def test_modulus(test_Matrixinit):
dummy=Matrix(nrow=1,ncol=1,data=[[1]])
try:
for i in range(len(test_Matrixinit)):
test_Matrixinit[i]%dummy
except divisionErrorException :
pass
def test_Matrixinit5():
(rows, cols) = [2, 3, 4, 5], [2, 3, 4, 5]
objects = []
traversal = 0
try:
for (r, c, d) in zip(rows, cols, data):
objects.append(Matrix(nrow=r, ncol=c, data=d))
traversal += 1
except incompaitableTypeException:
print("Incompaitable Sizes")
return objects
def test_XMatrixinit():
(rows, cols) = [2, 3, 4, 5], [2, 3, 4, 5]
objects = []
traversal = 0
for (r, c, d) in zip(rows, cols, data):
if r == 2:
try:
objects.append(BinaryMatrix(nrow=r, ncol=c, data=d,
mode="EBM"))
except binaryMatrixException as e:
print(e, "\n", "Test passed succesfully")
objects.append(Matrix(nrow=r, ncol=c, data=d))
if r == 4 and c == 4:
try:
objects.append(Matrix(nrow=r, ncol=c, data=d))
except incompaitableTypeException:
print("Incompaitable Sizes")
objects.append(Matrix(nrow=2, ncol=c, data=d))
else:
objects.append(Matrix(nrow=r, ncol=c, data=d))
traversal += 1
return objects