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from test.helpers.int_registers import get_die_id
from test.helpers.int_registers import get_mac
from subprocess import call
import os
import unittest
from test.helpers.testsrv_db import TestSrv_Database
from test.helpers.setup_xml import XMLSetup
from test.runners.simple import SimpleTestRunner
from test.helpers.syscmd import TestSysCommand
from test.tests.qethernet import Qethernet
from test.tests.qaudio import Qaudio
from test.tests.qram import Qram
from test.tests.qusb import Qusb
from test.tests.qi2c import Qi2c
from test.tests.qeeprom import Qeeprom
from test.tests.qserial import Qserial
from test.tests.qwifi import Qwifi
from test.tests.qrtc import Qrtc
from test.tests.qduplex_ser import Qduplex
from test.tests.qamper import Qamper
from test.tests.qnand import Qnand
from test.helpers.globalVariables import globalVar
import socket
from test.helpers.iseelogger import ISEE_Logger
import logging
import binascii
psdbObj = TestSrv_Database()
xmlObj = None
loggerObj = None
# define clear function
def clear():
# check and make call for specific operating system
_ = call('clear' if os.name == 'posix' else 'cls')
def create_paramslist(params):
paramlist = {}
for row in params:
varname, varvalue = row
paramlist[varname] = varvalue
return paramlist
def add_test_task(suite, testdefname, paramlist):
if testdefname == "AUDIO":
suite.addTest(Qaudio(testdefname, "execute", paramlist))
elif testdefname == "RAM":
suite.addTest(Qram(testdefname, "execute", paramlist))
elif testdefname == "SERIALDUAL":
suite.addTest(Qduplex(testdefname, "execute", paramlist))
elif testdefname == "EEPROM":
suite.addTest(Qeeprom(testdefname, "execute", paramlist))
elif testdefname == "SERIAL":
suite.addTest(Qserial(testdefname, "execute", paramlist))
elif testdefname == "RTC":
suite.addTest(Qrtc(testdefname, "execute", paramlist))
elif testdefname == "CONSUMPTION":
suite.addTest(Qamper(testdefname, "execute", paramlist))
elif testdefname == "DMESG":
suite.addTest(TestSysCommand(testdefname, "execute", paramlist))
elif testdefname == "ETHERNET":
suite.addTest(Qethernet(testdefname, "execute", paramlist))
elif testdefname == "NAND":
suite.addTest(Qnand(testdefname, "execute", paramlist))
elif testdefname == "I2C":
suite.addTest(Qi2c(testdefname, "execute", paramlist))
elif testdefname == "WIFI":
suite.addTest(Qwifi(testdefname, "execute", paramlist))
elif testdefname == "USB":
suite.addTest(Qusb(testdefname, "execute", paramlist))
else:
raise Exception("Wrong testdefname")
def create_testsuite():
# create an object TestSuite
suite = unittest.TestSuite()
# get id of the full test for this board
globalVar.testid_ctl = psdbObj.open_test(globalVar.g_uuid)
# get list of tests for this board
tests = psdbObj.get_tests_list(globalVar.g_uuid)
# loop in every test for this board
for row in tests:
testid, testdefname = row
# get params for this test
params = psdbObj.get_test_params_list(testid)
paramlist = create_paramslist(params)
# add the testid as parameter
paramlist["testid"] = testid
paramlist["boarduuid"] = globalVar.g_uuid
paramlist["testidctl"] = globalVar.testid_ctl
# add test to TestSuite
add_test_task(suite, testdefname, paramlist)
return suite
def create_board():
model_id = xmlObj.gettagKey('board', 'model')
variant = xmlObj.gettagKey('board', 'variant')
# get model id
globalVar.g_mid = model_id + "-" + variant
# get station
globalVar.station = socket.gethostname()
processor_id = get_die_id(globalVar.g_mid)
print(globalVar.g_mid)
print(processor_id)
globalVar.g_uuid = psdbObj.create_board(processor_id, model_id, variant, globalVar.station,
get_mac(globalVar.g_mid))
def program_eeprom(eeprompath):
# check if eeprompath is correct
if os.path.isfile(eeprompath):
# create u-boot data struct
data = bytearray()
data += (2029785358).to_bytes(4, 'big') # magicid --> 0x78FC110E
data += bytearray([0, 0, 0, 0]) # crc32 = 0
data += bytearray(globalVar.g_uuid + "\0",
'ascii') # uuid --> 'c0846c8a-5fa5-11ea-8576-f8b156ac62d7' and \0 at the end
data += binascii.unhexlify((get_mac(globalVar.g_mid)).replace(':', '')) # mac0 --> 'f8:b1:56:ac:62:d7'
data += bytearray([0, 0, 0, 0, 0, 0]) # mac1 --> 0:0:0:0:0:0
# calculate crc
crc = (binascii.crc32(data, 0)).to_bytes(4, 'big')
data[4:8] = crc
# write into eeprom an validate
f = open(eeprompath, "r+b")
f.write(data)
f.seek(0)
data_rx = f.read(57)
for i in range(57):
if data_rx[i] != data[i]:
print("Error while programming eeprom memory.")
break
print("Eeprom programmed succesfully.")
def flash_nvmemory(flashscript):
if os.path.isfile(flashscript):
print("a")
def create_boardvariables_list(uuid):
varlist = {}
for row in psdbObj.get_board_variables(globalVar.g_uuid):
varname, varvalue = row
varlist[varname] = varvalue
return varlist
def main():
# initialize the board
create_board()
# create and run tests according to the board type
runner = SimpleTestRunner(psdbObj)
runner.run(create_testsuite())
# execute aditional tasks
varlist = create_boardvariables_list(globalVar.g_uuid)
program_eeprom(varlist["eeprompath"])
flash_nvmemory(varlist["flashscript"])
if __name__ == "__main__":
# Clear the shell screen
clear()
# create logger
loggerObj = ISEE_Logger(logging.INFO)
# logger = loggerObj.getlogger().info("Starting test script...")
# Try to parse the setup.xml file
try:
xmlObj = XMLSetup("setup.xml")
except:
print("Error: Cannot parse setup.xml file")
exit(1)
# Try to connect to the DB, according to setup.xml configuration
if psdbObj.open(xmlObj):
main()
else:
print("Error: Cannot open DB connection")
exit(2)
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