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How to use _log_list method in robotframework-appiumlibrary

Best Python code snippet using robotframework-appiumlibrary_python

calc_log.py

Source:calc_log.py

1'''2Created on Mar 1, 20133@author: sesuskic4'''5from .decode_api import enook6from version_info import version_info7__all__ = ["CalcLog", "Pro2CalcException"]8class Pro2CalcException(Exception):9    def __init__(self, text):10        super(Pro2CalcException, self).__init__(text)11class CalcLog(object):12    def __init__(self, filename=''):13        header = '# Calculator version {:s}\n'.format(version_info.get_version_string())14        self._filename = filename15        self._log_list = []16        if self._filename != '':17            fid_log = open(self._filename, 'w')  # 'w'->'a' w/ prior writes18            fid_log.write(header)19            fid_log.close()20        else:21            self._log_list.append(header)22        return23    24    def add_to_log(self, text, raiseerror=False):25        if self._filename != '':26            fid_log = open(self._filename, 'a')27            fid_log.write(text)28            fid_log.close()29        else:30            self._log_list.append(text)31        if raiseerror:32            raise Pro2CalcException(text)33    34    def write_to_calc_log(self, modem_calc):35        if (modem_calc.IQ_CAL_setting == 0):36            self._log_list.append('# Done successfully! \n')37            self._log_list.append('# ------------------------Key Chip Settings------------------------ \n')38            self._log_list.append('# RF is {:6.6f} MHz; {:3.1f} ppm {:8.0f} Hz crystal\n'.format(modem_calc.inputs.API_fc / 1e6, modem_calc.crystal_tol, modem_calc.inputs.API_freq_xo))39            if (enook(modem_calc.inputs.API_modulation_type)):40                self._log_list.append('# Symbol rate is {:6.0f} sps; OOK RX BW is {:6.0f} Hz\n'.format(modem_calc.inputs.API_Rsymb, modem_calc.inputs.API_RXBW))41            else:42                self._log_list.append('# Symbol rate is {:6.0f} sps; Fd is {:6.0f} Hz; Modulation BW is {:6.0f} Hz; modulation index is {:2.3f} \n'.format(modem_calc.inputs.API_Rsymb, modem_calc.demodulator.fields.df, modem_calc.demodulator.BW_mod, modem_calc.demodulator.fields.hModInd))43            #    print('3) Modulation BW is {:6.0f} Hz; modulation index is {:2.3f} \n'.format(BW_mod,hModInd/2**9))44            pro2bar = False45            try:46                foo = modem_calc.demodulator.fields.ndec347                pro2bar = True48            except:49                self._log_list.append('# Max frequency error(single end) between TX and Rx is {:6.0f} Hz \n'.format(modem_calc.demodulator.fields.tx_rx_err))50            if pro2bar and hasattr(modem_calc.demodulator.fields, "rx_hopping_en"):51                if (modem_calc.demodulator.fields.rx_hopping_en == 1):52                    self._log_list.append('# Max frequency error(single end) between TX and Rx is {:6.0f} Hz \n'.format(modem_calc.tx_rx_err))53                else:54                    self._log_list.append('# Max frequency error(single end) between TX and Rx is {:6.0f} Hz \n'.format(modem_calc.demodulator.fields.tx_rx_err))55            if (not(enook(modem_calc.inputs.API_modulation_type))):56                if (modem_calc.inputs.API_BER_mode):57                    self._log_list.append('# In BER testing mode, PLL AFC is disabled. \n')58                elif (modem_calc.inputs.API_afc_en == 1 or modem_calc.inputs.API_afc_en == 2):59                    self._log_list.append('# AFC correction value is fedback to PLL, and AFC loop will be reset if estimated frequency error exceeds {:6.0f} Hz\n'.format(modem_calc.demodulator.fields.afclim * (float(modem_calc.demodulator.fields.afc_gain) / float(2 ** 6)) * (modem_calc.modulator.fields.dsm_ratio)))60                else:61                    self._log_list.append('# AFC correction value is not fedback to PLL.  Internal modem AFC is still enabled. \n')62            self._log_list.append('# RX IF frequency is  {:6.0f} Hz \n'.format(modem_calc.if_freq))63            self._log_list.append('# RX OSR OF BCR is {:6.3f}  \n'.format(modem_calc.demodulator.fields.OSR_rx_BCR / 2 ** 3))64            self._log_list.append('# WB filter {:d} (BW = {:6.2f} kHz);  NB-filter {:d} (BW = {:4.2f} kHz) \n'.format(modem_calc.demodulator.filter_k1, modem_calc.demodulator.RX_CH_BW_k1, modem_calc.demodulator.filter_k2, modem_calc.demodulator.RX_CH_BW_k2))65            self._log_list.append('# Decby-2 bypass is set to {:d}\n'.format(modem_calc.demodulator.fields.dwn2byp))66            self._log_list.append('# Decby-3 bypass is set to {:d}\n'.format(modem_calc.demodulator.fields.dwn3byp))67            bar = False68            try:69                foo = modem_calc.demodulator.fields.ndec370                bar = True71            except:72                self._log_list.append('# nDec-0 is {:d};  nDec-1 is {:d}; nDec-2 is {:d}  \n'.format(int(modem_calc.demodulator.fields.ndec0), int(modem_calc.demodulator.fields.ndec1), int(modem_calc.demodulator.fields.ndec2)))73            if bar:74                self._log_list.append('# nDec-0 is {:d};  nDec-1 is {:d}; nDec-2 is {:d}; nDec-3 is {:d}  \n'.format(int(modem_calc.demodulator.fields.ndec0), int(modem_calc.demodulator.fields.ndec1), int(modem_calc.demodulator.fields.ndec2), int(modem_calc.demodulator.fields.ndec3)))75                if hasattr(modem_calc.demodulator.fields, "rx_hopping_en"):76                    if (modem_calc.demodulator.fields.rx_hopping_en == 1):77                        self._log_list.append('# DSA rx-hopping is used for super low data rate; Hopping Step Size is{:6.0f} Hz;Hopping CH number is {:d}.\n' .format(modem_calc.inputs.API_fhst, modem_calc.demodulator.fields.fh_ch_number))78                        if(modem_calc.inputs.API_pm_len < modem_calc.demodulator.fields.fh_ch_number * 4 + 8):79                            self._log_list.append('# Warning: {:d}-bit preamble is not long enough to run DSA rx-hopping for the super low data rate.\n'.format(int(modem_calc.inputs.API_pm_len)))80                            self._log_list.append('#          {:d}-bit preamble is required for the current application.\n'.format(modem_calc.demodulator.fields.fh_ch_number * 4 + 8))81            # print('12)AFC loop gain is   {6.0f} \n'.format(afc_gain))82            # print('13)AFC loop limiter is   {6.0f} \n'.format(rtl_afclim))83            if (modem_calc.demodulator.fields.nonstdpk == 1):84                self._log_list.append('# async demodulator is used.\n')85            else:86                self._log_list.append('# sync demodulator is used.\n')87            if (modem_calc.warning2log):  # add warning msg to log file if any88                self._log_list.append('\n# Note: \n')89                self._log_list.append(modem_calc.warning2log)90        if self._filename == '':91            return92        # write to calc_log.txt93        fid_log = open(self._filename, 'a');94        if (modem_calc.IQ_CAL_setting == 0):95            fid_log.write("".join(self._log_list))96        fid_log.write('\n\n')  # append two lines at end to seperate multiple cases97        fid_log.close()98        return99    100    def log(self):...

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