Universal Chess Interface (UCI) adapter by Shawn Chidester zd3nik@gmail.com.
Just write your chess engine and let Senjo's UCIAdapter deal with the UCI protocol. See Clubfoot for an example chess engine that uses Senjo.
See the senjo-light branch for a version that does not include a built-in test command.
Senjo is a UCI adapter for C++ chess engines. It handles the interaction between your chess engine and any UCI compliant user interface. All you have to do is implement a ChessEngine class that does the "thinking" parts, Senjo will deal with the rest.
The Senjo UCI adapter comes with a few extra commands that are not part of the UCI specification. Here are some examples:
* help
* fen
* print
* perft
* testIn particular the perft and test commands are very handy for testing and tuning. A few EPD files are included in this repository for use with these commands. But of course you can use any EPD file(s) you prefer.
To create a chess engine named "Trout" using the Senjo UCI adapter do the following:
1. Extend the "ChessEngine" class.
// TroutEngine.h
#include "senjo/ChessEngine.h"
class TroutEngine : public senjo::ChessEngine {
// implement required ChessEngine methods
// see ChessEngine.h for documentation
};
2. Wrap TroutEngine in a Senjo UCIAdapter and feed it one line of input from stdin at a time.
// TroutMain.cpp
#include "TroutEngine.h"
#include "senjo/UCIAdapter.h"
#include "senjo/Output.h"
int main(int /*argc*/, char** /*argv*/) {
try {
TroutEngine engine;
senjo::UCIAdapter adapter(engine);
std::string line;
line.reserve(16384);
while (std::getline(std::coin, line)) {
if (!adapter.doCommand(line)) {
break;
}
}
return 0;
}
catch (const std::exception& e) {
senjo::Output() << "ERROR: " << e.what();
return 1;
}
}This example uses std::getline to obtain one line of input at a time from stdin. This is only an example. You may get input any way you prefer. All that is required is that you assign each line of input to a std::string, pass it to the senjo::UCIAdapter's doCommand() method, and exit the input loop if doCommand() returns false.
The senjo::Output class (from Output.h) is very useful for debugging. Use it anywhere; it's thread safe and it prefixes your output with "string info " so it won't confuse UCI compliant user interfaces. See Output.h for more details.
The senjo source directory contains a CMakelists.txt file, which is a cmake project file. If you're using cmake simply add the senjo directory to your project with add_subirectory(senjo). If you're not using cmake simply remove he CMakeLists.txt file and include the senjo source files in your project in whatever way is most convenient for you.
Copyright (c) 2015-2019 Shawn Chidester zd3nik@gmail.com
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