[cantanima][1][Ada]Calorie Counting
[smionean][1][Ada]https://github.com/smionean/AdventOfCode/tree/master/2022/day01
[analogrelay][1][Ada] aoc2022/day_01.adb at 1870db114d7e9555364e8d4a1445cc295552e627 · analogrelay/aoc2022 · GitHub
[JeremyGrosser][2][Ada][advent/day2_2.adb at 3fdc3b70869b12840f96afe5a2c9ecb7c66de300 · JeremyGrosser/advent · GitHub]
[Zertovitch][2][Ada]hac/aoc_2022_02.adb at 93ad0ab88a063470721cbe5b02b5630fdf91ca88 · zertovitch/hac · GitHub
[cantanima][2][Ada][AoC2022/Day2 at master · johnperry-math/AoC2022 · GitHub]
[ebriot][1][Ada] advent_of_code/2022/day1 at master · briot/advent_of_code · GitHub
[ebriot][2][Ada] advent_of_code/2022/day2 at master · briot/advent_of_code · GitHub
1 Like
[rommudoh][1][Ada] aoc2022-Ada/day01.adb at main - aoc2022-Ada - Codeberg.org
[rommudoh][2][Ada] aoc2022-Ada/day02.adb at main - aoc2022-Ada - Codeberg.org
[rocher][2][Ada] L’ets play Rock, Paper Scissors … literally!
Part one here:
pragma Ada_2022;
with Ada.Text_IO; use Ada.Text_IO;
procedure Day02_P1 is
Type Rock_Paper_Scissors is ('🪨', '🧻', '✀');
for Rock_Paper_Scissors use ('🪨' => 1, '🧻' => 2, '✀' => 3);
Type Result is ('😖', '🤝', '🏆');
for Result use ('😖' => 0, '🤝' => 3, '🏆' => 6);
Result_Table : array (Rock_Paper_Scissors, Rock_Paper_Scissors) of Result :=
('🪨' => (
'🪨' => '🤝',
'🧻' => '🏆',
'✀' => '😖'),
'🧻' => (
'🪨' => '😖',
'🧻' => '🤝',
'✀' => '🏆'),
'✀' => (
'🪨' => '🏆',
'🧻' => '😖',
'✀' => '🤝'));
-- Result table for players given as (Opponent, Player);
function Round (Opponent, Player: Rock_Paper_Scissors) return Natural is
Score : Natural := 0;
begin
Score := Result'Enum_Rep (Result_Table (Opponent, Player));
Score := @ + Rock_Paper_Scissors'Enum_Rep (Player);
return Score;
end;
Subtype Opponent_Char is Character range 'A' .. 'C';
Opponent_Strategy : array (Opponent_Char) of Rock_Paper_Scissors :=
('A' => '🪨', 'B' => '🧻', 'C' => '✀');
Subtype Player_Char is Character range 'X' .. 'Z';
Player_Strategy : array (Player_Char) of Rock_Paper_Scissors :=
('X' => '🪨', 'Y' => '🧻', 'Z' => '✀');
Opponent : Character;
Player : Character;
Score : Natural := 0;
Space : Character;
Input : File_Type;
begin
Open (Input, In_File, "input.txt");
loop
Get (Input, Opponent);
Get (Input, Space);
Get (Input, Player);
Score := @ + Round (Opponent_Strategy (Opponent), Player_Strategy (PLayer));
exit when End_Of_File (Input);
end loop;
Close (Input);
Put_Line ("Answer:" & Score'Image);
end Day02_P1;
5 Likes
My day 1 is in a message above. It’s pretty fun getting used to SPARK this way!
[zetah11][2][SPARK][aoc2022/day2.adb at 3d253bff347ad66db3c17ae1b48191dfc9de2ffa · zetah11/aoc2022 · GitHub]
1 Like
[jklmnn][2][SPARK]aoc/day_2022_2.adb at 8d67cb10e4528210a9219d7f20b7689c33308938 · jklmnn/aoc · GitHub
1 Like
[William-Franck][2][Ada]Release Day-02 · captain-haddock17/Advent_of_Code_2022 · GitHub
[rocher][2][Ada] And here part 2:
pragma Ada_2022;
with Ada.Text_IO; use Ada.Text_IO;
procedure Day02_P2 is
Type Rock_Paper_Scissors is ('🪨', '🧻', '✀');
for Rock_Paper_Scissors use ('🪨' => 1, '🧻' => 2, '✀' => 3);
Type Result is ('😖', '🤝', '🏆');
for Result use ('😖' => 0, '🤝' => 3, '🏆' => 6);
Result_Table : array (Rock_Paper_Scissors, Rock_Paper_Scissors) of Result :=
('🪨' => (
'🪨' => '🤝',
'🧻' => '🏆',
'✀' => '😖'),
'🧻' => (
'🪨' => '😖',
'🧻' => '🤝',
'✀' => '🏆'),
'✀' => (
'🪨' => '🏆',
'🧻' => '😖',
'✀' => '🤝'));
-- Result table for players given as (Opponent, Player);
function Round (Opponent, Player: Rock_Paper_Scissors) return Natural is
Score : Natural := 0;
begin
Score := Result'Enum_Rep (Result_Table (Opponent, Player));
Score := @ + Rock_Paper_Scissors'Enum_Rep (Player);
return Score;
end;
Subtype Opponent_Char is Character range 'A' .. 'C';
Opponent_Strategy : array (Opponent_Char) of Rock_Paper_Scissors :=
('A' => '🪨', 'B' => '🧻', 'C' => '✀');
Subtype Player_Char is Character range 'X' .. 'Z';
Player_Strategy : array (Player_Char) of Result :=
('X' => '😖', 'Y' => '🤝', 'Z' => '🏆');
function Choose_Shape (Opponent: Rock_Paper_Scissors; R : Result)
return Rock_Paper_Scissors
is
Player : Rock_Paper_Scissors;
begin
for P in Rock_Paper_Scissors'Range loop
if Result_Table (Opponent, P) = R then
Player := P;
end if;
end loop;
return Player;
end;
Opponent : Character;
Player : Character;
Score : Natural := 0;
Space : Character;
Input : File_Type;
begin
Open (Input, In_File, "__Current_Path__" & "input.txt");
loop
Get (Input, Opponent);
Get (Input, Space);
Get (Input, Player);
Score := @ + Round (Opponent_Strategy (Opponent),
Choose_Shape (Opponent_Strategy (Opponent),
Player_Strategy (PLayer)));
exit when End_Of_File (Input);
end loop;
Close (Input);
Put_Line ("Answer:" & Score'Image);
end Day02_P2;
1 Like
[smionean][2][Ada]day02.adb
[max][2][SPARK] source/day_02.adb
[max][3][SPARK] source/day_03.adb
[max][4][SPARK] source/day_04.adb
[max][5][Ada] source/day_05.adb
[max][6][SPARK] source/day_06.adb
[max][7][SPARK] source/day_07.adb
[max][8][Ada] source/day_08.adb
[max][9][SPARK] source/day_09.adb
[max][10][SPARK] source/day_10.adb
[max][11][Ada] source/day_11.adb
[max][12][Ada] source/day_12.adb
[max][13][Ada] source/day_13.adb
[max][14][Ada] source/day_14.adb
[max][15][Ada] source/day_15.adb
[max][16][Ada] source/day_16.adb
[max][17][Ada] source/day_17.adb
[max][18][Ada] source/day_18.adb
[max][19][Ada] source/day_19.adb
[max][20][Ada] source/day_20.adb
[max][21][Ada] source/day_21.adb
[max][22][Ada] source/day_22.adb
[max][23][Ada] source/day_23.adb
[max][24][Ada] source/day_24.adb
[max][25][Ada] source/day_25.adb
[yannickmoy][1][SPARK] advent_of_code_2022/spark/day1 at main · yannickmoy/advent_of_code_2022 · GitHub
1 Like
[Neoxas][1][SPARK] GitHub - Neoxas/aoc_2022_ada: AOC 2022 solutions written in SPARK ADA!
[Neoxas][2][SPARK] GitHub - Neoxas/aoc_2022_ada: AOC 2022 solutions written in SPARK ADA!
Haha! Nice use of Unicode!
Group.Append (Calories'Value (Line (Line'First .. Last)));
How did you make gnatprove eat this without Fabian’s powerful technique? The Line could contain any garbage and 'Value will raise exception, no? 
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