def gap_conn_param_update(bd_addr, bd_addr_type, conn_itvl_min, conn_itvl_max,
conn_latency, supervision_timeout):
logging.debug("%s %r %r", gap_conn_param_update.__name__, bd_addr,
bd_addr_type)
iutctl = get_iut()
gap_wait_for_connection()
data_ba = bytearray()
bd_addr_ba = addr2btp_ba(pts_addr_get(bd_addr))
data_ba.extend(chr(pts_addr_type_get(bd_addr_type)).encode('utf-8'))
data_ba.extend(bd_addr_ba)
conn_itvl_min_ba = struct.pack('H', conn_itvl_min)
conn_itvl_max_ba = struct.pack('H', conn_itvl_max)
conn_latency_ba = struct.pack('H', conn_latency)
supervision_timeout_ba = struct.pack('H', supervision_timeout)
data_ba.extend(conn_itvl_min_ba)
data_ba.extend(conn_itvl_max_ba)
data_ba.extend(conn_latency_ba)
data_ba.extend(supervision_timeout_ba)
iutctl.btp_socket.send(*GAP['conn_param_update'], data=data_ba)
# Expected result
gap_command_rsp_succ()
def l2cap_conn(bd_addr, bd_addr_type, psm, mtu=0, num=1, ecfc=0, hold_credit=0):
logging.debug("%s %r %r %r", l2cap_conn.__name__, bd_addr, bd_addr_type,
psm)
iutctl = get_iut()
gap_wait_for_connection()
if isinstance(psm, str):
psm = int(psm, 16)
bd_addr = pts_addr_get(bd_addr)
bd_addr_type = pts_addr_type_get(bd_addr_type)
bd_addr_ba = addr2btp_ba(bd_addr)
data_ba = bytearray(chr(bd_addr_type).encode('utf-8'))
data_ba.extend(bd_addr_ba)
data_ba.extend(struct.pack('H', psm))
data_ba.extend(struct.pack('H', mtu))
data_ba.extend(struct.pack('B', num))
opts = 0
if ecfc:
opts |= defs.L2CAP_CONNECT_OPT_ECFC
if hold_credit:
opts |= defs.L2CAP_CONNECT_OPT_HOLD_CREDIT
data_ba.extend(struct.pack('B', opts))
iutctl.btp_socket.send(*L2CAP['connect'], data=data_ba)
chan_ids = l2cap_conn_rsp()
logging.debug("id %r", chan_ids)
def check_discov_results(addr_type=None, addr=None, discovered=True, eir=None):
addr = pts_addr_get(addr).encode('utf-8')
addr_type = pts_addr_type_get(addr_type)
logging.debug("%s %r %r %r %r", check_discov_results.__name__, addr_type,
addr, discovered, eir)
found = False
stack = get_stack()
devices = stack.gap.found_devices.data
for device in devices:
logging.debug("matching %r", device)
if addr_type != device.addr_type:
continue
if addr != device.addr:
continue
if eir and eir != device.eir:
continue
found = True
break
if discovered == found:
return True
return False
def set_filter_accept_list(address_list=None):
""" Send tuples (address, address_type) to IUT
and save them to the filter accept list.
If address_list=None PTS's (address,type) will be sent.
Arguments:
address_list -- addrs and their types as tuples:
address_list = [('DB:F5:72:56:C9:EF', 0), ('DB:F5:72:56:C9:EF', 0)]
"""
logging.debug("%s %s", set_filter_accept_list.__name__, address_list)
iutctl = get_iut()
data_ba = bytearray()
if not address_list:
address_list = [(pts_addr_get(None), pts_addr_type_get(None))]
addr_cnt_ba = chr(len(address_list)).encode('utf-8')
data_ba.extend(addr_cnt_ba)
for addr, type in address_list:
bd_addr_ba = addr2btp_ba(addr)
bd_addr_type_ba = chr(type).encode('utf-8')
data_ba.extend(bd_addr_type_ba)
data_ba.extend(bd_addr_ba)
iutctl.btp_socket.send(*GAP['set_filter_accept_list'], data=data_ba)
gap_command_rsp_succ()
def gap_unpair(bd_addr=None, bd_addr_type=None):
logging.debug("%s %r %r", gap_unpair.__name__, bd_addr, bd_addr_type)
iutctl = get_iut()
data_ba = bytearray()
bd_addr_ba = addr2btp_ba(pts_addr_get(bd_addr))
data_ba.extend(chr(pts_addr_type_get(bd_addr_type)).encode('utf-8'))
data_ba.extend(bd_addr_ba)
iutctl.btp_socket.send(*GAP['unpair'], data=data_ba)
# Expected result
gap_command_rsp_succ(defs.GAP_UNPAIR)
def l2cap_disconn_eatt_chans(bd_addr, bd_addr_type, channel_count):
logging.debug("%s %r", l2cap_disconn_eatt_chans.__name__, channel_count)
iutctl = get_iut()
bd_addr = pts_addr_get(bd_addr)
bd_addr_type = pts_addr_type_get(bd_addr_type)
bd_addr_ba = addr2btp_ba(bd_addr)
data_ba = bytearray(chr(bd_addr_type).encode('utf-8'))
data_ba.extend(bd_addr_ba)
data_ba.extend(bytearray(chr(channel_count).encode('utf-8')))
iutctl.btp_socket.send(*L2CAP['disconnect_eatt_chans'], data=data_ba)
l2cap_command_rsp_succ(defs.L2CAP_DISCONNECT_EATT_CHANS)
def gap_conn(bd_addr=None,
bd_addr_type=None,
own_addr_type=OwnAddrType.le_identity_address):
logging.debug("%s %r %r", gap_conn.__name__, bd_addr, bd_addr_type)
iutctl = get_iut()
data_ba = bytearray()
bd_addr_ba = addr2btp_ba(pts_addr_get(bd_addr))
data_ba.extend(chr(pts_addr_type_get(bd_addr_type)).encode('utf-8'))
data_ba.extend(bd_addr_ba)
data_ba.extend(chr(own_addr_type).encode('utf-8'))
iutctl.btp_socket.send(*GAP['conn'], data=data_ba)
gap_command_rsp_succ()
def gap_disconn(bd_addr=None, bd_addr_type=None):
logging.debug("%s %r %r", gap_disconn.__name__, bd_addr, bd_addr_type)
iutctl = get_iut()
stack = get_stack()
if not stack.gap.is_connected():
return
data_ba = bytearray()
bd_addr_ba = addr2btp_ba(pts_addr_get(bd_addr))
data_ba.extend(chr(pts_addr_type_get(bd_addr_type)).encode('utf-8'))
data_ba.extend(bd_addr_ba)
iutctl.btp_socket.send(*GAP['disconn'], data=data_ba)
gap_command_rsp_succ()
def l2cap_reconfigure(bd_addr, bd_addr_type, mtu, channels):
logging.debug("%s %r %r %r %r", l2cap_reconfigure.__name__, bd_addr,
bd_addr_type, mtu, channels)
iutctl = get_iut()
bd_addr = pts_addr_get(bd_addr)
bd_addr_type = pts_addr_type_get(bd_addr_type)
bd_addr_ba = addr2btp_ba(bd_addr)
data_ba = bytearray(chr(bd_addr_type).encode('utf-8'))
data_ba.extend(bd_addr_ba)
data_ba.extend(struct.pack('H', mtu))
data_ba.extend(struct.pack('B', len(channels)))
for chan in channels:
data_ba.extend(struct.pack('B', chan))
iutctl.btp_socket.send(*L2CAP['reconfigure'], data=data_ba)
l2cap_command_rsp_succ(defs.L2CAP_RECONFIGURE)
def gap_conn_param_update_ev_(gap, data, data_len):
logging.debug("%s", gap_conn_param_update_ev_.__name__)
logging.debug("received %r", data)
fmt = '<B6sHHH'
if len(data) != struct.calcsize(fmt):
raise BTPError("Invalid data length")
_addr_t, _addr, _itvl, _latency, _timeout = struct.unpack_from(fmt, data)
# Convert addresses to lower case
_addr = binascii.hexlify(_addr[::-1]).lower()
if _addr_t != pts_addr_type_get() or _addr.decode(
'utf-8') != pts_addr_get():
raise BTPError("Received data mismatch")
logging.debug("received %r", (_addr_t, _addr, _itvl, _latency, _timeout))
gap.set_conn_params(ConnParams(_itvl, _latency, _timeout))
def gap_identity_resolved_ev_(gap, data, data_len):
logging.debug("%s", gap_identity_resolved_ev_.__name__)
logging.debug("received %r", data)
fmt = '<B6sB6s'
if len(data) != struct.calcsize(fmt):
raise BTPError("Invalid data length")
_addr_t, _addr, _id_addr_t, _id_addr = struct.unpack_from(fmt, data)
# Convert addresses to lower case
_addr = binascii.hexlify(_addr[::-1]).lower()
_id_addr = binascii.hexlify(_id_addr[::-1]).lower()
if _addr_t != pts_addr_type_get() or _addr.decode(
'utf-8') != pts_addr_get():
raise BTPError("Received data mismatch")
# Update RPA with Identity Address
set_pts_addr(_id_addr, _id_addr_t)
def l2cap_conn(bd_addr, bd_addr_type, psm, mtu=0, num=1):
logging.debug("%s %r %r %r", l2cap_conn.__name__, bd_addr, bd_addr_type,
psm)
iutctl = get_iut()
gap_wait_for_connection()
if isinstance(psm, str):
psm = int(psm, 16)
bd_addr = pts_addr_get(bd_addr)
bd_addr_type = pts_addr_type_get(bd_addr_type)
bd_addr_ba = addr2btp_ba(bd_addr)
data_ba = bytearray(chr(bd_addr_type).encode('utf-8'))
data_ba.extend(bd_addr_ba)
data_ba.extend(struct.pack('H', psm))
data_ba.extend(struct.pack('H', mtu))
data_ba.extend(struct.pack('B', num))
iutctl.btp_socket.send(*L2CAP['connect'], data=data_ba)
chan_ids = l2cap_conn_rsp()
logging.debug("id %r", chan_ids)
def gap_rpa_conn(description, own_addr_type=OwnAddrType.le_identity_address):
"""Initiate connection with PTS using RPA address provided
in MMI description. Function returns True.
Arguments:
description -- description provided in PTS MMI.
"""
logging.debug("%s %s", gap_conn.__name__, description)
iutctl = get_iut()
bd_addr = re.search("[a-fA-F0-9]{12}", description).group(0)
bd_addr_type = Addr.le_random
data_ba = bytearray()
bd_addr_ba = addr2btp_ba(pts_addr_get(bd_addr))
data_ba.extend(chr(pts_addr_type_get(bd_addr_type)).encode('utf-8'))
data_ba.extend(bd_addr_ba)
data_ba.extend(chr(own_addr_type).encode('utf-8'))
iutctl.btp_socket.send(*GAP['conn'], data=data_ba)
gap_command_rsp_succ()
return True