def descendents (self) :
def _gen (self) :
for c in self.children :
yield c
for d in c.descendents :
yield d
return tuple (uniq (_gen (self)))
def base_dirs (self) :
result = self.__super.base_dirs
opt_map = self.cmd._opt_map
cdo = opt_map.get (self._config_dirs_name)
if cdo and cdo.base_dirs :
result = cdo.base_dirs + result
return tuple (uniq (result))
def base_dirs(self):
result = self.__super.base_dirs
opt_map = self.cmd._opt_map
cdo = opt_map.get(self._config_dirs_name)
if cdo and cdo.base_dirs:
result = cdo.base_dirs + result
return tuple(uniq(result))
def elems(self):
if self.embedder:
elems = ichain((self.elem, ), self.embedder.entity_p_buddy_elems)
result = tuple(uniq(elems))
else:
result = self.entity_p_buddy_elems
return result
def elems (self) :
if self.embedder :
elems = ichain ((self.elem, ), self.embedder.entity_p_buddy_elems)
result = tuple (uniq (elems))
else :
result = self.entity_p_buddy_elems
return result
def descendents(self):
def _gen(self):
for c in self.children:
yield c
yield from c.descendents
return tuple(uniq(_gen(self)))
def embedded_elems (self) :
def _gen (self) :
for e in self.elem.elements :
c = e.completer
if c is not None :
yield c.embedded_elems
yield (self.elem, )
return tuple (uniq (ichain (* _gen (self))))
def q_able_names (self) :
result = self.attr.q_able_names
if self is not self.eff :
result = uniq (itertools.chain (result, self.eff.q_able_names))
prefix = self.prefix
if prefix :
result = (".".join ((prefix, name)) for name in result)
return tuple (sorted (result))
def q_able_names(self):
result = self.attr.q_able_names
if self is not self.eff:
result = uniq(itertools.chain(result, self.eff.q_able_names))
prefix = self.prefix
if prefix:
result = (".".join((prefix, name)) for name in result)
return tuple(sorted(result))
def _m_create_role_children (cls) :
for role in uniq (cls._role_children_to_add) :
role = getattr (cls._Attributes, role)
children = sorted \
( pyk.itervalues (role.E_Type.children_np)
, key = TFL.Getter.i_rank
)
for c in children :
cls._m_create_role_child ((role.name, c))
def _m_create_role_children(cls):
for role in uniq(cls._role_children_to_add):
role = getattr(cls._Attributes, role)
children = sorted \
( pyk.itervalues (role.E_Type.children_np)
, key = TFL.Getter.i_rank
)
for c in children:
cls._m_create_role_child((role.name, c))
def embedded_elems(self):
def _gen(self):
for e in self.elem.elements:
c = e.completer
if c is not None:
yield c.embedded_elems
yield (self.elem, )
return tuple(uniq(ichain(*_gen(self))))
def ancestors (self) :
def _gen (self) :
p = self.parent
if p :
if p.sa_table is not None :
yield p
for a in p.ancestors :
yield a
return tuple (uniq (_gen (self)))
def entity_p_buddy_elems (self) :
result = self.own_elems
if self.entity_p :
def _gen (self) :
yield self.own_elems
for e in self.anchor.elements :
c = e.completer
if c is not None and c.entity_p :
yield c.embedded_elems
result = tuple (uniq (ichain (* _gen (self))))
return result
def own_elems (self) :
def _gen (self) :
ep = self.elem.parent
yield (self.elem, )
for n in self.attr.completer.names :
elem = ep.get (n)
if elem is not None :
if elem.completer is not None :
yield elem.completer.embedded_elems
else :
yield (elem, )
return tuple (uniq (ichain (* _gen (self))))
def entity_p_buddy_elems(self):
result = self.own_elems
if self.entity_p:
def _gen(self):
yield self.own_elems
for e in self.anchor.elements:
c = e.completer
if c is not None and c.entity_p:
yield c.embedded_elems
result = tuple(uniq(ichain(*_gen(self))))
return result
def own_elems(self):
def _gen(self):
ep = self.elem.parent
yield (self.elem, )
for n in self.attr.completer.names:
elem = ep.get(n)
if elem is not None:
if elem.completer is not None:
yield elem.completer.embedded_elems
else:
yield (elem, )
return tuple(uniq(ichain(*_gen(self))))
def dynamic_defaults (self, defaults) :
def _gen_template_dirs (self, defaults) :
yield self.app_dir
tpds = defaults.get ("template_package_dirs", ["_JNJ"])
for tpd in tpds :
mod = import_module (tpd)
yield sos.path.dirname (mod.__file__)
result = self.__super.dynamic_defaults (defaults)
combined = dict (defaults, ** result)
tdirs = list (combined.get ("template_dirs", ()))
tdirs.extend (_gen_template_dirs (self, combined))
result ["template_dirs"] = tuple (uniq (tdirs))
return result
def _m_combine_lists(cls, bases, dict):
for name in cls._lists_to_combine:
setattr \
( cls, name
, list
( uniq
( itertools.chain
( * ( getattr (c, name, [])
for c in reversed ((cls, ) + bases)
)
)
)
)
)
def _m_combine_lists (cls, bases, dict) :
for name in cls._lists_to_combine :
setattr \
( cls, name
, list
( uniq
( itertools.chain
( * ( getattr (c, name, [])
for c in reversed ((cls, ) + bases)
)
)
)
)
)
def HTML \
( version = "html/5.jnj"
, load_path = ()
, loader = None
, globals = {}
, encoding = "utf-8"
, i18n = False
, Media_Parameters = None
, GTW = None
, prefixes = {}
, ** kw
) :
jnj_loader = FileSystemLoader (sos.path.dirname (__file__), "utf-8")
loaders = []
if loader :
loaders.append (loader)
if load_path :
loaders.append (FileSystemLoader (load_path, encoding))
loaders.append (jnj_loader)
if prefixes :
sk = lambda x : (- len (x [1]), x [1])
for prefix, lp in sorted (pyk.iteritems (prefixes), key = sk) :
loaders.append \
( PrefixLoader
({prefix : FileSystemLoader (lp, encoding)}, delimiter='::')
)
loaders.append (PrefixLoader (dict (STD = jnj_loader), delimiter='::'))
loader = ChoiceLoader (loaders)
extensions = (kw.pop ("extensions", []) + Default_Extensions)
if i18n :
extensions.append ("jinja2.ext.i18n")
result = Environment \
( extensions = uniq (extensions), loader = loader, ** kw)
if GTW is None :
GTW = JNJ.GTW (result)
result.globals.update \
( globals
, GTW = GTW
, html_version = version
)
result.Media_Parameters = Media_Parameters
result.encoding = encoding
result.static_handler = None
if i18n :
result.install_gettext_translations (TFL.I18N)
return result
def _effective_prop_kind_mixins(self, name, kind, prop_type, e_type):
result = self.__super._effective_prop_kind_mixins \
(name, kind, prop_type, e_type)
if prop_type.needs_raw_value and not kind.electric:
result += (MOM.Attr._Raw_Value_Mixin_, )
if prop_type.auto_up_depends:
MI = \
( MOM.Attr._Auto_Update_Lazy_Mixin_
if (MOM.Attr.Computed_Set_Mixin in result)
else MOM.Attr._Auto_Update_Mixin_
)
result += (MI, )
if isinstance(e_type, MOM.Meta.M_E_Type_An):
result = (MOM.Attr._Nested_Mixin_, ) + result
if MOM.Attr.Computed_Mixin in result:
result = tuple(r for r in result if r != MOM.Attr.Sticky_Mixin)
result = prop_type.Kind_Mixins_X + result
return tuple(uniq(result))
def _m_update_combine (cls, bases, dct) :
def _gen (cls, bases, name) :
undef = update_combined_many.Undef
for c in reversed ((cls, ) + bases) :
yield getattr (c, name, undef)
for name in cls._attrs_to_update_combine :
try :
v = update_combined_many (* _gen (cls, bases, name))
except Exception as exc :
print \
( "*** Exception when trying to update/combined", name
, "for class", cls
)
raise
setattr (cls, name, v)
for name in cls._attrs_uniq_to_update_combine :
v = update_combined_many (* _gen (cls, bases, name))
setattr (cls, name, v.__class__ (uniq (v)))
def _effective_prop_kind_mixins (self, name, kind, prop_type, e_type) :
result = self.__super._effective_prop_kind_mixins \
(name, kind, prop_type, e_type)
if prop_type.needs_raw_value and not kind.electric :
result += (MOM.Attr._Raw_Value_Mixin_, )
if prop_type.auto_up_depends :
MI = \
( MOM.Attr._Auto_Update_Lazy_Mixin_
if (MOM.Attr.Computed_Set_Mixin in result)
else MOM.Attr._Auto_Update_Mixin_
)
result += (MI, )
if isinstance (e_type, MOM.Meta.M_E_Type_An) :
result = (MOM.Attr._Nested_Mixin_, ) + result
if MOM.Attr.Computed_Mixin in result :
result = tuple (r for r in result if r != MOM.Attr.Sticky_Mixin)
result = prop_type.Kind_Mixins_X + result
return tuple (uniq (result))
def names (self) :
def _gen (self) :
selector = self.selector
skip_pat = self.name_skip_pat
trigger = self.trigger
try :
f = selector [trigger]
except KeyError :
logging.warning \
( "Unknown trigger attribute %s for %r"
% (trigger, selector)
)
else :
yield f.name
for f in selector.atoms :
n = f.name
if not skip_pat.match (n) :
yield n
return tuple (uniq (_gen (self)))
def __init__ \
( self, base
, deltas = None
, log_round_amount = None
, scale = 0
, ** kwds
) :
self.base = base
self.deltas = \
( None if deltas is None else sorted
(uniq (itertools.chain (deltas, ([] if scale else [1, base]))))
)
self.lra = log_round_amount
self.scale = scale
self._kwds = kwds
self.pop_to_self (kwds, "base_deltas")
self.__dict__.update (kwds)
if base == 10 :
self.log = log10
def __init__ \
( self, base
, deltas = None
, log_round_amount = None
, scale = 0
, ** kwds
) :
self.base = base
self.deltas = \
( None if deltas is None else sorted
(uniq (itertools.chain (deltas, ([] if scale else [1, base]))))
)
self.lra = log_round_amount
self.scale = scale
self._kwds = kwds
self.pop_to_self (kwds, "base_deltas")
self.__dict__.update (kwds)
if base == 10 :
self.log = log10
def _m_update_combine(cls, bases, dct):
def _gen(cls, bases, name):
undef = update_combined_many.Undef
for c in reversed((cls, ) + bases):
yield getattr(c, name, undef)
for name in cls._attrs_to_update_combine:
try:
v = update_combined_many(*_gen(cls, bases, name))
except Exception as exc:
print \
( "*** Exception when trying to update/combined", name
, "for class", cls
)
raise
setattr(cls, name, v)
for name in cls._attrs_uniq_to_update_combine:
v = update_combined_many(*_gen(cls, bases, name))
setattr(cls, name, v.__class__(uniq(v)))
def names(self):
def _gen(self):
selector = self.selector
skip_pat = self.name_skip_pat
trigger = self.trigger
try:
f = selector[trigger]
except KeyError:
logging.warning \
( "Unknown trigger attribute %s for %r"
% (trigger, selector)
)
else:
yield f.name
for f in selector.atoms:
n = f.name
if not skip_pat.match(n):
yield n
return tuple(uniq(_gen(self)))
def finish (self) :
if self._wrapped_errors is None :
### keep only those error instances that are lowest-rank for
### each and every of their `attributes`
raw_errors = self._raw_errors
arm = defaultdict_rank ()
for e in raw_errors :
try :
attrs = e.attributes
except AttributeError :
pass
else :
for a in attrs :
arm [a] = min (e.rank, arm [a])
e.__keep = all ((arm [a] == e.rank) for a in attrs)
errors = dusplit (raw_errors, Q.__keep) [-1]
### wrap the filtered error instances
entity = self.entity
wrapped_errors = self._wrapped_errors = sorted \
( (Wrapper (entity, error) for error in uniq (errors))
, key = Q.po_index
)
for i, w in enumerate (wrapped_errors) :
w.index = i
def finish(self):
if self._wrapped_errors is None:
### keep only those error instances that are lowest-rank for
### each and every of their `attributes`
raw_errors = self._raw_errors
arm = defaultdict_rank()
for e in raw_errors:
try:
attrs = e.attributes
except AttributeError:
pass
else:
for a in attrs:
arm[a] = min(e.rank, arm[a])
e.__keep = all((arm[a] == e.rank) for a in attrs)
errors = dusplit(raw_errors, Q.__keep)[-1]
### wrap the filtered error instances
entity = self.entity
wrapped_errors = self._wrapped_errors = sorted \
( (Wrapper (entity, error) for error in uniq (errors))
, key = Q.po_index
)
for i, w in enumerate(wrapped_errors):
w.index = i
def names (self) :
return tuple (uniq ((self.name, ) + self.polisher.buddies))
def _of_bases (self, cls) :
result = TFL.defaultdict (list)
for b in reversed (cls.__bases__) :
for k, cs in pyk.iteritems (self.of_class (b)) :
result [k] = list (uniq (ichain (result [k], cs)))
return result
def add_replacers (self, * replacers) :
self.replacers = list \
(uniq (itertools.chain (self.replacers, replacers)))
def attrs (self) :
return tuple (uniq (itertools.chain (* (s.attrs for s in self.sels))))
def attrs(self):
return tuple(uniq(itertools.chain(*(s.attrs for s in self.sels))))
def _of_bases(self, cls):
result = TFL.defaultdict(list)
for b in reversed(cls.__bases__):
for k, cs in pyk.iteritems(self.of_class(b)):
result[k] = list(uniq(ichain(result[k], cs)))
return result
def add_replacers(self, *replacers):
self.replacers = list \
(uniq (itertools.chain (self.replacers, replacers)))
