public void Should_consider_that_2_wishes_on_the_same_position_idx_but_different_aisle_idx_are_picked_in_the_same_time()
{
const int aiseLenght = 1;
const int nbAisle = 2;
var warehouse = new Warehouse(1, nbAisle, aiseLenght);
var clientWish1 = new PickingPos(1, 1, 1, 1, aiseLenght, 1);
var clientWish2 = new PickingPos(2, 1, 2, 1, aiseLenght, 1);
var wishes = new DummyPickings
{
PickingList = new List <PickingPos> {
clientWish1, clientWish2
}
};
var solver = new LargestGapSolver(warehouse, wishes);
var solution = solver.Solve();
var intermediatePoint = new ShiftPoint(1, 0);
var intermediatePoint2 = new ShiftPoint(1, aiseLenght + 1);
var intermediatePoint3 = new ShiftPoint(1, 0);
var wantedSolution = new List <ShiftPoint>
{
_initShiftPoint,
intermediatePoint,
clientWish1.ConverToShiftPoint(),
intermediatePoint2,
intermediatePoint3,
_initShiftPoint
};
Check.That(solution.ShiftPointList).IsEqualTo(wantedSolution);
}
public void Should_go_to_the_top_of_all_bloc_and_return()
{
var warehouse = new Warehouse(2, 3, 1);
var wishes = new DummyPickings
{
PickingList = new List <PickingPos>
{
new PickingPos(1, 1, 1, 1, 1, 1),
new PickingPos(1, 2, 1, 1, 1, 1)
}
};
var solver = new LargestGapSolver(warehouse, wishes);
var solution = solver.Solve();
var shiftPointList = solution.ShiftPointList;
var destination1 = new ShiftPoint(1, 1);
var destination2 = new ShiftPoint(1, 4);
var intermediatePoint = new ShiftPoint(1, 0);
var intermediatePoint2 = new ShiftPoint(1, 5);
var wantedSolution = new List <ShiftPoint>
{
_initShiftPoint,
intermediatePoint,
destination1,
destination2,
intermediatePoint2,
intermediatePoint,
_initShiftPoint
};
Check.That(shiftPointList).IsEqualTo(wantedSolution);
}
public void Should_no_go_in_empty_aisles()
{
const int aiseLenght = 2;
var warehouse = new Warehouse(1, 6, aiseLenght);
var clientWish1 = new PickingPos(1, 1, 1, 1, aiseLenght, 1);
var clientWish2 = new PickingPos(2, 1, 6, 1, aiseLenght, 1);
var wishes = new DummyPickings
{
PickingList = new List <PickingPos> {
clientWish1, clientWish2
}
};
var solver = new LargestGapSolver(warehouse, wishes);
var solution = solver.Solve();
var intermediatePoint = new ShiftPoint(1, 0);
var intermediatePoint2 = new ShiftPoint(1, aiseLenght + 1);
var intermediatePoint3 = new ShiftPoint(7, aiseLenght + 1);
var intermediatePoint4 = new ShiftPoint(7, 0);
var wantedSolution = new List <ShiftPoint>
{
_initShiftPoint,
intermediatePoint,
clientWish1.ConverToShiftPoint(),
intermediatePoint2,
intermediatePoint3,
clientWish2.ConverToShiftPoint(),
intermediatePoint4,
_initShiftPoint
};
Check.That(solution.ShiftPointList).IsEqualTo(wantedSolution);
}
public void Should_no_do_the_largest_gap_in_a_aisle()
{
const int aiseLenght = 3;
var warehouse = new Warehouse(1, 9, aiseLenght);
var clientWish1 = new PickingPos(1, 1, 1, 1, aiseLenght, 1);
// should not do all the 3/4 aisle, largest gap in the middle
var clientWish2 = new PickingPos(2, 1, 3, 1, aiseLenght, 1);
var clientWish3 = new PickingPos(3, 1, 4, 3, aiseLenght, 1);
// should not do all the 5/6 aisle, largest gap in the start
var clientWish4 = new PickingPos(4, 1, 5, 1, aiseLenght, 1);
var clientWish5 = new PickingPos(5, 1, 6, 2, aiseLenght, 1);
// should not do all the 7/8 aisle, largest gap in the end
var clientWish6 = new PickingPos(6, 1, 7, 3, aiseLenght, 1);
var clientWish7 = new PickingPos(7, 1, 8, 2, aiseLenght, 1);
var clientWish8 = new PickingPos(8, 1, 9, 1, aiseLenght, 1);
var wishes = new DummyPickings
{
PickingList = new List <PickingPos> {
clientWish1, clientWish2, clientWish3, clientWish4, clientWish5, clientWish6, clientWish7, clientWish8
}
};
var solver = new LargestGapSolver(warehouse, wishes);
var solution = solver.Solve();
var intermediatePoint = new ShiftPoint(1, 0);
var intermediatePoint2 = new ShiftPoint(1, aiseLenght + 1);
var intermediatePoint3 = new ShiftPoint(4, aiseLenght + 1);
var intermediatePoint5 = new ShiftPoint(10, aiseLenght + 1);
var intermediatePoint6 = new ShiftPoint(13, aiseLenght + 1);
var intermediatePoint7 = new ShiftPoint(13, 0);
var intermediatePoint9 = new ShiftPoint(7, 0);
var intermediatePoint10 = new ShiftPoint(4, 0);
var wantedSolution = new List <ShiftPoint>
{
_initShiftPoint,//0
intermediatePoint,
clientWish1.ConverToShiftPoint(),
intermediatePoint2,
intermediatePoint3,
clientWish3.ConverToShiftPoint(),//5
intermediatePoint3,
intermediatePoint5,
clientWish6.ConverToShiftPoint(),
clientWish7.ConverToShiftPoint(),
intermediatePoint5,//10
intermediatePoint6,
clientWish8.ConverToShiftPoint(),
intermediatePoint7, // fin de l'allée
intermediatePoint9,
clientWish4.ConverToShiftPoint(), //15
clientWish5.ConverToShiftPoint(),
intermediatePoint9,
intermediatePoint10,
clientWish2.ConverToShiftPoint(),
intermediatePoint10,
_initShiftPoint
};
Check.That(solution.ShiftPointList).IsEqualTo(wantedSolution);
}
