def __init__(self, scard, pcard):
super(ProbTable, self).__init__()
if not issequence(scard):
scard = [scard]
if not issequence(pcard):
pcard = [pcard]
self._nvars = len(scard)
self._npars = len(pcard)
self._cvars = tuple(scard)
self._cpars = tuple(pcard)
self._table = self._initTable(scard, pcard)
def __init__(self, scard, pcard):
super(ProbTable, self).__init__()
if not issequence(scard):
scard = [scard]
if not issequence(pcard):
pcard = [pcard]
self._nvars = len(scard)
self._npars = len(pcard)
self._cvars = tuple(scard)
self._cpars = tuple(pcard)
self._table = self._initTable(scard, pcard)
def extract(self, state):
source = self._source
if source is None:
source = os.environ
env_vars = self._manager.optionsWithSpecifier(EnvVar)
multiple_vars = self._manager.optionsWithSpecifier(Multiple)
multiple_vars |= self._manager.optionsWithSpecifier(JoinSources) # Union of sets
prefix = self.getEnvPrefix()
if not issequence(prefix):
prefix = [prefix]
if not prefix:
prefix = [None]
prefix = [p or '' for p in prefix]
split_char = self.getSplitChar()
for p in prefix:
for var in env_vars:
whole_var = (p+var).upper()
if whole_var in source:
value = source[whole_var]
if var in multiple_vars:
for item in value.split(split_char):
state.append( (var, item, 'env:%s'%p, whole_var) )
else:
state.append( (var, value, 'env:%s'%p, whole_var) )
def extract(self, state):
source = self._source
if source is None:
source = os.environ
env_vars = self._manager.optionsWithSpecifier(EnvVar)
multiple_vars = self._manager.optionsWithSpecifier(Multiple)
multiple_vars |= self._manager.optionsWithSpecifier(
JoinSources) # Union of sets
prefix = self.getEnvPrefix()
if not issequence(prefix):
prefix = [prefix]
if not prefix:
prefix = [None]
prefix = [p or '' for p in prefix]
split_char = self.getSplitChar()
for p in prefix:
for var in env_vars:
whole_var = (p + var).upper()
if whole_var in source:
value = source[whole_var]
if var in multiple_vars:
for item in value.split(split_char):
state.append((var, item, 'env:%s' % p, whole_var))
else:
state.append((var, value, 'env:%s' % p, whole_var))
def unifyExternalMethods(cls, em):
ret = {}
for meth_name, specifiers in em.iteritems():
if issequence(specifiers):
ret[meth_name] = set(specifiers)
else:
ret[meth_name] = set([specifiers])
return ret
def unifyExternalMethods(cls, em):
ret = {}
for meth_name, specifiers in em.iteritems():
if issequence(specifiers):
ret[meth_name] = set(specifiers)
else:
ret[meth_name] = set([specifiers])
return ret
def __getitem__(self, item):
if not issequence(item):
item = [item]
if len(item) == 1:
return self._objects[item[0]]
elif len(item) == 2:
return self._objects[item[0]][item[1]]
else:
raise IndexError('Invalid index: %r' % item)
def __getitem__(self, item):
if not issequence(item):
item = [item]
if len(item) == 1:
return self._objects[item[0]]
elif len(item) == 2:
return self._objects[item[0]][item[1]]
else:
raise IndexError('Invalid index: %r' % item)
def createConceptGroups(self, grp):
if not issequence(grp):
grp = [grp]
ret = []
for item in grp:
for i in item.split(','):
if i.startswith('@'):
ret.extend(CONCEPT_GROUPS.get(i[1:], []))
else:
ret.append(i)
return set(ret)
def createConceptGroups(self, grp):
if not issequence(grp):
grp = [grp]
ret = []
for item in grp:
for i in item.split(','):
if i.startswith('@'):
ret.extend(CONCEPT_GROUPS.get(i[1:], []))
else:
ret.append(i)
return set(ret)
def createFilterChain(self, filters):
if not filters:
raise ValueError('You must specify some filters')
if not issequence(filters):
filters = [filters]
chain = []
for f in filters:
if chain:
chain[-1].setContentHandler(f)
chain.append(f)
return chain[0], chain[-1]
def _prepareSource(self, source):
"""Předpřipraví zdroj `source`
Je-li `source` None, vrátí [], není-li `source` posloupnost, vrátí
``[source]``. Ve výsledku expanduje znak tilda ``~`` na domovský
adresář aktuálního uživatele. Z výsledku odstraní již zpracované
soubory podle `processedFiles`.
:See:
processedFiles
"""
if source is None:
source = []
elif not issequence(source):
source = [source]
source = [f for f in (expanduser(f) for f in source) if isfile(f)]
source = [f for f in source if f not in self.processedFiles]
return source
def _prepareSource(self, source):
"""Předpřipraví zdroj `source`
Je-li `source` None, vrátí [], není-li `source` posloupnost, vrátí
``[source]``. Ve výsledku expanduje znak tilda ``~`` na domovský
adresář aktuálního uživatele. Z výsledku odstraní již zpracované
soubory podle `processedFiles`.
:See:
processedFiles
"""
if source is None:
source = []
elif not issequence(source):
source = [source]
source = [f for f in (expanduser(f) for f in source) if isfile(f)]
source = [f for f in source if f not in self.processedFiles]
return source
def getHelpDict(self, screenWidth=None):
if screenWidth is None:
screenWidth = self._screenWidth
option_help = {}
for ehelp in self._ex_help:
if ehelp is None:
continue
for opt_name, opt_desc in ehelp.iteritems():
if opt_name not in option_help:
option_help[opt_name] = []
if not issequence(opt_desc):
opt_desc = [opt_desc]
option_help[opt_name].extend(opt_desc)
max_desc_width = 0
manager_help = self._manager.helpForOptions
for opt_name in option_help:
opt_doc = manager_help.get(opt_name, '')
opt_desc = option_help[opt_name]
opt_desc = ', '.join(opt_desc)
max_desc_width = max(max_desc_width, len(opt_desc))
option_help[opt_name] = (opt_desc, opt_doc)
padding = 2
template = '%%-%ds' % max_desc_width + ' ' * padding
wrap_width = max(screenWidth - max_desc_width - padding, 30)
str_help = {}
for opt_name, (opt_desc, opt_doc) in option_help.iteritems():
par = []
lines = self._wrapParagraphs(opt_doc,
wrap_width).splitlines() or ['']
for line in lines:
par.append(template % opt_desc + line)
opt_desc = ''
str_help[opt_name] = '\n'.join(par).rstrip()
return str_help
def getHelpDict(self, screenWidth=None):
if screenWidth is None:
screenWidth = self._screenWidth
option_help = {}
for ehelp in self._ex_help:
if ehelp is None:
continue
for opt_name, opt_desc in ehelp.iteritems():
if opt_name not in option_help:
option_help[opt_name] = []
if not issequence(opt_desc):
opt_desc = [opt_desc]
option_help[opt_name].extend(opt_desc)
max_desc_width = 0
manager_help = self._manager.helpForOptions
for opt_name in option_help:
opt_doc = manager_help.get(opt_name, '')
opt_desc = option_help[opt_name]
opt_desc = ', '.join(opt_desc)
max_desc_width = max(max_desc_width, len(opt_desc))
option_help[opt_name] = (opt_desc, opt_doc)
padding = 2
template = '%%-%ds' % max_desc_width + ' '*padding
wrap_width = max(screenWidth - max_desc_width - padding, 30)
str_help = {}
for opt_name, (opt_desc, opt_doc) in option_help.iteritems():
par = []
lines = self._wrapParagraphs(opt_doc, wrap_width).splitlines() or ['']
for line in lines:
par.append(template % opt_desc + line)
opt_desc = ''
str_help[opt_name] = '\n'.join(par).rstrip()
return str_help
def _convertSlices(self, item):
var = []
cond = []
cur = var
if not issequence(item):
item = [item]
for i in item:
if isinstance(i, slice):
if cur is cond:
raise ValueError("Malformed probability index")
if i.step is not None:
raise ValueError("Malformed probability index")
if i.start is not None:
var.append(i.start)
if i.stop is None:
raise ValueError("Malformed probability index")
else:
cond.append(i.stop)
cur = cond
else:
cur.append(i)
return tuple(var), tuple(cond)
def _convertSlices(self, item):
var = []
cond = []
cur = var
if not issequence(item):
item = [item]
for i in item:
if isinstance(i, slice):
if cur is cond:
raise ValueError("Malformed probability index")
if i.step is not None:
raise ValueError("Malformed probability index")
if i.start is not None:
var.append(i.start)
if i.stop is None:
raise ValueError("Malformed probability index")
else:
cond.append(i.stop)
cur = cond
else:
cur.append(i)
return tuple(var), tuple(cond)
