import { CATALOG } from '@/config/labels-annotations'; import { FLEET } from '@/config/types'; import { insertAt } from '@/utils/array'; import { parseSi } from '@/utils/units'; export default { _availableActions() { const out = this._standardActions; insertAt(out, 0, { action: 'openShell', label: 'Kubectl Shell', icon: 'icon icon-terminal', enabled: !!this.links.shell, }); return out; }, canDelete() { return this.hasLink('remove') && !this?.spec?.internal; }, configName() { const allKeys = Object.keys(this.spec); const configKey = allKeys.find( kee => kee.includes('Config')); return configKey; }, groupByLabel() { return this.$rootGetters['i18n/t']('resourceTable.groupLabel.notInAWorkspace'); }, isReady() { return this.hasCondition('Ready'); }, kubernetesVersion() { if ( this?.status?.version?.gitVersion ) { return this.status.version.gitVersion; } else { return this.$rootGetters['i18n/t']('generic.unknown'); } }, openShell() { return () => { this.$dispatch('wm/open', { id: `kubectl-${ this.id }`, label: this.$rootGetters['i18n/t']('wm.kubectlShell.title', { name: this.nameDisplay }), icon: 'terminal', component: 'KubectlShell', attrs: { cluster: this, pod: {} } }, { root: true }); }; }, providerOs() { if ( this.status?.provider === 'rke.windows' ) { return 'windows'; } return 'linux'; }, providerOsLogo() { return require(`~/assets/images/vendor/${ this.providerOs }.svg`); }, scope() { return this.id === 'local' ? CATALOG._MANAGEMENT : CATALOG._DOWNSTREAM; }, setClusterNameLabel() { return (andSave) => { if ( this.ownerReferences?.length || this.metadata?.labels?.[FLEET.CLUSTER_NAME] === this.id ) { return; } this.metadata = this.metadata || {}; this.metadata.labels = this.metadata.labels || {}; this.metadata.labels[FLEET.CLUSTER_NAME] = this.id; if ( andSave ) { return this.save(); } }; }, availableCpu() { const reserved = parseSi(this.status.requested?.cpu); const allocatable = parseSi(this.status.allocatable?.cpu); if ( allocatable > 0 && reserved >= 0 ) { return Math.max(0, allocatable - reserved); } else { return null; } }, availableMemory() { const reserved = parseSi(this.status.requested?.memory); const allocatable = parseSi(this.status.allocatable?.memory); if ( allocatable > 0 && reserved >= 0 ) { return Math.max(0, allocatable - reserved); } else { return null; } } };