def save_file(text, parameters, file_name, is_4a5=False):
framed_text = varexercise.frame(
text,
**parameters
)
output_tex_files.append(file_name, is_4a5)
if options.verbose > 0:
message(_('I\'ve opened the file "%s".\n') % file_name)
with open(file_name, 'w') as f:
f.writelines(framed_text)
def main():
"""It is the main program."""
if '-help' in sys.argv:
print("Use --help, please.")
return
get_options()
if options.help:
if lang == 'hu':
print(hu_help)
else:
print(__doc__)
return
message(_('''Have a good work. www.arek.uni-obuda.hu/harp/ec'''))
make_testpapers()
def translate(file):
"""It makes the given translations.
Returns with the names of the generated files.
"""
change_format_4a5 = _('I changed the format '
'to %s because of the pagestyles 4a5!')
new_files = []
filename = file.name
file0 = os.path.splitext(filename)[0]
if page == '4a5':
if make.format == 'pdflatex':
make.format = "pdf"
message(change_format_4a5 % "pdf")
if make.format == 'dvi':
make.format = "ps"
message(change_format_4a5 % "ps")
if make.format in ['dvi', 'ps', 'pdf']:
os.system('latex %s' % filename)
new_files.append("%s.dvi" % file0)
if make.format in ['ps', 'pdf']:
os.system('dvips %s.dvi -o' % file0)
new_files.append("%s.ps" % file0)
if make.format in ['pdflatex']:
os.system('pdflatex %s' % filename)
new_files.append("%s.pdf" % file0)
if page == '4a5' and file.is_4a5:
os.system('./4a5 %s.ps' % file0)
new_files.append("%s_4a5.ps" % file0)
os.system('rm %s.ps' % file0)
new_files.remove("%s.ps" % file0)
if make.format == 'pdf':
if page == '4a5' and file.is_4a5:
os.system('ps2pdf %s_4a5.ps' % file0)
new_files.append("%s_4a5.pdf" % file0)
else:
os.system('ps2pdf %s.ps' % file0)
new_files.append("%s.pdf" % file0)
return new_files
def make_testpapers(solution_file=True):
books = BookShelf(files.input)
codes = get_ordered_codes(exercise_numbers)
number_of_variations = variations.num
assert isinstance(number_of_variations, int) and number_of_variations >= 0
global exercise_numbers
try:
variation = varexercise.Variations(
exercise_numbers,
files.input,
number_of_variations
)
except CodeNotFoundError:
message(_("Not all the exercise codes exists on the books "
"that was listed in the test paper."))
return
base_name, extension = os.path.splitext(files.output)
pagesize, solution_pagesize, list_pagesize = get_pagesize(page)
shared_parameters = dict(
preamble_file="magyarpreambulum",
rhead=header_footer.inst,
lfoot=header_footer.course,
rfoot=header_footer.date,
definitions=books.definitions(codes)
)
solution_text = variation.one()
text = solution_text if number_of_variations == 0 else variation.all()
parameters = shared_parameters.copy()
parameters.update(
doc_type='testpaper',
pagesize=pagesize,
fontsize=fontsize,
lhead=header_footer.title,
cfoot=None,
)
file_name = "%s.tex" % base_name
save_file(text, parameters, file_name, page == '4a5')
if solution_file:
parameters = shared_parameters.copy()
parameters.update(
doc_type='plain',
pagesize=solution_pagesize,
fontsize=fontsize,
lhead=header_footer.title + " Megoldás",
cfoot='\\thepage',
)
file_name = "%s_megold.tex" % base_name
save_file(solution_text, parameters, file_name)
if not number_of_variations == 0:
text = variation.list()
if not text:
raise ValueError('no variations in TeX source.')
else:
parameters = shared_parameters.copy()
parameters.update(
doc_type='plain',
fontsize=10,
pagesize=list_pagesize,
lhead=header_footer.title,
cfoot='\\thepage',
)
file_name = "%s_list.tex" % base_name
save_file(text, parameters, file_name)
wrote_files_message = _('I wrote the files:\n %s\n')
message(wrote_files_message % output_tex_files)
other_output_files = OutputFiles() # Non-tex files.
if make.format == '0':
make.format = 0
if output_tex_files.list and make.format:
message(_('I will translate the files. It will take a while.\n'))
for file in output_tex_files.list:
new_files = translate(file)
other_output_files.extend(new_files)
print('\n')
message(wrote_files_message %
("%s%s" % (output_tex_files, other_output_files)))
def test_exercise_numbers():
""" It writes the intervals and the not uniq numbers. """
int_codelist = [x for x in books.codelist if isinstance(x, int)]
message(_('1. The next files are in this group:'))
for file in files.input:
print("\t%s" % file)
message(_('\n2. Intervals of exercise codes'
'(pl. 12..14 means: 12, 13, 14):'))
integerlist.print_intervals(int_codelist)
message(_('\n3. Not uniq exercise codes I found:'))
num = integerlist.print_not_uniq(
int_codelist,
_('%d times is the code %d!'))
if num == 0:
message(_('None.'))
# If there are bad arguments (which is not integer)
# writes them.
message(_('\n4. Bad arguments:'))
bad_list = books.exercises_with_bad_arguments()
if len(bad_list) > 0:
for file_name, row, code in bad_list:
raise BadCodeException(file_name, row, code)
else:
message(_('None.'))
print()