def test_deleteItem(self):
objectType = "CacheTestObj1"
undertestCacheObjectStore = undertest.ObjectStore_Caching(
ConfigDict,
self.getObjectStoreExternalFns(),
detailLogging=False,
type='testMEM',
factoryFn=undertest.createObjectStoreInstance)
internalMainObjectStore = undertestCacheObjectStore.mainStore
internalCacheObjectStore = undertestCacheObjectStore.cachingStore
genericTests.addSampleRows(undertestCacheObjectStore,
500,
bbString='BB',
offset=0,
objectType=objectType)
objectKey = "1231"
def dbfn(connectionContext):
return connectionContext.removeJSONObject(
objectType=objectType,
objectKey=objectKey,
objectVersion=1,
ignoreMissingObject=False)
newObjectVersion = undertestCacheObjectStore.executeInsideTransaction(
dbfn)
def test_cacheWontGrowAboveMaxSizeWhenAddingdifferentKEys(self):
objectType = "CacheTestObj1"
undertestCacheObjectStore = undertest.ObjectStore_Caching(
ConfigDict,
self.getObjectStoreExternalFns(),
detailLogging=False,
type='testMEM',
factoryFn=undertest.createObjectStoreInstance)
internalMainObjectStore = undertestCacheObjectStore.mainStore
internalCacheObjectStore = undertestCacheObjectStore.cachingStore
genericTests.addSampleRows(undertestCacheObjectStore,
500,
bbString='BB',
offset=0,
objectType=objectType)
objectKey = "1231"
def dbfn(con):
return con.getAllRowsForObjectType(objectType=objectType,
filterFN=None,
outputFN=None,
whereClauseText="")
cacheRows = internalCacheObjectStore.executeInsideConnectionContext(
dbfn)
mainRows = internalMainObjectStore.executeInsideConnectionContext(dbfn)
self.assertEquals(len(cacheRows), 100)
self.assertEquals(len(mainRows), 500)
def test_canLookupObjectInMainStoreNotAddedViaCache(self):
objectType = "CacheTestObj1"
undertestCacheObjectStore = undertest.ObjectStore_Caching(
ConfigDict,
self.getObjectStoreExternalFns(),
detailLogging=False,
type='testMEM',
factoryFn=undertest.createObjectStoreInstance)
internalMainObjectStore = undertestCacheObjectStore.mainStore
genericTests.addSampleRows(internalMainObjectStore,
5,
bbString='BB',
offset=0,
objectType=objectType)
objectKey = "1231"
def dbfn(storeConnection):
#Get sample row from cacheStore and make sure it is correct
return storeConnection.getObjectJSON(objectType=objectType,
objectKey=objectKey)
(objectDict, ObjectVersion, creationDate, lastUpdateDate, objectKey
) = undertestCacheObjectStore.executeInsideConnectionContext(dbfn)
expected = copy.deepcopy(genericTests.JSONString)
expected["AA"] = 1
self.assertEqual(objectDict, expected)
def dbfn(storeConnection):
addSampleRows(storeConnection, 5, 'yyYYyyy')
addSampleRows(storeConnection, 5, 'xxxxxxx', 5)
def outputFN(item):
return item[0]
paginatedParamValues = {
'offset': 0,
'pagesize': 10,
'query': 'dfgdbdfgfgfvfdgfd',
'sort': None
}
res = storeConnection.getPaginatedResult(
"Test1", paginatedParamValues, outputFN)
expectedRes = []
assertCorrectPaginationResult(testClass, res, 0, 10, 0)
self.assertJSONStringsEqualWithIgnoredKeys(res['result'],
expectedRes, [],
msg='Wrong result')
def setupTwoMemoryStoresReadyForAMigration(self, extfns):
migratingStore = undertest.ObjectStore_Migrating(
copy.deepcopy(ConfigDict),
extfns,
detailLogging=False,
type='testMIG',
factoryFn=undertest.createObjectStoreInstance)
genericTests.addSampleRows(migratingStore.fromStore,
5,
bbString='BB',
offset=0,
objectType="MigrationTestObj1")
genericTests.addSampleRows(migratingStore.fromStore,
3,
bbString='BB',
offset=0,
objectType="MigrationTestObj2")
genericTests.addSampleRows(migratingStore.fromStore,
10,
bbString='BB',
offset=0,
objectType="MigrationTestObj3")
#Assert all the data is in from store but not in to store
self.assertObjectStoreHasRightNumberOfObjects(
migratingStore.fromStore,
copy.deepcopy(migratingStoresStartingAmounts))
self.assertObjectStoreHasRightNumberOfObjects(migratingStore.toStore,
{})
#When querying migrating store the data must be
self.assertObjectStoreHasRightNumberOfObjects(
migratingStore, copy.deepcopy(migratingStoresStartingAmounts))
return migratingStore
def test_secondLookupComesFromCache(self):
objectType = "CacheTestObj1"
undertestCacheObjectStore = undertest.ObjectStore_Caching(
ConfigDict,
self.getObjectStoreExternalFns(),
detailLogging=False,
type='testMEM',
factoryFn=undertest.createObjectStoreInstance)
internalMainObjectStore = undertestCacheObjectStore.mainStore
internalCacheObjectStore = undertestCacheObjectStore.cachingStore
#Add data to the main store
internalMainObjectStore = undertestCacheObjectStore.mainStore
genericTests.addSampleRows(internalMainObjectStore,
5,
bbString='BB',
offset=0,
objectType=objectType)
objectKey = "1231"
#Lookup object from undertest
objectKey = "1231"
def dbfn(storeConnection):
return storeConnection.getObjectJSON(objectType=objectType,
objectKey=objectKey)
(objectDict, ObjectVersion, creationDate, lastUpdateDate, objectKey
) = undertestCacheObjectStore.executeInsideConnectionContext(dbfn)
expected = copy.deepcopy(genericTests.JSONString)
expected["AA"] = 1
self.assertEqual(objectDict, expected)
#Check it is in cache
objectKey = "1231"
def dbfn(storeConnection):
# Get sample row from cacheStore and make sure it is correct
return storeConnection.getObjectJSON(objectType=objectType,
objectKey=objectKey)
(objectDict, ObjectVersion, creationDate, lastUpdateDate, objectKey
) = internalCacheObjectStore.executeInsideConnectionContext(dbfn)
expected = copy.deepcopy(genericTests.JSONString)
expected["AA"] = 1
self.assertEqual(objectDict["d"], expected)
#change the cache only
def changeInCacheFn(connectionContext):
obj, _, _, _, _ = connectionContext.getObjectJSON(
objectType=objectType, objectKey=objectKey)
obj["d"]["BB"] = "BBCacheChange"
return connectionContext.saveJSONObject(objectKey, objectType, obj,
None)
savedVer = internalCacheObjectStore.executeInsideTransaction(
changeInCacheFn)
#lookup again make sure we get the change
def dbfn(storeConnection):
return storeConnection.getObjectJSON(objectType=objectType,
objectKey=objectKey)
(objectDict, ObjectVersion, creationDate, lastUpdateDate, objectKey
) = undertestCacheObjectStore.executeInsideConnectionContext(dbfn)
expected = copy.deepcopy(genericTests.JSONString)
expected["AA"] = 1
expected["BB"] = "BBCacheChange"
self.assertEqual(objectDict, expected)