def overflow(self):
return test_bit(self.psr, 21)
def coproc_status(self):
return test_bit(self.psr,13)
def carry(self):
return test_bit(self.psr, 20)
def superviser(self):
return int(test_bit(self.psr,7))
def floating_point_status(self):
return test_bit(self.psr, 12)
def prev_superviser(self):
return int(test_bit(self.psr, 6))
def prev_superviser(self):
return int(test_bit(self.psr,6))
def zero(self):
return test_bit(self.psr, 22)
def icc(self):
n = test_bit(self.psr, 23)
z = test_bit(self.psr, 22)
v = test_bit(self.psr, 21)
c = test_bit(self.psr, 20)
return (n, z, v, c)
def carry(self):
return test_bit(self.psr, 20)
def overflow(self):
return test_bit(self.psr, 21)
def coproc_status(self):
return test_bit(self.psr, 13)
def floating_point_status(self):
return test_bit(self.psr, 12)
def superviser(self):
return int(test_bit(self.psr, 7))
def zero(self):
return test_bit(self.psr, 22)
def traps(self):
return test_bit(self.psr, 5)
def icc(self):
n = test_bit(self.psr,23)
z = test_bit(self.psr,22)
v = test_bit(self.psr,21)
c = test_bit(self.psr,20)
return (n,z,v,c)
def traps(self):
return test_bit(self.psr, 5)