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monitor.infra.parsers.js
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monitor.infra.parsers.js
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/*
* Copyright (c) 2015 Juniper Networks, Inc. All rights reserved.
*/
define(
[ 'underscore' ,
'core-alarm-utils'],
function(_,coreAlarmUtils) {
var MonInfraParsers = function() {
var self = this;
var noDataStr = monitorInfraConstants.noDataStr;
var formatMemory = monitorInfraUtils.formatMemory;
var UVEModuleIds = monitorInfraConstants.UVEModuleIds;
var getOverallNodeStatus = monitorInfraUtils.getOverallNodeStatus;
//Parser for controlnode Dashboard data
this.parseControlNodesDashboardData = function (result) {
var retArr = [];
$.each(result,function(idx,d) {
var obj = {};
var routerType = getValueByJsonPath(d,
"value;ConfigData;bgp-router;bgp_router_parameters;router_type",
null);
if($.inArray(routerType, ctwc.BGP_AAS_ROUTERS) !== -1) {
return true;
}
var memCpuUsage = getValueByJsonPath(d,
'value;NodeStatus;process_mem_cpu_usage;contrail-control',{});
obj['x'] = parseInt(getValueByJsonPath(memCpuUsage,'cpu_share'));
obj['y'] = parseInt(getValueByJsonPath(memCpuUsage,'mem_res'))/1024;
obj['cpu'] = $.isNumeric(obj['x']) ? obj['x'].toFixed(2) : NaN;
obj['memory'] = formatBytes(obj['y'] * 1024 * 1024);
obj['x'] = $.isNumeric(obj['x']) ? obj['x'] : 0;
obj['y'] = $.isNumeric(obj['y']) ? obj['y'] : 0;
obj['histCpuArr'] =
monitorInfraUtils.parseUveHistoricalValues(d,'$.cpuStats.history-10');
obj['uveIP'] =
ifNull(jsonPath(d,'$..bgp_router_ip_list')[0],[]);
obj['configIP'] = ifNull(jsonPath(d,
'$..ConfigData..bgp_router_parameters.address')[0],'-');
obj['isConfigMissing'] = $.isEmptyObject(jsonPath(d,
'$..ConfigData')[0]) ? true : false;
obj['configuredBgpPeerCnt'] =
ifNull(jsonPath(d,'$.value.ConfigData.bgp-router.'+
'bgp_router_refs')[0],[]).length;
obj['isUveMissing'] =
$.isEmptyObject(jsonPath(d,'$..BgpRouterState')[0]) ?
true : false;
obj['ip'] =
ifNull(jsonPath(d,'$..bgp_router_ip_list[0]')[0],'-');
//If iplist is empty will display the config ip
if(obj['ip'] == '-') {
obj['ip'] = obj['configIP'];
}
obj['summaryIps'] = monitorInfraUtils.
getControlIpAddresses(d,"summary");
obj['size'] = ifNull(jsonPath(d,'$..output_queue_depth')[0],0);
obj['shape'] = 'circle';
obj['name'] = d['name'];
obj['link'] =
{
p: 'mon_infra_control',
q: {
type: 'controlNode',
view: 'details',
focusedElement: {
node: obj['name'],
tab:'details'
}
}
};
obj['version'] = ifEmpty(self.getNodeVersion(jsonPath(d,
'$.value.BgpRouterState.build_info')[0]),'-');
obj['totalPeerCount'] =
ifNull(jsonPath(d,'$..num_bgp_peer')[0],0) +
ifNull(jsonPath(d,'$..num_xmpp_peer')[0],0);
//Assign totalBgpPeerCnt as false if it doesn't exist in UVE
obj['totalBgpPeerCnt'] =
ifNull(jsonPath(d,'$..num_bgp_peer')[0],null);
obj['upBgpPeerCnt'] =
ifNull(jsonPath(d,'$..num_up_bgp_peer')[0],null);
obj['establishedPeerCount'] =
ifNull(jsonPath(d,'$..num_up_bgp_peer')[0],0);
obj['activevRouterCount'] =
ifNull(jsonPath(d,'$..num_up_xmpp_peer')[0],0);
obj['upXMPPPeerCnt'] =
ifNull(jsonPath(d,'$..num_up_xmpp_peer')[0],0);
obj['totalXMPPPeerCnt'] =
ifNull(jsonPath(d,'$..num_xmpp_peer')[0],0);
if(obj['totalXMPPPeerCnt'] > 0){
obj['downXMPPPeerCnt'] =
obj['totalXMPPPeerCnt'] - obj['upXMPPPeerCnt'];
} else {
obj['downXMPPPeerCnt'] = 0;
}
obj['downBgpPeerCnt'] = 0;
if(typeof(obj['totalBgpPeerCnt']) == "number" &&
typeof(obj['upBgpPeerCnt']) == "number" &&
obj['totalBgpPeerCnt'] > 0) {
obj['downBgpPeerCnt'] =
obj['totalBgpPeerCnt'] - obj['upBgpPeerCnt'];
}
if(obj['downXMPPPeerCnt'] > 0){
obj['downXMPPPeerCntText'] = ", <span class='text-error'>" +
obj['downXMPPPeerCnt'] + " Down</span>";
} else {
obj['downXMPPPeerCntText'] = "";
}
obj['isPartialUveMissing'] = false;
obj['isIfmapDown'] = false;
if(obj['isUveMissing'] == false) {
obj['isPartialUveMissing'] =
(memCpuUsage == null || cowu.isEmptyObject(memCpuUsage) || cowu.isEmptyObject(
jsonPath(d,'$.value.BgpRouterState.build_info')[0]) ||
(obj['configIP'] == '-') || obj['uveIP'].length == 0)
? true : false;
var ifmapObj =
jsonPath(d,'$.value.BgpRouterState.ifmap_info')[0];
if(ifmapObj != undefined &&
ifmapObj['connection_status'] != 'Up'){
obj['isIfmapDown'] = true;
obj['ifmapDownAt'] =
ifNull(ifmapObj['connection_status_change_at'],'-');
}
}
obj['isNTPUnsynced'] =
monitorInfraUtils.isNTPUnsynced(jsonPath(d,'$..NodeStatus')[0]);
if(obj['downBgpPeerCnt'] > 0){
obj['downBgpPeerCntText'] = ", <span class='text-error'>" +
obj['downBgpPeerCnt'] + " Down</span>";
} else {
obj['downBgpPeerCntText'] = "";
}
obj['uveCfgIPMisMatch'] = false;
if(obj['isUveMissing'] == false &&
obj['isConfigMissing'] == false &&
obj['isPartialUveMissing'] == false) {
if(obj['uveIP'].indexOf(obj['configIP']) <= -1){
obj['uveCfgIPMisMatch'] = true;
}
}
obj['type'] = 'controlNode';
obj['display_type'] = 'Control Node';
var upTime = new XDate(jsonPath(d,'$..uptime')[0]/1000);
var currTime = new XDate();
var procStateList;
try{
obj['status'] = getOverallNodeStatus(d,"control");
}catch(e){
obj['status'] = 'Down';
}
obj['processAlerts'] =
infraMonitorAlertUtils.getProcessAlerts(d,obj);
obj['nodeAlerts'] =
infraMonitorAlertUtils.processControlNodeAlerts(obj);
var alarms = getValueByJsonPath(d,'value;UVEAlarms;alarms',[]);
if(cowu.getAlarmsFromAnalytics) {
obj['alerts'] = coreAlarmUtils.getAlertsFromAnalytics(
{
data:obj,
alarms:alarms,
nodeType:'control-node'
// processPath:processPath
});
} else {
obj['alerts'] =
obj['nodeAlerts'].concat(obj['processAlerts'])
.sort(dashboardUtils.sortInfraAlerts);
}
obj['color'] = monitorInfraUtils.getControlNodeColor(d,obj);
obj['isGeneratorRetrieved'] = false;
var rawData = $.extend({},d.value,true);
delete rawData['derived-uve'];
obj['rawData'] = rawData;
obj['cores'] = self.getCores(d);
retArr.push(obj);
});
retArr.sort(dashboardUtils.sortNodesByColor);
return retArr;
};
//Parser for vRouters data
this.parsevRoutersDashboardData = function (result) {
var retArr = [];
if(result.data != null) {
result = result.data;
}
var vRouterCnt = result.length;
for (var i = 0; i < vRouterCnt; i++) {
var obj = {};
var d = result[i];
var dValue = result[i]['value'];
var memCpuUsage = getValueByJsonPath(d,
'value;NodeStatus;process_mem_cpu_usage;contrail-vrouter-agent',{});
var cpu = getValueByJsonPath(memCpuUsage,'cpu_share','--');
var mem = getValueByJsonPath(memCpuUsage,'mem_res','--');
obj['cpu'] = $.isNumeric(cpu) ? parseFloat(cpu.
toFixed(2)) : NaN;
obj['x'] = $.isNumeric(obj['cpu']) ? obj['cpu'] : NaN;
obj['resMemory'] = $.isNumeric(mem) ? parseFloat(
parseFloat(mem / 1024).toFixed(2)) : NaN;
obj['y'] = obj['resMemory'];
obj['memory'] = formatBytes(obj['y'] * 1024 * 1024);
obj['ip'] = getValueByJsonPath(dValue,
'VrouterAgent;control_ip', '-');
obj['xField'] = 'cpu';
obj['yField'] = 'resMemory';
obj['uveIP'] = obj['ip'];
obj['summaryIps'] = monitorInfraUtils.getVrouterIpAddresses(dValue, "summary");
var iplist = getValueByJsonPath(dValue,
'VrouterAgent;self_ip_list', []);
if (obj['ip'] != '-')
iplist.push(obj['ip']);
obj['uveIP'] = iplist;
obj['isConfigMissing'] = $.isEmptyObject(getValueByJsonPath(
dValue, 'ConfigData')) ? true : false;
obj['isUveMissing'] = ($.isEmptyObject(getValueByJsonPath(
dValue, 'VrouterAgent')) && $.isEmptyObject(
getValueByJsonPath(dValue, 'VrouterStatsAgent'))) ?
true : false;
obj['isNTPUnsynced'] =
monitorInfraUtils.isNTPUnsynced(jsonPath(dValue,
'$..NodeStatus')[0]);
obj['configIP'] = getValueByJsonPath(dValue,
'ConfigData;virtual-router;virtual_router_ip_address',
'-');
obj['vRouterType'] = getValueByJsonPath(dValue,
'ConfigData;virtual-router;virtual_router_type',
'hypervisor');
obj['vRouterPlatform'] = getValueByJsonPath(dValue,
'VrouterAgent;platform',
'');
if(obj['vRouterType'] instanceof Array) {
obj['vRouterType'] = obj['vRouterType'][0];
}
if (obj['vRouterType'] == '' ||
obj['vRouterType'] == null) {
obj['vRouterType'] = 'hypervisor'; //set default to hypervisor
}
obj['moduleId'] = getValueByJsonPath(dValue,
'NodeStatus;process_status;0;module_id', UVEModuleIds[
'VROUTER_AGENT']);
if (obj['ip'] == '-') {
obj['ip'] = obj['configIP'];
}
obj['histCpuArr'] = monitorInfraUtils.parseUveHistoricalValues(d,
'$.cpuStats.history-10');
obj['status'] = getOverallNodeStatus(d, 'compute');
var dnsServerIP = [];
var processStatus = getValueByJsonPath(dValue,
'NodeStatus;process_status', []);
$.each(processStatus, function(idx, proStatusChild) {
if(proStatusChild['module_id'] === monitorInfraConstants.UVEModuleIds.VROUTER_AGENT){
$.each(proStatusChild['connection_infos'],function(idx, connInfoChild){
if(connInfoChild['name'] !== null && connInfoChild['type'] === 'XMPP'){
if(connInfoChild['name'].indexOf(monitorInfraConstants.DNS_SERVER) === 0){
var dnsIP = connInfoChild['name'].substring(monitorInfraConstants.DNS_SERVER.length) +
' (' + connInfoChild['status'] + ') ';
dnsServerIP.push(dnsIP);
}
}
});
}
});
obj['dnsServerIP'] = dnsServerIP.join(',');
var processes = ['contrail-vrouter-agent',
'contrail-vrouter-nodemgr', 'supervisor-vrouter'
];
obj['outThroughput'] = getValueByJsonPath(dValue,
'VrouterStatsAgent;phy_if_5min_usage;0;out_bandwidth_usage', 0);
obj['inThroughput'] = getValueByJsonPath(dValue,
'VrouterStatsAgent;phy_if_5min_usage;0;in_bandwidth_usage', 0);
obj['size'] = obj['outThroughput'] + obj['inThroughput'];
obj['shape'] = 'circle';
var xmppPeers = getValueByJsonPath(dValue,
'VrouterAgent;xmpp_peer_list', []);
obj['xmppPeerDownCnt'] = 0;
$.each(xmppPeers, function(idx, currPeer) {
if (currPeer['status'] != true) {
obj['xmppPeerDownCnt']++;
}
});
obj['name'] = d['name'];
obj['link'] = {
p: 'mon_infra_vrouter',
q: {
type: "vRouter",
view: "details",
focusedElement: {
node: obj['name'],
tab: 'details'
}
}
};
obj['instCnt'] = getValueByJsonPath(dValue,
'VrouterAgent;virtual_machine_list', []).length;
obj['intfCnt'] = getValueByJsonPath(dValue,
'VrouterAgent;total_interface_count', 0);
obj['vnCnt'] = getValueByJsonPath(dValue,
'VrouterAgent;vn_count', 0);
obj['version'] = ifNullOrEmpty(self.getNodeVersion(
getValueByJsonPath(dValue,
'VrouterAgent;build_info')), noDataStr);
obj['type'] = 'vRouter';
obj['display_type'] = 'Virtual Router';
obj['isPartialUveMissing'] = false;
obj['errorIntfCnt'] = 0;
if (obj['isUveMissing'] == false) {
var xmppPeers = getValueByJsonPath(dValue,
'VrouterAgent;xmpp_peer_list', []);
obj['xmppPeerDownCnt'] = 0;
$.each(xmppPeers, function(idx, currPeer) {
if (currPeer['status'] != true) {
obj['xmppPeerDownCnt']++;
}
});
obj['isPartialUveMissing'] = $.isEmptyObject(
getValueByJsonPath(d,
'value;NodeStatus;process_mem_cpu_usage;contrail-vrouter-agent')) ||
$.isEmptyObject(getValueByJsonPath(dValue,
'VrouterAgent;build_info')) ||
obj['uveIP'].length == 0 ? true : false;
obj['errorIntfCnt'] = getValueByJsonPath(dValue,
'VrouterAgent;down_interface_count', 0);
}
if (obj['errorIntfCnt'] > 0) {
obj['errorIntfCntText'] = ", <span class='text-error'>" +
obj['errorIntfCnt'] + " Down</span>";
} else {
obj['errorIntfCntText'] = "";
}
obj['uveCfgIPMisMatch'] = false;
if (obj['isUveMissing'] == false && obj['isConfigMissing'] ==
false && obj['isPartialUveMissing'] == false) {
obj['uveCfgIPMisMatch'] = (obj['uveIP'].indexOf(obj[
'configIP']) == -1 && obj['configIP'] != '-') ?
true : false;
}
obj['processAlerts'] = infraMonitorAlertUtils.getProcessAlerts(
d, obj, 'NodeStatus;process_info');
obj['isGeneratorRetrieved'] = false;
obj['nodeAlerts'] = infraMonitorAlertUtils.processvRouterAlerts(
obj);
var alarms = getValueByJsonPath(d,'value;UVEAlarms;alarms',[]);
if(cowu.getAlarmsFromAnalytics) {
obj['alerts'] = coreAlarmUtils.getAlertsFromAnalytics(
{
data:obj,
alarms:alarms,
nodeType:'vrouter',
});
} else {
obj['alerts'] = obj['nodeAlerts'].concat(obj['processAlerts']).sort(
dashboardUtils.sortInfraAlerts);
}
//Decide color based on parameters
obj['color'] = monitorInfraUtils.getvRouterColor(d, obj);
obj['cores'] = self.getCores(d);
var rawData = $.extend({},d.value,true);
delete rawData['derived-uve'];
obj['rawData'] = rawData;
retArr.push(obj);
}
retArr.sort(dashboardUtils.sortNodesByColor);
return retArr;
};
//Parser for analytics node dashboard data
this.parseAnalyticsNodesDashboardData = function (result) {
var retArr = [];
$.each(result, function(idx, d) {
var obj = {};
var memCpuUsage = getValueByJsonPath(d,
'value;NodeStatus;process_mem_cpu_usage;contrail-collector',{});
obj['x'] = parseInt(getValueByJsonPath(memCpuUsage,'cpu_share'));
obj['y'] = parseInt(getValueByJsonPath(memCpuUsage,'mem_res'))/1024;
obj['cpu'] = $.isNumeric(obj['x']) ? obj['x'].toFixed(2) : NaN;
obj['memory'] = formatBytes(obj['y'] * 1024 * 1024);
obj['x'] = $.isNumeric(obj['x']) ? obj['x'] : 0;
obj['y'] = $.isNumeric(obj['y']) ? obj['y'] : 0;
obj['histCpuArr'] =
monitorInfraUtils.parseUveHistoricalValues(d,'$.cpuStats.history-10');
obj['pendingQueryCnt'] = ifNull(jsonPath(d,
'$..QueryStats.queries_being_processed')[0], []).length;
obj['pendingQueryCnt'] = ifNull(jsonPath(d,
'$..QueryStats.pending_queries')[0], []).length;
obj['size'] = obj['pendingQueryCnt'];
obj['shape'] = 'circle';
obj['type'] = 'analyticsNode';
obj['display_type'] = 'Analytics Node';
obj['version'] = ifEmpty(self.getNodeVersion(jsonPath(d,
'$.value.CollectorState.build_info')[0]), '-');
try {
obj['status'] = getOverallNodeStatus(d, "analytics");
} catch(e) {
obj['status'] = 'Down';
}
//get the ips
var iplist = ifNull(jsonPath(d,'$..self_ip_list')[0],
noDataStr);
obj['ip'] = obj['summaryIps'] = noDataStr;
if (iplist != null && iplist != noDataStr
&& iplist.length > 0) {
obj['ip'] = iplist[0];
var ipString = "";
$.each(iplist, function(idx, ip) {
if (idx + 1 == iplist.length) {
ipString = ipString + ip;
} else {
ipString = ipString + ip + ', ';
}
});
obj['summaryIps'] = ipString;
}
obj['name'] = d['name'];
obj['link'] = {
p : 'mon_infra_analytics',
q : {
type: "analyticsNode",
view: "details",
focusedElement: {
node: obj['name'],
tab: 'details'
}
}
};
obj['errorStrings'] = ifNull(jsonPath(d,
"$.value.ModuleCpuState.error_strings")[0], []);
obj['isNTPUnsynced'] =
monitorInfraUtils.isNTPUnsynced(jsonPath(d,'$..NodeStatus')[0]);
var isConfigDataAvailable = $.isEmptyObject(jsonPath(d,
'$..ConfigData')[0]) ? false : true;
obj['isUveMissing'] =
($.isEmptyObject(jsonPath(d,'$..CollectorState')[0])
&& isConfigDataAvailable) ? true : false;
obj['processAlerts'] =
infraMonitorAlertUtils.getProcessAlerts(d, obj);
obj['isPartialUveMissing'] = false;
if (obj['isUveMissing'] == false) {
if (cowu.isEmptyObject(getValueByJsonPath(d,
'value;NodeStatus;process_mem_cpu_usage;contrail-collector'))
|| cowu.isEmptyObject(jsonPath(d,
'$.value.CollectorState.build_info')[0])) {
obj['isPartialUveMissing'] = true;
}
}
obj['isGeneratorRetrieved'] = false;
var genInfos = ifNull(jsonPath(d,
'$.value.CollectorState.generator_infos')[0], []);
obj['genCount'] = genInfos.length;
obj['nodeAlerts'] = infraMonitorAlertUtils
.processAnalyticsNodeAlerts(obj);
var alarms = getValueByJsonPath(d,'value;UVEAlarms;alarms',[]);
alarms = coreAlarmUtils.
checkAndAddAnalyticsDownOrAlarmProcessDownAlarms(d,alarms);
if(cowu.getAlarmsFromAnalytics) {
obj['alerts'] = coreAlarmUtils.getAlertsFromAnalytics(
{
data:obj,
alarms:alarms,
nodeType:'analytics-node'
});
} else {
obj['alerts'] = obj['nodeAlerts'].concat(obj['processAlerts'])
.sort(dashboardUtils.sortInfraAlerts);
}
obj['color'] = monitorInfraUtils.getAnalyticsNodeColor(d, obj);
obj['cores'] = self.getCores(d);
var rawData = $.extend({},d.value,true);
delete rawData['derived-uve'];
obj['rawData'] = rawData;
retArr.push(obj);
});
retArr.sort(dashboardUtils.sortNodesByColor);
return retArr;
};
this.parseConfigNodesDashboardData = function (result) {
var retArr = [];
$.each(result,function(idx,d) {
var obj = {};
var memCpuUsage = getValueByJsonPath(d,'value;NodeStatus;process_mem_cpu_usage',{});
var cpu=0, mem=0;
for (var key in memCpuUsage) {
if (memCpuUsage.hasOwnProperty(key) && key.indexOf('contrail-api') != -1) {
var memcpu = memCpuUsage[key];
cpu += parseInt(getValueByJsonPath(memcpu,'cpu_share'),0);
mem += parseInt(getValueByJsonPath(memcpu,'mem_res'),0)/1024;
}
}
obj['x'] = cpu;
obj['y'] = mem;
obj['cpu'] = $.isNumeric(obj['x']) ? obj['x'].toFixed(2) : NaN;
obj['memory'] = formatBytes(obj['y']*1024*1024);
obj['x'] = $.isNumeric(obj['x']) ? obj['x'] : 0;
obj['y'] = $.isNumeric(obj['y']) ? obj['y'] : 0;
//Re-visit once average response time added for config nodes
obj['size'] = 0;
obj['version'] = ifEmpty(self.getNodeVersion(jsonPath(d,
'$.value.ModuleCpuState.build_info')[0]),'-');
obj['shape'] = 'circle';
obj['type'] = 'configNode';
obj['display_type'] = 'Config Node';
obj['name'] = d['name'];
obj['link'] =
{
p: 'mon_infra_config',
q: {
type: "configNode",
view: "details",
focusedElement: {
node: obj['name'],
tab: 'details'
}
}
};
obj['isNTPUnsynced'] =
monitorInfraUtils.isNTPUnsynced(jsonPath(d,'$..NodeStatus')[0]);
obj['isConfigMissing'] =
$.isEmptyObject(getValueByJsonPath(d,
'value;ConfigData')) ? true : false;
obj['isUveMissing'] =
($.isEmptyObject(getValueByJsonPath(d,'value;configNode')))
? true : false;
obj['processAlerts'] =
infraMonitorAlertUtils.getProcessAlerts(d,obj);
obj['isPartialUveMissing'] = false;
try{
obj['status'] = getOverallNodeStatus(d,"config");
}catch(e){
obj['status'] = 'Down';
}
obj['histCpuArr'] =
monitorInfraUtils.parseUveHistoricalValues(d,'$.cpuStats.history-10');
var iplist = jsonPath(d,'$..config_node_ip')[0];
obj['ip'] = obj['summaryIps'] = noDataStr;
if(iplist != null && iplist != noDataStr && iplist.length > 0){
obj['ip'] = iplist[0];
var ipString = "";
$.each(iplist, function (idx, ip){
if(idx+1 == iplist.length) {
ipString = ipString + ip;
} else {
ipString = ipString + ip + ', ';
}
});
obj['summaryIps'] = ipString;
}
if(cowu.isEmptyObject(jsonPath(d,
'$.value.NodeStatus.process_mem_cpu_usage'+
'[?(@="^contrail-api")]')[0]) ||
cowu.isEmptyObject(jsonPath(d,
'$.value.ModuleCpuState.build_info')[0])) {
obj['isPartialUveMissing'] = true;
}
obj['isGeneratorRetrieved'] = false;
obj['nodeAlerts'] =
infraMonitorAlertUtils.processConfigNodeAlerts(obj);
var alarms = getValueByJsonPath(d,'value;UVEAlarms;alarms',[]);
if(cowu.getAlarmsFromAnalytics) {
obj['alerts'] = coreAlarmUtils.getAlertsFromAnalytics(
{
data:obj,
alarms:alarms,
nodeType:'config-node'
});
} else {
obj['alerts'] =
obj['nodeAlerts'].concat(obj['processAlerts'])
.sort(dashboardUtils.sortInfraAlerts);
}
obj['color'] = monitorInfraUtils.getConfigNodeColor(d,obj);
obj['cores'] = self.getCores(d);
var rawData = $.extend({},d.value,true);
delete rawData['derived-uve'];
obj['rawData'] = rawData;
retArr.push(obj);
});
retArr.sort(dashboardUtils.sortNodesByColor);
return retArr;
};
//Parser for DBNode
this.parseDatabaseNodesDashboardData = function (result) {
var retArr = [];
$.each(result,function(idx,d) {
var obj = {};
var dbSpaceAvailable =
parseFloat(jsonPath(d,
'$.value.DatabaseUsageInfo.'+
'database_usage[0].disk_space_available_1k')[0]);
var dbSpaceUsed = parseFloat(jsonPath(d,
'$.value.DatabaseUsageInfo.'+
'database_usage[0].disk_space_used_1k')[0]);
var analyticsDbSize = parseFloat(jsonPath(d,
'$.value.DatabaseUsageInfo.'+
'database_usage[0].analytics_db_size_1k')[0]);
obj['x'] = $.isNumeric(dbSpaceAvailable)?
dbSpaceAvailable / 1024 / 1024 : 0;
obj['y'] = $.isNumeric(dbSpaceUsed)?
dbSpaceUsed / 1024 / 1024 : 0;
obj['isConfigMissing'] = $.isEmptyObject(getValueByJsonPath(d,
'value;derived-uve;ConfigData')) ? true : false;
obj['isUveMissing'] = ($.isEmptyObject(getValueByJsonPath(d,
'value;databaseNode'))) ? true : false;
obj['version'] = ifEmpty(self.getNodeVersion(getValueByJsonPath(d,
'value;NodeStatus;build_info')),'-');
var configData;
if(!obj['isConfigMissing']){
configData = getValueByJsonPath(d,'value;derived-uve;ConfigData');
obj['ip'] = configData.database_node_ip_address;
} else {
obj['ip'] = noDataStr;
}
obj['dbSpaceAvailable'] = dbSpaceAvailable;
obj['dbSpaceUsed'] = dbSpaceUsed;
obj['analyticsDbSize'] = analyticsDbSize;
obj['formattedAvailableSpace'] = $.isNumeric(dbSpaceAvailable)?
formatBytes(dbSpaceAvailable * 1024) : '-';
obj['formattedUsedSpace'] = $.isNumeric(dbSpaceUsed)?
formatBytes(dbSpaceUsed * 1024) : '-';
//Use the db usage percentage for bubble size
var usedPercentage = (obj['y'] * 100) / (obj['y']+obj['x']);
obj['usedPercentage'] = usedPercentage;
obj['formattedUsedPercentage'] = $.isNumeric(usedPercentage)?
usedPercentage.toFixed(2) + ' %': '-' ;
obj['formattedAnalyticsDbSize'] = $.isNumeric(analyticsDbSize)?
formatBytes(analyticsDbSize * 1024) : '-';
obj['formattedUsedSpaceWithPercentage'] =
(obj['formattedUsedSpace'] != '-')?
obj['formattedUsedSpace'] + ' (' +
obj['formattedUsedPercentage'] + ')' :
'-';
obj['size'] = obj['usedPercentage'];
obj['shape'] = 'circle';
obj['type'] = 'dbNode';
obj['display_type'] = 'Database Node';
obj['name'] = d['name'];
obj['link'] = {
p: 'mon_infra_database',
q: {
type: "databaseNode",
view: "details",
focusedElement: {
node: obj['name'],
tab: 'details'
}
}
};
obj['processAlerts'] =
infraMonitorAlertUtils.getProcessAlerts(d,obj);
obj['isPartialUveMissing'] = false;
try{
obj['status'] = getOverallNodeStatus(d,"db");
}catch(e){
obj['status'] = 'Down';
}
obj['isNTPUnsynced'] =
monitorInfraUtils.isNTPUnsynced(jsonPath(d,'$..NodeStatus')[0]);
obj['nodeAlerts'] =
infraMonitorAlertUtils.processDbNodeAlerts(obj);
var alarms = getValueByJsonPath(d,'value;UVEAlarms;alarms',[]);
if(cowu.getAlarmsFromAnalytics) {
obj['alerts'] = coreAlarmUtils.getAlertsFromAnalytics(
{
data:obj,
alarms:alarms,
nodeType:'database-node',
});
} else {
obj['alerts'] = obj['nodeAlerts'].concat(obj['processAlerts'])
.sort(dashboardUtils.sortInfraAlerts);
}
obj['color'] = monitorInfraUtils.getDatabaseNodeColor(d,obj);
obj['cores'] = self.getCores(d);
var rawData = $.extend({},d.value,true);
delete rawData['derived-uve'];
obj['rawData'] = rawData;
retArr.push(obj);
});
retArr.sort(dashboardUtils.sortNodesByColor);
return retArr;
};
this.bucketizeConfigNodeStats = function (apiStats, bucketDuration, insertEmptyBuckets, queryJSON, timeStampField) {
timeStampField = ifNull(timeStampField, 'T');
insertEmptyBuckets = ifNull(insertEmptyBuckets, true);
bucketDuration = ifNull(bucketDuration, monitorInfraConstants.CONFIGNODESTATS_BUCKET_DURATION);
var minMaxTS = d3.extent(apiStats,function(obj){
return obj[timeStampField];
});
if (insertEmptyBuckets && queryJSON != null
&& queryJSON['start_time'] && queryJSON['end_time']) {
minMaxTS[0] = queryJSON['start_time'];
minMaxTS[1] = queryJSON['end_time'];
}
//If only 1 value extend the range by default bucket size mins on both sides
if(minMaxTS[0] == minMaxTS[1]) {
minMaxTS[0] -= monitorInfraConstants.CONFIGNODESTATS_BUCKET_DURATION;
minMaxTS[1] += monitorInfraConstants.CONFIGNODESTATS_BUCKET_DURATION;
}
var range = d3.range(minMaxTS[0], minMaxTS[1], bucketDuration);
/* Bucketizes timestamp every 10 minutes */
var xBucketScale = d3.scale.quantize().domain(minMaxTS).range(range);
var buckets = {};
//Group nodes into buckets
$.each(apiStats,function(idx,obj) {
var xBucket = xBucketScale(obj[timeStampField]);
if(buckets[xBucket] == null) {
var timestampExtent = xBucketScale.invertExtent(xBucket);
buckets[xBucket] = {timestampExtent:timestampExtent,
data:[]};
}
buckets[xBucket]['data'].push(obj);
});
if (insertEmptyBuckets) {
var rangeLen = range.length;
for (var i = 0; i < rangeLen; i++) {
if (buckets[range[i]] == null) {
buckets[range[i]] = {
timestampExtent: xBucketScale.invertExtent(range[i]),
data: []
}
}
}
}
return buckets;
};
self.parseSandeshMessageStackChartData = function (apiStats, chartViewModel) {
var cf =crossfilter(apiStats);
var parsedData = [];
var timeStampField = 'T=';
var groupDim = cf.dimension(function(d) { return d["Source"];});
var tsDim = cf.dimension(function(d) { return d[timeStampField];});
var buckets = this.bucketizeConfigNodeStats(apiStats, null, null, chartViewModel.queryJSON, timeStampField);
var colorCodes = monitorInfraUtils.getMonitorInfraNodeColors(groupDim.group().all().length);
//Now parse this data to be usable in the chart
var parsedData = [];
for(var i in buckets) {
var y0 = 0, counts = [], totalFailedReqs = 0;
var timestampExtent = buckets[i]['timestampExtent'];
tsDim.filter(timestampExtent);
var reqCntData = groupDim.group().all();
//Getting nodes group with msg_info.messages
var totalResMessages = groupDim.group().reduceSum(
function (d) {
return d['SUM(msg_info.messages)'];
});
var totalResMessagesArr = totalResMessages.top(Infinity);
var totalResMessagesArrLen = totalResMessagesArr.length;
var totalReqs = 0;
for (var j =0 ; j < totalResMessagesArrLen; j++) {
totalReqs += totalResMessagesArr[j]['value']
}
totalResMessagesArr = _.sortBy(totalResMessagesArr, 'key');
for(var j=0;j<totalResMessagesArrLen;j++) {
var nodeName = totalResMessagesArr[j]['key'];
var nodeReqCnt = totalResMessagesArr[j]['value'];
var fromTime = new XDate((timestampExtent[0]/1000)).toString('HH:mm');
var toTime = new XDate((timestampExtent[1]/1000)).toString('HH:mm');
counts.push({
name: nodeName,
color: colorCodes[j],
nodeReqCnt: nodeReqCnt,
msgCnt: totalResMessagesArr[j]['value'],
time: contrail.format('{0}', fromTime),
y0:y0,
y1:y0 += nodeReqCnt
});
}
parsedData.push({
colorCodes: colorCodes,
counts: counts,
total: totalReqs,
timestampExtent: timestampExtent,
date: new Date(i / 1000)
});
}
return parsedData;
};
self.parseDatabaseUsageData = function (dbstats, chartViewModel, key) {
var cf = crossfilter(dbstats);
var parsedData = [];
var timeStampField = 'T';
var groupDim = cf.dimension(function(d) { return d["Source"];});
var tsDim = cf.dimension(function(d) { return d[timeStampField];});
var buckets = this.bucketizeConfigNodeStats(dbstats, null, null, chartViewModel.queryJSON);
var colorCodes = monitorInfraUtils.getMonitorInfraNodeColors(1);
//Now parse this data to be usable in the chart
var parsedData = [];
for(var i in buckets) {
var y0 = 0, counts = [], totalFailedReqs = 0;
var timestampExtent = buckets[i]['timestampExtent'];
tsDim.filter(timestampExtent);
var bucketdbstatsArr = tsDim.top(Infinity);
var fromTime = new XDate((timestampExtent[0]/1000)).toString('HH:mm');
var maxDBUsageObj = _.max(bucketdbstatsArr, function (d) {
return ifNull(d[key], 0);
});
var maxDBUsage = ifNull(maxDBUsageObj[key], 0);
counts.push({
name: ctwl.ANALYTICS_CHART_DATABASE_USAGE,
color: colorCodes[0],
perNodeDBUsage: maxDBUsage,
time: contrail.format('{0}', fromTime),
y0:y0,
y1:y0 += maxDBUsage
});
parsedData.push({
colorCodes: colorCodes,
counts: counts,
total: maxDBUsage,
timestampExtent: timestampExtent,
date: new Date(i / 1000)
});
}
return parsedData;
};
this.parseAnlyticsQueriesChartData = function (apiStats, chartViewModel) {
var cf =crossfilter(apiStats);
var parsedData = [];
var timeStampField = 'T';
var groupDim = cf.dimension(function(d) { return d["Source"];});
var tsDim = cf.dimension(function(d) { return d[timeStampField];});
var buckets = this.bucketizeConfigNodeStats(apiStats, null, null, chartViewModel.queryJSON);
var colorCodes = monitorInfraUtils.getMonitorInfraNodeColors(groupDim.group().all().length);
//Now parse this data to be usable in the chart
var parsedData = [];
for(var i in buckets) {
var y0 = 0, counts = [], totalFailedReqs = 0;
var timestampExtent = buckets[i]['timestampExtent'];
tsDim.filter(timestampExtent);
var queriesCntData = groupDim.group().all();
//reqCntData
//Getting nodes group with failed requests as value
var reqFailedData = groupDim.group().reduceSum(
function (d) {
if (d['query_stats.error'] != "None") {
return 1;
} else {
return 0;
}
});
//Getting nodes group with response time as value
var totalResTimeData = groupDim.group().reduceSum(
function (d) {
return d['name'];
});
var reqFailedArr = reqFailedData.top(Infinity);
var resTimeArr = totalResTimeData.top(Infinity);
var reqFailedArrLen = reqFailedArr.length;
var resTimeArrLen = resTimeArr.length;
var reqFailedNodeMap = {}, resTimeNodeMap = {};
//Constructing the node - responsetime map
for (var j = 0; j < resTimeArrLen; j++) {
resTimeNodeMap[resTimeArr[j]['key']] =
resTimeArr[j]['value'];
}
//Constructing the node - failedRequestCnt map
for (var j = 0; j < reqFailedArrLen; j++) {
totalFailedReqs += reqFailedArr[j]['value']
reqFailedNodeMap[reqFailedArr[j]['key']] =
reqFailedArr[j]['value'];
}
var totalReqs = 0;
var fromTime = new XDate((timestampExtent[0]/1000)).toString('HH:mm');
var toTime = new XDate((timestampExtent[1]/1000)).toString('HH:mm');
for (var j = 0, len = queriesCntData.length; j < len; j++) {
totalReqs += queriesCntData[j]['value']
}
counts.push({
name: monitorInfraConstants.CONFIGNODE_FAILEDREQUESTS_TITLE,
totalReqs: totalReqs,
totalFailedReq: totalFailedReqs,
color: monitorInfraConstants.CONFIGNODE_FAILEDREQUESTS_COLOR,
time: contrail.format('{0}', fromTime),
y0: y0,
y1: y0 += totalFailedReqs
});
queriesCntData = _.sortBy(queriesCntData, 'key');
for(var j=0,len=queriesCntData.length;j<len;j++) {
var nodeName = queriesCntData[j]['key'];
var nodeReqCnt = queriesCntData[j]['value'];
var failedReqPerNode = ifNull(reqFailedNodeMap[nodeName], 0);
var failedReqPerNodePercent = 0;
if (failedReqPerNode != 0 && nodeReqCnt != 0) {
failedReqPerNodePercent = Math.round((failedReqPerNode/nodeReqCnt) * 100);
}
//Subtract the failedQueries from queries
nodeReqCnt = nodeReqCnt - failedReqPerNode;
counts.push({
name: nodeName,
color: colorCodes[j],
nodeReqCnt: nodeReqCnt,
reqFailPercent: failedReqPerNodePercent,
time: contrail.format('{0}', fromTime),
y0:y0,
y1:y0 += nodeReqCnt
});
}
parsedData.push({
colorCodes: colorCodes,
counts: counts,
total: totalReqs,
timestampExtent: timestampExtent,
date: new Date(i / 1000)
});
}
return parsedData;
};
this.parseAnlyticsNodeDataBaseReadWriteChartData = function (apiStats, chartViewModel, reqfailed, reqdata) {
var cf =crossfilter(apiStats);
var parsedData = [];
var timeStampField = 'T';
var groupDim = cf.dimension(function(d) { return d["Source"];});
var tsDim = cf.dimension(function(d) { return d[timeStampField];});
var buckets = this.bucketizeConfigNodeStats(apiStats, null, null, chartViewModel.queryJSON);
var colorCodes = monitorInfraUtils.getMonitorInfraNodeColors(groupDim.group().all().length);
//Now parse this data to be usable in the chart
var parsedData = [];
for(var i in buckets) {
var y0 = 0, counts = [], totalFailedReqs = 0;
var timestampExtent = buckets[i]['timestampExtent'];
tsDim.filter(timestampExtent);
var reqCntData = groupDim.group().all();
//Getting nodes group with failed requests as value
var reqFailedData = groupDim.group().reduceSum(
function (d) {
return d[reqfailed];
});
//Getting nodes group with response time as value
var totalResReadWriteData = groupDim.group().reduceSum(
function (d) {
return d[reqdata];
});
var reqFailedArr = reqFailedData.top(Infinity);
var totalResReadWriteDataArr = totalResReadWriteData.top(Infinity);
var reqFailedArrLen = reqFailedArr.length;
var totalResReadWriteDataArrLen = totalResReadWriteDataArr.length;
var reqFailedNodeMap = {}, resTimeNodeMap = {};
//Constructing the node - failedRequestCnt map
for (var j = 0; j < reqFailedArrLen; j++) {
totalFailedReqs += reqFailedArr[j]['value']
reqFailedNodeMap[reqFailedArr[j]['key']] =
reqFailedArr[j]['value'];
}
var totalReqs = 0;
var fromTime = new XDate((timestampExtent[0]/1000)).toString('HH:mm');
var toTime = new XDate((timestampExtent[1]/1000)).toString('HH:mm');
//console.log(totalResTimeData);
if(totalResReadWriteData){
for (var j = 0; j < totalResReadWriteDataArrLen; j++) {
totalReqs += totalResReadWriteDataArr[j]['value']
}
}
counts.push({
name: monitorInfraConstants.CONFIGNODE_FAILEDREQUESTS_TITLE,
totalReqs: totalReqs,
totalFailedReq: totalFailedReqs,
color: monitorInfraConstants.CONFIGNODE_FAILEDREQUESTS_COLOR,
time: contrail.format('{0}', fromTime),
y0: y0,
y1: y0 += totalFailedReqs
});
totalResReadWriteDataArr = _.sortBy(totalResReadWriteDataArr, 'key');
for (var j = 0; j < totalResReadWriteDataArrLen; j++) {
var nodeName = totalResReadWriteDataArr[j]['key'];
var nodeReqCnt = totalResReadWriteDataArr[j]['value'];
var failedReqPerNode = ifNull(reqFailedNodeMap[nodeName], 0);
var failedReqPerNodePercent = 0;
if (failedReqPerNode != 0 && nodeReqCnt != 0) {
failedReqPerNodePercent = Math.round((failedReqPerNode/nodeReqCnt) * 100);
}
//Subtract the failedDatabase Read/Write
nodeReqCnt = nodeReqCnt - failedReqPerNode;
counts.push({
name: nodeName,
color: colorCodes[j],
nodeReqCnt: nodeReqCnt,
reqFailPercent: failedReqPerNodePercent,
time: contrail.format('{0}', fromTime),
y0:y0,