def problem_part(part_name, metadata_sorter):
part_metadata = []
part_dir = prob.prob_dir + "/" + part_name + "/"
makedirs_exist_ok(part_dir)
raw_htmls = []
for part in getattr(prob, part_name):
fp = path.join(prob.prob_meta['prob_base'], part_name)
if (part.endswith('.inline.html')) or (part.endswith('.inline.md')):
continue
(content, metadata, url) = get_content_and_metadata(part, fp)
logger.debug( (part, metadata, content[0:5]))
if not url:
name = path.basename(part)
filename = name + ".html"
res = apply_template("file.html", problemContent=content,
name=name, part=part_name, rel_path="{0}/{1}".format(part_name, name), prob=prob,
**prob.prob_meta)
write(res, part_name + "/" + filename)
file_util.copy_file(part, path.join(part_dir, name))
else:
filename = path.basename(url)
name = path.basename(filename)
file_util.copy_file(part, path.join(part_dir, name))
part_metadata.append({"name": name, "filename": filename, "meta": metadata})
prob.parts[part_name] = part_metadata
def write_problem(prob, apply_template, output_dir, base):
spec = apply_template(prob.pagetype['base_template'], problemContent=prob.content, type="specification", rel_path='specification.md', prob=prob, **prob.prob_meta)
makedirs_exist_ok(prob.prob_dir)
def write(data, name):
with open(path.join(prob.prob_dir, name), "w", encoding='utf-8') as f:
f.write(data)
write(spec, "index.html")
def problem_part(part_name, metadata_sorter):
prob.parts[part_name].sort(key = metadata_sorter)
raw_htmls = []
for part in getattr(prob, part_name):
fp = path.join(prob.prob_meta['prob_base'], part_name)
if (part.endswith('.inline.html')):
with open(part, encoding='utf-8') as f:
raw_html = f.read()
raw_htmls.append(raw_html.strip())
continue
elif (part.endswith('.inline.md')):
(html, _) = convert_markdown(part)
raw_htmls.append(html.strip())
continue
template = apply_template(part_name + ".html", metadata=prob.parts[part_name], rel_path=part_name, prob=prob,
raw_htmls=raw_htmls, base_template=prob.pagetype['base_template'], **prob.prob_meta)
write(template, part_name + "/index.html")
for p in prob.pagetype['parts']:
problem_part(p[0], p[1])
refs = apply_template("references.html", references=prob.bib_html, rel_path="references", prob=prob,
has_bibtex=prob.has_bibtex, notes=prob.ref_notes_html, base_template=prob.pagetype['base_template'], **prob.prob_meta)
makedirs_exist_ok(path.join(prob.prob_dir, "references"))
write(refs, "references/index.html")
# Cite a problem
# pprint(prob_meta)
cite = apply_template("problem_cite.html", base_template=prob.pagetype['base_template'], prob=prob, **prob.prob_meta)
makedirs_exist_ok(path.join(prob.prob_dir, "cite"))
write(cite, "cite/index.html")
cite_bib = apply_template("problem_cite.bib", base_template=prob.pagetype['base_template'], prob=prob, **prob.prob_meta)
write(cite_bib, "cite.bib")
meta_to_write = create_json_metadata(prob)
write( json.dumps(meta_to_write, sort_keys=True, indent=2), "../{0}.json".format(prob.name) )
else:
dirpart = 'data'
src_dst=( path.join(p.prob_meta['prob_base'], pages, model['name']),
path.join(l.name, p.name,dirpart, model['name']) )
lang_files[l.name].append(src_dst)
break
write_pages(probs)
write_pages(langs)
# Make problems/cite.bib with bibtex for citing each problem
cites=[apply_template("cite.bib")]
for prob in sorted(probs):
old_path = path.join(output_dir, "prob/{0}".format(prob.name))
makedirs_exist_ok(old_path)
for fp in ["index.html","spec.html"]:
with open(path.join(old_path, fp), "w", encoding='utf-8') as f:
f.write(apply_template("redirect.html", url="/Problems/%s" % prob.name))
cites.append(apply_template("problem_cite.bib", base_template=prob.pagetype['base_template'], prob=prob, **prob.prob_meta))
logger.debug("authors %s", authors_map.keys())
prob_cite_path = path.join(output_dir, "Problems.bib")
with open(prob_cite_path, "w", encoding='utf-8') as f:
f.write("\n\n".join(cites))
# Other standalone pages
index_path = path.join(output_dir, "index.html")
def process_problem(prob, apply_template, output_dir, base):
"Creates the problem's html"
(content, metadata) = convert_markdown(prob.specification)
prob.content = content
if not "category" in metadata:
metadata['category'] = ['Unclassified']
else:
metadata['category'] = [ m for m in metadata['category'] if m ]
if len(metadata['category']) == 0:
metadata['category'] = ['Unclassified']
metadata['id'] = [prob.name]
metadata['shortid'] = [prob.name[4:]]
prob.metadata = metadata
title = prob.pagetype['title'](metadata)
prob.prob_meta = {"title": title, "prob_base": prob.pagetype['class_dir'] + "/" + prob.name, "prob_name": prob.name}
#todo: remove?
prob.prob_dir = path.join(output_dir, prob.pagetype['class_dir'] +"/{0}".format(prob.name))
def write(data, name):
with open(path.join(prob.prob_dir, name), "w", encoding='utf-8') as f:
f.write(data)
def problem_part(part_name, metadata_sorter):
part_metadata = []
part_dir = prob.prob_dir + "/" + part_name + "/"
makedirs_exist_ok(part_dir)
raw_htmls = []
for part in getattr(prob, part_name):
fp = path.join(prob.prob_meta['prob_base'], part_name)
if (part.endswith('.inline.html')) or (part.endswith('.inline.md')):
continue
(content, metadata, url) = get_content_and_metadata(part, fp)
logger.debug( (part, metadata, content[0:5]))
if not url:
name = path.basename(part)
filename = name + ".html"
res = apply_template("file.html", problemContent=content,
name=name, part=part_name, rel_path="{0}/{1}".format(part_name, name), prob=prob,
**prob.prob_meta)
write(res, part_name + "/" + filename)
file_util.copy_file(part, path.join(part_dir, name))
else:
filename = path.basename(url)
name = path.basename(filename)
file_util.copy_file(part, path.join(part_dir, name))
part_metadata.append({"name": name, "filename": filename, "meta": metadata})
prob.parts[part_name] = part_metadata
for p in prob.pagetype['parts']:
problem_part(p[0], p[1])
# Copying assets bindly
prob_dir_in = path.join(base, prob.pagetype['class_dir'] + "/{0}".format(prob.name))
assets_in = path.join(prob_dir_in, "assets")
assets_out = path.join(prob.prob_dir, "assets")
if path.exists(assets_in):
logger.debug("Copying assets from %s to %s", assets_in, assets_out )
dir_util.copy_tree(assets_in, assets_out)
prob.has_bibtex=None
prob.bib_html=""
prob.ref_notes_html=""
if prob.bib:
makedirs_exist_ok(path.join(prob.prob_dir, "references"))
file_util.copy_file(prob.bib.bibfile, path.join(prob.prob_dir, "references", prob.name +"-refs.bib"))
prob.has_bibtex = True
prob.bib_html = prob.bib.to_html(apply_template)
if prob.ref_notes:
(prob.ref_notes_html, _) = convert_markdown(prob.ref_notes)
src_dst = (path.join(p.prob_meta['prob_base'], pages,
model['name']),
path.join(l.name, p.name, dirpart,
model['name']))
lang_files[l.name].append(src_dst)
break
write_pages(probs)
write_pages(langs)
# Make problems/cite.bib with bibtex for citing each problem
cites = [apply_template("cite.bib")]
for prob in sorted(probs):
old_path = path.join(output_dir, "prob/{0}".format(prob.name))
makedirs_exist_ok(old_path)
for fp in ["index.html", "spec.html"]:
with open(path.join(old_path, fp), "w", encoding='utf-8') as f:
f.write(
apply_template("redirect.html",
url="/Problems/%s" % prob.name))
cites.append(
apply_template("problem_cite.bib",
base_template=prob.pagetype['base_template'],
prob=prob,
**prob.prob_meta))
logger.debug("authors %s", authors_map.keys())
prob_cite_path = path.join(output_dir, "Problems.bib")