def parse_content(lines: List[str]):
_lines = list(filter(lambda x: x.strip(), lines))
content = []
for line in chunks(_lines, 2):
content.append([*parse_meter(line[0]), *parse_no_by_category(line[1])])
return content
def parse_ps_e(reports: List[Report]):
ps_e = group_by_meter(reports)
ps_e_parse = list()
for meter, reports_ in ps_e.items():
report_parsed = [[meter, *Cat]]
slices = get_slices(reports_[0].report[7])
for meter_group in chunks(reports_[0].report[9:], 7):
for line in meter_group[:-1]:
report_parsed.append([line[x].strip() for x in slices])
for meter_group in chunks(reports_[1].report[5:32], 7):
for line in meter_group[:-1]:
report_parsed.append([line[x].strip() for x in slices])
ps_e_parse.extend(report_parsed)
summery_slices = get_summery_slices()
summery_parsed = [['Summery', *Cat]]
for line in reports_[1].report[34:]:
summery_parsed.append([line[x].strip() for x in summery_slices])
ps_e_parse.extend(summery_parsed)
return ps_e_parse
def parse_contents(lines: List[str]):
content = []
counter = None
for i, [l_1, l_2, l_3] in enumerate(chunks(lines, 3)):
if l_1 == "\n" and l_2 == "\n" and l_3 == "\n":
counter = i
break
else:
meter = PATTERN_METER.search(l_1).groupdict().values()
no_by_category = PATTERN_NO_BY_CATEGORY.search(
l_2).groupdict().values()
content.append([*meter, *no_by_category])
total = []
for line in lines[(counter + 1) * 3:]:
total.append(list(PATTERN_TOTAL_ENERGY.search(line).groups()))
return [*content, *total]
def parse_content(lines: List[str]):
return list(
map(
lambda x: [*parse_meter(x[0]), *parse_no_by_category(x[1])],
chunks(list(filter(lambda x: x.strip(), lines)), 2),
))