def test_basic_prop():
"""tests that custom __getattr__ works"""
toc = md2py(chikin)
assert str(toc) == ''
assert toc.depth == 1
assert len(toc.branches) == 1
assert isinstance(toc.h1, TreeOfContents)
def test_branches_limit():
"""Tests that branches include only headings of higher depth"""
toc = md2py(chikin)
assert toc.h1.h2.string == 'Chapter 1 : Chikin Fly'
assert list(map(str, toc.h1.h2.h3s)) == ['Waddling']
assert list(map(str, toc.h1[1].h3s)) == ['Plopping', 'I Scream']
def test_basic_prop():
"""tests that custom __getattr__ works"""
toc = md2py(chikin)
assert str(toc) == ''
assert toc.depth == 1
assert len(toc.branches) == 1
assert isinstance(toc.h1, TreeOfContents)
def test_branches_limit():
"""Tests that branches include only headings of higher depth"""
toc = md2py(chikin)
assert toc.h1.h2.string == 'Chapter 1 : Chikin Fly'
assert list(map(str, toc.h1.h2.h3s)) == ['Waddling']
assert list(map(str, toc.h1[1].h3s)) == ['Plopping', 'I Scream']
def test_top_level2():
"""tests parse for top level of markdown string with only h2s"""
toc = md2py(iscream)
assert toc.h1 is None
assert str(toc.h2) == 'I Scream'
assert len(list(toc.h2s)) == 2
assert toc.depth == 2
def test_top_level():
"""tests parse for the top level of a markdown string"""
toc = md2py(chikin)
assert str(toc.h1) == 'Chikin Tales'
assert len(list(toc.h2s)) == 0
assert len(list(toc.h3s)) == 0
assert toc.depth == 1
def test_top_level2():
"""tests parse for top level of markdown string with only h2s"""
toc = md2py(iscream)
assert toc.h1 is None
assert str(toc.h2) == 'I Scream'
assert len(list(toc.h2s)) == 2
assert toc.depth == 2
def test_top_level():
"""tests parse for the top level of a markdown string"""
toc = md2py(chikin)
assert str(toc.h1) == 'Chikin Tales'
assert len(list(toc.h2s)) == 0
assert len(list(toc.h3s)) == 0
assert toc.depth == 1
def getMdTitle(mdFileName: str) -> str:
returnTitle = None
mdFile = open(mdFileName, 'r')
fileMd = markdown(mdFile.read())
try:
toc = md2py.md2py(fileMd)
print(toc)
returnTitle = toc.h1
except TypeError:
pass
mdFile.close()
return returnTitle
def calculate_link(match):
link = match.group()[match.group().rfind('[') +
1:match.group().rfind(']') - 1]
if '|' in link:
title = link[link.find('|') + 1:]
file = link[:link.find('|')]
else:
file = link
title = None
print(file)
print(title)
project_root = os.path.join(env.project_dir, "docs")
# Absolute URL of the linker
# abs_linker_url = os.path.dirname(os.path.join(self.base_docs_url, self.page_url))
# Find directory URL to target link
# rel_link_url = ''
# Walk through all files in docs directory to find a matching file
abs_link_url = ''
for root, dirs, files in os.walk(project_root):
for name in files:
# If we have a match, create the relative path from linker to the link
if name == file:
# Absolute path to the file we want to link to
abs_link_url = os.path.dirname(os.path.join(root, name))
abs_link_url = os.path.join(abs_link_url, file)
# Constructing relative path from the linker to the link
rel_link_url = os.path.relpath(abs_link_url, project_root)
if abs_link_url and os.path.exists(abs_link_url):
md = open(abs_link_url, 'r').read()
toc = md2py.md2py(md)
if not title:
title = str(toc.h1)
return "<a href=\"" + "/" + rel_link_url[:rel_link_url.rfind(
'.')] + "\">" + title + "</a>"
else:
return link
def test_indexing():
"""test indices"""
toc = md2py(chikin)
assert list(toc.h1.h2s)[1] == toc.h1[1]
assert str(toc.h1[1]) == 'Chapter 2 : Chikin Scream'
def test_get_tags():
"""tests that tags are printed correctly"""
toc = md2py(chikin)
assert len(list(toc.h1s)) == 1
assert str(toc.h1) == repr(toc.h1) == toc.h1.string == 'Chikin Tales'
def test_indexing():
"""test indices"""
toc = md2py(chikin)
assert list(toc.h1.h2s)[1] == toc.h1[1]
assert str(toc.h1[1]) == 'Chapter 2 : Chikin Scream'
def test_get_tags():
"""tests that tags are printed correctly"""
toc = md2py(chikin)
assert len(list(toc.h1s)) == 1
assert str(toc.h1) == repr(toc.h1) == toc.h1.string == 'Chikin Tales'
