cols.append(v)
rows.append(tuple(cols))
return linda.Value(tuple(rows))
def valueToGrid(val, memo):
g = Grid()
for x in range(9):
for y in range(9):
if val[x][y].sum_pos == 1:
v = None
else:
v = int(val[x][y])
g.grid[x][y] = v
return g
gridtype = linda.Type("grid :: ((int + Nil) * 9) * 9;", Grid, gridToValue, valueToGrid)
def master():
grid = Grid() # Create an empty grid
work_ts = linda.TupleSpace()
linda.uts._out(("work_ts", work_ts)
func = linda.loadCodeFromFile("difficulty_func.min")
linda.uts._out(("difficulty_func", func))
start = time.time()
linda.uts._out((empty, grid))
tup = linda.uts._in((gridtype, ))
def squareToValue(sq, memo):
if sq.val is None:
v = linda.Nil()
v.sum_pos = 0
else:
v = linda.Value(sq.val)
v.sum_pos = 1
return v
def valueToSquare(val, memo):
if val.isNil():
return Square(None)
else:
return Square(int(val))
sqtype = linda.Type("square :: Nil + int;", Square, squareToValue, valueToSquare)
class Row:
def __init__(self, row):
self.row = row
def rowToValue(row, memo):
return linda.Value(row.row)
def valueToRow(val, memo):
return Row(list(val))
rowtype = linda.Type("row :: square * 9;", Row, rowToValue, valueToRow)
class Grid:
def __init__(self, rows):
#!/usr/bin/python
import linda
linda.connect()
t = linda.Type("a :: (long * long);")
v = linda.Value((1, 2), t)
linda.uts._out((v, ))
print linda.uts._in((t, ))
#!/usr/bin/python
import linda
linda.connect()
t1 = linda.Type("t1 :: int * (int * int);")
t2 = linda.Type("t2 :: (int * int) * int;")
t3 = linda.Type("t3 :: int * int * int;")
v = linda.Value((1, (2, 3)), t1)
linda.uts._out((v, ))
print linda.uts._rd((t1, ))
print linda.uts._rd((t2, ))
print linda.uts._in((t3, ))
self.other = None
def __str__(self):
return "<Test %s>" % (str(self.other is self))
def convertTo(val, memo):
v = linda.Ptr(None, type)
memo.register(val, v)
v.ptr = memo.getValue(val.other)
return v
def convertFrom(val, memo):
t = Test()
memo.register(val, t)
t.other = val.ptr
return t
type = linda.Type("Test :: ptr(Test);", Test, convertTo, convertFrom)
v = Test()
v.other = v
linda.uts._out((v, ))
tup = linda.uts._in((Test, ))
print tup
print id(tup[0])
print id(tup[0].other)
#!/usr/bin/python
import linda
linda.connect()
t = linda.Type("a :: ((int * int) * bool);")
v = linda.Value(((1, 1), True), t)
linda.uts._out((v, ))
t2 = linda.Type("b :: int * int;")
t3 = linda.Type("c :: (b * bool);")
print linda.uts._in((t3, ))
double :: int -> int;
double x = 2 * x;
""")
print f(2)
linda.uts._out((f, ))
(nf, ) = linda.uts._rd((f.type, ))
print nf(4)
(nf, ) = linda.uts._in((f, ))
print "func2"
f2 = linda.Function("""
double2 :: (int * 1) -> (int * 1);
double2 x = 2 * x[0];
""")
print f2((6, ))
linda.uts._out((f2, ))
(nf2, ) = linda.uts._rd((f2.type, ))
print nf2((8, ))
t = linda.Type("f2 :: (int * ()) -> (int * ());")
(nf2, ) = linda.uts._in((t, ))
print nf2((10, ()))
#!/usr/bin/python
import linda
linda.connect()
t1 = linda.Type("t1 :: int + string;")
t2 = linda.Type("t2 :: string + int;")
v = linda.Sum(1, 0, t1)
linda.uts._out((v, ))
r = linda.uts._rd((t1, ))
print r, r[0].sum_pos
r = linda.uts._rd((t2, ))
print r, r[0].sum_pos
#!/usr/bin/python
import linda
linda.connect()
type = linda.Type("inttype :: int;")
value = linda.Value(1, type)
linda.uts._out((value, ))
print linda.uts._rd((value, ))
print linda.uts._rd((type, ))
#!/usr/bin/python
import linda
linda.connect()
t = linda.Type("a :: int;")
v = linda.Value(1, t)
linda.uts._out((v, ))
print linda.uts._in((t, ))
#!/usr/bin/python
import linda
linda.connect()
type = linda.Type("intlist :: Nil + (int * intlist);")
print type
value = linda.Value(None, type)
value.setSumPos(0)
linda.uts._out((value, ))
value = linda.Value(None)
value.setSumPos(0)
value = linda.Value((3, value))
value.setSumPos(1)
value = linda.Value((2, value))
value.setSumPos(1)
value = linda.Value((1, value), type)
value.setSumPos(1)
# end result is (1, (2, (3, None)))
linda.uts._out((value, ))
print linda.uts._in((type, ))
print linda.uts._in((type, ))
#!/usr/bin/python
import linda
linda.connect()
t1 = linda.Type("t1 :: int * int * int;")
t2 = linda.Type("t2 :: int * (int * int);")
print len(t1), len(t2)
v = linda.Value((1, 2, 3), t1)
print v
linda.uts._out((v, ))
print linda.uts._in((t2, ))[0]
#!/usr/bin/python
import linda
linda.connect()
linda.uts._out((1, ))
print linda.uts._rd((int, ))
t = linda.Type("t :: long;")
print linda.uts._in((t, ))
#!/usr/bin/python
import linda
linda.connect()
ptr1 = linda.Type("ptr1 :: int * ptr(ptr2);")
ptr2 = linda.Type("ptr2 :: int;")
value2 = linda.Value(1, ptr2)
value = linda.Value((1, linda.Ptr(value2)), ptr1)
linda.uts._out((value, ))
print linda.uts._in((value, ))
#!/usr/bin/python
import linda
linda.connect()
type1 = linda.Type("intlist :: Nil + (int * floatlist);")
type2 = linda.Type("floatlist :: Nil + (float * intlist);")
value = linda.Value(None, type1)
value.setSumPos(0)
linda.uts._out((value, ))
value = linda.Value(None)
value.setSumPos(0)
value = linda.Value((3, value))
value.setSumPos(1)
value = linda.Value((2.0, value))
value.setSumPos(1)
value = linda.Value((1, value), type1)
value.setSumPos(1)
# end result is (1, (2, (3, None)))
linda.uts._out((value, ))
print linda.uts._in((type1, ))
print linda.uts._in((type1, ))
#!/usr/bin/python
import linda
linda.connect()
class IntPair:
def __init__(self, a, b):
self.a = a
self.b = b
def __str__(self):
return "<IntPair %i %i>" % (self.a, self.b)
def IntPairToValue(pair, memo):
return linda.Value((pair.a, pair.b))
def ValueToIntPair(v, memo):
pair = IntPair(int(v[0]), int(v[1]))
# memo.register(v, pair)
return pair
t = linda.Type("intpair :: (long * long);", IntPair, IntPairToValue,
ValueToIntPair)
linda.uts._out((IntPair(1, 2), ))
print linda.uts._in((IntPair, ))