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* Copyright 2022 Harness Inc. All rights reserved.
* Use of this source code is governed by the PolyForm Shield 1.0.0 license
* that can be found in the licenses directory at the root of this repository, also available at
* https://polyformproject.org/wp-content/uploads/2020/06/PolyForm-Shield-1.0.0.txt.
*/
import { isEmpty as _isEmpty, defaultTo as _defaultTo } from 'lodash-es'
import type { SelectOption } from '@wings-software/uicore'
import { Utils } from '@ce/common/Utils'
import type {
AccessPoint,
AccessPointCore,
AccessPointResourcesQueryParams,
ALBAccessPointCore,
AzureAccessPointCore,
FirewallRule,
ListAccessPointsQueryParams,
NetworkSecurityGroup,
TargetGroupMinimal,
PortConfig,
GCPAccessPointCore
} from 'services/lw'
import { portProtocolMap } from '@ce/constants'
import type {
BaseFetchDetails,
ConnectionMetadata,
GatewayDetails,
GetInitialAccessPointDetails,
GetInitialAzureAccessPoint,
RuleCreationParams
} from '../COCreateGateway/models'
export const getSelectedTabId = (accessDetails: ConnectionMetadata): string => {
const accessDetailsToTabIdMap: Record<string, string> = {
dnsLink: 'dns',
ssh: 'ssh',
ipaddress: 'ip',
rdp: 'rdp',
backgroundTasks: 'bg'
}
const key = Object.entries(accessDetails).find(([, d]) => d.selected)?.[0]
return key ? accessDetailsToTabIdMap[key] : ''
}
export const getValidStatusForDnsLink = (gatewayDetails: GatewayDetails): boolean => {
let validStatus = true
// check for custom domains validation
Iif (gatewayDetails.customDomains?.length) {
validStatus = gatewayDetails.customDomains.every(url =>
url.match(
/((https?):\/\/)?(www.)?[a-z0-9-]+(\.[a-z]{2,}){1,3}(#?\/?[a-zA-Z0-9#-]+)*\/?(\?[a-zA-Z0-9-_]+=[a-zA-Z0-9-%]+&?)?$/
)
)
if (
!gatewayDetails.routing.custom_domain_providers?.others &&
!gatewayDetails.routing.custom_domain_providers?.route53?.hosted_zone_id
) {
validStatus = false
}
}
// checck for valid access point selected
Eif (_isEmpty(gatewayDetails.accessPointID)) {
validStatus = false
}
// check for routing ports
Iif (validStatus && _isEmpty(gatewayDetails.routing.container_svc) && _isEmpty(gatewayDetails.routing.ports)) {
validStatus = false
}
return validStatus
}
export const getHelpText = (selectedTabId: string) => {
let helpTextBase = 'setup-access'
if (selectedTabId !== '') {
helpTextBase = `${helpTextBase}-${selectedTabId}`
}
return helpTextBase
}
export const getDummySupportedResourceFromAG = (ag: AccessPoint): AccessPointCore => {
return {
type: 'app_gateway',
details: {
fe_ip_id: ag.metadata?.fe_ip_id,
id: ag.id,
name: ag.name,
region: ag.region,
resource_group: ag.metadata?.resource_group,
size: ag.metadata?.size,
subnet_id: ag.metadata?.subnet_id,
vpc: ag.vpc
}
}
}
export const getDummySupportedResourceFromALB = (alb: AccessPoint): AccessPointCore => {
return {
type: 'alb',
details: {
albARN: alb.metadata?.albArn,
name: alb.name,
security_groups: alb.security_groups,
vpc: alb.vpc
}
}
}
export const getDummyGcpSupportedResourceFromLb = (lb: AccessPoint): AccessPointCore => {
return {
type: 'envoy',
details: {
id: lb.id,
name: lb.name,
security_groups: lb.metadata?.security_groups,
subnet: lb.metadata?.subnet_name,
vpc: lb.vpc,
zone: lb.metadata?.zone
}
}
}
export const getDummyResource = (data: AccessPoint, { isAwsProvider, isAzureProvider }: RuleCreationParams) => {
return isAwsProvider
? getDummySupportedResourceFromALB(data)
: isAzureProvider
? getDummySupportedResourceFromAG(data)
: getDummyGcpSupportedResourceFromLb(data)
}
export const getInitialAccessPointDetails = ({
gatewayDetails,
accountId,
projectId,
orgId
}: GetInitialAccessPointDetails): AccessPoint => ({
cloud_account_id: gatewayDetails.cloudAccount.id,
account_id: accountId,
project_id: projectId,
org_id: orgId,
metadata: {
security_groups: [],
dns: {}
},
type: gatewayDetails.provider.value,
region: gatewayDetails.selectedInstances?.length
? gatewayDetails.selectedInstances[0].region
: !_isEmpty(gatewayDetails.routing?.instance?.scale_group?.region)
? gatewayDetails.routing?.instance?.scale_group?.region
: !_isEmpty(gatewayDetails.routing.container_svc)
? gatewayDetails.routing.container_svc?.region
: '',
vpc: gatewayDetails.selectedInstances?.length
? gatewayDetails.selectedInstances[0].vpc
: !_isEmpty(gatewayDetails.routing?.instance?.scale_group?.target_groups)
? (gatewayDetails.routing?.instance?.scale_group?.target_groups as TargetGroupMinimal[])[0].vpc
: ''
})
export const createApDetailsFromLoadBalancer = ({
lbDetails,
gatewayDetails,
accountId,
projectId,
orgId
}: GetInitialAccessPointDetails): AccessPoint => {
const initialAccessPointDetails = getInitialAccessPointDetails({ gatewayDetails, accountId, projectId, orgId })
return {
...initialAccessPointDetails,
name: lbDetails?.details?.name,
...((lbDetails?.details as ALBAccessPointCore)?.vpc && {
vpc: (lbDetails?.details as ALBAccessPointCore).vpc
}),
metadata: {
...initialAccessPointDetails.metadata,
...((lbDetails?.details as ALBAccessPointCore)?.security_groups && {
security_groups: (lbDetails?.details as ALBAccessPointCore).security_groups
}),
...((lbDetails?.details as ALBAccessPointCore)?.albARN && {
albArn: (lbDetails?.details as ALBAccessPointCore).albARN
})
}
}
}
export const getGcpApFromLoadBalancer = (gatewayDetails: GatewayDetails, accountId: string, lb?: AccessPointCore) => {
const region = _defaultTo(
gatewayDetails.routing?.instance?.scale_group?.region,
gatewayDetails.selectedInstances?.[0]?.region
)
const zone = _defaultTo(
gatewayDetails.routing?.instance?.scale_group?.availability_zones?.[0],
gatewayDetails.selectedInstances?.[0]?.metadata?.availabilityZone
)
return {
cloud_account_id: gatewayDetails.cloudAccount.id,
account_id: accountId,
region: _defaultTo(region, ''),
vpc: (lb?.details as GCPAccessPointCore)?.vpc,
type: gatewayDetails.provider.value,
metadata: {
zone: _defaultTo(zone, ''),
security_groups: (lb?.details as GCPAccessPointCore)?.security_groups,
subnet: (lb?.details as GCPAccessPointCore)?.subnet
}
}
}
export const createAzureAppGatewayFromLoadBalancer = (
{ gatewayDetails, accountId, projectId, orgId, lbDetails }: GetInitialAzureAccessPoint,
isCreateMode: boolean
): AccessPoint => {
const details = Utils.getConditionalResult(isCreateMode, {}, lbDetails as AzureAccessPointCore)
return {
cloud_account_id: gatewayDetails.cloudAccount.id,
account_id: accountId,
project_id: projectId,
org_id: orgId,
region: details?.region,
vpc: details?.vpc,
name: details?.name,
type: gatewayDetails.provider.value,
metadata: {
app_gateway_id: details?.id,
fe_ip_id: details?.fe_ip_id,
resource_group: details?.resource_group,
size: details?.size,
subnet_id: details?.subnet_id
}
}
}
export const getLoadBalancerToEdit = (
{ gatewayDetails, accountId, projectId, orgId, lbDetails }: GetInitialAccessPointDetails,
{ isAwsProvider, isAzureProvider, isCreateMode, isGcpProvider }: RuleCreationParams
) => {
let lb: AccessPoint = {}
if (isAwsProvider) {
lb = isCreateMode
? getInitialAccessPointDetails({
gatewayDetails: gatewayDetails,
accountId,
projectId,
orgId
})
: createApDetailsFromLoadBalancer({
lbDetails,
gatewayDetails: gatewayDetails,
accountId,
projectId,
orgId
})
} else Eif (isAzureProvider) {
lb = createAzureAppGatewayFromLoadBalancer(
{
gatewayDetails: gatewayDetails,
accountId,
lbDetails: lbDetails?.details as AzureAccessPointCore
},
_defaultTo(isCreateMode, false)
)
} else if (isGcpProvider) {
lb = getGcpApFromLoadBalancer(gatewayDetails, accountId, lbDetails)
}
return lb
}
export const getAccessPointFetchQueryParams = (
{ gatewayDetails, accountId }: BaseFetchDetails,
isAwsProvider: boolean
): ListAccessPointsQueryParams => {
const params: ListAccessPointsQueryParams = {
cloud_account_id: gatewayDetails.cloudAccount.id,
accountIdentifier: accountId
}
if (isAwsProvider) {
params.region = gatewayDetails.selectedInstances?.length
? gatewayDetails.selectedInstances[0].region
: gatewayDetails.routing.instance.scale_group?.region || ''
params.vpc = gatewayDetails.selectedInstances?.length
? gatewayDetails.selectedInstances[0].vpc
: gatewayDetails.routing.instance.scale_group?.target_groups?.[0]?.vpc || ''
}
return params
}
export const getSupportedResourcesQueryParams = ({
gatewayDetails,
accountId
}: BaseFetchDetails): AccessPointResourcesQueryParams => {
const params: AccessPointResourcesQueryParams = {
cloud_account_id: gatewayDetails.cloudAccount.id,
accountIdentifier: accountId,
region: ''
}
if (!_isEmpty(gatewayDetails.routing.container_svc)) {
params.region = _defaultTo(gatewayDetails.routing.container_svc?.region, '')
params.cluster = _defaultTo(gatewayDetails.routing.container_svc?.cluster, '')
params.service = _defaultTo(gatewayDetails.routing.container_svc?.service, '')
} else {
params.region = gatewayDetails.selectedInstances?.length
? gatewayDetails.selectedInstances[0].region
: _defaultTo(gatewayDetails.routing.instance.scale_group?.region, '')
params.resource_group_name = gatewayDetails.selectedInstances[0]?.metadata?.resourceGroup
}
return params
}
export const getSecurityGroupsBodyText = (
gatewayDetails: GatewayDetails,
{ isAzureProvider, isGcpProvider }: RuleCreationParams
): string => {
const hasInstances = !_isEmpty(gatewayDetails.selectedInstances)
let text = `id = ['${Utils.getConditionalResult(
hasInstances,
gatewayDetails.selectedInstances?.[0]?.id,
''
)}']\nregions = ['${Utils.getConditionalResult(hasInstances, gatewayDetails.selectedInstances?.[0]?.region, '')}']`
if (isAzureProvider) {
text += `\nresource_groups=['${Utils.getConditionalResult(
hasInstances,
gatewayDetails.selectedInstances?.[0]?.metadata?.resourceGroup,
''
)}']`
}
Iif (isGcpProvider) {
text += `\nzones=['${_defaultTo(
gatewayDetails.selectedInstances?.[0]?.metadata?.availabilityZone,
''
)}']\nname='${_defaultTo(gatewayDetails.selectedInstances?.[0]?.name, '')}'`
}
return text
}
export const getAllInboundRules = (groups: Array<NetworkSecurityGroup[]>) => {
const rules: FirewallRule[] = []
groups.forEach(g => {
g.forEach(s => {
s.inbound_rules?.forEach(r => {
rules.push(r)
})
})
})
return rules
}
export const getDefinedInboundRules = (rules: FirewallRule[]) => {
return rules.filter(r => !(r.protocol === '-1' || r.from === '*'))
}
export const getPortConfig = (
{ from, to, protocol }: { from: number; to: number; protocol: string } = { from: 80, to: 80, protocol: 'http' }
): PortConfig => {
return {
protocol: protocol,
port: from,
action: 'forward',
target_protocol: protocol,
target_port: to,
server_name: '',
redirect_url: '',
routing_rules: []
}
}
export const getDefaultPortConfigs = (): PortConfig[] => {
return Object.entries(portProtocolMap).map(([port, protocol]) =>
getPortConfig({ from: Number(port), to: Number(port), protocol })
)
}
export const getApSelectionList = (
apCoreResponseList: AccessPointCore[],
{ isAwsProvider, isAzureProvider, isGcpProvider }: RuleCreationParams
): SelectOption[] => {
return _defaultTo(apCoreResponseList, []).map(_ap => ({
label: _ap.details?.name as string,
value: isAwsProvider
? ((_ap.details as ALBAccessPointCore)?.albARN as string)
: isAzureProvider
? ((_ap.details as AzureAccessPointCore).id as string)
: isGcpProvider
? ((_ap.details as GCPAccessPointCore).id as string)
: ''
}))
}
export const getMatchingLoadBalancer = (
selectedItem: SelectOption,
apCoreResponseList: AccessPointCore[],
{ isAwsProvider }: RuleCreationParams
): AccessPointCore | undefined => {
return apCoreResponseList?.find(_lb =>
isAwsProvider
? selectedItem.value === (_lb.details as ALBAccessPointCore)?.albARN
: selectedItem.value === (_lb.details as AzureAccessPointCore)?.id
)
}
export const getLinkedAccessPoint = (
accessPoints: AccessPoint[],
isAwsProvider: boolean,
matchedLb?: AccessPointCore
): AccessPoint | undefined => {
return accessPoints?.find(_ap =>
isAwsProvider
? _ap.metadata?.albArn === (matchedLb?.details as ALBAccessPointCore)?.albARN
: (_ap.metadata?.app_gateway_id || _ap.id) === (matchedLb?.details as AzureAccessPointCore)?.id
)
}
export const isValidLoadBalancer = (
lb: AccessPointCore,
accessPoints: AccessPoint[],
savedAccessPoint: AccessPoint | undefined,
{ isAwsProvider, isAzureProvider, isGcpProvider }: RuleCreationParams
) => {
let isValid = false
if (isAwsProvider) {
isValid = Boolean(
lb &&
accessPoints
?.map(_ap => _ap.metadata?.albArn)
?.filter(_i => _i)
?.includes((lb.details as ALBAccessPointCore)?.albARN)
)
Iif (!isValid) {
isValid = Boolean(lb && savedAccessPoint?.metadata?.albArn === (lb.details as ALBAccessPointCore)?.albARN)
}
} else Eif (isAzureProvider) {
isValid = Boolean(
lb &&
accessPoints
?.map(_ap => Utils.getConditionalResult(_ap.status === 'submitted', _ap.id, _ap.metadata?.app_gateway_id))
.filter(_i => _i)
.includes((lb.details as AzureAccessPointCore).id)
)
Iif (!isValid) {
isValid = Boolean(lb && savedAccessPoint?.metadata?.app_gateway_id === (lb.details as AzureAccessPointCore)?.id)
}
} else if (isGcpProvider) {
isValid = Boolean(
lb &&
accessPoints
?.map(_ap => _ap.id)
.filter(_i => _i)
.includes((lb.details as GCPAccessPointCore).id)
)
if (!isValid) {
isValid = Boolean(lb && savedAccessPoint?.id === (lb.details as GCPAccessPointCore)?.id)
}
}
return isValid
}
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