masterServerHeapSummary: function () {
var heapUsed = this.get('service').get('heapMemoryUsed');
var heapMax = this.get('service').get('heapMemoryMax');
var percent = heapMax > 0 ? 100 * heapUsed / heapMax : 0;
var heapString = numberUtils.bytesToSize(heapUsed, 1, "parseFloat");
var heapMaxString = numberUtils.bytesToSize(heapMax, 1, "parseFloat");
return this.t('dashboard.services.hbase.masterServerHeap.summary').format(heapString, heapMaxString, percent.toFixed(1));
}.property('service.heapMemoryUsed', 'service.heapMemoryMax'),
nodeHeap: function () {
var memUsed = this.get('service').get('jvmMemoryHeapUsed');
var memMax = this.get('service').get('jvmMemoryHeapMax');
var percent = memMax > 0 ? ((100 * memUsed) / memMax) : 0;
return this.t('dashboard.services.hdfs.nodes.heapUsed').format(
numberUtils.bytesToSize(memUsed, 1, 'parseFloat'),
numberUtils.bytesToSize(memMax, 1, 'parseFloat'),
percent.toFixed(1));
}.property('service.jvmMemoryHeapUsed', 'service.jvmMemoryHeapMax'),
remainingDisk: function () {
var text = this.t("dashboard.services.hdfs.capacityUsed");
var total = this.get('service.capacityTotal');
var remaining = this.get('service.capacityRemaining');
var percent = total > 0 ? ((remaining * 100) / total).toFixed(2) : 0;
if (percent == "NaN" || percent < 0) {
percent = Em.I18n.t('services.service.summary.notAvailable') + " ";
}
return text.format(numberUtils.bytesToSize(remaining, 1, 'parseFloat'), numberUtils.bytesToSize(total, 1, 'parseFloat'), percent);
}.property('service.capacityRemaining', 'service.capacityTotal'),
selectedVertexIODisplay : function() {
var v = this.get('selectedVertex');
var status = v.get('state');
if (status) {
status = stringUtils.getCamelCase(status);
}
var fileReadOps = v.get('fileReadOps');
var fileWriteOps = v.get('fileWriteOps');
var hdfsReadOps = v.get('hdfsReadOps');
var hdfsWriteOps = v.get('hdfsWriteOps');
var naString = Em.I18n.t('common.na');
if (fileReadOps === null) {
fileReadOps = naString;
}
if (fileWriteOps === null) {
fileWriteOps = naString;
}
if (hdfsReadOps === null) {
hdfsReadOps = naString;
}
if (hdfsWriteOps === null) {
hdfsWriteOps = naString;
}
return {
file : {
read : {
ops : Em.I18n.t('jobs.hive.tez.reads').format(fileReadOps),
bytes : numberUtils.bytesToSize(v.get('fileReadBytes'))
},
write : {
ops : Em.I18n.t('jobs.hive.tez.writes').format(fileWriteOps),
bytes : numberUtils.bytesToSize(v.get('fileWriteBytes'))
}
},
hdfs : {
read : {
ops : Em.I18n.t('jobs.hive.tez.reads').format(hdfsReadOps),
bytes : numberUtils.bytesToSize(v.get('hdfsReadBytes'))
},
write : {
ops : Em.I18n.t('jobs.hive.tez.writes').format(hdfsWriteOps),
bytes : numberUtils.bytesToSize(v.get('hdfsWriteBytes'))
}
},
records : {
read : v.get('recordReadCount') == null ? null : Em.I18n.t('jobs.hive.tez.records.count').format(v.get('recordReadCount')),
write : v.get('recordWriteCount') == null ? null : Em.I18n.t('jobs.hive.tez.records.count').format(v.get('recordWriteCount'))
},
started: v.get('startTime') ? dateUtils.dateFormat(v.get('startTime'), true, true) : '',
ended: v.get('endTime') ? dateUtils.dateFormat(v.get('endTime'), true, true) : '',
status: status
};
}.property('selectedVertex.fileReadOps', 'selectedVertex.fileWriteOps', 'selectedVertex.hdfsReadOps', 'selectedVertex.hdfdWriteOps',
it(test.m, function() {
expect(numberUtils.bytesToSize(test.bytes, test.precision, test.parseType, test.multiplyBy)).to.equal(test.e);
});
memory: function () {
return Em.I18n.t('dashboard.services.yarn.memory.msg').format(
numberUtils.bytesToSize(this.get('service.allocatedMemory'), 1, 'parseFloat', 1024 * 1024),
numberUtils.bytesToSize(this.get('service.reservedMemory'), 1, 'parseFloat', 1024 * 1024),
numberUtils.bytesToSize(this.get('service.availableMemory'), 1, 'parseFloat', 1024 * 1024));
}.property('service.allocatedMemory', 'service.reservedMemory', 'service.availableMemory'),
renderHostInfo: function () {
var hostInfo = this.get('content.hosts');
var result = [];
for (var index in hostInfo) {
var _host = hostInfo[index];
if (_host.bootStatus === 'REGISTERED') {
result.push(Em.Object.create({
host_name: _host.name,
cpu: _host.cpu,
memory: _host.memory,
disk_info: _host.disk_info,
host_info: Em.I18n.t('installer.step5.hostInfo').fmt(_host.name, numberUtils.bytesToSize(_host.memory, 1, 'parseFloat', 1024), _host.cpu)
}));
}
}
this.set("hosts", result);
this.sortHosts(this.get('hosts'));
this.set('isLoaded', true);
},
calcHiddenInfo: function () {
var total = this.get('model').get(this.get('modelFieldMax')) + 0;
var remaining = this.get('model.capacityRemaining');
var dfsUsed = this.get('model.capacityUsed');
var nonDfsUsed = this.get('model.capacityNonDfsUsed');
var dfsPercent = total > 0 ? ((dfsUsed * 100) / total).toFixed(2) : 0;
var nonDfsPercent = total > 0 ? ((nonDfsUsed * 100) / total).toFixed(2) : 0;
var remainingPercent = total > 0 ? ((remaining * 100) / total).toFixed(2) : 0;
if (dfsPercent == "NaN" || dfsPercent < 0) {
dfsPercent = Em.I18n.t('services.service.summary.notAvailable') + " ";
}
if (nonDfsPercent == "NaN" || nonDfsPercent < 0) {
nonDfsPercent = Em.I18n.t('services.service.summary.notAvailable') + " ";
}
if (remainingPercent == "NaN" || remainingPercent < 0) {
remainingPercent = Em.I18n.t('services.service.summary.notAvailable') + " ";
}
var result = [];
result.pushObject(Em.I18n.t('dashboard.widgets.HDFSDiskUsage.DFSused'));
result.pushObject(Em.I18n.t('dashboard.widgets.HDFSDiskUsage.info').format(numberUtils.bytesToSize(dfsUsed, 1, 'parseFloat'), dfsPercent));
result.pushObject(Em.I18n.t('dashboard.widgets.HDFSDiskUsage.nonDFSused'));
result.pushObject(Em.I18n.t('dashboard.widgets.HDFSDiskUsage.info').format(numberUtils.bytesToSize(nonDfsUsed, 1, 'parseFloat'), nonDfsPercent));
result.pushObject(Em.I18n.t('dashboard.widgets.HDFSDiskUsage.remaining'));
result.pushObject(Em.I18n.t('dashboard.widgets.HDFSDiskUsage.info').format(numberUtils.bytesToSize(remaining, 1, 'parseFloat'), remainingPercent));
return result;
},