def readRecords(filePath):
facts = getFactories()
assert facts is not None
with open(filePath, 'r') as fi:
txt = fi.read()
if txt is not None and len(txt.rstrip().lstrip()) > 0:
records = parser.parseTextBlock(txt, facts)
else:
return None
return records['Record']
def readRecords(filePath):
facts = getFactories()
assert facts is not None
with open(filePath, 'r') as fi:
txt = fi.read()
if txt is not None and len(txt.rstrip().lstrip()) > 0:
records = parser.parseTextBlock(txt, facts)
else:
return None
return records['Record']
def _listEntries(match, factories, records):
try:
listed = _findEntries(match, factories, records, defaultAll = True)
except Exception as e:
return (False, str(e))
if listed is None or len(listed) == 0:
return (True, None)
allList = parser.parseTextBlock(match, factories, False)
# Sorting
if allList is not None and 'Modifier' in allList and len(allList['Modifier']) > 0:
modifiers = allList['Modifier']
fields = None
for i in modifiers:
sortresult = re.match(r'\s*sort\s+(?P<Type>\w+)\s+by\s+(?P<Fields>.*)', i)
if sortresult is None:
return (False, "Could not interpret modifier '" + i + "'")
else:
results = sortresult.groups()
if results[0] not in factories:
return (False, results[0] + ' is not a valid record')
unsorted_records = [i[1] for i in listed if i[0] == results[0]]
listed = [x for x in listed if x[0] != results[0]]
if len(unsorted_records) == 0:
continue
sortby = []
for a in results[1].split(','):
a = a.lstrip().rstrip()
if not unsorted_records[0].hasAttribute(a):
return (False, 'asking to sort by invalid attribute ' + a + ' from ' + results[0])
sortby.append(a)
# Now sort from least to most important (most important first)
while len(sortby) > 0:
x = sortby.pop()
unsorted_records = sorted(unsorted_records, key = lambda z: z.getAttribute(x))
listed += [(results[0], x) for x in unsorted_records]
# Making string of [potentially sorted] keys...
result = ""
for k, r in listed:
result += "{0}: {1}\n".format(k, str(r))
return (True, result)
def _toRecords(recStr, factories, isMatch = False, justRecords = True):
if recStr is None:
return None
x = parser.parseTextBlock(recStr, factories, isMatch)
if x is None:
return None
if justRecords:
if not "Record" in x:
return None
return x["Record"]
return x
