// Copyright 2014 Team 254. All Rights Reserved. // Author: pat@patfairbank.com (Patrick Fairbank) // // Model and datastore CRUD methods for a match at an event. package model import ( "github.com/Team254/cheesy-arena-lite/game" "sort" "strings" "time" ) type Match struct { Id int `db:"id"` Type string DisplayName string Time time.Time ElimRound int ElimGroup int ElimInstance int ElimRedAlliance int ElimBlueAlliance int Red1 int Red1IsSurrogate bool Red2 int Red2IsSurrogate bool Red3 int Red3IsSurrogate bool Blue1 int Blue1IsSurrogate bool Blue2 int Blue2IsSurrogate bool Blue3 int Blue3IsSurrogate bool StartedAt time.Time ScoreCommittedAt time.Time Status game.MatchStatus } func (database *Database) CreateMatch(match *Match) error { return database.matchTable.create(match) } func (database *Database) GetMatchById(id int) (*Match, error) { return database.matchTable.getById(id) } func (database *Database) UpdateMatch(match *Match) error { return database.matchTable.update(match) } func (database *Database) DeleteMatch(id int) error { return database.matchTable.delete(id) } func (database *Database) TruncateMatches() error { return database.matchTable.truncate() } func (database *Database) GetMatchByName(matchType string, displayName string) (*Match, error) { matches, err := database.matchTable.getAll() if err != nil { return nil, err } for _, match := range matches { if match.Type == matchType && match.DisplayName == displayName { return &match, nil } } return nil, nil } func (database *Database) GetMatchesByElimRoundGroup(round int, group int) ([]Match, error) { matches, err := database.GetMatchesByType("elimination") if err != nil { return nil, err } var matchingMatches []Match for _, match := range matches { if match.ElimRound == round && match.ElimGroup == group { matchingMatches = append(matchingMatches, match) } } return matchingMatches, nil } func (database *Database) GetMatchesByType(matchType string) ([]Match, error) { matches, err := database.matchTable.getAll() if err != nil { return nil, err } var matchingMatches []Match for _, match := range matches { if match.Type == matchType { matchingMatches = append(matchingMatches, match) } } sort.Slice(matchingMatches, func(i, j int) bool { if matchingMatches[i].ElimRound == matchingMatches[j].ElimRound { if matchingMatches[i].ElimInstance == matchingMatches[j].ElimInstance { if matchingMatches[i].ElimGroup == matchingMatches[j].ElimGroup { return matchingMatches[i].Id < matchingMatches[j].Id } return matchingMatches[i].ElimGroup < matchingMatches[j].ElimGroup } return matchingMatches[i].ElimInstance < matchingMatches[j].ElimInstance } return matchingMatches[i].ElimRound < matchingMatches[j].ElimRound }) return matchingMatches, nil } func (match *Match) IsComplete() bool { return match.Status != game.MatchNotPlayed } func (match *Match) CapitalizedType() string { if match.Type == "" { return "" } else if match.Type == "elimination" { return "Playoff" } return strings.ToUpper(match.Type[0:1]) + match.Type[1:] } func (match *Match) TypePrefix() string { if match.Type == "practice" { return "P" } else if match.Type == "qualification" { return "Q" } return "" } // Returns true if the match is of a type that allows substitution of teams. func (match *Match) ShouldAllowSubstitution() bool { return match.Type != "qualification" } // Returns true if the red and yellow cards should be updated as a result of the match. func (match *Match) ShouldUpdateCards() bool { return match.Type == "qualification" || match.Type == "elimination" } // Returns true if the rankings should be updated as a result of the match. func (match *Match) ShouldUpdateRankings() bool { return match.Type == "qualification" } // Returns true if the elimination match set should be updated as a result of the match. func (match *Match) ShouldUpdateEliminationMatches() bool { return match.Type == "elimination" }