func TestStepPlayerIdMap_GetAssignees(t *testing.T) {
p1 := game.Player{1, "1"}
p2 := game.Player{2, "2"}
r1 := game.NewSetupRule("1", "Once")
r2 := game.NewSetupRule("2", "Each player")
assignments := NewStepPlayerIdMap()
var step *game.SetupStep
step,_ = game.NewGlobalSetupStep(r1)
assignments.Set(&p1, step)
var assignees []*game.Player
assignees = assignments.GetAssignees(r1)
if len(assignees) != 1 {
t.Fatal("Should have one assigned player")
}
if assignees[0] != &p1 {
t.Fatal("Player 1 should be the assignee")
}
step,_ = game.NewPerPlayerSetupStep(r2, &p1)
assignments.Set(&p1, step)
step,_ = game.NewPerPlayerSetupStep(r2, &p2)
assignments.Set(&p2, step)
assignees = assignments.GetAssignees(r2)
if len(assignees) != 2 {
t.Fatal("Should have two assigned players")
}
foundP1, foundP2 := false, false
for _,p := range assignees {
if p == &p1 {
foundP1 = true
}
if p == &p2 {
foundP2 = true
}
}
if !(foundP1 && foundP2) {
t.Fatal("Both players should be assigned")
}
}
func NewSession(g *game.Game, players []*game.Player) (*Session, error) {
if nil == g {
return nil, errors.New("Session must have a non-nil Game")
}
if len(players) < g.MinPlayers {
return nil, errors.New(fmt.Sprintf("Game requires at least %d players, but %d were given", g.MinPlayers, len(players)))
}
if len(players) > g.MaxPlayers {
return nil, errors.New(fmt.Sprintf("Game requires at most %d players, but %d were given", g.MaxPlayers, len(players)))
}
setupSteps := make([]*game.SetupStep, 0)
for _, rule := range g.SetupRules {
if "Once" == rule.Arity {
step, err := game.NewGlobalSetupStep(rule)
if nil != err {
return nil, err
}
setupSteps = append(setupSteps, step)
} else if "Each player" == rule.Arity {
for _, p := range players {
step, err := game.NewPerPlayerSetupStep(rule, p)
if nil != err {
return nil, err
}
setupSteps = append(setupSteps, step)
}
}
}
return &Session{
Game: g,
Players: players,
SetupAssignments: newStepAssignments(),
SetupSteps: setupSteps,
}, nil
}
