. The ADK provides the necessary headers, libraries, and sample source code to build a DLL that interfaces directly with AmiBroker's core engine to provide real-time or historical price data. 1. Getting Started with the ADK
Tick newTick = wait_for_new_tick(); Bar currentBar = aggregate_tick_to_bar(&newTick); if(bar_is_complete)
While many traders rely on third-party vendors for data plugins, there is a growing cohort of quantitative developers and proprietary trading firms that require custom data solutions. Whether you are looking to integrate a private cryptocurrency exchange, a bespoke Python algorithmic feed, or a legacy internal database, mastering the source code of an AmiBroker data plugin is essential. amibroker data plugin source code
Before diving into the source code, it is vital to understand how AmiBroker interacts with external Data Plugins. Unlike simple importers that paste data into a database, a Data Plugin operates as a dynamic link library (DLL) that runs inside the AmiBroker process space.
// Give the plugin a name (visible in AmiBroker File > Database Settings) strcpy( pInfo->szName, "My Custom Crypto Feed" ); Getting Started with the ADK Tick newTick =
Creating a custom AmiBroker data plugin allows you to stream real-time or historical data from any source—whether it’s a proprietary web API, a local database, or a cryptocurrency exchange. To build one, you typically use the official , which provides the C++ headers and skeleton code required for the software to recognize your DLL as a valid data source. 1. Prerequisites and Tools To start developing your plugin, you’ll need:
AmiBroker provides a Software Development Kit (SDK) written in . The source code for a data plugin must implement a specific set of callback functions that AmiBroker’s core invokes during runtime. Unlike simple importers that paste data into a
If you write a plugin, you must use a unique 4-character ID code (e.g., "MYD1" ) to avoid conflicts.
public: CSVPlugin(); ~CSVPlugin();
int CSVPlugin::Disconnect()