def test_given():
for d in datasets:
data = solver.getdata(d["f"])
print "Data"
print "-"*25
print data
result = solver.solveIt(data).split()
print "Result"
print "-"*25
print result
assert int(result[0]) >= d["r"]
def test_solveIt4(self):
input_data = open("//projects/Coursera-DiscreteOptimization/2-Knapsack/data/ks_400_0").read(-1)
self.assertEqual(solver.solveIt(input_data), solver.solveIt2(input_data))
def test_manual():
data = "4 7\n16 2\n19 3\n23 4\n28 5\n"
result = solver.solveIt(data)
assert result == "44 0\n1 0 0 1"
def main(alg_name, fname):
with file(fname) as stream:
func = solver.solveIt(fname)
points = list(read_graph(stream))
plot_graph(points, func(points))
def test_solveIt(self):
input_data = open("//projects/Coursera-DiscreteOptimization/3-coloring/data/gc_50_3").read(-1)
self.assertEqual(solver.solveIt(input_data), "")
def solve(data): return solver.solveIt(data, time=True, assertions=True)
