def test_paragraph(self):
source = """\
This is a one-line paragraph.
"""
expected_tree = [ParagraphState('This is a one-line paragraph.')]
tree = parse(source)
self.assertEqual(expected_tree, tree)
def test_paragraph(self):
source = """\
This is a one-line paragraph.
"""
expected_tree = [ParagraphState('This is a one-line paragraph.')]
tree = parse(source)
self.assertEqual(expected_tree, tree)
def test_bold(self):
source = """\
Paragraph with **emphasized text**.
"""
expected_tree = [
ParagraphState('Paragraph with <b>emphasized text</b>.')]
tree = parse(source)
self.assertEqual(expected_tree, tree)
def test_diagram_and_paragraph(self):
source = """\
Short diagram.
Following paragraph.
"""
expected_tree = [DiagramState('Short diagram.\n'),
ParagraphState('Following paragraph.')]
tree = parse(source)
self.assertEqual(expected_tree, tree)
def test_heading2(self):
source = """\
## Title #
Some text.
"""
expected_tree = [ParsingState('Title', Styles.Heading2),
ParagraphState('Some text.')]
tree = parse(source)
self.assertEqual(expected_tree, tree)
def test_bold(self):
source = """\
Paragraph with **emphasized text**.
"""
expected_tree = [
ParagraphState('Paragraph with <b>emphasized text</b>.')
]
tree = parse(source)
self.assertEqual(expected_tree, tree)
def test_links(self):
source = """\
Paragraph with [example link][link].
[link]: http://example.com
"""
expected_tree = [ParagraphState(
'Paragraph with <a href="http://example.com">example link</a>.')]
tree = parse(source)
self.assertEqual(expected_tree, tree)
def test_two_paragraphs(self):
source = """\
This is a paragraph.
This is another.
"""
expected_tree = [ParagraphState('This is a paragraph.'),
ParagraphState('This is another.')]
tree = parse(source)
self.assertEqual(expected_tree, tree)
def test_heading2(self):
source = """\
## Title #
Some text.
"""
expected_tree = [
ParsingState('Title', Styles.Heading2),
ParagraphState('Some text.')
]
tree = parse(source)
self.assertEqual(expected_tree, tree)
def test_diagram_and_paragraph(self):
source = """\
Short diagram.
Following paragraph.
"""
expected_tree = [
DiagramState('Short diagram.\n'),
ParagraphState('Following paragraph.')
]
tree = parse(source)
self.assertEqual(expected_tree, tree)
def test_two_links(self):
source = """\
Now [two][first] [links][second].
[first]: http://example.com
[second]: http://bogus.com
"""
expected_tree = [ParagraphState(
'Now <a href="http://example.com">two</a> '
'<a href="http://bogus.com">links</a>.')]
tree = parse(source)
self.assertEqual(expected_tree, tree)
def test_numbered(self):
source = """\
Some text.
1. First
2. Second
"""
expected_tree = [ParagraphState('Some text.'),
BulletedState('First', bullet='1'),
BulletedState('Second', bullet='2')]
tree = parse(source)
self.assertEqual(expected_tree, tree)
def test_two_paragraphs(self):
source = """\
This is a paragraph.
This is another.
"""
expected_tree = [
ParagraphState('This is a paragraph.'),
ParagraphState('This is another.')
]
tree = parse(source)
self.assertEqual(expected_tree, tree)
def test_two_links(self):
source = """\
Now [two][first] [links][second].
[first]: http://example.com
[second]: http://bogus.com
"""
expected_tree = [
ParagraphState('Now <a href="http://example.com">two</a> '
'<a href="http://bogus.com">links</a>.')
]
tree = parse(source)
self.assertEqual(expected_tree, tree)
def test_links(self):
source = """\
Paragraph with [example link][link].
[link]: http://example.com
"""
expected_tree = [
ParagraphState(
'Paragraph with <a href="http://example.com">example link</a>.'
)
]
tree = parse(source)
self.assertEqual(expected_tree, tree)
def test_diagram(self):
source = """\
Indent of four spaces
makes a diagram.
Indent is removed.
"""
expected_diagram = """\
Indent of four spaces
makes a diagram.
Indent is removed.
"""
expected_tree = [DiagramState(expected_diagram)]
tree = parse(source)
self.assertEqual(expected_tree, tree)
def test_numbered(self):
source = """\
Some text.
1. First
2. Second
"""
expected_tree = [
ParagraphState('Some text.'),
BulletedState('First', bullet='1'),
BulletedState('Second', bullet='2')
]
tree = parse(source)
self.assertEqual(expected_tree, tree)
def test_numbered_multiple_lines(self):
source = """\
Some text.
1. First item
with multiple lines.
2. Second item.
"""
expected_tree = [
ParagraphState('Some text.'),
BulletedState('First item with multiple lines.', bullet='1'),
BulletedState('Second item.', bullet='2')]
tree = parse(source)
self.assertEqual(expected_tree, tree)
def test_diagram(self):
source = """\
Indent of four spaces
makes a diagram.
Indent is removed.
"""
expected_diagram = """\
Indent of four spaces
makes a diagram.
Indent is removed.
"""
expected_tree = [DiagramState(expected_diagram)]
tree = parse(source)
self.assertEqual(expected_tree, tree)
def test_numbered_multiple_lines(self):
source = """\
Some text.
1. First item
with multiple lines.
2. Second item.
"""
expected_tree = [
ParagraphState('Some text.'),
BulletedState('First item with multiple lines.', bullet='1'),
BulletedState('Second item.', bullet='2')
]
tree = parse(source)
self.assertEqual(expected_tree, tree)
def go():
doc = SimpleDocTemplate("moonside.pdf")
styles = getSampleStyleSheet()
paragraph_style = styles[Styles.Normal]
list_style = ListStyle('default_list',
bulletFontSize=paragraph_style.fontSize,
bulletFormat='%s.')
story = []
f = open('rules.md')
group = []
bulleted = []
first_bullet = None
states = parse(f.read())
for state in states:
if state.style == Styles.Diagram:
flowable = Diagram(state.text)
else:
flowable = Paragraph(state.text,
styles[state.style])
if state.style.startswith(Styles.Heading):
group.append(flowable)
elif state.bullet:
bulleted.append(flowable)
first_bullet = first_bullet or state.bullet
else:
if bulleted:
story.append(ListFlowable(bulleted,
style=list_style,
start=first_bullet))
bulleted = []
first_bullet = None
story.append(Spacer(1, 0.055*inch))
if not group:
story.append(flowable)
else:
group.append(flowable)
story.append(KeepTogether(group))
group = []
story.append(Spacer(1, 0.055*inch))
if bulleted:
story.append(ListFlowable(bulleted,
style=list_style,
start=first_bullet))
doc.build(story, onFirstPage=firstPage)
def go():
doc = SimpleDocTemplate("docs/donimoes.pdf")
styles = getSampleStyleSheet()
paragraph_style = styles[Styles.Normal]
list_style = ListStyle('default_list',
bulletFontSize=paragraph_style.fontSize,
bulletFormat='%s.')
story = []
f = open('docs/rules.md')
group = []
bulleted = []
first_bullet = None
states = parse(f.read())
for state in states:
if state.style == Styles.Diagram:
flowable = Diagram(state.text)
else:
flowable = Paragraph(state.text, styles[state.style])
if state.style.startswith(Styles.Heading):
group.append(flowable)
elif state.bullet:
bulleted.append(flowable)
first_bullet = first_bullet or state.bullet
else:
if bulleted:
story.append(
ListFlowable(bulleted,
style=list_style,
start=first_bullet))
bulleted = []
first_bullet = None
story.append(Spacer(1, 0.055 * inch))
if not group:
story.append(flowable)
else:
group.append(flowable)
story.append(KeepTogether(group))
group = []
story.append(Spacer(1, 0.055 * inch))
if bulleted:
story.append(
ListFlowable(bulleted, style=list_style, start=first_bullet))
doc.build(story, onFirstPage=firstPage)
def main():
with open('rules.md', 'rU') as f:
rules_text = f.read()
states = parse(rules_text)
scores = ''
heading = ''
for state in states:
if state.style == Styles.Diagram and heading.startswith('Problem'):
n = heading.split(' ')[-1]
board = Board.create(state.text)
analysis = BoardAnalysis(board)
if board.hasMatch():
n += '(matches)'
print(n + '. ' + ', '.join(analysis.solution).upper())
score = BoardAnalysis.calculate_score(analysis.get_values())
scores += '{}. {}x{} {} ({} nodes)\n'.format(n,
board.width,
board.height,
score,
analysis.graph_size)
if state.style.startswith(Styles.Heading):
heading = state.text
print(scores)
def main():
with open('rules.md', 'rU') as f:
rules_text = f.read()
states = parse(rules_text)
scores = ''
heading = ''
for state in states:
if state.style == Styles.Diagram and heading.startswith('Problem'):
n = heading.split(' ')[-1]
board = Board.create(state.text)
analysis = BoardAnalysis(board)
if board.hasMatch():
n += '(matches)'
print(n + '. ' + ', '.join(analysis.solution).upper())
score = BoardAnalysis.calculate_score(analysis.get_values())
scores += '{}. {}x{} {} ({} nodes)\n'.format(n,
board.width,
board.height,
score,
analysis.graph_size)
if state.style.startswith(Styles.Heading):
heading = state.text
print(scores)
