// Licensed to the Apache Software Foundation (ASF) under one // or more contributor license agreements. See the NOTICE file // distributed with this work for additional information // regarding copyright ownership. The ASF licenses this file // to you 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. (function(cloudStack, $) { var selectedNetworkOfferingHavingSG = false; var selectedNetworkOfferingHavingEIP = false; var selectedNetworkOfferingHavingELB = false; var selectedNetworkOfferingHavingNetscaler = false; var returnedPublicVlanIpRanges = []; //public VlanIpRanges returned by API var configurationUseLocalStorage = false; var skipGuestTrafficStep = false; var selectedNetworkOfferingObj = {}; var baremetalProviders = ["BaremetalDhcpProvider", "BaremetalPxeProvider", "BaremetaUserdataProvider"]; var selectedBaremetalProviders = []; // Makes URL string for traffic label var trafficLabelParam = function(trafficTypeID, data, physicalNetworkID) { var zoneType = data.zone.networkType; var hypervisor = data.zone.hypervisor; physicalNetworkID = zoneType == 'Advanced' ? physicalNetworkID : 0; var physicalNetwork = data.physicalNetworks ? data.physicalNetworks[physicalNetworkID] : null; var trafficConfig = physicalNetwork ? physicalNetwork.trafficTypeConfiguration[trafficTypeID] : null; var trafficLabel = trafficConfig ? trafficConfig.label : null; var hypervisorAttr, trafficLabelStr; switch(hypervisor) { case 'XenServer': hypervisorAttr = 'xennetworklabel'; break; case 'KVM': hypervisorAttr = 'kvmnetworklabel'; break; case 'VMware': hypervisorAttr = 'vmwarenetworklabel'; break; case 'BareMetal': hypervisorAttr = 'baremetalnetworklabel'; break; case 'Ovm': hypervisorAttr = 'ovmnetworklabel'; break; } trafficLabelStr = trafficLabel ? '&' + hypervisorAttr + '=' + trafficLabel : ''; return trafficLabelStr; }; cloudStack.zoneWizard = { // Return required traffic types, for configure physical network screen requiredTrafficTypes: function(args) { if (args.data.zone.networkType == 'Basic') { if(selectedNetworkOfferingHavingEIP || selectedNetworkOfferingHavingELB) { return [ 'management', 'guest', 'public' ]; } else { return [ 'management', 'guest' ]; } } else { // args.data.zone.networkType == 'Advanced' if(args.data.zone.sgEnabled != true) { return [ 'management', 'public', 'guest' ]; } else { return [ 'management', 'guest' ]; } } }, disabledTrafficTypes: function(args) { if (args.data.zone.networkType == 'Basic') { if(selectedNetworkOfferingHavingEIP || selectedNetworkOfferingHavingELB) return []; else return ['public']; } else { // args.data.zone.networkType == 'Advanced' if(args.data.zone.sgEnabled != true) { return []; } else { return ['public']; } } }, cloneTrafficTypes: function(args) { if (args.data.zone.networkType == 'Advanced') { return ['guest']; } else { return []; } }, customUI: { publicTrafficIPRange: function(args) { var multiEditData = []; var totalIndex = 0; return $('
').multiEdit({ context: args.context, noSelect: true, fields: { 'gateway': { edit: true, label: 'label.gateway' }, 'netmask': { edit: true, label: 'label.netmask' }, 'vlanid': { edit: true, label: 'label.vlan', isOptional: true }, 'startip': { edit: true, label: 'label.start.IP' }, 'endip': { edit: true, label: 'label.end.IP' }, 'add-rule': { label: 'label.add', addButton: true } }, add: { label: 'label.add', action: function(args) { multiEditData.push($.extend(args.data, { index: totalIndex })); totalIndex++; args.response.success(); } }, actions: { destroy: { label: 'label.remove.rule', action: function(args) { multiEditData = $.grep(multiEditData, function(item) { return item.index != args.context.multiRule[0].index; }); args.response.success(); } } }, dataProvider: function(args) { args.response.success({ data: multiEditData }); } }); }, storageTrafficIPRange: function(args) { var multiEditData = []; var totalIndex = 0; return $('
').multiEdit({ context: args.context, noSelect: true, fields: { 'gateway': { edit: true, label: 'label.gateway' }, 'netmask': { edit: true, label: 'label.netmask' }, 'vlan': { edit: true, label: 'label.vlan', isOptional: true }, 'startip': { edit: true, label: 'label.start.IP' }, 'endip': { edit: true, label: 'label.end.IP' }, 'add-rule': { label: 'label.add', addButton: true } }, add: { label: 'label.add', action: function(args) { multiEditData.push($.extend(args.data, { index: totalIndex })); totalIndex++; args.response.success(); } }, actions: { destroy: { label: 'label.remove.rule', action: function(args) { multiEditData = $.grep(multiEditData, function(item) { return item.index != args.context.multiRule[0].index; }); args.response.success(); } } }, dataProvider: function(args) { args.response.success({ data: multiEditData }); } }); } }, preFilters: { addNetscalerDevice: function(args) { //add Netscaler var isShown; if(selectedNetworkOfferingHavingNetscaler == true) { isShown = true; $('.conditional.netscaler').show(); } else { isShown= false; $('.conditional.netscaler').hide(); } return isShown; }, addPublicNetwork: function(args) { var isShown; var $publicTrafficDesc = $('.zone-wizard:visible').find('#add_zone_public_traffic_desc'); if(args.data['network-model'] == 'Basic') { if(selectedNetworkOfferingHavingSG == true && selectedNetworkOfferingHavingEIP == true && selectedNetworkOfferingHavingELB == true) { isShown = true; } else { isShown = false; } $publicTrafficDesc.find('#for_basic_zone').css('display', 'inline'); $publicTrafficDesc.find('#for_advanced_zone').hide(); } else { //args.data['network-model'] == 'Advanced' if(args.data["zone-advanced-sg-enabled"] != "on") isShown = true; else isShown = false; $publicTrafficDesc.find('#for_advanced_zone').css('display', 'inline'); $publicTrafficDesc.find('#for_basic_zone').hide(); } return isShown; }, setupPhysicalNetwork: function(args) { if (args.data['network-model'] == 'Basic' && !(selectedNetworkOfferingHavingELB && selectedNetworkOfferingHavingEIP)) { $('.setup-physical-network .info-desc.conditional.basic').show(); $('.setup-physical-network .info-desc.conditional.advanced').hide(); $('.subnav li.public-network').hide(); } else { $('.setup-physical-network .info-desc.conditional.basic').hide(); $('.setup-physical-network .info-desc.conditional.advanced').show(); $('.subnav li.public-network').show(); } return true; // Both basic & advanced zones show physical network UI }, configureGuestTraffic: function(args) { if ((args.data['network-model'] == 'Basic') || (args.data['network-model'] == 'Advanced' && args.data["zone-advanced-sg-enabled"] == "on")) { $('.setup-guest-traffic').addClass('basic'); $('.setup-guest-traffic').removeClass('advanced'); skipGuestTrafficStep = false; //set value } else { //args.data['network-model'] == 'Advanced' && args.data["zone-advanced-sg-enabled"] != "on" $('.setup-guest-traffic').removeClass('basic'); $('.setup-guest-traffic').addClass('advanced'); //skip the step if OVS tunnel manager is enabled skipGuestTrafficStep = false; //reset it before ajax call $.ajax({ url: createURL('listConfigurations'), data: { name: 'sdn.ovs.controller' }, dataType: "json", async: false, success: function(json) { var items = json.listconfigurationsresponse.configuration; //2 entries returned: 'sdn.ovs.controller', 'sdn.ovs.controller.default.label' $(items).each(function(){ if(this.name == 'sdn.ovs.controller') { if(this.value == 'true' || this.value == true) { skipGuestTrafficStep = true; } return false; //break each loop } }); } }); } return !skipGuestTrafficStep; }, configureStorageTraffic: function(args) { return $.grep(args.groupedData.physicalNetworks, function(network) { return $.inArray('storage', network.trafficTypes) > -1; }).length; }, addHost: function(args) { return (args.groupedData.zone.hypervisor != "VMware"); }, addPrimaryStorage: function(args) { return args.data.localstorageenabled != 'on'; } }, forms: { zone: { preFilter: function(args) { var $form = args.$form; if (args.data['network-model'] == 'Basic') { args.$form.find('[rel=networkOfferingId]').show(); args.$form.find('[rel=guestcidraddress]').hide(); } else { //args.data['network-model'] == 'Advanced' args.$form.find('[rel=networkOfferingId]').hide(); if(args.data["zone-advanced-sg-enabled"] != "on") args.$form.find('[rel=guestcidraddress]').show(); else //args.data["zone-advanced-sg-enabled"] == "on args.$form.find('[rel=guestcidraddress]').hide(); } setTimeout(function() { if ($form.find('input[name=ispublic]').is(':checked')) { $form.find('[rel=domain]').hide(); } }); }, fields: { name: { label: 'label.name', validation: { required: true }, desc: 'message.tooltip.zone.name' }, ip4dns1: { label: 'IPv4 DNS1', validation: { required: true }, desc: 'message.tooltip.dns.1' }, ip4dns2: { label: 'IPv4 DNS2', desc: 'message.tooltip.dns.2' }, ip6dns1: { label: 'IPv6 DNS1', desc: 'message.tooltip.dns.1' }, ip6dns2: { label: 'IPv6 DNS2', desc: 'message.tooltip.dns.2' }, internaldns1: { label: 'label.internal.dns.1', validation: { required: true }, desc: 'message.tooltip.internal.dns.1' }, internaldns2: { label: 'label.internal.dns.2', desc: 'message.tooltip.internal.dns.2' }, hypervisor: { label: 'label.hypervisor', validation: { required: true }, select: function(args) { $.ajax({ url: createURL('listHypervisors'), async: false, data: { listAll: true }, success: function(json) { var items = json.listhypervisorsresponse.hypervisor; var array1 = []; var firstOption = "XenServer"; var nonSupportedHypervisors = {}; if(args.context.zones[0]['network-model'] == "Advanced" && args.context.zones[0]['zone-advanced-sg-enabled'] == "on") { firstOption = "KVM"; nonSupportedHypervisors["XenServer"] = 1; //to developers: comment this line if you need to test Advanced SG-enabled zone with XenServer hypervisor nonSupportedHypervisors["VMware"] = 1; nonSupportedHypervisors["BareMetal"] = 1; nonSupportedHypervisors["Ovm"] = 1; } if(items != null) { for(var i = 0; i < items.length; i++) { if(items[i].name in nonSupportedHypervisors) continue; if(items[i].name == firstOption) array1.unshift({id: items[i].name, description: items[i].name}); else array1.push({id: items[i].name, description: items[i].name}); } } args.response.success({ data: array1 }); } }); } }, networkOfferingId: { label: 'label.network.offering', dependsOn: 'hypervisor', select: function(args) { var selectedNetworkOfferingObj = {}; var networkOfferingObjs = []; args.$select.unbind("change").bind("change", function(){ //reset when different network offering is selected selectedNetworkOfferingHavingSG = false; selectedNetworkOfferingHavingEIP = false; selectedNetworkOfferingHavingELB = false; selectedNetworkOfferingHavingNetscaler = false; var selectedNetworkOfferingId = $(this).val(); $(networkOfferingObjs).each(function(){ if(this.id == selectedNetworkOfferingId) { selectedNetworkOfferingObj = this; return false; //break $.each() loop } }); if(selectedNetworkOfferingObj.havingNetscaler == true) selectedNetworkOfferingHavingNetscaler = true; if(selectedNetworkOfferingObj.havingSG == true) selectedNetworkOfferingHavingSG = true; if(selectedNetworkOfferingObj.havingEIP == true) selectedNetworkOfferingHavingEIP = true; if(selectedNetworkOfferingObj.havingELB == true) selectedNetworkOfferingHavingELB = true; }); $.ajax({ url: createURL("listNetworkOfferings&state=Enabled&guestiptype=Shared"), dataType: "json", async: false, success: function(json) { networkOfferingObjs = json.listnetworkofferingsresponse.networkoffering; var availableNetworkOfferingObjs = []; $(networkOfferingObjs).each(function() { var thisNetworkOffering = this; $(this.service).each(function(){ var thisService = this; $(thisService.provider).each(function(){ if(this.name == "Netscaler") { thisNetworkOffering.havingNetscaler = true; } else if($.inArray(this.name, baremetalProviders) != -1) { selectedBaremetalProviders.push(this.name); } }); if(thisService.name == "SecurityGroup") { thisNetworkOffering.havingSG = true; } else if(thisService.name == "StaticNat") { $(thisService.capability).each(function(){ if(this.name == "ElasticIp" && this.value == "true") { thisNetworkOffering.havingEIP = true; return false; //break $.each() loop } }); } else if(thisService.name == "Lb") { $(thisService.capability).each(function(){ if(this.name == "ElasticLb" && this.value == "true") { thisNetworkOffering.havingELB = true; return false; //break $.each() loop } }); } }); if(thisNetworkOffering.havingEIP == true && thisNetworkOffering.havingELB == true) { //EIP ELB if(args.hypervisor == "VMware" || args.hypervisor == "BareMetal") { //VMware, BareMetal don't support EIP ELB return true; //move to next item in $.each() loop } if(args.context.zones[0]["network-model"] == "Advanced" && args.context.zones[0]["zone-advanced-sg-enabled"] == "on") { // Advanced SG-enabled zone doesn't support EIP ELB return true; //move to next item in $.each() loop } } if(args.context.zones[0]["network-model"] == "Advanced" && args.context.zones[0]["zone-advanced-sg-enabled"] == "on") { // Advanced SG-enabled zone if(thisNetworkOffering.havingSG != true) { return true; //move to next item in $.each() loop } } availableNetworkOfferingObjs.push(thisNetworkOffering); }); args.response.success({ data: $.map(availableNetworkOfferingObjs, function(offering) { return { id: offering.id, description: offering.name }; }) }); } }); } }, networkdomain: { label: 'label.network.domain', desc: 'message.tooltip.network.domain' }, guestcidraddress: { label: 'label.guest.cidr', defaultValue: '10.1.1.0/24', validation: { required: false } }, ispublic: { isReverse: true, isBoolean: true, label: 'label.public', isChecked: true //checked by default (public zone) }, domain: { label: 'label.domain', dependsOn: 'ispublic', isHidden: true, select: function(args) { $.ajax({ url: createURL("listDomains&listAll=true"), data: { viewAll: true }, dataType: "json", async: false, success: function(json) { domainObjs = json.listdomainsresponse.domain; args.response.success({ data: $.map(domainObjs, function(domain) { return { id: domain.id, description: domain.path }; }) }); } }); } }, localstorageenabled: { label: 'label.local.storage.enabled', isBoolean: true, onChange: function(args) { var $checkbox = args.$checkbox; if ($checkbox.is(':checked')) { cloudStack.dialog.confirm({ message: 'message.zoneWizard.enable.local.storage', action: function() { $checkbox.attr('checked', true); }, cancelAction: function() { $checkbox.attr('checked', false); } }); return false; } return true; } } } }, pod: { fields: { name: { label: 'label.pod.name', validation: { required: true }, desc: 'message.tooltip.pod.name' }, reservedSystemGateway: { label: 'label.reserved.system.gateway', validation: { required: true }, desc: 'message.tooltip.reserved.system.gateway' }, reservedSystemNetmask: { label: 'label.reserved.system.netmask', validation: { required: true }, desc: 'message.tooltip.reserved.system.netmask' }, reservedSystemStartIp: { label: 'label.start.reserved.system.IP', validation: { required: true } }, reservedSystemEndIp: { label: 'label.end.reserved.system.IP', validation: { required: false } } } }, basicPhysicalNetwork: { //"Netscaler" now preFilter: function(args) { if (args.data['network-model'] == 'Basic' && (selectedNetworkOfferingHavingELB || selectedNetworkOfferingHavingEIP)) { args.$form.find('[rel=dedicated]').hide(); } else { args.$form.find('[rel=dedicated]').show(); }; cloudStack.preFilter.addLoadBalancerDevice }, fields: { ip: { label: 'label.ip.address' }, username: { label: 'label.username' }, password: { label: 'label.password', isPassword: true }, networkdevicetype: { label: 'label.type', select: function(args) { var items = []; items.push({id: "NetscalerMPXLoadBalancer", description: "NetScaler MPX LoadBalancer"}); items.push({id: "NetscalerVPXLoadBalancer", description: "NetScaler VPX LoadBalancer"}); items.push({id: "NetscalerSDXLoadBalancer", description: "NetScaler SDX LoadBalancer"}); args.response.success({data: items}); } }, publicinterface: { label: 'label.public.interface' }, privateinterface: { label: 'label.private.interface' }, numretries: { label: 'label.numretries', defaultValue: '2' }, dedicated: { label: 'label.dedicated', isBoolean: true, isChecked: false }, capacity: { label: 'label.capacity', validation: { required: false, number: true } } } }, guestTraffic: { preFilter: function(args) { var $guestTrafficDesc = $('.zone-wizard:visible').find('#add_zone_guest_traffic_desc'); if ((args.data['network-model'] == 'Basic') || (args.data['network-model'] == 'Advanced' && args.data["zone-advanced-sg-enabled"] == "on")) { $guestTrafficDesc.find('#for_basic_zone').css('display', 'inline'); $guestTrafficDesc.find('#for_advanced_zone').hide(); } else { //args.data['network-model'] == 'Advanced' && args.data["zone-advanced-sg-enabled"] != "on" $guestTrafficDesc.find('#for_advanced_zone').css('display', 'inline'); $guestTrafficDesc.find('#for_basic_zone').hide(); } var selectedZoneObj = { networktype: args.data['network-model'] }; if (selectedZoneObj.networktype == 'Basic') { args.$form.find('[rel="guestGateway"]').show(); args.$form.find('[rel="guestNetmask"]').show(); args.$form.find('[rel="guestStartIp"]').show(); args.$form.find('[rel="guestEndIp"]').show(); args.$form.find('[rel="vlanId"]').hide(); args.$form.find('[rel="vlanRange"]').hide(); } else if(selectedZoneObj.networktype == 'Advanced' && args.data["zone-advanced-sg-enabled"] == "on") { args.$form.find('[rel="guestGateway"]').show(); args.$form.find('[rel="guestNetmask"]').show(); args.$form.find('[rel="guestStartIp"]').show(); args.$form.find('[rel="guestEndIp"]').show(); args.$form.find('[rel="vlanId"]').show(); args.$form.find('[rel="vlanRange"]').hide(); } else if (selectedZoneObj.networktype == 'Advanced' && args.data["zone-advanced-sg-enabled"] != "on") { //this conditional statement is useless because the div will be replaced with other div(multiple tabs in Advanced zone without SG) later args.$form.find('[rel="guestGateway"]').hide(); args.$form.find('[rel="guestNetmask"]').hide(); args.$form.find('[rel="guestStartIp"]').hide(); args.$form.find('[rel="guestEndIp"]').hide(); args.$form.find('[rel="vlanId"]').hide(); args.$form.find('[rel="vlanRange"]').show(); } }, fields: { guestGateway: { label: 'label.guest.gateway' }, //Basic, Advanced with SG guestNetmask: { label: 'label.guest.netmask' }, //Basic, Advanced with SG guestStartIp: { label: 'label.guest.start.ip' }, //Basic, Advanced with SG guestEndIp: { label: 'label.guest.end.ip' }, //Basic, Advanced with SG vlanId: { label: 'VLAN ID' }, //Advanced with SG vlanRange: { //in multiple tabs (tabs is as many as Guest Traffic types in multiple physical networks in Advanced Zone without SG) label: 'label.vlan.range', range: ['vlanRangeStart', 'vlanRangeEnd'], validation: { required: false, digits: true } //Bug 13517 - AddZone wizard->Configure guest traffic: Vlan Range is optional } } }, cluster: { fields: { hypervisor: { label: 'label.hypervisor', select: function(args) { // Disable select -- selection is made on zone setup step args.$select.attr('disabled', 'disabled'); $.ajax({ url: createURL("listHypervisors"), dataType: "json", async: false, success: function(json) { var hypervisors = json.listhypervisorsresponse.hypervisor; var items = []; $(hypervisors).each(function() { items.push({id: this.name, description: this.name}) }); args.response.success({data: items}); args.$select.val(args.context.zones[0].hypervisor); args.$select.change(); } }); var vSwitchEnabled = false; var dvSwitchEnabled = false; // Check whether vSwitch capability is enabled $.ajax({ url: createURL('listConfigurations'), data: { name: 'vmware.use.nexus.vswitch' }, async: false, success: function(json) { if (json.listconfigurationsresponse.configuration[0].value == 'true') { vSwitchEnabled = true; } } }); //Check whether dvSwitch is enabled or not $.ajax({ url: createURL('listConfigurations'), data: { name: 'vmware.use.dvswitch' }, async: false, success: function(json) { if (json.listconfigurationsresponse.configuration[0].value == 'true') { dvSwitchEnabled = true; } } }); args.$select.bind("change", function(event) { var $form = $(this).closest('form'); var $vsmFields = $form.find('[rel]').filter(function() { var vsmFields = [ 'vsmipaddress', 'vsmusername', 'vsmpassword' ]; return $.inArray($(this).attr('rel'), vsmFields) > -1; }); if($(this).val() == "VMware") { //$('li[input_sub_group="external"]', $dialogAddCluster).show(); if(dvSwitchEnabled ){ /* $form.find('.form-item[rel=vSwitchPublicType]').css('display', 'inline-block'); $form.find('.form-item[rel=vSwitchGuestType]').css('display', 'inline-block'); $form.find('.form-item[rel=vSwitchPublicName]').css('display','inline-block'); $form.find('.form-item[rel=vSwitchGuestName]').css('display','inline-block'); $form.find('.form-item[rel=overridepublictraffic]').find('input[type=checkbox]').css('display','inline-block'); $form.find('.form-item[rel=overrideguesttraffic]').find('input[type=checkbox]').css('display','inline-block');*/ $form.find('.form-item[rel=overridepublictraffic]').css('display','inline-block'); $form.find('.form-item[rel=overridepublictraffic]').find('input[type=checkbox]').removeAttr('checked'); $form.find('.form-item[rel=overrideguesttraffic]').css('display','inline-block'); $form.find('.form-item[rel=overrideguesttraffic]').find('input[type=checkbox]').removeAttr('checked'); } else { /* $form.find('.form-item[rel=vSwitchPublicType]').css('display', 'none'); $form.find('.form-item[rel=vSwitchGuestType]').css('display', 'none'); $form.find('.form-item[rel=vSwitchPublicName]').css('display','none'); $form.find('.form-item[rel=vSwitchGuestName]').css('display','none');*/ $form.find('.form-item[rel=overridepublictraffic]').css('display','none'); $form.find('.form-item[rel=overrideguesttraffic]').css('display','none'); } $form.find('[rel=vCenterHost]').css('display', 'block'); $form.find('[rel=vCenterUsername]').css('display', 'block'); $form.find('[rel=vCenterPassword]').css('display', 'block'); $form.find('[rel=vCenterDatacenter]').css('display', 'block'); if (vSwitchEnabled) { $vsmFields.css('display', 'block'); } else { $vsmFields.css('display', 'none'); } //$("#cluster_name_label", $dialogAddCluster).text("vCenter Cluster:"); } else { //$('li[input_group="vmware"]', $dialogAddCluster).hide(); $form.find('.form-item[rel=overridepublictraffic]').css('display', 'none'); $form.find('.form-item[rel=overrideguesttraffic]').css('display', 'none'); $form.find('.form-item[rel=vSwitchPublicType]').css('display', 'none'); $form.find('.form-item[rel=vSwitchGuestType]').css('display', 'none'); $form.find('.form-item[rel=vSwitchPublicName]').css('display','none'); $form.find('.form-item[rel=vSwitchGuestName]').css('display','none'); $form.find('[rel=vCenterHost]').css('display', 'none'); $form.find('[rel=vCenterUsername]').css('display', 'none'); $form.find('[rel=vCenterPassword]').css('display', 'none'); $form.find('[rel=vCenterDatacenter]').css('display', 'none'); //$("#cluster_name_label", $dialogAddCluster).text("Cluster:"); } }); } }, name: { label: 'label.cluster.name', validation: { required: true } }, //hypervisor==VMWare begins here vCenterHost: { label: 'label.vcenter.host', validation: { required: true } }, vCenterUsername: { label: 'label.vcenter.username', validation: { required: true } }, vCenterPassword: { label: 'label.vcenter.password', validation: { required: true }, isPassword: true }, vCenterDatacenter: { label: 'label.vcenter.datacenter', validation: { required: true } }, overridepublictraffic:{ label:'Override Public-Traffic', isBoolean:true, isHidden:true }, vSwitchPublicType:{ label: 'Public Traffic vSwitch Type', select: function(args) { var items = [] var vSwitchEnabled = false; $.ajax({ url: createURL('listConfigurations'), data: { name: 'vmware.use.nexus.vswitch' }, async: false, success: function(json) { if (json.listconfigurationsresponse.configuration[0].value == 'true') { vSwitchEnabled = true; } } }); if(vSwitchEnabled) { items.push({ id:"nexusdvs" , description: "Cisco Nexus 1000v Distributed Virtual Switch"}); items.push({id: "vmwaresvs", description: "VMware vNetwork Standard Virtual Switch"}); items.push({id: "vmwaredvs", description: "VMware vNetwork Distributed Virtual Switch"}); } // items.push({id: " ", description: " "}); else{ items.push({id:"vmwaredvs", description: "VMware vNetwork Distributed Virtual Switch"}); items.push({ id: "vmwaresvs", description: "VMware vNetwork Standard Virtual Switch"}); items.push({ id:"nexusdvs" , description: "Cisco Nexus 1000v Distributed Virtual Switch"}); } args.response.success({data: items}); }, isHidden:true, dependsOn:'overridepublictraffic' }, vSwitchPublicName:{ label:'Public Traffic vSwitch Name', dependsOn:'overridepublictraffic', isHidden:true }, overrideguesttraffic:{ label:'Override Guest-Traffic', isBoolean:true, isHidden:true }, vSwitchGuestType:{ label: 'Guest Traffic vSwitch Type', select: function(args) { var items = [] //items.push({ id:" ", description:" "}); var vSwitchEnabled = false; var items = [] $.ajax({ url: createURL('listConfigurations'), data: { name: 'vmware.use.nexus.vswitch' }, async: false, success: function(json) { if (json.listconfigurationsresponse.configuration[0].value == 'true') { vSwitchEnabled = true; } } }); if(vSwitchEnabled) { items.push({ id:"nexusdvs" , description: "Cisco Nexus 1000v Distributed Virtual Switch"}); items.push({id: "vmwaresvs", description: "VMware vNetwork Standard Virtual Switch"}); items.push({id: "vmwaredvs", description: "VMware vNetwork Distributed Virtual Switch"}); } else{ items.push({id: "vmwaredvs", description: "VMware vNetwork Distributed Virtual Switch"}); items.push({id: "vmwaresvs", description: "VMware vNetwork Standard Virtual Switch"}); items.push({ id:"nexusdvs" , description: "Cisco Nexus 1000v Distributed Virtual Switch"}); } args.response.success({data: items}); }, isHidden:true, dependsOn:'overrideguesttraffic' }, vSwitchGuestName:{ label:'Guest Traffic vSwitch Name', dependsOn:'overrideguesttraffic', isHidden:true }, //Cisco Nexus Vswitch vsmipaddress: { label: 'Nexus 1000v IP Address', validation: { required: true }, isHidden: true }, vsmusername: { label: 'Nexus 1000v Username', validation: { required: true }, isHidden: true }, vsmpassword: { label: 'Nexus 1000v Password', validation: { required: true }, isPassword: true, isHidden: true } //hypervisor==VMWare ends here } }, host: { preFilter: function(args) { var selectedClusterObj = { hypervisortype: args.data.hypervisor }; var $form = args.$form; if(selectedClusterObj.hypervisortype == "VMware") { //$('li[input_group="general"]', $dialogAddHost).hide(); $form.find('[rel=hostname]').hide(); $form.find('[rel=username]').hide(); $form.find('[rel=password]').hide(); //$('li[input_group="vmware"]', $dialogAddHost).show(); $form.find('[rel=vcenterHost]').css('display', 'block'); //$('li[input_group="baremetal"]', $dialogAddHost).hide(); $form.find('[rel=baremetalCpuCores]').hide(); $form.find('[rel=baremetalCpu]').hide(); $form.find('[rel=baremetalMemory]').hide(); $form.find('[rel=baremetalMAC]').hide(); //$('li[input_group="Ovm"]', $dialogAddHost).hide(); $form.find('[rel=agentUsername]').hide(); $form.find('[rel=agentPassword]').hide(); } else if (selectedClusterObj.hypervisortype == "BareMetal") { //$('li[input_group="general"]', $dialogAddHost).show(); $form.find('[rel=hostname]').css('display', 'block'); $form.find('[rel=username]').css('display', 'block'); $form.find('[rel=password]').css('display', 'block'); //$('li[input_group="baremetal"]', $dialogAddHost).show(); $form.find('[rel=baremetalCpuCores]').css('display', 'block'); $form.find('[rel=baremetalCpu]').css('display', 'block'); $form.find('[rel=baremetalMemory]').css('display', 'block'); $form.find('[rel=baremetalMAC]').css('display', 'block'); //$('li[input_group="vmware"]', $dialogAddHost).hide(); $form.find('[rel=vcenterHost]').hide(); //$('li[input_group="Ovm"]', $dialogAddHost).hide(); $form.find('[rel=agentUsername]').hide(); $form.find('[rel=agentPassword]').hide(); } else if (selectedClusterObj.hypervisortype == "Ovm") { //$('li[input_group="general"]', $dialogAddHost).show(); $form.find('[rel=hostname]').css('display', 'block'); $form.find('[rel=username]').css('display', 'block'); $form.find('[rel=password]').css('display', 'block'); //$('li[input_group="vmware"]', $dialogAddHost).hide(); $form.find('[rel=vcenterHost]').hide(); //$('li[input_group="baremetal"]', $dialogAddHost).hide(); $form.find('[rel=baremetalCpuCores]').hide(); $form.find('[rel=baremetalCpu]').hide(); $form.find('[rel=baremetalMemory]').hide(); $form.find('[rel=baremetalMAC]').hide(); //$('li[input_group="Ovm"]', $dialogAddHost).show(); $form.find('[rel=agentUsername]').css('display', 'block'); $form.find('[rel=agentUsername]').find('input').val("oracle"); $form.find('[rel=agentPassword]').css('display', 'block'); } else { //$('li[input_group="general"]', $dialogAddHost).show(); $form.find('[rel=hostname]').css('display', 'block'); $form.find('[rel=username]').css('display', 'block'); $form.find('[rel=password]').css('display', 'block'); //$('li[input_group="vmware"]', $dialogAddHost).hide(); $form.find('[rel=vcenterHost]').hide(); //$('li[input_group="baremetal"]', $dialogAddHost).hide(); $form.find('[rel=baremetalCpuCores]').hide(); $form.find('[rel=baremetalCpu]').hide(); $form.find('[rel=baremetalMemory]').hide(); $form.find('[rel=baremetalMAC]').hide(); //$('li[input_group="Ovm"]', $dialogAddHost).hide(); $form.find('[rel=agentUsername]').hide(); $form.find('[rel=agentPassword]').hide(); } }, fields: { hostname: { label: 'label.host.name', validation: { required: true }, isHidden: true }, username: { label: 'label.username', validation: { required: true }, isHidden: true }, password: { label: 'label.password', validation: { required: true }, isHidden: true, isPassword: true }, //input_group="general" ends here //input_group="VMWare" starts here vcenterHost: { label: 'label.esx.host', validation: { required: true }, isHidden: true }, //input_group="VMWare" ends here //input_group="BareMetal" starts here baremetalCpuCores: { label: 'label.num.cpu.cores', validation: { required: true }, isHidden: true }, baremetalCpu: { label: 'label.cpu.mhz', validation: { required: true }, isHidden: true }, baremetalMemory: { label: 'label.memory.mb', validation: { required: true }, isHidden: true }, baremetalMAC: { label: 'label.host.MAC', validation: { required: true }, isHidden: true }, //input_group="BareMetal" ends here //input_group="OVM" starts here agentUsername: { label: 'label.agent.username', validation: { required: false }, isHidden: true }, agentPassword: { label: 'label.agent.password', validation: { required: true }, isHidden: true, isPassword: true }, //input_group="OVM" ends here //always appear (begin) hosttags: { label: 'label.host.tags', validation: { required: false } } //always appear (end) } }, primaryStorage: { preFilter: function(args) {}, fields: { name: { label: 'label.name', validation: { required: true } }, protocol: { label: 'label.protocol', validation: { required: true }, select: function(args) { var selectedClusterObj = { hypervisortype: $.isArray(args.context.zones[0].hypervisor) ? // We want the cluster's hypervisor type args.context.zones[0].hypervisor[1] : args.context.zones[0].hypervisor }; if(selectedClusterObj == null) { return; } if(selectedClusterObj.hypervisortype == "KVM") { var items = []; items.push({id: "nfs", description: "nfs"}); items.push({id: "SharedMountPoint", description: "SharedMountPoint"}); items.push({id: "clvm", description: "CLVM"}); args.response.success({data: items}); } else if(selectedClusterObj.hypervisortype == "XenServer") { var items = []; items.push({id: "nfs", description: "nfs"}); items.push({id: "PreSetup", description: "PreSetup"}); items.push({id: "iscsi", description: "iscsi"}); args.response.success({data: items}); } else if(selectedClusterObj.hypervisortype == "VMware") { var items = []; items.push({id: "nfs", description: "nfs"}); items.push({id: "vmfs", description: "vmfs"}); args.response.success({data: items}); } else if(selectedClusterObj.hypervisortype == "Ovm") { var items = []; items.push({id: "nfs", description: "nfs"}); items.push({id: "ocfs2", description: "ocfs2"}); args.response.success({data: items}); } else { args.response.success({data:[]}); } args.$select.change(function() { var $form = $(this).closest('form'); var protocol = $(this).val(); $form.find('[rel=path]').find(".name").find("label").html('*Path:'); if(protocol == null) return; if(protocol == "nfs") { //$("#add_pool_server_container", $dialogAddPool).show(); $form.find('[rel=server]').css('display', 'block'); //$dialogAddPool.find("#add_pool_nfs_server").val(""); $form.find('[rel=server]').find(".value").find("input").val(""); //$('li[input_group="nfs"]', $dialogAddPool).show(); $form.find('[rel=path]').css('display', 'block'); //$dialogAddPool.find("#add_pool_path_container").find("label").text(g_dictionary["label.path"]+":"); //$form.find('[rel=path]').find(".name").find("label").text("Path:"); //$('li[input_group="iscsi"]', $dialogAddPool).hide(); $form.find('[rel=iqn]').hide(); $form.find('[rel=lun]').hide(); //$('li[input_group="clvm"]', $dialogAddPool).hide(); $form.find('[rel=volumegroup]').hide(); //$('li[input_group="vmfs"]', $dialogAddPool).hide(); $form.find('[rel=vCenterDataCenter]').hide(); $form.find('[rel=vCenterDataStore]').hide(); } else if(protocol == "ocfs2") {//ocfs2 is the same as nfs, except no server field. //$dialogAddPool.find("#add_pool_server_container").hide(); $form.find('[rel=server]').hide(); //$dialogAddPool.find("#add_pool_nfs_server").val(""); $form.find('[rel=server]').find(".value").find("input").val(""); //$('li[input_group="nfs"]', $dialogAddPool).show(); $form.find('[rel=path]').css('display', 'block'); //$dialogAddPool.find("#add_pool_path_container").find("label").text(g_dictionary["label.path"]+":"); //$form.find('[rel=path]').find(".name").find("label").text("Path:"); //$('li[input_group="iscsi"]', $dialogAddPool).hide(); $form.find('[rel=iqn]').hide(); $form.find('[rel=lun]').hide(); //$('li[input_group="clvm"]', $dialogAddPool).hide(); $form.find('[rel=volumegroup]').hide(); //$('li[input_group="vmfs"]', $dialogAddPool).hide(); $form.find('[rel=vCenterDataCenter]').hide(); $form.find('[rel=vCenterDataStore]').hide(); } else if(protocol == "PreSetup") { //$dialogAddPool.find("#add_pool_server_container").hide(); $form.find('[rel=server]').hide(); //$dialogAddPool.find("#add_pool_nfs_server").val("localhost"); $form.find('[rel=server]').find(".value").find("input").val("localhost"); //$('li[input_group="nfs"]', $dialogAddPool).show(); $form.find('[rel=path]').css('display', 'block'); //$dialogAddPool.find("#add_pool_path_container").find("label").text(g_dictionary["label.SR.name"]+":"); $form.find('[rel=path]').find(".name").find("label").html("*SR Name-Label:"); //$('li[input_group="iscsi"]', $dialogAddPool).hide(); $form.find('[rel=iqn]').hide(); $form.find('[rel=lun]').hide(); //$('li[input_group="clvm"]', $dialogAddPool).hide(); $form.find('[rel=volumegroup]').hide(); //$('li[input_group="vmfs"]', $dialogAddPool).hide(); $form.find('[rel=vCenterDataCenter]').hide(); $form.find('[rel=vCenterDataStore]').hide(); } else if(protocol == "iscsi") { //$dialogAddPool.find("#add_pool_server_container").show(); $form.find('[rel=server]').css('display', 'block'); //$dialogAddPool.find("#add_pool_nfs_server").val(""); $form.find('[rel=server]').find(".value").find("input").val(""); //$('li[input_group="nfs"]', $dialogAddPool).hide(); $form.find('[rel=path]').hide(); //$('li[input_group="iscsi"]', $dialogAddPool).show(); $form.find('[rel=iqn]').css('display', 'block'); $form.find('[rel=lun]').css('display', 'block'); //$('li[input_group="clvm"]', $dialogAddPool).hide(); $form.find('[rel=volumegroup]').hide(); //$('li[input_group="vmfs"]', $dialogAddPool).hide(); $form.find('[rel=vCenterDataCenter]').hide(); $form.find('[rel=vCenterDataStore]').hide(); } else if($(this).val() == "clvm") { //$("#add_pool_server_container", $dialogAddPool).hide(); $form.find('[rel=server]').hide(); //$dialogAddPool.find("#add_pool_nfs_server").val("localhost"); $form.find('[rel=server]').find(".value").find("input").val("localhost"); //$('li[input_group="nfs"]', $dialogAddPool).hide(); $form.find('[rel=path]').hide(); //$('li[input_group="iscsi"]', $dialogAddPool).hide(); $form.find('[rel=iqn]').hide(); $form.find('[rel=lun]').hide(); //$('li[input_group="clvm"]', $dialogAddPool).show(); $form.find('[rel=volumegroup]').css('display', 'inline-block'); //$('li[input_group="vmfs"]', $dialogAddPool).hide(); $form.find('[rel=vCenterDataCenter]').hide(); $form.find('[rel=vCenterDataStore]').hide(); } else if(protocol == "vmfs") { //$dialogAddPool.find("#add_pool_server_container").show(); $form.find('[rel=server]').css('display', 'block'); //$dialogAddPool.find("#add_pool_nfs_server").val(""); $form.find('[rel=server]').find(".value").find("input").val(""); //$('li[input_group="nfs"]', $dialogAddPool).hide(); $form.find('[rel=path]').hide(); //$('li[input_group="iscsi"]', $dialogAddPool).hide(); $form.find('[rel=iqn]').hide(); $form.find('[rel=lun]').hide(); //$('li[input_group="clvm"]', $dialogAddPool).hide(); $form.find('[rel=volumegroup]').hide(); //$('li[input_group="vmfs"]', $dialogAddPool).show(); $form.find('[rel=vCenterDataCenter]').css('display', 'block'); $form.find('[rel=vCenterDataStore]').css('display', 'block'); } else if(protocol == "SharedMountPoint") { //"SharedMountPoint" show the same fields as "nfs" does. //$dialogAddPool.find("#add_pool_server_container").hide(); $form.find('[rel=server]').hide(); //$dialogAddPool.find("#add_pool_nfs_server").val("localhost"); $form.find('[rel=server]').find(".value").find("input").val("localhost"); //$('li[input_group="nfs"]', $dialogAddPool).show(); $form.find('[rel=path]').css('display', 'block'); //$form.find('[rel=path]').find(".name").find("label").text("Path:"); //$('li[input_group="iscsi"]', $dialogAddPool).hide(); $form.find('[rel=iqn]').hide(); $form.find('[rel=lun]').hide(); //$('li[input_group="clvm"]', $dialogAddPool).hide(); $form.find('[rel=volumegroup]').hide(); //$('li[input_group="vmfs"]', $dialogAddPool).hide(); $form.find('[rel=vCenterDataCenter]').hide(); $form.find('[rel=vCenterDataStore]').hide(); } else { //$dialogAddPool.find("#add_pool_server_container").show(); $form.find('[rel=server]').css('display', 'block'); //$dialogAddPool.find("#add_pool_nfs_server").val(""); $form.find('[rel=server]').find(".value").find("input").val(""); //$('li[input_group="iscsi"]', $dialogAddPool).hide(); $form.find('[rel=iqn]').hide(); $form.find('[rel=lun]').hide(); //$('li[input_group="clvm"]', $dialogAddPool).hide(); $form.find('[rel=volumegroup]').hide(); //$('li[input_group="vmfs"]', $dialogAddPool).hide(); $form.find('[rel=vCenterDataCenter]').hide(); $form.find('[rel=vCenterDataStore]').hide(); } }); args.$select.trigger("change"); } }, server: { label: 'label.server', validation: { required: true }, isHidden: true }, //nfs path: { label: 'label.path', validation: { required: true }, isHidden: true }, //iscsi iqn: { label: 'label.target.iqn', validation: { required: true }, isHidden: true }, lun: { label: 'label.LUN.number', validation: { required: true }, isHidden: true }, //clvm volumegroup: { label: 'label.volgroup', validation: { required: true }, isHidden: true }, //vmfs vCenterDataCenter: { label: 'label.vcenter.datacenter', validation: { required: true }, isHidden: true }, vCenterDataStore: { label: 'label.vcenter.datastore', validation: { required: true }, isHidden: true }, //always appear (begin) storageTags: { label: 'label.storage.tags', validation: { required: false } } //always appear (end) } }, secondaryStorage: { fields: { nfsServer: { label: 'label.nfs.server', validation: { required: true } }, path: { label: 'label.path', validation: { required: true } } } } }, action: function(args) { var advZoneConfiguredVirtualRouterCount = 0; //for multiple physical networks in advanced zone. Each physical network has 2 virtual routers: regular one and VPC one. var success = args.response.success; var error = args.response.error; var message = args.response.message; //var data = args.data; var startFn = args.startFn; var data = args.data; var stepFns = { addZone: function() { message(dictionary['message.creating.zone']); var array1 = []; var networkType = args.data.zone.networkType; //"Basic", "Advanced" array1.push("&networktype=" + todb(networkType)); if(networkType == "Advanced") { if(args.data.zone.sgEnabled != true) { array1.push("&securitygroupenabled=false"); if(args.data.zone.guestcidraddress != null && args.data.zone.guestcidraddress.length > 0) array1.push("&guestcidraddress=" + todb(args.data.zone.guestcidraddress)); } else { // args.data.zone.sgEnabled == true array1.push("&securitygroupenabled=true"); } } array1.push("&name=" + todb(args.data.zone.name)); if (args.data.zone.localstorageenabled == 'on') { array1.push("&localstorageenabled=true"); } //IPv4 if (args.data.zone.ip4dns1 != null && args.data.zone.ip4dns1.length > 0) array1.push("&dns1=" + todb(args.data.zone.ip4dns1)); if (args.data.zone.ip4dns2 != null && args.data.zone.ip4dns2.length > 0) array1.push("&dns2=" + todb(args.data.zone.ip4dns2)); //IPv6 if (args.data.zone.ip6dns1 != null && args.data.zone.ip6dns1.length > 0) array1.push("&ip6dns1=" + todb(args.data.zone.ip6dns1)); if (args.data.zone.ip6dns2 != null && args.data.zone.ip6dns2.length > 0) array1.push("&ip6dns2=" + todb(args.data.zone.ip6dns2)); array1.push("&internaldns1="+todb(args.data.zone.internaldns1)); var internaldns2 = args.data.zone.internaldns2; if (internaldns2 != null && internaldns2.length > 0) array1.push("&internaldns2=" + todb(internaldns2)); if(args.data.pluginFrom == null) { //from zone wizard, not from quick instsaller(args.data.pluginFrom != null && args.data.pluginFrom.name == 'installWizard') who doesn't have public checkbox if(args.data.zone.ispublic == null) //public checkbox in zone wizard is unchecked array1.push("&domainid=" + args.data.zone.domain); } if(args.data.zone.networkdomain != null && args.data.zone.networkdomain.length > 0) array1.push("&domain=" + todb(args.data.zone.networkdomain)); $.ajax({ url: createURL("createZone" + array1.join("")), dataType: "json", async: false, success: function(json) { stepFns.addPhysicalNetworks({ data: $.extend(args.data, { returnedZone: json.createzoneresponse.zone }) }); }, error: function(XMLHttpResponse) { var errorMsg = parseXMLHttpResponse(XMLHttpResponse); error('addZone', errorMsg, { fn: 'addZone', args: args }); } }); }, addPhysicalNetworks: function(args) { message(dictionary['message.creating.physical.networks']); var returnedPhysicalNetworks = []; if(args.data.zone.networkType == "Basic") { //Basic zone *** var requestedTrafficTypeCount = 2; //request guest traffic type, management traffic type if(selectedNetworkOfferingHavingSG == true && selectedNetworkOfferingHavingEIP == true && selectedNetworkOfferingHavingELB == true) requestedTrafficTypeCount++; //request public traffic type //Basic zone has only one physical network var array1 = []; if("physicalNetworks" in args.data) { //from add-zone-wizard array1.push("&name=" + todb(args.data.physicalNetworks[0].name)); } else { //from quick-install-wizard array1.push("&name=PhysicalNetworkInBasicZone"); } $.ajax({ url: createURL("createPhysicalNetwork&zoneid=" + args.data.returnedZone.id + array1.join("")), dataType: "json", success: function(json) { var jobId = json.createphysicalnetworkresponse.jobid; var createPhysicalNetworkIntervalID = setInterval(function() { $.ajax({ url: createURL("queryAsyncJobResult&jobid=" + jobId), dataType: "json", success: function(json) { var result = json.queryasyncjobresultresponse; if (result.jobstatus == 0) { return; //Job has not completed } else { clearInterval(createPhysicalNetworkIntervalID); if (result.jobstatus == 1) { var returnedBasicPhysicalNetwork = result.jobresult.physicalnetwork; var label = returnedBasicPhysicalNetwork.id + trafficLabelParam('guest', data); var returnedTrafficTypes = []; $.ajax({ url: createURL("addTrafficType&trafficType=Guest&physicalnetworkid=" + label), dataType: "json", success: function(json) { var jobId = json.addtraffictyperesponse.jobid; var addGuestTrafficTypeIntervalID = setInterval(function() { $.ajax({ url: createURL("queryAsyncJobResult&jobid=" + jobId), dataType: "json", success: function(json) { var result = json.queryasyncjobresultresponse; if (result.jobstatus == 0) { return; //Job has not completed } else { clearInterval(addGuestTrafficTypeIntervalID); if (result.jobstatus == 1) { returnedTrafficTypes.push(result.jobresult.traffictype); if(returnedTrafficTypes.length == requestedTrafficTypeCount) { //all requested traffic types have been added returnedBasicPhysicalNetwork.returnedTrafficTypes = returnedTrafficTypes; stepFns.configurePhysicalNetwork({ data: $.extend(args.data, { returnedBasicPhysicalNetwork: returnedBasicPhysicalNetwork }) }); } } else if (result.jobstatus == 2) { alert("Failed to add Guest traffic type to basic zone. Error: " + _s(result.jobresult.errortext)); } } }, error: function(XMLHttpResponse) { var errorMsg = parseXMLHttpResponse(XMLHttpResponse); alert("Failed to add Guest traffic type to basic zone. Error: " + errorMsg); } }); }, g_queryAsyncJobResultInterval); } }); label = trafficLabelParam('management', data); $.ajax({ url: createURL("addTrafficType&trafficType=Management&physicalnetworkid=" + returnedBasicPhysicalNetwork.id + label), dataType: "json", success: function(json) { var jobId = json.addtraffictyperesponse.jobid; var addManagementTrafficTypeIntervalID = setInterval(function() { $.ajax({ url: createURL("queryAsyncJobResult&jobid=" + jobId), dataType: "json", success: function(json) { var result = json.queryasyncjobresultresponse; if (result.jobstatus == 0) { return; //Job has not completed } else { clearInterval(addManagementTrafficTypeIntervalID); if (result.jobstatus == 1) { returnedTrafficTypes.push(result.jobresult.traffictype); if(returnedTrafficTypes.length == requestedTrafficTypeCount) { //all requested traffic types have been added returnedBasicPhysicalNetwork.returnedTrafficTypes = returnedTrafficTypes; stepFns.configurePhysicalNetwork({ data: $.extend(args.data, { returnedBasicPhysicalNetwork: returnedBasicPhysicalNetwork }) }); } } else if (result.jobstatus == 2) { alert("Failed to add Management traffic type to basic zone. Error: " + _s(result.jobresult.errortext)); } } }, error: function(XMLHttpResponse) { var errorMsg = parseXMLHttpResponse(XMLHttpResponse); alert("Failed to add Management traffic type to basic zone. Error: " + errorMsg); } }); }, g_queryAsyncJobResultInterval); } }); // Storage traffic if (data.physicalNetworks && $.inArray('storage', data.physicalNetworks[0].trafficTypes) > -1) { label = trafficLabelParam('storage', data); $.ajax({ url: createURL('addTrafficType&physicalnetworkid=' + returnedBasicPhysicalNetwork.id + '&trafficType=Storage' + label), dataType: "json", success: function(json) { var jobId = json.addtraffictyperesponse.jobid; var addStorageTrafficTypeIntervalID = setInterval(function() { $.ajax({ url: createURL("queryAsyncJobResult&jobid=" + jobId), dataType: "json", success: function(json) { var result = json.queryasyncjobresultresponse; if (result.jobstatus == 0) { return; //Job has not completed } else { clearInterval(addStorageTrafficTypeIntervalID); if (result.jobstatus == 1) { returnedTrafficTypes.push(result.jobresult.traffictype); if(returnedTrafficTypes.length == requestedTrafficTypeCount) { //all requested traffic types have been added returnedBasicPhysicalNetwork.returnedTrafficTypes = returnedTrafficTypes; stepFns.configurePhysicalNetwork({ data: $.extend(args.data, { returnedBasicPhysicalNetwork: returnedBasicPhysicalNetwork }) }); } } else if (result.jobstatus == 2) { alert("Failed to add Management traffic type to basic zone. Error: " + _s(result.jobresult.errortext)); } } }, error: function(XMLHttpResponse) { var errorMsg = parseXMLHttpResponse(XMLHttpResponse); alert("Failed to add Management traffic type to basic zone. Error: " + errorMsg); } }); }, g_queryAsyncJobResultInterval); } }); } if (selectedNetworkOfferingHavingSG == true && selectedNetworkOfferingHavingEIP == true && selectedNetworkOfferingHavingELB == true) { label = trafficLabelParam('public', data); $.ajax({ url: createURL("addTrafficType&trafficType=Public&physicalnetworkid=" + returnedBasicPhysicalNetwork.id + label), dataType: "json", success: function(json) { var jobId = json.addtraffictyperesponse.jobid; var addPublicTrafficTypeIntervalID = setInterval(function() { $.ajax({ url: createURL("queryAsyncJobResult&jobid=" + jobId), dataType: "json", success: function(json) { var result = json.queryasyncjobresultresponse; if (result.jobstatus == 0) { return; //Job has not completed } else { clearInterval(addPublicTrafficTypeIntervalID); if (result.jobstatus == 1) { returnedTrafficTypes.push(result.jobresult.traffictype); if(returnedTrafficTypes.length == requestedTrafficTypeCount) { //all requested traffic types have been added returnedBasicPhysicalNetwork.returnedTrafficTypes = returnedTrafficTypes; stepFns.configurePhysicalNetwork({ data: $.extend(args.data, { returnedBasicPhysicalNetwork: returnedBasicPhysicalNetwork }) }); } } else if (result.jobstatus == 2) { alert("Failed to add Public traffic type to basic zone. Error: " + _s(result.jobresult.errortext)); } } }, error: function(XMLHttpResponse) { var errorMsg = parseXMLHttpResponse(XMLHttpResponse); alert("Failed to add Public traffic type to basic zone. Error: " + errorMsg); } }); }, g_queryAsyncJobResultInterval); } }); } } else if (result.jobstatus == 2) { alert("createPhysicalNetwork failed. Error: " + _s(result.jobresult.errortext)); } } }, error: function(XMLHttpResponse) { var errorMsg = parseXMLHttpResponse(XMLHttpResponse); alert("createPhysicalNetwork failed. Error: " + errorMsg); } }); }, g_queryAsyncJobResultInterval); } }); } else if(args.data.zone.networkType == "Advanced") { $(args.data.physicalNetworks).each(function(index) { var thisPhysicalNetwork = this; var array1 = []; array1.push("&name=" + todb(thisPhysicalNetwork.name)); if(thisPhysicalNetwork.isolationMethod != null && thisPhysicalNetwork.isolationMethod.length > 0) array1.push("&isolationmethods=" + todb(thisPhysicalNetwork.isolationMethod)); $.ajax({ url: createURL("createPhysicalNetwork&zoneid=" + args.data.returnedZone.id + array1.join("")), dataType: "json", success: function(json) { var jobId = json.createphysicalnetworkresponse.jobid; var createPhysicalNetworkIntervalID = setInterval(function() { $.ajax({ url: createURL("queryAsyncJobResult&jobid=" + jobId), dataType: "json", success: function(json) { var result = json.queryasyncjobresultresponse; if (result.jobstatus == 0) { return; //Job has not completed } else { clearInterval(createPhysicalNetworkIntervalID); if (result.jobstatus == 1) { var returnedPhysicalNetwork = result.jobresult.physicalnetwork; returnedPhysicalNetwork.originalId = thisPhysicalNetwork.id; var returnedTrafficTypes = []; var label; // Traffic type label $(thisPhysicalNetwork.trafficTypes).each(function(){ var thisTrafficType = this; var apiCmd = "addTrafficType&physicalnetworkid=" + returnedPhysicalNetwork.id; if(thisTrafficType == "public") { apiCmd += "&trafficType=Public"; label = trafficLabelParam('public', data, index); } else if(thisTrafficType == "management") { apiCmd += "&trafficType=Management"; label = trafficLabelParam('management', data, index); } else if(thisTrafficType == "guest") { apiCmd += "&trafficType=Guest"; label = trafficLabelParam('guest', data, index); } else if(thisTrafficType == "storage") { apiCmd += "&trafficType=Storage"; label = trafficLabelParam('storage', data, index); } $.ajax({ url: createURL(apiCmd + label), dataType: "json", success: function(json) { var jobId = json.addtraffictyperesponse.jobid; var addTrafficTypeIntervalID = setInterval(function() { $.ajax({ url: createURL("queryAsyncJobResult&jobid=" + jobId), dataType: "json", success: function(json) { var result = json.queryasyncjobresultresponse; if (result.jobstatus == 0) { return; //Job has not completed } else { clearInterval(addTrafficTypeIntervalID); if (result.jobstatus == 1) { returnedTrafficTypes.push(result.jobresult.traffictype); if(returnedTrafficTypes.length == thisPhysicalNetwork.trafficTypes.length) { //this physical network is complete (specified traffic types are added) returnedPhysicalNetwork.returnedTrafficTypes = returnedTrafficTypes; returnedPhysicalNetworks.push(returnedPhysicalNetwork); if(returnedPhysicalNetworks.length == args.data.physicalNetworks.length) { //all physical networks are complete stepFns.configurePhysicalNetwork({ data: $.extend(args.data, { returnedPhysicalNetworks: returnedPhysicalNetworks }) }); } } } else if (result.jobstatus == 2) { alert(apiCmd + " failed. Error: " + _s(result.jobresult.errortext)); } } }, error: function(XMLHttpResponse) { var errorMsg = parseXMLHttpResponse(XMLHttpResponse); alert(apiCmd + " failed. Error: " + errorMsg); } }); }, g_queryAsyncJobResultInterval); } }); }); } else if (result.jobstatus == 2) { alert("createPhysicalNetwork failed. Error: " + _s(result.jobresult.errortext)); } } }, error: function(XMLHttpResponse) { var errorMsg = parseXMLHttpResponse(XMLHttpResponse); alert("createPhysicalNetwork failed. Error: " + errorMsg); } }); }, g_queryAsyncJobResultInterval); } }); }); } }, //afterCreateZonePhysicalNetworkTrafficTypes: enable physical network, enable virtual router element, enable network service provider configurePhysicalNetwork: function(args) { message(dictionary['message.configuring.physical.networks']); if(args.data.zone.networkType == "Basic") { $.ajax({ url: createURL("updatePhysicalNetwork&state=Enabled&id=" + args.data.returnedBasicPhysicalNetwork.id), dataType: "json", success: function(json) { var enablePhysicalNetworkIntervalID = setInterval(function() { $.ajax({ url: createURL("queryAsyncJobResult&jobId=" + json.updatephysicalnetworkresponse.jobid), dataType: "json", success: function(json) { var result = json.queryasyncjobresultresponse; if (result.jobstatus == 0) { return; //Job has not completed } else { clearInterval(enablePhysicalNetworkIntervalID); if (result.jobstatus == 1) { //alert("updatePhysicalNetwork succeeded."); // get network service provider ID of Virtual Router var virtualRouterProviderId; $.ajax({ url: createURL("listNetworkServiceProviders&name=VirtualRouter&physicalNetworkId=" + args.data.returnedBasicPhysicalNetwork.id), dataType: "json", async: false, success: function(json) { var items = json.listnetworkserviceprovidersresponse.networkserviceprovider; if(items != null && items.length > 0) { virtualRouterProviderId = items[0].id; } } }); if(virtualRouterProviderId == null) { alert("error: listNetworkServiceProviders API doesn't return VirtualRouter provider ID"); return; } var virtualRouterElementId; $.ajax({ url: createURL("listVirtualRouterElements&nspid=" + virtualRouterProviderId), dataType: "json", async: false, success: function(json) { var items = json.listvirtualrouterelementsresponse.virtualrouterelement; if(items != null && items.length > 0) { virtualRouterElementId = items[0].id; } } }); if(virtualRouterElementId == null) { alert("error: listVirtualRouterElements API doesn't return Virtual Router Element Id"); return; } $.ajax({ url: createURL("configureVirtualRouterElement&enabled=true&id=" + virtualRouterElementId), dataType: "json", async: false, success: function(json) { var enableVirtualRouterElementIntervalID = setInterval(function() { $.ajax({ url: createURL("queryAsyncJobResult&jobId=" + json.configurevirtualrouterelementresponse.jobid), dataType: "json", success: function(json) { var result = json.queryasyncjobresultresponse; if (result.jobstatus == 0) { return; //Job has not completed } else { clearInterval(enableVirtualRouterElementIntervalID); if (result.jobstatus == 1) { //alert("configureVirtualRouterElement succeeded."); if(args.data.pluginFrom != null && args.data.pluginFrom.name == "installWizard") { selectedNetworkOfferingObj = args.data.pluginFrom.selectedNetworkOffering; } var data = { id: virtualRouterProviderId, state: 'Enabled' }; $.ajax({ url: createURL("updateNetworkServiceProvider"), data: data, async: false, success: function(json) { var enableVirtualRouterProviderIntervalID = setInterval(function() { $.ajax({ url: createURL("queryAsyncJobResult&jobId=" + json.updatenetworkserviceproviderresponse.jobid), dataType: "json", success: function(json) { var result = json.queryasyncjobresultresponse; if (result.jobstatus == 0) { return; //Job has not completed } else { clearInterval(enableVirtualRouterProviderIntervalID); if (result.jobstatus == 1) { //alert("Virtual Router Provider is enabled"); for(var i = 0; i < selectedBaremetalProviders.length; i++) { $.ajax({ url: createURL("listNetworkServiceProviders"), data: { name: selectedBaremetalProviders[i], physicalNetworkId: args.data.returnedBasicPhysicalNetwork.id }, async: false, success: function(json) { var items = json.listnetworkserviceprovidersresponse.networkserviceprovider; if(items != null && items.length > 0) { var providerId = items[0].id; $.ajax({ url: createURL("updateNetworkServiceProvider"), data: { id: providerId, state: 'Enabled' }, async: false, success: function(json) { var updateNetworkServiceProviderIntervalID = setInterval(function() { $.ajax({ url: createURL("queryAsyncJobResult&jobId=" + json.updatenetworkserviceproviderresponse.jobid), dataType: "json", success: function(json) { var result = json.queryasyncjobresultresponse; if (result.jobstatus == 0) { return; //Job has not completed } else { clearInterval(updateNetworkServiceProviderIntervalID); if (result.jobstatus == 1) { //baremetal provider has been enabled successfully } else if (result.jobstatus == 2) { alert(_s(result.jobresult.errortext)); } } }, error: function(XMLHttpResponse) { alert(parseXMLHttpResponse(XMLHttpResponse)); } }); }, g_queryAsyncJobResultInterval); } }); } } }); } if(args.data.pluginFrom != null && args.data.pluginFrom.name == "installWizard") { selectedNetworkOfferingHavingSG = args.data.pluginFrom.selectedNetworkOfferingHavingSG; } if(selectedNetworkOfferingHavingSG == true) { //need to Enable security group provider first message(dictionary['message.enabling.security.group.provider']); // get network service provider ID of Security Group var securityGroupProviderId; $.ajax({ url: createURL("listNetworkServiceProviders&name=SecurityGroupProvider&physicalNetworkId=" + args.data.returnedBasicPhysicalNetwork.id), dataType: "json", async: false, success: function(json) { var items = json.listnetworkserviceprovidersresponse.networkserviceprovider; if(items != null && items.length > 0) { securityGroupProviderId = items[0].id; } } }); if(securityGroupProviderId == null) { alert("error: listNetworkServiceProviders API doesn't return security group provider ID"); return; } $.ajax({ url: createURL("updateNetworkServiceProvider&state=Enabled&id=" + securityGroupProviderId), dataType: "json", async: false, success: function(json) { var enableSecurityGroupProviderIntervalID = setInterval(function() { $.ajax({ url: createURL("queryAsyncJobResult&jobId=" + json.updatenetworkserviceproviderresponse.jobid), dataType: "json", success: function(json) { var result = json.queryasyncjobresultresponse; if (result.jobstatus == 0) { return; //Job has not completed } else { clearInterval(enableSecurityGroupProviderIntervalID); if (result.jobstatus == 1) { //Security group provider has been enabled successfully stepFns.addNetscalerProvider({ data: args.data }); } else if (result.jobstatus == 2) { alert("failed to enable security group provider. Error: " + _s(result.jobresult.errortext)); } } }, error: function(XMLHttpResponse) { var errorMsg = parseXMLHttpResponse(XMLHttpResponse); alert("failed to enable security group provider. Error: " + errorMsg); } }); }, g_queryAsyncJobResultInterval); } }); } else { //selectedNetworkOfferingHavingSG == false stepFns.addNetscalerProvider({ data: args.data }); } } else if (result.jobstatus == 2) { alert("failed to enable Virtual Router Provider. Error: " + _s(result.jobresult.errortext)); } } }, error: function(XMLHttpResponse) { var errorMsg = parseXMLHttpResponse(XMLHttpResponse); alert("failed to enable Virtual Router Provider. Error: " + errorMsg); } }); }, g_queryAsyncJobResultInterval); } }); } else if (result.jobstatus == 2) { alert("configureVirtualRouterElement failed. Error: " + _s(result.jobresult.errortext)); } } }, error: function(XMLHttpResponse) { var errorMsg = parseXMLHttpResponse(XMLHttpResponse); alert("configureVirtualRouterElement failed. Error: " + errorMsg); } }); }, g_queryAsyncJobResultInterval); } }); } else if (result.jobstatus == 2) { alert("updatePhysicalNetwork failed. Error: " + _s(result.jobresult.errortext)); } } }, error: function(XMLHttpResponse) { var errorMsg = parseXMLHttpResponse(XMLHttpResponse); alert("updatePhysicalNetwork failed. Error: " + errorMsg); } }); }, g_queryAsyncJobResultInterval); } }); } else if(args.data.zone.networkType == "Advanced") { $(args.data.returnedPhysicalNetworks).each(function(){ var thisPhysicalNetwork = this; $.ajax({ url: createURL("updatePhysicalNetwork&state=Enabled&id=" + thisPhysicalNetwork.id), dataType: "json", success: function(json) { var jobId = json.updatephysicalnetworkresponse.jobid; var enablePhysicalNetworkIntervalID = setInterval(function() { $.ajax({ url: createURL("queryAsyncJobResult&jobId="+jobId), dataType: "json", success: function(json) { var result = json.queryasyncjobresultresponse; if (result.jobstatus == 0) { return; //Job has not completed } else { clearInterval(enablePhysicalNetworkIntervalID); if (result.jobstatus == 1) { //alert("enable physical network succeeded."); // ***** Virtual Router ***** (begin) ***** var virtualRouterProviderId; $.ajax({ url: createURL("listNetworkServiceProviders&name=VirtualRouter&physicalNetworkId=" + thisPhysicalNetwork.id), dataType: "json", async: false, success: function(json) { var items = json.listnetworkserviceprovidersresponse.networkserviceprovider; if(items != null && items.length > 0) { virtualRouterProviderId = items[0].id; } } }); if(virtualRouterProviderId == null) { alert("error: listNetworkServiceProviders API doesn't return VirtualRouter provider ID"); return; } var virtualRouterElementId; $.ajax({ url: createURL("listVirtualRouterElements&nspid=" + virtualRouterProviderId), dataType: "json", async: false, success: function(json) { var items = json.listvirtualrouterelementsresponse.virtualrouterelement; if(items != null && items.length > 0) { virtualRouterElementId = items[0].id; } } }); if(virtualRouterElementId == null) { alert("error: listVirtualRouterElements API doesn't return Virtual Router Element Id"); return; } $.ajax({ url: createURL("configureVirtualRouterElement&enabled=true&id=" + virtualRouterElementId), dataType: "json", async: false, success: function(json) { var jobId = json.configurevirtualrouterelementresponse.jobid; var enableVirtualRouterElementIntervalID = setInterval(function() { $.ajax({ url: createURL("queryAsyncJobResult&jobId="+jobId), dataType: "json", success: function(json) { var result = json.queryasyncjobresultresponse; if (result.jobstatus == 0) { return; //Job has not completed } else { clearInterval(enableVirtualRouterElementIntervalID); if (result.jobstatus == 1) { //configureVirtualRouterElement succeeded $.ajax({ url: createURL("updateNetworkServiceProvider&state=Enabled&id=" + virtualRouterProviderId), dataType: "json", async: false, success: function(json) { var jobId = json.updatenetworkserviceproviderresponse.jobid; var enableVirtualRouterProviderIntervalID = setInterval(function() { $.ajax({ url: createURL("queryAsyncJobResult&jobId="+jobId), dataType: "json", success: function(json) { var result = json.queryasyncjobresultresponse; if (result.jobstatus == 0) { return; //Job has not completed } else { clearInterval(enableVirtualRouterProviderIntervalID); if (result.jobstatus == 1) { //Virtual Router Provider has been enabled successfully advZoneConfiguredVirtualRouterCount++; if(advZoneConfiguredVirtualRouterCount == args.data.returnedPhysicalNetworks.length) { //not call next stepFns.addXXX() until virtualRouter of all physical networks get configured if(args.data.zone.sgEnabled != true) { //Advanced SG-disabled zone stepFns.addPod({ data: args.data }); } else { //args.data.zone.sgEnabled == true //Advanced SG-enabled zone stepFns.addGuestNetwork({ data: args.data }); } } } else if (result.jobstatus == 2) { alert("failed to enable Virtual Router Provider. Error: " + _s(result.jobresult.errortext)); } } }, error: function(XMLHttpResponse) { var errorMsg = parseXMLHttpResponse(XMLHttpResponse); alert("updateNetworkServiceProvider failed. Error: " + errorMsg); } }); }, g_queryAsyncJobResultInterval); } }); } else if (result.jobstatus == 2) { alert("configureVirtualRouterElement failed. Error: " + _s(result.jobresult.errortext)); } } }, error: function(XMLHttpResponse) { var errorMsg = parseXMLHttpResponse(XMLHttpResponse); alert("configureVirtualRouterElement failed. Error: " + errorMsg); } }); }, g_queryAsyncJobResultInterval); } }); // ***** Virtual Router ***** (end) ***** if(args.data.zone.sgEnabled != true) { //Advanced SG-disabled zone // ***** VPC Virtual Router ***** (begin) ***** var vpcVirtualRouterProviderId; $.ajax({ url: createURL("listNetworkServiceProviders&name=VpcVirtualRouter&physicalNetworkId=" + thisPhysicalNetwork.id), dataType: "json", async: false, success: function(json) { var items = json.listnetworkserviceprovidersresponse.networkserviceprovider; if(items != null && items.length > 0) { vpcVirtualRouterProviderId = items[0].id; } } }); if(vpcVirtualRouterProviderId == null) { alert("error: listNetworkServiceProviders API doesn't return VpcVirtualRouter provider ID"); return; } var vpcVirtualRouterElementId; $.ajax({ url: createURL("listVirtualRouterElements&nspid=" + vpcVirtualRouterProviderId), dataType: "json", async: false, success: function(json) { var items = json.listvirtualrouterelementsresponse.virtualrouterelement; if(items != null && items.length > 0) { vpcVirtualRouterElementId = items[0].id; } } }); if(vpcVirtualRouterElementId == null) { alert("error: listVirtualRouterElements API doesn't return VPC Virtual Router Element Id"); return; } $.ajax({ url: createURL("configureVirtualRouterElement&enabled=true&id=" + vpcVirtualRouterElementId), dataType: "json", async: false, success: function(json) { var jobId = json.configurevirtualrouterelementresponse.jobid; var enableVpcVirtualRouterElementIntervalID = setInterval(function() { $.ajax({ url: createURL("queryAsyncJobResult&jobId="+jobId), dataType: "json", success: function(json) { var result = json.queryasyncjobresultresponse; if (result.jobstatus == 0) { return; //Job has not completed } else { clearInterval(enableVpcVirtualRouterElementIntervalID); if (result.jobstatus == 1) { //configureVirtualRouterElement succeeded $.ajax({ url: createURL("updateNetworkServiceProvider&state=Enabled&id=" + vpcVirtualRouterProviderId), dataType: "json", async: false, success: function(json) { var jobId = json.updatenetworkserviceproviderresponse.jobid; var enableVpcVirtualRouterProviderIntervalID = setInterval(function() { $.ajax({ url: createURL("queryAsyncJobResult&jobId="+jobId), dataType: "json", success: function(json) { var result = json.queryasyncjobresultresponse; if (result.jobstatus == 0) { return; //Job has not completed } else { clearInterval(enableVpcVirtualRouterProviderIntervalID); if (result.jobstatus == 1) { //VPC Virtual Router has been enabled successfully //don't need to do anything here } else if (result.jobstatus == 2) { alert("failed to enable VPC Virtual Router Provider. Error: " + _s(result.jobresult.errortext)); } } }, error: function(XMLHttpResponse) { var errorMsg = parseXMLHttpResponse(XMLHttpResponse); alert("failed to enable VPC Virtual Router Provider. Error: " + errorMsg); } }); }, g_queryAsyncJobResultInterval); } }); } else if (result.jobstatus == 2) { alert("configureVirtualRouterElement failed. Error: " + _s(result.jobresult.errortext)); } } }, error: function(XMLHttpResponse) { var errorMsg = parseXMLHttpResponse(XMLHttpResponse); alert("configureVirtualRouterElement failed. Error: " + errorMsg); } }); }, g_queryAsyncJobResultInterval); } }); // ***** VPC Virtual Router ***** (end) ***** } else { //args.data.zone.sgEnabled == true //Advanced SG-enabled zone message(dictionary['message.enabling.security.group.provider']); // get network service provider ID of Security Group var securityGroupProviderId; $.ajax({ url: createURL("listNetworkServiceProviders&name=SecurityGroupProvider&physicalNetworkId=" + thisPhysicalNetwork.id), dataType: "json", async: false, success: function(json) { var items = json.listnetworkserviceprovidersresponse.networkserviceprovider; if(items != null && items.length > 0) { securityGroupProviderId = items[0].id; } } }); if(securityGroupProviderId == null) { alert("error: listNetworkServiceProviders API doesn't return security group provider ID"); return; } $.ajax({ url: createURL("updateNetworkServiceProvider&state=Enabled&id=" + securityGroupProviderId), dataType: "json", async: false, success: function(json) { var enableSecurityGroupProviderIntervalID = setInterval(function() { $.ajax({ url: createURL("queryAsyncJobResult&jobId=" + json.updatenetworkserviceproviderresponse.jobid), dataType: "json", success: function(json) { var result = json.queryasyncjobresultresponse; if (result.jobstatus == 0) { return; //Job has not completed } else { clearInterval(enableSecurityGroupProviderIntervalID); if (result.jobstatus == 1) { //Security group provider has been enabled successfully //don't need to do anything here } else if (result.jobstatus == 2) { alert("failed to enable security group provider. Error: " + _s(result.jobresult.errortext)); } } }, error: function(XMLHttpResponse) { var errorMsg = parseXMLHttpResponse(XMLHttpResponse); alert("failed to enable security group provider. Error: " + errorMsg); } }); }, g_queryAsyncJobResultInterval); } }); } } else if (result.jobstatus == 2) { alert("failed to enable physical network. Error: " + _s(result.jobresult.errortext)); } } }, error: function(XMLHttpResponse) { alert("failed to enable physical network. Error: " + parseXMLHttpResponse(XMLHttpResponse)); } }); }, g_queryAsyncJobResultInterval); } }); }); } }, addNetscalerProvider: function(args) { if(selectedNetworkOfferingHavingNetscaler == true) { message(dictionary['message.adding.Netscaler.provider']); $.ajax({ url: createURL("addNetworkServiceProvider&name=Netscaler&physicalnetworkid=" + args.data.returnedBasicPhysicalNetwork.id), dataType: "json", async: false, success: function(json) { var addNetscalerProviderIntervalID = setInterval(function() { $.ajax({ url: createURL("queryAsyncJobResult&jobId=" + json.addnetworkserviceproviderresponse.jobid), dataType: "json", success: function(json) { var result = json.queryasyncjobresultresponse; if (result.jobstatus == 0) { return; //Job has not completed } else { clearInterval(addNetscalerProviderIntervalID); if (result.jobstatus == 1) { args.data.returnedNetscalerProvider = result.jobresult.networkserviceprovider; stepFns.addNetscalerDevice({ data: args.data }); } else if (result.jobstatus == 2) { alert("addNetworkServiceProvider&name=Netscaler failed. Error: " + _s(result.jobresult.errortext)); } } }, error: function(XMLHttpResponse) { var errorMsg = parseXMLHttpResponse(XMLHttpResponse); alert("addNetworkServiceProvider&name=Netscaler failed. Error: " + errorMsg); } }); }, g_queryAsyncJobResultInterval); } }); //add netscaler provider (end) } else { //selectedNetworkOfferingHavingNetscaler == false //create a guest network for basic zone stepFns.addGuestNetwork({ data: args.data }); } }, addNetscalerDevice: function(args) { message(dictionary['message.adding.Netscaler.device']); var array1 = []; array1.push("&physicalnetworkid=" + args.data.returnedBasicPhysicalNetwork.id); array1.push("&username=" + todb(args.data.basicPhysicalNetwork.username)); array1.push("&password=" + todb(args.data.basicPhysicalNetwork.password)); array1.push("&networkdevicetype=" + todb(args.data.basicPhysicalNetwork.networkdevicetype)); //construct URL starts here var url = []; var ip = args.data.basicPhysicalNetwork.ip; url.push("https://" + ip); var isQuestionMarkAdded = false; var publicInterface = args.data.basicPhysicalNetwork.publicinterface; if(publicInterface != null && publicInterface.length > 0) { if(isQuestionMarkAdded == false) { url.push("?"); isQuestionMarkAdded = true; } else { url.push("&"); } url.push("publicinterface=" + publicInterface); } var privateInterface = args.data.basicPhysicalNetwork.privateinterface; if(privateInterface != null && privateInterface.length > 0) { if(isQuestionMarkAdded == false) { url.push("?"); isQuestionMarkAdded = true; } else { url.push("&"); } url.push("privateinterface=" + privateInterface); } var numretries = args.data.basicPhysicalNetwork.numretries; if(numretries != null && numretries.length > 0) { if(isQuestionMarkAdded == false) { url.push("?"); isQuestionMarkAdded = true; } else { url.push("&"); } url.push("numretries=" + numretries); } var isInline = args.data.basicPhysicalNetwork.inline; if(isInline != null && isInline.length > 0) { if(isQuestionMarkAdded == false) { url.push("?"); isQuestionMarkAdded = true; } else { url.push("&"); } url.push("inline=" + isInline); } var capacity = args.data.basicPhysicalNetwork.capacity; if(capacity != null && capacity.length > 0) { if(isQuestionMarkAdded == false) { url.push("?"); isQuestionMarkAdded = true; } else { url.push("&"); } url.push("lbdevicecapacity=" + capacity); } var dedicated = (args.data.basicPhysicalNetwork.dedicated == "on"); //boolean (true/false) if(isQuestionMarkAdded == false) { url.push("?"); isQuestionMarkAdded = true; } else { url.push("&"); } url.push("lbdevicededicated=" + dedicated.toString()); array1.push("&url=" + todb(url.join(""))); //construct URL ends here $.ajax({ url: createURL("addNetscalerLoadBalancer" + array1.join("")), dataType: "json", success: function(json) { var addNetscalerLoadBalancerIntervalID = setInterval(function() { $.ajax({ url: createURL("queryAsyncJobResult&jobid=" + json.addnetscalerloadbalancerresponse.jobid), dataType: "json", success: function(json) { var result = json.queryasyncjobresultresponse; if(result.jobstatus == 0) { return; } else { clearInterval(addNetscalerLoadBalancerIntervalID); if(result.jobstatus == 1) { args.data.returnedNetscalerProvider.returnedNetscalerloadbalancer = result.jobresult.netscalerloadbalancer; $.ajax({ url: createURL("updateNetworkServiceProvider&state=Enabled&id=" + args.data.returnedNetscalerProvider.id), dataType: "json", success: function(json) { var enableNetscalerProviderIntervalID = setInterval(function() { $.ajax({ url: createURL("queryAsyncJobResult&jobid=" + json.updatenetworkserviceproviderresponse.jobid), dataType: "json", success: function(json) { var result = json.queryasyncjobresultresponse; if(result.jobstatus == 0) { return; } else { clearInterval(enableNetscalerProviderIntervalID); if(result.jobstatus == 1) { stepFns.addGuestNetwork({ data: args.data }); } else if(result.jobstatus == 2) { alert("failed to enable Netscaler provider. Error: " + _s(result.jobresult.errortext)); } } } }); }, g_queryAsyncJobResultInterval); }, error: function(XMLHttpResponse) { var errorMsg = parseXMLHttpResponse(XMLHttpResponse); alert("failed to enable Netscaler provider. Error: " + errorMsg); } }); } else if(result.jobstatus == 2) { //addNetscalerLoadBalancer failed error('addNetscalerDevice', _s(result.jobresult.errortext), { fn: 'addNetscalerDevice', args: args }); } } } }); }, g_queryAsyncJobResultInterval); }, error: function(XMLHttpResponse) { var errorMsg = parseXMLHttpResponse(XMLHttpResponse); error('addNetscalerDevice', errorMsg, { fn: 'addNetscalerDevice', args: args }); } }); }, addGuestNetwork: function(args) { //create a guest network for Basic zone or Advanced zone with SG message(dictionary['message.creating.guest.network']); var data = { zoneid: args.data.returnedZone.id, name: 'defaultGuestNetwork', displaytext: 'defaultGuestNetwork', networkofferingid: args.data.zone.networkOfferingId }; //Advanced zone with SG if(args.data.zone.networkType == "Advanced" && args.data.zone.sgEnabled == true) { $.extend(data, { gateway: args.data.guestTraffic.guestGateway, netmask: args.data.guestTraffic.guestNetmask, startip: args.data.guestTraffic.guestStartIp, vlan: args.data.guestTraffic.vlanId }); if(args.data.guestTraffic.guestEndIp != null && args.data.guestTraffic.guestEndIp.length > 0) { $.extend(data, { endip: args.data.guestTraffic.guestEndIp }); } } $.ajax({ url: createURL('createNetwork'), data: data, async: false, success: function(json) { //basic zone has only one physical network => addPod() will be called only once => so don't need to double-check before calling addPod() stepFns.addPod({ data: $.extend(args.data, { returnedGuestNetwork: json.createnetworkresponse.network }) }); }, error: function(XMLHttpResponse) { var errorMsg = parseXMLHttpResponse(XMLHttpResponse); alert("failed to create a guest network for basic zone. Error: " + errorMsg); } }); }, addPod: function(args) { message(dictionary['message.creating.pod']); var array3 = []; array3.push("&zoneId=" + args.data.returnedZone.id); array3.push("&name=" + todb(args.data.pod.name)); array3.push("&gateway=" + todb(args.data.pod.reservedSystemGateway)); array3.push("&netmask=" + todb(args.data.pod.reservedSystemNetmask)); array3.push("&startIp=" + todb(args.data.pod.reservedSystemStartIp)); var endip = args.data.pod.reservedSystemEndIp; //optional if (endip != null && endip.length > 0) array3.push("&endIp=" + todb(endip)); $.ajax({ url: createURL("createPod" + array3.join("")), dataType: "json", async: false, success: function(json) { stepFns.configurePublicTraffic({ data: $.extend(args.data, { returnedPod: json.createpodresponse.pod }) }); }, error: function(XMLHttpResponse) { var errorMsg = parseXMLHttpResponse(XMLHttpResponse); error('addPod', errorMsg, { fn: 'addPod', args: args }); } }); }, configurePublicTraffic: function(args) { if((args.data.zone.networkType == "Basic" && (selectedNetworkOfferingHavingSG == true && selectedNetworkOfferingHavingEIP == true && selectedNetworkOfferingHavingELB == true)) ||(args.data.zone.networkType == "Advanced" && args.data.zone.sgEnabled != true)) { message(dictionary['message.configuring.public.traffic']); var stopNow = false; $(args.data.publicTraffic).each(function(){ var thisPublicVlanIpRange = this; //check whether the VlanIpRange exists or not (begin) var isExisting = false; $(returnedPublicVlanIpRanges).each(function() { if(this.vlan == thisPublicVlanIpRange.vlanid && this.startip == thisPublicVlanIpRange.startip && this.netmask == thisPublicVlanIpRange.netmask && this.gateway == thisPublicVlanIpRange.gateway) { isExisting = true; return false; //break each loop } }); if(isExisting == true) return; //skip current item to next item (continue each loop) //check whether the VlanIpRange exists or not (end) var array1 = []; array1.push("&zoneId=" + args.data.returnedZone.id); if (this.vlanid != null && this.vlanid.length > 0) array1.push("&vlan=" + todb(this.vlanid)); else array1.push("&vlan=untagged"); array1.push("&gateway=" + this.gateway); array1.push("&netmask=" + this.netmask); array1.push("&startip=" + this.startip); if(this.endip != null && this.endip.length > 0) array1.push("&endip=" + this.endip); if(args.data.zone.networkType == "Basic") { array1.push("&forVirtualNetwork=true"); } else if(args.data.zone.networkType == "Advanced") { if(args.data.zone.sgEnabled != true) { array1.push("&forVirtualNetwork=true"); } else { //args.data.zone.sgEnabled == true array1.push("&forVirtualNetwork=false"); } } $.ajax({ url: createURL("createVlanIpRange" + array1.join("")), dataType: "json", async: false, success: function(json) { var item = json.createvlaniprangeresponse.vlan; returnedPublicVlanIpRanges.push(item); }, error: function(XMLHttpResponse) { var errorMsg = parseXMLHttpResponse(XMLHttpResponse); error('configurePublicTraffic', errorMsg, { fn: 'configurePublicTraffic', args: args }); stopNow = true; } }); if(stopNow == true) return false; //break each loop, don't create next VlanIpRange }); if(stopNow == true) return; //stop the whole process stepFns.configureStorageTraffic({ data: $.extend(args.data, { returnedPublicTraffic: returnedPublicVlanIpRanges }) }); } else if(args.data.zone.networkType == "Advanced" && args.data.zone.sgEnabled == true) { // Advanced SG-enabled zone doesn't have public traffic type stepFns.configureStorageTraffic({ data: args.data }); } else { //basic zone without public traffic type , skip to next step if (data.physicalNetworks && $.inArray('storage', data.physicalNetworks[0].trafficTypes) > -1) { stepFns.configureStorageTraffic({ data: args.data }); } else { stepFns.configureGuestTraffic({ data: args.data }); } } }, configureStorageTraffic: function(args) { var complete = function(data) { stepFns.configureGuestTraffic({ data: $.extend(args.data, data) }); }; var targetNetwork = $.grep(args.data.physicalNetworks, function(net) { return $.inArray('storage', net.trafficTypes) > -1; }); if (!targetNetwork.length) { return complete({}); } message(dictionary['message.configuring.storage.traffic']); var storageIPRanges = args.data.storageTraffic; var tasks = []; var taskTimer; $(storageIPRanges).each(function() { var item = this; if('vlan' in item && (item.vlan == null || item.vlan.length == 0)) delete item.vlan; $.ajax({ url: createURL('createStorageNetworkIpRange'), data: $.extend(true, {}, item, { zoneid: args.data.returnedZone.id, podid: args.data.returnedPod.id }), success: function(json) { tasks.push({ jobid: json.createstoragenetworkiprangeresponse.jobid, complete: false }); }, error: function(json) { tasks.push({ error: true, message: parseXMLHttpResponse(json) }); } }); }); taskTimer = setInterval(function() { var completedTasks = $.grep(tasks, function(task) { return task.complete || task.error; }); var errorTasks = $.grep(tasks, function(task) { return task.error; }); if (completedTasks.length == storageIPRanges.length) { clearInterval(taskTimer); if (errorTasks.length) { return error('configureStorageTraffic', errorTasks[0].message, { fn: 'configureStorageTraffic', args: args }); } return complete({}); } if (tasks.length == storageIPRanges.length) { $(tasks).each(function() { var task = this; if (task.error) return true; pollAsyncJobResult({ _custom: { jobId: task.jobid }, complete: function() { task.complete = true; }, error: function(args) { task.error = true; task.message = args.message; } }); return true; }); } return true; }, 1000); return true; }, configureGuestTraffic: function(args) { if(skipGuestTrafficStep == true) { stepFns.addCluster({ data: args.data }); return; } message(dictionary['message.configuring.guest.traffic']); if(args.data.returnedZone.networktype == "Basic") { //create an VlanIpRange for guest network in basic zone var array1 = []; array1.push("&podid=" + args.data.returnedPod.id); array1.push("&networkid=" + args.data.returnedGuestNetwork.id); array1.push("&gateway=" + args.data.guestTraffic.guestGateway); array1.push("&netmask=" + args.data.guestTraffic.guestNetmask); array1.push("&startip=" + args.data.guestTraffic.guestStartIp); if(args.data.guestTraffic.guestEndIp != null && args.data.guestTraffic.guestEndIp.length > 0) array1.push("&endip=" + args.data.guestTraffic.guestEndIp); array1.push("&forVirtualNetwork=false"); //indicates this new IP range is for guest network, not public network $.ajax({ url: createURL("createVlanIpRange" + array1.join("")), dataType: "json", success: function(json) { args.data.returnedGuestNetwork.returnedVlanIpRange = json.createvlaniprangeresponse.vlan; //when hypervisor is BareMetal (begin) if(args.data.cluster.hypervisor == "BareMetal") { alert('Zone creation is completed. Please refresh this page.'); } else { stepFns.addCluster({ data: args.data }); } //when hypervisor is BareMetal (end) }, error: function(XMLHttpResponse) { var errorMsg = parseXMLHttpResponse(XMLHttpResponse); error('configureGuestTraffic', errorMsg, { fn: 'configureGuestTraffic', args: args }); } }); } else if(args.data.returnedZone.networktype == "Advanced") { //update VLAN in physical network(s) in advanced zone var physicalNetworksHavingGuestIncludingVlan = []; $(args.data.physicalNetworks).each(function(){ if(this.guestConfiguration != null && this.guestConfiguration.vlanRangeStart != null && this.guestConfiguration.vlanRangeStart.length > 0) { physicalNetworksHavingGuestIncludingVlan.push(this); } }); if(physicalNetworksHavingGuestIncludingVlan.length == 0) { stepFns.addCluster({ data: args.data }); } else { var updatedCount = 0; $(physicalNetworksHavingGuestIncludingVlan).each(function(){ var vlan; if(this.guestConfiguration.vlanRangeEnd == null || this.guestConfiguration.vlanRangeEnd.length == 0) vlan = this.guestConfiguration.vlanRangeStart; else vlan = this.guestConfiguration.vlanRangeStart + "-" + this.guestConfiguration.vlanRangeEnd; var originalId = this.id; var returnedId; $(args.data.returnedPhysicalNetworks).each(function(){ if(this.originalId == originalId) { returnedId = this.id; return false; //break the loop } }); $.ajax({ url: createURL("updatePhysicalNetwork&id=" + returnedId + "&vlan=" + todb(vlan)), dataType: "json", success: function(json) { var jobId = json.updatephysicalnetworkresponse.jobid; var updatePhysicalNetworkVlanIntervalID = setInterval(function() { $.ajax({ url: createURL("queryAsyncJobResult&jobid=" + jobId), dataType: "json", success: function(json) { var result = json.queryasyncjobresultresponse; if(result.jobstatus == 0) { return; } else { clearInterval(updatePhysicalNetworkVlanIntervalID); if(result.jobstatus == 1) { updatedCount++; if(updatedCount == physicalNetworksHavingGuestIncludingVlan.length) { stepFns.addCluster({ data: args.data }); } } else if(result.jobstatus == 2){ alert("error: " + _s(result.jobresult.errortext)); } } }, error: function(XMLHttpResponse) { var errorMsg = parseXMLHttpResponse(XMLHttpResponse); error('configureGuestTraffic', errorMsg, { fn: 'configureGuestTraffic', args: args }); } }); }, g_queryAsyncJobResultInterval); } }); }); } } }, addCluster: function(args) { message(dictionary['message.creating.cluster']); // Have cluster use zone's hypervisor args.data.cluster.hypervisor = args.data.zone.hypervisor ? args.data.zone.hypervisor : args.data.cluster.hypervisor; var array1 = []; array1.push("&zoneId=" + args.data.returnedZone.id); array1.push("&hypervisor=" + args.data.cluster.hypervisor); var clusterType; if(args.data.cluster.hypervisor == "VMware") clusterType="ExternalManaged"; else clusterType="CloudManaged"; array1.push("&clustertype=" + clusterType); array1.push("&podId=" + args.data.returnedPod.id); var clusterName = args.data.cluster.name; if(args.data.cluster.hypervisor == "VMware") { array1.push("&username=" + todb(args.data.cluster.vCenterUsername)); array1.push("&password=" + todb(args.data.cluster.vCenterPassword)); //dvswitch is enabled if(args.data.cluster.vSwitchPublicType != "") array1.push('&publicvswitchtype=' + args.data.cluster.vSwitchPublicType); if(args.data.cluster.vSwitchPublicName != "") array1.push("&publicvswitchname=" +args.data.cluster.vSwitchPublicName); if(args.data.cluster.vSwitchGuestType != "") array1.push('&guestvswitchtype=' + args.data.cluster.vSwitchGuestType); if(args.data.cluster.vSwitchGuestName !="") array1.push("&guestvswitchname=" +args.data.cluster.vSwitchGuestName); if (args.data.cluster.vsmipaddress) { // vSwitch is enabled array1.push('&vsmipaddress=' + args.data.cluster.vsmipaddress); array1.push('&vsmusername=' + args.data.cluster.vsmusername); array1.push('&vsmpassword=' + args.data.cluster.vsmpassword); } var hostname = args.data.cluster.vCenterHost; var dcName = args.data.cluster.vCenterDatacenter; var url; if(hostname.indexOf("http://") == -1) url = "http://" + hostname; else url = hostname; url += "/" + dcName + "/" + clusterName; array1.push("&url=" + todb(url)); clusterName = hostname + "/" + dcName + "/" + clusterName; //override clusterName } array1.push("&clustername=" + todb(clusterName)); $.ajax({ url: createURL("addCluster" + array1.join("")), dataType: "json", async: true, success: function(json) { if(args.data.cluster.hypervisor != "VMware") { stepFns.addHost({ data: $.extend(args.data, { returnedCluster: json.addclusterresponse.cluster[0] }) }); } else { stepFns.addPrimaryStorage({ data: $.extend(args.data, { returnedCluster: json.addclusterresponse.cluster[0] }) }); } }, error: function(XMLHttpResponse) { var errorMsg = parseXMLHttpResponse(XMLHttpResponse); error('addCluster', errorMsg, { fn: 'addCluster', args: args }); } }); }, addHost: function(args) { message(dictionary['message.adding.host']); var data = { zoneid: args.data.returnedZone.id, podid: args.data.returnedPod.id, clusterid: args.data.returnedCluster.id, hypervisor: args.data.returnedCluster.hypervisortype, clustertype: args.data.returnedCluster.clustertype, hosttags: args.data.host.hosttags, username: args.data.host.username, password: args.data.host.password }; var hostname = args.data.host.hostname; var url; if(hostname.indexOf("http://")==-1) { url = "http://" + hostname; } else { url = hostname; } $.extend(data,{ url: url }); if (args.data.cluster.hypervisor == "BareMetal") { $.extend(data, { cpunumber: args.data.host.baremetalCpuCores, cpuspeed: args.data.host.baremetalCpu, memory: args.data.host.baremetalMemory, hostmac: args.data.host.baremetalMAC }); } else if(args.data.cluster.hypervisor == "Ovm") { $.extend(data, { agentusername: args.data.host.agentUsername, agentpassword: args.data.host.agentPassword }); } $.ajax({ url: createURL("addHost"), type: "POST", data: data, success: function(json) { stepFns.addPrimaryStorage({ data: $.extend(args.data, { returnedHost: json.addhostresponse.host[0] }) }); }, error: function(XMLHttpResponse) { var errorMsg = parseXMLHttpResponse(XMLHttpResponse); error('addHost', errorMsg, { fn: 'addHost', args: args }); } }); }, addPrimaryStorage: function(args) { if(args.data.zone.localstorageenabled == 'on') { //use local storage, don't need primary storage. So, skip this step. stepFns.addSecondaryStorage({ data: args.data }); return; } message(dictionary['message.creating.primary.storage']); var array1 = []; array1.push("&zoneid=" + args.data.returnedZone.id); array1.push("&podId=" + args.data.returnedPod.id); array1.push("&clusterid=" + args.data.returnedCluster.id); array1.push("&name=" + todb(args.data.primaryStorage.name)); var server = args.data.primaryStorage.server; var url = null; if (args.data.primaryStorage.protocol == "nfs") { //var path = trim($thisDialog.find("#add_pool_path").val()); var path = args.data.primaryStorage.path; if(path.substring(0,1) != "/") path = "/" + path; url = nfsURL(server, path); } else if (args.data.primaryStorage.protocol == "PreSetup") { //var path = trim($thisDialog.find("#add_pool_path").val()); var path = args.data.primaryStorage.path; if(path.substring(0,1) != "/") path = "/" + path; url = presetupURL(server, path); } else if (args.data.primaryStorage.protocol == "ocfs2") { //var path = trim($thisDialog.find("#add_pool_path").val()); var path = args.data.primaryStorage.path; if(path.substring(0,1) != "/") path = "/" + path; url = ocfs2URL(server, path); } else if (args.data.primaryStorage.protocol == "SharedMountPoint") { //var path = trim($thisDialog.find("#add_pool_path").val()); var path = args.data.primaryStorage.path; if(path.substring(0,1) != "/") path = "/" + path; url = SharedMountPointURL(server, path); } else if (args.data.primaryStorage.protocol == "clvm") { //var vg = trim($thisDialog.find("#add_pool_clvm_vg").val()); var vg = args.data.primaryStorage.volumegroup; if(vg.substring(0,1) != "/") vg = "/" + vg; url = clvmURL(vg); } else if (args.data.primaryStorage.protocol == "vmfs") { //var path = trim($thisDialog.find("#add_pool_vmfs_dc").val()); var path = args.data.primaryStorage.vCenterDataCenter; if(path.substring(0,1) != "/") path = "/" + path; path += "/" + args.data.primaryStorage.vCenterDataStore; url = vmfsURL("dummy", path); } else { //var iqn = trim($thisDialog.find("#add_pool_iqn").val()); var iqn = args.data.primaryStorage.iqn; if(iqn.substring(0,1) != "/") iqn = "/" + iqn; var lun = args.data.primaryStorage.lun; url = iscsiURL(server, iqn, lun); } array1.push("&url=" + todb(url)); if(args.data.primaryStorage.storageTags != null && args.data.primaryStorage.storageTags.length > 0) array1.push("&tags=" + todb(args.data.primaryStorage.storageTags)); $.ajax({ url: createURL("createStoragePool" + array1.join("")), dataType: "json", success: function(json) { stepFns.addSecondaryStorage({ data: $.extend(args.data, { returnedPrimaryStorage: json.createstoragepoolresponse.storagepool }) }); }, error: function(XMLHttpResponse) { var errorMsg = parseXMLHttpResponse(XMLHttpResponse); error('addPrimaryStorage', errorMsg, { fn: 'addPrimaryStorage', args: args }); } }); }, addSecondaryStorage: function(args) { message(dictionary['message.creating.secondary.storage']); var nfs_server = args.data.secondaryStorage.nfsServer; var path = args.data.secondaryStorage.path; var url = nfsURL(nfs_server, path); $.ajax({ url: createURL("addSecondaryStorage&zoneId=" + args.data.returnedZone.id + "&url=" + todb(url)), dataType: "json", success: function(json) { complete({ data: $.extend(args.data, { returnedSecondaryStorage: json.addsecondarystorageresponse.secondarystorage }) }); }, error: function(XMLHttpResponse) { var errorMsg = parseXMLHttpResponse(XMLHttpResponse); error('addSecondaryStorage', errorMsg, { fn: 'addSecondaryStorage', args: args }); } }); } }; var complete = function(args) { message(dictionary['message.Zone.creation.complete']); success(args); }; if (startFn) { stepFns[startFn.fn]({ data: $.extend(startFn.args.data, data) }); } else { stepFns.addZone({}); } }, enableZoneAction: function(args) { $.ajax({ url: createURL("updateZone&allocationstate=Enabled&id=" + args.launchData.returnedZone.id), dataType: "json", success: function(json) { args.formData.returnedZone = json.updatezoneresponse.zone; args.response.success(); } }); } }; }(cloudStack, jQuery));