func getOpenShiftGroupListerMapper(host string, info OpenShiftGroupNameRestrictions) (interfaces.LDAPGroupListerNameMapper, error) {
if len(info.GetWhitelist()) != 0 {
return syncgroups.NewOpenShiftGroupLister(info.GetWhitelist(), info.GetBlacklist(), host, info.GetClient()), nil
} else {
return syncgroups.NewAllOpenShiftGroupLister(info.GetBlacklist(), host, info.GetClient()), nil
}
}
func (o *SyncGroupsOptions) GetOpenShiftGroupListerMapper(host string) (interfaces.LDAPGroupListerNameMapper, error) {
if o.Source != GroupSyncSourceOpenShift {
return nil, errors.New("openshift is not a valid group source for this config")
}
if len(o.Whitelist) != 0 {
return syncgroups.NewOpenShiftGroupLister(o.Whitelist, o.Blacklist, host, o.GroupInterface), nil
}
return syncgroups.NewAllOpenShiftGroupLister(o.Blacklist, host, o.GroupInterface), nil
}
func (o *SyncGroupsOptions) GetGroupLister(syncBuilder SyncBuilder, clientConfig *ldaputil.LDAPClientConfig) (interfaces.LDAPGroupLister, error) {
// if we have a whitelist, it trumps alls
if len(o.WhitelistContents) != 0 {
if o.Source == GroupSyncSourceOpenShift {
return syncgroups.NewOpenShiftWhitelistGroupLister(o.WhitelistContents, o.GroupInterface), nil
}
return syncgroups.NewLDAPWhitelistGroupLister(o.WhitelistContents), nil
}
// openshift as a listing source works the same for all schemas
if o.Source == GroupSyncSourceOpenShift {
return syncgroups.NewAllOpenShiftGroupLister(clientConfig.Host, o.GroupInterface), nil
}
return syncBuilder.GetGroupLister()
}
