"""jdata.py test unit

To run the test, please run

   import testjd
   testjd.run()

Copyright (c) 2019 Qianqian Fang <q.fang at neu.edu>
"""

import unittest

import jdata as jd
import numpy as np
import collections
import json
 
class TestModule(unittest.TestCase):
    def test_module(self):
        data=collections.OrderedDict();
        data['const']=[2.0, 1, True, False, None, float('nan'), float('-inf')];
        data['shortarray']=[1,2,3];
        data['a_complex']=1+2.0j;
        data['object']=[[[1],[2],[3]],None, False];
        data['a_typedarray']=np.asarray([9,9,9,9],dtype=np.uint8);
        data['a_ndarray']=np.arange(1,10,dtype=np.int32).reshape(3,3);
        data['a_biginteger']=9007199254740991;
        data['a_map']={
          float('nan'): 'one',
          2: 'two',
          "k": 'three'
        };

        print('== Original Python native data ==')
        newdata=data.copy();
        print(newdata);

        print('== JData-annotated data ==')
        print(jd.show(jd.encode(newdata),indent=4, default=jd.jsonfilter));

        print('== JData-annotated data exported to JSON with zlib compression ==')
        newdata=data.copy();
        print(jd.show(jd.encode(newdata,{'compression':'zlib','base64':True}), indent=4, default=jd.jsonfilter));

        print('== Decoding a JData-encoded data and printed in JSON format ==')
        newdata=data.copy();
        print(jd.show(jd.decode(jd.encode(newdata)), indent=4, default=jd.jsonfilter));

        print('== Saving encoded data to test.json ==')
        jd.save(data,'test.json')

        print('== Loading data from test.json and decode ==')
        newdata=jd.load('test.json')
        print(jd.show(newdata, indent=4, default=jd.jsonfilter));

if __name__ == '__main__':
    unittest.main()