def load_markio(data, parent, update=False, incr_slug=False, validate=True):
"""
Creates a CodingIoQuestion object from a Markio object or source
string and saves the resulting question in the database.
Args:
source:
A string with the Markio source code.
parent:
The parent page object.
Returns:
A CodingIoQuestion instance.
"""
from src.questions.coding_io.models import CodingIoQuestion
if isinstance(data, Markio):
md = data
else:
md = parse_markio(data)
md.validate()
question = CodingIoQuestion(title=md.title)
update_markio_data(question, md)
parent.add_child(instance=question)
question.full_clean_all()
question.save()
return question
def load_markio(data, parent, update=False, incr_slug=False, validate=True):
"""
Creates a CodingIoQuestion object from a Markio object or source
string and saves the resulting question in the database.
Args:
source:
A string with the Markio source code.
parent:
The parent page object.
Returns:
A CodingIoQuestion instance.
"""
from questions.coding_io.models import CodingIoQuestion
if isinstance(data, Markio):
md = data
else:
md = parse_markio(data)
md.validate()
question = CodingIoQuestion(title=md.title)
update_markio_data(question, md)
parent.add_child(instance=question)
question.full_clean_all()
question.save()
return question
def import_markio_from_path(path, parent):
"""
Like load_markio(), but reads source from the given file path.
"""
with open(path) as F:
data = parse_markio(F)
return load_markio(data, parent)
def import_markio_from_path(path, parent):
"""
Like load_markio(), but reads source from the given file path.
"""
with open(path) as F:
data = parse_markio(F)
return load_markio(data, parent)
def read_markio(path, debug=False):
"""
Return a Markio AST from given args.
"""
import markio
with open(path) as F:
try:
return markio.parse_markio(F)
except SyntaxError as ex:
if debug:
raise
print('Error in markio file: ' + str(ex))
sys.exit(1)
def read_markio(path, debug=False):
"""
Return a Markio AST from given args.
"""
import markio
with open(path) as F:
try:
return markio.parse_markio(F)
except SyntaxError as ex:
if debug:
raise
print('Error in markio file: ' + str(ex))
sys.exit(1)
def update_markio_data(question, data):
"""
Update question parameters from Markio file.
"""
md = data if hasattr(data, 'title') else parse_markio(data)
# Load simple data from markio
question.title = md.title or question.title
question.short_description = (md.short_description or
question.short_description)
question.timeout = md.timeout or question.timeout
question.author_name = md.author or question.author_name
question.pre_tests_source = md.tests_source or question.pre_tests_source
question.post_tests_source = md.hidden_tests_source
if md.language is not None:
question.language = get_programming_language(md.language)
if md.points is not None:
question.points_total = md.points
if md.stars is not None:
question.starts_total = md.stars
# Load main description
question.body = markdown_to_blocks(md.description)
# Add answer keys
answer_keys = OrderedDict()
for (lang, answer_key) in md.answer_key.items():
language = get_programming_language(lang)
key = question.answers.create(question=question,
language=language,
source=answer_key)
answer_keys[lang] = key
for (lang, placeholder) in md.placeholder.items():
if placeholder is None:
question.default_placeholder = placeholder
try:
answer_keys[lang].placeholder = placeholder
except KeyError:
language = get_programming_language(lang)
question.answers.create(language=language,
placeholder=placeholder)
question.__answers = list(answer_keys.values())
question.answers = question.__answers
def update_markio_data(question, data):
"""
Update question parameters from Markio file.
"""
md = data if hasattr(data, 'title') else parse_markio(data)
# Load simple data from markio
question.title = md.title or question.title
question.short_description = (md.short_description
or question.short_description)
question.timeout = md.timeout or question.timeout
question.author_name = md.author or question.author_name
question.pre_tests_source = md.tests_source or question.pre_tests_source
question.post_tests_source = md.hidden_tests_source
if md.language is not None:
question.language = programming_language(md.language)
if md.points is not None:
question.points_total = md.points
if md.stars is not None:
question.starts_total = md.stars
# Load main description
question.body = markdown_to_blocks(md.description)
# Add answer keys
answer_keys = OrderedDict()
for (lang, answer_key) in md.answer_key.items():
language = programming_language(lang)
key = question.answers.create(question=question,
language=language,
source=answer_key)
answer_keys[lang] = key
for (lang, placeholder) in md.placeholder.items():
if placeholder is None:
question.default_placeholder = placeholder
try:
answer_keys[lang].placeholder = placeholder
except KeyError:
language = programming_language(lang)
question.answers.create(language=language, placeholder=placeholder)
question.__answers = list(answer_keys.values())
question.answers = question.__answers
def test_dump_markio_exports_successfully(db):
question = example('simple')
md_source = question.dump_markio()
md = parse_markio(source('simple.md'))
assert md_source == md.source()
def test_dump_markio_exports_successfully(db):
question = example('simple')
md_source = question.dump_markio()
md = parse_markio(source('simple.md'))
assert md_source == md.source()
def hello_world():
path = os.path.join(DIRNAME, 'examples', 'hello-world.md')
data = open(path).read()
return parse_markio(data)
def markio(idx):
return parse_markio(src(idx))
def hello_world():
path = os.path.join(DIRNAME, 'examples', 'hello-world.md')
data = open(path).read()
return parse_markio(data)
def markio(idx):
return parse_markio(src(idx))
