CLASS Grid

----DEBUT DES TESTS

CONSTRUCTOR
CHECKING: new Grid(7,8) -- ok

METHOD: nbCol, nbLig
CHECKING: new Grid(7,8).nbCol() -- ok
CHECKING: new Grid(7,8).nbLig() -- ok

METHOD: allPositions (using Position.contains)
USING: Grid g = new Grid(3,4)
CHECKING: PositionList ps = g.allPositions() -- ok
CHECKING: ps.contains(new Position(0,0)) -- ok
CHECKING: ps.contains(new Position(0,1)) -- ok
CHECKING: ps.contains(new Position(0,2)) -- ok
CHECKING: ps.contains(new Position(0,3)) -- ok
CHECKING: ps.contains(new Position(1,0)) -- ok
CHECKING: ps.contains(new Position(1,1)) -- ok
CHECKING: ps.contains(new Position(1,2)) -- ok
CHECKING: ps.contains(new Position(1,3)) -- ok
CHECKING: ps.contains(new Position(2,0)) -- ok
CHECKING: ps.contains(new Position(2,1)) -- ok
CHECKING: ps.contains(new Position(2,2)) -- ok
CHECKING: ps.contains(new Position(2,3)) -- ok
CHECKING: ps.contains(new Position(5,2)) -- ok

METHOD: regularPosition
USING: Grid g = new Grid(4,3)
CHECKING: g.regularPosition(new Position(1,2)) -- ok
CHECKING: g.regularPosition(new Position(0,2)) -- ok
CHECKING: g.regularPosition(new Position(1,0)) -- ok
CHECKING: g.regularPosition(new Position(3,0)) -- ok
CHECKING: g.regularPosition(new Position(0,2)) -- ok
CHECKING: g.regularPosition(new Position(0,3)): unexpected true == KO ==
CHECKING: g.regularPosition(new Position(4,0)) -- ok
CHECKING: g.regularPosition(new Position(-2,2)) -- ok
CHECKING: g.regularPosition(new Position(2,-1)) -- ok

METHOD: isEmpty
USING: g = new Grid(4,5)
CHECKING: g.isEmpty(new Position(0,0)) -- ok
CHECKING: g.isEmpty(new Position(0,1)) -- ok
CHECKING: g.isEmpty(new Position(0,2)) -- ok
CHECKING: g.isEmpty(new Position(0,3)) -- ok
CHECKING: g.isEmpty(new Position(0,4)): unexpected false == KO ==
CHECKING: g.isEmpty(new Position(1,0)) -- ok
CHECKING: g.isEmpty(new Position(1,1)) -- ok
CHECKING: g.isEmpty(new Position(1,2)) -- ok
CHECKING: g.isEmpty(new Position(1,3)) -- ok
CHECKING: g.isEmpty(new Position(1,4)): unexpected false == KO ==
CHECKING: g.isEmpty(new Position(2,0)) -- ok
CHECKING: g.isEmpty(new Position(2,1)) -- ok
CHECKING: g.isEmpty(new Position(2,2)) -- ok
CHECKING: g.isEmpty(new Position(2,3)) -- ok
CHECKING: g.isEmpty(new Position(2,4)): unexpected false == KO ==
CHECKING: g.isEmpty(new Position(3,0)) -- ok
CHECKING: g.isEmpty(new Position(3,1)) -- ok
CHECKING: g.isEmpty(new Position(3,2)) -- ok
CHECKING: g.isEmpty(new Position(3,3)) -- ok
CHECKING: g.isEmpty(new Position(3,4)): unexpected false == KO ==
CHECKING: gs.isEmpty(new Position(-1,2)) -- ok

METHOD: set, get (using isEmpty
USING: p = new Position(0,0)
CHECKING: g.set(p,0) -- ok
CHECKING: g.isEmpty(p) -- ok
CHECKING: g.get(p) -- ok
USING: p = new Position(3,7)
CHECKING: g.get(p) -- done

METHOD: unset, (using isEmpty)
USING: p = new Position(3,1)
CHECKING: g.unset(p) -- ok
CHECKING: g.isEmpty(p) -- ok
AFTER: g.set(p,4); g.unset(p)
 -- done
CHECKING: g.isEmpty(p) -- ok
METHOD: adjPosition
USING: g = new Grid(3,3)
USING: p = new Position(1,1)
CHECKING: ps = g.adjPositions(p) -- ok
CHECKING: ps.size() -- ok
CHECKING: ps.contains(new Position(0,1)) -- ok
CHECKING: ps.contains(new Position(2,1)) -- ok
CHECKING: ps.contains(new Position(1,0)) -- ok
CHECKING: ps.contains(new Position(1,2)) -- ok
USING: p = new Position(0,1)
CHECKING: ps = g.adjPositions(p) -- ok
CHECKING: ps.size() -- ok
CHECKING: ps.contains(new Position(-1,1)) -- ok
CHECKING: ps.contains(new Position(1,1)) -- ok
CHECKING: ps.contains(new Position(0,0)) -- ok
CHECKING: ps.contains(new Position(0,2)) -- ok
USING: p = new Position(1,0)
CHECKING: ps = g.adjPositions(p) -- ok
CHECKING: ps.size() -- ok
CHECKING: ps.contains(new Position(0,0)) -- ok
CHECKING: ps.contains(new Position(2,0)) -- ok
CHECKING: ps.contains(new Position(1,-1)) -- ok
CHECKING: ps.contains(new Position(1,1)) -- ok
USING: p = new Position(0,0)
CHECKING: ps = g.adjPositions(p) -- ok
CHECKING: ps.size() -- ok
CHECKING: ps.contains(new Position(-1,0)) -- ok
CHECKING: ps.contains(new Position(1,0)) -- ok
CHECKING: ps.contains(new Position(0,-1)) -- ok
CHECKING: ps.contains(new Position(0,1)) -- ok
USING: p = new Position(2,0)
CHECKING: ps = g.adjPositions(p) -- ok
CHECKING: ps.size() -- ok
CHECKING: ps.contains(new Position(1,0)) -- ok
CHECKING: ps.contains(new Position(3,0)) -- ok
CHECKING: ps.contains(new Position(2,-1)) -- ok
CHECKING: ps.contains(new Position(2,1)) -- ok
USING: p = new Position(2,1)
CHECKING: ps = g.adjPositions(p) -- ok
CHECKING: ps.size() -- ok
CHECKING: ps.contains(new Position(1,1)) -- ok
CHECKING: ps.contains(new Position(3,1)) -- ok
CHECKING: ps.contains(new Position(2,0)) -- ok
CHECKING: ps.contains(new Position(2,2)) -- ok
USING: p = new Position(2,2)
CHECKING: ps = g.adjPositions(p) -- ok
CHECKING: ps.size() -- ok
CHECKING: ps.contains(new Position(1,2)) -- ok
CHECKING: ps.contains(new Position(3,2)) -- ok
CHECKING: ps.contains(new Position(2,1)) -- ok
CHECKING: ps.contains(new Position(2,3)) -- ok
USING: p = new Position(1,2)
CHECKING: ps = g.adjPositions(p) -- ok
CHECKING: ps.size() -- ok
CHECKING: ps.contains(new Position(0,2)) -- ok
CHECKING: ps.contains(new Position(2,2)) -- ok
CHECKING: ps.contains(new Position(1,1)) -- ok
CHECKING: ps.contains(new Position(1,3)) -- ok
USING: p = new Position(0,2)
CHECKING: ps = g.adjPositions(p) -- ok
CHECKING: ps.size() -- ok
CHECKING: ps.contains(new Position(-1,2)) -- ok
CHECKING: ps.contains(new Position(1,2)) -- ok
CHECKING: ps.contains(new Position(0,1)) -- ok
CHECKING: ps.contains(new Position(0,3)) -- ok


----FIN DES TESTS
Score : 102/107