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- <template>
- <div class="d-flex res-topology vpc-topology">
- <div class="c-left">
- <res-wire :dataSource="dataSource" :physical="physical" />
- </div>
- <div class="c-right" :class="{'res-topology-wire': physical ? !isEmpty(hosts) : !isEmpty(networks)}">
- <ul class="list" v-if="physical">
- <li class="item d-flex">
- <div v-for="(obj, nidx) in hosts" :key="nidx">
- <res-common
- :type="RES_ICON_MAP[obj.host_type] || obj.host_type"
- :dataSource="obj"
- :schedTagColorsMap="schedTagColorsMap" />
- </div>
- </li>
- </ul>
- <ul class="list" v-else>
- <li class="item d-flex" v-for="(network, nidx) in networks" :key="nidx">
- <res-ipsubnet :dataSource="network" />
- <div v-for="(obj, idx) in getAddress(network)" :key="idx">
- <res-common
- :type="RES_ICON_MAP[obj.owner_type] || obj.owner_type"
- :dataSource="obj"
- :isExist="isAddrExist(networks, nidx, obj)" />
- </div>
- </li>
- </ul>
- </div>
- </div>
- </template>
- <script>
- import ResCommon from '@Network/sections/Topology/ResCommon'
- import { RES_ICON_MAP } from '@Network/sections/Topology/constants'
- import ResMixin from '@Network/sections/Topology/ResMixin'
- import ResWire from '../ResWire'
- import ResIpsubnet from '../ResIpsubnet'
- const COLORS = ['#E45826', '#874356', '#0E3EDA', '#139487', '#464E2E', '#A1B57D', '#6E3CBC', '#6FB2D2', '#C5D8A4', '#F473B9', '#D18CE0', '#203239']
- export default {
- name: 'VpcTopology',
- components: {
- ResWire,
- ResCommon,
- ResIpsubnet,
- },
- mixins: [ResMixin],
- props: {
- physical: Boolean,
- dataSource: Object,
- },
- data () {
- return {
- RES_ICON_MAP,
- }
- },
- computed: {
- networks () {
- return this.dataSource?.networks || []
- },
- hosts () {
- return this.dataSource?.hosts || []
- },
- schedTagColorsMap () {
- const ret = {}
- let index = 0
- const { wires = [], hosts = [] } = this.dataSource
- const originWires = wires.length ? wires : [{ hosts }]
- originWires.map(wire => {
- const { hosts = [] } = wire
- hosts.map(host => {
- const { schedtags = [] } = host
- schedtags.map(schedtag => {
- if (schedtag.name && !ret[schedtag.name]) {
- ret[schedtag.name] = COLORS[index % COLORS.length]
- index++
- }
- })
- })
- })
- return ret
- },
- },
- methods: {
- getMultiple (nidx, resArr, curObj) {
- if (this.physical) {
- if (resArr[nidx + 1]) {
- return resArr[nidx + 1].hosts.some((v, i) => {
- if (v.id === undefined || curObj.id === undefined) return false
- if (v.id === curObj.id) {
- resArr[nidx + 1].hosts[i].hidden = true
- }
- return v.id === curObj.id
- })
- }
- } else {
- if (resArr[nidx + 1]) {
- return resArr[nidx + 1].address.some((v, i) => {
- if (v.owner_id === undefined || curObj.owner_id === undefined) return false
- if (v.owner_id === curObj.owner_id) {
- resArr[nidx + 1].address[i].hidden = true
- }
- return v.owner_id === curObj.owner_id
- })
- }
- }
- return false
- },
- getHost (wire) {
- const resTypes = ['hypervisor', 'hosts', 'baremetal', 'esxi']
- return wire.hosts?.filter(v => resTypes.includes(v.host_type))
- },
- getAddress (network) {
- const resTypes = ['servers', 'loadbalancers', 'dbinstances']
- return network.address?.filter(v => resTypes.includes(v.owner_type))
- },
- isAddrExist (networks, nidx, addr) {
- let isExist = false
- // 跨 networks 查找
- for (let i = nidx - 1; i >= 0; i--) {
- const network = networks[i]
- if (network.address && network.address.length > 0) {
- const addressArr = this.getAddress(network)
- isExist = addressArr.some(v => v.owner_id === addr.owner_id)
- }
- }
- return isExist
- },
- },
- }
- </script>
- <style lang="scss" scoped>
- // @import "@Network/sections/Topology/index.scss";
- </style>
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