def BuildTables(database_namespace):
TableA = Table(database_namespace, "Table2A")
TableA.AddCol("PKcol_TabA")
TableA.AddCol("Data_Column")
TableA.AddPK("PKcol_TabA")
if TableA.VerifyFKrefsCompletePK(
): # In SQL mode, this will create the table
if _DB_mode == "AS":
print(TableA.TableName,
"has complete FK to PK references (or none exist in table)")
else:
print(TableA.TableName, "has been created in the SQL database")
TableB = Table(database_namespace, "Table2B")
TableB.AddCol("PKcol_TabB")
TableB.AddCol("FK_BtoA")
TableB.AddCol("Data_Column")
TableB.AddPK("PKcol_TabB")
TableB.AddPK(
"FK_BtoA"
) # *** This is the only difference between Schema 1 and Schema 2
TableB.AddFK("FK_BtoA", "Table2A", "PKcol_TabA")
if TableB.VerifyFKrefsCompletePK():
if _DB_mode == "AS":
print(TableB.TableName,
"has complete FK to PK references (or none exist in table)")
else:
print(TableB.TableName, "has been created in the SQL database")
def BuildTables(
database_namespace
): # TODO Verify this is the schema we want. Noticed old DB name was SEF and not SQL like the others
TableA = Table(database_namespace, "Table3A")
TableA.AddCol("PKcol_TabA")
TableA.AddCol("DataColA")
TableA.AddPK("PKcol_TabA")
if TableA.VerifyFKrefsCompletePK(
): # In SQL mode, this will create the table
if _DB_mode == "AS":
print(TableA.TableName,
"has complete FK to PK references (or none exist in table)")
else:
print(TableA.TableName, "has been created in the SQL database")
TableB = Table(database_namespace, "Table3B")
TableB.AddCol("PKcol_TabB")
TableB.AddCol("DataColB")
TableB.AddPK("PKcol_TabB")
if TableB.VerifyFKrefsCompletePK():
if _DB_mode == "AS":
print(TableB.TableName,
"has complete FK to PK references (or none exist in table)")
else:
print(TableB.TableName, "has been created in the SQL database")
TableC = Table(database_namespace, "Table3C")
TableC.AddCol("FK_CtoA")
TableC.AddCol("FK_CtoB")
TableC.AddCol("PKcol_TabC")
TableC.AddCol("DataColC")
TableC.AddPK("FK_CtoA")
TableC.AddPK("FK_CtoB")
TableC.AddPK("PKcol_TabC")
TableC.AddFK("FK_CtoA", "Table3A", "PKcol_TabA")
TableC.AddFK("FK_CtoB", "Table3B", "PKcol_TabB")
if TableC.VerifyFKrefsCompletePK():
if _DB_mode == "AS":
print(TableC.TableName,
"has complete FK to PK references (or none exist in table)")
else:
print(TableC.TableName, "has been created in the SQL database")
TableB.Insert([1, 1, "datadata"])
TableB.Insert([1, 2, "datadata"]) # This should work
print(">>> Test 2: Expect an Insert Failed error, non-unique composite PK")
TableB.Insert([1, 1, "datadata"]) # This should fail, repeated PK
# Test 4a: (How many records are removed)
# At this point, should have 7 records. 3 in Table 2A, 2 in Table 2B, 2 the Table 1B's FK Table
print(">>> Test 4a: Expect 7 records removed")
Table.RemoveAllTables(client, True) #True to wait for confirmation
# Test 5: FK does not reference a complete PK
TableA = Table(database, "Table4A")
TableA.AddCol("PKcol1")
TableA.AddCol("PKcol2")
TableA.AddCol("Data_Column")
TableA.AddPK("PKcol1")
TableA.AddPK("PKcol2")
if TableA.VerifyFKrefsCompletePK(): # This should pass
if _DB_mode == "AS":
print(TableA.TableName, "has complete FK to PK references (or none exist in table)")
else:
print(TableA.TableName, "has been created in the SQL database")
TableB = Table(database, "Table4B")
TableB.AddCol("PKcol1")
TableB.AddCol("FK1_BtoA")
TableB.AddCol("FK2_BtoA")
TableB.AddCol("Data_Column")
TableB.AddPK("PKcol1")
TableB.AddFK("FK1_BtoA", "Table4A", "PKcol1")
TableB.AddFK("FK2_BtoA", "Table4A", "PKcol2")