Anki/proto/anki/decks.proto

// Copyright: Ankitects Pty Ltd and contributors
// License: GNU AGPL, version 3 or later; http://www.gnu.org/licenses/agpl.html

syntax = "proto3";

package anki.decks;

import "anki/generic.proto";
import "anki/collection.proto";

service DecksService {
  rpc AddDeckLegacy(generic.Json) returns (collection.OpChangesWithId);
  rpc AddOrUpdateDeckLegacy(AddOrUpdateDeckLegacyRequest) returns (DeckId);
  rpc DeckTree(DeckTreeRequest) returns (DeckTreeNode);
  rpc DeckTreeLegacy(generic.Empty) returns (generic.Json);
  rpc GetAllDecksLegacy(generic.Empty) returns (generic.Json);
  rpc GetDeckIdByName(generic.String) returns (DeckId);
  rpc GetDeck(DeckId) returns (Deck);
  rpc UpdateDeck(Deck) returns (collection.OpChanges);
  rpc UpdateDeckLegacy(generic.Json) returns (collection.OpChanges);
  rpc SetDeckCollapsed(SetDeckCollapsedRequest) returns (collection.OpChanges);
  rpc GetDeckLegacy(DeckId) returns (generic.Json);
  rpc GetDeckNames(GetDeckNamesRequest) returns (DeckNames);
  rpc NewDeckLegacy(generic.Bool) returns (generic.Json);
  rpc RemoveDecks(DeckIds) returns (collection.OpChangesWithCount);
  rpc ReparentDecks(ReparentDecksRequest)
      returns (collection.OpChangesWithCount);
  rpc RenameDeck(RenameDeckRequest) returns (collection.OpChanges);
  rpc GetOrCreateFilteredDeck(DeckId) returns (FilteredDeckForUpdate);
  rpc AddOrUpdateFilteredDeck(FilteredDeckForUpdate)
      returns (collection.OpChangesWithId);
  rpc FilteredDeckOrderLabels(generic.Empty) returns (generic.StringList);
  rpc SetCurrentDeck(DeckId) returns (collection.OpChanges);
  rpc GetCurrentDeck(generic.Empty) returns (Deck);
}

message DeckId {
  int64 did = 1;
}

message DeckIds {
  repeated int64 dids = 1;
}

message Deck {
  message Common {
    bool study_collapsed = 1;
    bool browser_collapsed = 2;

    uint32 last_day_studied = 3;
    int32 new_studied = 4;
    int32 review_studied = 5;
    int32 milliseconds_studied = 7;

    // previously set in the v1 scheduler,
    // but not currently used for anything
    int32 learning_studied = 6;

    reserved 8 to 13;

    bytes other = 255;
  }
  message Normal {
    int64 config_id = 1;
    uint32 extend_new = 2;
    uint32 extend_review = 3;
    string description = 4;
    bool markdown_description = 5;

    reserved 6 to 11;
  }
  message Filtered {
    message SearchTerm {
      enum Order {
        OLDEST_REVIEWED_FIRST = 0;
        RANDOM = 1;
        INTERVALS_ASCENDING = 2;
        INTERVALS_DESCENDING = 3;
        LAPSES = 4;
        ADDED = 5;
        DUE = 6;
        REVERSE_ADDED = 7;
        DUE_PRIORITY = 8;
      }

      string search = 1;
      uint32 limit = 2;
      Order order = 3;
    }

    bool reschedule = 1;
    repeated SearchTerm search_terms = 2;
    // v1 scheduler only
    repeated float delays = 3;
    // v2 scheduler only
    uint32 preview_delay = 4;
  }
  // a container to store the deck specifics in the DB
  // as a tagged enum
  message KindContainer {
    oneof kind {
      Normal normal = 1;
      Filtered filtered = 2;
    }
  }

  int64 id = 1;
  string name = 2;
  int64 mtime_secs = 3;
  int32 usn = 4;
  Common common = 5;
  // the specifics are inlined here when sending data to clients,
  // as otherwise an extra level of indirection would be required
  oneof kind {
    Normal normal = 6;
    Filtered filtered = 7;
  }
}

message AddOrUpdateDeckLegacyRequest {
  bytes deck = 1;
  bool preserve_usn_and_mtime = 2;
}

message DeckTreeRequest {
  // if non-zero, counts for the provided timestamp will be included
  int64 now = 1;
  int64 top_deck_id = 2;
}

message DeckTreeNode {
  int64 deck_id = 1;
  string name = 2;
  uint32 level = 4;
  bool collapsed = 5;

  // counts after limits applied
  uint32 review_count = 6;
  uint32 learn_count = 7;
  uint32 new_count = 8;

  // due counts without limits applied
  uint32 intraday_learning_total = 9;
  uint32 interday_learning_total = 10;
  bool filtered = 16;

  // low index so key can be packed into a byte, but at bottom
  // to make debug output easier to read
  repeated DeckTreeNode children = 3;
}

message SetDeckCollapsedRequest {
  enum Scope {
    REVIEWER = 0;
    BROWSER = 1;
  }

  int64 deck_id = 1;
  bool collapsed = 2;
  Scope scope = 3;
}

message GetDeckNamesRequest {
  bool skip_empty_default = 1;
  // if unset, implies skip_empty_default
  bool include_filtered = 2;
}

message DeckNames {
  repeated DeckNameId entries = 1;
}

message DeckNameId {
  int64 id = 1;
  string name = 2;
}

message ReparentDecksRequest {
  repeated int64 deck_ids = 1;
  int64 new_parent = 2;
}

message RenameDeckRequest {
  int64 deck_id = 1;
  string new_name = 2;
}

message FilteredDeckForUpdate {
  int64 id = 1;
  string name = 2;
  Deck.Filtered config = 3;
}