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1
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import webbrowser |
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2
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import json |
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3
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import os |
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4
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import argparse |
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5
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from datetime import datetime |
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6
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import shutil |
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7
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import sys |
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8
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import re |
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9
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10
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from .client import Client |
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11
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from .oval_node import restore_dict_to_tree |
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12
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from .converter import Converter |
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13
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1 |
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from .exceptions import NotChecked |
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14
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15
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16
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class JsonToHtml(Client): |
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17
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def __init__(self, args): |
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18
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self.parser = None |
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19
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self.MESSAGES = self._get_message() |
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20
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self.arg = self.parse_arguments(args) |
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21
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self.hide_passing_tests = self.arg.hide_passing_tests |
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22
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self.source_filename = self.arg.source_filename |
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23
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self.rule_name = self.arg.rule_id |
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24
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self.out = self.arg.output |
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25
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1 |
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self.all_in_one = self.arg.all_in_one |
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26
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self.all_rules = True if self.all_in_one else self.arg.all |
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27
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self.isatty = sys.stdout.isatty() |
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28
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self.show_failed_rules = False |
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29
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self.show_not_selected_rules = False |
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30
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1 |
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self.oval_tree = None |
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31
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self.display_html = True if self.out is None else self.arg.display |
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32
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1 |
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self.json_data_file = self.get_json_data_file() |
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33
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self.parts = self.get_src('parts') |
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34
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self.START_OF_FILE_NAME = 'graph-of-' |
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35
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self.date = datetime.now().strftime("-%d_%m_%Y-%H_%M_%S") |
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36
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1 |
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self.verbose = self.arg.verbose |
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37
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38
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1 |
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def _get_message(self): |
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39
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MESSAGES = { |
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40
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'description': 'Client for visualization of JSON created by command arf-to-json', |
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41
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'source_filename': 'JSON file', |
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42
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} |
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43
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return MESSAGES |
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44
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45
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1 |
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def get_json_data_file(self): |
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46
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with open(self.source_filename, 'r') as f: |
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47
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try: |
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48
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return json.load(f) |
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49
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except Exception as error: |
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50
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raise ValueError( |
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51
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'Used file "{}" is not valid json.'.format( |
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52
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self.source_filename)) |
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53
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54
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1 |
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def load_json_to_oval_tree(self, rule): |
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55
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dict_of_tree = self.json_data_file[rule] |
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56
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1 |
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if isinstance(dict_of_tree, str): |
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57
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raise NotChecked(dict_of_tree) |
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58
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try: |
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59
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return restore_dict_to_tree(dict_of_tree) |
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60
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except Exception as error: |
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61
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raise ValueError('Data is not valid for OVAL tree.') |
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62
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63
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1 |
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def create_dict_of_oval_node(self, oval_node): |
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64
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converter = Converter(oval_node) |
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65
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return converter.to_JsTree_dict(self.hide_passing_tests) |
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66
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67
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1 |
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def load_rule_names(self): |
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68
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return self.json_data_file.keys() |
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69
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70
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1 |
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def search_rules_id(self): |
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71
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rules = self._get_wanted_rules_from_array_of_IDs( |
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72
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self.load_rule_names()) |
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73
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1 |
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notselected_rules = [] |
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74
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return self._check_rules_id(rules, notselected_rules) |
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75
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76
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1 |
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def create_dict_of_rule(self, rule): |
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77
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self.oval_tree = self.load_json_to_oval_tree(rule) |
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78
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return self.create_dict_of_oval_node(self.oval_tree) |
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79
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80
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1 |
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def _put_to_dict_oval_trees(self, dict_oval_trees, rule): |
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81
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1 |
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dict_oval_trees[rule.replace( |
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82
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self.START_OF_FILE_NAME, '')] = self.create_dict_of_rule(rule) |
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83
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84
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1 |
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def _get_src_for_one_graph(self, rule): |
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85
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return self.get_save_src(rule.replace(self.START_OF_FILE_NAME, '')) |
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86
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87
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1 |
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def prepare_parser(self): |
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88
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1 |
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super().prepare_parser() |
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89
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self.prepare_args_when_output_is_html() |
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90
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OpenSCAP /
oval-graph
