def course_download(self, path='', quality='', download_all=False):
sys.stdout.write('\033[2K\033[1G\r\r' + fc + sd + "[" + fm + sb + "*" + fc + sd + "] : " + fg + sb + "Downloading accessible courses information .. \r")
courses = acloud.courses(cookies=self.cookies)
if not download_all:
sys.stdout.write('\033[2K\033[1G\r\r' + fc + sd + "[" + fm + sb + "*" + fc + sd + "] : " + fg + sb + "Downloading accessible courses information .. (done)\r\n")
counter = 1
for course in courses:
title = course.title
sys.stdout.write(fc + sd + "[" + fm + sb + "%s" % (counter) + fc + sd + "] : " + fg + sb + "%s\n" % (title))
counter += 1
question = fc + sd + "[" + fw + sb + "?" + fc + sd + "] : " + fy + sb + "select course number between (1/%s/all): " % (len(courses))+ fg + sb
ask_user = self._getuser(prompt=question)
if ask_user and ask_user == "all":
download_all = True
elif ask_user and ask_user[-1] == '+':
course_number = int(ask_user.split('+')[0])-1
if course_number > 0 and course_number < len(courses):
courses = courses[course_number:len(courses)]
else:
course_number = int(ask_user)-1
if course_number > 0 and course_number < len(courses):
courses = [courses[course_number]]
if not ask_user:
download_all = True
for course in courses:
course_name = course.title
sys.stdout.write ("\n" + fc + sd + "[" + fm + sb + "*" + fc + sd + "] : " + fg + sb + "Course " + fb + sb + "'%s'.\n" % (course_name))
sys.stdout.write('\033[2K\033[1G\r\r' + fc + sd + "[" + fm + sb + "*" + fc + sd + "] : " + fg + sb + "Downloading course information .. \r")
course = course.get_course(keep_alive=download_all)
sys.stdout.write('\033[2K\033[1G\r\r' + fc + sd + "[" + fm + sb + "*" + fc + sd + "] : " + fg + sb + "Downloaded course information .. (done)\r\n")
chapters = course.get_chapters()
total_lectures = course.lectures
total_chapters = course.chapters
sys.stdout.write (fc + sd + "[" + fm + sb + "+" + fc + sd + "] : " + fg + sd + "Chapter(s) (%s).\n" % (total_chapters))
sys.stdout.write (fc + sd + "[" + fm + sb + "*" + fc + sd + "] : " + fg + sd + "Lecture(s) (%s).\n" % (total_lectures))
if path:
if '~' in path:
path = os.path.expanduser(path)
course_path = "%s\\%s" % (path, course_name) if os.name == 'nt' else "%s/%s" % (path, course_name)
else:
path = os.getcwd()
course_path = "%s\\%s" % (path, course_name) if os.name == 'nt' else "%s/%s" % (path, course_name)
for chapter in chapters:
# chapter_id = chapter.id
chapter_index = chapter.index
chapter_title = chapter.title
lectures = chapter.get_lectures()
lectures_count = chapter.lectures
filepath = "%s\\%s" % (course_path, chapter_title) if os.name == 'nt' else "%s/%s" % (course_path, chapter_title)
_ = course.create_chapter(filepath=filepath)
sys.stdout.write (fc + sd + "\n[" + fm + sb + "*" + fc + sd + "] : " + fm + sb + "Downloading chapter : ({index} of {total})\n".format(index=chapter_index, total=total_chapters))
sys.stdout.write (fc + sd + "[" + fw + sb + "+" + fc + sd + "] : " + fw + sd + "Chapter (%s)\n" % (chapter_title))
sys.stdout.write (fc + sd + "[" + fm + sb + "*" + fc + sd + "] : " + fg + sd + "Found (%s) lectures ...\n" % (lectures_count))
for lecture in lectures:
# lecture_id = lecture.id
lecture_index = lecture.index
lecture_title = lecture.title
lecture_best = lecture.getbest()
lecture_streams = lecture.streams
lecture_assets = lecture.assets
lecture_subs = lecture.subtitle
lecture_best = lecture.get_quality(best_quality=lecture_best, streams=lecture_streams, requested=quality)
self.download_lectures_only(lecture_best=lecture_best, lecture_title=lecture_title, inner_index=lecture_index, lectures_count=lectures_count, lecture_assets=lecture_assets, lecture_subs=lecture_subs, filepath=filepath)
def course_list_down(self, download_all):
sys.stdout.write('\033[2K\033[1G\r\r' + fc + sd + "[" + fm + sb + "*" + fc + sd + "] : " + fg + sb + "Downloading accessible courses information .. \r")
courses = acloud.courses(cookies=self.cookies)
if not download_all:
sys.stdout.write('\033[2K\033[1G\r\r' + fc + sd + "[" + fm + sb + "*" + fc + sd + "] : " + fg + sb + "Downloading accessible courses information .. (done)\r\n")
counter = 1
for course in courses:
title = course.title
sys.stdout.write(fc + sd + "[" + fm + sb + "%s" % (counter) + fc + sd + "] : " + fg + sb + "%s\n" % (title))
counter += 1
question = fc + sd + "[" + fw + sb + "?" + fc + sd + "] : " + fy + sb + "select course number between (1/%s/all): " % (len(courses))+ fg + sb
ask_user = self._getuser(prompt=question)
if ask_user and ask_user == "all":
download_all = True
if ask_user and ask_user != "all":
course_number = int(ask_user)-1
if course_number > 0 and course_number < len(courses):
courses = [courses[course_number]]
if not ask_user:
download_all = True
for course in courses:
course_name = course.title
sys.stdout.write ("\n" + fc + sd + "[" + fm + sb + "*" + fc + sd + "] : " + fg + sb + "Course " + fb + sb + "'%s'.\n" % (course_name))
sys.stdout.write('\033[2K\033[1G\r\r' + fc + sd + "[" + fm + sb + "*" + fc + sd + "] : " + fg + sb + "Downloading course information .. \r")
course = course.get_course(keep_alive=download_all)
sys.stdout.write('\033[2K\033[1G\r\r' + fc + sd + "[" + fm + sb + "*" + fc + sd + "] : " + fg + sb + "Downloaded course information .. (done)\r\n")
chapters = course.get_chapters()
total_lectures = course.lectures
total_chapters = course.chapters
sys.stdout.write (fc + sd + "[" + fm + sb + "+" + fc + sd + "] : " + fg + sd + "Chapter(s) (%s).\n" % (total_chapters))
sys.stdout.write (fc + sd + "[" + fm + sb + "*" + fc + sd + "] : " + fg + sd + "Lecture(s) (%s).\n" % (total_lectures))
for chapter in chapters:
chapter_id = chapter.id
chapter_index = chapter.index
chapter_title = chapter.title
lectures = chapter.get_lectures()
lectures_count = chapter.lectures
sys.stdout.write ('\n' + fc + sd + "[" + fw + sb + "+" + fc + sd + "] : " + fw + sd + "Chapter (%s)\n" % (chapter_title))
sys.stdout.write (fc + sd + "[" + fm + sb + "*" + fc + sd + "] : " + fg + sd + "Lecture(s) (%s).\n" % (lectures_count))
for lecture in lectures:
lecture_id = lecture.id
lecture_index = lecture.index
lecture_title = lecture.title
lecture_best = lecture.getbest()
lecture_streams = lecture.streams
lecture_assets = lecture.assets
# lecture_subs = lecture.subtitle
if lecture_streams:
sys.stdout.write(fc + sd + " - " + fy + sb + "duration : " + fm + sb + str(lecture.duration)+ fy + sb + ".\n")
sys.stdout.write(fc + sd + " - " + fy + sb + "Lecture id : " + fm + sb + str(lecture_id)+ fy + sb + ".\n")
for stream in lecture_streams:
content_length = stream.get_filesize()
if content_length != 0:
if content_length <= 1048576.00:
size = round(float(content_length) / 1024.00, 2)
sz = format(size if size < 1024.00 else size/1024.00, '.2f')
in_MB = 'KB' if size < 1024.00 else 'MB'
else:
size = round(float(content_length) / 1048576, 2)
sz = format(size if size < 1024.00 else size/1024.00, '.2f')
in_MB = "MB " if size < 1024.00 else 'GB '
if lecture_best.dimention[1] == stream.dimention[1]:
in_MB = in_MB + fc + sb + "(Best)" + fg + sd
sys.stdout.write('\t- ' + fg + sd + "{:<23} {:<8}{}{}{}{}\n".format(str(stream), str(stream.dimention[1]) + 'p', sz, in_MB, fy, sb))
time.sleep(0.5)
if lecture_assets:
for asset in lecture_assets:
if asset.mediatype != 'external_link':
content_length = asset.get_filesize()
if content_length != 0:
if content_length <= 1048576.00:
size = round(float(content_length) / 1024.00, 2)
sz = format(size if size < 1024.00 else size/1024.00, '.2f')
in_MB = 'KB' if size < 1024.00 else 'MB'
else:
size = round(float(content_length) / 1048576, 2)
sz = format(size if size < 1024.00 else size/1024.00, '.2f')
in_MB = "MB " if size < 1024.00 else 'GB '
sys.stdout.write('\t- ' + fg + sd + "{:<23} {:<8}{}{}{}{}\n".format(str(asset), asset.extension, sz, in_MB, fy, sb))
def courses_downloaded(self, path='', download_all=False, download_only_new=False):
sys.stdout.write('\033[2K\033[1G\r\r' + fc + sd + "[" + fm + sb + "*" + fc + sd + "] : " + fg + sb +
"Downloading accessible courses information .. \r")
courses = self.courses_not_downloaded(acloud.courses(cookies=self.cookies), path, download_only_new)
if not download_all:
sys.stdout.write('\033[2K\033[1G\r\r' + fc + sd + "[" + fm + sb + "*" + fc + sd + "] : " + fg + sb +
"Downloading accessible courses information .. (done)\r\n")
counter = 1
for course in courses:
title = course.title
sys.stdout.write(fc + sd + "[" + fm + sb + "%s" % counter + fc + sd + "] : " + fg + sb + "%s\n" % title)
counter += 1
question = fc + sd + "[" + fw + sb + "?" + fc + sd + "] : " + fy + sb + "select course number or range (1/%s/range): " % (len(courses)) + fg + sb
ask_user = self._getuser(prompt=question)
# setting default to download all if no user input is provided
if ask_user and ask_user[-1] == '+':
course_number = int(ask_user.split('+')[0])
if 0 < course_number <= len(courses):
course_number = course_number - 1
courses = courses[course_number:len(courses)]
elif ask_user and ask_user[-1] != "+":
course_number = int(ask_user)
if 0 < course_number <= len(courses):
course_number = course_number - 1
courses = [courses[course_number]]
else:
download_all = True
for course in courses:
course_name = course.title
sys.stdout.write(
"\n" + fc + sd + "[" + fm + sb + "*" + fc + sd + "] : " + fg + sb + "Course " + fb + sb + "'%s'.\n" % course_name)
sys.stdout.write(
'\033[2K\033[1G\r\r' + fc + sd + "[" + fm + sb + "*" + fc + sd + "] : " + fg + sb + "Downloading course information .. \r")
course = course.get_course(keep_alive=download_all)
sys.stdout.write(
'\033[2K\033[1G\r\r' + fc + sd + "[" + fm + sb + "*" + fc + sd + "] : " + fg + sb + "Downloaded course information .. (done)\r\n")
chapters = course.get_chapters()
total_lectures = course.lectures
total_chapters = course.chapters
sys.stdout.write(
fc + sd + "[" + fm + sb + "+" + fc + sd + "] : " + fg + sd + "Chapter(s) (%s).\n" % total_chapters)
sys.stdout.write(
fc + sd + "[" + fm + sb + "*" + fc + sd + "] : " + fg + sd + "Lecture(s) (%s).\n" % total_lectures)
for chapter in chapters:
chapter_title = chapter.title
lectures = chapter.get_lectures()
lectures_count = chapter.lectures
sys.stdout.write(
'\n' + fc + sd + "[" + fw + sb + "+" + fc + sd + "] : " + fw + sd + "Chapter (%s)\n" % chapter_title)
sys.stdout.write(
fc + sd + "[" + fm + sb + "*" + fc + sd + "] : " + fg + sd + "Lecture(s) (%s).\n" % lectures_count)
for lecture in lectures:
lecture_id = lecture.id
lecture_best = lecture.getbest()
lecture_streams = lecture.streams
lecture_assets = lecture.assets
if lecture_streams:
sys.stdout.write(fc + sd + " - " + fy + sb + "duration : " + fm + sb + str(
lecture.duration) + fy + sb + ".\n")
sys.stdout.write(fc + sd + " - " + fy + sb + "Lecture id : " + fm + sb + str(
lecture_id) + fy + sb + ".\n")
for stream in lecture_streams:
content_length = stream.get_filesize()
if content_length != 0:
if content_length <= 1048576.00:
size = round(float(content_length) / 1024.00, 2)
sz = format(size if size < 1024.00 else size / 1024.00, '.2f')
in_megabytes = 'KB' if size < 1024.00 else 'MB'
else:
size = round(float(content_length) / 1048576, 2)
sz = format(size if size < 1024.00 else size / 1024.00, '.2f')
in_megabytes = "MB " if size < 1024.00 else 'GB '
if lecture_best.dimention[1] == stream.dimention[1]:
in_megabytes = in_megabytes + fc + sb + "(Best)" + fg + sd
sys.stdout.write('\t- ' + fg + sd + "{:<23} {:<8}{}{}{}{}\n".format(str(stream), str(
stream.dimention[1]) + 'p', sz, in_megabytes, fy, sb))
time.sleep(0.5)
if lecture_assets:
for asset in lecture_assets:
if asset.mediatype != 'external_link':
content_length = asset.get_filesize()
if content_length != 0:
if content_length <= 1048576.00:
size = round(float(content_length) / 1024.00, 2)
sz = format(size if size < 1024.00 else size / 1024.00, '.2f')
in_megabytes = 'KB' if size < 1024.00 else 'MB'
else:
size = round(float(content_length) / 1048576, 2)
sz = format(size if size < 1024.00 else size / 1024.00, '.2f')
in_megabytes = "MB " if size < 1024.00 else 'GB '
sys.stdout.write(
'\t- ' + fg + sd + "{:<23} {:<8}{}{}{}{}\n".format(str(asset), asset.extension,
sz, in_megabytes, fy, sb))