def test_classCreate(self):
class AutoTest(SQLObject):
_connection = getConnection()
class sqlmeta(sqlmeta):
idName = 'auto_id'
fromDatabase = True
if AutoTest._connection.dbName == 'mssql':
use_microseconds(False)
john = AutoTest(firstName='john',
lastName='doe',
age=10,
created=now(),
wannahavefun=False,
longField='x' * 1000)
jane = AutoTest(firstName='jane',
lastName='doe',
happy='N',
created=now(),
wannahavefun=True,
longField='x' * 1000)
assert not john.wannahavefun
assert jane.wannahavefun
assert john.longField == 'x' * 1000
assert jane.longField == 'x' * 1000
del classregistry.registry(
AutoTest.sqlmeta.registry).classes['AutoTest']
columns = AutoTest.sqlmeta.columns
assert columns["lastName"].dbName == "last_name"
assert columns["wannahavefun"].dbName == "wannahavefun"
if AutoTest._connection.dbName == 'mssql':
use_microseconds(True)
def test_classCreate(self):
if not supports('fromDatabase'):
return
class OldAutoTest(SQLObject):
_connection = getConnection()
class sqlmeta(sqlmeta):
idName = 'auto_id'
fromDatabase = True
john = OldAutoTest(firstName='john',
lastName='doe',
age=10,
created=now(),
wannahavefun=False,
longField='x'*1000)
jane = OldAutoTest(firstName='jane',
lastName='doe',
happy='N',
created=now(),
wannahavefun=True,
longField='x'*1000)
assert not john.wannahavefun
assert jane.wannahavefun
assert john.longField == 'x'*1000
assert jane.longField == 'x'*1000
del classregistry.registry(
OldAutoTest.sqlmeta.registry).classes['OldAutoTest']
def test_classCreate(self):
class AutoTest(SQLObject):
_connection = getConnection()
class sqlmeta(sqlmeta):
idName = 'auto_id'
fromDatabase = True
john = AutoTest(firstName='john',
lastName='doe',
age=10,
created=now(),
wannahavefun=False,
longField='x'*1000)
jane = AutoTest(firstName='jane',
lastName='doe',
happy='N',
created=now(),
wannahavefun=True,
longField='x'*1000)
assert not john.wannahavefun
assert jane.wannahavefun
assert john.longField == 'x'*1000
assert jane.longField == 'x'*1000
del classregistry.registry(
AutoTest.sqlmeta.registry).classes['AutoTest']
columns = AutoTest.sqlmeta.columns
assert columns["lastName"].dbName == "last_name"
assert columns["wannahavefun"].dbName == "wannahavefun"
def __init__(self, sourceClass, clause, clauseTables=None,
inheritedTables=None, **ops):
if clause is None or isinstance(clause, str) and clause == 'all':
clause = sqlbuilder.SQLTrueClause
dbName = (ops.get('connection', None)
or sourceClass._connection).dbName
tablesSet = tablesUsedSet(clause, dbName)
tablesSet.add(str(sourceClass.sqlmeta.table))
orderBy = ops.get('orderBy')
if inheritedTables:
for tableName in inheritedTables:
tablesSet.add(str(tableName))
if orderBy and not isinstance(orderBy, string_type):
tablesSet.update(tablesUsedSet(orderBy, dbName))
# DSM: if this class has a parent, we need to link it
# DSM: and be sure the parent is in the table list.
# DSM: The following code is before clauseTables
# DSM: because if the user uses clauseTables
# DSM: (and normal string SELECT), he must know what he wants
# DSM: and will do himself the relationship between classes.
if not isinstance(clause, str):
tableRegistry = {}
allClasses = classregistry.registry(
sourceClass.sqlmeta.registry).allClasses()
for registryClass in allClasses:
if str(registryClass.sqlmeta.table) in tablesSet:
# DSM: By default, no parents are needed for the clauses
tableRegistry[registryClass] = registryClass
tableRegistryCopy = tableRegistry.copy()
for childClass in tableRegistryCopy:
if childClass not in tableRegistry:
continue
currentClass = childClass
while currentClass:
if currentClass in tableRegistryCopy:
if currentClass in tableRegistry:
# DSM: Remove this class as it is a parent one
# DSM: of a needed children
del tableRegistry[currentClass]
# DSM: Must keep the last parent needed
# DSM: (to limit the number of join needed)
tableRegistry[childClass] = currentClass
currentClass = currentClass.sqlmeta.parentClass
# DSM: Table registry contains only the last children
# DSM: or standalone classes
parentClause = []
for (currentClass, minParentClass) in tableRegistry.items():
while (currentClass != minParentClass) \
and currentClass.sqlmeta.parentClass:
parentClass = currentClass.sqlmeta.parentClass
parentClause.append(currentClass.q.id == parentClass.q.id)
currentClass = parentClass
tablesSet.add(str(currentClass.sqlmeta.table))
clause = reduce(sqlbuilder.AND, parentClause, clause)
super(InheritableSelectResults, self).__init__(
sourceClass, clause, clauseTables, **ops)
def __init__(self, sourceClass, clause, clauseTables=None,
inheritedTables=None, **ops):
if clause is None or isinstance(clause, str) and clause == 'all':
clause = sqlbuilder.SQLTrueClause
dbName = (ops.get('connection',None) or sourceClass._connection).dbName
tablesSet = tablesUsedSet(clause, dbName)
tablesSet.add(str(sourceClass.sqlmeta.table))
orderBy = ops.get('orderBy')
if inheritedTables:
for tableName in inheritedTables:
tablesSet.add(str(tableName))
if orderBy and not isinstance(orderBy, basestring):
tablesSet.update(tablesUsedSet(orderBy, dbName))
#DSM: if this class has a parent, we need to link it
#DSM: and be sure the parent is in the table list.
#DSM: The following code is before clauseTables
#DSM: because if the user uses clauseTables
#DSM: (and normal string SELECT), he must know what he wants
#DSM: and will do himself the relationship between classes.
if not isinstance(clause, str):
tableRegistry = {}
allClasses = classregistry.registry(
sourceClass.sqlmeta.registry).allClasses()
for registryClass in allClasses:
if str(registryClass.sqlmeta.table) in tablesSet:
#DSM: By default, no parents are needed for the clauses
tableRegistry[registryClass] = registryClass
tableRegistryCopy = tableRegistry.copy()
for childClass in tableRegistryCopy:
if childClass not in tableRegistry:
continue
currentClass = childClass
while currentClass:
if currentClass in tableRegistryCopy:
if currentClass in tableRegistry:
#DSM: Remove this class as it is a parent one
#DSM: of a needed children
del tableRegistry[currentClass]
#DSM: Must keep the last parent needed
#DSM: (to limit the number of join needed)
tableRegistry[childClass] = currentClass
currentClass = currentClass.sqlmeta.parentClass
#DSM: Table registry contains only the last children
#DSM: or standalone classes
parentClause = []
for (currentClass, minParentClass) in tableRegistry.items():
while (currentClass != minParentClass) \
and currentClass.sqlmeta.parentClass:
parentClass = currentClass.sqlmeta.parentClass
parentClause.append(currentClass.q.id == parentClass.q.id)
currentClass = parentClass
tablesSet.add(str(currentClass.sqlmeta.table))
clause = reduce(sqlbuilder.AND, parentClause, clause)
super(InheritableSelectResults, self).__init__(sourceClass,
clause, clauseTables, **ops)
def __init__(self, sourceClass, clause, clauseTables=None,
**ops):
if clause is None or isinstance(clause, str) and clause == 'all':
clause = sqlbuilder.SQLTrueClause
tablesDict = sqlbuilder.tablesUsedDict(clause)
tablesDict[sourceClass.sqlmeta.table] = 1
orderBy = ops.get('orderBy')
if orderBy and not isinstance(orderBy, basestring):
tablesDict.update(sqlbuilder.tablesUsedDict(orderBy))
#DSM: if this class has a parent, we need to link it
#DSM: and be sure the parent is in the table list.
#DSM: The following code is before clauseTables
#DSM: because if the user uses clauseTables
#DSM: (and normal string SELECT), he must know what he wants
#DSM: and will do himself the relationship between classes.
if type(clause) is not str:
tableRegistry = {}
allClasses = classregistry.registry(
sourceClass.sqlmeta.registry).allClasses()
for registryClass in allClasses:
if registryClass.sqlmeta.table in tablesDict:
#DSM: By default, no parents are needed for the clauses
tableRegistry[registryClass] = registryClass
for registryClass in allClasses:
if registryClass.sqlmeta.table in tablesDict:
currentClass = registryClass
while currentClass._parentClass:
currentClass = currentClass._parentClass
if tableRegistry.has_key(currentClass):
#DSM: Must keep the last parent needed
#DSM: (to limit the number of join needed)
tableRegistry[registryClass] = currentClass
#DSM: Remove this class as it is a parent one
#DSM: of a needed children
del tableRegistry[currentClass]
#DSM: Table registry contains only the last children
#DSM: or standalone classes
parentClause = []
for (currentClass, minParentClass) in tableRegistry.items():
while currentClass != minParentClass and currentClass._parentClass:
parentClass = currentClass._parentClass
parentClause.append(currentClass.q.id == parentClass.q.id)
currentClass = parentClass
tablesDict[currentClass.sqlmeta.table] = 1
clause = reduce(sqlbuilder.AND, parentClause, clause)
super(InheritableSelectResults, self).__init__(sourceClass, clause, clauseTables,
**ops)
def testClassCreate(self):
if not self.supportAuto:
return
class AutoTest(SQLObject):
_fromDatabase = True
_idName = 'auto_id'
_connection = connection()
john = AutoTest(firstName='john',
lastName='doe',
age=10,
created=now(),
wannahavefun=False)
jane = AutoTest(firstName='jane',
lastName='doe',
happy='N',
created=now(),
wannahavefun=True)
self.failIf(john.wannahavefun)
self.failUnless(jane.wannahavefun)
del classregistry.registry(AutoTest._registry).classes['AutoTest']
def _init(self,*args,**kw):
Persistent._init(self,*args,**kw)
self.tableClass=classregistry.registry(None).getClass(self.name)
def _init(self, *args, **kw):
Persistent._init(self, *args, **kw)
self.tableClass = classregistry.registry(None).getClass(self.name)
