resolve: (parent, args: IConnectionArgsExt, context) => {
   let findParams: any = { userId: `${parent._id}` };
   if (args.query) {
     findParams[args.field || 'name'] = new RegExp(args.query, 'i');
   }
   if (!args.limit || args.limit > 200) {
     args.limit = 100;
   }
   return connectionFromPromisedArray(
     context.db.collection('seeds')
       .find(findParams)
       .sort({ createdAt: -1 })
       .limit(Number(args.limit))
       .toArray(),
     args);
 }

const conn = connectionFromArray([1, 2, 3], {
    after: "a",
    before: "b",
    first: 1,
    last: 5,
});
conn.edges.map((e) => { e.cursor.toLowerCase(); e.node.toExponential(); });
conn.pageInfo.endCursor = "e";
conn.pageInfo.hasNextPage = true;
conn.pageInfo.hasPreviousPage = true;
conn.pageInfo.startCursor = "s";
// connectionFromPromisedArray is similar to connectionFromArray, but it takes a promise that resolves to an array, and returns a promise that resolves to the expected shape by connectionType.
const conn2 = connectionFromPromisedArray(new Promise<number[]>((resolve) => {
    resolve();
}), {
        after: "a",
        before: "b",
        first: 1,
        last: 5,
    });
conn2.then((res) => {
    res = conn;
});
// cursorForObjectInConnection is a helper method that takes an array and a member object, and returns a cursor for use in the mutation payload.
cursorForObjectInConnection(["a"], "b").toLowerCase();
// An example usage of these methods from the test schema:
const shipType: GraphQLObjectType = new GraphQLObjectType({
    name: "ShipType",
    fields: {},
});
const {connectionType: ShipConnection} =
    connectionDefinitions({ nodeType: shipType });

 resolve: (user: any, args: any): Promise<R.Connection<any>> => {
     return R.connectionFromPromisedArray(db.Message.filter({ userId: user.id }).run(), args)
 }