public async Task ExecutePrediction(PredictionParameters parms)
{
string accessJson = await _fileStorage.ReadFile("connectdefinition", "PPDMDataAccess.json");
_accessDefs = JsonConvert.DeserializeObject <List <DataAccessDef> >(accessJson);
ConnectParameters connector = await GetConnector(parms.DataConnector);
databaseConnectionString = connector.ConnectionString;
_dbConn.OpenConnection(connector);
string sourceConnector = GetSource();
if (parms.DataConnector == sourceConnector)
{
syncPredictions = true;
}
else
{
syncPredictions = false;
}
RuleManagement rules = new RuleManagement(_azureConnectionString);
RuleModel rule = await rules.GetRuleAndFunction(parms.DataConnector, parms.PredictionId);
manageIndexTable = new ManageIndexTable(_accessDefs, connector.ConnectionString, rule.DataType, rule.FailRule);
manageIndexTable.InitQCFlags(false);
await MakePredictions(rule, connector);
_dbConn.CloseConnection();
manageIndexTable.SaveQCFlags();
}
private async Task <RuleModel> GetRuleAndFunctionInfo(string dataConnector, int ruleId)
{
RuleManagement rules = new RuleManagement(_azureConnectionString);
RuleModel rule = await rules.GetRuleAndFunction(dataConnector, ruleId);
return(rule);
}
public async Task CloseDataQC(string source, List <RuleFailures> ruleFailures)
{
try
{
ConnectParameters connector = await GetConnector(source);
RuleManagement rm = new RuleManagement(_azureConnectionString);
string jsonRules = await rm.GetRules(source);
List <RuleModel> rules = JsonConvert.DeserializeObject <List <RuleModel> >(jsonRules);
ManageIndexTable idxTable = new ManageIndexTable(connector.ConnectionString);
await idxTable.GetIndexQCFlagData();
foreach (var ruleFailure in ruleFailures)
{
RuleModel rule = rules.FirstOrDefault(o => o.Id == ruleFailure.RuleId);
foreach (var failure in ruleFailure.Failures)
{
string qcString = idxTable.GetQCFlag(failure);
qcString = qcString + rule.RuleKey + ";";
idxTable.SetQCFlag(failure, qcString);
}
}
idxTable.SaveQCFlagDapper();
}
catch (Exception ex)
{
Exception error = new Exception($"DataQc: Could not close and save qc flags, {ex}");
throw error;
}
}
public async Task <List <DmsIndex> > GetResult(string source, int id)
{
ConnectParameters connector = await GetConnector(source);
RuleManagement rules = new RuleManagement(_azureConnectionString);
string jsonRule = await rules.GetRule(source, id);
RuleModel rule = JsonConvert.DeserializeObject <RuleModel>(jsonRule);
ManageIndexTable mit = new ManageIndexTable(connector.ConnectionString);
List <DmsIndex> result = await mit.GetQcOrPredictionsFromIndex(rule.RuleKey);
return(result);
}
private async Task CreateDSMRules(ConnectParameters connector)
{
try
{
RuleManagement rules = new RuleManagement(azureConnectionString);
List <DataAccessDef> accessDefs = await GetDataAccessDefinitions();
string ruleString = await ReadDatabaseFile("StandardRules.json");
await rules.SaveRulesToDatabase(ruleString, connector);
}
catch (Exception ex)
{
Exception error = new Exception("Load DMS Rule Error: ", ex);
throw error;
}
}
public async Task <List <QcResult> > GetQCRules(DataQCParameters qcParms)
{
List <QcResult> qcResult = new List <QcResult>();
ConnectParameters connector = await GetConnector(qcParms.DataConnector);
RuleManagement rules = new RuleManagement(_azureConnectionString);
IndexAccess idxAccess = new IndexAccess();
string jsonString = await rules.GetActiveQCRules(connector.SourceName);
qcResult = JsonConvert.DeserializeObject <List <QcResult> >(jsonString);
foreach (QcResult qcItem in qcResult)
{
string query = $" where QC_STRING like '%{qcItem.RuleKey};%'";
qcItem.Failures = idxAccess.IndexCountByQuery(query, connector.ConnectionString);
}
return(qcResult);
}
public async Task <List <PredictionCorrection> > GetPredictions(string source)
{
List <PredictionCorrection> predictionResults = new List <PredictionCorrection>();
ConnectParameters connector = await GetConnector(source);
RuleManagement rules = new RuleManagement(_azureConnectionString);
string jsonString = await rules.GetActivePredictionRules(source);
predictionResults = JsonConvert.DeserializeObject <List <PredictionCorrection> >(jsonString);
IndexAccess idxAccess = new IndexAccess();
foreach (PredictionCorrection predItem in predictionResults)
{
string query = $" where QC_STRING like '%{predItem.RuleKey};%'";
predItem.NumberOfCorrections = idxAccess.IndexCountByQuery(query, connector.ConnectionString);
}
return(predictionResults);
}
private async Task CreateUpdateStoredProcedure(DbUtilities dbConn)
{
List <DataAccessDef> accessDefs = await GetDataAccessDefinitions();
var dataTypes = accessDefs.Select(s => s.DataType).Where(s => s != "Index").ToList();
foreach (string dataType in dataTypes)
{
DataAccessDef accessDef = accessDefs.First(x => x.DataType == dataType);
BuildUpdateProcedure(dbConn, dataType, accessDef);
}
RuleManagement rm = new RuleManagement();
string type = "Rules";
DataAccessDef ruleDef = rm.GetDataAccessDefinition(type);
BuildUpdateProcedure(dbConn, type, ruleDef);
type = "Functions";
DataAccessDef functionDef = rm.GetDataAccessDefinition(type);
BuildUpdateProcedure(dbConn, type, functionDef);
}
private async Task CreateGetStoredProcedure(DbUtilities dbConn)
{
RuleManagement rm = new RuleManagement();
string type = "Rules";
DataAccessDef ruleDef = rm.GetDataAccessDefinition(type);
BuildGetProcedure(dbConn, type, ruleDef);
BuildGetProcedureWithId(dbConn, type, ruleDef);
type = "Functions";
DataAccessDef functionDef = rm.GetDataAccessDefinition(type);
BuildGetProcedure(dbConn, type, functionDef);
BuildGetProcedureWithId(dbConn, type, functionDef);
IndexAccess ia = new IndexAccess();
type = "Index";
DataAccessDef indexDef = ia.GetDataAccessDefinition();
BuildGetProcedure(dbConn, type, indexDef);
BuildGetProcedureWithQcString(dbConn, indexDef);
}
