def __init__(self, strict=False):
self.schema = EndesaMeasuresSchema(strict=strict)
self.adapter = EndesaMeasuresAdapter(strict=strict)
self.measures_adapter = self.adapter
self.fields = []
self.headers = []
for f in sorted(self.schema.fields,
key=lambda f: self.schema.fields[f].metadata['position']):
field = self.schema.fields[f]
self.fields.append((f, field.metadata))
self.headers.append(f)
self.measures_start = 1
self.measures_step = len(self.headers) - self.measures_start
class EndesaCons(Parser):
delimiter = ';'
pattern = '(SEVILLANA|FECSA|ERZ|UNELCO|GESA).INF2.SEG0[1-5].(zip|ZIP)$'
encoding = "iso-8859-15"
def __init__(self, strict=False):
self.schema = EndesaMeasuresSchema(strict=strict)
self.adapter = EndesaMeasuresAdapter(strict=strict)
self.measures_adapter = self.adapter
self.fields = []
self.headers = []
for f in sorted(self.schema.fields,
key=lambda f: self.schema.fields[f].metadata['position']):
field = self.schema.fields[f]
self.fields.append((f, field.metadata))
self.headers.append(f)
self.measures_start = 1
self.measures_step = len(self.headers) - self.measures_start
def parse_line(self, line):
slinia = tuple(line.split(self.delimiter))
slinia = map(lambda s: s.strip(), slinia)
start = self.measures_start
step = self.measures_step
parsed = {'ps': {}, 'measures': [], 'orig': line}
c_line = slinia[start:start+step]
all_errors = {}
while c_line:
c_line.insert(0, slinia[0])
consums = build_dict(self.headers, c_line)
result, errors = self.adapter.load(consums)
if errors:
logger.error(errors)
all_errors.update(errors)
parsed['measures'].append(result)
start += step
c_line = slinia[start:start+step]
return parsed, errors