def __init__(self, hub, max_acks_outstanding=0):
if isinstance(hub, int):
# interpreting as a baud rate
hub = ControllerHub(hub)
self.ctlr = BitbangController(
hub, max_acks_outstanding=max_acks_outstanding)
self.pins = {}
for port in "BCD":
for pin in range(0, 8):
pin_obj = self.Pin(self, port, pin)
pin_name = "%s%d" % (port, pin)
setattr(self, pin_name, pin_obj)
self.pins[pin_name] = pin_obj
def __init__(self, hub, max_acks_outstanding=0):
if isinstance(hub, int):
# interpreting as a baud rate
hub = ControllerHub(hub)
self.ctlr = BitbangController(hub, max_acks_outstanding=max_acks_outstanding)
self.pins = {}
for port in "BCD":
for pin in range(0, 8):
pin_obj = self.Pin(self, port, pin)
pin_name = "%s%d" % (port, pin)
setattr(self, pin_name, pin_obj)
self.pins[pin_name] = pin_obj
class Jtagusaur2BitbangController(object):
class Pin(object):
def __init__(self, ctlr, port, pin_idx):
self.ctlr = ctlr
self.port = port
self.pin_idx = pin_idx
def mode(self, dir):
self.ctlr.mode(self.port, self.pin_idx, dir)
def write(self, val):
self.ctlr.write(self.port, self.pin_idx, val)
def read(self):
val = self.ctlr.read(self.port)
return (val >> self.pin_idx) & 1
def __init__(self, hub, max_acks_outstanding=0):
if isinstance(hub, int):
# interpreting as a baud rate
hub = ControllerHub(hub)
self.ctlr = BitbangController(hub, max_acks_outstanding=max_acks_outstanding)
self.pins = {}
for port in "BCD":
for pin in range(0, 8):
pin_obj = self.Pin(self, port, pin)
pin_name = "%s%d" % (port, pin)
setattr(self, pin_name, pin_obj)
self.pins[pin_name] = pin_obj
def mode(self, port, pin, dir):
port = port.upper()
assert port in "BCD"
pin = int(pin)
assert 0 <= pin < 8
assert dir in 'io'
val = (1 if dir == 'o' else 0)
port_id = _PORT_IDS["DDR" + port]
self.ctlr.writeBit(port_id, pin, val)
def write(self, port, pin, val):
port = port.upper()
assert port in "BCD"
pin = int(pin)
assert 0 <= pin < 8
assert val in (0, 1)
port_id = _PORT_IDS["PORT" + port]
self.ctlr.writeBit(port_id, pin, val)
def read(self, port):
port = port.upper()
assert port in "BCD"
port_id = _PORT_IDS["PIN" + port]
val = self.ctlr.read(port_id)
return val
class Jtagusaur2BitbangController(object):
class Pin(object):
def __init__(self, ctlr, port, pin_idx):
self.ctlr = ctlr
self.port = port
self.pin_idx = pin_idx
def mode(self, dir):
self.ctlr.mode(self.port, self.pin_idx, dir)
def write(self, val):
self.ctlr.write(self.port, self.pin_idx, val)
def read(self):
val = self.ctlr.read(self.port)
return (val >> self.pin_idx) & 1
def __init__(self, hub, max_acks_outstanding=0):
if isinstance(hub, int):
# interpreting as a baud rate
hub = ControllerHub(hub)
self.ctlr = BitbangController(
hub, max_acks_outstanding=max_acks_outstanding)
self.pins = {}
for port in "BCD":
for pin in range(0, 8):
pin_obj = self.Pin(self, port, pin)
pin_name = "%s%d" % (port, pin)
setattr(self, pin_name, pin_obj)
self.pins[pin_name] = pin_obj
def mode(self, port, pin, dir):
port = port.upper()
assert port in "BCD"
pin = int(pin)
assert 0 <= pin < 8
assert dir in 'io'
val = (1 if dir == 'o' else 0)
port_id = _PORT_IDS["DDR" + port]
self.ctlr.writeBit(port_id, pin, val)
def write(self, port, pin, val):
port = port.upper()
assert port in "BCD"
pin = int(pin)
assert 0 <= pin < 8
assert val in (0, 1)
port_id = _PORT_IDS["PORT" + port]
self.ctlr.writeBit(port_id, pin, val)
def read(self, port):
port = port.upper()
assert port in "BCD"
port_id = _PORT_IDS["PIN" + port]
val = self.ctlr.read(port_id)
return val
