def parse_plate(lines, plate):
if not plate:
return None
section_indexes = []
found = False
for line_no in range(len(lines)):
line = lines[line_no]
vpr = ''
if '====begin' in line:
section_indexes.append(line_no - 1)
found = False
elif 'get fifo data ={' in line:
match = re.search(r"'ComLicence': u'(.*?)'", line)
if match:
vpr = match.group(1).decode('unicode-escape')
else:
match = re.search(r"'ComLicence2': u'(.*?)'", line)
if match:
vpr = match.group(1).decode('unicode-escape')
if plate in vpr:
found = True
elif '双识别第二次识别数据处理流程' in line:
found = False
elif '====end' in line:
if found:
section_indexes.append(line_no + 1)
else:
section_indexes.pop()
found = False
sections = []
for lno in range(len(section_indexes)):
if lno % 2 == 1:
section_lines = lines[section_indexes[lno - 1]:section_indexes[lno]]
s = Section.from_lines(section_lines, _parser)
parsed_info = {}
for lg in s.logs():
extra = lg[2]
parsed_info.update(extra)
sections.append(parsed_info)
if lno == len(section_indexes) - 1:
break
return sections
def parse_all(lines):
section_indexes = Queue()
for line_no in range(len(lines)):
line = lines[line_no]
if '====begin' in line:
section_indexes.put(line_no - 1)
if '====end' in line:
section_indexes.put(line_no + 1)
sections = []
while not section_indexes.empty():
# this could happen when logfile is damaged
if section_indexes.qsize() == 1:
break
section_lines = lines[section_indexes.get():section_indexes.get()]
sections.append(Section.from_lines(section_lines, _parser))
return sections
