serial=serial)
if zip_name == "gordon_peak":
fastboot_utils.flash_bxt(zip_file="./temp/image/eb/userdebug/" +
eb_userdebug_patch_flashfiles_zip_name,
serial=serial)
fastboot_utils.push_uiautomator_jar(serial=serial)
fastboot_steps.config_first_boot_wizard(serial=serial)()
fastboot_utils.enable_oem_unlock(serial=serial)
adb_steps.reboot(command="fastboot", reboot_timeout=300, serial=serial)()
test_result = False
fastboot_steps.command(
command="getvar unlocked > ./temp/files/getvar_unlocked.txt 2>&1",
serial=serial)()
return_result = open("./temp/files/getvar_unlocked.txt").readlines()
for line in return_result:
if "unlocked: no" in line: test_result = True
if not test_result:
raise Exception("The test result did not achieve the desired results")
fastboot_steps.command(
command="flashing unlock > ./temp/files/unlock_result.txt 2>&1",
serial=serial)()
unlock_result = fastboot_utils.fastboot_command_result(
file_name="./temp/files/unlock_result.txt")
if unlock_result:
raise Exception("The test result did not achieve the desired results")
key, val = entry.split("=")
args[key] = val
flash_files = args["flash_files"]
##### test start #####
try:
os.system("mkdir -p ./temp/files/flash")
fastboot_utils.download_flash_scripts()
adb_steps.reboot(command="fastboot", reboot_timeout=300, serial=serial)()
fastboot_steps.unlock_device(serial=serial)()
fastboot_steps.lock_device(serial=serial)()
fastboot_steps.reboot_fastboot(serial=serial)()
fastboot_steps.command(
command="getvar device-state > ./temp/files/device_state.txt 2>&1",
serial=serial)()
device_state = fastboot_utils.get_device_state(
file_path="./temp/files/device_state.txt")
if device_state == "unlocked":
raise Exception("The test result did not achieve the desired results")
fastboot_steps.continue_to_adb(serial=serial)()
time.sleep(60)
local_steps.wait_for_adb(serial=serial, timeout=300)()
fastboot_utils.flash_bxt(zip_file=flash_files, serial=serial)
os.system("sudo rm -rf ./temp")
except:
fastboot_utils.flash_bxt(zip_file=flash_files, serial=serial)
if zip_name == "gordon_peak":
fastboot_utils.unpack_the_zip(
file_name="./temp/image/eb/userdebug/" +
eb_userdebug_patch_flashfiles_zip_name,
temp_path=r"./temp/image/eb/userdebug/flashfiles")
fastboot_utils.flash_bxt(zip_file="./temp/image/eb/userdebug/" +
eb_userdebug_patch_flashfiles_zip_name,
serial=serial)
flashfiles_type = "userdebug"
adb_steps.reboot(command="fastboot", reboot_timeout=300, serial=serial)()
zip_name = fastboot_utils.get_zip_name(zip_path=flash_files)
if zip_name == "r0_bxtp_abl":
fastboot_steps.command(
command="flashing unlock > ./temp/files/unlock_result.txt 2>&1",
serial=serial)()
fastboot_steps.command(command="flash {0} ./temp/image/eb/{3}/flashfiles/{1} > ./temp/files/{2}.txt 2>&1"\
.format("gpt", "gpt_gr_mrb_b1.bin", "flash_gpt_result", flashfiles_type), serial=serial)()
fastboot_steps.command(
command="erase {0} > ./temp/files/{1}.txt 2>&1".format(
"teedata", "erase_teedata_result"),
serial=serial)()
fastboot_steps.command(
command="erase {0} > ./temp/files/{1}.txt 2>&1".format(
"misc", "erase_misc_result"),
serial=serial)()
fastboot_steps.command(
command="erase {0} > ./temp/files/{1}.txt 2>&1".format(
"persistent", "erase_persistent_result"),
serial=serial)()
local_steps.command("adb -s {0} reboot".format(serial))()
local_steps.wait_for_adb(serial=serial)()
adb_steps.wait_for_ui_processes(serial=serial)()
else:
relay_steps.reboot_main_os(serial=serial,
relay_type=relay_type,
relay_port=relay_port,
power_port=power_port)()
# Reboot the device into bootloader
adb_steps.reboot(command="bootloader",
serial=serial)()
# Set the watchdog counter
fastboot_steps.command(command="oem set-watchdog-counter-max {0}".format(watchdog_counter_max),
serial=serial,
stderr_grep="finished. total time:")()
# Continue to adb
fastboot_steps.continue_to_adb(serial=serial)()
# Wait for UI processes
adb_steps.wait_for_ui_processes(serial=serial)()
# Create panic and check device state
# The panics must be created before the counter resets
now_old = datetime.datetime.now()
# Cause watchdog_counter_max kernel panics
for count in range(watchdog_counter_max + 1):
# If there are multiple iterations, print the iteration number
serial=serial)
if zip_name == "gordon_peak":
fastboot_utils.flash_bxt(zip_file="./temp/image/eb/userdebug/" +
eb_userdebug_patch_flashfiles_zip_name,
serial=serial)
fastboot_utils.push_uiautomator_jar(serial=serial)
fastboot_steps.config_first_boot_wizard(serial=serial)()
fastboot_utils.enable_oem_unlock(serial=serial)
adb_steps.reboot(command="fastboot", reboot_timeout=300, serial=serial)()
test_result = False
fastboot_steps.command(
command=
"flashing get_unlock_ability > ./temp/files/flashing_get_unlock_ability.txt 2>&1",
serial=serial)()
return_result = open(
"./temp/files/flashing_get_unlock_ability.txt").readlines()
for line in return_result:
if "The device class does not permit to unlock it." in line:
test_result = True
if not test_result:
raise Exception("The test result did not achieve the desired results")
fastboot_steps.command(
command="flashing unlock > ./temp/files/unlock_result.txt 2>&1",
serial=serial)()
unlock_result = fastboot_utils.fastboot_command_result(
file_name="./temp/files/unlock_result.txt")
if unlock_result:
if platform_name == "bxtp_abl": image_platform = "image_m_bxt"
if platform_name == "gordon_peak":
ram_value = fastboot_utils.get_bxt_ram(serial=serial)
if ram_value == "2g": image_platform = "image_o_bxt_2g"
if ram_value == "4g": image_platform = "image_o_bxt_4g"
if ram_value == "8g": image_platform = "image_o_bxt_4g"
n_img_zip_path = config.get(image_platform, "n_img_zip")
n_img_zip_name = n_img_zip_path.split("/")[-1]
fastboot_utils.download_file(url=fastboot_path + n_img_zip_path,
local_filename="./temp/image/n/" +
n_img_zip_name)
adb_steps.reboot(command="fastboot", reboot_timeout=300, serial=serial)()
fastboot_steps.unlock_device(serial=serial)()
fastboot_steps.command(command="update ./temp/image/n/" + n_img_zip_name +
" > ./temp/files/temp.txt 2>&1",
serial=serial)()
time.sleep(120)
local_steps.wait_for_adb(timeout=300, serial=serial)()
return_result = fastboot_utils.fastboot_command_result(
file_name="./temp/files/temp.txt")
if not return_result:
raise Exception("The test result did not achieve the desired results")
fastboot_utils.flash_bxt(zip_file=flash_files, serial=serial)
os.system("sudo rm -rf ./temp")
except:
fastboot_utils.flash_bxt(zip_file=flash_files, serial=serial)
os.system("sudo rm -rf ./temp")
fastboot_utils.unpack_the_zip(file_name=flash_files,
temp_path=r"./temp/image/n/flashfiles")
fastboot_utils.unpack_the_zip(file_name="./temp/files/resources/" +
simg2img_zip_name,
temp_path=r"./temp/files/resources")
fastboot_utils.make_simg2img(file_path="./temp/files/resources/" +
simg2img_zip_name[:-4],
return_path="../../../..")
os.system(
"simg2img ./temp/image/n/flashfiles/system.img ./temp/files/unsparse.img"
)
adb_steps.reboot(command="fastboot", reboot_timeout=300, serial=serial)()
fastboot_steps.command(
command="oem get-hashes > ./temp/files/oem_gethashes_result.txt 2>&1",
serial=serial)()
fastboot_steps.continue_to_adb(serial=serial)()
time.sleep(60)
local_steps.wait_for_adb(timeout=300, serial=serial)()
system_image_sha1 = fastboot_utils.get_image_sha1(
"sha1sum ./temp/files/unsparse.img")
boot_image_sha1 = fastboot_utils.get_image_sha1(
"sha1sum ./temp/image/n/flashfiles/boot.img")
system_partition_sha1 = fastboot_utils.fastboot_command_get_hashes(
file_path="./temp/files/oem_gethashes_result.txt",
partition_name="/system")
boot_partition_sha1 = fastboot_utils.fastboot_command_get_hashes(
file_path="./temp/files/oem_gethashes_result.txt",
partition_name="/boot")
dessert = adb_utils.get_android_version(serial=serial)
# Disable OEM unlock in developer options #
ui_steps.disable_options_from_developer_options(
serial=serial, developer_options=[dev_oem_option])()
# Reboot into bootloader
#adb_steps.reboot(command="fastboot", serial=serial)()
local_steps.command(
command="adb -s {0} reboot bootloader".format(serial))()
local_steps.wait_for_fastboot(serial=serial, timeout=60)()
# Check unlock ability (should be disabled)
fastboot_steps.command(serial=serial,
command=get_unlock_ability_command,
stderr_grep=unlock_disabled_output,
timeout=20)()
# Attempt to unlock bootloader
relay_steps.change_state(serial=serial,
dessert=dessert,
unlock_bootloader="yes",
oem_unlock_enabled="no",
relay_type=relay_type,
relay_port=relay_port,
power_port=power_port,
v_down_port=v_down_port,
v_up_port=v_up_port)()
# Continue to adb
fastboot_steps.continue_to_adb(serial=serial)()
unlock_dut=False,
lock_dut=False,
serial=serial)()
fastboot_steps.flash_image(partition_name="boot",
file_name=img_path + "boot.img",
unlock_dut=False,
lock_dut=False,
serial=serial)()
if platform_name == "gordon_peak":
fastboot_steps.flash_image(partition_name="vbmeta_a",
file_name=img_path + "vbmeta.img",
unlock_dut=False,
lock_dut=False,
serial=serial)()
fastboot_steps.command(
command="--set-active=_a > ./temp/files/temp.txt 2>&1",
serial=serial)()
return_result = fastboot_utils.fastboot_command_result(
file_name="./temp/files/temp.txt")
if not return_result:
raise Exception(
"The test result did not achieve the desired results")
fastboot_steps.lock_device(serial=serial)()
fastboot_steps.continue_to_adb(serial=serial)()
time.sleep(60)
local_steps.wait_for_adb(timeout=300, serial=serial)()
test_result = False
flashfiles_build_version = re.split("-|\.", flash_files)[-2]
return_result = os.popen(
"adb -s {0} shell getprop | grep ro.build.version.incremental".format(
##### initialization #####
globals().update(vars(get_args(sys.argv)))
args = {}
for entry in script_args:
key, val = entry.split("=")
args[key] = val
flash_files = args["flash_files"]
##### test start #####
try:
os.system("mkdir -p ./temp/files/flash")
fastboot_utils.download_flash_scripts()
adb_steps.reboot(command="fastboot", reboot_timeout=300, serial=serial)()
fastboot_steps.unlock_device(serial=serial)()
fastboot_steps.command(command="oem fw-update m1:@0 > ./temp/files/temp.txt 2>&1", serial=serial)()
return_result = fastboot_utils.fastboot_command_result(file_name="./temp/files/temp.txt")
if not return_result: raise Exception("The test result did not achieve the desired results")
fastboot_steps.lock_device(serial=serial)()
check_point1 = False
check_point2 = False
check_point3 = False
check_point4 = False
check_point5 = False
fastboot_utils.start_minicom(serial=serial)
os.system("fastboot reboot > /dev/null 2>&1")
time.sleep(120)
fastboot_utils.to_fastboot_by_script(serial=serial)