def test_static_required_extraction_success(self):
# if static dict is required, dict values must not be empty
widget = factory(
'error:dict',
name='mydict',
value=odict([('k1', 'v1')]),
props={
'required': True,
'static': True,
'key_label': 'Key',
'value_label': 'Value'
})
# check valid extraction
request = {
'mydict.exists': '1',
'mydict.entry0.value': 'Value1',
}
data = widget.extract(request=request)
self.assertFalse(data.has_errors)
self.assertEqual(
data.extracted,
odict([('k1', 'Value1')])
)
# check rendered
rendered = widget(data=data)
expected = '<div class="errormessage">'
self.assertFalse(rendered.find(expected) > -1)
expected = 'name="mydict.entry0.value" type="text" value="Value1"'
self.assertTrue(rendered.find(expected) > -1)
def parse_override_function(myclasses_array_dict): while True: should_be_continue = False for class_name, one_myclass in myclasses_array_dict.iteritems(): my_supers = one_myclass[const.m_dict['super']] # setup self's override set override_set = set() if not one_myclass.has_key(const.override_all): one_myclass[const.override_all] = False for over_function in one_myclass[const.m_dict['override']]: if over_function[const.func.name] == const.override_all: one_myclass[const.override_all] = True break override_set.add(over_function[const.func.name]) # also snap super's free|destructor override_set.add(const.member_destructor[const.func.name]) override_set.add(const.member_free[const.func.name]) # traverse all super's vtable, try-match my override-func for super_name in my_supers.keys(): super_class = convert_to_class(myclasses_array_dict, super_name) # create new inherit-vtable if (not my_supers[super_name].has_key(super_name)) \ and super_class[const.m_dict['virtual']]: should_be_continue = True my_supers[super_name][super_name] = odict() my_supers[super_name][super_name]['path'] = super_name my_supers[super_name][super_name][const.control_super] = False v_func_list = [] if not my_supers[super_name][super_name].has_key(const.m_dict['virtual']): my_supers[super_name][super_name][const.m_dict['virtual']] = v_func_list # check override function for v_function in super_class[const.m_dict['virtual']]: if one_myclass[const.override_all] \ or v_function[const.func.name] in override_set: v_func_list.append(v_function) # clone inherit-vtable from supers super2_supers = super_class[const.m_dict['super']] for super2_name, super2_class in super2_supers.iteritems(): for super2_vtable_name, super2_vtable in super2_class.iteritems(): if not my_supers[super_name].has_key(super2_vtable_name): should_be_continue = True vtable_class = convert_to_class(myclasses_array_dict, super2_vtable_name) my_supers[super_name][super2_vtable_name] = odict() my_supers[super_name][super2_vtable_name]['path'] = super_name + '.' + super2_vtable['path'] my_supers[super_name][super2_vtable_name][const.control_super] = False v_func_list = [] if not my_supers[super_name][super2_vtable_name].has_key(const.m_dict['virtual']): my_supers[super_name][super2_vtable_name][const.m_dict['virtual']] = v_func_list # check override function for v_function in vtable_class[const.m_dict['virtual']]: if v_function[const.func.name] in override_set: v_func_list.push(v_function) if not should_be_continue: break
def __call__(self, track, *args ):
"""count number of entries in a table."""
config = ConfigParser.ConfigParser()
config.readfp(open(track),"r")
result = odict()
def convert( value ):
'''convert a value to int, float or str.'''
rx_int = re.compile("^\s*[+-]*[0-9]+\s*$")
rx_float = re.compile("^\s*[+-]*[0-9.]+[.+\-eE][+-]*[0-9.]*\s*$")
if value == None: return value
if rx_int.match( value ):
return int(value), "int"
elif rx_float.match( value ):
return float(value), "float"
return value, "string"
for section in config.sections():
x = odict()
for key,value in config.items( section ):
x[key] = odict( zip( ("value", "type" ), convert( value )) )
result[section] = x
return result
def convert_namespace_to_tree(def_path, input_dict):
mysuper = odict()
context_dict_tree = odict()
# file header or comments
mysuper['file_note'] = get_value_else_default(input_dict, 'file_note', False)
mysuper['trace'] = get_value_else_default(input_dict, 'trace', False)
mysuper['copyright'] = get_value_else_default(input_dict, 'copyright', [])
mysuper['author'] = get_value_else_default(input_dict, 'author', []) # author with email
mysuper['date'] = get_value_else_default(input_dict, 'date', strftime("%Y-%m-%d", gmtime()))
mysuper['summary'] = get_value_else_default(input_dict, 'summary', [])
mysuper['note'] = get_value_else_default(input_dict, 'note', [])
mysuper['comment'] = get_value_else_default(input_dict, 'comment', [])
mysuper['message'] = get_value_else_default(input_dict, 'message', '')
mysuper['error'] = get_value_else_default(input_dict, 'error', '')
# generate path
mysuper['path'] = get_value_else_default(input_dict, 'path', def_path)
mysuper['namespace'] = get_value_else_default(input_dict, 'namespace', def_path)
mysuper[const.config_super] = 'False'
mysuper[const.config_destructor] = 'False'
mysuper[const.m_dict['super']] = []
if input_dict.has_key(const.classes):
convert_to_myclasses(context_dict_tree, input_dict[const.classes], mysuper)
else:
raise Exception('json source no "{0}"'.format(const.classes))
return context_dict_tree
def etud_get_poursuite_info(context, sem, etud):
"""{ 'nom' : ..., 'semlist' : [ { 'semestre_id': , 'moy' : ... }, {}, ...] }
"""
I = {}
I.update(etud) # copie nom, prenom, sexe, ...
# Now add each semester, starting from the first one
semlist = []
current_id = sem['semestre_id']
for sem_id in range(1, current_id+1):
sem_descr = None
for s in etud['sems']:
if s['semestre_id'] == sem_id:
etudid = etud['etudid']
nt = context._getNotesCache().get_NotesTable(context, s['formsemestre_id'])
dec = nt.get_etud_decision_sem(etudid)
if (dec
and (code_semestre_validant(dec['code']) or code_semestre_attente(dec['code']))
and nt.get_etud_etat(etudid) == 'I'):
sem_descr = odict( data=(
('moy', nt.get_etud_moy_gen(etudid)),
('rang', nt.get_etud_rang(etudid)),
('effectif', len(nt.T)),
('date_debut', s['date_debut']),
('date_fin', s['date_fin']),
('periode', '%s - %s' % (s['mois_debut'], s['mois_fin']))
))
if not sem_descr:
sem_descr = odict( data=(('moy',''), ('rang',''), ('effectif', ''),
('date_debut', ''), ('date_fin', ''), ('periode', '')))
sem_descr['semestre_id'] = sem_id
semlist.append(sem_descr)
I['semlist'] = semlist
return I
def form(self):
# make configuration data available on form context
self.props = ILDAPProps(self.plugin)
self.users = ILDAPUsersConfig(self.plugin)
self.groups = ILDAPGroupsConfig(self.plugin)
# prepare users data on form context
self.users_attrmap = odict()
for key in self.static_attrs_users:
self.users_attrmap[key] = self.users.attrmap.get(key)
self.users_propsheet_attrmap = odict()
for key, value in self.users.attrmap.items():
if key in self.static_attrs_users:
continue
self.users_propsheet_attrmap[key] = value
# prepare groups data on form context
self.groups_attrmap = odict()
for key in self.static_attrs_groups:
self.groups_attrmap[key] = self.groups.attrmap.get(key)
self.groups_propsheet_attrmap = odict()
for key, value in self.groups.attrmap.items():
if key in self.static_attrs_groups:
continue
self.groups_propsheet_attrmap[key] = value
# handle form
form = parse_from_YAML('pas.plugins.ldap:properties.yaml', self, _)
controller = Controller(form, self.request)
if not controller.next:
return controller.rendered
self.request.RESPONSE.redirect(controller.next)
return u''
def GET(self, what="any", field="any", key="*", limit=10, offset=0,
which='3'):
if what not in ("any", "gene", "enrichment", "species", "tissue"):
return web.notfound()
sexp=self.get_search_expression(what, field, key, limit, offset)
limit=int(limit)
offset=int(offset)
html=odict.odict()
html['species']=html['tissue']=html['gene']=html['enrichment']=''
hitcounts=odict.odict()
hitcounts['species']=hitcounts['tissue']=hitcounts['gene']= \
hitcounts['enrichment']=0
chitcounts=odict.odict()
## Get the hit counts
hitcounts['species']= \
model.search_for_species(field, key, which, count=True)[0].count
chitcounts['species']=0
hitcounts['tissue']=\
model.search_for_tissue(field, key, which, count=True)[0].count
chitcounts['tissue']=hitcounts['species']
hitcounts['gene']= \
model.search_for_gene(field, key, which, count=True)[0].count
chitcounts['gene']=chitcounts['tissue']+hitcounts['tissue'];
hitcounts['enrichment']= \
model.search_for_enrichment(field, key, which,count=True)[0].count
chitcounts['enrichment']=chitcounts['gene']+hitcounts['gene']
## What to show
offsets, limits = self.get_pos(hitcounts, offset, limit)
## Show it
if what in ('species', 'any') and limits['species'] != 0:
html['species']=self.search_for_species(field, key, which,
limits['species'],
offsets['species'])
if what in ('tissue', 'any') and limits['tissue'] != 0:
html['tissue']=self.search_for_tissue(field, key, which,
limits['tissue'],
offsets['species'])
if what in ('gene', 'any') and limits['gene'] != 0:
html['gene']=self.search_for_gene(field, key, which,
limits['gene'],
offsets['gene'])
if what in ('enrichment', 'any') and limits['enrichment'] != 0:
html['enrichment']= \
self.search_for_enrichment(field, key, which,
limits['enrichment'],
offsets['enrichment'])
return render.searchresults(hitcounts, chitcounts,
html, offset, web.ctx.home,
field, key, limit, what,
sum(hitcounts.values()),
sexp, which)
def generate_thesaurus(self, neg_kwds):
"""The main function which gets thesaurus keywords.
Loops through existing keywords and get
thesaurus keywords based on config.
Args:
neg_kwds: a list of keywords whose context related keywords
should not be included.
Returns:
A dictionary containing """
ekwds = self.ekwds # existing keywords.
synsxx = odict() # Ordered dictionary.
for kwd in ekwds:
# do this for each word in a kwd
s_kwd = kwd.split()
synsxx[kwd] = odict() # ([],[]) #close syns and hyponyms
for x in s_kwd:
synsxx[kwd][x] = [[x], []] # close syns and hyponyms
#only take verbs and nouns
kwd_syns = wn.synsets(x)
if not kwd_syns:
continue
counter = 0
words_temp_syns = []
words_temp_hyps = []
if x in self.final_word_dict.keys():
continue
# TODO: add a separate loop for homonyms
cached_kwd_syns = set(kwd_syns[:])
for i in kwd_syns:
#TODO(mrafi): remove negative kwds.
negative_keywords = self.get_negative_keywords(
neg_kwds, i)
cached_kwd_syns = cached_kwd_syns - set(negative_keywords)
if not cached_kwd_syns.__contains__(i):
continue
if not self.config.get('include_all_pos_types') and i.pos not in ('n', 'v', 'a'):
continue
if self.config['close_syns']:
types_of_kwd = i.lemmas # XXX:for synonyms this is it
temp = sorted(i.lemma_names())
#if i in
for j in temp:
words_temp_syns.append('%s ' % (j.replace('_', ' ')))
if self.config['hypo_syns']:
types_of_kwd = i.hyponyms() # data for hyponyms
temp = sorted([lemma.name for synset in types_of_kwd for lemma in synset.lemmas])
for j in temp:
words_temp_hyps.append('%s ' % (j.replace('_', ' ')))
if not types_of_kwd:
continue
counter += 1
if words_temp_syns:
synsxx[kwd][x][0] = sorted(list(set(words_temp_syns)))
if words_temp_hyps:
synsxx[kwd][x][1] = sorted(list(set(words_temp_hyps)))
return synsxx
def asdict(self):
ndx = np.arange(0, self.len)
by_row = odict.odict()
for n in ndx:
by_row[n] = odict.odict()
for n in by_row.keys():
for cn in self.names:
by_row[n][cn] = self.col[cn][n]
return by_row
def __init__(self):
self.Ty = TypeContainer()
PublishWellKnownTypes(self.Ty)
self.recs = odict([(rName, self.Ty.get(rName)) for rName in sd.recordSchema.iterkeys()])
self.hnds = odict([(hName + 'Handle', self.Ty.get(hName + 'Handle')) for hName in sd.handleSchema])
for rec in self.recs.itervalues():
rec.handle = self.hnds[str(rec) + 'Handle']
self.Ty.NativeReader = ClassDef('NativeReader')
self.Ty.NativeWriter = ClassDef('NativeWriter')
def reset(self):
"""
Empty the table
"""
self.keywords = odict()
self.comments = []
self.columns = odict()
self.data = None
self._primary_key = None
return
def test_first_and_last_key(self):
# Test first and last key.
o = odict([('a', 1), ('b', 2), ('c', 3), ('d', 4)])
self.assertEqual(o.firstkey(), 'a')
self.assertEqual(o.lastkey(), 'd')
o = odict()
msg = "\"'firstkey(): ordered dictionary is empty'\""
self.assertRaisesWithMessage(msg, o.firstkey, KeyError)
msg = "\"'lastkey(): ordered dictionary is empty'\""
self.assertRaisesWithMessage(msg, o.lastkey, KeyError)
def test_odict_storage(self):
obj = OdictStorageObject()
self.assertEqual(obj.storage, odict())
obj['foo'] = 'foo'
self.assertEqual(obj.storage, odict([('foo', 'foo')]))
self.assertEqual(obj['foo'], 'foo')
self.assertEqual([key for key in obj], ['foo'])
del obj['foo']
self.assertEqual(obj.storage, odict())
def test_casting(self):
# casting to dict will fail
# Reason -> http://bugs.python.org/issue1615701
# The __init__ function of dict checks wether arg is subclass of dict,
# and ignores overwritten __getitem__ & co if so.
# This was fixed and later reverted due to behavioural problems with
# pickle.
self.assertEqual(dict(odict([(1, 1)])), {1: [_nil, 1, _nil]})
# The following ways for type conversion work
self.assertEqual(dict(odict([(1, 1)]).items()), {1: 1})
self.assertEqual(odict([(1, 1)]).as_dict(), {1: 1})
def defaults(self, param=None, ipython_globals=None, paramvalue=None, subparam=None):
if not hasattr(self, "__globals__") or self.__globals__ == None :
self.__globals__=sys._getframe(len(inspect.stack())-1).f_globals
if ipython_globals == None:
myf=self.__globals__
else:
myf=ipython_globals
a = odict()
a['vis'] = ''
a['field'] = ''
a['spw'] = ''
a['model'] = ''
a['nterms'] = 1
a['wprojplanes'] = 1
a['complist'] = ''
a['incremental'] = False
a['usescratch'] = False
a['async']=False
a['nterms'] = {
0:odict([{'notvalue':1}, {'reffreq':''}])}
### This function sets the default values but also will return the list of
### parameters or the default value of a given parameter
if(param == None):
myf['__set_default_parameters'](a)
elif(param == 'paramkeys'):
return a.keys()
else:
if(paramvalue==None and subparam==None):
if(a.has_key(param)):
return a[param]
else:
return self.itsdefault(param)
else:
retval=a[param]
if(type(a[param])==dict):
for k in range(len(a[param])):
valornotval='value'
if(a[param][k].has_key('notvalue')):
valornotval='notvalue'
if((a[param][k][valornotval])==paramvalue):
retval=a[param][k].copy()
retval.pop(valornotval)
if(subparam != None):
if(retval.has_key(subparam)):
retval=retval[subparam]
else:
retval=self.itsdefault(subparam)
else:
retval=self.itsdefault(subparam)
return retval
def update( self ):
self.detailedBalance = dict.fromkeys( self.goods, 0 )
self.globalBalance = 0
self.neededDiversity = 0
self.imports = dict()
self.exports = dict()
for good in self.goods:
self.imports[ good ] = self.board.getImports( self.category + "." + good )
self.exports[ good ] = self.board.getExports( self.category + "." + good )
self.detailedBalance[ good ] += self.imports[ good ] - self.exports[ good ]
self.globalBalance += self.imports[ good ] - self.exports[ good ]
self.producers = odict()
for producer in self.__producers:
number = len( self.board.getObjectsByType( producer ) )
available = self.board.isAvailable( producer )
goods = dict()
for good in self.goods:
if self.category + "." + good in GameItemTypes.attributes[ producer ]:
goods[ good ] = number * GameItemTypes.attributes[ producer ][ self.category + "." + good ]
self.detailedBalance[ good ] += goods[ good ]
self.globalBalance += goods[ good ]
self.producers[ producer ] = ( number, available, goods )
self.detailedConsumers = odict()
for detailedConsumer in self.__detailedConsumers:
number = len( self.board.getObjectsByType( detailedConsumer ) )
available = self.board.isAvailable( detailedConsumer )
goods = dict()
for good in self.goods:
if self.category + "." + good in GameItemTypes.attributes[ detailedConsumer ]:
goods[ good ] = number * GameItemTypes.attributes[ detailedConsumer ][ self.category + "." + good ]
self.detailedBalance[ good ] += goods[ good ]
self.globalBalance += goods[ good ]
self.detailedConsumers[ detailedConsumer ] = ( number, available, goods )
self.globalConsumers = odict()
for globalConsumer in self.__globalConsumers:
number = len( self.board.getObjectsByType( globalConsumer ) )
available = self.board.isAvailable( globalConsumer )
goods = number * GameItemTypes.attributes[ globalConsumer ][ self.category ]
self.globalBalance += goods
self.globalConsumers[ globalConsumer ] = ( number, available, goods )
if number > 0:
self.neededDiversity = max( self.neededDiversity, GameItemTypes.attributes[ globalConsumer ][ "NeededDiversity." + self.category ] )
self.hasGlobalConsumers = len( self.__globalConsumers ) > 0
self.globalBalanceIsOk = self.globalBalance >= 0
self.availableDiversity = len( [ good for good in self.goods if self.detailedBalance[ good ] > 0 ] )
self.availableDiversityIsOk = self.availableDiversity >= self.neededDiversity
self.detailedBalanceIsOk = dict( [ ( good, balance >= 0 ) for ( good, balance ) in self.detailedBalance.iteritems() ] )
def __init__(self):
self.cfg = dict()
self.cfg_file = self._find_cfg()
self.load_config()
self.cmds = odict()
self.aliases = odict()
for ep in iter_entry_points(self.entry_point_keys['commands']):
self.cmds[ep.name] = ep.load()(ep.name, self)
for ep in iter_entry_points(self.entry_point_keys['aliases']):
self.aliases[ep.name] = ep.load()()
self.cmds.sort()
self.aliases.sort()
def __init__(self, class_, context=None):
"""
:param class_: class object for creating children in test.
:param context: an optional root context to test against, If None, an
instance of class_ is created as root.
"""
self._results = odict()
self.class_ = class_
self.context = context
if self.context is None:
self.context = class_()
self._results = odict()
def __init__(self, *args, **kwargs):
BaseWindow.__init__(self, *args, **kwargs)
[setattr(self,k,v) for k,v in kwargs.iteritems() if k in ('settings','translator','platform','fanArt','cachesByName', 'upcoming', )]
[setattr(self,k,v) for k,v in self.cachesByName.iteritems() if k in ('mythChannelIconCache','domainCache', )]
self.programs = [] # [RecordedProgram]
self.channelsById = None # {int:Channel}
self.tunersById = None # {int:Tuner}
self.listItemsByProgram = odict.odict() # {Program:ListItem}
self.programsByListItemKey = odict.odict() # {ListItem:Program}
self.sortBy = self.settings.get('upcoming_sort_by')
self.sortAscending = self.settings.getBoolean('upcoming_sort_ascending')
self.activeRenderToken = None
def __init__(self, exist_kwds, config):
"""Constructor.
Args:
exist_kwds: A list of source/sample words.
# TODO(mrafi): Change config from a dictionary to depth level.
config: a dictionary containing flags for hypernymns and hyponymns."""
self.ekwds = self.make_list(exist_kwds)
self.config = config # config is a dictionary
self.nkwds = []
self.word_dict = odict()
self.filex = 'test.txt'
self.kwd_list = []
self.final_word_dict = odict()
def save(self, widget, data):
props = ILDAPProps(self.plugin)
users = ILDAPUsersConfig(self.plugin)
groups = ILDAPGroupsConfig(self.plugin)
def fetch(name):
name = 'ldapsettings.%s' % name
__traceback_info__ = name
return data.fetch(name).extracted
props.uri = fetch('server.uri')
props.user = fetch('server.user')
password = fetch('server.password')
if password is not UNSET:
props.password = password
# XXX: later
#props.start_tls = fetch('server.start_tls')
#props.tls_cacertfile = fetch('server.tls_cacertfile')
#props.tls_cacertdir = fetch('server.tls_cacertdir')
#props.tls_clcertfile = fetch('server.tls_clcertfile')
#props.tls_clkeyfile = fetch('server.tls_clkeyfile')
#props.retry_max = fetch(at('server.retry_max')
#props.retry_delay = fetch('server.retry_delay')
props.cache = fetch('cache.cache')
props.memcached = fetch('cache.memcached')
props.timeout = fetch('cache.timeout')
users.baseDN = fetch('users.dn')
map = odict()
map.update(fetch('users.aliases_attrmap'))
users_propsheet_attrmap = fetch('users.propsheet_attrmap')
if users_propsheet_attrmap is not UNSET:
map.update(users_propsheet_attrmap)
users.attrmap = map
users.scope = fetch('users.scope')
users.queryFilter = fetch('users.query')
objectClasses = fetch('users.object_classes')
objectClasses = \
[v.strip() for v in objectClasses.split(',') if v.strip()]
users.objectClasses = objectClasses
groups = self.groups
groups.baseDN = fetch('groups.dn')
map = odict()
map.update(fetch('groups.aliases_attrmap'))
groups_propsheet_attrmap = fetch('groups.propsheet_attrmap')
if groups_propsheet_attrmap is not UNSET:
map.update(groups_propsheet_attrmap)
groups.attrmap = map
groups.scope = fetch('groups.scope')
groups.queryFilter = fetch('groups.query')
objectClasses = fetch('groups.object_classes')
objectClasses = \
[v.strip() for v in objectClasses.split(',') if v.strip()]
groups.objectClasses = objectClasses
def test_posix_account(self, props):
ucfg = UsersConfig(
baseDN='ou=defaults,dc=my-domain,dc=com',
attrmap=odict((
('rdn', 'cn'),
('id', 'cn')
)),
scope=SUBTREE,
queryFilter='(objectClass=posixAccount)',
objectClasses=['account', 'posixAccount'],
defaults={}
)
users = Users(props, ucfg)
user = users.create('posixuser')
user()
self.assertEqual(sorted(user.context.attrs.items()), [
(u'cn', u'posixuser'),
(u'gidNumber', u'100'),
(u'homeDirectory', u'/home/posixuser'),
(u'objectClass', [u'account', u'posixAccount']),
(u'uid', u'posixuser'),
(u'uidNumber', u'100')
])
defaults.creation_defaults['posixAccount']['loginShell'] = posix.loginShell
ucfg = UsersConfig(
baseDN='ou=defaults,dc=my-domain,dc=com',
attrmap=odict((
('rdn', 'uid'),
('id', 'uid')
)),
scope=SUBTREE,
queryFilter='(objectClass=posixAccount)',
objectClasses=['account', 'posixAccount'],
defaults={}
)
users = Users(props, ucfg)
user = users.create('posixuser1')
user()
self.assertEqual(sorted(user.context.attrs.items()), [
(u'cn', u'posixuser1'),
(u'gidNumber', u'101'),
(u'homeDirectory', u'/home/posixuser1'),
(u'loginShell', u'/bin/false'),
(u'objectClass', [u'account', u'posixAccount']),
(u'uid', u'posixuser1'),
(u'uidNumber', u'101')
])
del defaults.creation_defaults['posixAccount']['loginShell']
def collect(self):
"""collect all data.
Data is stored in a multi-level dictionary (DataTree)
"""
self.data = odict()
is_function, datapaths = self.getDataPaths(self.tracker)
# if function, no datapaths
if is_function:
d = self.getData(())
# save in data tree as leaf
DataTree.setLeaf(self.data, ("all",), d)
self.debug("%s: collecting data finished for function." % (self.tracker))
return
# if no tracks, error
if len(datapaths) == 0 or len(datapaths[0]) == 0:
self.warn("%s: no tracks found - no output" % self.tracker)
raise ValueError("no tracks found from %s" % self.tracker)
# filter data paths
datapaths = self.filterDataPaths(datapaths)
# if no tracks, error
if len(datapaths) == 0 or len(datapaths[0]) == 0:
self.warn("%s: no tracks remain after filtering - no output" % self.tracker)
raise ValueError("no tracks found from %s" % self.tracker)
all_paths = list(itertools.product(*datapaths))
self.debug("%s: collecting data started for %i data paths" % (self.tracker, len(all_paths)))
self.data = odict()
for path in all_paths:
d = self.getData(path)
# ignore empty data sets
if d == None:
continue
# save in data tree as leaf
DataTree.setLeaf(self.data, path, d)
self.debug("%s: collecting data finished for %i data paths" % (self.tracker, len(all_paths)))
def __init__(self, class_, context=None, sorted_output=False):
"""
``class_``
class object for creating children in test.
``context``
an optional root context to test against, If None, an instance of
class_ is created as root.
"""
self._results = odict()
self.class_ = class_
self.context = context
if self.context is None:
self.context = class_()
self.sorted_output = sorted_output
self._results = odict()
def getDict( self, stmt ):
"""return results from SQL statement *stmt* as a dictionary.
Example: SELECT column1, column2 FROM table
Result: { 1: 2, 2: 4, 3: 2}
The first column is taken as the dictionary key
"""
# convert to tuples
e = self.execute(self.buildStatement(stmt))
columns = e.keys()
result = odict()
for row in e:
result[row[0]] = odict( zip( columns[1:], row[1:] ) )
return result
def test_create_tree(self):
self.assertEqual(create_tree(odict), odict([
('child_0', odict([
('subchild_0', odict()),
('subchild_1', odict())
])),
('child_1', odict([
('subchild_0', odict()),
('subchild_1', odict())
])),
('child_2', odict([
('subchild_0', odict()),
('subchild_1', odict())
]))
]))
def _load_keys(self):
self._keys = odict()
self._child_dns = {}
attrlist = ['dn']
if self._seckey_attrs:
self._seckeys = dict()
attrlist.extend(self._seckey_attrs)
for key, attrs in self.search(attrlist=attrlist):
try:
self._keys[key]
except KeyError:
self._keys[key] = None
self._child_dns[key] = attrs['dn']
for seckey_attr, seckey in \
self._calculate_seckeys(attrs).items():
try:
self._seckeys[seckey_attr]
except KeyError:
self._seckeys[seckey_attr] = {}
try:
self._seckeys[seckey_attr][seckey]
except KeyError:
self._seckeys[seckey_attr][seckey] = key
else:
raise KeyError(
u"Secondary key not unique: %s='%s'." % \
(seckey_attr, seckey))
else:
raise RuntimeError(u"Key not unique: %s='%s'." % \
(self._key_attr, key))
def _resolvearg(self, arg):
if isinstance(arg, _ast.Str):
return repr(arg.s)
elif isinstance(arg, _ast.Num):
return arg.n
elif isinstance(arg, _ast.Name):
return arg.id
elif isinstance(arg, _ast.Call):
args = list()
for a in arg.args:
args.append(self._resolvearg(a))
kwargs = odict()
for keyword in arg.keywords:
kwargs[keyword.arg] = self._resolvearg(keyword.value)
try:
return Call(name=arg.func.id, args=args, kwargs=kwargs)
except AttributeError:
return Call(name=arg.func.attr, args=args, kwargs=kwargs)
elif isinstance(arg, _ast.Tuple) or isinstance(arg, _ast.List):
ret = list()
for a in arg.elts:
ret.append(self._resolvearg(a))
if isinstance(arg, _ast.Tuple):
ret = tuple(ret)
return ret
elif isinstance(arg, _ast.Dict):
ret = dict()
pointer = 0
for key in arg.keys:
key = self._resolvearg(key)
ret[key] = self._resolvearg(arg.values[pointer])
pointer += 1
return ret
def run():
head('dict')
root = dict()
global root
print CREATE_DELETE_ROW
dict_results = {
1000: result(dict, 1000),
10000: result(dict, 10000),
100000: result(dict, 100000),
1000000: result(dict, 1000000),
}
head('odict')
root = odict.odict()
global root
print CREATE_DELETE_ROW
odict_results = {
1000: result(odict.odict, 1000),
10000: result(odict.odict, 10000),
100000: result(odict.odict, 100000),
1000000: result(odict.odict, 1000000),
}
head('relation ``dict:odict``')
print RELATION_ROW
for key, value in dict_results.items():
dstart, dmid, dend = value
ostart, omid, oend = odict_results[key]
relation_create = (omid - ostart) / (dmid - dstart)
relation_delete = (oend - omid) / (dend - dmid)
relation_row('creating', key, relation_create)
relation_row('deleting', key, relation_delete)
def returnQuantities(runNumber):
infoCollector = getInfoCollector(runNumber)
quantities =[]
# f = returnFile(runNumber)
# for key in f.GetListOfKeys():
# if key.ReadObj().ClassName() == "PotCollection":
# potCollection = key.ReadObj()
for pot in getPotCollection(runNumber):
for trigStat in pot.fConditionalTriggerStat:
quantities.append(odict())
#quantities[-1]["runName"] = "testRunName"
quantities[-1]["runName"] = infoCollector.runName.replace('run_','')
quantities[-1]["potName"] = pot.GetName()
quantities[-1]["condition"] = trigStat.GetName()
quantities[-1]["nevents"] = trigStat.fConditions
quantities[-1][""] = trigStat.fConditionANDRawSimuCCoutputTheSame
quantities[-1]["fConditionANDRawSimuCCoutputNotTheSame"] = trigStat.fConditionANDRawSimuCCoutputNotTheSame
quantities[-1]["fConditionANDRawSimuCCoutputNotTheSameEven"] = trigStat.fConditionANDRawSimuCCoutputNotTheSameEven
quantities[-1]["fConditionANDRawSimuCCoutputNotTheSameOdd"] = trigStat.fConditionANDRawSimuCCoutputNotTheSameOdd
quantities[-1]["fConditionANDRawSimuCCoutputNotTheSameEvenOdd"] = trigStat.fConditionANDRawSimuCCoutputNotTheSameEvenOdd
quantities[-1]["fConditionANDTriggerRaw0Simu0"] = trigStat.fConditionANDTriggerRaw0Simu0
quantities[-1]["fConditionANDTriggerRaw1Simu0"] = trigStat.fConditionANDTriggerRaw1Simu0
quantities[-1]["fConditionANDTriggerRaw0Simu1"] = trigStat.fConditionANDTriggerRaw0Simu1
quantities[-1]["fConditionANDTriggerRaw1Simu1"] = trigStat.fConditionANDTriggerRaw1Simu1
for potType in (ROOT.ERawOrSimu.kRaw,ROOT.ERawOrSimu.kSimu):
for trigStat in pot.GetPot(potType).fConditionalTriggerStat:
if quantities[-1]["condition"] == trigStat.GetName():
#print "fConditionANDTrigger"+str(ROOT.PreTriggerStat.RawOrSimuString(potType))
quantities[-1]["fConditionANDTrigger"+str(ROOT.PreTriggerStat.RawOrSimuString(potType))] = trigStat.fConditionANDTrigger
assert(len(quantities)!=0)
return quantities
def nodespaces(self):
"""A storage and general way to access our nodespaces.
An ``AttributedNode`` uses this to store the ``attrs`` nodespace i.e.
"""
if self._nodespaces is None:
self._nodespaces = odict()
self._nodespaces['__children__'] = self
return self._nodespaces
def test_pop(self):
# Test pop and popitem
o = odict([(1, 'a'), (2, 'b')])
self.assertRaisesWithMessage('3', o.pop, KeyError, 3)
self.assertEqual(o.pop(3, 'foo'), 'foo')
self.assertEqual(o.pop(2), 'b')
self.assertEqual(o.popitem(), (1, 'a'))
msg = "\"'popitem(): ordered dictionary is empty'\""
self.assertRaisesWithMessage(msg, o.popitem, KeyError)
def __init__(self, decoratorname=None, astnode=None, buffer=[]):
PythonNode.__init__(self, None, astnode, buffer)
CallableArguments.__init__(self)
self.decoratorname = decoratorname
self._args_orgin = list()
self._kwargs_orgin = odict()
self.parser = self.parserfactory(self)
if astnode is not None:
self.parser()
def test_swap(self):
# Test ``swap``
o = odict([('0', 'a'), ('1', 'b'), ('2', 'c'), ('3', 'd'), ('4', 'e')])
# Cannot swap same key
with self.assertRaises(ValueError):
o.swap('0', '0')
self.assertEqual(o.keys(), ['0', '1', '2', '3', '4'])
self.assertEqual(o.values(), ['a', 'b', 'c', 'd', 'e'])
# Case first 2, a < b
o.swap('0', '1')
self.assertEqual(o.keys(), ['1', '0', '2', '3', '4'])
self.assertEqual(o.values(), ['b', 'a', 'c', 'd', 'e'])
# Case first 2, a > b
o.swap('0', '1')
self.assertEqual(o.keys(), ['0', '1', '2', '3', '4'])
self.assertEqual(o.values(), ['a', 'b', 'c', 'd', 'e'])
# Case last 2, a < b
o.swap('3', '4')
self.assertEqual(o.keys(), ['0', '1', '2', '4', '3'])
self.assertEqual(o.values(), ['a', 'b', 'c', 'e', 'd'])
# Case last 2, a > b
o.swap('3', '4')
self.assertEqual(o.keys(), ['0', '1', '2', '3', '4'])
self.assertEqual(o.values(), ['a', 'b', 'c', 'd', 'e'])
# Case neighbors, a < b
o.swap('1', '2')
self.assertEqual(o.keys(), ['0', '2', '1', '3', '4'])
self.assertEqual(o.values(), ['a', 'c', 'b', 'd', 'e'])
# Case neighbors, a > b
o.swap('1', '2')
self.assertEqual(o.keys(), ['0', '1', '2', '3', '4'])
self.assertEqual(o.values(), ['a', 'b', 'c', 'd', 'e'])
# Case non neighbors, one key first, a < b
o.swap('0', '2')
self.assertEqual(o.keys(), ['2', '1', '0', '3', '4'])
self.assertEqual(o.values(), ['c', 'b', 'a', 'd', 'e'])
# Case non neighbors, one key first, a > b
o.swap('0', '2')
self.assertEqual(o.keys(), ['0', '1', '2', '3', '4'])
self.assertEqual(o.values(), ['a', 'b', 'c', 'd', 'e'])
# Case non neighbors, one key last, a < b
o.swap('2', '4')
self.assertEqual(o.keys(), ['0', '1', '4', '3', '2'])
self.assertEqual(o.values(), ['a', 'b', 'e', 'd', 'c'])
# Case non neighbors, one key last, a > b
o.swap('2', '4')
self.assertEqual(o.keys(), ['0', '1', '2', '3', '4'])
self.assertEqual(o.values(), ['a', 'b', 'c', 'd', 'e'])
# Case non neighbors, a < b
o.swap('1', '3')
self.assertEqual(o.keys(), ['0', '3', '2', '1', '4'])
self.assertEqual(o.values(), ['a', 'd', 'c', 'b', 'e'])
# Case non neighbors, a > b
o.swap('1', '3')
self.assertEqual(o.keys(), ['0', '1', '2', '3', '4'])
self.assertEqual(o.values(), ['a', 'b', 'c', 'd', 'e'])
def defaults(self,
param=None,
ipython_globals=None,
paramvalue=None,
subparam=None):
if not hasattr(self, "__globals__") or self.__globals__ == None:
self.__globals__ = sys._getframe(len(inspect.stack()) -
1).f_globals
if ipython_globals == None:
myf = self.__globals__
else:
myf = ipython_globals
a = odict()
a['muser'] = globalpy.muser_global_muser
a['inputfile'] = ''
a['start'] = ''
a['integral'] = 1
a['niter'] = 1
a['hourangle'] = 999
a['declination'] = 999
a['correct'] = 0
a['calibration'] = True
a['bigfile'] = False
a['debug'] = globalpy.muser_global_debug
### This function sets the default values but also will return the list of
### parameters or the default value of a given parameter
if (param == None):
myf['__set_default_parameters'](a)
elif (param == 'paramkeys'):
return a.keys()
else:
if (paramvalue == None and subparam == None):
if (a.has_key(param)):
return a[param]
else:
return self.itsdefault(param)
else:
retval = a[param]
if (type(a[param]) == dict):
for k in range(len(a[param])):
valornotval = 'value'
if (a[param][k].has_key('notvalue')):
valornotval = 'notvalue'
if ((a[param][k][valornotval]) == paramvalue):
retval = a[param][k].copy()
retval.pop(valornotval)
if (subparam != None):
if (retval.has_key(subparam)):
retval = retval[subparam]
else:
retval = self.itsdefault(subparam)
else:
retval = self.itsdefault(subparam)
return retval
def test_reverse_iteration(self):
# Reverse iteration
o = odict([('a', 1), ('b', 2), ('c', 3), ('d', 4)])
self.assertEqual([x for x in o.riterkeys()], ['d', 'c', 'b', 'a'])
self.assertEqual(o.rkeys(), ['d', 'c', 'b', 'a'])
self.assertEqual([x for x in o.ritervalues()], [4, 3, 2, 1])
self.assertEqual(o.rvalues(), [4, 3, 2, 1])
self.assertEqual([x for x in o.riteritems()], [('d', 4), ('c', 3),
('b', 2), ('a', 1)])
self.assertEqual(o.ritems(), [('d', 4), ('c', 3), ('b', 2), ('a', 1)])
def create_odict_from_items(name, key, dictlst):
"""
Construct an ordered dictionary from a list of dictionaries, using
the key from the dictionary.
"""
def _generator():
for delement in dictlst:
dvalues = dict((k, v) for (k, v) in delement.iteritems())
yield (delement[key], Struct(name, **dvalues))
return odict(_generator())
def test_compound_blueprint_structural_children(self):
# Compound with structural compound as child
value = {
'inner': 'Value 1 from parent',
'inner2': 'Value 2 from parent',
}
compound = factory('compound', name='COMPOUND', value=value)
structural = compound['STRUCTURAL'] = factory(
'compound', props={'structural': True})
structural['inner'] = factory('text')
structural['inner2'] = factory('text', props={'required': True})
self.check_output(
"""
<div>
<input class="text" id="input-COMPOUND-inner" name="COMPOUND.inner"
type="text" value="Value 1 from parent"/>
<input class="required text" id="input-COMPOUND-inner2"
name="COMPOUND.inner2" required="required" type="text"
value="Value 2 from parent"/>
</div>
""", fxml(tag('div', compound())))
self.assertEqual(compound.treerepr().split('\n'), [
"<class 'yafowil.base.Widget'>: COMPOUND",
" <class 'yafowil.base.Widget'>: STRUCTURAL",
" <class 'yafowil.base.Widget'>: inner",
" <class 'yafowil.base.Widget'>: inner2", ""
])
data = compound.extract({
'COMPOUND.inner': 'newvalue',
'COMPOUND.inner2': '',
})
self.assertEqual(data.name, 'COMPOUND')
self.assertEqual(data.value, {
'inner2': 'Value 2 from parent',
'inner': 'Value 1 from parent'
})
expected = odict()
expected['inner'] = 'newvalue'
expected['inner2'] = ''
self.assertEqual(data.extracted, expected)
data_inner = data['inner']
self.assertEqual(data_inner.name, 'inner')
self.assertEqual(data_inner.value, 'Value 1 from parent')
self.assertEqual(data_inner.extracted, 'newvalue')
self.assertEqual(data_inner.errors, [])
data_inner2 = data['inner2']
self.assertEqual(data_inner2.name, 'inner2')
self.assertEqual(data_inner2.value, 'Value 2 from parent')
self.assertEqual(data_inner2.extracted, '')
self.assertEqual(data_inner2.errors,
[ExtractionError('Mandatory field was empty')])
def defaults(self,
param=None,
ipython_globals=None,
paramvalue=None,
subparam=None):
if not hasattr(self, "__globals__") or self.__globals__ == None:
self.__globals__ = sys._getframe(len(inspect.stack()) -
1).f_globals
if ipython_globals == None:
myf = self.__globals__
else:
myf = ipython_globals
a = odict()
a['vis'] = ''
a['outputvis'] = ''
a['timerange'] = ''
a['spw'] = ''
a['subtime1'] = ''
a['subtime2'] = ''
a['splitsel'] = True
a['reverse'] = False
a['overwrite'] = False
### This function sets the default values but also will return the list of
### parameters or the default value of a given parameter
if (param == None):
myf['__set_default_parameters'](a)
elif (param == 'paramkeys'):
return a.keys()
else:
if (paramvalue == None and subparam == None):
if (a.has_key(param)):
return a[param]
else:
return self.itsdefault(param)
else:
retval = a[param]
if (type(a[param]) == dict):
for k in range(len(a[param])):
valornotval = 'value'
if (a[param][k].has_key('notvalue')):
valornotval = 'notvalue'
if ((a[param][k][valornotval]) == paramvalue):
retval = a[param][k].copy()
retval.pop(valornotval)
if (subparam != None):
if (retval.has_key(subparam)):
retval = retval[subparam]
else:
retval = self.itsdefault(subparam)
else:
retval = self.itsdefault(subparam)
return retval
def ldap_rcfg(self):
settings = self.attrs
attr_map = odict(settings.roles_aliases_attrmap.items())
return RolesConfig(
baseDN=settings.roles_dn,
attrmap=attr_map,
scope=int(settings.roles_scope),
queryFilter=settings.roles_query,
objectClasses=settings.roles_object_classes,
# member_relation=settings.roles_relation,
defaults=factory_defaults.role)
def __init__(self, *args, **kwargs):
BaseWindow.__init__(self, *args, **kwargs)
# inject dependencies from constructor
[setattr(self,k,v) for k,v in kwargs.iteritems() if k in ('settings', 'translator', 'platform', 'fanArt', 'cachesByName', 'bus',)]
[setattr(self,k,v) for k,v in self.cachesByName.iteritems()]
self.t = self.translator.get
self.programs = [] # [RecordedProgram]
self.allGroupTitle = self.t(m.ALL_RECORDINGS)
self.activeRenderToken = None
self.groupsByTitle = odict.odict() # {unicode:Group}
self.groupsListItems = []
self.activeGroup = None
self.lastFocusId = None
self.sameBackgroundCache = {} # {title:filepath}
self.bus.register(self)
self.GROUP_SORT_BY = odict.odict([
('Title', {'translation_id': m.TITLE, 'reverse': False, 'sorter' : lambda g: [g.title, u'0000'][g.title == self.allGroupTitle]}),
('Date', {'translation_id': m.DATE, 'reverse': True, 'sorter' : lambda g: [g.programs[0].starttimeAsTime(), datetime.datetime(datetime.MAXYEAR, 12, 31, 23, 59, 59, 999999, tzinfo=None)][g.title == self.allGroupTitle]})])
self.dirty = False
def tget_defaults(param=None):
myf = stack_frame_find()
a = odict()
a['task'] = ''
a['savefile'] = ''
if (param == None):
myf['__set_default_parameters'](a)
elif (param == 'paramkeys'):
return a.keys()
else:
if (a.has_key(param)):
return a[param]
def test3_hc(topo, ncgic, nhc) : # Copy over fgice and fgrnd # The values of these might have to change a bit, but # not the structure. ovars = odict() ovars['fgice'] = gread(topo, 'fgice') ovars['fgrnd'] = gread(topo, 'fgrnd') fgice = ovars['fgice'][0] fgrnd = ovars['fgrnd'][0] # Allocate but only read things we need now zatmo_t = gread(topo, 'zatmo') tlandi_t = gread(ncgic, 'tlandi') snowli_t = gread(ncgic, 'snowli') ovars['elevhc'] = prepend_dim(zatmo_t, 'nhc', nhc) ovars['tlandi'] = prepend_dim(tlandi_t, 'nhc', nhc) ovars['snowli'] = prepend_dim(snowli_t, 'nhc', nhc) ovars['fhc'] = (np.zeros(ovars['snowli'][0].shape), ovars['snowli'][1], 'f8') elevhc = ovars['elevhc'][0] tlandi = ovars['tlandi'][0] snowli = ovars['snowli'][0] fhc = ovars['fhc'][0] # Make height-classified versions of vars by copying for ihc in range(0,nhc) : elevhc[ihc,:] = zatmo_t[0][:] tlandi[ihc,:] = tlandi_t[0][:] snowli[ihc,:] = snowli_t[0][:] fhc[:] = 1.0 / float(nhc) # --------------------------------------------- jm = snowli.shape[1] im = snowli.shape[2] print fgrnd.shape, jm, im for j in range(0,jm) : for i in range(0, im) : if fgice[j,i] == 0 : continue elevhc[0,j,i] = max(0, zatmo_t[0][j,i] - 300) elevhc[1,j,i] = zatmo_t[0][j,i] elevhc[2,j,i] = zatmo_t[0][j,i] + 300 # elevhc[0,j,i] = 0 # elevhc[1,j,i] = 1000 # elevhc[2,j,i] = 2000 fhc[0,:] = .25 fhc[1,:] = .5 fhc[2,:] = .25 return ovars
def defaults(self, param=None, ipython_globals=None, paramvalue=None, subparam=None):
if not hasattr(self, "__globals__") or self.__globals__ == None :
self.__globals__=sys._getframe(len(inspect.stack())-1).f_globals
if ipython_globals == None:
myf=self.__globals__
else:
myf=ipython_globals
a = odict()
a['infile'] = ''
a['is_loop_mode'] = True
a['mode'] = True
a['band'] = None
a['channel'] = 4
a['weight'] = 0
a['polarization'] = 0
a['movera'] = 0
a['movedec'] = 0
a['P_ANGLE'] = False
a['fits'] = 0
a['debug'] = globalpy.muser_global_debug
a['outdir'] = ''
### This function sets the default values but also will return the list of
### parameters or the default value of a given parameter
if(param == None):
myf['__set_default_parameters'](a)
elif(param == 'paramkeys'):
return a.keys()
else:
if(paramvalue==None and subparam==None):
if(a.has_key(param)):
return a[param]
else:
return self.itsdefault(param)
else:
retval=a[param]
if(type(a[param])==dict):
for k in range(len(a[param])):
valornotval='value'
if(a[param][k].has_key('notvalue')):
valornotval='notvalue'
if((a[param][k][valornotval])==paramvalue):
retval=a[param][k].copy()
retval.pop(valornotval)
if(subparam != None):
if(retval.has_key(subparam)):
retval=retval[subparam]
else:
retval=self.itsdefault(subparam)
else:
retval=self.itsdefault(subparam)
return retval
def test_insertafter(self):
o = odict([('0', 'a')])
with self.assertRaises(ValueError):
o.insertafter('0', '0', 'a')
with self.assertRaises(KeyError):
o.insertafter('x', '1', 'b')
o.insertafter('0', '1', 'b')
self.assertEqual(o.keys(), ['0', '1'])
self.assertEqual(o.values(), ['a', 'b'])
o.insertafter('0', '2', 'c')
self.assertEqual(o.keys(), ['0', '2', '1'])
self.assertEqual(o.values(), ['a', 'c', 'b'])
class CheckForDupesUsing(object):
# TODO: Rename to RecordingDupMethodType
NONE = 1
SUBTITLE = 2
DESCRIPTION = 4
SUBTITLE_AND_DESCRIPTION = 6
SUBTITLE_THEN_DESCRIPTION = 8 # TODO: Verify if exists in protocol 40
translations = odict([(NONE, 145), (SUBTITLE, 146), (DESCRIPTION, 147),
(SUBTITLE_AND_DESCRIPTION, 148),
(SUBTITLE_THEN_DESCRIPTION, 200)])
class AppRoot(FactoryNode):
"""Application root.
"""
factories = odict()
@instance_property
def properties(self):
return Properties()
@instance_property
def metadata(self):
return Metadata()
def defaults(self,
param=None,
ipython_globals=None,
paramvalue=None,
subparam=None):
if not hasattr(self, "__globals__") or self.__globals__ == None:
self.__globals__ = sys._getframe(len(inspect.stack()) -
1).f_globals
if ipython_globals == None:
myf = self.__globals__
else:
myf = ipython_globals
a = odict()
a['subarray'] = 1
a['is_loop_mode'] = True
a['start_time'] = ''
a['end_time'] = ''
a['task_type'] = ''
a['time_average'] = ''
a['time_interval'] = None
a['debug'] = globalpy.muser_global_debug
### This function sets the default values but also will return the list of
### parameters or the default value of a given parameter
if (param == None):
myf['__set_default_parameters'](a)
elif (param == 'paramkeys'):
return a.keys()
else:
if (paramvalue == None and subparam == None):
if (a.has_key(param)):
return a[param]
else:
return self.itsdefault(param)
else:
retval = a[param]
if (type(a[param]) == dict):
for k in range(len(a[param])):
valornotval = 'value'
if (a[param][k].has_key('notvalue')):
valornotval = 'notvalue'
if ((a[param][k][valornotval]) == paramvalue):
retval = a[param][k].copy()
retval.pop(valornotval)
if (subparam != None):
if (retval.has_key(subparam)):
retval = retval[subparam]
else:
retval = self.itsdefault(subparam)
else:
retval = self.itsdefault(subparam)
return retval
def __init__(self):
self.nsReader = 'Internal.Metadata.NativeFormat'
self.Ty = TypeContainer()
PublishWellKnownTypes(self.Ty)
self.Ty.MetadataRecord = StructDef('MetadataRecord', flags = AccessFlags.Public | TypeFlags.Partial)
self.Ty.Handle = self.Ty.MetadataRecord
self.Ty.NativeWriter = ClassDef('NativeWriter')
self.records = odict([(rName, self.CreateRecord(rName, rMembers)) for (rName,rMembers) in sd.recordSchema.iteritems()])
def pointcal_defaults(param=None):
a = inspect.stack()
stacklevel = 0
for k in range(len(a)):
if (string.find(a[k][1], 'ipython console') > 0):
stacklevel = k
myf = sys._getframe(stacklevel).f_globals
a = odict()
a['vis'] = ''
a['model'] = ''
a['caltable'] = ''
a['field'] = ''
a['spw'] = ''
a['selectdata'] = {
1: {
'value': False
},
0:
odict([{
'value': True
}, {
'timerange': ''
}, {
'uvrange': ''
}, {
'antenna': ''
}, {
'scan': ''
}, {
'msselect': ''
}])
}
a['solint'] = 0.0
if (param == None):
myf['__set_default_parameters'](a)
elif (param == 'paramkeys'):
return a.keys()
else:
if (a.has_key(param)):
return a[param]
def test_compound_blueprint_value_callbacks(self):
# Check compound with value callbacks
def val(widget, data):
return 'val F1'
value = {
'f1': val,
}
compound = factory('compound', 'comp', value=value)
compound['f1'] = factory('text')
self.assertEqual(
compound(),
('<input class="text" id="input-comp-f1" name="comp.f1" '
'type="text" value="val F1" />'))
data = compound.extract({'comp.f1': 'New val 1'})
self.assertEqual(data.name, 'comp')
self.assertEqual(data.value, {'f1': val})
expected = odict()
expected['f1'] = 'New val 1'
self.assertEqual(data.extracted, expected)
self.assertEqual(data.errors, [])
def value(widget, data):
return {'f1': 'F1 Val'}
compound = factory('compound', 'comp', value=value)
compound['f1'] = factory('text')
self.assertEqual(
compound(),
('<input class="text" id="input-comp-f1" name="comp.f1" '
'type="text" value="F1 Val" />'))
data = compound.extract({'comp.f1': 'New val 1'})
self.assertEqual(data.name, 'comp')
self.assertEqual(data.value, {'f1': 'F1 Val'})
expected = odict()
expected['f1'] = 'New val 1'
self.assertEqual(data.extracted, expected)
self.assertEqual(data.errors, [])
def parse_init_constructor(myclasses_array_dict):
# parse 1-times, process self
for class_name, one_myclass in myclasses_array_dict.iteritems():
'''
- if no init, append one
- if mult-init, rename as: init, init2, init3, ...
- re-construct init as dict: "init":{ "scope":"public", "paremeter":"", "argument":{"para1":"arg1","para2":"arg2"}
- Also append this info into vtable of supers for init
'''
if len(one_myclass[const.m_dict['init']]) == 0:
member_init = copy.deepcopy(const.member_init)
member_init[const.func.name] = class_name
one_myclass[const.m_dict['init']].append(member_init)
for method in one_myclass[const.m_dict['init']]:
method_setter = odict([('scope', method[const.func.scope]), \
('name', method[const.func.name]), \
('params', method[const.func.params]), \
('args', method[const.func.args]), \
('setters', odict())])
one_myclass[const.m_dict['init_setter']].append(method_setter)
# if have params, try match with vars (no-static)
if method[const.func.params]:
params,args = parse_parameters(method[const.func.params])
for arg in args:
for variable in one_myclass[const.m_dict['var']]:
if variable[const.func.static] != 'True' \
and (variable[const.func.name].lower() == arg \
or variable[const.func.name].lower() == '_' + arg \
or variable[const.func.name].lower() == arg + '_'):
method_setter['setters'][variable[const.func.name]] = arg
break # exit find first var
# parse 2-times, process supers
for class_name, one_myclass in myclasses_array_dict.iteritems():
super_setter = one_myclass[const.m_dict['super_setter']]
for super_name,superclass in one_myclass[const.m_dict['super']].iteritems():
super_class = convert_to_class(myclasses_array_dict, super_name)
super_setter[super_name] = super_class[const.m_dict['init_setter']]
def __init__(self, fic_log=None, fic_sql=None, tipo_log=0, tipo_sql=0):
self.__contador = 0
self.__error = None
self.__cam_valor = odict()
self.__log = None
self.__sql = None
self.__ficlog = fic_log
self.__ficsql = fic_sql
self.__tipo_log = tipo_log
self.__tipo_sql = tipo_sql
self.db = DbPostgres()
self.db.auto_commit = False
self.__cam_filtros = dict()
def renderEpisodeColumn(self, myRenderToken, myGroup):
results = odict.odict()
for (listItem, program) in myGroup.programsByListItem.items()[:]:
if self.closed or xbmc.abortRequested or myRenderToken != self.activeRenderToken:
return
try:
season, episode = self.fanArt.getSeasonAndEpisode(program)
if season and episode:
results[listItem] = '%sx%s' % (season, episode)
self.updateListItemProperty(listItem, 'episode', results[listItem])
except:
log.exception('Rendering season and episode for program %s' % safe_str(program.fullTitle()))
myGroup.episodesDone = True
def _read_all_giss_struct(fname):
topo = odict.odict()
for rec in giss.gissfile.reader(fname):
val = np.zeros(rec.data.shape) # Promote to double
name = rec.var.lower()
val[:] = rec.data[:]
topo[name] = giutil.Struct({
'name': name,
'val': val,
'sdims': (u'jm', u'im'),
'dtype': 'f8'
})
return topo
def create(self):
body = MessageBody(
self, {
'area': None,
'klines': odict.odict(),
'seenby': [],
'text': '',
'body': '',
})
body.__struct__ = self
return body
def defaults(self,
param=None,
ipython_globals=None,
paramvalue=None,
subparam=None):
if not hasattr(self, "__globals__") or self.__globals__ == None:
self.__globals__ = sys._getframe(len(inspect.stack()) -
1).f_globals
if ipython_globals == None:
myf = self.__globals__
else:
myf = ipython_globals
a = odict()
a['cdate'] = '2013-12-23'
a['ctime'] = '0:0:0'
a['cplate'] = 'sun'
a['ra'] = 0.
a['dec'] = 0.
a['debug'] = globalpy.muser_global_debug
### This function sets the default values but also will return the list of
### parameters or the default value of a given parameter
if (param == None):
myf['__set_default_parameters'](a)
elif (param == 'paramkeys'):
return a.keys()
else:
if (paramvalue == None and subparam == None):
if (a.has_key(param)):
return a[param]
else:
return self.itsdefault(param)
else:
retval = a[param]
if (type(a[param]) == dict):
for k in range(len(a[param])):
valornotval = 'value'
if (a[param][k].has_key('notvalue')):
valornotval = 'notvalue'
if ((a[param][k][valornotval]) == paramvalue):
retval = a[param][k].copy()
retval.pop(valornotval)
if (subparam != None):
if (retval.has_key(subparam)):
retval = retval[subparam]
else:
retval = self.itsdefault(subparam)
else:
retval = self.itsdefault(subparam)
return retval
class CheckForDupesIn(object):
"""
RecordingDupInType:
kDupsInRecorded = 0x01, 1
kDupsInOldRecorded = 0x02, 2
kDupsInAll = 0x0F, 15
"""
CURRENT_RECORDINGS = 1
PREVIOUS_RECORDINGS = 2
ALL_RECORDINGS = 15
translations = odict([(ALL_RECORDINGS, 153), (CURRENT_RECORDINGS, 149),
(PREVIOUS_RECORDINGS, 150)])
def __init__(self, *args, **kwargs):
BaseWindow.__init__(self, *args, **kwargs)
[setattr(self,k,v) for k,v in kwargs.iteritems() if k in ('settings', 'translator', 'platform', 'fanArt', 'cachesByName',)]
[setattr(self,k,v) for k,v in self.cachesByName.iteritems() if k in ('mythChannelIconCache', 'domainCache')]
self.channels = None # Channels sorted and merged (if multiple tuners)
self.channelsById = None # {int channelId:Channel}
self.programs = None # [TVProgram]
self.listItemsByChannel = odict() # {Channel:ListItem}
self.lastSelected = int(self.settings.get('livetv_last_selected'))
self.activeRenderToken = None
self.tvQueue = collections.deque() # Channels showing a tv program that needs poster lookup
self.movieQueue = collections.deque() # Channels showing a movie that needs poster lookup
def get_converted_json_schema_for_angular(self):
def convert_type(type_name):
type_map = {
'textfield': 'string',
'checkbox': 'string',
'button': 'string',
'radio': 'string'
}
return type_map.get(type_name, type_name)
def convert_widget(input_type_name):
input_type_map = {
'text': 'string',
'checkbox': 'checkbox',
'radio': 'radio',
'button': 'button'
}
return input_type_map.get(input_type_name, input_type_name)
schema_json_new = {"properties": odict()}
if self.schema_json:
schema_json = json.loads(self.schema_json)
for field in schema_json.get('components'):
field_dict = {
"type": convert_type(field.get('type')),
"title": field.get('label', ''),
"widget": convert_widget(field.get('inputType', field.get('type'))),
"description": field.get('description', ''),
"placeholder": field.get('placeholder', '')
}
if field.get('type') == 'radio':
field_dict["oneOf"] = []
for option in field.get('values'):
field_dict["oneOf"].append({
"description": option.get('label'),
"enum": [option.get('value')]
})
if field.get('type') == 'button':
if schema_json_new.has_key('buttons'):
field_dict['label'] = field_dict['title']
schema_json_new['buttons'].append(field_dict)
else:
schema_json_new['buttons'] = [field_dict]
else:
schema_json_new["properties"][field['key'].replace('undefined', '')] = field_dict
# import pdb;pdb.set_trace()
# schema_json_new["required"] = ["email", "password", "rememberMe"]
return schema_json_new
