func jeopardyAnswer(echoReq *alexa.EchoRequest, session *JeopardySession) (*alexa.EchoResponse, *JeopardySession) {
msg := ""
echoResp := alexa.NewEchoResponse()
if session.CurrentQuestion.Answer == "" {
echoResp.OutputSpeech("You need to get a question before answering!").EndSession(false)
return echoResp, session
}
answer, err := echoReq.GetSlotValue("Answer")
log.Println(answer)
if err != nil {
echoResp.OutputSpeech("We need an answer!").EndSession(false)
return echoResp, session
}
if strings.ToLower(answer) == strings.ToLower(session.CurrentQuestion.Answer) {
msg += getRandom(JeopardyRightAnswer)
session.Dollars = session.Dollars + session.CurrentQuestion.Value
} else {
msg += getRandom(JeopardyWrongAnswer) + " The correct answer was " + session.CurrentQuestion.Answer + ". "
}
session.NumQuestions++
session.CurrentQuestion = JeopardyQuestion{}
msg += "You're at " + strconv.Itoa(session.Dollars) + " after " + strconv.Itoa(session.NumQuestions) + " questions. Please pick another category."
echoResp.OutputSpeech(msg).Card("Answer", session.CurrentQuestion.Answer).EndSession(false)
return echoResp, session
}
func jeopardyStart(echoReq *alexa.EchoRequest, session *JeopardySession) (*alexa.EchoResponse, *JeopardySession) {
catNames := []string{}
for k, _ := range JeopardyCategories {
catNames = append(catNames, k)
}
msg := ""
if echoReq.GetIntentName() == "StartJeopardy" {
msg = JeopardyGreetings[rand.Intn(len(JeopardyGreetings))] + " Please pick one of the following categories: "
} else {
msg = "The categories are "
}
msg += strings.Join(catNames, ", ")
echoResp := alexa.NewEchoResponse().OutputSpeech(msg).EndSession(false)
return echoResp, session
}
func jeopardyCategory(echoReq *alexa.EchoRequest, session *JeopardySession) (*alexa.EchoResponse, *JeopardySession) {
msg := ""
echoResp := alexa.NewEchoResponse()
// Declare the category
category, err := echoReq.GetSlotValue("Category")
_, catExists := JeopardyCategories[category]
if err != nil || !catExists {
catNames := []string{}
for k, _ := range JeopardyCategories {
catNames = append(catNames, k)
}
category = getRandom(catNames)
msg = msg + getRandom(JeopardyCatSelect) + category + ". "
} else {
category = strings.ToLower(category)
}
clue, err := getJServiceClue(JeopardyCategories[category])
if err != nil {
clue, err = getJServiceClue(JeopardyCategories[category])
if err != nil {
echoResp := alexa.NewEchoResponse().OutputSpeech("I'm sorry, but I can't seem to get a question right now.").EndSession(true)
return echoResp, session
}
}
msg += "From " + category + " for " + strconv.Itoa(clue.Value) + ". " + clue.Question + ". I need your answer in the form of a question."
session.CurrentQuestion.Category = category
session.CurrentQuestion.Answer = sanitize.HTML(clue.Answer)
session.CurrentQuestion.Question = clue.Question
session.CurrentQuestion.Value = clue.Value
log.Println(session.CurrentQuestion.Question)
log.Println(session.CurrentQuestion.Answer)
echoResp.OutputSpeech(msg).Card("Question", msg).Reprompt("Times up. I need your answer in the form of a question.").EndSession(false)
return echoResp, session
}
func EchoLaunchHandler(req *alexa.EchoRequest, res *alexa.EchoResponse) {
mongo, db := MongoConnect()
GetSession(db, req.GetSessionID())
defer mongo.Close()
user, err := UserIndex.getUserByAmazonID(req.GetUserID())
if err != nil {
user = UserIndex.addUser(req.GetUserID())
res.OutputSpeech(fmt.Sprintf("Welcome new user. Your ID is %d. You need some clients to connect to us first!", user.ID)).EndSession(true)
return
}
res.OutputSpeech("Which computer do you want to connect to?").EndSession(false)
}
func EchoIntentHandler(req *alexa.EchoRequest, res *alexa.EchoResponse) {
mongo, db := MongoConnect()
defer mongo.Close()
session := GetSession(db, req.GetSessionID())
user, err := UserIndex.getUserByAmazonID(req.GetUserID())
if err != nil {
res.OutputSpeech("Sorry, we don't have an account setup for this user.").EndSession(true)
return
}
switch req.GetIntentName() {
case "SelectBox":
target, _ := req.GetSlotValue("target")
if target == "" {
res.OutputSpeech("I didn't get that. Can you tell me the computer you want again?").EndSession(false)
return
}
if !user.clientExists(target) {
res.OutputSpeech("The computer you requested isn't online.").EndSession(true)
return
}
session.Target = target
session.Update(db)
runCommand(session, user, res)
case "RunCommand":
cmd, err := req.GetSlotValue("cmd")
if err != nil {
res.OutputSpeech("I'm sorry, but what should I tell " + session.Target + "to do?").EndSession(false)
return
}
session.Cmd = cmd
payload, _ := req.GetSlotValue("payload")
session.Payload = payload
session.Update(db)
runCommand(session, user, res)
case "ListCommand":
names := []string{}
for _, client := range user.Clients {
if client.isActive() {
names = append(names, client.Name)
}
}
if len(names) == 0 {
res.OutputSpeech("You have no available computes.").EndSession(true)
} else if len(names) < 2 {
res.OutputSpeech("You have one available computer. It's name is " + names[0]).EndSession(true)
} else {
res.OutputSpeech("You have %d available computers. They are: " + strings.Join(names, ", ")).EndSession(true)
}
case "IdCommand":
res.OutputSpeechSSML(fmt.Sprintf("<speak>Your user ID is <say-as interpret-as=\"digits\">%d</say-as></speak>", user.ID)).EndSession(true)
default:
res.OutputSpeech("I'm sorry, I didn't understand your request.").EndSession(false)
}
}