def create_apps(book_id):
"""
Celery queued task that creates tt_apps and tt1 tasks
:arg book_id: Internet archive book id
:returns: book indicating if the applications were created
:rtype: bool
"""
try:
imgs = meb_util.get_tt_images(book_id)
bookInfo = meb_util.get_archive_book_data(book_id)
app_tt_select = Apptt_select(short_name=book_id + "_tt1", title=bookInfo['title'], book_info=bookInfo)
app_tt_meta = Apptt_meta(short_name=book_id + "_tt2", title=bookInfo['title'])
app_tt_struct = Apptt_struct(short_name=book_id + "_tt3", title=bookInfo['title'])
app_tt_transcribe = Apptt_transcribe(short_name=book_id + "_tt4", title=bookInfo['title'])
app_tt_select.add_app_infos(bookInfo)
app_tt_meta.add_app_infos(bookInfo)
app_tt_struct.add_app_infos(bookInfo)
app_tt_transcribe.add_app_infos(bookInfo)
if len(app_tt_select.get_tasks()) == 0:
for img in imgs:
task = app_tt_select.add_task(img)
workflow_transaction_info = dict(task_id_1=task.id, task_id_2=None, task_id_3=None, task_id_4=None)
data_mngr.record_workflow_transaction(workflow_transaction_info)
return True
except Exception as e:
return False
def test_get_tt_images_02(self):
try:
book_id = "rdi1821balano"
imgs = meb_util.get_tt_images(book_id)
self.assertTrue(len(imgs), 75)
for i in range(0, 74):
self.assertEquals(imgs[i]["url_m"], "http://www.archive.org/download/%s/page/n%d_w%d_h%d" % (book_id, i, 550, 700))
self.assertEquals(imgs[i]["url_b"], "http://www.archive.org/download/%s/page/n%d" % (book_id, i))
except Exception as e:
print e
assert False