_name"] = uuid['hex'];
fixedIpObj["instance-ip"]["name"] = uuid['hex'];
fixedIpObj["instance-ip"]["uuid"] = uuid['hex'];
if ('fixedIp' in fixedip['instance_ip_address'][0]) {
fixedIpObj["instance-ip"]["instance_ip_address"] = fixedip['instance_ip_address'][0]["fixedIp"];
}
fixedIpObj["instance-ip"]["subnet_uuid"] = fixedip["subnet_uuid"];
if("instance_ip_family" in fixedip) {
fixedIpObj["instance-ip"]["instance_ip_family"] = fixedip["instance_ip_family"];
}
fixedIpObj["instance-ip"]["virtual_machine_interface_refs"] = [];
fixedIpObj["instance-ip"]["virtual_machine_interface_refs"][0] = {};
fixedIpObj["instance-ip"]["virtual_machine_interface_refs"][0]["to"] = portConfig['virtual-machine-interface']["fq_name"];
fixedIpObj["instance-ip"]["virtual_machine_interface_refs"][0]["uuid"] = portConfig['virtual-machine-interface']['uuid'];
if ('virtual_network_refs' in portConfig['virtual-machine-interface']) {
fixedIpObj["instance-ip"]["virtual_network_refs"] = [];
fixedIpObj["instance-ip"]["virtual_network_refs"] = portConfig['virtual-machine-interface']['virtual_network_refs'];
}
response = fixedIpObj;
}
return response;
}
/**
* @createlogicalRouterDataObject
* private function
* 1. Callback for Ports create / update operations
* 2. Set the VMI reference in Logical router object
and return back to create the seperate Logigal router.
*/
function createlogicalRouterDataObject (response,portConfig,apiLogicalRouterObj)
{
var logicalrouter = {};
if ('virtual_machine_interface_refs' in apiLogicalRouterObj['logical-router']) {
if (apiLogicalRouterObj['logical-router']['virtual_machine_interface_refs'].length > 0) {
var vmiref_len = apiLogicalRouterObj['logical-router']['virtual_machine_interface_refs'].length;
var vmiExists = false;
for (var i = 0; i < vmiref_len; i++) {
if (portConfig['virtual-machine-interface']['uuid'] ===
apiLogicalRouterObj['logical-router']['virtual_machine_interface_refs']['uuid']) {
vmiExists = true;
break;
}
}
if (vmiExists === false) {
var vmi = {};
vmi.to = portConfig['virtual-machine-interface']["fq_name"];
vmi.uuid = portConfig['virtual-machine-interface']["uuid"];
vmi.attr = null;
apiLogicalRouterObj['logical-router']['virtual_machine_interface_refs'][vmiref_len] = vmi;
logicalrouter["logical-router"] = {};
logicalrouter["logical-router"]["fq_name"] = apiLogicalRouterObj["logical-router"]['fq_name'];
logicalrouter["logical-router"]['uuid'] = apiLogicalRouterObj["logical-router"]['uuid'];
logicalrouter['logical-router']['virtual_machine_interface_refs']=apiLogicalRouterObj['logical-router']['virtual_machine_interface_refs'];
}
} else {
logicalrouter["logical-router"] = {};
logicalrouter["logical-router"]["virtual_machine_interface_refs"] = [];
logicalrouter["logical-router"]["virtual_machine_interface_refs"][0] = {};
logicalrouter["logical-router"]["virtual_machine_interface_refs"][0]["to"] = portConfig['virtual-machine-interface']["fq_name"];
logicalrouter["logical-router"]["virtual_machine_interface_refs"][0]["uuid"] = portConfig['virtual-machine-interface']['uuid'];
}
} else {
logicalrouter["logical-router"] = {};
logicalrouter["logical-router"]["virtual_machine_interface_refs"] = [];
logicalrouter["logical-router"]["virtual_machine_interface_refs"][0] = {};
logicalrouter["logical-router"]["virtual_machine_interface_refs"][0]["to"] = portConfig['virtual-machine-interface']["fq_name"];
logicalrouter["logical-router"]["virtual_machine_interface_refs"][0]["uuid"] = portConfig['virtual-machine-interface']['uuid'];
}
response = logicalrouter;
return response;
}
/**
* @createStaticIPDataObject
* private function
* 1. Callback for Ports create / update operations
* 2. Set the VMI reference in Static IP object
* and return back to create the seperate Static IP.
*/
function createStaticIPDataObject (response, portConfig, sharedip, uuid)
{
if (sharedip != null && sharedip != "" && 'route' in sharedip && sharedip.route.length > 0) {
var sharedIpObj = {};
sharedIpObj["interface-route-table"] = {};
if (uuid == null || uuid == "" || uuid == undefined) {
uuid = UUID.create();
uuid = uuid['hex']
}
sharedIpObj["interface-route-table"]["fq_name"] = [];
sharedIpObj["interface-route-table"]["fq_name"][0] = portConfig['virtual-machine-interface']["fq_name"][0];
sharedIpObj["interface-route-table"]["fq_name"][1] = portConfig['virtual-machine-interface']["fq_name"][1];
sharedIpObj["interface-route-table"]["fq_name"][2] = uuid;
sharedIpObj["interface-route-table"]["display_name"] = uuid;
sharedIpObj["interface-route-table"]["name"] = uuid;
sharedIpObj["interface-route-table"]["uuid"] = uuid;
sharedIpObj["interface-route-table"]["parent_type"] = "project";
sharedIpObj["interface-route-table"]["interface_route_table_routes"] = {};
sharedIpObj["interface-route-table"]["interface_route_table_routes"]["route"] = [];
sharedIpObj["interface-route-table"]["interface_route_table_routes"]["route"] = sharedip.route;
response = sharedIpObj;
}
return response;
}
/**
* @createFloatingIPDataObject
* private function
* 1. Callback for Ports create / update operations
* 2. Set the VMI reference in Floating IP object
* and return back to update the Floating IP.
*/
function createFloatingIPDataObject (response,portConfig, fqname)
{
if (fqname != null && fqname != "") {
var floatingIp = {};
floatingIp["floating-ip"] = {};
floatingIp["floating-ip"]["fq_name"] = [];
floatingIp["floating-ip"]["fq_name"][0] = fqname['to'];
floatingIp["floating-ip"]["fq_name"]['uuid'] = fqname['uuid'];
floatingIp["floating-ip"]["virtual_machine_interface_refs"] = [];
floatingIp["floating-ip"]["virtual_machine_interface_refs"][0] = {};
floatingIp["floating-ip"]["virtual_machine_interface_refs"][0]["to"] = portConfig['virtual-machine-interface']["fq_name"];
floatingIp["floating-ip"]["virtual_machine_interface_refs"][0]["uuid"] = portConfig['virtual-machine-interface']['uuid'];
response = floatingIp;
}
return response;
}
/**
* @portSendResponse
* private function
* 1. Callback for Ports create operations
* 2. Create/Read the seperate data object for
* Floating IP, Logical Router, Fixed IP.
*/
function portSendResponse (error, req, portConfig, orginalPortData, apiLogicalRouterData, appData, callback)
{
if (error) {
callback(error, null);
return;
}
var fixedIpPoolRef = null;
var fixedIpPoolRefLen = 0;
var DataObjectArr = [];
if (('instance_ip_back_refs' in orginalPortData['virtual-machine-interface']) &&
(orginalPortData['virtual-machine-interface']['instance_ip_back_refs'].length > 0)) {
fixedIpPoolRef = orginalPortData['virtual-machine-interface']['instance_ip_back_refs'];
if (fixedIpPoolRef != null && fixedIpPoolRef != "") {
fixedIpPoolRefLen = fixedIpPoolRef.length;
}
}
if (fixedIpPoolRefLen > 0) {
var instanceCreateURL = '/instance-ips';
for (var i = 0; i < fixedIpPoolRefLen; i++) {
var responceData = {};
responceData = createFixedIPDataObject(responceData,portConfig,fixedIpPoolRef[i]);
commonUtils.createReqObj(DataObjectArr, instanceCreateURL,
global.HTTP_REQUEST_POST,
commonUtils.cloneObj(responceData), null, null,
appData);
}
}
var staticIpPoolRef = null;
var staticIpPoolRefLen = 0;
if (('interface_route_table_refs' in orginalPortData['virtual-machine-interface']) &&
(orginalPortData['virtual-machine-interface']['interface_route_table_refs'].length > 0)) {
staticIpPoolRef = orginalPortData['virtual-machine-interface']['interface_route_table_refs'];
staticIpPoolRefLen = staticIpPoolRef.length;
}
if (staticIpPoolRef != null && staticIpPoolRef != "") {
if (staticIpPoolRefLen > 0) {
var staticIpCreateURL = '/interface-route-tables';
var responceData = {};
responceData = createStaticIPDataObject(responceData,portConfig,staticIpPoolRef[0]["sharedip"]);
commonUtils.createReqObj(DataObjectArr, staticIpCreateURL,
global.HTTP_REQUEST_POST,
commonUtils.cloneObj(responceData), null, null,
appData);
}
}
var logicalRouter = null;
var logicalRouterLen = 0;
if (('logical_router_back_refs' in orginalPortData['virtual-machine-interface']) &&
(orginalPortData['virtual-machine-interface']['logical_router_back_refs'].length > 0)) {
logicalRouter = orginalPortData['virtual-machine-interface']['logical_router_back_refs'];
if (logicalRouter != null && logicalRouter != "")
logicalRouterLen = logicalRouter.length;
}
if (logicalRouterLen === 1) {
logicalRouter = logicalRouter[0];
var logicalRouterURL = '/logical-router/'+logicalRouter['uuid'];
var responceData = {};
responceData = createlogicalRouterDataObject(responceData,portConfig,apiLogicalRouterData);
commonUtils.createReqObj(DataObjectArr, logicalRouterURL,
global.HTTP_REQUEST_PUT, commonUtils.cloneObj(responceData), null, null,
appData);
}
var floatingipPoolRef = null;
var floatingipPoolRefLen = 0;
if ('floating_ip_back_refs' in orginalPortData['virtual-machine-interface']) {
floatingipPoolRef = orginalPortData['virtual-machine-interface']['floating_ip_back_refs'];
floatingipPoolRefLen = floatingipPoolRef.length;
}
if (floatingipPoolRef != null && floatingipPoolRef != "") {
if (floatingipPoolRefLen > 0) {
for (var i = 0; i < floatingipPoolRefLen; i++) {
var floatingIPURL = '/floating-ip/'+floatingipPoolRef[i]['uuid'];
responceData = {};
responceData = createFloatingIPDataObject(responceData,portConfig,floatingipPoolRef[i]);
commonUtils.createReqObj(DataObjectArr, floatingIPURL,
global.HTTP_REQUEST_PUT, commonUtils.cloneObj(responceData), null, null,
appData);
}
}
}
if("virtual_machine_interface_device_owner" in orginalPortData["virtual-machine-interface"] &&
(orginalPortData["virtual-machine-interface"]["virtual_machine_interface_device_owner"]).substring(0,7) == "compute") {
body = {};
body.portID = portConfig["virtual-machine-interface"]["uuid"];
//body.netID = portConfig["virtual-machine-interface"]["virtual_network_refs"][0]["uuid"];
body.vmUUID = orginalPortData["virtual-machine-interface"]["virtual_machine_refs"][0]["uuid"];
attachVMICompute(req, body, function (novaError, results){
updateAvailableDataforCreate(DataObjectArr, portConfig, staticIpPoolRefLen, fixedIpPoolRefLen, appData, function(error, result){
if(novaError != null){
if(error != null){
error.messages += "<br>" +novaError.messages;
} else {
error = novaError;
}
}
callback(error, result);
});
});
} else {
updateAvailableDataforCreate(DataObjectArr, portConfig, staticIpPoolRefLen, fixedIpPoolRefLen, appData, function(error, result){
callback(error, result);
});
}
}
function updateAvailableDataforCreate(DataObjectArr, portConfig, staticIpPoolRefLen, fixedIpPoolRefLen, appData, callback)
{
if (DataObjectArr.length === 0) {
callback(null, portConfig)
return;
}
async.map(DataObjectArr,
commonUtils.getServerResponseByRestApi(configApiServer, true),
function(error, results) {
if (error){
callback(error, portConfig);
return;
}
var DataObjectArrUpdate = [];
if (staticIpPoolRefLen <= 0) {
callback(error, portConfig);
return;
} else if (staticIpPoolRefLen > 0) {
portConfig["virtual-machine-interface"]["interface_route_table_refs"] = [];
for (var i = fixedIpPoolRefLen; i < (fixedIpPoolRefLen+staticIpPoolRefLen); i++) {
portConfig["virtual-machine-interface"]["interface_route_table_refs"][i-fixedIpPoolRefLen] = {}
portConfig["virtual-machine-interface"]["interface_route_table_refs"][i-fixedIpPoolRefLen]["to"] = results[i]["interface-route-table"]["fq_name"];
portConfig["virtual-machine-interface"]["interface_route_table_refs"][i-fixedIpPoolRefLen]["uuid"] = results[i]["interface-route-table"]["uuid"];
}
var portPutURL = '/virtual-machine-interface/'+portConfig['virtual-machine-interface']['uuid'];
commonUtils.createReqObj(DataObjectArrUpdate, portPutURL,
global.HTTP_REQUEST_PUT, portConfig, null, null,
appData);
if (DataObjectArrUpdate.length > 0) {
async.map(DataObjectArrUpdate,
commonUtils.getServerResponseByRestApi(configApiServer, true),
function(error, results) {
callback(error, portConfig);
return;
});
} else {
callback(error, portConfig);
return;
}
}
});
}
/**
* @updatePortsCB
* public callback function
* 1. Update the ports from config api server
* 2. Return back the result to the called function.
*/
function updatePortsCB (request, appData, callback)
{
var portId = "";
portId = request.param('uuid');
var portPutData = request.body;
readVMIwithUUID(portId, appData, function(err , vmiData){
compareUpdateVMI(err, request, portPutData, vmiData, appData, function(error, protUpdateConfig) {
if (error) {
callback(error, null);
} else {
callback(error, protUpdateConfig);
}
return;
});
});
}
/**
* @updatePorts
* public function
* 1. URL /api/tenants/config/ports/:id
* 2. Update the ports from config api server
* 3. Return back the result to http.
*/
function updatePorts (request, response, appData)
{
var portId = "";
portId = request.param('uuid');
var portPutData = request.body;
readVMIwithUUID(portId, appData, function(err , vmiData){
compareUpdateVMI(err, request, portPutData, vmiData, appData, function(error, protUpdateConfig) {
if (error) {
commonUtils.handleJSONResponse(error, response, null);
} else {
commonUtils.handleJSONResponse(error, response, protUpdateConfig);
}
return;
});
});
}
/**
* @attachVMICompute
* private function
* 1. Callback for Ports create or update operations
* 2. call the api to attach the VN object to VMI
*/
function attachVMICompute (req, body, callback)
{
computeApi.portAttach(req, body, function(err, data) {
callback(err, data);
return;
});
}
/**
* @detachVMICompute
* private function
* 1. Callback for Ports create or update operations
* 2. call the api to detach the VN object to VMI
*/
function detachVMICompute (req, body, callback)
{
computeApi.portDetach(req, body.portID, body.vmUUID, function(err, data) {
callback(err, data);
return;
});
}
/**
* @compareUpdateVMI
* private function
* 1. Callback for Ports update operations
* 2. Compare the data from UI and data from server is compared and
* corresponding read/create/update data object is created.
*/
function compareUpdateVMI (error, request, portPutData, vmiData, appData, callback)
{
if (error) {
callback(error, null);
return;
}
var vmiUUID = vmiData['virtual-machine-interface']['uuid'];
portPutData["virtual-machine-interface"]["id_perms"]["uuid"] = vmiData['virtual-machine-interface']["id_perms"]["uuid"];
var DataObjectLenDetail = [];
var DataObjectArr = [];
var DataObjectDelArr = [];
var creatFloatingIpLen = 0;
var deleteFloatingIpLen = 0;
var createVMISubInterfaceLen = 0;
var deleteVMISubInterfaceLen = 0;
if ("floating_ip_back_refs" in portPutData["virtual-machine-interface"] ||
"floating_ip_back_refs" in vmiData["virtual-machine-interface"]) {
filterUpdateFloatingIP(error, portPutData, vmiData, function(createFloatingIp,deleteFloatingip){
//createFloatingIP();
if (createFloatingIp != null && createFloatingIp != "") {
creatFloatingIpLen = createFloatingIp.length;
if (creatFloatingIpLen > 0) {
for (var i = 0; i < creatFloatingIpLen; i++) {
var floatingIPURL = '/floating-ip/'+createFloatingIp[i]['uuid'];
commonUtils.createReqObj(DataObjectArr, floatingIPURL,
global.HTTP_REQUEST_GET, null, configApiServer, null,
appData);
}
}
}
DataObjectLenDetail["FloatingIpCreateStartIndex"] = 0;
DataObjectLenDetail["FloatingIpCreateCount"] = creatFloatingIpLen;
//deleteFloatingIP();
if (deleteFloatingip != null && deleteFloatingip != "") {
deleteFloatingIpLen = deleteFloatingip.length;
if (deleteFloatingIpLen > 0) {
for (var i = 0; i < deleteFloatingIpLen; i++) {
var floatingIPURL = '/floating-ip/'+deleteFloatingip[i]['uuid'];
commonUtils.createReqObj(DataObjectArr, floatingIPURL,
global.HTTP_REQUEST_GET, null, configApiServer, null,
appData);
}
}
}
DataObjectLenDetail["FloatingIpDeleteStartIndex"] = DataObjectArr.length - deleteFloatingip.length;
DataObjectLenDetail["FloatingIpDeleteCount"] = deleteFloatingip.length;
});
}
if("virtual_machine_interface_refs" in portPutData["virtual-machine-interface"] ||
"virtual_machine_interface_refs" in vmiData["virtual-machine-interface"]){
filterVMISubInterface(error, portPutData, vmiData, function(createVMISubInterface,deleteVMISubInterface){
//createVMISubInterface();
if(createVMISubInterface != null && createVMISubInterface != ""){
createVMISubInterfaceLen = createVMISubInterface.length;
if(createVMISubInterfaceLen > 0){
for(var i = 0;i < createVMISubInterfaceLen;i++){
var vmiSubInterfaceURL = '/virtual-machine-interface/'+createVMISubInterface[i]['uuid'];
commonUtils.createReqObj(DataObjectArr, vmiSubInterfaceURL,
global.HTTP_REQUEST_GET, null, configApiServer, null,
appData);
}
}
}
DataObjectLenDetail["VMISubnetInterfaceCreateStartIndex"] = DataObjectArr.length - createVMISubInterfaceLen;;
DataObjectLenDetail["VMISubnetInterfaceCreateCount"] = createVMISubInterfaceLen;
//deleteVMISubInterface();
if(deleteVMISubInterface != null && deleteVMISubInterface != ""){
deleteVMISubInterfaceLen = deleteVMISubInterface.length;
if(deleteVMISubInterfaceLen > 0){
for(var i = 0;i<deleteVMISubInterfaceLen;i++){
var vmiSubInterfaceURL = '/virtual-machine-interface/'+deleteVMISubInterface[i]['uuid'];
commonUtils.createReqObj(DataObjectArr, vmiSubInterfaceURL,
global.HTTP_REQUEST_GET, null, configApiServer, null,
appData);
}
}
}
DataObjectLenDetail["VMISubnetInterfaceDeleteStartIndex"] = DataObjectArr.length - deleteVMISubInterfaceLen;
DataObjectLenDetail["VMISubnetInterfaceDeleteCount"] = deleteVMISubInterfaceLen;
});
}
if("logical_router_back_refs" in portPutData["virtual-machine-interface"] ||
"logical_router_back_refs" in vmiData["virtual-machine-interface"])
{
var logicalRoutServerLen = 0;
if ("logical_router_back_refs" in vmiData["virtual-machine-interface"]) {
var logicalRouterURL = '/logical-router/'+vmiData["virtual-machine-interface"]["logical_router_back_refs"][0]['uuid'];
commonUtils.createReqObj(DataObjectArr, logicalRouterURL,
global.HTTP_REQUEST_GET, null, configApiServer, null,
appData);
logicalRoutServerLen = 1;
}
DataObjectLenDetail["LogicalRouterServerStartIndex"] = DataObjectArr.length - logicalRoutServerLen;
DataObjectLenDetail["LogicalRouterServerCount"] = logicalRoutServerLen;
var logicalRoutUILen = 0
if ("logical_router_back_refs" in portPutData["virtual-machine-interface"]) {
var logicalRouterURL = '/logical-router/'+portPutData["virtual-machine-interface"]["logical_router_back_refs"][0]['uuid'];
commonUtils.createReqObj(DataObjectArr, logicalRouterURL,
global.HTTP_REQUEST_GET, null, configApiServer, null,
appData);
logicalRoutUILen = 1;
}
DataObjectLenDetail["LogicalRouterUIStartIndex"] = DataObjectArr.length - logicalRoutUILen;
DataObjectLenDetail["LogicalRouterUICount"] = logicalRoutUILen;
}
//fixed ip
if ("instance_ip_back_refs" in portPutData["virtual-machine-interface"] ||
"instance_ip_back_refs" in vmiData["virtual-machine-interface"]) {
filterUpdateFixedIP(error, portPutData, vmiData, function(createFixedIp,deleteFixedip){
if (createFixedIp != null && createFixedIp != "") {
if (createFixedIp.length > 0) {
for (var i = 0; i < createFixedIp.length; i++) {
var fixedIPURL = '/instance-ips';
responceData = {};
responceData = createFixedIPDataObject(responceData,portPutData,createFixedIp[i]);
commonUtils.createReqObj(DataObjectArr, fixedIPURL,
global.HTTP_REQUEST_POST, commonUtils.cloneObj(responceData), configApiServer, null,
appData);
}
}
}
DataObjectLenDetail["instanceIPCreateStartIndex"] = DataObjectArr.length - createFixedIp.length;
DataObjectLenDetail["instanceIPCreateCount"] = createFixedIp.length;
if (deleteFixedip != null && deleteFixedip != "") {
if (deleteFixedip.length > 0) {
for (var i = 0; i < deleteFixedip.length; i++) {
var fixedIPURL = '/instance-ip/'+deleteFixedip[i]["uuid"];
commonUtils.createReqObj(DataObjectDelArr, fixedIPURL,
global.HTTP_REQUEST_DEL, null, configApiServer, null,
appData);
}
}
}
DataObjectLenDetail["instanceIPDeleteStartIndex"] = DataObjectArr.length - deleteFixedip.length;
DataObjectLenDetail["instanceIPDeleteCount"] = deleteFixedip.length;
});
}
//Static Rout
var DataSRObjectArr = [];
if ("interface_route_table_refs" in portPutData["virtual-machine-interface"] ||
"interface_route_table_refs" in vmiData["virtual-machine-interface"]) {
var staticRouterLen_ui = 0;
var staticRouterLen_server = 0;
if ('interface_route_table_refs' in portPutData["virtual-machine-interface"])
staticRouterLen_ui = portPutData["virtual-machine-interface"]["interface_route_table_refs"].length;
if ('interface_route_table_refs' in vmiData["virtual-machine-interface"])
staticRouterLen_server = vmiData["virtual-machine-interface"]["interface_route_table_refs"].length;
var staticRouteURL = '/interface-route-tables';
if (staticRouterLen_ui > 0) {
if (portPutData["virtual-machine-interface"]["interface_route_table_refs"][0]["uuid"] == undefined ||
portPutData["virtual-machine-interface"]["interface_route_table_refs"][0]["uuid"] == null ||
portPutData["virtual-machine-interface"]["interface_route_table_refs"][0]["uuid"] == "") {
responceData = {};
responceData = createStaticIPDataObject(responceData,portPutData,portPutData["virtual-machine-interface"]["interface_route_table_refs"][0]["sharedip"]);
portPutData["virtual-machine-interface"]["interface_route_table_refs"][0]["uuid"] = responceData["interface-route-table"]["uuid"];
portPutData["virtual-machine-interface"]["interface_route_table_refs"][0]["to"] = responceData["interface-route-table"]["fq_name"];
commonUtils.createReqObj(DataObjectArr, staticRouteURL,
global.HTTP_REQUEST_POST, commonUtils.cloneObj(responceData), configApiServer, null,
appData);
} else {
responceData = {};
var SR_uuid = portPutData["virtual-machine-interface"]["interface_route_table_refs"][0]["uuid"];
responceData = createStaticIPDataObject(responceData,portPutData,portPutData["virtual-machine-interface"]["interface_route_table_refs"][0]["sharedip"], SR_uuid);
var staticRoutePutURL = "/interface-route-table/" +SR_uuid;
commonUtils.createReqObj(DataObjectArr, staticRoutePutURL,
global.HTTP_REQUEST_PUT, commonUtils.cloneObj(responceData), configApiServer, null,
appData);
}
} else if (staticRouterLen_server > 0) {
var SR_uuid = vmiData["virtual-machine-interface"]["interface_route_table_refs"][0]["uuid"];
var staticRouteDelURL = "/interface-route-table/" +SR_uuid;
commonUtils.createReqObj(DataSRObjectArr, staticRouteDelURL,
global.HTTP_REQUEST_DEL, null, configApiServer, null,
appData);
}
}
var boolDeviceOwnerChange = true;
if ("virtual_machine_interface_device_owner" in vmiData["virtual-machine-interface"] &&
"virtual_machine_interface_device_owner" in portPutData["virtual-machine-interface"]) {
if(vmiData["virtual-machine-interface"]["virtual_machine_interface_device_owner"] ==
portPutData["virtual-machine-interface"]["virtual_machine_interface_device_owner"] ||
(vmiData["virtual-machine-interface"]["virtual_machine_interface_device_owner"]).substring(0,7) ==
(portPutData["virtual-machine-interface"]["virtual_machine_interface_device_owner"]).substring(0,7)) {
if ((vmiData["virtual-machine-interface"]["virtual_machine_interface_device_owner"]).substring(0,7) == "compute") {
if ("virtual_machine_refs" in vmiData["virtual-machine-interface"] &&
"virtual_machine_refs" in portPutData["virtual-machine-interface"]) {
if (vmiData["virtual-machine-interface"]["virtual_machine_refs"][0]["uuid"] ==
portPutData["virtual-machine-interface"]["virtual_machine_refs"][0]["uuid"]) {
portPutData["virtual-machine-interface"]["virtual_machine_interface_device_owner"] =
vmiData["virtual-machine-interface"]["virtual_machine_interface_device_owner"];
boolDeviceOwnerChange = false;
}
}
} else if (vmiData["virtual-machine-interface"]["virtual_machine_interface_device_owner"] ==
"network:router_interface") {
if ("logical_router_back_refs" in vmiData["virtual-machine-interface"] &&
"logical_router_back_refs" in portPutData["virtual-machine-interface"]) {
if (vmiData["virtual-machine-interface"]["logical_router_back_refs"][0]["uuid"] ==