public virtual HistoricVariableInstance build()
{
HistoricVariableInstance mockVariable = mock(typeof(HistoricVariableInstance));
when(mockVariable.Id).thenReturn(id_Renamed);
when(mockVariable.Name).thenReturn(name_Renamed);
when(mockVariable.VariableName).thenReturn(name_Renamed);
when(mockVariable.TypeName).thenReturn(value.Type.Name);
when(mockVariable.VariableTypeName).thenReturn(value.Type.Name);
if (value.GetType().IsAssignableFrom(typeof(ObjectValue)))
{
ObjectValue objectValue = (ObjectValue)value;
if (objectValue.Deserialized)
{
when(mockVariable.Value).thenReturn(value.Value);
}
else
{
when(mockVariable.Value).thenReturn(null);
}
}
else
{
when(mockVariable.Value).thenReturn(value.Value);
}
when(mockVariable.TypedValue).thenReturn(value);
when(mockVariable.ProcessDefinitionKey).thenReturn(processDefinitionKey_Renamed);
when(mockVariable.ProcessDefinitionId).thenReturn(processDefinitionId_Renamed);
when(mockVariable.ProcessInstanceId).thenReturn(processInstanceId_Renamed);
when(mockVariable.ExecutionId).thenReturn(executionId_Renamed);
when(mockVariable.ErrorMessage).thenReturn(errorMessage_Renamed);
when(mockVariable.ActivtyInstanceId).thenReturn(activityInstanceId_Renamed);
when(mockVariable.ActivityInstanceId).thenReturn(activityInstanceId_Renamed);
when(mockVariable.CaseDefinitionKey).thenReturn(caseDefinitionKey_Renamed);
when(mockVariable.CaseDefinitionId).thenReturn(caseDefinitionId_Renamed);
when(mockVariable.CaseInstanceId).thenReturn(caseInstanceId_Renamed);
when(mockVariable.CaseExecutionId).thenReturn(caseExecutionId_Renamed);
when(mockVariable.TaskId).thenReturn(taskId_Renamed);
when(mockVariable.TenantId).thenReturn(tenantId_Renamed);
when(mockVariable.CreateTime).thenReturn(createTime_Renamed);
when(mockVariable.RemovalTime).thenReturn(removalTime_Renamed);
when(mockVariable.RootProcessInstanceId).thenReturn(rootProcessInstanceId_Renamed);
return(mockVariable);
}
// these functions serve to ensure that symbols in nodes are defined as the right type
protected TypedValue DefSymbolValue(IdentNode node, TypedValue value)
{
if (node.Sym.IsValue && node.Sym.DataType == value.DataType)
{
return(node.Sym.Value);
}
Logger.WriteLine(3, "Getsym adding {0} value:{1} type:{2}", node.Sym.Name, value, value.DataType);
// will create new symbol and store in symbol table, so other nodes see the same thing
if (node.Sym.IsUndef)
{
Symbols.DefineValue(node.Name, value);
}
else if (value.GetType() == typeof(IdentValue) && node.Sym.Value is IdentValue)
{
; // any subclass will do for flag. TODO: reverse operation if flag defined first
}
else
{
_currentparser.Syntax("already defined {0} as type {1}", node.Name, node.Sym.DataType);
}
return(value);
}
public override string ToString() => $"{{\"type\":\"{TypedValue.GetType().Name}\",\"intValue\":{Convert.ToInt32(TypedValue)},\"name\":\"{TypedValue.ToString()}\",\"displayName\":\"{TypedValue.GetDescription()}\"}}";
public string GetCreationCode() => $"new Enum('{TypedValue.GetType().Name}',{Convert.ToInt32(TypedValue)},'{TypedValue.ToString()}','{TypedValue.GetDescription()}')";