def val_txt2py(self, txtval):
"""
Convert text to a python variable.
@type txtval: str
@param txtval: text representation of column value
@rtype: object
"""
if self.isarray:
return text_to_array ( txtval[6:], self.arraysize-1 )
return txtval
def val_txt2py(self, txtval):
"""
Convert text to a python variable.
@type txtval: str
@param txtval: text representation of column value
@rtype: object
"""
if self.isarray:
return text_to_array(txtval[6:], self.arraysize - 1)
return txtval
def __init__(self, name=None, type='text', size=-1, ndims=0, **kkw):
try:
ndims = ndims or kkw.get('ndims', 0)
self.name = name or kkw['name']
self.type = type or kkw['type']
self.size = size or kkw['size']
self.lp = kkw.get("lp", -1)
self.isarray = kkw.get("isarray", ndims > 0)
self.arraysize = kkw.get("arraysize", ndims)
self.label = kkw.get("label", self.name)
self.auto = kkw.get("auto", False)
self.id = kkw.get("objectid", None)
for k in kkw:
if k not in self.__dict__: self.__dict__[k] = kkw[k]
choices = text_to_array(self.choices, 0)
self.choices = []
self.choices_value_hash = {}
self.choices_label_hash = {}
for c in choices:
if c.startswith("<["):
cv, cd = c[2:-2].split("::=")[:2]
else:
cv, cd = c, c
self.choices.append((cv, cd))
self.choices_label_hash[cd] = cv
self.choices_value_hash[cv] = cd
params = text_to_array(self.editor_class_params, 0) or []
params = map(lambda x: tuple(x.split("::=")), params)
self.editor_class_params = {}
for (pname, pvalue) in params:
self.editor_class_params[pname] = pvalue
except KeyError, e:
kwname, = e.args
raise Field.IncompleteDefinition(
"missing: '%s' in field definition." % kwname)
def __init__(self, name=None, type='text', size=-1, ndims=0, **kkw):
try:
ndims = ndims or kkw.get('ndims', 0)
self.name = name or kkw['name']
self.type = type or kkw['type']
self.size = size or kkw['size']
self.lp = kkw.get ( "lp", -1 )
self.isarray = kkw.get("isarray", ndims > 0)
self.arraysize = kkw.get("arraysize", ndims )
self.label = kkw.get("label", self.name)
self.auto = kkw.get("auto", False)
self.id = kkw.get("objectid", None)
for k in kkw:
if k not in self.__dict__: self.__dict__[k] = kkw[k]
choices = text_to_array ( self.choices, 0 )
self.choices = []
self.choices_value_hash = {}
self.choices_label_hash = {}
for c in choices:
if c.startswith("<["):
cv,cd = c[2:-2].split("::=")[:2]
else:
cv,cd = c, c
self.choices.append ( (cv, cd) )
self.choices_label_hash[cd] = cv
self.choices_value_hash[cv] = cd
params = text_to_array ( self.editor_class_params, 0 ) or []
params = map ( lambda x: tuple(x.split("::=")), params )
self.editor_class_params = {}
for (pname, pvalue) in params:
self.editor_class_params[pname] = pvalue
except KeyError, e:
kwname, = e.args
raise Field.IncompleteDefinition ( "missing: '%s' in field definition." % kwname )
def val_sql2py(self, sqlval):
"""
Convert the value returned by postgres into a python variable.
@type sqlval: str
@param sqlval: value returned from a SELECT
@rtype: object
"""
if self.isarray:
return text_to_array (sqlval, self.arraysize-1)
if self.type == 'bit':
if sqlval == '1': return True
elif sqlval == '0': return False
else: return None
return sqlval
def val_sql2py(self, sqlval):
"""
Convert the value returned by postgres into a python variable.
@type sqlval: str
@param sqlval: value returned from a SELECT
@rtype: object
"""
if self.isarray:
return text_to_array(sqlval, self.arraysize - 1)
if self.type == 'bit':
if sqlval == '1': return True
elif sqlval == '0': return False
else: return None
return sqlval
