export function createPeering( name: string, vpc: awsx.ec2.Vpc, provider: pulumi.ProviderResource, peerVpc: aws.ec2.Vpc, peerProvider: pulumi.ProviderResource, ) { const opts = { provider } const peerOpts = { provider: peerProvider } const peerOwnerId = pulumi.output(aws.getCallerIdentity(peerOpts)).accountId const peerRegion = pulumi.output(aws.getRegion({}, peerOpts)).name const peeringRequester = new aws.ec2.VpcPeeringConnection(

${name}-peering-to-hub

, { autoAccept: false, peerOwnerId, peerRegion, peerVpcId: peerVpc.id, vpcId: vpc.id, }, opts, ) const peeringAccepter = new aws.ec2.VpcPeeringConnectionAccepter(

hub-peering-to-${name}

, { autoAccept: true, vpcPeeringConnectionId: peeringRequester.id, }, peerOpts, ) const peeringRoute = new aws.ec2.Route(

Hub-to-${name}

, { destinationCidrBlock: vpc.vpc.cidrBlock, routeTableId: peerVpc.mainRouteTableId, vpcPeeringConnectionId: peeringAccepter.id, }, peerOpts, ) vpc.publicSubnets.forEach((subnet) => subnet.createRoute( 'toHub', { destinationCidrBlock: peerVpc.cidrBlock, vpcPeeringConnectionId: peeringRequester.id, }, opts, ), ) return { peeringAccepter, peeringRoute, } }

in my specific case it was easier for me to use awsx vpc as the requester and plain aws vpc as accepter, but this function could be easily adjusted