def get_cables(acad, block, known_targets):
patterns = [ur"""(?P<cable>.*?)-(?P<section>[\dxх,\(\)]+)\s+
(?P<length>\d+)\s*[мm]\\P
\s*(?P<name>[^-]+)-(?P<source>.+)\s*""",
ur"""(?P<name>.*?)-(?P<source>.*?)\s*\\P
\s*(?P<cable>.*?)-(?P<section>[\dxх,\(\)]+)\s+
(?P<length>\d+)\s*[мm]"""]
patterns = [re.compile(pat, re.VERBOSE) for pat in patterns]
for text in acad.iter_objects("dbmtext", block):
text = unformat_mtext(text.TextString)
logger.info(text)
m_cable = None
for pattern in patterns:
m_cable = pattern.match(text)
if m_cable:
break
if not m_cable:
continue
logger.info("!!!%s\n", text)
m = m_cable.groupdict()
cable_name = "%s-%s" % (m['name'], m['source'])
target = known_targets.get(cable_name, '')
if not target:
target = m['name']
yield CableEntry(cable_name, m['source'], target,
m['cable'], m['section'], m['length'])
def iter_lamps(acad, objects):
for obj in acad.iter_objects(('MText', 'MLeader'), block=objects):
try:
text = obj.TextString
except Exception:
continue
text = utils.unformat_mtext(text)
m = re.search(ur'(?P<num>\d+)(?P<mark>.*?)\\S(?P<num_power>.*?)/.*?;', text)
if not m:
continue
print m.group('num'), m.group('mark'), m.group('num_power')
yield LampEntry(m.group('num'), m.group('mark'), m.group('num_power'))
def iter_lamps(acad, objects):
for obj in acad.iter_objects(('MText', 'MLeader'), block=objects):
try:
text = obj.TextString
except Exception:
continue
text = utils.unformat_mtext(text)
m = re.search(ur'(?P<num>\d+)(?P<mark>.*?)\\S(?P<num_power>.*?)/.*?;',
text)
if not m:
continue
print m.group('num'), m.group('mark'), m.group('num_power')
yield LampEntry(m.group('num'), m.group('mark'), m.group('num_power'))