class Annotations(Persistent, Location):
"""Stores annotations."""
def __init__(self, principalId, store=None):
self.principalId = principalId
self.data = PersistentDict() # We don't really expect that many
# _v_store is used to remember a mapping object that we should
# be saved in if we ever change
self._v_store = store
def __bool__(self):
nz = bool(self.data)
if not nz:
# maybe higher-level utility's annotations will be non-zero
next = queryNextUtility(self, IPrincipalAnnotationUtility)
if next is not None:
annotations = next.getAnnotationsById(self.principalId)
return bool(next)
return nz
__nonzero__ = __bool__
def __getitem__(self, key):
try:
return self.data[key]
except KeyError:
# We failed locally: delegate to a higher-level utility.
next = queryNextUtility(self, IPrincipalAnnotationUtility)
if next is not None:
annotations = next.getAnnotationsById(self.principalId)
return annotations[key]
raise
def get(self, key, default=None):
try:
return self[key]
except KeyError:
return default
def __setitem__(self, key, value):
if getattr(self, '_v_store', None) is not None:
# _v_store is used to remember a mapping object that we should
# be saved in if we ever change
self._v_store[self.principalId] = self
del self._v_store
self.data[key] = value
def __delitem__(self, key):
del self.data[key]
def __iter__(self):
return iter(self.data)
def __contains__(self, key):
return key in self.data
def items(self):
return self.data.items()
class CatalogBlacklist(UniqueObject, SimpleItem):
implements(ICatalogBlacklist)
id = 'portal_catalogblacklist'
meta_type = 'Catalog Blacklist Tool'
security = ClassSecurityInfo()
def __init__(self, id=None):
self._blacklisted_types = PersistentDict()
self._blacklisted_interfaces = PersistentDict()
security.declarePrivate('extend')
def extend(self, blacklisted_types=None, blacklisted_interfaces=None):
""" extend the blacklisted indexes for the given types or
interfaces
"""
if blacklisted_types is not None:
for pt, indexnames in blacklisted_types.items():
self._blacklisted_types.setdefault(pt, [])
for name in indexnames:
if name not in self._blacklisted_types[pt]:
self._blacklisted_types[pt].append(name)
self._blacklisted_types._p_changed = 1
if blacklisted_interfaces is not None:
for iface, indexnames in blacklisted_interfaces.items():
if isinstance(iface, StringTypes):
iface = resolve(iface)
self._blacklisted_interfaces.setdefault(iface, [])
for name in indexnames:
if name not in self._blacklisted_interfaces[iface]:
self._blacklisted_interfaces[iface].append(name)
self._blacklisted_interfaces._p_changed = 1
security.declarePrivate('getBlackListedIndexesForObject')
def getBlackListedIndexesForObject(self, object):
""" return blacklisted indexes for object
"""
portal_type = getattr(object, 'portal_type', None)
blacklisted = []
for indexname in self._blacklisted_types.get(portal_type, []):
blacklisted.append(indexname)
# Inspect the interfaces
for iface, indexes in \
self._blacklisted_interfaces.items():
if iface.providedBy(object):
for indexname in indexes:
if indexname not in blacklisted:
blacklisted.append(indexname)
return blacklisted
class UserAnnotation(object):
"""Stores annotations."""
def __init__(self, principalId, store=None):
self.principalId = principalId
# _v_store is used to remember a mapping object that we should
# be saved in if we ever change
self._v_store = store
self._data = PersistentDict() if store is None else store.get(principalId, PersistentDict())
def __bool__(self):
return bool(self._data)
__nonzero__ = __bool__
def __getitem__(self, key):
return self._data[key]
def get(self, key, default=None):
return self._data.get(key, default)
def keys(self):
return self._data.keys()
def __iter__(self):
return iter(self._data)
def __len__(self):
return len(self._data)
def __setitem__(self, key, value):
if getattr(self, '_v_store', None) is not None:
# _v_store is used to remember a mapping object that we should
# be saved in if we ever change
self._v_store[self.principalId] = self._data
del self._v_store
self._data[key] = value
def __delitem__(self, key):
del self._data[key]
def __contains__(self, key):
return key in self._data
def items(self):
return self._data.items()
class UserAnnotation(object):
"""Stores annotations."""
def __init__(self, principalId, store=None):
self.principalId = principalId
# _v_store is used to remember a mapping object that we should
# be saved in if we ever change
self._v_store = store
self._data = PersistentDict() if store is None else store.get(
principalId, PersistentDict())
def __bool__(self):
return bool(self._data)
__nonzero__ = __bool__
def __getitem__(self, key):
return self._data[key]
def get(self, key, default=None):
return self._data.get(key, default)
def keys(self):
return self._data.keys()
def __iter__(self):
return iter(self._data)
def __len__(self):
return len(self._data)
def __setitem__(self, key, value):
if getattr(self, '_v_store', None) is not None:
# _v_store is used to remember a mapping object that we should
# be saved in if we ever change
self._v_store[self.principalId] = self._data
del self._v_store
self._data[key] = value
def __delitem__(self, key):
del self._data[key]
def __contains__(self, key):
return key in self._data
def items(self):
return self._data.items()
class ContextKeys(Persistent):
grok.implements(IContextKeys)
def __init__(self):
self._items = PersistentDict()
def link(self, key, context):
id = hash(IKeyReference(context))
ids = self._items.setdefault(key, PersistentSet())
ids.add(id)
def unlink(self, key, context):
id = hash(IKeyReference(context))
ids = self._items.setdefault(key, PersistentSet())
ids.discard(id)
if not ids:
del self._items[key]
def unlinkKey(self, key):
if key in self._items:
del self._items[key]
def unlinkContext(self, context):
id = hash(IKeyReference(context))
keys_removed = set()
for key, ids in self._items.items():
ids.discard(id)
if not ids:
keys_removed.add(key)
for key in keys_removed:
del self._items[key]
return keys_removed
def isLinked(self, key, context):
id = hash(IKeyReference(context))
return id in self._items.get(key, set())
def __contains__(self, key):
return key in self._items
class MockContainer(PortalContent):
""" """
implements(IUIDKeyedContainer, IAttributeUUID)
def __init__(self, id, items=None):
super(MockContainer, self).__init__()
self.id = id
self._items = PersistentDict(items)
def get(self, uid, default=None):
v = self._items.get(str(uid), None)
if v and getattr(v, '_v_parent', None) is None:
v._v_parent = self # container marks obtained item with context
return v
# just here for test use:
def register(self, uid, item):
self._items[uid] = item
def unregister(self, uid):
del(self._items[uid])
def __contains__(self, uid):
return uid in self._items
# here for indexing purposes, even though these indexes may
# be handled differently in real life (e.g. indexer adapter):
def UID(self):
return IUUID(self)
def contains(self):
return self._items.keys() # UUIDs of contained items
def items(self):
return self._items.items()
class MockContainer(PortalContent):
""" """
implements(IUIDKeyedContainer, IAttributeUUID)
def __init__(self, id, items=None):
super(MockContainer, self).__init__()
self.id = id
self._items = PersistentDict(items)
def get(self, uid, default=None):
v = self._items.get(str(uid), None)
if v and getattr(v, '_v_parent', None) is None:
v._v_parent = self # container marks obtained item with context
return v
# just here for test use:
def register(self, uid, item):
self._items[uid] = item
def unregister(self, uid):
del (self._items[uid])
def __contains__(self, uid):
return uid in self._items
# here for indexing purposes, even though these indexes may
# be handled differently in real life (e.g. indexer adapter):
def UID(self):
return IUUID(self)
def contains(self):
return self._items.keys() # UUIDs of contained items
def items(self):
return self._items.items()
class Taxonomy(SimpleItem):
implements(ITaxonomy)
def __init__(self, name, title, default_language):
super(Taxonomy, self).__init__(self)
self.data = PersistentDict()
self.name = name
self.title = title
self.default_language = default_language
def __call__(self, context):
if not self.data:
return Vocabulary(self.name, {}, {})
request = getattr(context, "REQUEST", None)
current_language = self.getCurrentLanguage(request)
data = self.data[current_language]
inverted_data = self.inverted_data[current_language]
return Vocabulary(self.name, data, inverted_data)
@property
@ram.cache(lambda method, self: (self.name, self.data._p_mtime))
def inverted_data(self):
inv_data = {}
for (language, elements) in self.data.items():
inv_data[language] = {}
for (path, identifier) in elements.items():
inv_data[language][identifier] = path
return inv_data
def getShortName(self):
return self.name.split('.')[-1]
def getGeneratedName(self):
return 'collective.taxonomy.generated.' + self.getShortName()
def getVocabularyName(self):
return 'collective.taxonomy.' + self.getShortName()
def getCurrentLanguage(self, request):
try:
portal_state = getMultiAdapter(
(self, request), name=u'plone_portal_state'
)
language = portal_state.language().split('-', 1)[0]
except ComponentLookupError:
language = '' # Force to return default language.
if language in self.data:
return language
elif self.default_language in self.data:
return self.default_language
else:
# our best guess!
return self.data.keys()[0]
def registerBehavior(self, **kwargs):
context = getSite()
sm = context.getSiteManager()
new_args = copy(kwargs)
new_args['name'] = self.name
new_args['title'] = self.title
new_args['description'] = kwargs.get('field_description', u'')
new_args['field_description'] = new_args['description']
behavior = TaxonomyBehavior(**new_args)
sm.registerUtility(behavior, IBehavior,
name=self.getGeneratedName())
behavior.addIndex()
behavior.activateSearchable()
def cleanupFTI(self):
"""Cleanup the FTIs"""
generated_name = self.getGeneratedName()
context = getSite()
sm = context.getSiteManager()
for (name, fti) in sm.getUtilitiesFor(IDexterityFTI):
if generated_name in fti.behaviors:
fti.behaviors = [behavior for behavior in
fti.behaviors
if behavior != generated_name]
modified(fti, DexterityFTIModificationDescription("behaviors", ''))
def updateBehavior(self, **kwargs):
sm = getSite().getSiteManager()
behavior_name = self.getGeneratedName()
short_name = self.getShortName()
utility = sm.queryUtility(IBehavior, name=behavior_name)
if utility:
utility.deactivateSearchable()
utility.activateSearchable()
utility.title = kwargs['field_title']
delattr(generated, short_name)
for (name, fti) in sm.getUtilitiesFor(IDexterityFTI):
if behavior_name in fti.behaviors:
modified(fti, DexterityFTIModificationDescription("behaviors", ''))
def unregisterBehavior(self):
context = getSite()
sm = context.getSiteManager()
behavior_name = self.getGeneratedName()
utility = sm.queryUtility(IBehavior, name=behavior_name)
if utility is None:
return
self.cleanupFTI()
utility.removeIndex()
utility.deactivateSearchable()
utility.unregisterInterface()
sm.unregisterUtility(utility, IBehavior, name=behavior_name)
def clean(self):
self.data.clear()
def add(self, language, identifier, path):
if not language in self.data:
self.data[language] = OOBTree()
self.data[language][path] = identifier
def translate(self, msgid, mapping=None, context=None,
target_language=None, default=None):
if target_language is None or \
target_language not in self.inverted_data:
target_language = str(self.getCurrentLanguage(
getattr(context, 'REQUEST')
))
if msgid not in self.inverted_data[target_language]:
return ''
path = self.inverted_data[target_language][msgid]
pretty_path = path[1:].replace(PATH_SEPARATOR, u' » ')
return pretty_path
class Taxonomy(SimpleItem):
order = None
count = None
version = None
def __init__(self, name, title, default_language):
self.data = PersistentDict()
self.order = PersistentDict()
self.count = PersistentDict()
self.version = PersistentDict()
self.name = name
self.title = title
self.default_language = default_language
@property
def sm(self):
return api.portal.get().getSiteManager()
def __call__(self, context):
if not self.data:
return Vocabulary(self.name, {}, {}, {}, 2)
request = getattr(context, "REQUEST", None)
language = self.getCurrentLanguage(request)
return self.makeVocabulary(language)
@property
@ram.cache(lambda method, self: (self.name, self.data._p_mtime))
def inverted_data(self):
inv_data = {}
for (language, elements) in self.data.items():
inv_data[language] = {}
for (path, identifier) in elements.items():
inv_data[language][identifier] = path
return inv_data
def getShortName(self):
return self.name.split('.')[-1]
def getGeneratedName(self):
return 'collective.taxonomy.generated.' + self.getShortName()
def getVocabularyName(self):
return 'collective.taxonomy.' + self.getShortName()
def makeVocabulary(self, language):
self._fixup()
data = self.data.get(language, {})
order = self.order.get(language)
version = self.version.get(language, 1)
inverted_data = self.inverted_data.get(language, {})
return Vocabulary(self.name, data, inverted_data, order, version)
def getCurrentLanguage(self, request):
language = get_lang_code()
if language in self.data:
return language
elif self.default_language in self.data:
return self.default_language
else:
# our best guess!
return self.data.keys()[0]
def getLanguages(self):
return tuple(self.data)
def iterLanguage(self, language=None):
if language is None:
language = self.default_language
vocabulary = self.makeVocabulary(language)
for path, identifier in vocabulary.iterEntries():
parent_path = path.rsplit(PATH_SEPARATOR, 1)[0]
if parent_path:
parent = vocabulary.getTermByValue(parent_path)
else:
parent = None
yield path, identifier, parent
def registerBehavior(self, **kwargs):
new_args = copy(kwargs)
new_args['name'] = self.getGeneratedName()
new_args['title'] = self.title
new_args['description'] = kwargs.get('field_description', u'')
new_args['field_description'] = new_args['description']
behavior = TaxonomyBehavior(**new_args)
self.sm.registerUtility(behavior, IBehavior,
name=self.getGeneratedName())
behavior.addIndex()
behavior.activateSearchable()
def cleanupFTI(self):
"""Cleanup the FTIs"""
generated_name = self.getGeneratedName()
for (name, fti) in self.sm.getUtilitiesFor(IDexterityFTI):
if generated_name in fti.behaviors:
fti.behaviors = [behavior for behavior in
fti.behaviors
if behavior != generated_name]
modified(fti, DexterityFTIModificationDescription("behaviors", ''))
def updateBehavior(self, **kwargs):
behavior_name = self.getGeneratedName()
short_name = self.getShortName()
utility = self.sm.queryUtility(IBehavior, name=behavior_name)
if utility:
utility.deactivateSearchable()
utility.activateSearchable()
if 'field_title' in kwargs:
utility.title = kwargs.pop('field_title')
for k, v in kwargs.items():
setattr(utility, k, v)
delattr(generated, short_name)
for (name, fti) in self.sm.getUtilitiesFor(IDexterityFTI):
if behavior_name in fti.behaviors:
modified(fti, DexterityFTIModificationDescription("behaviors", ''))
def unregisterBehavior(self):
behavior_name = self.getGeneratedName()
utility = self.sm.queryUtility(IBehavior, name=behavior_name)
if utility is None:
return
self.cleanupFTI()
utility.removeIndex()
utility.deactivateSearchable()
utility.unregisterInterface()
self.sm.unregisterUtility(utility, IBehavior, name=behavior_name)
def clean(self):
self.data.clear()
def add(self, language, value, key):
self._fixup()
tree = self.data.get(language)
if tree is None:
tree = self.data[language] = OOBTree()
else:
# Make sure we update the modification time.
self.data[language] = tree
update = key in tree
tree[key] = value
order = self.order.get(language)
if order is None:
order = self.order[language] = IOBTree()
count = self.count[language] = 0
else:
if update:
pop_value(tree, key)
count = self.count[language] + 1
self.count[language] = count
order[count] = key
def update(self, language, items, clear=False):
self._fixup()
tree = self.data.setdefault(language, OOBTree())
if clear:
tree.clear()
# A new tree always uses the newest version.
if not tree:
version = self.version[language] = 2
else:
version = self.version.get(language, 1)
order = self.order.setdefault(language, IOBTree())
count = self.count.get(language, 0)
if clear:
order.clear()
count = 0
# Always migrate to newest version.
if version == 1:
def fix(path):
return path.replace(LEGACY_PATH_SEPARATOR, PATH_SEPARATOR)
for i in list(order):
path = order[i]
order[i] = fix(path)
for path in list(tree):
value = tree.pop(path)
tree[fix(path)] = value
version = self.version[language] = 2
logger.info(
"Taxonomy '%s' upgraded to version %d for language '%s'." % (
self.name, version, language
)
)
# Make sure we update the modification time.
self.data[language] = tree
# The following structure is used to expunge updated entries.
inv = {}
if not clear:
for i, key in order.items():
inv[key] = i
seen = set()
for key, value in items:
if key in seen:
logger.warning("Duplicate key entry: %r" % (key, ))
continue
seen.add(key)
update = key in tree
tree[key] = value
order[count] = key
count += 1
# If we're updating, then we have to pop out the old ordering
# information in order to maintain relative ordering of new items.
if update:
i = inv.get(key)
if i is not None:
del order[i]
self.count[language] = count
def translate(self, msgid, mapping=None, context=None,
target_language=None, default=None, msgid_plural=None,
default_plural=None, number=None):
if target_language is None or \
target_language not in self.inverted_data:
target_language = str(api.portal.get_current_language())
if msgid not in self.inverted_data[target_language]:
return ''
if self.version is not None and self.version.get(target_language) != 2:
path_sep = LEGACY_PATH_SEPARATOR
else:
path_sep = PATH_SEPARATOR
path = self.inverted_data[target_language][msgid]
pretty_path = path[1:].replace(path_sep, PRETTY_PATH_SEPARATOR)
if mapping is not None and mapping.get(NODE):
pretty_path = pretty_path.rsplit(PRETTY_PATH_SEPARATOR, 1)[-1]
return pretty_path
def _fixup(self):
# due to compatibility reasons this method fixes data structure
# for old Taxonomy instances.
# XXX: remove this in version 2.0 to prevent write on read
if self.order is None:
safeWrite(self, getRequest())
self.order = PersistentDict()
self.count = PersistentDict()
if self.version is None:
safeWrite(self, getRequest())
self.version = PersistentDict()
class Taxonomy(SimpleItem):
def __init__(self, name, title, default_language):
self.data = PersistentDict()
self.name = name
self.title = title
self.default_language = default_language
@property
def sm(self):
return api.portal.get().getSiteManager()
def __call__(self, context):
if not self.data:
return Vocabulary(self.name, {}, {})
request = getattr(context, "REQUEST", None)
current_language = self.getCurrentLanguage(request)
data = self.data[current_language]
inverted_data = self.inverted_data[current_language]
return Vocabulary(self.name, data, inverted_data)
@property
@ram.cache(lambda method, self: (self.name, self.data._p_mtime))
def inverted_data(self):
inv_data = {}
for (language, elements) in self.data.items():
inv_data[language] = {}
for (path, identifier) in elements.items():
inv_data[language][identifier] = path
return inv_data
def getShortName(self):
return self.name.split('.')[-1]
def getGeneratedName(self):
return 'collective.taxonomy.generated.' + self.getShortName()
def getVocabularyName(self):
return 'collective.taxonomy.' + self.getShortName()
def getCurrentLanguage(self, request):
language = get_lang_code()
if language in self.data:
return language
elif self.default_language in self.data:
return self.default_language
else:
# our best guess!
return self.data.keys()[0]
def registerBehavior(self, **kwargs):
new_args = copy(kwargs)
new_args['name'] = self.getGeneratedName()
new_args['title'] = self.title
new_args['description'] = kwargs.get('field_description', u'')
new_args['field_description'] = new_args['description']
behavior = TaxonomyBehavior(**new_args)
self.sm.registerUtility(behavior,
IBehavior,
name=self.getGeneratedName())
behavior.addIndex()
behavior.activateSearchable()
def cleanupFTI(self):
"""Cleanup the FTIs"""
generated_name = self.getGeneratedName()
for (name, fti) in self.sm.getUtilitiesFor(IDexterityFTI):
if generated_name in fti.behaviors:
fti.behaviors = [
behavior for behavior in fti.behaviors
if behavior != generated_name
]
modified(fti, DexterityFTIModificationDescription("behaviors", ''))
def updateBehavior(self, **kwargs):
behavior_name = self.getGeneratedName()
short_name = self.getShortName()
utility = self.sm.queryUtility(IBehavior, name=behavior_name)
if utility:
utility.deactivateSearchable()
utility.activateSearchable()
if 'field_title' in kwargs:
utility.title = kwargs.pop('field_title')
for k, v in kwargs.iteritems():
setattr(utility, k, v)
delattr(generated, short_name)
for (name, fti) in self.sm.getUtilitiesFor(IDexterityFTI):
if behavior_name in fti.behaviors:
modified(fti,
DexterityFTIModificationDescription("behaviors", ''))
def unregisterBehavior(self):
behavior_name = self.getGeneratedName()
utility = self.sm.queryUtility(IBehavior, name=behavior_name)
if utility is None:
return
self.cleanupFTI()
utility.removeIndex()
utility.deactivateSearchable()
utility.unregisterInterface()
self.sm.unregisterUtility(utility, IBehavior, name=behavior_name)
def clean(self):
self.data.clear()
def add(self, language, identifier, path):
if language not in self.data:
self.data[language] = OOBTree()
self.data[language][path] = identifier
def translate(self,
msgid,
mapping=None,
context=None,
target_language=None,
default=None):
if target_language is None or \
target_language not in self.inverted_data:
target_language = str(
self.getCurrentLanguage(getattr(context, 'REQUEST')))
if msgid not in self.inverted_data[target_language]:
return ''
path = self.inverted_data[target_language][msgid]
pretty_path = path[1:].replace(PATH_SEPARATOR, u' » ')
return pretty_path
class OrderStorage(BTreeContainer):
def __init__(self):
super(OrderStorage, self).__init__()
self.indexes = PersistentDict({
'products': KeywordIndex(),
'user_id': FieldIndex(),
'processor_order_id': FieldIndex(),
'finance_state': FieldIndex(),
'fulfillment_state': FieldIndex(),
'creation_date': FieldIndex(),
'renewal_date': FieldIndex()
}
)
def query(self, **args):
results = self.apply(args)
return ResultSet(results, self)
def apply(self, query):
results = []
for index_name, index_query in query.items():
index = self.indexes.get(index_name)
if index is None:
continue
r = index.apply(index_query)
if r is None:
continue
if not r:
# empty results
return r
results.append((len(r), r))
if not results:
# no applicable indexes, so catalog was not applicable
return None
results.sort() # order from smallest to largest
_, result = results.pop(0)
for _, r in results:
_, result = weightedIntersection(result, r)
return result
def __setitem__(self, key, object):
super(OrderStorage, self).__setitem__(key, object)
self.index(object)
def reset_index(self):
# reindex all orders
for index in self.indexes.values():
index.clear()
for order in self.values():
self.index(order)
def reindex(self, object):
self.unindex(object.order_id)
self.index(object)
def index(self, object):
doc_id = int(object.order_id)
for attr, index in self.indexes.items():
value = getattr(object, attr, None)
if callable(value):
value = value()
if value is None:
continue
index.index_doc(doc_id, value)
def unindex(self, order_id):
for index in self.indexes.values():
index.unindex_doc(int(order_id))
def __delitem__(self, key):
super(OrderStorage, self).__delitem__(key)
doc_id = int(key)
self.unindex(doc_id)
class Product(Persistent):
"""Models a product composition by listing the materials and activities
needed to produce it.
Attributes:
Code: A key that uniquely identifies the product.
Name: Name of the product.
Materials: List of materials, and amounts needed to make the product.
Activities: List of activities and its consumption needed to make the product.
"""
def __init__(self, code, name, description, base_unit):
"""Creates a new product"""
self.code = code
self.name = name
self.description = description
self.bill_of_materials = PersistentDict()
self.bill_of_activities = PersistentDict()
def addMaterial(self, material_code, consumption, consumption_unit,
production_ratio, production_unit, waste, cost_per_unit= 0 ):
''' Adds a new material to the product list and the information related
to the consumption to the F.P. production the parameters are the following:
material_code : Code of the material to be consumed.
consumption: Amount of material consumed.
consumption_unit: Unit in which the consumption amount is expressed.
production_ratio: Units of F.P. to which the consumption is referred.
production_unit : Unit of production to which the production ratio is related.
waste: % of the material thrown to the waste.
The function returns a Boolean and an error dictionary. If any of the parameters
is not valid False and errors are returned.
'''
# First of all the the information validity is checked
# access material information to check code's validity
materialtrax = MaterialTrax().materials
# initializes a dictionary where to save the information errors.
errors = {}
# flag to stop saving the information if an error arises.
information_is_valid = True
if is_number(material_code) :
material_code =int(material_code)
if material_code not in materialtrax:
errors['material_code'] = "Material code does not exist"
information_is_valid = False
else:
errors['material_code'] = "Material code must be an integer"
information_is_valid = False
if is_number(consumption):
consumption = float(consumption)
else:
errors['consumption'] = "Consumption must be a number"
information_is_valid = False
if is_number(production_ratio):
production_ratio = float(production_ratio)
else:
errors['production_ratio'] = "Production ratio must be a number"
if is_number(waste):
if waste > 100 or waste < 0:
errors['waste'] = "Waste cannot be greater than 100"
information_is_valid = False
else:
waste = float(waste)
else:
errors['waste'] = "Waste must be a number between 0 and 100"
information_is_valid = False
# if it is not valid it returns the errors detected so they can be
# correct
if information_is_valid :
self.bill_of_materials[material_code] = {'material_code': material_code,
'consumption': consumption,
'consumption_unit' : consumption_unit,
'production_unit': production_unit,
'production_ratio': production_ratio * 1.0,
'waste' : waste * 1.0 ,
'cost_per_unit': cost_per_unit * 1.0}
self._p_changed = True
return True, errors
else:
return False, errors
def addActivity(self, activity_code, consumption, activity_unit,
production_ratio, production_unit, cost_per_unit = 0):
"""Adds a new activity in the product list needed to make the product and
the information related with the consumption for each unit on F.P.
Parameters:
consumption: Amount of activity consumed.
activiy_unit: Unit in which the consumption amount is expressed.
production_ratio: Units of F.P. to which the consumption is referred.
production_unit : Unit of production to which the production ratio is related.
"""
# First of all the the information validity is checked
# access material information to check code's validity
activitytrax = ActivityTrax().activities
# initializes a dictionary where to save the information errors.
errors = {}
# flag to stop saving the information if an error arises.
information_is_valid = True
if is_number(activity_code) :
activity_code =int(activity_code)
if activity_code not in activitytrax:
errors['material_code'] = "Activity code does not exist"
information_is_valid = False
else:
errors['activity_code'] = "Activity code must be an integer"
information_is_valid = False
if is_number(consumption) :
consumption = float(consumption)
else:
errors['consumption'] = "Consumption must be a number"
information_is_valid = False
if is_number(production_ratio):
production_ratio = float(production_ratio)
else:
errors['production_ratio'] = "Production ratio must be a number"
information_is_valid = False
if information_is_valid:
self.bill_of_activities[activity_code] = { 'activity_code': activity_code,
'consumption': consumption * 1.0 ,
'activity_unit': activity_unit,
'production_ratio': production_ratio * 1.0 ,
'production_unit': production_unit,
'cost_per_unit' : cost_per_unit * 1.0 }
self._p_changed = True
return True, errors
return False, errors
def CalculateCost(self):
"""Calculates the direct product cost based on materials and activities consumption.
This function doesn't check yet:
A. Consumption units and price units for the activities are homogeneous.
B. production ratios per unit of output are homogeneous among the activities.
Parameters:
Product code
Returns two values:
1. Total material cost.
2. Total activity cost.
"""
# Recovers the information about activities and materials needed to calculate the cost
# Maybe it would be better to filter the activities and materials in the bill of materials
# and bill of activities. I will implement this later if too many materials or activities
# are loaded in memory. One alternative is to save a reference to the material object as
# ZODB database works exactly as if were python objects.
activitytrax = ActivityTrax().activities
materialtrax = MaterialTrax().materials
# initialize the accum for the cost of materials and activities
material_cost = 0
activity_cost = 0
# calculates the cost of each material and adds it to the material accum.
# takes into account the production ratio and material waste
for material_code, material in self.bill_of_materials.items():
material_cost += ( materialtrax[material_code].cost_per_unit *
material["consumption"] /
material["production_ratio"] *
(1 + material["waste"]/100)
)
# Idem as above for activities but no waste is introduced
for activity_code, activity in self.bill_of_activities.items():
activity_cost += ( activitytrax[activity_code].cost_per_unit *
activity["consumption"] /
activity["production_ratio"]
)
return material_cost , activity_cost
def PrintCost(self):
material_cost, activity_cost = self.CalculateCost()
total_cost = material_cost + activity_cost
product_str = self.__str__()
cost_str = "Product cost: {:.2f} Material's cost: {:.2f} Activity's cost: {:.2f}".format(total_cost, material_cost, activity_cost)
return product_str + cost_str + "\n"
def __str__(self):
materials = MaterialTrax().materials
header = ("Product code: " + str(self.code) + "\nProduct name: " + self.name
+ "\nProduct description: " + self.description + "\n" + "*" * 80 + "\n" )
material_string = "Code Material Cost Consumption Unit x F.P. units Waste \n"
for code, material in self.bill_of_materials.items():
material_string += (
str(code) + " " +
materials[code].name + " " * ( 25 - len(materials[code].name)) +
str(materials[code].cost_per_unit) + " " * (6 - len(str(materials[code].cost_per_unit))) +
str(material["consumption"]) + " " * (13 - len(str(material["consumption"]))) +
material["consumption_unit"] + " " * (13 - len(material["consumption_unit"])) +
str(material["production_ratio"]) + " " +
material["production_unit"] + " " +
str(material["waste"]) + "\n"
)
material_string += "*" * 80 + "\n"
# will it be possible to close the materials variable once finished ?
# This way the memory will be emptied
header += material_string
activities = ActivityTrax().activities
activity_string = "Code Activity Cost Usage Unit x F.P. units \n"
for code, activity in self.bill_of_activities.items():
activity_string += (
str(code) + " " +
activities[code].name + " " * ( 25 - len(activities[code].name)) +
str(activities[code].cost_per_unit) + " " * (6 - len(str(activities[code].cost_per_unit))) +
str(activity["consumption"]) + " " * (13 - len(str(activity["consumption"]))) +
activity["activity_unit"] + " " * (13 - len(activity["activity_unit"])) +
str(activity["production_ratio"]) + " " +
activity["production_unit"] + "\n"
)
activity_string += "*" * 80 + "\n"
header += activity_string
return header
class Taxonomy(SimpleItem):
implements(ITaxonomy)
def __init__(self, name, title, default_language):
super(Taxonomy, self).__init__(self)
self.data = PersistentDict()
self.name = name
self.title = title
self.default_language = default_language
def __call__(self, context):
request = getattr(context, "REQUEST", None)
current_language = self.getCurrentLanguage(request)
data = self.data[current_language]
inverted_data = self.inverted_data[current_language]
return Vocabulary(self.name, data, inverted_data)
@property
@ram.cache(lambda method, self: (self.name, self.data._p_mtime))
def inverted_data(self):
inv_data = {}
for (language, elements) in self.data.items():
inv_data[language] = {}
for (path, identifier) in elements.items():
inv_data[language][identifier] = path
return inv_data
def getShortName(self):
return self.name.split('.')[-1]
def getGeneratedName(self):
return 'collective.taxonomy.generated.' + self.getShortName()
def getVocabularyName(self):
return 'collective.taxonomy.' + self.getShortName()
def getCurrentLanguage(self, request):
try:
portal_state = getMultiAdapter((self, request),
name=u'plone_portal_state')
language = portal_state.language().split('-', 1)[0]
except ComponentLookupError:
language = '' # Force to return default language.
if language in self.data:
return language
elif self.default_language in self.data:
return self.default_language
else:
# our best guess!
return self.data.keys()[0]
def registerBehavior(self, **kwargs):
context = getSite()
sm = context.getSiteManager()
new_args = copy(kwargs)
new_args['name'] = self.name
new_args['title'] = self.title
new_args['description'] = kwargs['field_description']
behavior = TaxonomyBehavior(**new_args)
sm.registerUtility(behavior, IBehavior, name=self.getGeneratedName())
behavior.addIndex()
behavior.activateSearchable()
def cleanupFTI(self):
"""Cleanup the FTIs"""
generated_name = self.getGeneratedName()
context = getSite()
sm = context.getSiteManager()
for (name, fti) in sm.getUtilitiesFor(IDexterityFTI):
if generated_name in fti.behaviors:
fti.behaviors = [
behavior for behavior in fti.behaviors
if behavior != generated_name
]
modified(fti, DexterityFTIModificationDescription("behaviors", ''))
def updateBehavior(self, **kwargs):
sm = getSite().getSiteManager()
behavior_name = self.getGeneratedName()
short_name = self.getShortName()
utility = sm.queryUtility(IBehavior, name=behavior_name)
if utility:
utility.deactivateSearchable()
utility.activateSearchable()
delattr(generated, short_name)
for (name, fti) in sm.getUtilitiesFor(IDexterityFTI):
if behavior_name in fti.behaviors:
modified(fti,
DexterityFTIModificationDescription("behaviors", ''))
def unregisterBehavior(self):
context = getSite()
sm = context.getSiteManager()
behavior_name = self.getGeneratedName()
utility = sm.queryUtility(IBehavior, name=behavior_name)
if utility is None:
return
self.cleanupFTI()
utility.removeIndex()
utility.deactivateSearchable()
utility.unregisterInterface()
sm.unregisterUtility(utility, IBehavior, name=behavior_name)
def clean(self):
self.data.clear()
def add(self, language, identifier, path):
if not language in self.data:
self.data[language] = OOBTree()
self.data[language][path] = identifier
def translate(self,
msgid,
mapping=None,
context=None,
target_language=None,
default=None):
if target_language is None or \
target_language not in self.inverted_data:
target_language = str(
self.getCurrentLanguage(getattr(context, 'REQUEST')))
if msgid not in self.inverted_data[target_language]:
return ''
path = self.inverted_data[target_language][msgid]
#we may have non-ascii now
if not isinstance(path, unicode):
path = path.decode('utf-8')
pretty_path = path[1:].replace('/', u' » ')
return pretty_path
class VideoContainer(PersistentMapping):
""" A simple container for Video objects
>>> from mint.repoze.interfaces import IVideoContainer
>>> from mint.repoze.models import VideoContainer, Video
>>> ob = VideoContainer()
>>> IVideoContainer.providedBy(ob)
True
>>> len(ob)
0
>>> ob[u'vid1'] = Video('vid1', 'Video 1', 'description', [])
>>> len(ob)
1
>>> ob.keys()
[u'vid1']
"""
__acl__ = [
(Allow, Everyone, 'view'),
(Allow, 'admin', 'add'),
(Allow, 'admin', 'edit'),
]
implements(IVideoContainer,ILocation)
encode_dir = 'var/videos/'
def __init__(self, *args, **kwargs):
self.data = PersistentDict()
for data in args:
self.add_video(*data)
for v in kwargs.values():
pass
def __getitem__(self, key):
return self.data.__getitem__(key)
def __setitem__(self, key, value):
return self.data.__setitem__(key, value)
def items(self):
return self.data.items()
def keys(self):
return self.data.keys()
def values(self):
return self.data.values()
def __repr__(self):
return u'<VideoContainer object>'
def add_video(self, name, description, tags, encodes={}):
uid = name.lower().replace(' ', '_')
counter = 1
while uid in self:
uid = '%s_%03d' % (uid, counter)
counter += 1
self.data[uid] = Video(uid, name, description, tags, encodes, self.encode_dir)
import transaction
transaction.commit()
def get_videos_by_tag(self, tag):
""" Returns a list of video objects with the given tag
>>> from mint.repoze.test.data import video_container
>>> video_container.get_videos_by_tag('feature') # doctest: +ELLIPSIS
[<Video name=...]
"""
return [video for video in self.data.values() if tag in video.tags]
class Taxonomy(SimpleItem):
order = None
count = None
version = None
def __init__(self, name, title, default_language):
self.data = PersistentDict()
self.order = PersistentDict()
self.count = PersistentDict()
self.version = PersistentDict()
self.name = name
self.title = title
self.default_language = default_language
@property
def sm(self):
return api.portal.get().getSiteManager()
def __call__(self, context):
if not self.data:
return Vocabulary(self.name, {}, {}, {}, 2)
request = getattr(context, "REQUEST", None)
language = self.getCurrentLanguage(request)
return self.makeVocabulary(language)
@property
@ram.cache(lambda method, self: (self.name, self.data._p_mtime))
def inverted_data(self):
inv_data = {}
for (language, elements) in self.data.items():
inv_data[language] = {}
for (path, identifier) in elements.items():
inv_data[language][identifier] = path
return inv_data
def getShortName(self):
return self.name.split('.')[-1]
def getGeneratedName(self):
return 'collective.taxonomy.generated.' + self.getShortName()
def getVocabularyName(self):
return 'collective.taxonomy.' + self.getShortName()
def makeVocabulary(self, language):
self._fixup()
data = self.data.get(language, {})
order = self.order.get(language)
version = self.version.get(language, 1)
inverted_data = self.inverted_data.get(language, {})
return Vocabulary(self.name, data, inverted_data, order, version)
def getCurrentLanguage(self, request):
language = get_lang_code()
if language in self.data:
return language
elif self.default_language in self.data:
return self.default_language
else:
# our best guess!
return self.data.keys()[0]
def getLanguages(self):
return tuple(self.data)
def iterLanguage(self, language=None):
if language is None:
language = self.default_language
vocabulary = self.makeVocabulary(language)
for path, identifier in vocabulary.iterEntries():
parent_path = path.rsplit(PATH_SEPARATOR, 1)[0]
if parent_path:
parent = vocabulary.getTermByValue(parent_path)
else:
parent = None
yield path, identifier, parent
def registerBehavior(self, **kwargs):
new_args = copy(kwargs)
new_args['name'] = self.getGeneratedName()
new_args['title'] = self.title
new_args['description'] = kwargs.get('field_description', u'')
new_args['field_description'] = new_args['description']
behavior = TaxonomyBehavior(**new_args)
self.sm.registerUtility(behavior, IBehavior,
name=self.getGeneratedName())
behavior.addIndex()
behavior.activateSearchable()
def cleanupFTI(self):
"""Cleanup the FTIs"""
generated_name = self.getGeneratedName()
for (name, fti) in self.sm.getUtilitiesFor(IDexterityFTI):
if generated_name in fti.behaviors:
fti.behaviors = [behavior for behavior in
fti.behaviors
if behavior != generated_name]
modified(fti, DexterityFTIModificationDescription("behaviors", ''))
def updateBehavior(self, **kwargs):
behavior_name = self.getGeneratedName()
short_name = self.getShortName()
utility = self.sm.queryUtility(IBehavior, name=behavior_name)
if utility:
utility.deactivateSearchable()
utility.activateSearchable()
if 'field_title' in kwargs:
utility.title = kwargs.pop('field_title')
for k, v in kwargs.items():
setattr(utility, k, v)
delattr(generated, short_name)
for (name, fti) in self.sm.getUtilitiesFor(IDexterityFTI):
if behavior_name in fti.behaviors:
modified(fti, DexterityFTIModificationDescription("behaviors", ''))
def unregisterBehavior(self):
behavior_name = self.getGeneratedName()
utility = self.sm.queryUtility(IBehavior, name=behavior_name)
if utility is None:
return
self.cleanupFTI()
utility.removeIndex()
utility.deactivateSearchable()
utility.unregisterInterface()
self.sm.unregisterUtility(utility, IBehavior, name=behavior_name)
def clean(self):
self.data.clear()
def add(self, language, value, key):
self._fixup()
tree = self.data.get(language)
if tree is None:
tree = self.data[language] = OOBTree()
else:
# Make sure we update the modification time.
self.data[language] = tree
update = key in tree
tree[key] = value
order = self.order.get(language)
if order is None:
order = self.order[language] = IOBTree()
count = self.count[language] = 0
else:
if update:
pop_value(tree, key)
count = self.count[language] + 1
self.count[language] = count
order[count] = key
def update(self, language, items, clear=False):
self._fixup()
tree = self.data.setdefault(language, OOBTree())
if clear:
tree.clear()
# A new tree always uses the newest version.
if not tree:
version = self.version[language] = 2
else:
version = self.version.get(language, 1)
order = self.order.setdefault(language, IOBTree())
count = self.count.get(language, 0)
if clear:
order.clear()
count = 0
# Always migrate to newest version.
if version == 1:
def fix(path):
return path.replace(LEGACY_PATH_SEPARATOR, PATH_SEPARATOR)
for i in list(order):
path = order[i]
order[i] = fix(path)
for path in list(tree):
value = tree.pop(path)
tree[fix(path)] = value
version = self.version[language] = 2
logger.info(
"Taxonomy '%s' upgraded to version %d for language '%s'." % (
self.name, version, language
)
)
# Make sure we update the modification time.
self.data[language] = tree
# The following structure is used to expunge updated entries.
inv = {}
if not clear:
for i, key in order.items():
inv[key] = i
seen = set()
for key, value in items:
if key in seen:
logger.warning("Duplicate key entry: %r" % (key, ))
seen.add(key)
update = key in tree
tree[key] = value
order[count] = key
count += 1
# If we're updating, then we have to pop out the old ordering
# information in order to maintain relative ordering of new items.
if update:
i = inv.get(key)
if i is not None:
del order[i]
self.count[language] = count
def translate(self, msgid, mapping=None, context=None,
target_language=None, default=None, msgid_plural=None,
default_plural=None, number=None):
if target_language is None or \
target_language not in self.inverted_data:
target_language = str(self.getCurrentLanguage(
getattr(context, 'REQUEST')
))
if msgid not in self.inverted_data[target_language]:
return ''
if self.version is not None and self.version.get(target_language) != 2:
path_sep = LEGACY_PATH_SEPARATOR
else:
path_sep = PATH_SEPARATOR
path = self.inverted_data[target_language][msgid]
pretty_path = path[1:].replace(path_sep, PRETTY_PATH_SEPARATOR)
if mapping is not None and mapping.get(NODE):
pretty_path = pretty_path.rsplit(PRETTY_PATH_SEPARATOR, 1)[-1]
return pretty_path
def _fixup(self):
# due to compatibility reasons this method fixes data structure
# for old Taxonomy instances.
# XXX: remove this in version 2.0 to prevent write on read
if self.order is None:
safeWrite(self, getRequest())
self.order = PersistentDict()
self.count = PersistentDict()
if self.version is None:
safeWrite(self, getRequest())
self.version = PersistentDict()
class BaseContainer(PersistentMapping):
""" Provides a basis for `container` objects
>>> container = BaseContainer()
>>> container[u'foo'] = u'bar'
>>> container[u'foo']
u'bar'
>>> container.items()
[(u'foo', u'bar')]
>>> container.keys()
[u'foo']
>>> container.values()
[u'bar']
"""
def __init__(self):
self.data = PersistentDict()
def __getitem__(self, key):
return self.data.__getitem__(key)
def __setitem__(self, key, value):
""" Acts as a proxy to the self.data PersistentDict. As it is a
persistent object, it will also try and assign the __parent__
attrubute to any object stored through this interface.
>>> container = BaseContainer()
>>> container.__setitem__('foo', 'bar')
>>> 'foo' in container.data
True
>>> container['foo'].__parent__ # doctest: +ELLIPSIS
Traceback (most recent call last):
...
AttributeError: 'str' object has no attribute '__parent__'
>>> class Child(object):
... __parent__ = None
...
>>> container.__setitem__('baz', Child())
>>> 'baz' in container.data
True
>>> container['baz'].__parent__ == container
True
"""
ret = self.data.__setitem__(key, value)
try: self.data[key].__parent__ = self
except: pass
return ret
def items(self):
return self.data.items()
def keys(self):
return self.data.keys()
def values(self):
return self.data.values()
def update(self, _data={}, **kwargs):
""" BaseContainers can be updated much the same as any Python dictionary.
By passing another mapping object:
>>> container = BaseContainer()
>>> container.update({'foo':'bar'})
By passing a list of iterables with length 2:
>>> container = BaseContainer()
>>> container.update([('foo', 'bar'),])
By passing a set of keyword arguments:
>>> container = BaseContainer()
>>> container.update(foo='bar')
"""
if kwargs:
for k,v in kwargs.items():
self.__setitem__(k,v)
return
elif isinstance(_data, dict):
for k,v in _data.items():
self.__setitem__(k,v)
elif isinstance(_data, dict):
for k,v in _data:
self.__setitem__(k,v)