/// <summary>
/// Initializes the any option children defined for the instance.
/// </summary>
protected override void InitializeOptionalChildren(ISystemContext context)
{
base.InitializeOptionalChildren(context);
if (DisplayMaxValue != null)
{
DisplayMaxValue.Initialize(context, DisplayMaxValue_InitializationString);
}
if (DisplayMinValue != null)
{
DisplayMinValue.Initialize(context, DisplayMinValue_InitializationString);
}
if (Exponent != null)
{
Exponent.Initialize(context, Exponent_InitializationString);
}
if (MaxValue != null)
{
MaxValue.Initialize(context, MaxValue_InitializationString);
}
if (MinValue != null)
{
MinValue.Initialize(context, MinValue_InitializationString);
}
if (ProcedureCommand != null)
{
ProcedureCommand.Initialize(context, ProcedureCommand_InitializationString);
}
}
private ICommand ParseFunctionCommand()
{
string name = this.ParseName();
List <string> parameterNames = this.ParseParameterNameList();
this.ParseEndOfLine();
CompositeCommand command = this.ParseCommandList("return");
this.lexer.NextToken();
Token token = this.lexer.NextToken();
if (token != null)
{
this.lexer.PushToken(token);
if (token.TokenType != TokenType.EndOfLine)
{
command.AddCommand(new ReturnCommand(this.ParseExpression()));
}
}
ProcedureCommand procedureCommand = new ProcedureCommand(name, parameterNames, command);
return(procedureCommand);
}
private ICommand ParseProcedureCommand()
{
string name = this.ParseName();
List <string> parameterNames = this.ParseParameterNameList();
this.ParseEndOfLine();
ICommand command = this.ParseCommandList("return");
ProcedureCommand procedureCommand = new ProcedureCommand(name, parameterNames, command);
this.lexer.NextToken();
return(procedureCommand);
}
public void ParseSimpleProcedureWithParameter()
{
Parser parser = new Parser("Procedure DoBar(b)\r\na := b\r\nreturn");
ICommand command = parser.ParseCommand();
Assert.IsNotNull(command);
Assert.IsInstanceOfType(command, typeof(ProcedureCommand));
ProcedureCommand proc = (ProcedureCommand)command;
Assert.AreEqual("DoBar", proc.Name);
Assert.IsNotNull(proc.ParameterNames);
Assert.AreEqual(1, proc.ParameterNames.Count);
Assert.AreEqual("b", proc.ParameterNames[0]);
}
public ActionResult UpdateDelayedSO(string orderNumber, int lineNumber, string delayedDays, string supplementaryText5, int post = -1)
{
if (post != -1)
{
Random rnd = new Random();
int value = rnd.Next(0, 10);
return(Content(value > 5 ? post.ToString() : post.ToString()));
}
else
{
return(Content("Ожидание"));
}
// Обновление данных
Param[] parameters =
{
new Param("fDecision", "Отправить запрос МП"), new Param("fYourRequest", "Не отправлен"), new Param("fDelayNumber", delayedDays),
new Param("fDelay", supplementaryText5), new Param("fOrdernumb", orderNumber), new Param("fLinenumb", lineNumber)
};
var command = new ProcedureCommand(Options.Sheets["Обновление задерж. ЗК"].Procedure, parameters, Returns.Nothing);
var caller = new DbCaller(command);
try
{
caller.DoWork();
}
catch
{
return(Content("Обновить данные не удалось!"));
}
// Проверка, обновились ли данные. Возвращает простой текст в HTML страничку по итогам проверки
var checkCommand = new TextCommand(string.Format("select 1 result from OrderLine where OrderNumber = {0} and LineNumber = {1} SupplementaryText5 like '%LETTER%'", orderNumber, lineNumber));
var checkCaller = new DbCaller(checkCommand);
try
{
checkCaller.DoWork();
return(Content(checkCaller.GetResult().ToString().Equals("1") ? "Успешно" : "Неуспешно"));
}
catch (Exception e)
{
return(Content("Проверка неуспешна"));
}
}
