private IReadOnlyList <SourceTimetableData> CheckPreconditions()
{
_log.DebugFormat(
"Checking preconditions in Admin database: {0}",
DatabaseUtils.GetConnectionDescription(AdminConnectionString));
// check existence and validity of the source timetables...
var srcTimetableRecords = SourceValidityCheck.Execute(
TimetableConnectionStrings,
Timeouts.SourceTimetables,
_configuration.MaxDegreeOfParallelism);
CheckAdminAndPublicDatabasesAreDifferent();
CheckConfigConsolidation();
ConsolidationKeyCheck.CheckNaturalKeyColumnsInConfiguration(_configuration.Consolidation);
// check existence of admin db...
EnsureAdminDatabaseExists();
_adminDatabaseAccessible = true;
// check validity of admin db...
AdminDatabaseValidityCheck.Execute(
AdminConnectionString,
Timeouts.AdminDatabase,
_configuration.MaxDegreeOfParallelism,
_configuration.Pipelines);
InitMutex();
CheckAllChangesApplied();
var pOptions = new ParallelOptions {
MaxDegreeOfParallelism = _configuration.MaxDegreeOfParallelism
};
Parallel.Invoke(pOptions, () =>
{
SourceTimetableRegistration.EnsureSourceTimetablesAreRegistered(
AdminConnectionString,
Timeouts.AdminDatabase,
srcTimetableRecords,
_configuration.MaxDegreeOfParallelism,
_configuration.Pipelines);
StagingTablesExistence.EnsureExist(AdminConnectionString, Timeouts.AdminDatabase);
HistoryTablesExistence.EnsureExist(AdminConnectionString, Timeouts.AdminDatabase);
ClearTempStage();
});
return(srcTimetableRecords);
}
private void CheckStageIntegrity()
{
// first check that all foreign key values have an entry in the primary table...
var sc = new StagingSchema(
AdminConnectionString,
StagingSchema.TemporaryStagingSchemaName,
Timeouts.AdminDatabase,
_configuration.MaxDegreeOfParallelism,
_configuration.Pipelines);
sc.CheckIntegrity();
// now check that the consolidation key values are not blank...
ConsolidationKeyCheck.Execute(
AdminConnectionString,
Timeouts.AdminDatabase,
_configuration.MaxDegreeOfParallelism,
_configuration.Consolidation,
StagingSchema.TemporaryStagingSchemaName);
}
