public DataTable ReadData(WorkflowDataObject workflowDataObject)
{
return(WorkflowSqlConnection().ExecuteDataTable(
workflowDataObject.WorkflowObjectType.ObjectTypeName,
workflowDataObject.FieldValues.ToFieldDictionary(),
workflowDataObject.PrimaryKeyField,
workflowDataObject.PrimaryKeyValue));
}
public void RaiseEvent(WorkflowEventType workflowEventType, WorkflowDataObject workflowDataObject)
{
if (!WorkflowEventRegistry().ContainsKey(workflowEventType))
{
return;
}
WorkflowActionManager().ExecuteChain(() =>
WorkflowActionRegistry()[WorkflowEventRegistry()[workflowEventType].WorkflowEventActionConfig.WorkflowActionName]);
}
public WorkflowDatabaseEngine UpdateData(WorkflowDataObject workflowDataObject)
{
WorkflowSqlConnection().ExecuteUpdateCommand(
workflowDataObject.WorkflowObjectType.ObjectTypeName,
workflowDataObject.FieldValues.ToFieldDictionary(),
workflowDataObject.PrimaryKeyField,
workflowDataObject.PrimaryKeyValue);
return(this);
}
public Func <WorkflowConfiguration, WorkflowDefinition> IntializeWorkflow(WorkflowDataObject workflowDataObject)
{
return((workflowConfig) => new WorkflowDefinition(workflowConfig)
.RegisterTypes()
.BuildActionManager()
.RegisterListeners()
.RaiseEvent(WorkflowEventType.Start, workflowDataObject)());
//Check for errors
//Should write to the logs
//What ways can a workflow transition / execute.... We know rules can execute... Timers can execute, inbound listeners can execute..
//Workflow is executed on a per object bassis, so we will always be starting a workflow based on an inboud object...
//That inbound object must be defined.. Has properties and methods.
// A workflow is a dicodomy of the states of an object along with the history of actions and the
//series of events that can be executed because, on behalf or as a result of. A workflow is also based on the world around an object.
//It can also spawn objects with workflows, so a workflow object as its basis is that thing that has the workflow applied
}
public virtual void Dispose()
{
foreach (var(key, process) in MemoryProcesses)
{
process.Dispose();
}
MemoryProcesses.Clear();
var content = WorkflowDataObject.GetContent();
foreach (var c in content)
{
if (c.Value is IDisposable disposable)
{
disposable.Dispose();
}
}
if (WorkflowDataObject is IDisposable d)
{
d.Dispose();
}
}
public void ExecuteWorkflow(WorkflowDefinition definition, WorkflowDataObject workflowDataObject)
{
workflowDataObject.CurrentWorkflowState.ExecuteState();
}
public void DeleteData(WorkflowDataObject workflowDataObject)
{
WorkflowSqlConnection()
.ExeuteDeleteCommand(workflowDataObject.WorkflowObjectType.ObjectTypeName, workflowDataObject.PrimaryKeyField,
workflowDataObject.PrimaryKeyValue);
}
public WorkflowDatabaseEngine InsertData(WorkflowDataObject workflowDataObject)
{
WorkflowSqlConnection().ExecuteInsertCommand(workflowDataObject.WorkflowObjectType.ObjectTypeName,
workflowDataObject.FieldValues.ToFieldDictionary());
return(this);
}
