private static void Main(string[] args)
{
// Basic Usage
using (var ctx = new Z3Context())
{
ctx.Log = Console.Out; // see internal logging
var theorem = from t in ctx.NewTheorem(new { x = default(bool), y = default(bool) })
where t.x ^ t.y
select t;
var result = theorem.Solve();
Console.WriteLine(result);
}
// Advanced Usage
using (var ctx = new Z3Context())
{
ctx.Log = Console.Out; // see internal logging
var theorem = from t in ctx.NewTheorem <Symbols <int, int> >()
where t.X1 < t.X2 + 1
where t.X1 > 2
where t.X1 != t.X2
select t;
var result = theorem.Solve();
Console.WriteLine(result);
}
// Sudoku Extension Usage (Z3.LinqBinding.Sudoku)
using (var ctx = new Z3Context())
{
var theorem = from t in SudokuTheorem.Create(ctx)
where t.Cell13 == 2 && t.Cell16 == 1 && t.Cell18 == 6
where t.Cell23 == 7 && t.Cell26 == 4
where t.Cell31 == 5 && t.Cell37 == 9
where t.Cell42 == 1 && t.Cell44 == 3
where t.Cell51 == 8 && t.Cell55 == 5 && t.Cell59 == 4
where t.Cell66 == 6 && t.Cell68 == 2
where t.Cell73 == 6 && t.Cell79 == 7
where t.Cell84 == 8 && t.Cell87 == 3
where t.Cell92 == 4 && t.Cell94 == 9 && t.Cell97 == 2
select t;
var result = theorem.Solve();
Console.WriteLine(result);
}
// Sudoku Extension Usage (Z3.LinqBinding.Sudoku)
using (var ctx = new Z3Context())
{
var theorem = SudokuAsArray
.Parse("9.2..54.31...63.255.84.7.6..263.9..1.57.1.29..9.67.53.24.53.6..7.52..3.4.8..4195.") // Very easy
.CreateTheorem(ctx);
var result = theorem.Solve();
Console.WriteLine(result);
theorem = SudokuAsArray
.Parse("..48...1767.9.....5.8.3...43..74.1...69...78...1.69..51...8.3.6.....6.9124...15..") // Easy
.CreateTheorem(ctx);
result = theorem.Solve();
Console.WriteLine(result);
theorem = SudokuAsArray
.Parse("..6.......8..542...4..9..7...79..3......8.4..6.....1..2.3.67981...5...4.478319562") // Medium
.CreateTheorem(ctx);
result = theorem.Solve();
Console.WriteLine(result);
theorem = SudokuAsArray
.Parse("....9.4.8.....2.7..1.7....32.4..156...........952..7.19....5.1..3.4.....1.2.7....") // Hard
.CreateTheorem(ctx);
result = theorem.Solve();
Console.WriteLine(result);
}
// Solving Canibals & Missionaires
using (var ctx = new Z3Context())
{
var can = new MissionariesAndCannibals()
{
NbMissionaries = 3, SizeBoat = 2, Length = 50
};
var startTime = stopwatch.Elapsed;
var minimal = MissionariesAndCannibals.SearchMinimal(can);
var endTime = stopwatch.Elapsed;
Console.WriteLine("Minimal Solution to missionaries and cannibals through Binary search");
Console.WriteLine(minimal == null ? "none" : minimal.ToString());
Console.WriteLine($"Time to solve: {endTime - startTime}");
var theorem = can.Create(ctx);
startTime = stopwatch.Elapsed;
minimal = theorem.Optimize(Optimization.Minimize, objMnC => objMnC.Length);
endTime = stopwatch.Elapsed;
Console.WriteLine("Minimal Solution to missionaries and cannibals through Z3 optimization");
Console.WriteLine(minimal == null ? "none" : minimal.ToString());
Console.WriteLine($"Time to solve: {endTime - startTime}");
}
// Testing simplification
using (var ctx = new Z3Context())
{
//ctx.Log = Console.Out;
var can = new MissionariesAndCannibals()
{
NbMissionaries = 3, SizeBoat = 2, Length = 30
};
Console.WriteLine($"Non simplified version");
Console.WriteLine();
var theorem = can.Create(ctx);
theorem.SimplifyLambdas = false;
var startTime = stopwatch.Elapsed;
var minimal = theorem.Optimize(Optimization.Minimize, objMnC => objMnC.Length);
var endTime = stopwatch.Elapsed;
Console.WriteLine("Minimal Solution to missionaries and cannibals non simplified through Z3 optimization");
Console.WriteLine($"Time to solve: {endTime - startTime}");
Console.WriteLine($"simplified version");
Console.WriteLine();
theorem.SimplifyLambdas = true;
startTime = stopwatch.Elapsed;
minimal = theorem.Optimize(Optimization.Minimize, objMnC => objMnC.Length);
endTime = stopwatch.Elapsed;
Console.WriteLine("Minimal Solution to missionaries and cannibals simplified through Z3 optimization");
Console.WriteLine($"Time to solve: {endTime - startTime}");
}
//AllSamplesInSameContext();
Console.Read();
}
private static void Main(string[] args)
{
// Basic Usage
using (var ctx = new Z3Context())
{
ctx.Log = Console.Out; // see internal logging
var theorem = from t in ctx.NewTheorem(new { x = default(bool), y = default(bool) })
where t.x ^ t.y
select t;
var result = theorem.Solve();
Console.WriteLine(result);
}
// Advanced Usage
using (var ctx = new Z3Context())
{
ctx.Log = Console.Out; // see internal logging
var theorem = from t in ctx.NewTheorem <Symbols <int, int> >()
where t.X1 < t.X2 + 1
where t.X1 > 2
where t.X1 != t.X2
select t;
var result = theorem.Solve();
Console.WriteLine(result);
}
// Sudoku Extension Usage (Z3.LinqBinding.Sudoku)
using (var ctx = new Z3Context())
{
var theorem = from t in SudokuTheorem.Create(ctx)
where t.Cell13 == 2 && t.Cell16 == 1 && t.Cell18 == 6
where t.Cell23 == 7 && t.Cell26 == 4
where t.Cell31 == 5 && t.Cell37 == 9
where t.Cell42 == 1 && t.Cell44 == 3
where t.Cell51 == 8 && t.Cell55 == 5 && t.Cell59 == 4
where t.Cell66 == 6 && t.Cell68 == 2
where t.Cell73 == 6 && t.Cell79 == 7
where t.Cell84 == 8 && t.Cell87 == 3
where t.Cell92 == 4 && t.Cell94 == 9 && t.Cell97 == 2
select t;
var result = theorem.Solve();
Console.WriteLine(result);
}
// All samples
using (var ctx = new Z3Context())
{
ctx.Log = Console.Out; // see internal logging
Print(from t in ctx.NewTheorem(new { x = default(bool) })
where t.x && !t.x
select t);
Print(from t in ctx.NewTheorem(new { x = default(bool), y = default(bool) })
where t.x ^ t.y
select t);
Print(from t in ctx.NewTheorem(new { x = default(int), y = default(int) })
where t.x < t.y + 1
where t.x > 2
select t);
Print(from t in ctx.NewTheorem <Symbols <int, int> >()
where t.X1 < t.X2 + 1
where t.X1 > 2
where t.X1 != t.X2
select t);
Print(from t in ctx.NewTheorem <Symbols <int, int, int, int, int> >()
where t.X1 - t.X2 >= 1
where t.X1 - t.X2 <= 3
where t.X1 == (2 * t.X3) + t.X5
where t.X3 == t.X5
where t.X2 == 6 * t.X4
select t);
Print(from t in ctx.NewTheorem <Symbols <int, int> >()
where Z3Methods.Distinct(t.X1, t.X2)
select t);
Print(from t in SudokuTheorem.Create(ctx)
where t.Cell13 == 2 && t.Cell16 == 1 && t.Cell18 == 6
where t.Cell23 == 7 && t.Cell26 == 4
where t.Cell31 == 5 && t.Cell37 == 9
where t.Cell42 == 1 && t.Cell44 == 3
where t.Cell51 == 8 && t.Cell55 == 5 && t.Cell59 == 4
where t.Cell66 == 6 && t.Cell68 == 2
where t.Cell73 == 6 && t.Cell79 == 7
where t.Cell84 == 8 && t.Cell87 == 3
where t.Cell92 == 4 && t.Cell94 == 9 && t.Cell97 == 2
select t);
}
}
private static void AllSamplesInSameContext()
{
// All samples
using (var ctx = new Z3Context())
{
ctx.Log = Console.Out; // see internal logging
Print(from t in ctx.NewTheorem(new
{
x = default(bool)
})
where t.x && !t.x
select t);
Print(from t in ctx.NewTheorem(new
{
x = default(bool),
y = default(bool)
})
where t.x ^ t.y
select t);
Print(from t in ctx.NewTheorem(new
{
x = default(int),
y = default(int)
})
where t.x < t.y + 1
where t.x > 2
select t);
Print(from t in ctx.NewTheorem <Symbols <int, int> >()
where t.X1 < t.X2 + 1
where t.X1 > 2
where t.X1 != t.X2
select t);
Print(from t in ctx.NewTheorem <Symbols <int, int, int, int, int> >()
where t.X1 - t.X2 >= 1
where t.X1 - t.X2 <= 3
where t.X1 == (2 * t.X3) + t.X5
where t.X3 == t.X5
where t.X2 == 6 * t.X4
select t);
Print(from t in ctx.NewTheorem <Symbols <int, int> >()
where Z3Methods.Distinct(t.X1, t.X2)
select t);
Print(from t in SudokuTheorem.Create(ctx)
where t.Cell13 == 2 && t.Cell16 == 1 && t.Cell18 == 6
where t.Cell23 == 7 && t.Cell26 == 4
where t.Cell31 == 5 && t.Cell37 == 9
where t.Cell42 == 1 && t.Cell44 == 3
where t.Cell51 == 8 && t.Cell55 == 5 && t.Cell59 == 4
where t.Cell66 == 6 && t.Cell68 == 2
where t.Cell73 == 6 && t.Cell79 == 7
where t.Cell84 == 8 && t.Cell87 == 3
where t.Cell92 == 4 && t.Cell94 == 9 && t.Cell97 == 2
select t);
// Sudoku Extension Usage Z3.LinqBinding.Sudoku demonstrating array capabilities
Print <SudokuAsArray>(SudokuAsArray
.Parse("9.2..54.31...63.255.84.7.6..263.9..1.57.1.29..9.67.53.24.53.6..7.52..3.4.8..4195.") // Very easy
.CreateTheorem(ctx));
Print <SudokuAsArray>(SudokuAsArray
.Parse("..48...1767.9.....5.8.3...43..74.1...69...78...1.69..51...8.3.6.....6.9124...15..") // Easy
.CreateTheorem(ctx));
Print <SudokuAsArray>(SudokuAsArray
.Parse("..6.......8..542...4..9..7...79..3......8.4..6.....1..2.3.67981...5...4.478319562") // Medium
.CreateTheorem(ctx));
Print <SudokuAsArray>(SudokuAsArray
.Parse("....9.4.8.....2.7..1.7....32.4..156...........952..7.19....5.1..3.4.....1.2.7....") // Hard
.CreateTheorem(ctx));
// Solving Canibals & Missionaires
var can = new MissionariesAndCannibals()
{
NbMissionaries = 3, SizeBoat = 2, Length = 50
};
Print <MissionariesAndCannibals>(can.Create(ctx));
}
}