getColumns() {
const { repositories } = this.props;
const getClassName = this.getClassName;
const heading = ResourceTableUtil.renderHeading(
RepositoriesTableHeaderLabels
);
const sortFunction = TableUtil.getSortFunction("uri", function(item, prop) {
if (prop === "priority") {
return repositories.getPriority(item);
}
return item.get(prop);
});
return [
{
className: getClassName,
headerClassName: getClassName,
heading,
prop: "name",
render: this.getHeadline,
sortable: true,
sortFunction
},
{
className: getClassName,
headerClassName: getClassName,
heading,
prop: "uri",
render: this.getUri,
sortable: true,
sortFunction
},
{
className: getClassName,
headerClassName: getClassName,
heading,
prop: "priority",
render: this.getPriority,
sortable: true,
sortFunction
},
{
className: getClassName,
headerClassName: getClassName,
heading() {},
prop: "removed",
render: this.getRemoveButton,
sortable: false
}
];
}
<span className="label">{value}%</span>
</span>
);
},
getColumns() {
const className = ResourceTableUtil.getClassName;
const heading = ResourceTableUtil.renderHeading(NodesTableHeaderLabels);
const getHealthSorting = TableUtil.getHealthSortingOrder;
const sortFunction = TableUtil.getSortFunction("hostname", function(
node,
prop
) {
if (prop === "cpus" || prop === "mem" || prop === "disk") {
return node.getUsageStats(prop).percentage;
}
if (prop === "health") {
return UnitHealthUtil.getHealthSorting(node);
}
return node.get(prop);
});
return [
{
className,
headerClassName: className,
prop: "hostname",
render: this.renderHeadline,
sortable: true,
sortFunction,
return TableUtil.getSortFunction(tieBreakerProp, function(item, prop) {
const hasGetter = typeof item.get === "function";
if (prop === "updated") {
return getUpdatedTimestamp(item) || 0;
}
if (prop === "zone") {
return TaskUtil.getZoneName(item);
}
if (prop === "host") {
return TaskUtil.getHostName(item);
}
if (prop === "region") {
return TaskUtil.getRegionName(item);
}
if (prop === "status" && !hasGetter) {
return TaskStatusSortingOrder[item.state];
}
if (
prop === "cpus" ||
prop === "gpus" ||
prop === "mem" ||
prop === "disk"
) {
// This is necessary for tasks, since they are not structs
let value = item[prop];
if (!value && hasGetter) {
value = item.get(prop);
}
if (item.getUsageStats) {
value = item.getUsageStats(prop).value;
}
if (Util.findNestedPropertyInObject(item, `resources.${prop}`)) {
value = item.resources[prop];
}
if (Array.isArray(value)) {
return Util.last(value).value;
}
return value;
}
// This is necessary for tasks, since they are not structs
if (!hasGetter) {
return item[prop];
}
return item.get(prop);
});