def migrate_legacy_categories(self):
print cformat('%{white!}migrating legacy categories')
indexes = [
self.zodb_root['categories'],
self.zodb_root['catalog']['categ_conf_sd']._container
]
indexes += [
self.zodb_root['indexes'][x]._idxCategItem
for x in ('category', 'categoryDate', 'categoryDateAll')
]
mapping = {}
for categ in self._committing_iterator(self._get_categories()):
if not hasattr(categ, '_old_id'):
new_id = self.gen_categ_id()
index_data = [idx.pop(categ.id, None) for idx in indexes]
categ._old_id = categ.id
categ.id = new_id
for idx, data in zip(indexes, index_data):
assert categ.id not in idx
if data is not None:
idx[categ.id] = data
self.zodb_root['categories'][categ.id] = categ
IndexedCategory.find(id=categ._old_id).update(
{IndexedCategory.id: categ.id})
FavoriteCategory.find(target_id=categ._old_id).update(
{FavoriteCategory.target_id: categ.id})
db.session.add(
LegacyCategoryMapping(legacy_category_id=categ._old_id,
category_id=int(categ.id)))
print cformat('%{green}+++%{reset} '
'%{white!}{:6s}%{reset} %{cyan}{}').format(
categ._old_id, int(categ.id))
else:
# happens if this importer was executed before but you want to add the mapping to your DB again
db.session.add(
LegacyCategoryMapping(legacy_category_id=categ._old_id,
category_id=int(categ.id)))
msg = cformat(
'%{green}+++%{reset} '
'%{white!}{:6s}%{reset} %{cyan}{}%{reset} %{yellow}(already updated in zodb)'
)
print msg.format(categ._old_id, int(categ.id))
mapping[categ._old_id] = categ.id
print cformat('%{white!}fixing subcategory lists')
for categ in self._committing_iterator(
self.flushing_iterator(
self.zodb_root['categories'].itervalues())):
for subcateg_id in categ.subcategories.keys():
new_id = mapping.get(subcateg_id)
if new_id is not None:
categ.subcategories[new_id] = categ.subcategories.pop(
subcateg_id)
categ._p_changed = True
def migrate_legacy_categories(self):
print cformat('%{white!}migrating legacy categories')
indexes = [self.zodb_root['categories'], self.zodb_root['catalog']['categ_conf_sd']._container]
indexes += [self.zodb_root['indexes'][x]._idxCategItem for x in ('category', 'categoryDate', 'categoryDateAll')]
mapping = {}
for categ in self._committing_iterator(self._get_categories()):
if not hasattr(categ, '_old_id'):
new_id = self.gen_categ_id()
index_data = [idx.pop(categ.id, None) for idx in indexes]
categ._old_id = categ.id
categ.id = new_id
for idx, data in zip(indexes, index_data):
assert categ.id not in idx
if data is not None:
idx[categ.id] = data
self.zodb_root['categories'][categ.id] = categ
IndexedCategory.find(id=categ._old_id).update({IndexedCategory.id: categ.id})
FavoriteCategory.find(target_id=categ._old_id).update({FavoriteCategory.target_id: categ.id})
db.session.add(LegacyCategoryMapping(legacy_category_id=categ._old_id, category_id=int(categ.id)))
print cformat('%{green}+++%{reset} '
'%{white!}{:6s}%{reset} %{cyan}{}').format(categ._old_id, int(categ.id))
else:
# happens if this importer was executed before but you want to add the mapping to your DB again
db.session.add(LegacyCategoryMapping(legacy_category_id=categ._old_id, category_id=int(categ.id)))
msg = cformat('%{green}+++%{reset} '
'%{white!}{:6s}%{reset} %{cyan}{}%{reset} %{yellow}(already updated in zodb)')
print msg.format(categ._old_id, int(categ.id))
mapping[categ._old_id] = categ.id
print cformat('%{white!}fixing subcategory lists')
for categ in self._committing_iterator(self.flushing_iterator(self.zodb_root['categories'].itervalues())):
for subcateg_id in categ.subcategories.keys():
new_id = mapping.get(subcateg_id)
if new_id is not None:
categ.subcategories[new_id] = categ.subcategories.pop(subcateg_id)
categ._p_changed = True
def unindex(self, obj):
if not obj.getId(): # newly created root category has id=''
return
IndexedCategory.find(id=obj.getId()).delete()
db.session.flush()
def unindex(self, obj):
if not obj.getId(): # newly created root category has id=''
return
IndexedCategory.find(id=obj.getId()).delete()
db.session.flush()
def unindex(self, obj):
IndexedCategory.find(id=obj.getId()).delete()
db.session.flush()