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1
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import os |
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2
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import webbrowser |
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3
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import json |
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4
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import re |
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5
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import sys |
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6
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from lxml import etree |
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7
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from lxml.builder import ElementMaker, E |
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8
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import lxml.html |
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9
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10
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11
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class BuilderHtmlGraph(): |
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12
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def __init__(self, parts, display_html, verbose): |
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13
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self.parts = parts |
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14
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self.display_html = display_html |
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15
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self.verbose = verbose |
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16
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17
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1 |
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def save_html_and_open_html(self, dict_oval_trees, src, rules, out): |
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18
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self.save_html_report(dict_oval_trees, src) |
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19
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self.print_output_message_and_open_web_browser( |
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src, self._format_rules_output(rules), out) |
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21
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22
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def save_html_report(self, dict_of_rules, src): |
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23
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with open(src, "w+") as data_file: |
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data_file.writelines(self._get_html(dict_of_rules)) |
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26
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def _get_html(self, dict_of_rules): |
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27
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maker = ElementMaker(namespace=None, |
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28
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nsmap={None: "http://www.w3.org/1999/xhtml"}) |
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29
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html = maker.html( |
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self._get_html_head(), |
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self._get_html_body(dict_of_rules)) |
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32
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1 |
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result = etree.tostring( |
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33
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html, |
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xml_declaration=True, |
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doctype=('<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.1//EN"' |
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' "http://www.w3.org/TR/xhtml11/DTD/xhtml11.dtd">'), |
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encoding='utf-8', |
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standalone=False, |
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with_tail=False, |
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40
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method='html', |
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pretty_print=True) |
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42
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return result.decode('UTF-8') |
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43
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44
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def _get_html_head(self): |
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45
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return E.head( |
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46
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E.title("OVAL TREE"), |
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47
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E.style(self._get_part('css.txt')), |
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48
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E.style(self._get_part('bootstrapStyle.txt')), |
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49
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E.style(self._get_part('jsTreeStyle.txt')), |
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50
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E.script(self._get_part('jQueryScript.txt')), |
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51
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E.script(self._get_part('bootstrapScript.txt')), |
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52
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E.script(self._get_part('jsTreeScript.txt')), |
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53
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) |
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54
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55
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1 |
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def _get_html_body(self, dict_of_rules): |
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56
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return E.body( |
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57
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E.script(self._get_script_graph_data(dict_of_rules)), |
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58
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self._get_titles_and_places_for_graph(dict_of_rules), |
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59
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E.div({'id': 'data'}), |
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60
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E.div({'id': 'modal', 'class': 'modal'}, |
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61
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E.div({'class': 'modal-content'}, |
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E.span({'id': 'close', 'class': 'close'}, '×'), |
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E.div({'id': 'content'}), |
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64
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) |
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65
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), |
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66
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E.script(self._get_part('script.js')), |
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67
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) |
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68
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69
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1 |
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def _get_script_graph_data(self, dict_of_rules): |
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70
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1 |
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json_of_graphs = { |
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71
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re.sub( |
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72
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r'[\_\-\.]', |
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73
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'', |
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74
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k): v for k, |
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75
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v in dict_of_rules.items()} |
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76
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1 |
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return ("var data_of_tree = " + |
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77
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str(json.dumps(json_of_graphs, sort_keys=False, indent=4)) + |
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78
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";") |
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79
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80
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1 |
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def _get_titles_and_places_for_graph(self, dict_of_rules): |
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81
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1 |
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out = '' |
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82
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1 |
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for rule in dict_of_rules.keys(): |
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83
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1 |
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out += ('<h1>' + |
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84
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rule + |
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85
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'</h1><div id="' + |
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86
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re.sub(r'[\_\-\.]', '', rule) + |
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87
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'"></div>') |
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88
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1 |
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return lxml.html.fromstring(out) |
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89
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90
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1 |
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def _get_part(self, part): |
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91
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out = '' |
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92
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1 |
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with open(os.path.join(self.parts, part), "r") as data_file: |
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93
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1 |
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for line in data_file.readlines(): |
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94
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out += line |
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95
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return out |
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96
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97
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1 |
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def print_output_message_and_open_web_browser(self, src, rule, out): |
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98
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1 |
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if self.verbose: |
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99
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1 |
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print('Rule(s) "{}" done!'.format(rule), file=sys.stderr) |
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100
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1 |
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out.append(src) |
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101
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1 |
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self.open_web_browser(src) |
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102
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103
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1 |
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def open_web_browser(self, src): |
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104
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1 |
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if self.display_html: |
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105
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1 |
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try: |
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106
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1 |
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webbrowser.get('firefox').open_new_tab(src) |
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107
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except BaseException: |
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108
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webbrowser.open_new_tab(src) |
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109
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110
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1 |
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def _format_rules_output(self, rules): |
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111
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1 |
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out = '' |
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112
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1 |
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for rule in rules['rules']: |
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113
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1 |
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out += rule + '\n' |
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114
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return out |
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115
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OpenSCAP /
oval-graph
