public static async Task <bool> PlayVoiceReply(MessageModel e, VoiceReplyRule rule, bool alwaysMatch = false, bool overrideReadInQueue = false)
{
if (alwaysMatch || rule.Matches(e))
{
if ((VoiceReplyRule.ReplyMode)rule.ReplyingMode != VoiceReplyRule.ReplyMode.VoiceGeneration)
{
// play specific file:
try
{
if (Vars.CurrentConf.InstantVoiceReply || overrideReadInQueue)
{
Play(rule.ReplyContent, false, true);
}
else
{
// add the file to queue
fileList.Add(new TTSEntry(rule.ReplyContent, true));
}
}
catch (Exception ex)
{
Bridge.ALog($"无法读出语音答复: {ex.Message}");
}
}
else
{
// play by voice generation (and by default)
// caution: different types of voice reply have different variables available
await UnifiedPlay(
Main.ProcessVoiceReply(e, rule),
true,
Vars.CurrentConf.InstantVoiceReply || overrideReadInQueue
);
}
return(true);
}
else
{
return(false);
}
}
public static string ProcessVoiceReply(MessageModel e, VoiceReplyRule rule)
{
// there's no need to check if the types match, we've already checked for it
switch ((VoiceReplyRule.MatchSource)rule.MatchingSource)
{
case VoiceReplyRule.MatchSource.DanmakuContent:
// available: $USER (including $$ and $!), $DM
return(ProcessDanmaku(e, rule.ReplyContent));
case VoiceReplyRule.MatchSource.DanmakuUser:
// available: $USER (including $$ and $!), $DM
return(ProcessDanmaku(e, rule.ReplyContent));
case VoiceReplyRule.MatchSource.GiftName:
// available: $USER (including $$ and $!), $GIFT and $COUNT
return(ProcessGift(e, rule.ReplyContent));
case VoiceReplyRule.MatchSource.GiftUser:
// available: $USER (including $$ and $!), $GIFT and $COUNT
return(ProcessGift(e, rule.ReplyContent));
default: return(rule.ReplyContent);
}
}