static Dictionary <List <PieceEvent>, int> OptionsExamined(HexC.Board b, HexC.ColorsEnum col)
{
Dictionary <List <PieceEvent>, int> themDeltas = new Dictionary <List <PieceEvent>, int>();
foreach (var piece in b.PlacedPiecesThisColor(col))
{
var options = b.WhatCanICauseWithDoo(piece);
foreach (var option in options)
{
int delta = 0;
foreach (var anEvent in option)
{
int swing = 0;
switch (anEvent.Regarding.PieceType)
{
case PiecesEnum.Castle: swing = 5; break;
case PiecesEnum.Elephant: swing = 4; break;
case PiecesEnum.King: swing = 99; break;
case PiecesEnum.Pawn: swing = 1; break;
case PiecesEnum.Queen: swing = 20; break;
}
// if it's a remove, fflip it.
if (anEvent.EventType == EventTypeEnum.Remove)
{
swing = -swing;
}
// if it's not me, flip it
if (anEvent.Regarding.Color != col)
{
swing = -swing;
}
delta += swing;
}
themDeltas.Add(option, delta);
}
}
return(themDeltas);
}
static async Task RunAsync()
{
// Update port # in the following line.
client.BaseAddress = new Uri("https://ladybug.international");
client.DefaultRequestHeaders.Accept.Clear();
client.DefaultRequestHeaders.Accept.Add(
new MediaTypeWithQualityHeaderValue("application/json"));
try
{
List <Spot> board = null;
var client = new HttpClient();
var task = client.GetAsync("https://ladybug.international/Move/Board?gameId=freshy&color=tan")
.ContinueWith((taskwithresponse) =>
{
var response = taskwithresponse.Result;
var jsonString = response.Content.ReadAsStringAsync();
jsonString.Wait();
board = JsonConvert.DeserializeObject <List <Spot> >(jsonString.Result);
});
task.Wait();
// i have a hybrid POCO. Parse it back into will's format, so i can parse that into my engine format.
Dictionary <string, string> willBoard = new Dictionary <string, string>();
foreach (var spot in board)
{
willBoard.Add(spot.loc, spot.tok);
}
HexC.Board b = HexC.Program.BoardFromWillsBoard(willBoard);
// now i got me the board. what i do now? why not ask what the best move for each color is on this board?
// which is the shallowest analysis first.
// i believe um this entails examining what each piece can cause,
// and doing some numeric on me-gains, them-losses.
// shallow as possible.
Dictionary <List <PieceEvent>, int> whitesOptions = OptionsExamined(b, HexC.ColorsEnum.White);
Dictionary <List <PieceEvent>, int> blacksOptions = OptionsExamined(b, HexC.ColorsEnum.Black);
Dictionary <List <PieceEvent>, int> tansOptions = OptionsExamined(b, HexC.ColorsEnum.Tan);
// yeah sure maybe later i look derper into what each option set can cause, but right now i wanna numeric of the outcome.
// and this is f****n broken cuz i don't think it results in a piece into the portal on successful capture.
// because i don't care what's off the board...
// wait, isn't the plan to calculate the captured based on the fielded?
// yeah, that's the plan.
var items = from options in whitesOptions
orderby options.Value descending
select options;
// just take the top item from items... and exact moves that carry it out.
// this could get tricky.
var mahmoove = items.ElementAt(0);
// we know the event results... but translate that into Moves...
// but you know i wish i could just um shove this into a special endpoint please.
// adds and removes in one body.
var themEvents = mahmoove.Key;
HttpResponseMessage resp = await client.PostAsJsonAsync("https://ladybug.international/Move/Events", themEvents);
resp.EnsureSuccessStatusCode();
/*
*
* Move move = new Move();
* move.color = "white";
* move.gameId = "freshy";
* move.moveFrom = "n1_p2";
* move.moveTo = "n0_p1";
*
* HttpResponseMessage resp = await client.PostAsJsonAsync("https://ladybug.international/Move/Pieces", move);
* resp.EnsureSuccessStatusCode();
*/
}
catch (Exception e)
{
Console.WriteLine(e.Message);
}
Console.ReadLine();
}