def pre_sequence_definition():
seq = aplib.get_sequence_definition('{0} {1} PRESEQ'.format(
__product_line__, __area__),
jump_on_error='FINAL')
seq.add_step(steps_catalyst.init_catalyst, name='INIT', kwargs={})
seq.add_step(
steps_catalyst.process_uut_discover,
name='UUT DISCOVER',
kwargs={
'method':
'scan',
'required_items': [
'MOTHERBOARD_ASSEMBLY_NUM', 'MOTHERBOARD_SERIAL_NUM',
'QUACK_LABEL_SN', 'USB_ASSEMBLY_NUM', 'USB_SERIAL_NUM',
'TAN_NUM', 'SYSTEM_SERIAL_NUM'
],
'prepopulated_items': ['DEVIATION_NUM'],
'optional_items': [
'POE1_ASSEMBLY_NUM', 'POE1_SERIAL_NUM', 'POE2_ASSEMBLY_NUM',
'POE2_SERIAL_NUM'
]
}
) # NOTE: This could be replaced by 'method: 'db' and read a previous TST record for automation.
seq.add_step(steps_catalyst.ud_print_uut_descriptor,
name='PRINT DESCRIPTOR')
seq.add_step(steps_catalyst.process_add_tst, name='ADD TST')
seq.add_step(steps_catalyst.ud_save, name='SAVE UUT DESCRIPTOR')
seq.add_step(steps_catalyst.ud_cache_ud_data, name='CACHE UUT DATA')
seq.add_step(steps_catalyst.final, name='FINAL')
return seq
def pre_sequence_definition():
seq = aplib.get_sequence_definition('{0} {1} PRESEQ'.format(
__product_line__, __desc__),
jump_on_error='FINAL')
seq.add_step(steps_catalyst.init_catalyst, name='INIT', kwargs={})
seq.add_step(steps_catalyst.ud_set_puid_keys,
name='SET PUID',
kwargs={
'keys': [
'MODEL_NUM', 'VERSION_ID', 'MOTHERBOARD_ASSEMBLY_NUM',
'MOTHERBOARD_REVISION_NUM', 'SERIAL_NUM', 'MODEL_NUM'
]
})
seq.add_step(steps_catalyst.process_uut_discover,
name='UUT DISCOVER',
kwargs={
'method':
'scan',
'required_items': [
'MODEL_NUM', 'SERIAL_NUM', 'MOTHERBOARD_ASSEMBLY_NUM',
'QUACK_LABEL_SN'
],
'optional_items': [],
})
seq.add_step(steps_catalyst.process_add_tst, name='ADD TST')
seq.add_step(steps_catalyst.ud_save, name='SAVE UUT DESCRIPTOR')
seq.add_step(steps_catalyst.ud_cache_ud_data, name='CACHE UUT DATA')
seq.add_step(steps_catalyst.final, name='FINAL')
return seq
def pre_sequence_definition():
seq = aplib.get_sequence_definition('{0} {1} PRESEQ'.format(
__product_line__, __area__),
jump_on_error='FINAL')
seq.add_step(steps_catalyst.init_catalyst, name='INIT', kwargs={})
seq.add_step(steps_catalyst.ud_set_puid_keys,
name='SET PUID',
kwargs={'keys': PUID_KEYS})
seq.add_step(steps_catalyst.process_uut_discover,
name='UUT DISCOVER',
kwargs={
'method':
'scan',
'required_items': ['TAN_NUM', 'SYSTEM_SERIAL_NUM'],
'prepopulated_items': ['DEVIATION_NUM'],
'optional_items': [
'USB_ASSEMBLY_NUM', 'USB_SERIAL_NUM',
'STKPWR_ASSEMBLY_NUM', 'STKPWR_SERIAL_NUM'
]
})
seq.add_step(steps_catalyst.ud_print_uut_descriptor,
name='PRINT DESCRIPTOR')
seq.add_step(steps_catalyst.process_add_tst, name='ADD TST')
seq.add_step(steps_catalyst.ud_save, name='SAVE UUT DESCRIPTOR')
seq.add_step(steps_catalyst.ud_cache_ud_data, name='CACHE UUT DATA')
seq.add_step(steps_catalyst.final, name='FINAL')
return seq
def pre_sequence_definition():
""" Supercontainer
:return:
"""
seq = aplib.get_sequence_definition('{0} {1} PRESEQ'.format(
__product_line__, __area__),
jump_on_error='FINAL')
seq.add_step(steps_catalyst.init_catalyst, name='INIT', kwargs={})
steps_ess_chamber.set_chamber_slots(
max_chamber_slots=DEFAULT_MAX_CHAMBER_SLOTS)
seq.add_step(steps_ess_chamber.prestep__chamber_staging,
name='CHAMBER STAGING',
kwargs={'area': 'PCB2C'})
# Chamber PRE-SEQ Readiness
seq.add_step(steps_ess_chamber.step__chamber_init,
name='CHAMBER INIT',
kwargs={
'first_init': True,
'profile_type': 'commercial',
'fi_action': 'nopause'
})
seq.add_step(steps_ess_chamber.step__chamber_start, name='CHAMBER START')
# UUT PRE-SEQ Queue
seq.add_step(step__queue_children, name='QUEUE UUT PRESEQ')
# Chamber Post-Staging
seq.add_step(steps_ess_chamber.prestep__chamber_post_staging,
name='CHAMBER POST STAGING')
seq.add_step(steps_catalyst.final, name='FINAL', finalization=True)
return seq
def main_control_sequence_definition():
"""EdisonCSR ASSY Pre-sequence
:return:
"""
seq = lib.get_sequence_definition('FST AUTOMATION SEQ')
seq.add_step(step__auto_monitor, name='AUTOMATION MONITOR')
return seq
def pre_sequence_definition():
seq = lib.get_sequence_definition('PRE SEQ')
seq.add_step(labels_scan, name='SCAN CONTAINER')
seq.add_step(module_load, name='LOAD_MODULES')
seq.add_step(version_control, name='VERSION_CONTROL')
seq.add_step(init_instrument, name='INIT_INSTRUMENT')
seq.add_step(pre_finalize, name='PRE_FINALIZE', group_level=lib.FINALIZATION)
return seq
def pre_sequence_definition():
seq = aplib.get_sequence_definition('{0} PRESEQ DEBUG'.format(__product_line__), jump_on_error='FINAL')
seq.add_step(steps_catalyst.init_catalyst, name='INIT', kwargs={})
seq.add_step(steps_catalyst.process_manual_select_family, name='SELECT FAMILY', kwargs={'area_seq_module': thismodule})
seq.add_step(steps_catalyst.process_uut_debug_scan, name='DEBUG SETUP', kwargs={'product_line': __product_line__})
seq.add_step(steps_catalyst.process_add_tst, name='ADD TST')
seq.add_step(steps_catalyst.ud_save, name='SAVE UUT DESCRIPTOR')
seq.add_step(steps_catalyst.ud_cache_ud_data, name='CACHE UUT DATA')
seq.add_step(steps_catalyst.final, name='FINAL')
return seq
def standard_switch_sequence_definition():
try:
container = aplib.get_my_container_key()
except Exception:
raise Exception("Cannot use this Apollo version!")
udd = aplib.get_cached_data('{0}_uut_descriptor'.format(container))
pf = udd.get('product_family').upper()
pc = udd.get('product_codename').upper()
seq = aplib.get_sequence_definition('{0} {1} {2} {3} SEQ'.format(
__product_line__, pf, pc, __area__),
jump_on_error='FINAL')
# ------------------------------------------------------------------------------------------------------------------
# Init
init_seq = seq.add_sequence('INITIALIZATION')
init_seq.add_step(steps_quake.init, name='INIT', kwargs={})
init_seq.add_step(steps_quake.ud_retrieve, name="RETRIEVE UUT DESCRIPTOR")
init_seq.add_step(steps_quake.ud_print_uut_descriptor,
name='PRINT DESCRIPTOR')
init_seq.add_step(steps_quake.ud_print_uut_config, name='PRINT UUT CONFIG')
# Power ON & Boot
# Unit should already be powered up from pre-sequence auto-discovery.
seq.add_step(steps_quake.power_cycle_on,
name='POWER ON BOOT',
group_level=5,
enabled=False)
# Basic Mode
seq.add_step(steps_quake.goto_mode,
name='MODE IOS',
kwargs={'mode': 'IOS'})
# PIDVID Verify
seq.add_step(steps_quake.process_verify_pidvid,
name='PIDVID VERIFY',
jump_on_error='CLEAN UP')
# ------------------------------------------------------------------------------------------------------------------
#
# PUT CODE HERE
#
# ------------------------------------------------------------------------------------------------------------------
# Clean up
final_seq = seq.add_sequence('FINAL', finalization=True)
final_seq.add_step(steps_quake.power_off,
name='POWER OFF',
kwargs={},
group_level=1000)
final_seq.add_step(steps_quake.clean_up, name='CLEAN UP')
final_seq.add_step(steps_quake.final, name='END')
return seq
def pre_sequence_definition():
seq = aplib.get_sequence_definition('{0} {1} PRESEQ'.format(__product_line__, __desc__), jump_on_error='FINAL')
seq.add_step(steps_catalyst.init_catalyst, name='INIT', kwargs={})
seq.add_step(steps_catalyst.process_uut_discover, name='UUT DISCOVER',
kwargs={'method': 'boot'})
seq.add_step(steps_catalyst.ud_print_uut_descriptor, name='PRINT DESCRIPTOR')
seq.add_step(steps_catalyst.process_add_tst, name='ADD TST')
seq.add_step(steps_catalyst.ud_save, name='SAVE UUT DESCRIPTOR')
seq.add_step(steps_catalyst.ud_cache_ud_data, name='CACHE UUT DATA')
seq.add_step(steps_catalyst.final, name='FINAL')
return seq
def eng_utility_menu_sequence_definition():
udd = aplib.get_cached_data('{0}_uut_descriptor'.format(aplib.get_my_container_key()))
pf = udd.get('product_family').upper()
seq = aplib.get_sequence_definition('{0} {1} SEQ ENG MENU DEBUG'.format(__product_line__, pf), jump_on_error='FINAL')
if pf in SEQ_STEP_MAP:
func = getattr(thismodule, SEQ_STEP_MAP[pf].seq_function_name)
return func(seq, pf, udd)
else:
seq.add_step(err_product_family, kwargs={'pf': pf})
seq.add_step(steps_catalyst.final, name='FINAL')
return seq
def pre_control_sequence_definition():
"""EdisonCSR auto test scan-sequence
:return:
"""
seq = lib.get_sequence_definition('FST AUTOMATION PRE SEQ')
seq.add_step(prestep__set_test_mode,
name='SET TEST MODE',
group_level=lib.INITIALIZATION)
seq.add_step(prestep__restore_container, name='Restore Running Container')
seq.add_step(step__auto_monitor, name='AUTOMATION MONITOR')
seq.add_step(prestep__clean_up,
name='SLOT STATUS CLEANUP',
group_level=lib.FINALIZATION)
return seq
def pre2_sequence_definition():
""" UUT Container
:return:
"""
seq = aplib.get_sequence_definition('{0} {1} PRESEQ'.format(__product_line__, __area__), jump_on_error='FINAL')
seq.add_step(steps_catalyst.init_catalyst, name='INIT', kwargs={})
seq.add_step(steps_catalyst.ud_set_puid_keys, name='SET PUID', kwargs={'keys': PUID_KEYS})
seq.add_step(steps_catalyst.process_uut_discover, name='UUT DISCOVER', kwargs={'method': 'boot'})
seq.add_step(steps_ess_chamber.prestep__set_chamber_attributes, name='UUT CHAMBER ATTRIBUTES', kwargs={})
seq.add_step(steps_catalyst.ud_print_uut_descriptor, name='PRINT DESCRIPTOR')
seq.add_step(steps_catalyst.process_add_tst, name='ADD TST')
seq.add_step(steps_catalyst.ud_save, name='SAVE UUT DESCRIPTOR')
seq.add_step(steps_catalyst.ud_cache_ud_data, name='CACHE UUT DATA')
seq.add_step(steps_catalyst.final, name='FINAL')
return seq
def standard_switch_sequence_definition():
udd = aplib.get_cached_data('{0}_uut_descriptor'.format(
aplib.get_my_container_key()))
pf = udd.get('product_family').upper()
pc = udd.get('product_codename').upper()
seq = aplib.get_sequence_definition('{0} {1} {2} {3} SEQ'.format(
__product_line__, pf, pc, __desc__),
jump_on_error='FINAL')
if pf in SEQ_STEP_MAP:
func = getattr(thismodule, SEQ_STEP_MAP[pf].seq_function_name)
return func(seq, pf, udd)
else:
seq.add_step(step__unknown, kwargs={'pf': pf})
seq.add_step(steps_catalyst.final, name='FINAL')
return seq
def standard_switch_sequence_definition():
try:
container = aplib.get_my_container_key()
except Exception:
raise Exception("Cannot use this Apollo version!")
udd = aplib.get_cached_data('{0}_uut_descriptor'.format(container))
pf = udd.get('product_family').upper()
pc = udd.get('product_codename').upper()
seq = aplib.get_sequence_definition('{0} {1} {2} {3} SEQ'.format(__product_line__, pf, pc, __desc__), jump_on_error='FINAL')
# -------
subseq__init(seq)
#
# PUT DF SEQ HERE !
#
subseq__final(seq)
return seq
def pre_sequence_definition():
""" Run pre-sequence that includes operator scanning, board info discovery,
add tst start record and etc.
:return: seq (object)
"""
seq = lib.get_sequence_definition('PRE SEQ')
seq.add_step(version_control)
seq.add_step(pre_initialize, name='PRE_INITIALIZE')
seq.add_step(labels_scan, name='label_scan')
seq.add_step(get_test_area, name='GET_TEST_AREA')
seq.add_step(tst_area_check, name='TST_AREA_CHECK')
seq.add_step(add_tst_data, name='ADD_TST_DATA')
seq.add_step(pre_finalize,
name='PRE_FINALIZE',
group_level=lib.FINALIZATION)
return seq
def standard_modular_switch_sequence_definition():
try:
container = aplib.get_my_container_key()
except Exception:
raise Exception("Cannot use this Apollo version!")
udd = aplib.get_cached_data('{0}_uut_descriptor'.format(container))
pf = udd.get('product_family').upper()
pc = udd.get('product_codename').upper()
seq = aplib.get_sequence_definition('{0} {1} {2} {3} SEQ'.format(
__product_line__, pf, pc, __desc__),
jump_on_error='FINAL')
if pf in SEQ_STEP_MAP:
func = getattr(thismodule, SEQ_STEP_MAP[pf].seq_function_name)
return func(seq, pf, udd, container)
else:
seq.add_step(err_product_family, kwargs={'pf': pf})
seq.add_step(steps_catalyst.final, name='FINAL')
return seq
def prepare_sequence_definition():
seq = aplib.get_sequence_definition('{0} {1} PRESEQ'.format(
__product_line__, __desc__),
jump_on_error='FINAL')
seq.add_step(steps_catalyst.init_catalyst, name='INIT', kwargs={})
seq.add_step(steps_catalyst.ud_set_puid_keys,
name='SET PUID',
kwargs={'keys': PUID_KEYS})
seq.add_step(steps_catalyst.power_off, name='POWER OFF')
seq.add_step(steps_catalyst.process_uut_discover,
name='UUT DISCOVER',
kwargs={'method': 'boot'})
seq.add_step(steps_catalyst.ud_print_uut_descriptor,
name='PRINT DESCRIPTOR')
seq.add_step(steps_catalyst.process_analyze_lineid, name='GET LINEID INFO')
seq.add_step(steps_catalyst.process_update_cfg_model_num,
name='UPDATE CFG MODEL NUM')
seq.add_step(steps_catalyst.process_add_tst, name='ADD TST')
seq.add_step(steps_catalyst.ud_save, name='SAVE UUT DESCRIPTOR')
seq.add_step(steps_catalyst.ud_cache_ud_data, name='CACHE UUT DATA')
seq.add_step(steps_catalyst.final, name='FINAL')
return seq
def main_sequence_definition():
seq = lib.get_sequence_definition('MAIN_INT_PRODUCT_SEQ')
seq.add_step(userdict_invoke, name='INITIATE_USER_DICT')
seq.add_step(module_load, name='LOAD_MODULES_MAIN')
seq.add_step(instrument_idn, name='INSTRUMENT_IDN')
seq.add_step('MEASURE_CABLE_LOSS_PATH1', codepath=code_path, function='measure_cable_loss', kwargs={'path': 1},
loop_on_error=2)
seq.add_step('MEASURE_CABLE_LOSS_PATH2', codepath=code_path, function='measure_cable_loss', kwargs={'path': 2},
loop_on_error=2)
seq.add_step('MEASURE_CABLE_LOSS_PATH3', codepath=code_path, function='measure_cable_loss', kwargs={'path': 3},
loop_on_error=2)
seq.add_step('MEASURE_CABLE_LOSS_PATH4', codepath=code_path, function='measure_cable_loss', kwargs={'path': 4},
loop_on_error=2)
seq.add_step('MEASURE_CABLE_LOSS_PATH5', codepath=code_path, function='measure_cable_loss', kwargs={'path': 5},
loop_on_error=2)
seq.add_step('MEASURE_CABLE_LOSS_PATH6', codepath=code_path, function='measure_cable_loss', kwargs={'path': 6},
loop_on_error=2)
seq.add_step('MEASURE_CABLE_LOSS_PATH7', codepath=code_path, function='measure_cable_loss', kwargs={'path': 7},
loop_on_error=2)
seq.add_step('MEASURE_CABLE_LOSS_PATH8', codepath=code_path, function='measure_cable_loss', kwargs={'path': 8},
loop_on_error=2)
seq.add_step(save_path_loss, name='SAVE_PATH_LOSS')
seq.add_step(main_finalize, name='MAIN_FINALIZE', group_level=lib.FINALIZATION)
return seq
def standard_switch_common(profile_type):
""" 2C/4C Run Sequence that includes:
1) setup
2) area check
3) chamber startup
4) corner buildup
5) chamber wrapup
5) power off
6) cleanup
:return: seq
"""
try:
container = aplib.get_my_container_key()
except Exception:
raise Exception("Cannot use this Apollo version!")
udd = aplib.get_cached_data('{0}_uut_descriptor'.format(container))
pf = udd.get('product_family').upper()
pc = udd.get('product_codename').upper()
seq = aplib.get_sequence_definition('{0} {1} {2} {3} SEQ'.format(
__product_line__, pf, pc, __area__),
jump_on_error='FINAL')
# Enable CATS
# seq.adt_enabled = ['cats']
# ------------------------------------------------------------------------------------------------------------------
# Init
init_seq = seq.add_sequence('INITIALIZATION')
init_seq.add_step(steps_nyquist.init, name='INIT', kwargs={})
init_seq.add_step(steps_nyquist.ud_retrieve,
name="RETRIEVE UUT DESCRIPTOR")
init_seq.add_step(steps_nyquist.ud_print_uut_descriptor,
name='PRINT DESCRIPTOR')
init_seq.add_step(steps_nyquist.ud_print_uut_config,
name='PRINT UUT CONFIG')
# Chamber Init
# TODO: Trac#6087
seq.add_step(steps_ess_chamber.step__chamber_init,
name='CHAMBER INIT',
kwargs={
'profile_type': profile_type,
'fi_action': 'nopause',
'first_init': False
})
# Area Check
seq.add_step(steps_nyquist.process_area_check,
name='AREACHECK',
kwargs={'previous_area': 'ICT'},
enabled=True)
# MAC Verify Only
seq.add_step(steps_nyquist.process_assign_verify_mac,
name='VERIFY MAC',
kwargs={'assign': False})
# ------------------------------------------------------------------------------------------------------------------
# PCAMAP
pcamap_seq = seq.add_sequence('PCAMAP PROGRAMMING', enabled=True)
# Verify CMPD
# TODO: waiting Trac #5852
pcamap_seq.add_step(steps_nyquist.process_verify_cmpd,
name='VERIFY CMPD SPROM',
kwargs={
'force': False,
'cmpd_description': 'SPROM',
'uut_type_key': 'MODEL_NUM',
'part_number_key': 'MOTHERBOARD_ASSEMBLY_NUM',
'part_revision_key': 'MOTHERBOARD_REVISION_NUM',
'previous_area': 'PCBST',
'eco_type': 'VERIFICATION'
},
enabled=False)
# Chamber Start
seq.add_step(steps_ess_chamber.step__chamber_start,
name='CHAMBER START',
kwargs={})
# --------------------------------------------------------------------------------------------------------------
# Build All Corners
# Example corners = OrderedDict([('NTNV', ('AMBIENT', 'NOMINAL', False)),
# ('HTLV', ('HOT', 'LOW', True)),
# ('LTLV', ('COLD', 'LOW', True))])
if True: # Logic branch for chamber debug (if needed)
corners = steps_ess_chamber.get_global_corners()
for i, corner in enumerate(corners):
temperature = corners[corner][0]
voltage = corners[corner][1]
adt_flag = corners[corner][2]
corner_seq = seq.add_sequence('{0} CORNER'.format(corner),
adt_enabled=adt_flag)
corner_seq.add_step(steps_ess_chamber.step__chamber_ramp,
name='CHAMBER RAMP {0}'.format(temperature),
kwargs={'action': temperature})
corner_seq_sublevel1 = corner_seq.add_sequence('UUT-MONITOR GROUP',
parallel_steps=True)
corner_seq_sublevel1.add_step(
steps_ess_chamber.step__chamber_start_monitor,
name="CHAMBER MONITOR START {0}".format(i))
corner_seq_sublevel2 = corner_seq_sublevel1.add_sequence(
'UUT AT {0} VOLT'.format(voltage))
corner_seq_sublevel3 = corner_seq_sublevel2.add_sequence(
'UUT TESTS',
adt_enabled=adt_flag,
jump_on_error="CHAMBER MONITOR STOP {0}".format(i))
corner_seq_sublevel3.add_step(steps_nyquist.power_cycle_on,
name='POWER ON BOOT',
group_level=5)
if True: # Logic branch for chamber debug (if needed)
corner_seq_sublevel3.add_step(steps_nyquist.goto_mode,
name='MODE STARDUST',
kwargs={'mode': 'STARDUST'})
corner_seq_sublevel3.add_step(
steps_nyquist.diags_switch_mcu_mode,
name='MCU MODE IOS',
kwargs={'kkmode': 'IOS'})
corner_seq_sublevel3.add_step(steps_nyquist.diags_sysinit,
name='DIAG SYSINIT')
corner_seq_sublevel3.add_step(steps_nyquist.diags_vmargin_test,
name='VOLTAGE MARGIN',
kwargs={
'device_instance': 0,
'margin_level': voltage
})
corner_seq_sublevel3.add_step(
steps_nyquist.diags_temperature_test,
name='UUT TEMPERATURES',
kwargs={
'temperature_corner': temperature,
'operational_state': 'idle'
})
corner_seq_sublevel3.add_step(steps_nyquist.diags_psu_check,
name='PSU CHECK',
kwargs={})
corner_seq_sublevel3.add_step(
steps_nyquist.diags_stackrac_test,
name='STACKRAC TEST',
kwargs={})
corner_seq_sublevel3.add_step(
steps_nyquist.diags_serdeseye_sif_test,
name='SERDES EYE SIF TEST',
kwargs={})
corner_seq_sublevel3.add_step(
steps_nyquist.diags_serdeseye_nif_test,
name='SERDES EYE NIF TEST',
kwargs={})
# Diag Testlist build-out
corner_seq_sublevel3_diag = corner_seq_sublevel3.add_sequence(
'DIAG TESTS')
corner_seq_sublevel3_diag.add_step(steps_nyquist.goto_mode,
name='MODE DIAG',
kwargs={'mode': 'DIAG'})
dynamic_sequence_builder.build_diag_testlist_subseq(
diag_seq=corner_seq_sublevel3_diag,
container=container,
udd=udd,
step_module=steps_nyquist,
category=None,
enabled=True)
# Traffic Testlist build-out
corner_seq_sublevel3_traf = corner_seq_sublevel3.add_sequence(
'TRAF TESTS')
corner_seq_sublevel3_traf.add_step(steps_nyquist.goto_mode,
name='MODE STARDUST',
kwargs={'mode': 'STARDUST'})
dynamic_sequence_builder.build_traffic_cases_subseq(
traffic_seq=corner_seq_sublevel3_traf,
container=container,
udd=udd,
step_module=steps_nyquist,
category=None,
enabled=True)
# Corner wrap-up
corner_seq_sublevel2.add_step(
steps_ess_chamber.step__chamber_stop_monitor,
name="CHAMBER MONITOR STOP {0}".format(i),
kwargs={},
group_level=aplib.FINALIZATION - 2)
corner_seq.add_step(steps_nyquist.power_off,
name='POWER OFF',
group_level=aplib.FINALIZATION - 1)
# ------------------------------------------------------------------------------------------------------------------
# Chamber Wrap-Up
# 1. Chamber Stop will sync all containers AND return chamber to ambient.
# 2. Power off each UUT.
# 3. Clean Up (remove classes and clean userdict)
final_seq = seq.add_sequence('FINAL', finalization=True)
final_seq.add_step(steps_ess_chamber.step__chamber_final,
name="CHAMBER STOP",
kwargs={},
group_level=aplib.FINALIZATION - 3)
final_seq.add_step(steps_nyquist.power_off,
name='POWER OFF',
group_level=aplib.FINALIZATION - 2)
final_seq.add_step(steps_nyquist.clean_up,
name='CLEAN UP',
group_level=aplib.FINALIZATION - 1)
return seq
def standard_switch_sequence_definition():
try:
container = aplib.get_my_container_key()
except Exception:
raise Exception("Cannot use this Apollo version!")
udd = aplib.get_cached_data('{0}_uut_descriptor'.format(container))
pf = udd.get('product_family').upper()
pc = udd.get('product_codename').upper()
seq = aplib.get_sequence_definition('{0} {1} {2} {3} SEQ'.format(
__product_line__, pf, pc, __desc__),
jump_on_error='FINAL')
# -------
subseq__init(seq)
# Area Check
seq.add_step(steps_edison.process_area_check,
name='AREACHECK',
kwargs={'previous_area': 'SYSASSY'},
enabled=True,
jump_on_error='FINAL')
seq.add_step(steps_edison.goto_mode,
name='MODE BTLDR INIT',
kwargs={'mode': 'BTLDR'})
seq.add_step(steps_edison.pcamap_read_uut, name='READ UUT INFO')
seq.add_step(steps_edison.process_verify_cmpd,
name='VERIFY CMPD',
kwargs={'eco_type': 'VERIFICATION'})
seq.add_step(steps_edison.process_get_swpid_from_lineid,
name='GET IOS PID')
seq.add_step(steps_edison.ios_get_software_licenses,
name='GET SW LICENSES')
# seq.add_step(steps_edison.process_assign_verify_mac, name='VERIFY MAC')
seq.add_step(steps_edison.process_populate_dsc_pcamap,
name='LOAD DSC PCAMAP',
kwargs={'source_testarea': ['SYSINT', 'SYSASSY']})
seq.add_step(steps_edison.process_verify_clei_eci_label,
name='VERIFY CLEI LABEL',
kwargs={'source_testarea': ['SYSINT', 'SYSASSY']})
seq.add_step(steps_edison.ios_download_images, name='PREPARE IOS IMAGES')
# Bootloader mode
seq.add_step(steps_edison.goto_mode,
name='MODE BTLDR',
kwargs={'mode': 'BTLDR'})
seq.add_step(steps_edison.upgrade_btldr, name='UPGRADE BTLDR')
# Program Top Level PID
seq.add_step(steps_edison.pcamap_program_toplevel_pid,
name='PROGRAM TOP LEVEL PID')
# Linux Mode
seq.add_step(steps_edison.goto_mode,
name='MODE LINUX',
kwargs={
'mode': 'LINUX',
'do_primary_mount': True
})
seq.add_step(steps_edison.linux_set_terminal_width,
name='SET TERMINAL WIDTH')
seq.add_step(steps_edison.ios_remove_default_licenses,
name='DELETE DEFAULT LICENSES')
seq.add_step(steps_edison.ios_install_supplemental_images,
name='INSTALL SUPP IMAGES')
seq.add_step(steps_edison.load_hw_images,
name='DOWNLOAD DIAG IMAGE',
kwargs={'master_list': ['diag']})
# Verify MCU -----------------
mcu_vrfy_subseq = seq.add_sequence('VERIFY MCU')
mcu_vrfy_subseq.add_step(steps_edison.goto_mode,
name='MODE STARDUST - VERIFY MCU',
kwargs={'mode': 'STARDUST'})
mcu_vrfy_subseq.add_step(steps_edison.upgrade_mcu,
name='VERIFY MCU',
kwargs={'verify_only': True})
# Get PSU data----------------
seq.add_step(steps_edison.diags_psu_check, name='GET PSU INFO')
# ----------------------------
# Quack DSC ------------------
quack_dsc_subseq = seq.add_sequence(
'QUACK DATA STACK CABLE', precondition='userdict.get("dsc_installed")')
quack_dsc_subseq.add_step(steps_edison.goto_mode,
name='MODE STARDUST - QUACK DSC',
kwargs={'mode': 'STARDUST'})
quack_dsc_subseq.add_step(steps_edison.pcamap_write_uut_peripheral,
name='WRITE DSC PCAMAP DEV 2',
kwargs={'device_instance': '2'})
quack_dsc_subseq.add_step(steps_edison.pcamap_write_uut_peripheral,
name='WRITE DSC PCAMAP DEV 3',
kwargs={'device_instance': '3'})
quack_dsc_subseq.add_step(steps_edison.quack2_sign_chip,
name='QUACK DSC 2',
kwargs={'device_instance': '2'})
quack_dsc_subseq.add_step(steps_edison.quack2_sign_chip,
name='QUACK DSC 3',
kwargs={'device_instance': '3'})
quack_dsc_subseq.add_step(steps_edison.diags_stackrac_test,
name='STACK RAC TEST')
# ----------------------------
# Config check ---------------
cnf_chk_subseq = seq.add_sequence('CONFIG CHECK')
cnf_chk_subseq.add_step(steps_edison.pcamap_read_uut,
name='READ DEV 1',
kwargs={'device_instance': 1})
cnf_chk_subseq.add_step(steps_edison.pcamap_read_uut,
name='READ DEV 2',
kwargs={'device_instance': 2})
cnf_chk_subseq.add_step(steps_edison.pcamap_read_uut,
name='READ DEV 3',
kwargs={'device_instance': 3})
cnf_chk_subseq.add_step(steps_edison.process_configuration_check,
name='CNF CHECK')
# ----------------------------
# Add tst data ---------------
seq.add_step(steps_edison.process_add_tst_data_for_children,
name='ADD TST DATA FOR COMPONENTS')
# ----------------------------
# Stardust Diag Testing ------
diag_subseq = seq.add_sequence('DIAGNOSTIC TESTS')
diag_subseq.add_step(steps_edison.goto_mode,
name='MODE STARDUST - DIAGNOSTIC',
kwargs={'mode': 'STARDUST'})
diag_subseq.add_step(steps_edison.diags_sysinit, name='SYSINIT')
diag_subseq.add_step(steps_edison.diags_rtc_chkset_test,
name='RTC CHK SET',
kwargs=dict(severity_allowed=400))
diag_subseq.add_step(steps_edison.diags_serdeseye_sif_test,
name='SERDES EYE SIF TEST',
precondition='userdict.get("dsc_installed")')
diag_subseq.add_step(steps_edison.diags_serdeseye_nif_test,
name='SERDES EYE NIF TEST')
diag_subseq.add_step(steps_edison.diags_vmargin_test,
name='VOLTAGE TEST',
kwargs={
'check_only': True,
'margin_level': 'NOMINAL',
'device_instance': 0
})
diag_subseq.add_step(steps_edison.upgrade_fpga, name='UPGRADE FPGA')
# ----------------------------
# IOS install ----------------
ios_install_subseq = seq.add_sequence('IOS INSTALLATION')
ios_install_subseq.add_step(steps_edison.goto_mode,
name='MODE BTLDR - IOS INSTALL',
kwargs={'mode': 'BTLDR'})
ios_install_subseq.add_step(steps_edison.ios_install_main_image,
name='INSTALL MAIN IOS IMAGE')
# ----------------------------
# License Install/Verify -----
lic_subseq = seq.add_sequence('LIC INSTALL AND VERIFY')
lic_subseq.add_step(steps_edison.goto_mode,
name='MODE IOSE - LIC',
kwargs={'mode': 'IOSE'})
lic_subseq.add_step(steps_edison.ios_install_licenses, name='INSTALL LIC')
lic_subseq.add_step(steps_edison.ios_verify_default_licenses,
name='VERIFY LIC')
lic_subseq.add_step(steps_edison.ios_verify_apcount_license,
name='VERIFY APCOUNT LIC')
# ----------------------------
# Verify IOS status ----------
ios_verify_subseq = seq.add_sequence('VERIFY IOS STATUS')
ios_verify_subseq.add_step(steps_edison.goto_mode,
name='MODE IOSE - IOS VERIFY STATUS',
kwargs={'mode': 'IOSE'})
ios_verify_subseq.add_step(steps_edison.process_get_hw_modules_from_lineid,
name='GET HW MODULES')
ios_verify_subseq.add_step(steps_edison.ios_verify_idpro,
name='ID PRO VERIFY')
ios_verify_subseq.add_step(steps_edison.ios_verify_log_for_empty_poe_ports,
name='VERIFY POE LOGS')
ios_verify_subseq.add_step(steps_edison.ios_verify_customer_version,
name='VERIFY IOS VER')
ios_verify_subseq.add_step(steps_edison.ios_check_environments,
name='IOS ENV')
# ----------------------------
# IOS clean up
seq.add_step(steps_edison.ios_clean_up, name='IOS CLEAN UP')
# ------------------------------------------------------------------------------------------------------------------
# Power Cycle and wait for UUT to boot up IOS
seq.add_step(steps_edison.goto_mode,
name='MODE BTLDR - FINAL',
kwargs={'mode': 'BTLDR'})
seq.add_step(
steps_edison.pcamap_cleanup_rommon_params,
name='UNSET PARAMS',
)
seq.add_step(steps_edison.pcamap_set_manual_boot,
name='MANUAL BOOT NO',
kwargs={'manual_boot': False})
seq.add_step(steps_edison.power_cycle_on,
name='POWER CYCLE',
kwargs={'wait_for_boot': False})
seq.add_step(steps_edison.ios_waitfor_cfg_dialog_boot,
name='WAIT FOR IOS BOOT UP')
seq.add_step(steps_edison.power_off, name='POWER OFF')
subseq__final(seq)
return seq
def standard_switch_sequence_definition():
try:
container = aplib.get_my_container_key()
except Exception:
raise Exception("Cannot use this Apollo version!")
udd = aplib.get_cached_data('{0}_uut_descriptor'.format(container))
pf = udd.get('product_family').upper()
pc = udd.get('product_codename').upper()
seq = aplib.get_sequence_definition('{0} {1} {2} {3} SEQ'.format(
__product_line__, pf, pc, __area__),
jump_on_error='FINAL')
# Enable CATS
# seq.adt_enabled = ['cats']
# ------------------------------------------------------------------------------------------------------------------
# Init
init_seq = seq.add_sequence('INITIALIZATION')
init_seq.add_step(steps_quake.init, name='INIT', kwargs={})
init_seq.add_step(steps_quake.ud_retrieve, name="RETRIEVE UUT DESCRIPTOR")
init_seq.add_step(steps_quake.ud_print_uut_descriptor,
name='PRINT DESCRIPTOR')
init_seq.add_step(steps_quake.ud_print_uut_config, name='PRINT UUT CONFIG')
# Area Check
seq.add_step(steps_quake.process_area_check,
name='AREACHECK',
kwargs={},
enabled=True)
# Power ON & Boot
# Unit should already be powered up from pre-sequence auto-discovery.
seq.add_step(steps_quake.power_cycle_on,
name='POWER ON BOOT',
group_level=5,
enabled=False)
# Basic Mode
seq.add_step(steps_quake.goto_mode,
name='MODE BTLDR',
kwargs={'mode': 'BTLDR'})
# MAC Verify Only
seq.add_step(steps_quake.process_assign_verify_mac,
name='VERIFY MAC',
kwargs={'assign': False})
# Get RFID Data
seq.add_step(steps_quake.process_get_rfid_db,
name='GET RFID TID',
enabled=True,
kwargs={})
# ------------------------------------------------------------------------------------------------------------------
# PCAMAP
pcamap_seq = seq.add_sequence('PCAMAP PROGRAMMING', enabled=True)
# Verify CMPD
# TODO: waiting Trac #5852
pcamap_seq.add_step(steps_quake.process_verify_cmpd,
name='VERIFY CMPD SPROM',
enabled=False,
kwargs={
'force': False,
'cmpd_description': 'SPROM',
'uut_type_key': 'MODEL_NUM',
'part_number_key': 'TAN_NUM',
'part_revision_key': 'TAN_REVISION_NUMBER',
'eco_type': 'VERIFICATION'
})
# PCAMAP Program
pcamap_seq.add_step(steps_quake.pcamap_write_uut,
name='PCAMAP PROGRAM',
kwargs={
'device_instance': 0,
'memory_type': 'vb'
})
# PIDVID Verify
seq.add_step(steps_quake.process_verify_pidvid,
name='PIDVID VERIFY',
jump_on_error='CLEAN UP')
# ------------------------------------------------------------------------------------------------------------------
# PCBP2
# PUT PCBP2 CODE HERE
# ------------------------------------------------------------------------------------------------------------------
# Clean up
final_seq = seq.add_sequence('FINAL', finalization=True)
final_seq.add_step(steps_quake.power_off,
name='POWER OFF',
kwargs={},
group_level=1000)
final_seq.add_step(steps_quake.clean_up, name='CLEAN UP')
final_seq.add_step(steps_quake.final, name='END')
return seq
def standard_switch_sequence_definition():
try:
container = aplib.get_my_container_key()
except Exception:
raise Exception("Cannot use this Apollo version!")
udd = aplib.get_cached_data('{0}_uut_descriptor'.format(container))
pf = udd.get('product_family').upper()
pc = udd.get('product_codename').upper()
psd = udd.get('uut_config', {}).get('prod_seq_def', {})
area = __area__ # udd.get(test_area, None)
seq = aplib.get_sequence_definition('{0} {1} {2} {3} SEQ'.format(
__product_line__, pf, pc, area),
jump_on_error='FINAL')
# Enable CATS
# seq.adt_enabled = ['cats']
# ------------------------------------------------------------------------------------------------------------------
# Init
init_seq = seq.add_sequence('INITIALIZATION')
init_seq.add_step(steps_franklin.init, name='INIT', kwargs={})
init_seq.add_step(steps_franklin.ud_retrieve,
name="RETRIEVE UUT DESCRIPTOR")
init_seq.add_step(steps_franklin.ud_print_uut_descriptor,
name='PRINT DESCRIPTOR')
init_seq.add_step(steps_franklin.ud_print_uut_config,
name='PRINT UUT CONFIG')
# Area Check
seq.add_step(steps_franklin.process_area_check,
name='AREACHECK',
kwargs={},
enabled=True)
# Power ON & Boot
# Unit should already be powered up from pre-sequence auto-discovery.
# seq.add_step(steps_franklin.power_cycle_on, name='POWER ON BOOT', group_level=5, enabled=False)
# Basic Mode
seq.add_step(steps_franklin.goto_mode,
name='MODE BTLDR',
kwargs={'mode': 'BTLDR'})
# MAC Verify Only
seq.add_step(steps_franklin.process_assign_verify_mac,
name='VERIFY MAC',
kwargs={'assign': False})
# Get RFID Data
seq.add_step(steps_franklin.process_get_rfid_db,
name='GET RFID TID',
enabled=True,
kwargs={})
# ------------------------------------------------------------------------------------------------------------------
# PCAMAP
pcamap_seq = seq.add_sequence('PCAMAP PROGRAMMING', enabled=True)
# Verify CMPD
# TODO: waiting Trac #5852
pcamap_seq.add_step(steps_franklin.process_verify_cmpd,
name='VERIFY CMPD SPROM',
enabled=False,
kwargs={
'force': False,
'cmpd_description': 'SPROM',
'uut_type_key': 'MODEL_NUM',
'part_number_key': 'TAN_NUM',
'part_revision_key': 'TAN_REVISION_NUMBER',
'eco_type': 'VERIFICATION'
})
# PCAMAP Program
pcamap_seq.add_step(steps_franklin.pcamap_write_uut,
name='PCAMAP PROGRAM',
kwargs={
'device_instance': 0,
'memory_type': 'vb'
})
# PIDVID Verify
seq.add_step(steps_franklin.process_verify_pidvid,
name='PIDVID VERIFY',
jump_on_error='CLEAN UP')
# ------------------------------------------------------------------------------------------------------------------
# Load Images
image_load_seq = seq.add_sequence('IMAGE LOADING', enabled=True)
image_load_seq.add_step(steps_franklin.goto_mode,
name='MODE LINUX',
kwargs={'mode': 'LINUX'})
image_load_seq.add_step(steps_franklin.linux_set_network_interface,
name='SET LINUX NET INTF')
image_load_seq.add_step(
steps_franklin.load_hw_images,
name='LOAD HW IMAGES',
kwargs={
'master_list':
['btldr', 'linux', 'diag', 'fpga', 'mcu', 'nic', 'SBC_CFG'],
'force':
False
},
enabled=False)
image_load_seq.add_step(steps_franklin.ios_install_supplemental_images,
name='LOAD IOS SUPPLEMENTAL IMAGES',
enabled=True)
# ------------------------------------------------------------------------------------------------------------------
# Update any Images via stardust
# SBC update will ALWAYS program; turn off for FST.
image_seq = seq.add_sequence('DEVICE IMAGE PROGRAMMING', enabled=True)
image_secboot_seq = image_seq.add_sequence(
'DEVICE IMAGE PROGRAMMING SECBOOT')
image_secboot_seq.add_step(steps_franklin.goto_mode,
name='MODE BTLDR',
kwargs={'mode': 'BTLDR'})
image_secboot_seq.add_step(steps_franklin.upgrade_btldr, name='PROG BTLDR')
image_secboot_seq.add_step(steps_franklin.goto_mode,
name='MODE STARDUST',
kwargs={'mode': 'STARDUST'})
image_secboot_seq.add_step(steps_franklin.upgrade_fpga, name='PROG FPGA')
image_secboot_seq.add_step(steps_franklin.power_cycle_on,
name='POWER ON REBOOT',
kwargs={'contingent': True},
group_level=5)
image_mcu_seq = image_seq.add_sequence('DEVICE IMAGE PROGRAMMING MCU')
image_mcu_seq.add_step(steps_franklin.goto_mode,
name='MODE STARDUST',
kwargs={'mode': 'STARDUST'})
image_mcu_seq.add_step(steps_franklin.diags_switch_mcu_mode,
name='MCU MODE IOS',
kwargs={'kkmode': 'IOS'})
image_mcu_seq.add_step(steps_franklin.upgrade_mcu,
name='PROG MCU',
enabled=False)
image_nic_seq = image_seq.add_sequence('DEVICE IMAGE PROGRAMMING NIC')
image_nic_seq.add_step(steps_franklin.goto_mode,
name='MODE LINUX',
kwargs={'mode': 'LINUX'})
image_nic_seq.add_step(steps_franklin.upgrade_nic,
name='PROG NIC',
enabled=True)
image_sbc_seq = image_seq.add_sequence('DEVICE IMAGE PROGRAMMING SBC')
image_sbc_seq.add_step(steps_franklin.goto_mode,
name='MODE STARDUST',
kwargs={'mode': 'STARDUST'})
image_sbc_seq.add_step(steps_franklin.update_sbc,
name='PROG SBC',
enabled=False)
# ------------------------------------------------------------------------------------------------------------------
# Identity Protection Programming
idpro_seq = seq.add_sequence('IDENTITY PROTECTION')
idpro_main_subseq = idpro_seq.add_sequence('IDENTITY PROTECTION MAINBOARD',
enabled=True)
idpro_main_subseq.add_step(steps_franklin.power_cycle_on,
name='POWER ON REBOOT',
group_level=5)
idpro_main_subseq.add_step(steps_franklin.goto_mode,
name='MODE STARDUST',
kwargs={'mode': 'STARDUST'})
idpro_main_subseq.add_step(steps_franklin.diags_sysinit,
name='DIAG SYSINIT')
idpro_main_subseq.add_step(steps_franklin.x509sudi_sign_certificate,
name='X509 SHA1',
kwargs={'x509_sudi_hash': 'SHA1'},
enabled=True)
idpro_main_subseq.add_step(steps_franklin.act2_sign_chip,
name='ACT2',
kwargs={
'device_instance': 0,
'keytype': 'ACT2-RSA'
},
enabled=True)
idpro_main_subseq.add_step(steps_franklin.act2_sign_chip,
name='ACT2 2099',
kwargs={
'device_instance': 0,
'keytype': 'ACT2-HARSA'
},
enabled=True)
idpro_main_subseq.add_step(steps_franklin.x509sudi_sign_certificate,
name='X509 SHA256',
kwargs={
'x509_sudi_hash': 'SHA256',
'keytype': 'ACT2-RSA'
},
enabled=True)
idpro_main_subseq.add_step(steps_franklin.x509sudi_sign_certificate,
name='X509 SHA256 2099',
kwargs={
'x509_sudi_hash': 'CMCA3',
'keytype': 'ACT2-HARSA'
},
enabled=False)
# Peripherals for special builds only (i.e. proto, etc.).
if psd.get(area, {}).get('idpro_periphs', False):
idpro_peripheral_subseq = idpro_seq.add_sequence(
'IDENTITY PROTECTION PERIPHERALS', enabled=True)
idpro_peripheral_subseq.add_step(steps_franklin.goto_mode,
name='MODE STARDUST',
kwargs={'mode': 'STARDUST'})
idpro_peripheral_subseq.add_step(steps_franklin.diags_sysinit,
name='DIAG SYSINIT')
idpro_peripheral_subseq.add_step(steps_franklin.act2_sign_chip,
name='ACT2 1',
kwargs={
'device_instance': 1,
'keytype': 'ACT2-RSA'
},
enabled=True)
idpro_peripheral_subseq.add_step(steps_franklin.act2_sign_chip,
name='ACT2 2',
kwargs={
'device_instance': 2,
'keytype': 'ACT2-RSA'
},
enabled=True)
idpro_peripheral_subseq.add_step(steps_franklin.act2_sign_chip,
name='ACT2 3',
kwargs={
'device_instance': 3,
'keytype': 'ACT2-RSA'
},
enabled=True)
idpro_peripheral_subseq.add_step(steps_franklin.act2_sign_chip,
name='ACT2 4',
kwargs={
'device_instance': 4,
'keytype': 'ACT2-RSA'
},
enabled=True)
# IOS Boot Test and IdPro Check
idpro_seq.add_step(steps_franklin.goto_mode,
name='MODE IOSE',
kwargs={'mode': 'IOSE'})
idpro_seq.add_step(steps_franklin.ios_verify_idpro,
name='ID PRO VERIFICATION',
kwargs={})
idpro_seq.add_step(steps_franklin.goto_mode,
name='MODE BTLDR',
kwargs={'mode': 'BTLDR'})
idpro_seq.add_step(steps_franklin.process_assign_verify_mac,
name='VERIFY MAC',
kwargs={'assign': False})
# ------------------------------------------------------------------------------------------------------------------
# Power Cycle Testing
seq.add_step(steps_franklin.power_power_cycle_testing,
name='POWER CYCLE TEST')
# ==================================================================================================================
# Main Loop Tests
# ------------------------------------------------------------------------------------------------------------------
fst_loop_seq = seq.add_sequence('SYSTEM LOOP TESTS',
iterations=(aplib.ITERATION_TIME, 30))
fst_loop_seq.iterations.type = aplib.ITERATION_TIME
fst_loop_seq.iterations.value = psd.get(area, {}).get(
'total_loop_time_secs', 1) if psd else 1
fst_loop_seq.add_step(steps_franklin.loop_marker,
name='FST LOOP',
kwargs={'title': 'FST'})
# ------------------------------------------------------------------------------------------------------------------
# Diag Testing
diag_seq = fst_loop_seq.add_sequence('DIAGNOSTIC TESTS', enabled=True)
diag_seq.add_step(steps_franklin.goto_mode,
name='MODE STARDUST',
kwargs={'mode': 'STARDUST'})
diag_seq.add_step(steps_franklin.diags_sysinit, name='SYSINIT')
diag_seq.add_step(steps_franklin.diags_rtc_chkset_test,
name='RTC CHK SET TEST',
kwargs={})
diag_seq.add_step(steps_franklin.diags_psu_check,
name='PSU CHECK',
kwargs={})
diag_seq.add_step(steps_franklin.diags_update_mcu_settings,
name='MCU SETTINGS',
kwargs={})
diag_seq.add_step(steps_franklin.diags_temperature_test,
name='TEMPERATURE TEST',
kwargs={'operational_state': 'diag'},
enabled=True)
diag_seq.add_step(steps_franklin.diags_vmargin_test,
name='VMARGIN TEST',
kwargs={
'device_instance': 0,
'margin_level': 'NOMINAL'
},
enabled=True)
diag_seq.add_step(steps_franklin.diags_fan_test,
name='FAN TEST',
kwargs={},
enabled=True)
diag_seq.add_step(steps_franklin.diags_stackrac_test,
name='STACKRAC TEST',
kwargs={},
enabled=True)
diag_seq.add_step(steps_franklin.diags_serdeseye_sif_test,
name='SERDES EYE SIF TEST',
kwargs={},
enabled=True)
diag_seq.add_step(steps_franklin.diags_serdeseye_nif_test,
name='SERDES EYE NIF TEST',
kwargs={},
enabled=True)
# Diag Testlist build-out
dynamic_sequence_builder.build_diag_testlist_subseq(
diag_seq=diag_seq,
container=container,
udd=udd,
step_module=steps_franklin,
category=None,
enabled=True)
# ------------------------------------------------------------------------------------------------------------------
# Traffic Testing
traf_seq = fst_loop_seq.add_sequence('TRAFFIC TESTS', enabled=True)
traf_seq.add_step(steps_franklin.goto_mode,
name='MODE STARDUST PRETRAF',
kwargs={'mode': 'STARDUST'})
traf_seq.add_step(steps_franklin.diags_sysinit,
name='DIAG SYSINIT PRETRAF')
dynamic_sequence_builder.build_traffic_cases_subseq(
traffic_seq=traf_seq,
container=container,
udd=udd,
step_module=steps_franklin,
category=None,
enabled=True)
seq.add_step(steps_franklin.loop_marker,
name='FST LOOPS DONE',
kwargs={
'title': 'FST (Loops completed)',
'close_loop': True
})
# ==================================================================================================================
# ------------------------------------------------------------------------------------------------------------------
# Power OFF
seq.add_step(steps_franklin.power_off, name='POWER OFF', group_level=1000)
# Clean up
final_seq = seq.add_sequence('FINAL', finalization=True)
final_seq.add_step(steps_franklin.power_off,
name='POWER OFF',
kwargs={},
group_level=1000)
final_seq.add_step(steps_franklin.clean_up, name='CLEAN UP')
final_seq.add_step(steps_franklin.final, name='END')
return seq
def standard_switch_sequence_definition():
try:
container = aplib.get_my_container_key()
except Exception:
raise Exception("Cannot use this Apollo version!")
udd = aplib.get_cached_data('{0}_uut_descriptor'.format(container))
pf = udd.get('product_family').upper()
pc = udd.get('product_codename').upper()
psd = udd.get('uut_config', {}).get('prod_seq_def', {})
area = __area__ # udd.get('test_area', None)
seq = aplib.get_sequence_definition('{0} {1} {2} {3} SEQ'.format(
__product_line__, pf, pc, area),
jump_on_error='FINAL')
# ------------------------------------------------------------------------------------------------------------------
# Init
init_seq = seq.add_sequence('INITIALIZATION')
init_seq.add_step(steps_nyquist.init, name='INIT', kwargs={})
init_seq.add_step(steps_nyquist.ud_retrieve,
name="RETRIEVE UUT DESCRIPTOR")
init_seq.add_step(steps_nyquist.ud_print_uut_descriptor,
name='PRINT DESCRIPTOR')
init_seq.add_step(steps_nyquist.ud_print_uut_config,
name='PRINT UUT CONFIG')
# Area Check
seq.add_step(steps_nyquist.process_area_check,
name='AREACHECK',
kwargs={},
enabled=True)
# Power ON & Boot
# Unit should already be powered up from pre-sequence auto-discovery.
# seq.add_step(steps_nyquist.power_cycle_on, name='POWER ON BOOT', group_level=5, enabled=False)
# Basic Mode
seq.add_step(steps_nyquist.goto_mode,
name='MODE BTLDR',
kwargs={'mode': 'BTLDR'})
# ------------------------------------------------------------------------------------------------------------------
# PCAMAP
pcamap_seq = seq.add_sequence('PCAMAP PROGRAMMING', enabled=True)
# Verify CMPD
# TODO: waiting Trac #5852
pcamap_seq.add_step(steps_nyquist.process_verify_cmpd,
name='VERIFY CMPD SPROM',
enabled=False,
kwargs={
'force': False,
'cmpd_description': 'SPROM',
'uut_type_key': 'MODEL_NUM',
'part_number_key': 'TAN_NUM',
'part_revision_key': 'TAN_REVISION_NUMBER',
'eco_type': 'VERIFICATION'
})
# PCAMAP Program
pcamap_seq.add_step(steps_nyquist.pcamap_write_uut,
name='PCAMAP PROGRAM',
kwargs={
'device_instance': 0,
'memory_type': 'vb'
})
# PIDVID Verify
seq.add_step(steps_nyquist.process_verify_pidvid,
name='PIDVID VERIFY',
jump_on_error='CLEAN UP')
# ------------------------------------------------------------------------------------------------------------------
# Diag Testing
diag_seq = seq.add_sequence('DIAGNOSTIC TESTS', enabled=True)
diag_seq.add_step(steps_nyquist.goto_mode,
name='MODE STARDUST',
kwargs={'mode': 'STARDUST'})
diag_seq.add_step(steps_nyquist.diags_sysinit, name='SYSINIT')
diag_seq.add_step(steps_nyquist.diags_psu_check,
name='PSU CHECK',
kwargs={})
# Diag Testlist build-out
dynamic_sequence_builder.build_diag_testlist_subseq(
diag_seq=diag_seq,
container=container,
udd=udd,
step_module=steps_nyquist,
category=None,
enabled=True)
# ------------------------------------------------------------------------------------------------------------------
# Traffic Testing
traf_seq = seq.add_sequence('TRAFFIC TESTS', enabled=True)
traf_seq.add_step(steps_nyquist.goto_mode,
name='MODE STARDUST PRETRAF',
kwargs={'mode': 'STARDUST'})
traf_seq.add_step(steps_nyquist.diags_sysinit, name='DIAG SYSINIT PRETRAF')
dynamic_sequence_builder.build_traffic_cases_subseq(
traffic_seq=traf_seq,
container=container,
udd=udd,
step_module=steps_nyquist,
category=None,
enabled=True)
# ------------------------------------------------------------------------------------------------------------------
# Power OFF
seq.add_step(steps_nyquist.power_off, name='POWER OFF', group_level=1000)
# Clean up
final_seq = seq.add_sequence('FINAL', finalization=True)
final_seq.add_step(steps_nyquist.power_off,
name='POWER OFF',
kwargs={},
group_level=1000)
final_seq.add_step(steps_nyquist.clean_up, name='CLEAN UP')
final_seq.add_step(steps_nyquist.final, name='END')
return seq
def main_sequence_definition():
""" Run sequence that includes power on & off, uut programming,
check eeprom against label/cmpd, test connections, MTS test, and etc.
It has multi steps sub-sequence in sequence and test are divided into individual test
instead of diag run all for Adaptive test compliance and ease in debugging failures.
:return: seq
"""
seq = lib.get_sequence_definition('MAIN INT PRODUCT SEQ')
seq.add_step(main_initialize, name='MAIN_INITIALIZE')
seq.add_step('DC_POWER_ON',
codepath=code_path,
function='uut_power_on',
kwargs={'mode': DC},
loop_on_error=2)
seq.add_step('PORT_ON_EGIGA1',
codepath=code_path,
function='switch_port_on',
kwargs={'interface': 'egiga1'},
loop_on_error=1)
seq.add_step(clear_storage, name='CLEAR_STORAGE')
seq.add_step('UPGRADE_UBOOT',
codepath=code_path,
function='upgrade_uboot',
kwargs={'speed': 10},
loop_on_error=1)
seq.add_step('DOWNLOAD_MGIG_FW',
codepath=code_path,
function='download_mgig_fw',
precondition="userdict['mgig_fw_need']",
loop_on_error=1)
seq.add_step(secure_boot, name='SECURE_BOOT')
seq.add_step(create_nand_partition, name='CREATE_NAND_PARTITION')
seq.add_step(load_nand_image_part_1,
name='LOAD_NAND_IMAGE_PART_1',
kwargs={'speed': 100})
seq.add_step(load_nand_image_part_2,
name='LOAD_NAND_IMAGE_PART_2',
kwargs={'speed': 1000})
seq.add_step(set_boot_env, name='SET_BOOT_ENV')
seq.add_step(reset_uboot, name='RESET_UBOOT')
seq.add_step(em_detect, name='DETECT_EM')
seq.add_step(em_check_link, name='CHECK_EM_LINK')
seq.add_step('BOOT_MFG_LINUX_1',
codepath=code_path,
function='boot_mfg_image',
loop_on_error=1)
seq.add_step(program_cookie, name='PROGRAM_COOKIE')
seq.add_step(mb_mac_fetch, name='MB_MAC_FETCH')
seq.add_step(radio_mac_fetch, name='RADIO_MAC_FETCH')
seq.add_step('PORT_ON_EGIGA2',
codepath=code_path,
function='switch_port_on',
kwargs={'interface': 'egiga2'},
loop_on_error=1)
seq.add_step('BOOT_MFG_LINUX_2',
codepath=code_path,
function='reload_mfg_image',
loop_on_error=1)
seq.add_step(verify_cookie, name='VERIFY_COOKIE')
seq.add_step(em_talk, name='EM_TALK')
seq.add_step(led_test,
name='LED_TEST',
precondition="userdict['led_test_need']")
seq.add_step('CAPWAP_PING_TEST',
codepath=code_path,
function='capwap_ping_test',
loop_on_error=1)
seq.add_step('LINUX_PING_TEST_5G',
codepath=code_path,
function='linux_ping_test',
kwargs={'speed': 5000},
loop_on_error=1)
seq.add_step('LINUX_PING_TEST_2G',
codepath=code_path,
function='linux_ping_test',
kwargs={'speed': 2500},
loop_on_error=1)
seq.add_step('LINUX_PING_TEST_100M',
codepath=code_path,
function='linux_ping_test',
kwargs={'speed': 100},
loop_on_error=1)
seq.add_step('LINUX_PING_TEST_1000M',
codepath=code_path,
function='linux_ping_test',
kwargs={'speed': 1000},
loop_on_error=1)
seq.add_step('POE_POWER_ON',
codepath=code_path,
function='uut_power_on',
kwargs={'mode': POE},
loop_on_error=1)
seq.add_step('BOOT_MFG_LINUX_3',
codepath=code_path,
function='boot_mfg_image',
loop_on_error=1)
seq.add_step(usb_test, name='USB_TEST')
seq.add_step('X509_PROGRAM', codepath=code_path, function='program_x509')
seq.add_step(validate_x509, name='X509_VALIDATE')
seq.add_step('ACT2_PROGRAM', codepath=code_path, function='program_act2')
seq.add_step(validate_act2, name='ACT2_VALIDATE')
seq.add_step(clear_storage, name='CLEAR_STORAGE_2')
seq.add_step(set_factory_default, name='SET_FACTORY_DEFAULT')
seq.add_step(main_finalize,
name='MAIN_FINALIZE',
group_level=lib.FINALIZATION)
return seq
