def __init__(self, _serial: Serial):
self.ser = _serial
self.MEP = {0: 11, 1: 21, 2: 51, 3: 101, 4: 251, 5: 501, 6: 1001}
self.RBW = {
0: '3Hz',
1: '10Hz',
2: '30Hz',
3: '100Hz',
4: '300Hz',
5: '1kHz',
6: '3kHz',
7: '10kHz',
8: '500Hz',
9: '2kHz',
10: '4kHz',
11: '5kHz',
12: '20kHz',
13: 'AUTO'
}
self.TRC = {
0: 'LOGMAG',
1: 'PHASE',
2: 'DELAY',
3: 'MAG & PHASE',
4: 'MAG & DELAY',
5: 'POLAR',
6: 'IMPD CHART',
7: 'ADMT CHART',
8: 'VSWR',
9: 'LINMAG',
10: 'LIN & PHASE',
11: 'LIN & DELAY',
12: 'REAL',
13: 'IMAG',
14: 'REAL & IMAG',
15: 'LOG Z',
16: 'LOG Z & θ',
17: 'Q',
18: 'LOG Z & Q'
}
self.MEASPT = {
0: 'TB/TA',
1: 'TA/R',
2: 'TB/R',
3: 'TA',
4: 'TB',
5: 'R'
}
_serial.clear_input()
if _serial.write_readline('ACCH?') == '':
logging.error('Can not connected to anritsy')
assert False
def test_filesettings_open():
ser = Serial(setup_file='myfile.txt',
com=False,
baud=9600,
parity='NONE',
stopbits=1,
bytesize=8,
timeout=0.1,
answer_time=0.1,
terminator='LN',
terminator_space=True,
logging_message=True)
ser.close()
def test_simple_open():
ser = Serial()
ser.close()
def test_write_readlines():
ser = Serial(logging_message='all')
n = 3
assert ser.write_readlines('aa', lines_number=n) == n * [b'']
ser.close()
def test_write_num():
ser = Serial()
with pytest.raises(TypeError):
ser.write(1)
def test_write_str():
ser = Serial()
ser.write('abc')
ser.close()
import serial.tools.list_ports
import logging
from anritsu import Network_Analyser
from myserial import Serial
# def excepthook(*args):
# logging.getLogger().error('Uncaught exception:', exc_info=args)
logging.basicConfig(filename="INFO.log", level=logging.INFO, filemode='w')
ser = Serial(setup_file=False,
com=False,
baud=9600,
parity='NONE',
stopbits=1,
bytesize=8,
terminator='LN',
terminator_space=True,
timeout=5,
answer_time=0.05,
logging_message=True)
anr = Network_Analyser(ser)
# anr.set_power(output_pow=-6)
# anr.set_freq(10,3*10**8,log=True)
# anr.set_meas_points(6)
# anr.set_RBW(2)
#
# anr.set_channel(channel='all')
# anr.set_data_format(ch1_format = 3, ch2_format = 3)
# anr.set_meas(ch1_meas = 3, ch2_meas = 5)