#!/usr/bin/env vpython3
# Copyright 2020 The Chromium Authors
# Use of this source code is governed by a BSD-style license that can be
# found in the LICENSE file.
"""
Unit tests for generator_utils.py
"""

import os
import unittest
import generator_utils

# Absolute path to chrome/src.
SCRIPT_DIR = os.path.dirname(os.path.realpath(__file__))
SRC_DIR = os.path.abspath(os.path.join(SCRIPT_DIR, "../../.."))
TESTS_DIR = os.path.join(SCRIPT_DIR, "test_data")


class ParserTest(unittest.TestCase):
  TSV_CONTENTS = [
    [
      "unique_id_A",
      "",
      "sender_A",
      "description_A",
      "trigger_A",
      "data_A",
      "destination_A",
      "cookies_allowed_A",
      "cookies_store_A",
      "settings_A",
      "chrome_policy_A",
      "",
      "source_file_A",
      "id_hash_code_A",
      "content_hash_code_A",
    ],
    [
      "unique_id_B",
      "",
      "sender_B",
      "description_B",
      "trigger_B",
      "data_B",
      "destination_B",
      "cookies_allowed_B",
      "cookies_store_B",
      "settings_B",
      "chrome_policy_B",
      "",
      "source_file_B",
      "id_hash_code_B",
      "content_hash_code_B",
    ],
    [
      "unique_id_C",
      "",
      "sender_C",
      "description_C",
      "trigger_C",
      "data_C",
      "destination_C",
      "cookies_allowed_C",
      "cookies_store_C",
      "settings_C",
      "chrome_policy_C",
      "",
      "source_file_C",
      "id_hash_code_C",
      "content_hash_code_C",
    ],
  ]

  ANNOTATIONS_MAPPING = {
    "unique_id_A": generator_utils.TrafficAnnotation(
      **{
        "unique_id": "unique_id_A",
        "description": "description_A",
        "trigger": "trigger_A",
        "data": "data_A",
        "settings": "settings_A",
        "policy": "chrome_policy_A",
      }
    ),
    "unique_id_B": generator_utils.TrafficAnnotation(
      **{
        "unique_id": "unique_id_B",
        "description": "description_B",
        "trigger": "trigger_B",
        "data": "data_B",
        "settings": "settings_B",
        "policy": "chrome_policy_B",
      }
    ),
    "unique_id_C": generator_utils.TrafficAnnotation(
      **{
        "unique_id": "unique_id_C",
        "description": "description_C",
        "trigger": "trigger_C",
        "data": "data_C",
        "settings": "settings_C",
        "policy": "chrome_policy_C",
      }
    ),
  }

  PLACEHOLDERS = [
    {"type": generator_utils.Placeholder.GROUP, "name": "Group A"},
    {"type": generator_utils.Placeholder.SENDER, "name": "Sender 1"},
    {
      "type": generator_utils.Placeholder.ANNOTATION,
      "traffic_annotation": ANNOTATIONS_MAPPING["unique_id_A"],
    },
    {"type": generator_utils.Placeholder.SENDER, "name": "Sender 2"},
    {
      "type": generator_utils.Placeholder.ANNOTATION,
      "traffic_annotation": ANNOTATIONS_MAPPING["unique_id_B"],
    },
    {"type": generator_utils.Placeholder.GROUP, "name": "Group C"},
    {"type": generator_utils.Placeholder.SENDER, "name": "Sender 3"},
    {
      "type": generator_utils.Placeholder.ANNOTATION,
      "traffic_annotation": ANNOTATIONS_MAPPING["unique_id_C"],
    },
  ]

  # Document formatted according to fake_grouping.xml
  DOC_JSON = generator_utils.extract_body(
    target="all", json_file_path=os.path.join(TESTS_DIR, "fake_doc.json")
  )

  def test_load_tsv_file(self):
    self.assertEqual(
      self.TSV_CONTENTS,
      generator_utils.load_tsv_file(
        os.path.join(
          SRC_DIR,
          "tools/traffic_annotation/scripts/test_data/fake_annotations.tsv",
        ),
        False,
      ),
    )

  def test_map_annotations(self):
    self.assertEqual(
      self.ANNOTATIONS_MAPPING,
      generator_utils.map_annotations(self.TSV_CONTENTS),
    )

  def test_xml_parser_build_placeholders(self):
    xml_parser = generator_utils.XMLParser(
      os.path.join(TESTS_DIR, "fake_grouping.xml"), self.ANNOTATIONS_MAPPING
    )
    self.assertEqual(self.PLACEHOLDERS, xml_parser.build_placeholders())

  def test_find_first_index(self):
    first_index = generator_utils.find_first_index(self.DOC_JSON)
    self.assertEqual(1822, first_index)

  def test_find_last_index(self):
    last_index = generator_utils.find_last_index(self.DOC_JSON)
    self.assertEqual(2066, last_index)

  def test_find_chrome_browser_version(self):
    current_version = generator_utils.find_chrome_browser_version(self.DOC_JSON)
    self.assertEqual("86.0.4187.0", current_version)

  def test_find_bold_ranges(self):
    expected_bold_ranges = [
      (1843, 1855),
      (1859, 1867),
      (1871, 1876),
      (1880, 1889),
      (1893, 1900),
      (1918, 1930),
      (1934, 1942),
      (1968, 1975),
      (1946, 1951),
      (1955, 1964),
      (2001, 2013),
      (2017, 2025),
      (2029, 2034),
      (2038, 2047),
      (2051, 2058),
    ]
    bold_ranges = generator_utils.find_bold_ranges(self.DOC_JSON)
    self.assertItemsEqual(expected_bold_ranges, bold_ranges)


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