public async Task None(IDialogContext context, Microsoft.Bot.Builder.Luis.Models.LuisResult result)
{
string message = $"ゴメンナサイ．．．日本語分かりませんでした";
await context.PostAsync(message);
context.Wait(MessageReceived);
}
public async Task Greeting(IDialogContext context, Microsoft.Bot.Builder.Luis.Models.LuisResult result)
{
string message = $"こんにちは！日本の各地の天気をお答えするお天気BOTです。";
await context.PostAsync(message);
context.Wait(MessageReceived);
}
public async Task ConfirmWeather(IDialogContext context, Microsoft.Bot.Builder.Luis.Models.LuisResult result)
{
string city = "東京";
string datetime = "今日";
EntityRecommendation eRecommend;
if (result.TryFindEntity("City", out eRecommend))
{
city = eRecommend.Entity;
}
if (result.TryFindEntity("DateTime::Day", out eRecommend))
{
datetime = eRecommend.Entity;
}
string message = "[都市名]" + city + " [日付]" + datetime + " の天気を確認しますね";
await context.PostAsync(message);
context.Wait(MessageReceived);
}
/// <summary>
/// Look for an acceptable match between the 'userName' entities found by LUIS and
/// the known set of user names for the user's club. Consider the first name, last
/// name, and username for each user.
/// </summary>
/// <param name="userState">The user context</param>
/// <param name="result">The result returned by LUIS</param>
/// <returns>The JToken for the matching user, or null if no good match was found.</returns>
public static async Task<Tuple<JToken, string>> FindBestUserMatchAsync(this UserState userState, LuisResult result)
{
var entities = result.Entities;
var entityWords = entities
.Where(e => e.Type == LuisResultExtensions.EntityRowerName)
.SelectMany(e => e.Entity.ToLower().Split(' '))
.ToList();
if (entityWords.Count == 0)
{
return new Tuple<JToken, string>(null, "I'm sorry, but I didn't see anything that looked like a user name.");
}
var users = await BookedSchedulerCache.Instance[userState.ClubId].GetUsersAsync();
// If the boats are named sensibly, there should be only one perfect match.
var user = users.FirstOrDefault((b) => PerfectMatchUser(entityWords, b));
if (user != null)
{
return new Tuple<JToken, string>(user, null);
}
//
// Next, check to see if a subset of the entities completely spans the user name words.
// This could happen if LUIS classifies "extra" words as being part of the user name.
//
var overMatches = users.Where((b) => OverMatchUser(entityWords, b));
switch (overMatches.Count())
{
case 0:
break; // fall through and check for "under-matches"
case 1:
return new Tuple<JToken, string>(overMatches.First(), null);
default:
// Multiple matches - ask for clarification.
var userNames = overMatches.Select(u => $"'{u.FullName()}'");
return new Tuple<JToken, string>(null, $"I think you meant one of these users ({string.Join(", ", userNames)}). Can you be more specific?");
}
//
// Next, check for cases where the entities all match a subset of the user name words.
// This could happen if LUIS failed to classify some words as being part of the user
// name OR if the user provides only a portion of a longer name.
//
var underMatches = users.Where((b) => UnderMatchUser(entityWords, b));
// TODO: If one partial match is superior to all others, we should allow it.
switch (underMatches.Count())
{
case 0:
return new Tuple<JToken, string>(null, $"I'm sorry, but I didn't find any good matches for '{result.UserName()}' in your club's member list.");
case 1:
return new Tuple<JToken, string>(underMatches.First(), null);
default:
// Multiple matches - ask for clarification.
var userNames = underMatches.Select(u => $"'{u.FullName()}'");
return new Tuple<JToken, string>(null, $"I think you meant one of these users ({string.Join(", ", userNames)}). Can you be more specific?");
}
}
