def reference(request, slug, numbered=False, template='articles/view.html'):
article = Entry.objects.get(slug=slug)
article.text = footer(header(article.text+'\n', link(article.title, "http://denigma.de"+article.get_absolute_url())))
article.text = referencing(article, linking=True, numbered=numbered)
#article.text = glossary(article.text)
print("Word count = %s" % len(article.text.split(None)))
return render(request, template, {'article': article})
def reference(request, slug, numbered=False, template='articles/view.html'):
article = Entry.objects.get(slug=slug)
article.text = footer(
header(
article.text + '\n',
link(article.title,
"http://denigma.de" + article.get_absolute_url())))
article.text = referencing(article, linking=True, numbered=numbered)
#article.text = glossary(article.text)
print("Word count = %s" % len(article.text.split(None)))
return render(request, template, {'article': article})
def connect(request, slug, references=True):
"""Takes an data entry that collectively connects other data entries.
Can be used to produce for instance to produce a thesis or a book."""
connector = Entry.objects.get(slug=slug)
# Sets the footer and header:
connector.text = footer(
header(connector.text + "\n", link(connector.title, "http://denigma.de" + connector.get_absolute_url()))
)
# Gets the cover Page right depending on html or pdf output:
connector.text = connector.text.replace("\r", "").replace("| ", "\n.. class:: center\n\n ")
connector.text = coverPage(connector.text)
connector.text = pageBreak(connector.text)
# connector.text = connector.text.replace('=', '#')
rc = re.compile(r"=*\nTable of Contents\n={17,}\n{1,2}.+?\n\n", re.DOTALL) #
# re.sub()
parts = []
global parts
def translate(match):
contents = match.group(0) # .split('\n'))
# print contents
rc = re.compile("\d\.\s(.+)") #')
contents = re.findall(rc, contents)
for content in contents:
parts.append(Entry.objects.get(title=content))
# print content
return "\n.. contents:: **Contents**\n\n"
connector.text = re.sub(rc, translate, connector.text)
start_sections = "\n\n.. raw:: pdf\n\n SetPageCounter 1 arabic\n\n"
connect_sections = "\n\n.. raw:: pdf\n\n PageBreak oneColumn\n\n"
connector.text += start_sections + connect_sections.join(
[part.text.replace(".. contents:: ", ".. ").replace(".. footer:: ", ".. ") for part in parts]
) # tables(formula())
# connector.text += '\n'+"\n\n.. raw:: pdf\n\n PageBreak oneColumn\n\n".join([tables(formula(part.text.replace('.. contents:: ', '.. ').replace('.. footer:: ', '.. '))) for part in parts])
# connector.text = connector.text.encode('ascii', 'ignore')
# Formatting numbers and tables:
connector.text = latin(connector.text) # tables()#, uni=False)) formula
connector.text = formula(connector.text) # , uni=False)
connector.text = tables(connector.text)
connector.text = figures(connector.text)
# connector.text = referencing(connector, linking=False, tables=False)
# print(connector.text)
if references:
# Collecting references:
article = a.Article()
references_regex = re.compile("References\n\W{10}(.+?)\n{3}", re.DOTALL)
# references_regex.sub(translate, references_regex)
if "References\n==========" in connector.text:
references = "\n\n".join(re.findall(references_regex, connector.text)).replace("*", "") # Removes markup.
article.bibliography = library.Bibliography()
article.references = a.References(references, article=article)
paragraph = a.Paragraph(connector.text)
article.paragraphs = [paragraph]
article.referencing(numbered=False, brackets=False, connect=True)
# article.glossaring()
connector.text = article.__unicode__()
# print connector.text
connector.text = tablesAndFigures(connector.text)
connector.text = glossary(connector.text)
output = open(os.path.join(settings.PROJECT_ROOT, "documents", connector.slug + ".rst"), "w")
output.write(connector.text.encode("utf8"))
# output.write(connector.text.encode('utf8'))
output.close()
print("Word count = %s" % len(connector.text.split(None)))
connector.text = connector.text.replace(".. class:: center\n\n", "| ") # .replace(".. raw:: pdf", '..')
return render_to_response(
"articles/connected.html", {"article": connector}, context_instance=RequestContext(request)
)
def connect(request,
slug,
references=True,
template='articles/connected.html'):
"""Takes an data entry that collectively connects other data entries.
Can be used to produce for instance to produce a thesis or a book."""
connector = Entry.objects.get(slug=slug)
# Sets the footer and header:
connector.text = footer(
header(
connector.text + '\n',
link(connector.title,
"http://denigma.de" + connector.get_absolute_url())))
# Gets the cover Page right depending on html or pdf output:
connector.text = connector.text.replace('\r', '').replace(
"| ", "\n.. class:: center\n\n ")
connector.text = coverPage(connector.text)
connector.text = pageBreak(connector.text)
#connector.text = connector.text.replace('=', '#')
rc = re.compile(r'=*\nTable of Contents\n={17,}\n{1,2}.+?\n\n',
re.DOTALL) #
#re.sub()
parts = []
global parts
def translate(match):
contents = match.group(0) #.split('\n'))
#print contents
rc = re.compile('\d\.\s(.+)') #')
contents = re.findall(rc, contents)
for content in contents:
parts.append(Entry.objects.get(title=content))
#print content
return "\n.. contents:: **Contents**\n\n"
connector.text = re.sub(rc, translate, connector.text)
start_sections = '\n\n.. raw:: pdf\n\n SetPageCounter 1 arabic\n\n'
connect_sections = "\n\n.. raw:: pdf\n\n PageBreak oneColumn\n\n"
connector.text += start_sections + connect_sections.join([
part.text.replace('.. contents:: ', '.. ').replace(
'.. footer:: ', '.. ') for part in parts
]) # tables(formula())
#connector.text += '\n'+"\n\n.. raw:: pdf\n\n PageBreak oneColumn\n\n".join([tables(formula(part.text.replace('.. contents:: ', '.. ').replace('.. footer:: ', '.. '))) for part in parts])
#connector.text = connector.text.encode('ascii', 'ignore')
# Formatting numbers and tables:
connector.text = latin(connector.text) #tables()#, uni=False)) formula
connector.text = formula(connector.text) #, uni=False)
connector.text = tables(connector.text)
connector.text = figures(connector.text)
#connector.text = referencing(connector, linking=False, tables=False)
#print(connector.text)
if references:
# Collecting references:
article = a.Article()
references_regex = re.compile("References\n\W{10}(.+?)\n{3}",
re.DOTALL)
#references_regex.sub(translate, references_regex)
if "References\n==========" in connector.text:
references = "\n\n".join(
re.findall(references_regex,
connector.text)).replace('*', '') # Removes markup.
article.bibliography = library.Bibliography()
article.references = a.References(references, article=article)
paragraph = a.Paragraph(connector.text)
article.paragraphs = [paragraph]
article.referencing(numbered=False, brackets=False, connect=True)
#article.glossaring()
connector.text = article.__unicode__()
#print connector.text
connector.text = tablesAndFigures(connector.text)
connector.text = glossary(connector.text)
output = open(
os.path.join(settings.PROJECT_ROOT, 'documents',
connector.slug + '.rst'), 'w')
output.write(connector.text.encode('utf8'))
#output.write(connector.text.encode('utf8'))
output.close()
print("Word count = %s" % len(connector.text.split(None)))
connector.text = connector.text.replace(
".. class:: center\n\n", "| ") #.replace(".. raw:: pdf", '..')
return render(request, template, {'article': connector})
