goff

type Cache interface {
	// Sets the content retrieved for the URL at the given time
	Set(url string, time time.Time, content *FantasyContent)

	// Gets the content for the URL given a time for which the content should
	// be valid
	Get(url string, time time.Time) (content *FantasyContent, ok bool)
}

type Client struct {
	// Provides fantasy content for this application.
	Provider ContentProvider
}

type ContentProvider interface {
	Get(url string) (content *FantasyContent, err error)
	// The amount of requests made to the Yahoo API on behalf of the application
	// represented by this Client.
	RequestCount() int
}

type FantasyContent struct {
	XMLName xml.Name `xml:"fantasy_content"`
	League  League   `xml:"league"`
	Team    Team     `xml:"team"`
	Users   []User   `xml:"users>user"`
}

type Game struct {
	Leagues []League `xml:"leagues>league"`
}

type LRUCache struct {
	ClientID        string
	Duration        time.Duration
	DurationSeconds int64
	Cache           *lru.LRUCache
}

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

type League struct {
	LeagueKey   string   `xml:"league_key"`
	LeagueID    uint64   `xml:"league_id"`
	Name        string   `xml:"name"`
	Players     []Player `xml:"players>player"`
	Teams       []Team   `xml:"teams>team"`
	DraftStatus string   `xml:"draft_status"`
	CurrentWeek int      `xml:"current_week"`
	StartWeek   int      `xml:"start_week"`
	EndWeek     int      `xml:"end_week"`
	IsFinished  bool     `xml:"is_finished"`
	Standings   []Team   `xml:"standings>teams>team"`
}

type Manager struct {
	ManagerID      uint64 `xml:"manager_id"`
	Nickname       string `xml:"nickname"`
	GUID           string `xml:"guid"`
	IsCurrentLogin bool   `xml:"is_current_login"`
}

type Matchup struct {
	Week  int    `xml:"week"`
	Teams []Team `xml:"teams>team"`
}

type Name struct {
	Full  string `xml:"full"`
	First string `xml:"first"`
	Last  string `xml:"last"`
}

type OAuthConsumer interface {
	Get(url string, data map[string]string, token *oauth.AccessToken) (*http.Response, error)
}

type Player struct {
	PlayerKey          string           `xml:"player_key"`
	PlayerID           uint64           `xml:"player_id"`
	Name               Name             `xml:"name"`
	DisplayPosition    string           `xml:"display_position"`
	ElligiblePositions []string         `xml:"elligible_positions>position"`
	SelectedPosition   SelectedPosition `xml:"selected_position"`
	PlayerPoints       Points           `xml:"player_points"`
}

type Points struct {
	CoverageType string  `xml:"coverage_type"`
	Season       string  `xml:"season"`
	Week         int     `xml:"week"`
	Total        float64 `xml:"total"`
}

type Record struct {
	Wins   int `xml:"wins"`
	Losses int `xml:"losses"`
	Ties   int `xml:"ties"`
}

type Roster struct {
	CoverageType string   `xml:"coverage_type"`
	Players      []Player `xml:"players>player"`
	Week         int      `xml:"week"`
}

type SelectedPosition struct {
	CoverageType string `xml:"coverage_type"`
	Week         int    `xml:"week"`
	Position     string `xml:"position"`
}

type Team struct {
	TeamKey               string        `xml:"team_key"`
	TeamID                uint64        `xml:"team_id"`
	Name                  string        `xml:"name"`
	URL                   string        `xml:"url"`
	TeamLogos             []TeamLogo    `xml:"team_logos>team_logo"`
	IsOwnedByCurrentLogin bool          `xml:"is_owned_by_current_login"`
	WavierPriority        int           `xml:"waiver_priority"`
	NumberOfMoves         int           `xml:"number_of_moves"`
	NumberOfTrades        int           `xml:"number_of_trades"`
	Managers              []Manager     `xml:"managers>manager"`
	Matchups              []Matchup     `xml:"matchups>matchup"`
	Roster                Roster        `xml:"roster"`
	TeamPoints            Points        `xml:"team_points"`
	TeamProjectedPoints   Points        `xml:"team_projected_points"`
	TeamStandings         TeamStandings `xml:"team_standings"`
	Players               []Player      `xml:"players>player"`
}

type TeamLogo struct {
	Size string `xml:"size"`
	URL  string `xml:"url"`
}

type TeamStandings struct {
	Rank          int     `xml:"rank"`
	Record        Record  `xml:"outcome_totals"`
	PointsFor     float64 `xml:"points_for"`
	PointsAgainst float64 `xml:"points_against"`
}

type User struct {
	Games []Game `xml:"games>game"`
}