def parseFile(self, fName, isBase):
emitter = Emitter()
emitter_mode = EmitterMode()
generator = Generator()
pri_sequence = Sequence()
freq_sequence = Sequence()
pri_segment = Segment()
freq_segment = Segment()
passNumber = 0
modePass = 0
generatorPass = 0
priSeqPass = 0
freqSeqPass = 0
priSegmentPass = 0
freqSegmentPass = 0
emitter_collection = self.base_emitters
with open(fName) as f1:
for cnt, line in enumerate(f1):
if line.strip() == constant.EMITTER:
currentEntity = constant.EMITTER
if passNumber > 0:
if modePass > 0:
emitter.add_mode(emitter_mode)
modePass = 0
if isBase == False:
baseEmitter = self.findBaseElnot(
emitter.get_elnot())
if baseEmitter:
localAttrDifferences = False
localModeDifferences = False
localDifferences = False
baseEmitter.set_bfile(True)
baseEmitter.set_cfile(True)
emitter.set_bfile(True)
emitter.set_cfile(True)
localAttrDifferences = baseEmitter.sync_attributes(
emitter)
localModeDifferences = baseEmitter.sync_modes(
emitter)
if localAttrDifferences == True or localModeDifferences == True:
localDifferences = True
baseEmitter.set_hasDifferences(
localDifferences)
else:
emitter.set_hasDifferences(True)
emitter.set_cfile(True)
self.base_emitters.append(emitter)
else:
self.base_emitters.append(emitter)
emitter = Emitter()
emitter.set_bfile(
True) if isBase == True else emitter.set_cfile(True)
passNumber += 1
elif line.strip() == constant.EMITTER_MODE:
currentEntity = constant.EMITTER_MODE
if modePass > 0:
if generatorPass > 0:
emitter_mode.add_generator(generator)
emitter.add_mode(emitter_mode)
generatorPass = 0
emitter_mode = EmitterMode()
modePass += 1
elif line.strip() == constant.GENERATOR:
currentEntity = constant.GENERATOR
if generatorPass > 0:
if priSeqPass > 0:
generator.add_pri_sequence(pri_sequence)
if freqSeqPass > 0:
generator.add_freq_sequence(freq_sequence)
emitter_mode.add_generator(generator)
priSeqPass = 0
freqSeqPass = 0
generator = Generator()
generatorPass += 1
elif line.strip() == constant.PRI_SEQUENCE:
currentEntity = constant.PRI_SEQUENCE
if priSeqPass > 0:
if priSegmentPass > 0:
pri_sequence.add_segment(pri_segment)
generator.add_pri_sequence(pri_sequence)
priSegmentPass = 0
pri_sequence = Sequence()
pri_sequence.set_ordinal_pos(priSeqPass)
priSeqPass += 1
elif line.strip() == constant.PRI_SEGMENT:
currentEntity = constant.PRI_SEGMENT
if priSegmentPass > 0:
pri_sequence.add_segment(pri_segment)
pri_segment = Segment()
priSegmentPass += 1
elif line.strip() == constant.FREQ_SEQUENCE:
currentEntity = constant.FREQ_SEQUENCE
if freqSeqPass > 0:
if freqSegmentPass > 0:
freq_sequence.add_segment(freq_segment)
generator.add_freq_sequence(freq_sequence)
freqSegmentPass = 0
freq_sequence = Sequence()
freq_sequence.set_ordinal_pos(freqSeqPass)
freqSeqPass += 1
elif line.strip() == constant.FREQ_SEGMENT:
currentEntity = constant.FREQ_SEGMENT
if freqSegmentPass > 0:
freq_sequence.add_segment(freq_segment)
freq_segment = Segment()
freqSegmentPass += 1
else:
if line.strip().__contains__(constant.VALUE_SEPARATOR):
line_kv = self.lineAsKeyValue(line.strip())
line_key = line_kv[0].strip()
line_value = line_kv[1].strip()
if currentEntity == constant.EMITTER:
if line_key.strip() == constant.EMITTER_ELNOT:
emitter.set_elnot(line_value)
emitter.set_bfile(
True
) if isBase == True else emitter.set_cfile(
True)
else:
attrib = Attribute()
attrib.set_name(line_key)
attrib.set_value(
line_value
) if isBase == True else attrib.set_cvalue(
line_value)
emitter.add_attribute(attrib)
elif currentEntity == constant.EMITTER_MODE:
if line_key.strip() == constant.MODE_NAME:
emitter_mode.set_mode_name(line_value)
emitter_mode.set_bfile(
True
) if isBase == True else emitter_mode.set_cfile(
True)
else:
attrib = Attribute()
attrib.set_name(line_key)
attrib.set_value(
line_value
) if isBase == True else attrib.set_cvalue(
line_value)
emitter_mode.add_attribute(attrib)
elif currentEntity == constant.GENERATOR:
if line_key.strip() == constant.GENERATOR_NUMBER:
generator.set_generator_number(line_value)
generator.set_bfile(
True
) if isBase == True else generator.set_cfile(
True)
else:
attrib = Attribute()
attrib.set_name(line_key)
attrib.set_value(
line_value
) if isBase == True else attrib.set_cvalue(
line_value)
generator.add_attribute(attrib)
elif currentEntity == constant.PRI_SEQUENCE:
pri_sequence.set_bfile(
True
) if isBase == True else pri_sequence.set_cfile(
True)
attrib = Attribute()
attrib.set_name(line_key)
attrib.set_value(
line_value
) if isBase == True else attrib.set_cvalue(
line_value)
pri_sequence.add_attribute(attrib)
elif currentEntity == constant.PRI_SEGMENT:
if line_key.strip() == constant.PRI_SEGMENT_NUMBER:
pri_segment.set_segment_number(line_value)
pri_segment.set_bfile(
True
) if isBase == True else pri_segment.set_cfile(
True)
else:
attrib = Attribute()
attrib.set_name(line_key)
attrib.set_value(
line_value
) if isBase == True else attrib.set_cvalue(
line_value)
pri_segment.add_attribute(attrib)
elif currentEntity == constant.FREQ_SEQUENCE:
freq_sequence.set_bfile(
True
) if isBase == True else freq_sequence.set_cfile(
True)
attrib = Attribute()
attrib.set_name(line_key)
attrib.set_value(
line_value
) if isBase == True else attrib.set_cvalue(
line_value)
freq_sequence.add_attribute(attrib)
elif currentEntity == constant.FREQ_SEGMENT:
if line_key.strip(
) == constant.FREQ_SEGMENT_NUMBER:
freq_segment.set_segment_number(line_value)
freq_segment.set_bfile(
True
) if isBase == True else freq_segment.set_cfile(
True)
else:
attrib = Attribute()
attrib.set_name(line_key)
attrib.set_value(
line_value
) if isBase == True else attrib.set_cvalue(
line_value)
freq_segment.add_attribute(attrib)
else:
if isBase == False:
baseEmitter = self.findBaseElnot(emitter.get_elnot())
if baseEmitter:
localAttrDifferences = False
localModeDifferences = False
localDifferences = False
baseEmitter.set_bfile(True)
baseEmitter.set_cfile(True)
emitter.set_bfile(True)
emitter.set_cfile(True)
localAttrDifferences = baseEmitter.sync_attributes(
emitter)
localModeDifferences = baseEmitter.sync_modes(emitter)
if localAttrDifferences == True or localModeDifferences == True:
localDifferences = True
baseEmitter.set_hasDifferences(localDifferences)
else:
emitter.set_hasDifferences(True)
self.base_emitters.append(emitter)
