public static int protocol_version(GTPBasics.SendAndRecieve sndRec)
{
string response = sndRec("protocol_version");
return Convert.ToInt32(response);
}
//Same as gen_move, but does not play the move
public static Ent_vertex reg_genmove(string color, GTPBasics.SendAndRecieve sndRec)
{
List<Entity> entities = new List<Entity>();
entities.Add(new Ent_color(color));
string response = sndRec("genmove " + string.Join(" ", entities));
if (response.ToLower() == "resign")
return null;
else
return new Ent_vertex(response);
}
public static List<Ent_vertex> place_free_handicap(int number_of_stones, GTPBasics.SendAndRecieve sndRec)
{
List<Entity> entities = new List<Entity>();
entities.Add(new Ent_int(number_of_stones)); //Super OO just because might as well
string response = sndRec("place_free_handicap " + string.Join(" ", entities));
string[] delimitter = { " " };
string[] parts = response.Split(delimitter, StringSplitOptions.RemoveEmptyEntries);
List<Ent_vertex> vertices = new List<Ent_vertex>();
for (int x = 0; x < parts.Length; x++)
vertices.Add(new Ent_vertex(parts[x]));
return vertices;
}
//Unhandled error: "unacceptable size"!
//coordinates are 0 based from bottom left of board
public static void play(string color, int xPos, int yPos, GTPBasics.SendAndRecieve sndRec)
{
List<Entity> entities = new List<Entity>();
entities.Add(new Ent_move(new Ent_color(color), new Ent_vertex(xPos, yPos)));
sndRec("play " + string.Join(" ", entities));
}
//Unhandled error message: "cannot undo"!
public static void undo(GTPBasics.SendAndRecieve sndRec)
{
sndRec("undo");
}
public static string SendAndReceiveReponse(string command_name, List<Entity> entities, GTPBasics.SendAndRecieve sndRec)
{
foreach (Entity entity in entities)
command_name += " " + entity.ToString();
return sndRec(command_name);
}
public static void komi(float new_komi, GTPBasics.SendAndRecieve sndRec)
{
List<Entity> entities = new List<Entity>();
entities.Add(new Ent_float(new_komi)); //Super OO just because might as well
sndRec("komi " + string.Join(" ", entities));
}
public static void time_left(
string color, int time, int stones, GTPBasics.SendAndRecieve sndRec)
{
List<Entity> entities = new List<Entity>();
entities.Add(new Ent_color(color));
entities.Add(new Ent_int(time));
entities.Add(new Ent_int(stones));
sndRec("time_left " + string.Join(" ", entities));
}
public static List<Ent_vertex> final_status_list(string status, GTPBasics.SendAndRecieve sndRec)
{
List<Entity> entities = new List<Entity>();
entities.Add(new Ent_string(status)); //Super OO just because might as well
string response = sndRec("final_score " + string.Join(" ", entities));
string[] delimitter = { " " };
string[] parts = response.Split(delimitter, StringSplitOptions.RemoveEmptyEntries);
List<Ent_vertex> vertices = new List<Ent_vertex>();
for (int x = 0; x < parts.Length; x++)
vertices.Add(new Ent_vertex(parts[x]));
return vertices;
}
public static bool known_command(string command_name, GTPBasics.SendAndRecieve sndRec)
{
List<Entity> entities = new List<Entity>();
entities.Add(new Ent_string(command_name)); //Super OO just because might as well
return (new Ent_boolean(sndRec("known_command " + string.Join(" ", entities)))).data;
}
//Unhandled error message: "cannot score"!
public static string final_score(GTPBasics.SendAndRecieve sndRec)
{
return sndRec("final_score");
}
public static void clear_board(GTPBasics.SendAndRecieve sndRec)
{
sndRec("clear_board");
}
//Unhandled error: "unacceptable size"!
public static void boardsize(int size, GTPBasics.SendAndRecieve sndRec)
{
List<Entity> entities = new List<Entity>();
entities.Add(new Ent_int(size)); //Super OO just because might as well
sndRec("boardsize " + string.Join(" ", entities));
}
public static void set_free_handicap(List<Ent_vertex> vertices, GTPBasics.SendAndRecieve sndRec)
{
List<Entity> entities = new List<Entity>(vertices);
sndRec("set_free_handicap " + string.Join(" ", entities));
}
public static string[] list_commands(GTPBasics.SendAndRecieve sndRec)
{
string response = sndRec("list_commands");
char[] delimitters = { GTPBasics.LF, GTPBasics.HT, GTPBasics.SPACE }; //I am not entirely sure, but I think just tabs (HT) will be enough
return response.Split(delimitters, StringSplitOptions.RemoveEmptyEntries);
}
public static string showboard(GTPBasics.SendAndRecieve sndRec)
{
return sndRec("showboard");
}
public static void loadsgf(string filename, int move_number, GTPBasics.SendAndRecieve sndRec)
{
List<Entity> entities = new List<Entity>();
entities.Add(new Ent_string(filename));
entities.Add(new Ent_int(move_number));
sndRec("loadsgf " + string.Join(" ", entities));
}
//Unhandled syntax errors!
public static void time_settings(
int main_time, int byo_yomi_time, int byo_yomi_stones, GTPBasics.SendAndRecieve sndRec)
{
List<Entity> entities = new List<Entity>();
entities.Add(new Ent_int(main_time));
entities.Add(new Ent_int(byo_yomi_time));
entities.Add(new Ent_int(byo_yomi_stones));
sndRec("time_settings " + string.Join(" ", entities));
}
public static string name(GTPBasics.SendAndRecieve sndRec)
{
return sndRec("name");
}
public static string version(GTPBasics.SendAndRecieve sndRec)
{
return sndRec("version");
}
public static string SendAndReceiveReponse(string command_name, GTPBasics.SendAndRecieve sndRec)
{
return SendAndReceiveReponse(command_name, new List<Entity>(), sndRec);
}
