server/site_tests/bluetooth_AdapterCLHealth/control.cl_sdp_service_search_request_basic_test

# Copyright 2020 The ChromiumOS Authors
# Use of this source code is governed by a BSD-style license that can be
# found in the LICENSE file.

# Verify the correct behaviour of the device when searching for services.
#
# The tester sends a Service Search Request to the DUT, searching the UUID of
# SDP Server Service, which is known to exist.
# Tester also searchs for Service Class ID = 0x0001, which should never exist.
# In order to verify the correct behaviour of continuation state, some number of
# fake Bluetooth services are registered on the device. This is needed to create
# a request with a very long response, and to force the SDP server on the device
# to use this continuation state functionality.
# The tester also sends Service Search Requests with intentionally invalid PDU
# size parameter and with generally incorrect syntax to verify that the IUT
# reacts correctly in these cases.
#
# This test covers the following Bluetooth SIG test cases:
# TP/SERVER/SS/BV-01-C
# TP/SERVER/SS/BV-03-C
# TP/SERVER/SS/BV-04-C
# TP/SERVER/SS/BI-01-C
# TP/SERVER/SS/BI-02-C

# Deprecated variables:
#     TIME = 'SHORT'

from autotest_lib.server import utils

NAME = 'bluetooth_AdapterCLHealth.cl_sdp_service_search_request_basic_test'
METADATA = {
    'contacts': ['chromeos-bt-team@google.com'],
    # ChromeOS > Platform > Connectivity > Bluetooth
    'bug_component': 'b:167317',
    'criteria': '',
    'hw_agnostic': False,
    'life_cycle_stage': 'owner_monitored',
    'requirements': ['bt-gen-0001-v01'],
}

ATTRIBUTES = 'suite:bluetooth, suite:bluetooth_core'
TEST_TYPE = 'Server'
DEPENDENCIES = 'bluetooth_state:NORMAL, working_bluetooth_btpeer:1'



args_dict = utils.args_to_dict(args)

def run(machine):
    host = hosts.create_host(machine)
    job.run_test('bluetooth_AdapterCLHealth', host=host,
                 tag='.'.join(NAME.split('.')[1:]),
                 num_iterations=1, args_dict=args_dict,
                 test_name=NAME.split('.')[1])

parallel_simple(run, machines)