####################################################################################################

# This test is an example of how to write a test, and contains a few code lines #

# for every module. #

# Notice that every test shoulld contain the next defines: #

# #Test ID: #

# USER_NAME - this variable is being used in the init.py file, to choose the right address. #

# FOLDER_PATH - the path for the test's log to be saved. #

# TEST_NAME - the test's name. #

# #

# #defines: #

# T32_APP_CMM_PATH of every define that is specific to this test. #

# #

# #call the init.py module: #

# execfile(r"C:\Users\bar.kristal\Documents\GitHub\Python\init.py") #

####################################################################################################

## Test ID:

USER_NAME = 'Bar'

FOLDER_PATH = r"C:\\Users\bar.kristal\Documents\GitHub\Python\Tests\functionality_test"

TEST_NAME = "test1"

#defines:

T32_APP_CMM_PATH = r"T:\\barkristal\DVF101\SPI\scripts\dvf101_app.cmm"

#call the init.py module:

execfile(r"C:\Users\bar.kristal\Documents\GitHub\Python\init.py")

#######################################################################################

## Uart_Device:

# D6 = UartDevice('DBMD6', 'COM13', baudrate=912600, bytesize=8, parity='N', stopbits=1,timeout=1)

# D6.change_baudrate(115200)

# print D6.ser.baudrate

# D6.sync(10)

# D6.load_boot_file(r'T:\Barkristal\VT_D6_ver_293_Sen333.bin')

# print D6.read_IO_port('3000000')

########################

## Lauterbach:

# DVF101 = Lauterbach("DVF101")

# DVF101.write_register("5300000", "5555")

# DVF101.set_bits("5300000", "410", "40")

# print DVF101.read_register("5300000")

# DVF101.execute_cmm_file(br"T:\barkristal\DVF101\SPI\clkout.cmm")

# DVF101.close()

########################

## Excel:

# wb1, path = create_excel_file(DIR_NAME, LOG_NAME_EXCEL)

# ws1 = wb1.create_sheet("new sheet is the new shit!")

# ws1.cell(row=1,column=1).value="write something"

# wb1.save(full_path)

# wb=open_excel_file(full_path)

# print wb.get_sheet_names()

########################

## Power Supply:

# pwr_sply = QL355TPPwrSply(POWER_SUPLLY_ADDRESS)

# print pwr_sply.name

# pwr_sply.channel_on('1')

# pwr_sply.set_volt(1,4.3)

# pwr_sply.read_current(1)

# pwr_sply.sense(2,1)

#

# pwr_sply.set_current_lim(1,1.32)

# pwr_sply.close()

########################

## Frequency counter:

# freq_counter = HP53131aFreqCounter(FREQUENCY_COUNTER_ADDRESS)

# print freq_counter.name

# freq_counter.meas("freqency")

# a= freq_counter.meas("volt_min_peak")

# freq_counter.meas("phase")

########################

## Electronc load:

# load = KikusuiPLZ70UA(ELECTRONIC_LOAD_ADDRESS)

# print load.name

# load.reset()

# load.load_on()

# load.load_off()

# load.set_resistance("0.234")

# load.read_current("1")

# load.read_voltage("2")

########################

## Small oven:

# fridg = VotschVT4002("COM19")

# fridg.stop_chamber()

# time.sleep(3)

# fridg.wait_for_temp(82)

# time.sleep(2)

# print fridg.read_error()

# fridg.close()

########################

## Blue oven:

# termotron = Termotron3800(TERMOTRON_TCP_IP)

# termotron.stop_chamber()

# termotron.set_temp(23)

# termotron.wait_for_temp(22)

# write_to_log(termotron.read_temp())

# time.sleep(1)

# termotron.stop_chamber()

########################

## DMM

# dmm = Agillent34401A(DMM_ADDRESS)

# dmm.meas("DCV")

# dmm.meas("ACV")

# dmm.meas("frequency")

# dmm.close()

########################

## Wave generator

wave_gen = HP33120aWaveGen("GPIB0::12::INSTR")

wave_gen.generate("SIN", '1000', "1", "0")