import unittest

from collections import defaultdict

from kman import *

class TestKman(unittest.TestCase):
    # initial
    def setUp(self):
        CLIPPATH = './test.data'
        OUTPREF  = './test.clip'
        LOG2FILE = 1
        DELIMITER= '|'

        global t_bm_sec
        global t_hl_sec
        global t_nt_sec
        global t_books
        t_bm_sec = ["""另一半中国史 (高洪雷)
""", \
                """- 您在位置 #2468 的书签 | 添加于 2020年1月12日星期日 下午11:09:06
"""]
        t_hl_sec = ["""薛兆丰经济学讲义 (薛兆丰)
""", \
                """- 您在位置 #1408-1410的标注 | 添加于 2020年1月13日星期一 上午8:11:05
""", \
                """边际就是“新增”带来的“新增”。
"""]
        t_nt_sec = ["""薛兆丰经济学讲义 (薛兆丰)
""", \
                """- 您在位置 #4286 的笔记 | 添加于 2020年1月30日星期四 下午10:26:31
""", \
                """山寨 假货 问题
"""]
        t_books = defaultdict(dict)

    def cre_tbooks(self):
        # parsing section & fill data structure
        t_secd = parse_section(t_bm_sec,0)

        t_secd = parse_section(t_hl_sec,1)
        bn = t_secd['bookname']
        t_books[bn]['author'] = t_secd[bn]['author']
        t_books[bn]['1'] = t_secd[bn]['1']
        t_secd.clear()

        t_secd = parse_section(t_nt_sec,2)
        bn = t_secd['bookname']
        t_books[bn]['author'] = t_secd[bn]['author']
        t_books[bn]['2'] = t_secd[bn]['2']
        t_secd.clear()

        return t_books

    # test function parse_section
    def test_parse_section(self):
        # parsing section & fill data structure
        t_secd = parse_section(t_bm_sec,0)
        self.assertEqual(t_secd,False)

        t_secd = parse_section(t_hl_sec,1)
        bn = t_secd['bookname']
        self.assertIsNotNone(t_secd)
        self.assertEqual(bn,'薛兆丰经济学讲义 ')
        self.assertEqual(t_secd[bn]['author'],'薛兆丰')
        self.assertEqual(t_secd[bn]['1']['type'],'HL')
        self.assertEqual(t_secd[bn]['1']['position'],'1408-1410')
        self.assertEqual(t_secd[bn]['1']['day'],'2020年1月13日')
        self.assertEqual(t_secd[bn]['1']['week'],'星期一')
        self.assertEqual(t_secd[bn]['1']['meridiem'],'上午')
        self.assertEqual(t_secd[bn]['1']['time'],'8:11:05')
        self.assertEqual(t_secd[bn]['1']['content'],'边际就是“新增”带来的“新增”。\n')
        t_books[bn]['author'] = t_secd[bn]['author']
        t_books[bn]['1'] = t_secd[bn]['1']
        t_secd.clear()

        t_secd = parse_section(t_nt_sec,2)
        bn = t_secd['bookname']
        self.assertIsNotNone(t_secd)
        self.assertEqual(bn,'薛兆丰经济学讲义 ')
        self.assertEqual(t_secd[bn]['author'],'薛兆丰')
        self.assertEqual(t_secd[bn]['2']['type'],'NT')
        self.assertEqual(t_secd[bn]['2']['position'],'4286')
        self.assertEqual(t_secd[bn]['2']['day'],'2020年1月30日')
        self.assertEqual(t_secd[bn]['2']['week'],'星期四')
        self.assertEqual(t_secd[bn]['2']['meridiem'],'下午')
        self.assertEqual(t_secd[bn]['2']['time'],'10:26:31')
        self.assertEqual(t_secd[bn]['2']['content'],'山寨 假货 问题\n')
        t_books[bn]['author'] = t_secd[bn]['author']
        t_books[bn]['2'] = t_secd[bn]['2']
        t_secd.clear()

        # test drop_duplicate
    def test_drop_duplicate(self):
        t_books = self.cre_tbooks()
        t_secd = parse_section(t_hl_sec,3)
        bn = t_secd['bookname']
        t_books_du = t_books.copy()
        t_books_du[bn]['3'] = t_secd[bn]['3']
        t_books_du[bn]['4'] = t_secd[bn]['3']
        self.assertIsInstance(t_books_du[bn]['3'],dict)

        try:
            t_books_du = drop_duplicate(t_books_du)
            t = t_books_du[bn]['3']
        except KeyError as keyerror:
            print("与预期匹配，sidx 3 重复被删除，抛出: %s" % 'keyerror')

        t_secd.clear()

    # test function format_time()
    def test_format_time(self):
        t_ds = '2020年1月13日 星期一 下午 8:11:05'
        t_ds = format_time(t_ds)
        self.assertEqual(t_ds, '2020/1/13 20:11:05')

    # test function format_data
    def test_format_data(self):
        t_books = self.cre_tbooks()
        t_out = format_data(t_books, ft='MD')
        self.assertEqual(t_out[0], 'TYPE|BOOKNAME|AUTHOR|MARKTIME|CONTENT')
        self.assertEqual(t_out[1], '--|--|--|--|--')
        self.assertEqual(t_out[2], 'HL|薛兆丰经济学讲义 |薛兆丰|2020/1/13 8:11:05|边际就是“新增”带来的“新增”。\n')
        t_out.clear()

    def test_add_note_to_highlight(self):
        t_books = self.cre_tbooks()
        t_books_remove_nt = add_note_to_highlight(t_books)
        for k in t_books_remove_nt.keys():
            bn = k
        self.assertEqual((t_books_remove_nt[bn]['1']['content']).replace('\n',''),\
                '边际就是“新增”带来的“新增”。'+NTPREF+ '山寨 假货 问题')

    def test_get_kindle_path(self):
        kp = get_kindle_path()
        s = u"kindle disconnected" if not kp else u"kindle connected {}".format(kp)
        print(s)

    """
    def test_search_clip(self):
        pass
    def test_statistic(self):
        pass
    def test_dict2json(self):
        pass
    def test_json2dict(self):
        pass
    def test_import_clips(self):
        pass
    """

    # clean
    def tearDown(self):
        pass

if __name__ == '__main__':

    """
    suite = unittest.TestSuite ()
    suite.addTest(TestKman('test_parse_section'))
    suite.addTest(TestKman('test_format_time'))
    suite.addTest(TestKman('test_format_data'))
    suite.addTest(TestKman('test_drop_duplicate'))
    suite.addTest(TestKman('test_add_note_to_highlight'))
    run = unittest.TextTestRunner (verbosity=2)
    run.run (suite)
    """

    # not callable sequency
    unittest.main()