ts_bytes = ''
outputFile.write(data_bytes)
outputFile.flush()
else:
inputFile.close()
outputFile.close()
break
print("Logging stopped, decoding the file now")
log_file_decoder = decoder.IcronLogFileDecoder()
for project in iparsed_file.projects:
short_device_name = iparsed_file.get_short_device_name(project)
ilog_model = im.IcronILogModel(
project, iparsed_file.get_icomponent_json(project),
iparsed_file.get_ilog_json(project),
iparsed_file.get_severity_json(project))
ilog_decoder = ilg.ILogDecoder(ilog_model)
ichannel_model = im.IcronChannelIdModel(
project, iparsed_file.get_ichannel_id_json(project))
istatus_model = im.IcronIStatusModel(
project, iparsed_file.get_istatus_json(project))
istatus_decoder = iis.IStatusDecoder(istatus_model)
ilog_channel_id = ichannel_model.ilog_channel_id
istatus_channel_id = ichannel_model.istatus_channel_id
def load_icron_model(self):
"""
Load Icron model from the icron parsed file and assign the Icron file path.
Arguments: self.icron_parsed_file - icron_parsed_file object defined in icron_file_parser.py
"""
try:
self.short_device_name = self.icron_parsed_file.get_short_device_name(
self.device_name)
if self.icron_parsed_file.get_golden_current_fpga_image(
self.device_name) == 'golden':
self.goldenImage = True
else:
self.goldenImage = False
self.ilog_model = im.IcronILogModel(
self.device_name,
self.icron_parsed_file.get_icomponent_json(self.device_name),
self.icron_parsed_file.get_ilog_json(self.device_name),
self.icron_parsed_file.get_severity_json(self.device_name))
self.ilog_decoder = ilg.ILogDecoder(self.ilog_model)
self.istatus_model = im.IcronIStatusModel(
self.device_name,
self.icron_parsed_file.get_istatus_json(self.device_name))
self.istatus_decoder = iis.IStatusDecoder(self.istatus_model)
self.icmd_model = im.IcronIcmdModel(
self.device_name,
self.icron_parsed_file.get_icomponent_json(self.device_name),
self.icron_parsed_file.get_icmd_json(self.device_name))
self.icmd_encoder = icd.IcmdEncoder(self.icmd_model)
ichannel_model = im.IcronChannelIdModel(
self.device_name,
self.icron_parsed_file.get_ichannel_id_json(self.device_name))
self.ilog_channel_id = ichannel_model.ilog_channel_id
self.istatus_channel_id = ichannel_model.istatus_channel_id
self.printf_channel_id = ichannel_model.printf_channel_id
self.icmd_channel_id = ichannel_model.icmd_channel_id
# load flash writer image
self.flash_writer_image = self.icron_parsed_file.get_flash_writer_image(
self.device_name)
# load main firmware image
self.main_firmware_image = self.icron_parsed_file.get_main_firmware_image(
self.device_name)
# load lex FPGA image
self.lex_fpga_image = self.icron_parsed_file.get_lex_fpga_image(
self.device_name)
# load rex FPGA image
self.rex_fpga_image = self.icron_parsed_file.get_rex_fpga_image(
self.device_name)
self.lex_build_time = self.icron_parsed_file.get_lex_fpga_build_time(
self.device_name)
self.rex_build_time = self.icron_parsed_file.get_rex_fpga_build_time(
self.device_name)
self.iregister_model = im.IcronRegisterModel(
self.device_name,
self.icron_parsed_file.get_iregister_settings(
self.device_name))
self.program_command_channel_id = ichannel_model.program_command_channel_id
self.device_info_channel_id = ichannel_model.program_status_channel_id
self.program_data_channel_id = ichannel_model.program_data_channel_id
return True
except:
print("Got an error loading icron file\n")
return False