import authedProcedure from "../../../procedures/authedProcedure";
import { router } from "../../../trpc";
import { ZAcceptOrLeaveInputSchema } from "./acceptOrLeave.schema";
import { ZChangeMemberRoleInputSchema } from "./changeMemberRole.schema";
import { ZCreateInputSchema } from "./create.schema";
import { ZCreateInviteInputSchema } from "./createInvite.schema";
import { ZDeleteInputSchema } from "./delete.schema";
import { ZDeleteInviteInputSchema } from "./deleteInvite.schema";
import { ZGetInputSchema } from "./get.schema";
import { ZGetMemberAvailabilityInputSchema } from "./getMemberAvailability.schema";
import { ZGetMembershipbyUserInputSchema } from "./getMembershipbyUser.schema";
import { ZHasEditPermissionForUserSchema } from "./hasEditPermissionForUser.schema";
import { ZInviteMemberInputSchema } from "./inviteMember/inviteMember.schema";
import { ZInviteMemberByTokenSchemaInputSchema } from "./inviteMemberByToken.schema";
import { ZListMembersInputSchema } from "./listMembers.schema";
import { ZPublishInputSchema } from "./publish.schema";
import { ZRemoveMemberInputSchema } from "./removeMember.schema";
import { ZResendInvitationInputSchema } from "./resendInvitation.schema";
import { ZSetInviteExpirationInputSchema } from "./setInviteExpiration.schema";
import { ZUpdateInputSchema } from "./update.schema";
import { ZUpdateMembershipInputSchema } from "./updateMembership.schema";

type TeamsRouterHandlerCache = {
  get?: typeof import("./get.handler").getHandler;
  list?: typeof import("./list.handler").listHandler;
  listOwnedTeams?: typeof import("./listOwnedTeams.handler").listOwnedTeamsHandler;
  create?: typeof import("./create.handler").createHandler;
  update?: typeof import("./update.handler").updateHandler;
  delete?: typeof import("./delete.handler").deleteHandler;
  removeMember?: typeof import("./removeMember.handler").removeMemberHandler;
  inviteMember?: typeof import("./inviteMember/inviteMember.handler").inviteMemberHandler;
  acceptOrLeave?: typeof import("./acceptOrLeave.handler").acceptOrLeaveHandler;
  changeMemberRole?: typeof import("./changeMemberRole.handler").changeMemberRoleHandler;
  getMemberAvailability?: typeof import("./getMemberAvailability.handler").getMemberAvailabilityHandler;
  getMembershipbyUser?: typeof import("./getMembershipbyUser.handler").getMembershipbyUserHandler;
  updateMembership?: typeof import("./updateMembership.handler").updateMembershipHandler;
  publish?: typeof import("./publish.handler").publishHandler;
  getUpgradeable?: typeof import("./getUpgradeable.handler").getUpgradeableHandler;
  listMembers?: typeof import("./listMembers.handler").listMembersHandler;
  hasTeamPlan?: typeof import("./hasTeamPlan.handler").hasTeamPlanHandler;
  listInvites?: typeof import("./listInvites.handler").listInvitesHandler;
  createInvite?: typeof import("./createInvite.handler").createInviteHandler;
  setInviteExpiration?: typeof import("./setInviteExpiration.handler").setInviteExpirationHandler;
  deleteInvite?: typeof import("./deleteInvite.handler").deleteInviteHandler;
  inviteMemberByToken?: typeof import("./inviteMemberByToken.handler").inviteMemberByTokenHandler;
  hasEditPermissionForUser?: typeof import("./hasEditPermissionForUser.handler").hasEditPermissionForUser;
  resendInvitation?: typeof import("./resendInvitation.handler").resendInvitationHandler;
};

const UNSTABLE_HANDLER_CACHE: TeamsRouterHandlerCache = {};

export const viewerTeamsRouter = router({
  // Retrieves team by id
  get: authedProcedure.input(ZGetInputSchema).query(async ({ ctx, input }) => {
    if (!UNSTABLE_HANDLER_CACHE.get) {
      UNSTABLE_HANDLER_CACHE.get = await import("./get.handler").then((mod) => mod.getHandler);
    }

    // Unreachable code but required for type safety
    if (!UNSTABLE_HANDLER_CACHE.get) {
      throw new Error("Failed to load handler");
    }

    return UNSTABLE_HANDLER_CACHE.get({
      ctx,
      input,
    });
  }),

  // Returns teams I a member of
  list: authedProcedure.query(async ({ ctx }) => {
    if (!UNSTABLE_HANDLER_CACHE.list) {
      UNSTABLE_HANDLER_CACHE.list = await import("./list.handler").then((mod) => mod.listHandler);
    }

    // Unreachable code but required for type safety
    if (!UNSTABLE_HANDLER_CACHE.list) {
      throw new Error("Failed to load handler");
    }

    return UNSTABLE_HANDLER_CACHE.list({
      ctx,
    });
  }),
  // Returns Teams I am a owner/admin of
  listOwnedTeams: authedProcedure.query(async ({ ctx }) => {
    if (!UNSTABLE_HANDLER_CACHE.listOwnedTeams) {
      UNSTABLE_HANDLER_CACHE.listOwnedTeams = await import("./listOwnedTeams.handler").then(
        (mod) => mod.listOwnedTeamsHandler
      );
    }

    // Unreachable code but required for type safety
    if (!UNSTABLE_HANDLER_CACHE.listOwnedTeams) {
      throw new Error("Failed to load handler");
    }

    return UNSTABLE_HANDLER_CACHE.listOwnedTeams({
      ctx,
    });
  }),

  create: authedProcedure.input(ZCreateInputSchema).mutation(async ({ ctx, input }) => {
    if (!UNSTABLE_HANDLER_CACHE.create) {
      UNSTABLE_HANDLER_CACHE.create = await import("./create.handler").then((mod) => mod.createHandler);
    }

    // Unreachable code but required for type safety
    if (!UNSTABLE_HANDLER_CACHE.create) {
      throw new Error("Failed to load handler");
    }

    return UNSTABLE_HANDLER_CACHE.create({
      ctx,
      input,
    });
  }),

  // Allows team owner to update team metadata
  update: authedProcedure.input(ZUpdateInputSchema).mutation(async ({ ctx, input }) => {
    if (!UNSTABLE_HANDLER_CACHE.update) {
      UNSTABLE_HANDLER_CACHE.update = await import("./update.handler").then((mod) => mod.updateHandler);
    }

    // Unreachable code but required for type safety
    if (!UNSTABLE_HANDLER_CACHE.update) {
      throw new Error("Failed to load handler");
    }

    return UNSTABLE_HANDLER_CACHE.update({
      ctx,
      input,
    });
  }),

  delete: authedProcedure.input(ZDeleteInputSchema).mutation(async ({ ctx, input }) => {
    if (!UNSTABLE_HANDLER_CACHE.delete) {
      UNSTABLE_HANDLER_CACHE.delete = await import("./delete.handler").then((mod) => mod.deleteHandler);
    }

    // Unreachable code but required for type safety
    if (!UNSTABLE_HANDLER_CACHE.delete) {
      throw new Error("Failed to load handler");
    }

    return UNSTABLE_HANDLER_CACHE.delete({
      ctx,
      input,
    });
  }),

  removeMember: authedProcedure.input(ZRemoveMemberInputSchema).mutation(async ({ ctx, input }) => {
    if (!UNSTABLE_HANDLER_CACHE.removeMember) {
      UNSTABLE_HANDLER_CACHE.removeMember = await import("./removeMember.handler").then(
        (mod) => mod.removeMemberHandler
      );
    }

    // Unreachable code but required for type safety
    if (!UNSTABLE_HANDLER_CACHE.removeMember) {
      throw new Error("Failed to load handler");
    }

    return UNSTABLE_HANDLER_CACHE.removeMember({
      ctx,
      input,
    });
  }),

  inviteMember: authedProcedure.input(ZInviteMemberInputSchema).mutation(async ({ ctx, input }) => {
    if (!UNSTABLE_HANDLER_CACHE.inviteMember) {
      UNSTABLE_HANDLER_CACHE.inviteMember = await import("./inviteMember/inviteMember.handler").then(
        (mod) => mod.inviteMemberHandler
      );
    }

    // Unreachable code but required for type safety
    if (!UNSTABLE_HANDLER_CACHE.inviteMember) {
      throw new Error("Failed to load handler");
    }

    return UNSTABLE_HANDLER_CACHE.inviteMember({
      ctx,
      input,
    });
  }),

  acceptOrLeave: authedProcedure.input(ZAcceptOrLeaveInputSchema).mutation(async ({ ctx, input }) => {
    if (!UNSTABLE_HANDLER_CACHE.acceptOrLeave) {
      UNSTABLE_HANDLER_CACHE.acceptOrLeave = await import("./acceptOrLeave.handler").then(
        (mod) => mod.acceptOrLeaveHandler
      );
    }

    // Unreachable code but required for type safety
    if (!UNSTABLE_HANDLER_CACHE.acceptOrLeave) {
      throw new Error("Failed to load handler");
    }

    return UNSTABLE_HANDLER_CACHE.acceptOrLeave({
      ctx,
      input,
    });
  }),

  changeMemberRole: authedProcedure.input(ZChangeMemberRoleInputSchema).mutation(async ({ ctx, input }) => {
    if (!UNSTABLE_HANDLER_CACHE.changeMemberRole) {
      UNSTABLE_HANDLER_CACHE.changeMemberRole = await import("./changeMemberRole.handler").then(
        (mod) => mod.changeMemberRoleHandler
      );
    }

    // Unreachable code but required for type safety
    if (!UNSTABLE_HANDLER_CACHE.changeMemberRole) {
      throw new Error("Failed to load handler");
    }

    return UNSTABLE_HANDLER_CACHE.changeMemberRole({
      ctx,
      input,
    });
  }),

  getMemberAvailability: authedProcedure
    .input(ZGetMemberAvailabilityInputSchema)
    .query(async ({ ctx, input }) => {
      if (!UNSTABLE_HANDLER_CACHE.getMemberAvailability) {
        UNSTABLE_HANDLER_CACHE.getMemberAvailability = await import("./getMemberAvailability.handler").then(
          (mod) => mod.getMemberAvailabilityHandler
        );
      }

      // Unreachable code but required for type safety
      if (!UNSTABLE_HANDLER_CACHE.getMemberAvailability) {
        throw new Error("Failed to load handler");
      }

      return UNSTABLE_HANDLER_CACHE.getMemberAvailability({
        ctx,
        input,
      });
    }),

  getMembershipbyUser: authedProcedure
    .input(ZGetMembershipbyUserInputSchema)
    .query(async ({ ctx, input }) => {
      if (!UNSTABLE_HANDLER_CACHE.getMembershipbyUser) {
        UNSTABLE_HANDLER_CACHE.getMembershipbyUser = await import("./getMembershipbyUser.handler").then(
          (mod) => mod.getMembershipbyUserHandler
        );
      }

      // Unreachable code but required for type safety
      if (!UNSTABLE_HANDLER_CACHE.getMembershipbyUser) {
        throw new Error("Failed to load handler");
      }

      return UNSTABLE_HANDLER_CACHE.getMembershipbyUser({
        ctx,
        input,
      });
    }),

  updateMembership: authedProcedure.input(ZUpdateMembershipInputSchema).mutation(async ({ ctx, input }) => {
    if (!UNSTABLE_HANDLER_CACHE.updateMembership) {
      UNSTABLE_HANDLER_CACHE.updateMembership = await import("./updateMembership.handler").then(
        (mod) => mod.updateMembershipHandler
      );
    }

    // Unreachable code but required for type safety
    if (!UNSTABLE_HANDLER_CACHE.updateMembership) {
      throw new Error("Failed to load handler");
    }

    return UNSTABLE_HANDLER_CACHE.updateMembership({
      ctx,
      input,
    });
  }),

  publish: authedProcedure.input(ZPublishInputSchema).mutation(async ({ ctx, input }) => {
    if (!UNSTABLE_HANDLER_CACHE.publish) {
      UNSTABLE_HANDLER_CACHE.publish = await import("./publish.handler").then((mod) => mod.publishHandler);
    }

    // Unreachable code but required for type safety
    if (!UNSTABLE_HANDLER_CACHE.publish) {
      throw new Error("Failed to load handler");
    }

    return UNSTABLE_HANDLER_CACHE.publish({
      ctx,
      input,
    });
  }),

  /** This is a temporal endpoint so we can progressively upgrade teams to the new billing system. */
  getUpgradeable: authedProcedure.query(async ({ ctx }) => {
    if (!UNSTABLE_HANDLER_CACHE.getUpgradeable) {
      UNSTABLE_HANDLER_CACHE.getUpgradeable = await import("./getUpgradeable.handler").then(
        (mod) => mod.getUpgradeableHandler
      );
    }

    // Unreachable code but required for type safety
    if (!UNSTABLE_HANDLER_CACHE.getUpgradeable) {
      throw new Error("Failed to load handler");
    }

    return UNSTABLE_HANDLER_CACHE.getUpgradeable({
      ctx,
    });
  }),

  listMembers: authedProcedure.input(ZListMembersInputSchema).query(async ({ ctx, input }) => {
    if (!UNSTABLE_HANDLER_CACHE.listMembers) {
      UNSTABLE_HANDLER_CACHE.listMembers = await import("./listMembers.handler").then(
        (mod) => mod.listMembersHandler
      );
    }

    // Unreachable code but required for type safety
    if (!UNSTABLE_HANDLER_CACHE.listMembers) {
      throw new Error("Failed to load handler");
    }

    return UNSTABLE_HANDLER_CACHE.listMembers({
      ctx,
      input,
    });
  }),

  hasTeamPlan: authedProcedure.query(async ({ ctx }) => {
    if (!UNSTABLE_HANDLER_CACHE.hasTeamPlan) {
      UNSTABLE_HANDLER_CACHE.hasTeamPlan = await import("./hasTeamPlan.handler").then(
        (mod) => mod.hasTeamPlanHandler
      );
    }

    // Unreachable code but required for type safety
    if (!UNSTABLE_HANDLER_CACHE.hasTeamPlan) {
      throw new Error("Failed to load handler");
    }

    return UNSTABLE_HANDLER_CACHE.hasTeamPlan({
      ctx,
    });
  }),

  listInvites: authedProcedure.query(async ({ ctx }) => {
    if (!UNSTABLE_HANDLER_CACHE.listInvites) {
      UNSTABLE_HANDLER_CACHE.listInvites = await import("./listInvites.handler").then(
        (mod) => mod.listInvitesHandler
      );
    }

    // Unreachable code but required for type safety
    if (!UNSTABLE_HANDLER_CACHE.listInvites) {
      throw new Error("Failed to load handler");
    }

    return UNSTABLE_HANDLER_CACHE.listInvites({
      ctx,
    });
  }),

  createInvite: authedProcedure.input(ZCreateInviteInputSchema).mutation(async ({ ctx, input }) => {
    if (!UNSTABLE_HANDLER_CACHE.createInvite) {
      UNSTABLE_HANDLER_CACHE.createInvite = await import("./createInvite.handler").then(
        (mod) => mod.createInviteHandler
      );
    }

    if (!UNSTABLE_HANDLER_CACHE.createInvite) {
      throw new Error("Failed to load handler");
    }

    return UNSTABLE_HANDLER_CACHE.createInvite({
      ctx,
      input,
    });
  }),

  setInviteExpiration: authedProcedure
    .input(ZSetInviteExpirationInputSchema)
    .mutation(async ({ ctx, input }) => {
      if (!UNSTABLE_HANDLER_CACHE.setInviteExpiration) {
        UNSTABLE_HANDLER_CACHE.setInviteExpiration = await import("./setInviteExpiration.handler").then(
          (mod) => mod.setInviteExpirationHandler
        );
      }

      // Unreachable code but required for type safety
      if (!UNSTABLE_HANDLER_CACHE.setInviteExpiration) {
        throw new Error("Failed to load handler");
      }

      return UNSTABLE_HANDLER_CACHE.setInviteExpiration({
        ctx,
        input,
      });
    }),
  deleteInvite: authedProcedure.input(ZDeleteInviteInputSchema).mutation(async ({ ctx, input }) => {
    if (!UNSTABLE_HANDLER_CACHE.deleteInvite) {
      UNSTABLE_HANDLER_CACHE.deleteInvite = await import("./deleteInvite.handler").then(
        (mod) => mod.deleteInviteHandler
      );
    }

    // Unreachable code but required for type safety
    if (!UNSTABLE_HANDLER_CACHE.deleteInvite) {
      throw new Error("Failed to load handler");
    }

    return UNSTABLE_HANDLER_CACHE.deleteInvite({
      ctx,
      input,
    });
  }),
  inviteMemberByToken: authedProcedure
    .input(ZInviteMemberByTokenSchemaInputSchema)
    .mutation(async ({ ctx, input }) => {
      if (!UNSTABLE_HANDLER_CACHE.inviteMemberByToken) {
        UNSTABLE_HANDLER_CACHE.inviteMemberByToken = await import("./inviteMemberByToken.handler").then(
          (mod) => mod.inviteMemberByTokenHandler
        );
      }

      // Unreachable code but required for type safety
      if (!UNSTABLE_HANDLER_CACHE.inviteMemberByToken) {
        throw new Error("Failed to load handler");
      }

      return UNSTABLE_HANDLER_CACHE.inviteMemberByToken({
        ctx,
        input,
      });
    }),
  hasEditPermissionForUser: authedProcedure
    .input(ZHasEditPermissionForUserSchema)
    .query(async ({ ctx, input }) => {
      if (!UNSTABLE_HANDLER_CACHE.hasEditPermissionForUser) {
        UNSTABLE_HANDLER_CACHE.hasEditPermissionForUser = await import(
          "./hasEditPermissionForUser.handler"
        ).then((mod) => mod.hasEditPermissionForUser);
      }

      // Unreachable code but required for type safety
      if (!UNSTABLE_HANDLER_CACHE.hasEditPermissionForUser) {
        throw new Error("Failed to load handler");
      }

      return UNSTABLE_HANDLER_CACHE.hasEditPermissionForUser({
        ctx,
        input,
      });
    }),
  resendInvitation: authedProcedure.input(ZResendInvitationInputSchema).mutation(async ({ ctx, input }) => {
    if (!UNSTABLE_HANDLER_CACHE.resendInvitation) {
      UNSTABLE_HANDLER_CACHE.resendInvitation = await import("./resendInvitation.handler").then(
        (mod) => mod.resendInvitationHandler
      );
    }

    // Unreachable code but required for type safety
    if (!UNSTABLE_HANDLER_CACHE.resendInvitation) {
      throw new Error("Failed to load handler");
    }

    return UNSTABLE_HANDLER_CACHE.resendInvitation({
      ctx,
      input,
    });
  }),
});