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Выбрать дату в календаре…Выбрать дату в календаре

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Максимальное количество источников данных CreateDataSource, Максимальное количество источников данных CreateDataSource
 
#
12.05.2025 16:12:33
Здравствуйте! На какое количество источников данных, созданных CreateDataSource, можно одновременно подписаться в квике?
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Добавить время до микросекунд в стакан из getQuoteLevel2(), Добавить время до микросекунд в стакан из getQuoteLevel2()
 
#
30.04.2025 19:48:22
Здравствуйте товарищи разработчики!

Добавьте нам, пожалуйста, время с точностью до микросекунд к снимку стакана, который мы получаем через getQuoteLevel2()? Т.е. время последнего ордера, по которым был получен этот стакан, а то пока сматчить все это дело с лентой сделок ё*у дашь, а на плазу пока денег не хватает.
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Где взять значения ACCOUNT, CLIENT_CODE для создания транзакции через QLua ?
 
#
17.06.2024 01:59:03
Привет, подскажите пожалуйста, в документации по QLua (версия 11.2) есть пример заполнения полей таблицы transaction:
Код
transaction = {
  ACCOUNT="YY0070001234",
  CLIENT_CODE="XXX",
  TYPE="M",
  TRANS_ID="7",
  CLASSCODE="TQBR",
  SECCODE="HYDR",
  ACTION="NEW_ORDER",
  OPERATION="B",
  PRICE="0",
  QUANTITY="15"
}
в частности в этом примере есть поля ACCOUNT и CLIENT_CODE - вопрос - откуда взять их значения?
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getSecurityInfo возвращает nil
 
#
08.12.2022 19:03:36
getSecurityInfo возвращает nil по всем инструментам, что за безобразие ???
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sec_code и seccode в таблице всех сделок - это один и тот же параметр ?, seccode и sec_code в all_trades
 
#
12.06.2022 14:25:50
Привет,

sec_code и seccode в таблице всех сделок - это один и тот же параметр ?

Код
function OnInit() end   
   
function main()
    for k, v in pairs(getItem("all_trades", getNumberOf("all_trades") - 1)) do
        PrintDbgStr(tostring(k) .. " => " .. tostring(v))
    end
end

function OnStop() end

flags => 1024
open_interest => 0
qty => 1.0
period => 1
datetime => table: 000001E32478D730
repovalue => 0.0
seccode => RTSUSDCUR
exchange_code =>
repoterm => 0
value => 56.74
settlecode => T0
yield => 0.0
tradenum => 542955
class_code => RTSIDX
sec_code => RTSUSDCUR
price => 56.74
trade_num => 542955
repo2value => 0.0
accruedint => 0.0
reporate => 0.0
exec_market =>


зачем ? просто так?
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Обновление таблицы квик в отдельном потоке
 
#
10.06.2022 16:13:48
Привет, нужно обновлять таблицу, допустим каждые 100 миллисекунд, не прерывая основной поток, возможно?

Можно конечно два скрипта запустить, один будет таблицу создавать и обновлять периодически, другой данные писать в таблицу из которой обновляется.
Но хотелось бы уместить в один скрипт.
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Добавить инструменты в таблицу "Текущие торги" из скрипта lua
 
#
26.05.2022 18:01:42
Здравствуйте, как добавить инструменты в "Текущие торги" из скрипта lua ? чтобы руками не править периодически
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Получение списка параметров класса, Нужно получить список параметров для каждого класса.
 
#
03.07.2020 00:42:13
Здравствуйте!

С помощью функции getClassInfo() по коду класса получаю в том числе количество параметров в классе.

А как теперь получить коды этих самых параметров???

В документации список из 120 параметров (называется "Значения параметров функций" -> "Список возможных идентификаторов параметров"), но видимо это все возможные параметры по всем классам.

Нужно получить список параметров для каждого класса.
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как подключить .dll к lua скрипту , который выполняется в quik?, как подключить .dll к lua скрипту , который выполняется в quik?
 
#
09.03.2019 15:12:38
Здравствуйте, как подключить .dll к lua скрипту , который выполняется в quik?
quik 7.16.3.14
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Экспорт данных в базу данных оракл, Экспорт данных в базу данных оракл
 
#
09.03.2019 14:51:35
Здравствуйте, нужно выгрузить данные из quik в оракл



quik 7.16.3.14
oracle  12.2.0.1.0 x64
настроил odbc драйвер
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[/img]

Дальше решил подключаться с помощью модуля luasql

В связи с этим вопросы:
1. Где скачать?
2. Как установить?
3. Где взять рабочий пример?

В интернете ничего толкового не нашел на эту тему, только мусор и такие же вопросы без ответов
Сначала хотел написать .dll на плюсах с помощью ораклового интерфейса occi убил день в пустую. Плюнул на это дело - зачем, если уже есть luasql
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