def testInitializeRegisterWithBitString(self):
qcomp = get_functional_computer(nregisters=4, sqrt_size=3)
value = "101100010"
qcomp.execute(instr_initialize(0, value))
cvalue = ComplexM(3, 3, bitstring_to_matrix(value, 3))
self.assertEqual(cvalue, qcomp.registers[0].value)
def _get_matrix_from_bitstring(self, bitstring):
if not isinstance(bitstring, str):
raise TypeError("Initialize expects an string value")
if len(bitstring) != self.size:
raise ValueError("Can't initialize a register of size {0} with a"
" bitstring of size {1}".format(self.size,
len(bitstring))
)
if bitstring.count('0') + bitstring.count('1') != self.size:
raise ValueError("A bitstring can only contains 0's and 1's")
return bitstring_to_matrix(bitstring, self.sqrt_size)