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|
package game
import (
"strings"
"thehouseoficarus/internal/net"
)
func predictionUseTarget(input string) bool {
switch strings.ToLower(strings.TrimSpace(input)) {
case "predictions", "prediction", "market", "counter", "exchange", "prediction market", "prediction counter", "prediction exchange", "prediction market counter":
return true
}
return false
}
var predictionVerbs = []string{"markets", "view", "find", "next", "prev", "back", "active", "closed", "holding", "buy", "sell", "collect", "refresh", "rules", "stop"}
func (g *Game) openPredictionCounter(s *net.Session) {
if !g.atPredictionCounter(s.Player) {
s.WriteLine("There is no Prediction Exchange here.")
return
}
if !g.leaveCasinoGames(s.Player) {
s.WriteLine("Finish your current casino round before using the counter.")
return
}
if s.PredictionActive {
g.executePredictions(s, []string{"refresh"}, "")
return
}
g.closeCryptoCounter(s)
s.PredictionActive = true
s.PredictionEpoch++
s.PredictionBusy = false
s.PredictionSelected = ""
s.PredictionScreen = "list"
s.PredictionPage = 1
s.PredictionBoardPage = 1
s.PredictionSearch = ""
s.PredictionUnavailable = false
g.executePredictions(s, nil, "open")
}
func (g *Game) closePredictionCounter(s *net.Session) {
if s.PredictionCancel != nil {
s.PredictionCancel()
s.PredictionCancel = nil
}
s.PredictionActive = false
s.PredictionEpoch++ // Invalidate any download, including an in-flight trade.
s.PredictionBusy = false
s.PredictionSelected = ""
}
// Exact world commands keep their meaning unless explicitly part of this UI.
// Abbreviations are scoped to the counter; no new global command is registered.
func predictionVerb(cmd string) (string, bool) {
switch cmd {
case "list":
return "markets", true
case "table", "game":
return "refresh", true
case "status", "portfolio", "board":
return "active", true
case "help":
return "help", true
case "leave", "exit":
return "stop", true
}
for _, v := range predictionVerbs {
if cmd == v {
return v, true
}
}
if _, exists := commandRegistry[cmd]; exists {
return "", false
}
found := ""
for _, v := range predictionVerbs {
if strings.HasPrefix(v, cmd) {
if found != "" {
return "", true
}
found = v
}
}
return found, found != ""
}
func (g *Game) predictionInputOwned(s *net.Session, cmd string) bool {
if !s.PredictionActive || !g.atPredictionCounter(s.Player) {
return false
}
if isAllDigits(cmd) {
return true
}
_, ok := predictionVerb(cmd)
return ok
}
func (g *Game) handlePredictionInput(s *net.Session, cmd string, args []string) bool {
if !s.PredictionActive {
return false
}
if !g.atPredictionCounter(s.Player) {
g.closePredictionCounter(s)
return false
}
if cmd == "help" && len(args) > 0 {
return false
}
if isAllDigits(cmd) {
action := "view"
if s.PredictionScreen == "active" || s.PredictionScreen == "closed" {
action = "holding"
}
g.executePredictions(s, []string{action, cmd}, "")
return true
}
verb, owned := predictionVerb(cmd)
if !owned {
if cmd == "use" && predictionUseTarget(strings.Join(args, " ")) {
return false
}
switch cmd {
case "play", "use", "bank", "quit", "logout":
g.closePredictionCounter(s)
}
return false
}
if verb == "" {
s.WriteLine("That shortcut is ambiguous. Choose a command below.")
g.predictionHints(s)
return true
}
if verb == "stop" {
g.closePredictionCounter(s)
s.WriteLine(g.colorize(s, "casino_action", "You step away from the Prediction Exchange. Your contracts stay with the house."))
return true
}
switch verb {
case "markets":
verb = "list"
case "back":
args = nil
case "help":
g.predictionHelp(s)
return true
case "rules":
if s.PredictionScreen != "view" || s.PredictionSelected == "" {
g.predictionHelp(s)
return true
}
}
g.executePredictions(s, append([]string{verb}, args...), "")
return true
}
|
