# coding:utf-8
import argparse
import os
import sys
import inspect
import time
import random
import datetime

sys.path.append('./base')
import autotest_time as at_time
import autotest_usart as at_usart

sys.path.append('./inst')
import power_agilent_scpi as ag_power
import power_dpm8600_modbus as dpm_power
import temp_modbus as temp_modbus
import oscilloscope_scpi as osc_scpi

sys.path.append('./case')
import case_parser as caseparser

TEMP_PORT='COM45'
TEMP_BANDRATE='9600'

DPM8600_PORT='COM46'
DPM8600_BANDRATE='9600'
DPM8600_CHANNEL=1

AG_POWER_PORT='COM47'
AG_POWER_BANDRATE='9600'

OSC_PORT='COM60'
OSC_BANDRATE='115200'

CSV_PATH='./case/testcase_common.csv'

__version__ = "1.0"
PYTHON2 = sys.version_info[0] < 3  # True if on pre-Python 3

class FatalError(RuntimeError):
	def __init__(self, message):
		RuntimeError.__init__(self, message)

	@staticmethod
	def WithResult(message, result):
		"""
		Return a fatal error object that appends the hex values of
		'result' as a string formatted argument.
		"""
		message += " (result was %s)" % hex(result)
		return FatalError(message)

pasttime=datetime.datetime.now()
nowtime=datetime.datetime.now()

def err_exit(args):
	nowtime=datetime.datetime.now()
	print("test start time :"+pasttime.strftime('%Y-%m-%d %H:%M:%S'))
	print("test end time:"+nowtime.strftime('%Y-%m-%d %H:%M:%S'))
	print(str(nowtime-pasttime))
	sys.exit(args)

def test_temp():
	#init for temp control
	temp = temp_modbus.inst_temp(TEMP_PORT,TEMP_BANDRATE)
	#temp on
	#temp.temp_on()
	#temp off
	#temp.temp_off()
	temp.temp_close()

def test_dpm8600():
	#init for temp control
	dpm8600 = dpm_power.inst_dpm8600(DPM8600_PORT,DPM8600_BANDRATE,DPM8600_CHANNEL)
	#dpm8600 on
	#dpm8600.dpm8600_on()
	#dpm8600 off
	#dpm8600.dpm8600_off()
	dpm8600.dpm8600_close()

def test_apower():
	#init for temp control
	apower = ag_power.inst_agilent_power(AG_POWER_PORT,AG_POWER_BANDRATE)
	#apower on
	apower.power_on()
	#apower off
	#apower.power_off()
	apower.power_close()

def test_soc():
	#init for oscillpscope control
	oscillpscope = osc_scpi.inst_oscilloscope(OSC_PORT,OSC_BANDRATE)
	# oscillpscope.get_id()
	# oscillpscope.stop()
	# time.sleep(5)
	# oscillpscope.single()
	# time.sleep(5)
	# oscillpscope.run()
	# oscillpscope.time_scale('1ms')
	# time.sleep(2)
	# oscillpscope.time_scale('100us')
	# time.sleep(2)
	# oscillpscope.time_scale('500ns')
	# oscillpscope.channel_scale(1,'2mV')
	# time.sleep(2)
	# oscillpscope.channel_scale(1,'500mV')
	# time.sleep(2)
	# oscillpscope.channel_scale(1,'1V')
	oscillpscope.measure_period(1)
	
def test_case():
	parser = caseparser.case_parser(CSV_PATH)
	parser.parser()

def main():
	parser = argparse.ArgumentParser(description='autotest.py v%s - Auto Testing Utility' % __version__, prog='autotest')
	print(sys.path)
	print("Start time:"+at_time.get_time_stamp())
	at_time.time_week_ver()
	#list all serial port
	#at_usart.list_com()
	#test_temp()
	#test_dpm8600()
	#test_apower()
	test_case()
	#test_soc()
	
def _main():
	try:
		main()
	except FatalError as e:
		print('\n A fatal error occurred: %s' % e)
		err_exit(2)

if __name__ == '__main__':
	_main()