models

package
v0.8.14 Latest Latest
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 Go to latest Published: Jan 13, 2024 License: AGPL-3.0 Imports: 15 Imported by: 0

Documentation

Index

Constants

This section is empty.

Variables

View Source 
var BookKeys = []string{
	"media_id", "title", "authors",
	"genres", "edition", "languages",
}

Functions

func UpdateRating 

func UpdateRating[U UpdateableKeyTypes](ctx context.Context, rs *RatingStorage, id int64, values []U) (err error)

Types

type ActorCast 

type ActorCast struct {
	CastID   int64 `json:"castID" db:"cast_id,pk,unique"`
	PersonID int64 `json:"personID" db:"person_id,pk"`
}

type Album 

type Album struct {
	MediaID      *uuid.UUID     `json:"media_id" db:"media_id,pk,unique"`
	Name         string         `json:"name" db:"name"`
	AlbumArtists AlbumArtist    `json:"album_artists" db:"album_artists"`
	ImagePaths   pq.StringArray `json:"image_paths,omitempty"` // we make use of a junction table that utilizes the image IDs
	ReleaseDate  time.Time      `json:"release_date" db:"release_date"`
	Genres       []Genre        `json:"genres,omitempty" db:"genres"`
	//	Studio       Studio                       `json:"studio,omitempty" db:"studio"`
	Keywords []Keyword    `json:"keywords,omitempty" db:"keywords"`
	Duration sql.NullTime `json:"duration,omitempty" db:"duration"`
	Tracks   []Track      `json:"tracks,omitempty" db:"tracks"`
}

type AlbumArtist 

type AlbumArtist struct {
	PersonArtists []Person `json:"person_artist,omitempty" db:"person_artist"`
	GroupArtists  []Group  `json:"group_artist,omitempty" db:"group_artist"`
}

type Book 

type Book struct {
	MediaID         *uuid.UUID     `json:"media_id" db:"media_id,pk,unique"`
	Title           string         `json:"title" db:"title"`
	Authors         []Person       `json:"author" db:"author"`
	Publisher       Studio         `json:"publisher" db:"publisher"`
	PublicationDate sql.NullTime   `json:"publication_date" db:"publication_date"`
	Genres          []Genre        `json:"genres" db:"genres"`
	Keywords        pq.StringArray `json:"keywords,omitempty" db:"keywords,omitempty"`
	Languages       []string       `json:"languages" db:"languages"`
	Pages           int16          `json:"pages" db:"pages"`
	ISBN            sql.NullString `json:"isbn,omitempty" db:"isbn,unique,omitempty"`
	ASIN            sql.NullString `json:"asin,omitempty" db:"asin,unique,omitempty"`
	Cover           sql.NullString `json:"cover,omitempty" db:"cover,omitempty"`
	Summary         string         `json:"summary" db:"summary"`
}

type BookValues 

type BookValues interface {
	[]string | string | int16 | time.Time | []Person
}

type Cast 

type Cast struct {
	ID        int64    `json:"ID" db:"cast_id,pk,unique"`
	Actors    []Person `json:"actors" db:"actors"`
	Directors []Person `json:"directors" db:"directors"`
}

type City 

type City struct {
	UUID    uuid.UUID `json:"uuid" db:"uuid,pk"`
	Name    string    `json:"name" db:"name"`
	Lat     float64   `json:"lat" db:"lat"`
	Lng     float64   `json:"lng" db:"lng"`
	Country *Country  `json:"country" db:"country"`
}

type Country 

type Country struct {
	ID   int16  `json:"id" db:"id,pk"`
	Name string `json:"name" db:"name"`
	Code string `json:"code" db:"code"`
}

type DirectorCast 

type DirectorCast struct {
	CastID   int64 `json:"castID" db:"cast_id,pk,unique"`
	PersonID int64 `json:"personID" db:"person_id,pk"`
}

type Entity 

type Entity interface {
	GetID() int
}

type Episode 

type Episode struct {
	MediaID   *uuid.UUID    `json:"media_id" db:"media_id,pk,unique"`
	ShowID    *uuid.UUID    `json:"show_id" db:"show_id,pk,unique"`
	SeasonID  *uuid.UUID    `json:"season_id" db:"season_id,pk,unique"`
	Number    uint16        `json:"number" db:"number,autoinc"`
	Title     string        `json:"title" db:"title"`
	Season    uint16        `json:"season" db:"season"`
	Episode   uint16        `json:"episode" db:"episode"`
	AirDate   time.Time     `json:"air_date" db:"air_date"`
	Duration  time.Duration `json:"duration" db:"duration"`
	Languages []string      `json:"languages" db:"languages"`
	Plot      string        `json:"plot" db:"plot"`
}

type Film 

type Film struct {
	MediaID     *uuid.UUID     `json:"media_id" db:"media_id,pk,unique"`
	Title       string         `json:"title" db:"title"`
	Cast        Cast           `json:"cast"` // this data is stored in the people schema, so no db tag
	ReleaseDate sql.NullTime   `json:"release_date" db:"release_date"`
	Duration    sql.NullTime   `json:"duration" db:"duration"`
	Synopsis    sql.NullString `json:"synopsis" db:"synopsis"`
	// TODO: check if nullFloat64 is the right type for this
	Rating sql.NullFloat64 `json:"rating"` // stored in the reviews.rating table, can be queried with a join on media ID
}

nolint:musttag

func (*Film) GetPosterPath 

func (f *Film) GetPosterPath(id uuid.UUID) string

type Genre 

type Genre struct {
	ID          int64              `json:"id" db:"id,pk,autoinc"`
	Kinds       pq.StringArray     `json:"kind" db:"kind" enum:"music,film,tv,book,game"`
	Name        string             `json:"name" db:"name"`
	Description []GenreDescription `json:"description,omitempty" db:"-"`
	//	DescLong    string   `json:"desc_long" db:"desc_long"`
	Characteristics []string `json:"keywords" db:"-"`
	ParentGenreID   *int64   `json:"parent_genre omitempty" db:"parent,omitempty"`
	Children        []int64  `json:"children,omitempty" db:"children,omitempty"`
}

Genre does not hage a UUID due to parent-child relationships

type GenreCharacteristics added in v0.8.14 

type GenreCharacteristics struct {
	ID         int64          `json:"id" db:"id,pk,autoinc"`
	Name       string         `json:"name" db:"name"`
	Descripion sql.NullString `json:"description,omitempty" db:"description"`
}

type GenreDescription added in v0.8.14 

type GenreDescription struct {
	GenreID     int64  `json:"genre_id" db:"genre_id"`
	Language    string `json:"language" db:"language"`
	Description string `json:"description" db:"description"`
}

type Group 

type Group struct {
	ID              int32          `json:"id,omitempty" db:"id"`
	Locations       []Place        `json:"locations,omitempty" db:"locations"`
	Name            string         `json:"name" db:"name"`
	Active          bool           `json:"active,omitempty" db:"active"`
	Formed          sql.NullTime   `json:"formed,omitempty" db:"formed"`
	Disbanded       sql.NullTime   `json:"disbanded,omitempty" db:"disbanded"`
	Website         sql.NullString `json:"website,omitempty" db:"website"`
	Photos          []string       `json:"photos,omitempty" db:"photos"`
	Works           []*uuid.UUID   `json:"works,omitempty" db:"works"`
	Members         []Person       `json:"members,omitempty" db:"members"`
	PrimaryGenre    Genre          `json:"primary_genre,omitempty" db:"primary_genre_id"`
	SecondaryGenres []Genre        `json:"genres,omitempty" db:"genres"`
	Kind            string         `json:"kind,omitempty" db:"kind"` // Orchestra, Choir, Ensemble, Collective, etc.
	Added           time.Time      `json:"added" db:"added"`
	Modified        sql.NullTime   `json:"modified,omitempty" db:"modified"`
	Wikipedia       sql.NullString `json:"wikipedia,omitempty" db:"wikipedia"`
	Bandcamp        sql.NullString `json:"bandcamp,omitempty" db:"bandcamp"`
	Soundcloud      sql.NullString `json:"soundcloud,omitempty" db:"soundcloud"`
	Bio             sql.NullString `json:"bio,omitempty" db:"bio"`
}

func (*Group) Validate 

func (g *Group) Validate() error

type Keyword 

type Keyword struct {
	ID         int32           `json:"id" db:"id,pk"`
	Keyword    string          `json:"keyword" db:"keyword"`
	TotalStars int32           `json:"stars" db:"total_stars"`
	VoteCount  int32           `json:"vote_count" db:"vote_count"`
	AvgScore   sql.NullFloat64 `json:"avg_score" db:"avg_score"`
}

type KeywordStorage 

type KeywordStorage struct {
	// contains filtered or unexported fields
}

func NewKeywordStorage 

func NewKeywordStorage(db *sqlx.DB, log *zerolog.Logger) *KeywordStorage

func (*KeywordStorage) AddKeyword 

func (ks *KeywordStorage) AddKeyword(ctx context.Context, keyword string, mediaID uuid.UUID) (err error)

func (*KeywordStorage) CastVote 

func (ks *KeywordStorage) CastVote(ctx context.Context, k Keyword) error

func (*KeywordStorage) GetAll 

func (ks *KeywordStorage) GetAll(ctx context.Context) (keywords []Keyword, err error)

func (*KeywordStorage) GetKeyword 

func (ks *KeywordStorage) GetKeyword(ctx context.Context, keyword string, mediaID uuid.UUID) (k Keyword, err error)

func (*KeywordStorage) GetKeywordByID 

func (ks *KeywordStorage) GetKeywordByID(ctx context.Context, id int32) (k Keyword, err error)

func (*KeywordStorage) GetKeywords 

func (ks *KeywordStorage) GetKeywords(ctx context.Context, mediaID uuid.UUID) (keywords []Keyword, err error)

func (*KeywordStorage) RemoveVote 

func (ks *KeywordStorage) RemoveVote(ctx context.Context, k Keyword) error

type KeywordStorer 

type KeywordStorer interface {
	CastVote(ctx context.Context, k Keyword) error
	RemoveVote(ctx context.Context, k Keyword) error
	AddKeyword(ctx context.Context, k Keyword) error
	GetKeyword(ctx context.Context, mediaID uuid.UUID) (Keyword, error)
	GetKeywords(ctx context.Context, mediaID uuid.UUID) ([]Keyword, error)
}

type LangID 

type LangID int16
const (
	English LangID = iota
	Spanish
	French
	German
	Chinese
	Japanese
	Korean
	Arabic
	Hebrew
	Hindi
	Polish
	Russian
	Czech
	Dutch
	Greek
	Italian
	Swedish
	Turkish
	Norwegian
	Portuguese
	Finnish
	Thai
	Indonesian
	Vietnamese
	Farsi
	Tagalog
	Swahili
	Serbian
	Croatian
	Bosnian
	Slovenian
	Slovak
	Macedonian
	Albanian
	Bulgarian
	Romanian
	Hungarian
	Latvian
	Lithuanian
	Estonian
	Ukrainian
	Belarusian
	Malay
	Malayalam
	Tamil
	Telugu
	Kannada
	Marathi
	Gujarati
	Bengali
	Punjabi
	Urdu
	Mongolian
	Amharic
	Icelandic
	Maltese
	Unknown
	Others
)

func ReverseLookupLangID 

func ReverseLookupLangID(langName string) (LangID, error)

ReverseLookupLangID takes a language name as input and returns the corresponding LangID. If the language name is not found, it returns an error.

func (LangID) String 

func (i LangID) String() string

type Media 

type Media struct {
	ID       uuid.UUID     `json:"id" db:"id,pk,unique"`
	Title    string        `json:"title" db:"title"`
	Kind     string        `json:"kind" db:"kind"`
	Created  time.Time     `json:"keywords,omitempty" db:"created"`
	Creator  sql.NullInt32 `json:"creator,omitempty" db:"creator"`
	Creators []Person      `json:"creators,omitempty"` // no db tag, we're using a junction table
	Added    time.Time     `json:"added,omitempty" db:"added"`
	Modified sql.NullTime  `json:"modified,omitempty" db:"modified"`
}

nolint:musttag // false positive, can only annotate fields, not types

type MediaDetails 

type MediaDetails struct {
	Kind    string      `json:"kind" db:"kind"`
	Details interface{} `json:"details" db:"details"`
}

type MediaObject 

type MediaObject interface {
	Book | Album | Track | TVShow | Season | Episode
}

type MediaService 

type MediaService interface {
	IsMedia() bool // dummy placeholder so that we can have somewhat idiomatic parametric polymorphism
}

type MediaStorage 

type MediaStorage struct {
	Log *zerolog.Logger

	Ps *PeopleStorage
	// contains filtered or unexported fields
}

func NewMediaStorage 

func NewMediaStorage(newDB *pgxpool.Pool, db *sqlx.DB, l *zerolog.Logger) *MediaStorage

func (*MediaStorage) Add 

func (ms *MediaStorage) Add(ctx context.Context, props *Media) (mediaID *uuid.UUID, err error)

Add is a generic method that adds an object to the media.media table. It needs to be run BEFORE the object is added to its respective table, since it needs the media ID to be generated first.

func (*MediaStorage) AddBook 

func (ms *MediaStorage) AddBook(
	ctx context.Context,
	book *Book,
	publisher *Studio,
) error

func (*MediaStorage) AddCast 

func (ms *MediaStorage) AddCast(ctx context.Context, mediaID uuid.UUID, actors, directors []Person) (castID int64, err error)

func (*MediaStorage) AddCreators 

func (ms *MediaStorage) AddCreators(ctx context.Context, id uuid.UUID, creators []Person) error

func (*MediaStorage) AddFilm 

func (ms *MediaStorage) AddFilm(ctx context.Context, film *Film) error

func (*MediaStorage) Delete 

func (ms *MediaStorage) Delete(ctx context.Context, mediaID uuid.UUID) error

func (*MediaStorage) Get 

func (ms *MediaStorage) Get(ctx context.Context, id uuid.UUID) (media Media, err error)

Get scans into a complete Media struct In most cases though, all we need is an intermediate, partial instance with the UUID and Kind fields to be passed to GetMediaDetails

func (*MediaStorage) GetAlbumTrackIDs added in v0.7.0 

func (ms *MediaStorage) GetAlbumTrackIDs(ctx context.Context, albumID uuid.UUID) ([]uuid.UUID, error)

func (*MediaStorage) GetAlbumTracks added in v0.7.0 

func (ms *MediaStorage) GetAlbumTracks(ctx context.Context, albumID uuid.UUID) ([]Track, error)

GetAlbumTracks retrieves the full metadata of given album's tracks based on the album ID

func (*MediaStorage) GetAll 

func (ms *MediaStorage) GetAll() ([]*interface{}, error)

func (*MediaStorage) GetCast 

func (ms *MediaStorage) GetCast(ctx context.Context, mediaID uuid.UUID) (cast Cast, err error)

func (*MediaStorage) GetGenre added in v0.8.14 

func (ms *MediaStorage) GetGenre(ctx context.Context, kind, lang, name string) (genre *Genre, err error)

func (*MediaStorage) GetGenres added in v0.8.14 

func (ms *MediaStorage) GetGenres(ctx context.Context, kind string, all bool, columns ...string) ([]Genre, error)

GetGenres returns all genres for specified media type. parameter all specifies whether to return all genres or only top-level ones. variadic argument columns specifies which columns to return. In HTTP layer, columns are specified either in the JSON request body (as an array of strings) The name column can also be accessed with `names_only` boolean query parameter. Fetching of all genres is specified by the `all` query parameter (which does not require a value).

func (*MediaStorage) GetImagePath 

func (ms *MediaStorage) GetImagePath(ctx context.Context, id uuid.UUID) (path string, err error)

func (*MediaStorage) GetKind 

func (ms *MediaStorage) GetKind(ctx context.Context, id uuid.UUID) (string, error)

func (*MediaStorage) GetMediaDetails 

func (ms *MediaStorage) GetMediaDetails(
	ctx context.Context,
	mediaKind string,
	id uuid.UUID,
) (interface{}, error)

func (*MediaStorage) GetRandom 

func (ms *MediaStorage) GetRandom(ctx context.Context, count int, blacklistKinds ...string) (
	mwks map[uuid.UUID]string, err error,
)

mwks - media IDs with their corresponding kind

func (*MediaStorage) Update 

func (ms *MediaStorage) Update(ctx context.Context, key string, value interface{}, mediaID uuid.UUID) error

func (*MediaStorage) UpdateFilm 

func (ms *MediaStorage) UpdateFilm(ctx context.Context, film *Film) error

type MediaStorer 

type MediaStorer[T any] interface {
	Get(ctx context.Context, key string) (T, error)
	GetAll() ([]T, error)
	Add(ctx context.Context, db *sqlx.DB, props Media) (uuid.UUID, error)
	Update(ctx context.Context, key string, value T) error
	Delete(ctx context.Context, key string) error
}

type PeopleStorage 

type PeopleStorage struct {
	// contains filtered or unexported fields
}

func NewPeopleStorage 

func NewPeopleStorage(dbConn *sqlx.DB, logger *zerolog.Logger) *PeopleStorage

func (*PeopleStorage) GetGroup 

func (p *PeopleStorage) GetGroup(ctx context.Context, id int32) (Group, error)

func (*PeopleStorage) GetGroupName 

func (p *PeopleStorage) GetGroupName(ctx context.Context, id int32) (Group, error)

func (*PeopleStorage) GetID 

func (p *PeopleStorage) GetID(ctx context.Context, name, kind string) (id int32, err error)

func (*PeopleStorage) GetPerson 

func (p *PeopleStorage) GetPerson(ctx context.Context, id int64) (Person, error)

func (*PeopleStorage) GetPersonNames 

func (p *PeopleStorage) GetPersonNames(ctx context.Context, id int32) (Person, error)

func (*PeopleStorage) GetStudio 

func (p *PeopleStorage) GetStudio(ctx context.Context, id int32) (*Studio, error)

type Person 

type Person struct {
	ID         int32          `json:"id,omitempty" db:"id,pk,unique,autoincrement"`
	FirstName  string         `json:"first_name" db:"first_name"`
	OtherNames pq.StringArray `json:"other_names,omitempty" db:"other_names"`
	LastName   string         `json:"last_name" db:"last_name"`
	NickNames  pq.StringArray `json:"nick_names,omitempty" db:"nick_names"`
	Roles      pq.StringArray `json:"roles,omitempty" db:"roles"`
	Works      []*uuid.UUID   `json:"works,omitempty" db:"works"`
	Birth      sql.NullTime   `json:"birth,omitempty" db:"birth"` // DOB can also be unknown
	Death      sql.NullTime   `json:"death,omitempty" db:"death"`
	Website    sql.NullString `json:"website,omitempty" db:"website"`
	Bio        sql.NullString `json:"bio,omitempty" db:"bio"`
	Photos     pq.StringArray `json:"photos,omitempty" db:"photos"`
	Hometown   Place          `json:"hometown,omitempty" db:"hometown"`
	Residence  Place          `json:"residence,omitempty" db:"residence"`
	Added      time.Time      `json:"added,omitempty" db:"added"`
	Modified   sql.NullTime   `json:"modified,omitempty" db:"modified"`
}

type Place 

type Place struct {
	ID      uint64   `json:"id" db:"id,pk"`
	Kind    string   `json:"kind" db:"kind"`
	Name    string   `json:"name" db:"name"`
	Lat     float64  `json:"lat" db:"lat"`
	Lng     float64  `json:"lng" db:"lng"`
	Country *Country `json:"country" db:"country"`
}

type RatingAverage added in v0.7.0 

type RatingAverage struct {
	BaseRatingScore float64 `json:"base_rating_score" db:"base_rating_score"`
	//nolint: revive
	SecondaryRatingTypes    *[]string                `` /* 153-byte string literal not displayed */
	SecondaryRatingAverages []SecondaryRatingAverage `json:"secondary_rating_score" db:"secondary_rating_score"`
}

rating average is a helper, "meta"-type so that the averages retrieved are more concise

type RatingInput 

type RatingInput struct {
	// TODO: allow for setting dynamic rating scales
	NumStars    int8      `json:"numstars" binding:"required" validate:"min=0,max=10" error:"numstars must be between 1 and 15" db:"stars"`
	Comment     string    `json:"comment,omitempty" db:"comment"`
	Topic       string    `json:"topic,omitempty" db:"topic"`
	Attribution string    `json:"attribution,omitempty" db:"attribution"`
	UserID      uint32    `json:"userid" db:"user_id"`
	MediaID     uuid.UUID `json:"mediaid" db:"media_id"`
}

nolint: revive

type RatingStorage 

type RatingStorage struct {
	// contains filtered or unexported fields
}

func NewRatingStorage 

func NewRatingStorage(db *sqlx.DB, log *zerolog.Logger) *RatingStorage

func (*RatingStorage) Delete 

func (rs *RatingStorage) Delete(ctx context.Context, id int64) (err error)

func (*RatingStorage) Get 

func (rs *RatingStorage) Get(ctx context.Context, id int64) (r Review, err error)

Get retrieves a rating by its id.

func (*RatingStorage) GetAll 

func (rs *RatingStorage) GetAll() (ratings []*Review, err error)

func (*RatingStorage) GetAverageStars 

func (rs *RatingStorage) GetAverageStars(ctx context.Context,
	mediaID uuid.UUID,
) (avgStars float64, err error)

func (*RatingStorage) GetByMediaID 

func (rs *RatingStorage) GetByMediaID(ctx context.Context, mediaID uuid.UUID) (ratings []*Review, err error)

func (*RatingStorage) GetLatest 

func (rs *RatingStorage) GetLatest(ctx context.Context, limit int, offset int) (ratings []*Review, err error)

GetLatestRatings retrieves the latest reviews for all media items. The limit and offset parameters are used for pagination.

func (*RatingStorage) New 

func (rs *RatingStorage) New(ctx context.Context, rating *RatingInput) error

type RatingStorer 

type RatingStorer interface {
	New(ri *RatingInput) error
	Get(ctx context.Context, ID int64) (*Review, error)
	GetAll() ([]*Review, error)
	GetByMediaID(ctx context.Context, mediaID uuid.UUID) ([]*Review, error)
}

Update is not present, because methods cannot have type parameters

type Review added in v0.7.0 

type Review struct {
	ID               int64              `json:"_key" db:"id,pk"`
	CreatedAt        time.Time          `json:"created_at" db:"created_at"`
	NumStars         int8               `json:"numstars" binding:"required" validate:"min=0,max=10" error:"numstars must be between 1 and 10" db:"stars" `
	Comment          string             `json:"comment,omitempty" db:"comment"`
	Topic            string             `json:"topic,omitempty" db:"topic"`
	Attribution      string             `json:"attribution,omitempty" db:"attribution"`
	UserID           uint32             `json:"userid" db:"user_id"`
	MediaID          uuid.UUID          `json:"mediaid" db:"media_id"`
	SecondaryRatings []*SecondaryRating `json:"secondary_ratings,omitempty" db:"secondary_ratings"`
}

nolint: revive

type Season 

type Season struct {
	MediaID  *uuid.UUID `json:"media_id" db:"media_id,pk,unique"`
	ShowID   *uuid.UUID `json:"show_id" db:"show_id,pk,unique"`
	Number   uint8      `json:"number" db:"number"`
	Episodes []Episode  `json:"episodes" db:"episodes"`
}

type SecondaryRating added in v0.7.0 

type SecondaryRating struct {
	ID       int64      `json:"_key" db:"id,pk"`
	MediaID  *uuid.UUID `json:"media_id" db:"media_id"`
	Kind     string     `json:"kind" validate:"required,oneof=track plotline soundtrack acting scenography scenario theme" db:"kind"`
	NumStars int8       `json:"numstars" binding:"required" validate:"min=1,max=10,error='numstars must be between 1 and 10'" db:"stars"`
	UserID   uint32     `json:"userid" db:"user_id"`
}

TODO: add migration nolint: revive

type SecondaryRatingAverage added in v0.7.0 

type SecondaryRatingAverage struct {
	MediaID   uuid.UUID `json:"_key" db:"media_id,pk"`
	MediaKind string    `json:"media_kind" db:"media_kind"`
	Score     float64   `json:"score,omitempty" db:"score"`
}

TODO: add migration (if needed) SecondaryRatingAverages is a map of (secondary rating's) kind to it's value

type Studio 

type Studio struct {
	ID           int32    `json:"id" db:"id,pk,serial,unique"`
	Name         string   `json:"name" db:"name"`
	Active       bool     `json:"active" db:"active"`
	City         *City    `json:"city,omitempty" db:"city"`
	Artists      []Person `json:"artists,omitempty" db:"artists"`
	Works        Media    `json:"works,omitempty" db:"works"`
	IsFilm       bool     `json:"is_film" db:"is_film"`
	IsMusic      bool     `json:"is_music" db:"is_music"`
	IsTV         bool     `json:"is_tv" db:"is_tv"`
	IsPublishing bool     `json:"is_publishing" db:"is_publishing"`
	IsGame       bool     `json:"is_game" db:"is_game"`
}

type TVShow 

type TVShow struct {
	MediaID *uuid.UUID `json:"media_id" db:"media_id,pk,unique"`
	Title   string     `json:"title" db:"title"`
	Cast    Cast       `json:"cast" db:"cast"`
	Year    int        `json:"year" db:"year"`
	Active  bool       `json:"active" db:"active"`
	Seasons []Season   `json:"seasons" db:"seasons"`
	Studio  Studio     `json:"studio" db:"studio"`
}

type Track 

type Track struct {
	MediaID *uuid.UUID `json:"media_id" db:"media_id,pk,unique"`
	Name    string     `json:"name" db:"name"`
	AlbumID *uuid.UUID `json:"album_id" db:"album"`
	//		Artists   mo.Either[[]Person, []Group] `json:"artists" db:"artists"`
	Duration time.Time `json:"duration" db:"duration"`
	Lyrics   string    `json:"lyrics,omitempty" db:"lyrics"`
	Number   int16     `json:"track_number" db:"track_number"`
}

type UpdateableKeyTypes 

type UpdateableKeyTypes interface {
	~int | ~uint | string
}

type Venue 

type Venue struct {
	UUID    uuid.UUID `json:"uuid" db:"uuid,pk"`
	Name    string    `json:"name" db:"name"`
	Active  bool      `json:"active" db:"active"`
	Street  string    `json:"street" db:"street"`
	Zip     string    `json:"zip" db:"zip"`
	Unit    string    `json:"unit" db:"unit"`
	City    *City     `json:"city" db:"city"`
	Country *Country  `json:"country" db:"country"`
}

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