README.md

judge.py

Simple and easy-to-use judger for ACM/OI use.

Quick Start

Change Current Folder

cd [path to judge.py]

Generate New Problem Database

./judge.py generate [problem name]

which would make a new folder with a default configuration file if it does not exist.

NOTICE: All the problem will put into the data folder.

Setup the Problem

Firstly, put all your data into the problem folder with format xxxx.in/out. Then set up configure in xxxx.json:

{
    "name": "xxxx",                    // Problem name
    "source_ext": ".cpp",              // Source extension
    "build_file": "a.out",             // Compiler output file (executable)
    "compiler": "g++ -O0 -std=c++11",  // Compile command line
    "start_id": 1,                     // Start at xxxx1.in/out
    "end_id": 10,                      // End at xxxx10.in/out
    "input_suffix": "in",              // Input file extension
    "output_suffix": "out",            // Output file extension
    "name_format": "{0}{1}.{2}",       // Formatting: 0: name, 1: id, 2:in/out
    "time_limit": 1.0,                 // Time limit in seconds
    "memory_limit": 128.0,             // Memory limit in MBs
    "special_judge": false             // Special judge?
}

NOTICE: If you have enabled special_judge, you have to put _spj.py into your problem folder, renaming it to spj.py. Then judge.py will use spj.py to judge the score instead of simple diff.

Run Your Solution

Put your solution xxxx.cpp into source folder, then:

./judge.py xxxx

will run the judgement.

Datagen Extension

If you have the standard program, you can judge it in datagen mode:

./judge.py datagen xxxx

Then all the output of the program will be put into the problem folder as out files.

Pascal Support

Since the compiler of Pascal language is a little different from C-family compilers, so judge.py has a special compiliation process for pascal.

If you want to write your solution in this language, just modify the source_ext to .pas, judge.py will do it for you.