Thunder Trader

Features

Based on C++ 11, this project implements a quantitative trading system supporting high-frequency transactions. The system supports the following characteristics:

Flexibility
- Using plug-ins to support different quotations and trading interfaces, such as CTP, Femas, Dfitc and TWS in China.
- Support multiple accounts and multiple strategies. Each strategy can use multiple quotes, and can place orders for multiple accounts.
Easy to use
- Support both linux and windows
- C/S architecture
- Client with graphical interface
- The real-time tracing of the variables in the strategy can be supported by "probe", and the display mode of the "probe" can be customized.
- Supporting the "intervention" of the strategy, by predefining some intervention actions, to achieve a fixed operation in the transaction process.
Efficiency
- C++ implementation
- Asynchronous event driven

User's guide

Welcome to my personal blog. There are User's guide.

Launch thunder-trader

Use Monitor

TradeServer

UIStyle

SymbolDefine

Documentation

Welcome to my personal blog. There are detailed introductory manuals.

Introductory

Prepare

Strategy

Strategy template

An arbitrage strategy implementation

Trade server

Monitor

Research platform

Quit start

This preject is tested in following environment:

gcc 7.2 or 4.8.4

boost 1.58.0

centos7

Build:

>cmake .
>make
>make install
>export LD_LIBRARY_PATH=/path/to/gcc/lib/:/path/to/boost/lib:$LD_LIBRARY_PATH ; /path/to/thunder-trader /path/to/thunder-trader.conf 1

Then will see output like: 
Run.SystemNumber=1 [20181021T062516.546639]

If you use a customed gcc path, you should specify the /path/to/gcc/lib/, such as /opt/gcc7/lib64.

As the same, if you use a customed boost path, you should specify the /path/to/boost/lib, such as /opt/boost/lib.

The usage of thunder-trader is ./thunder-trader config_file.conf system_number, .e.g. ./thunder-trader thunder-trader.conf 1, the system_number is a customed int that indicate the process by onlyself. You should make sure that different thunder-trader process has different system_number.

The reason of use a system_number will be illustrated in the document.

Then you can use the Monitor to connect the thunder-trader.

And if the cmake cannot find the boost, you should set the BOOST_ROOT to the custom boost install path.In the CMakeLists.txt,it should be like this:

set(BOOST_ROOT /usr/local/install/boost/install/path)

For Monitor,you can either download the binary .exe or compile by source.

Compile steps:

Open the monitor.sln using Microsoft visual stdio 2013 or above.
Open the property page of project, and switch to the VC++ directory, set the boost root to the correct install path of your boost.
Build it.
Config Monitor.json.
Put the Monitor.exe and Monitor.json and PEGRP32E.DLL together in a directory.
Run Monitor.exe.

Update log

2018.11.20 : Support gcc 4.8.4
2018.12.04 : Update arbitrage_strategy & simple_strategy
2018.12.20 : Commit the Monitor v0.1

Ask Questions

E-mail:solopointer@qq.com or QQ Group:628409183

Particular attention: If you encounter an

^C*** Error in `./thunder-trader': double free or corruption (!prev): 0x0000000001e32bb0 ***

like error when run thunder-trader, don't worry. This is a bug in CTPLibrary that usually appears when the process exit, but does not affect the normal operation of the program.Turn off the ctp option, or tell me how to avoid this error if you knows please.

If you like this project, give me a star ^_^

Copyright and License

Thunder-trader is provided under the Apache-2.0 license.

zhuce2022/thunder-trader