def test_single_layer(self):
"""Add a couple Header2 sections"""
test_notes = '\n'.join([
"First line",
"## Section",
"line",
"## Section",
"line",
"",
])
notes = logfile_notes_data.LogfileNotesSection(name='Notes:',
full_text=test_notes)
self.assertEqual(notes.full_text, test_notes)
self.assertEqual(notes.get_text(), "First line")
self.assertEqual(len(notes.get_subsections()), 2)
sections = notes.get_subsections()
self.assertEqual(sections[0].name, "Section")
self.assertEqual(sections[0].full_text, "line")
self.assertEqual(sections[0].get_text(), "line")
self.assertEqual(sections[1].name, "Section")
self.assertEqual(sections[1].full_text, "line\n")
self.assertEqual(sections[1].get_text(), "line\n")
def test_deeply_nested_sections(self):
"""Test a deeply nested section"""
test_notes = '\n'.join([
"## Section1",
"### Section2",
"#### Section3",
"##### Section4",
"line",
])
notes = logfile_notes_data.LogfileNotesSection(name='Notes:',
full_text=test_notes)
self.assertEqual(notes.full_text, test_notes)
self.assertEqual(len(notes.get_subsections()), 1)
section1 = notes.get_subsections()[0]
self.assertEqual(section1.name, 'Section1')
self.assertEqual(
section1.full_text, '\n'.join([
"### Section2",
"#### Section3",
"##### Section4",
"line",
]))
self.assertEqual(section1.get_text(), '')
self.assertEqual(len(section1.get_subsections()), 1)
section2 = section1.get_subsections()[0]
self.assertEqual(section2.name, 'Section2')
self.assertEqual(
section2.full_text, '\n'.join([
"#### Section3",
"##### Section4",
"line",
]))
self.assertEqual(section2.get_text(), '')
self.assertEqual(len(section2.get_subsections()), 1)
section3 = section2.get_subsections()[0]
self.assertEqual(section3.name, 'Section3')
self.assertEqual(section3.full_text, '\n'.join([
"##### Section4",
"line",
]))
self.assertEqual(section3.get_text(), '')
self.assertEqual(len(section3.get_subsections()), 1)
section4 = section3.get_subsections()[0]
self.assertEqual(section4.name, 'Section4')
self.assertEqual(section4.full_text, 'line')
self.assertEqual(section4.get_text(), 'line')
self.assertEqual(len(section4.get_subsections()), 0)
def test_basic_notes(self):
"""A simple section"""
test_notes = '\n'.join([
"First line",
"",
"Third line",
"Fourth line",
"",
])
notes = logfile_notes_data.LogfileNotesSection(name='Notes:',
full_text=test_notes)
self.assertEqual(notes.get_text(), test_notes)
self.assertEqual(notes.full_text, test_notes)
self.assertEqual(len(notes.get_subsections()), 0)
def test_nested_sections(self):
"""Test several nested section groups"""
test_notes = '\n'.join([
"## Section1.0",
"line1.0",
"### Section1.1",
"line1.1",
"## Section2.0",
"line2.0",
"### Section2.1",
"line2.1",
])
notes = logfile_notes_data.LogfileNotesSection(name='Notes:',
full_text=test_notes)
self.assertEqual(notes.full_text, test_notes)
notes_sections = notes.get_subsections()
self.assertEqual(len(notes_sections), 2)
section1 = notes_sections[0]
self.assertEqual(section1.name, 'Section1.0')
self.assertEqual(section1.full_text, '\n'.join([
"line1.0",
"### Section1.1",
"line1.1",
]))
self.assertEqual(section1.get_text(), 'line1.0')
section1_sections = section1.get_subsections()
self.assertEqual(len(section1_sections), 1)
self.assertEqual(section1_sections[0].name, 'Section1.1')
self.assertEqual(section1_sections[0].full_text, 'line1.1')
self.assertEqual(section1_sections[0].get_text(), 'line1.1')
section2 = notes_sections[1]
self.assertEqual(section2.name, 'Section2.0')
self.assertEqual(section2.full_text, '\n'.join([
"line2.0",
"### Section2.1",
"line2.1",
]))
self.assertEqual(section2.get_text(), 'line2.0')
section2_sections = section2.get_subsections()
self.assertEqual(len(section2_sections), 1)
self.assertEqual(section2_sections[0].name, 'Section2.1')
self.assertEqual(section2_sections[0].full_text, 'line2.1')
self.assertEqual(section2_sections[0].get_text(), 'line2.1')
def get_notes_data(log_data):
"""Return the logfile notes data of a Logfile data object.
Assumes the primary Notes section title, as that knowledge belongs in this file.
"""
return logfile_notes_data.LogfileNotesSection(name='Notes:', full_text=log_data.notes)