def handle(self, *args, **options):
task = Task.objects.select_related().get(pk=args[0])
cp = make_querydict(decode_checkpoint(task.checkpoint))
total_forms = int(cp['form-TOTAL_FORMS'])
print 'Total Forms:', total_forms
print
print 'OLD CHECKPOINT:'
print json.dumps(cp, indent=4)
print
# TRY TO FIX:
newcp = cp.copy()
changes = 0
for i in range(0, total_forms):
for word in ('source', 'word', 'language', 'entry'):
token = self._get(i, word)
if word == 'language':
assert task.language, 'Task does not have a set language - failing'
value = cp.get(token, None)
expected = u'%d' % task.language.id
if value != expected:
newcp[token] = expected
print "Fixing language: %s - %r -> %r " % (
token, value, expected)
changes += 1
elif word == 'source':
assert task.source, 'Task does not have a set source - failing'
value = cp.get(token, None)
expected = u'%d' % task.source.id
if value != expected:
newcp[token] = expected
print "Fixing source: %s - %r -> %r " % (token, value,
expected)
changes += 1
elif token not in cp and word in ('entry', 'word'):
print "Error - missing: %s - I can't fix this" % token
if changes == 0:
quit("No changes to make")
else:
print
print 'NEW CHECKPOINT:'
print json.dumps(newcp, indent=4)
# save as file
filename = 'task_%d_checkpoint.json' % task.id
print 'Writing old checkpoint to %s' % filename
with open(filename, 'w') as handle:
handle.write(encode_checkpoint(cp))
print 'Writing old checkpoint to task.checkpoint'
task.checkpoint = encode_checkpoint(make_querydict(newcp))
task.save()
def handle(self, *args, **options):
task = Task.objects.select_related().get(pk=args[0])
cp = make_querydict(decode_checkpoint(task.checkpoint))
total_forms = int(cp['form-TOTAL_FORMS'])
print 'Total Forms:', total_forms
print
print 'OLD CHECKPOINT:'
print json.dumps(cp, indent=4)
print
# TRY TO FIX:
newcp = cp.copy()
changes = 0
for i in range(0, total_forms):
for word in ('source', 'word', 'language', 'entry'):
token = self._get(i, word)
if word == 'language':
assert task.language, 'Task does not have a set language - failing'
value = cp.get(token, None)
expected = u'%d' % task.language.id
if value != expected:
newcp[token] = expected
print "Fixing language: %s - %r -> %r " % (token, value, expected)
changes += 1
elif word == 'source':
assert task.source, 'Task does not have a set source - failing'
value = cp.get(token, None)
expected = u'%d' % task.source.id
if value != expected:
newcp[token] = expected
print "Fixing source: %s - %r -> %r " % (token, value, expected)
changes += 1
elif token not in cp and word in ('entry', 'word'):
print "Error - missing: %s - I can't fix this" % token
if changes == 0:
quit("No changes to make")
else:
print
print 'NEW CHECKPOINT:'
print json.dumps(newcp, indent=4)
# save as file
filename = 'task_%d_checkpoint.json' % task.id
print 'Writing old checkpoint to %s' % filename
with open(filename, 'w') as handle:
handle.write(encode_checkpoint(cp))
print 'Writing old checkpoint to task.checkpoint'
task.checkpoint = encode_checkpoint(make_querydict(newcp))
task.save()
def display_checkpoint(self, task):
has_checkpoint = True if task.checkpoint not in (None, u"") else False
print 'Checkpoint:'.ljust(15), has_checkpoint
if not has_checkpoint:
return
try:
print 'Checkpoint:'.ljust(15), task.checkpoint[0:64], '...'
except:
print 'Checkpoint:', repr(task.checkpoint)
print
print 'Checkpoint Decodes: '
try:
print decode_checkpoint(task.checkpoint)
except:
print '<error>'
print
print 'Checkpoint QueryDict: '
try:
cp = make_querydict(decode_checkpoint(task.checkpoint))
print cp
except:
print '<error>'
print
return cp
def display_checkpoint(self, task):
has_checkpoint = True if task.checkpoint not in (None, u"") else False
print 'Checkpoint:'.ljust(15), has_checkpoint
if not has_checkpoint:
return
try:
print 'Checkpoint:'.ljust(15), task.checkpoint[0:64], '...'
except:
print 'Checkpoint:', repr(task.checkpoint)
print
print 'Checkpoint Decodes: '
try:
print decode_checkpoint(task.checkpoint)
except:
print '<error>'
print
print 'Checkpoint QueryDict: '
try:
cp = make_querydict(decode_checkpoint(task.checkpoint))
print cp
except:
print '<error>'
print
return cp
