def upgrade_types():
from infogami.core.db import _create_type, tdbsetup
tdbsetup()
type = db.get_type(ctx.site, "type/type")
types = tdb.Things(parent=ctx.site, type=type)
types = [
t for t in types
if 'properties' not in t.d and 'is_primitive' not in t.d
]
primitives = dict(int='type/int',
integer='type/int',
string='type/string',
text='type/text')
newtypes = {}
for t in types:
properties = []
backreferences = []
print(t, t.d, file=web.debug)
if t.name == 'type/site':
continue
for name, value in t.d.items():
p = web.storage(name=name)
typename = web.lstrips(value, "thing ")
if typename.startswith('#'):
typename, property_name = typename.lstrip('#').split('.')
p.type = db.get_type(ctx.site, typename)
p.property_name = property_name
backreferences.append(p)
continue
if typename.endswith('*'):
typename = typename[:-1]
p.unique = False
else:
p.unique = True
if typename in primitives:
typename = primitives[typename]
p.type = db.get_type(ctx.site, typename)
properties.append(p)
_create_type(ctx.site, t.name, properties, backreferences)
def upgrade_types():
from infogami.core.db import _create_type, tdbsetup
tdbsetup()
type = db.get_type(ctx.site, "type/type")
types = tdb.Things(parent=ctx.site, type=type)
types = [t for t in types if 'properties' not in t.d and 'is_primitive' not in t.d]
primitives = dict(int='type/int', integer='type/int', string='type/string', text='type/text')
newtypes = {}
for t in types:
properties = []
backreferences = []
print >> web.debug, t, t.d
if t.name == 'type/site':
continue
for name, value in t.d.items():
p = web.storage(name=name)
typename = web.lstrips(value, "thing ")
if typename.startswith('#'):
typename, property_name = typename.lstrip('#').split('.')
p.type = db.get_type(ctx.site, typename)
p.property_name = property_name
backreferences.append(p)
continue
if typename.endswith('*'):
typename = typename[:-1]
p.unique = False
else:
p.unique = True
if typename in primitives:
typename = primitives[typename]
p.type = db.get_type(ctx.site, typename)
properties.append(p)
_create_type(ctx.site, t.name, properties, backreferences)
def create_type(type_name, properties={}):
def props():
for pname, ptype_name in properties.items():
yield dict(name=pname, type=get_type(ptype_name), unique=True)
return db._create_type(get_site(), type_name, list(props()))
def create_type(type_name, properties={}):
def props():
for pname, ptype_name in properties.items():
yield dict(name=pname, type=get_type(ptype_name), unique=True)
return db._create_type(get_site(), type_name, list(props()))
