def main(step):
d = make_workdir()
reset_owncloud_account()
URL = oc_webdav_url()
logger.info('*** 0. upload without the checksum (files should be accepted by the server)')
filename1=create_hashfile(d,size=OWNCLOUD_CHUNK_SIZE(0.1))
filename2=create_hashfile(d,size=OWNCLOUD_CHUNK_SIZE(3.3))
# upload the file without a checksum and then download it to get the checksum type used by the server
file_upload(filename1,URL)
chunk_file_upload(filename2,URL)
file_download(os.path.basename(filename1),URL,d)
r=file_download(os.path.basename(filename2),URL,d)
analyse_hashfiles(d) # make sure that files uploaded without a checksum are not corrupted
logger.info('Got checksum from the server: %s', r.headers['OC-Checksum'])
try:
active_server_checksum_type = r.headers['OC-Checksum'].strip().split(':')[0]
except KeyError,x:
logger.warning('Checksum not enabled for %s',oc_webdav_url(hide_password=True))
return
def main(step):
d = make_workdir()
reset_owncloud_account()
URL = oc_webdav_url()
logger.info(
'*** 0. upload without the checksum (files should be accepted by the server)'
)
filename1 = create_hashfile(d, size=OWNCLOUD_CHUNK_SIZE(0.1))
filename2 = create_hashfile(d, size=OWNCLOUD_CHUNK_SIZE(3.3))
# upload the file without a checksum and then download it to get the checksum type used by the server
file_upload(filename1, URL)
chunk_file_upload(filename2, URL)
file_download(os.path.basename(filename1), URL, d)
r = file_download(os.path.basename(filename2), URL, d)
analyse_hashfiles(
d
) # make sure that files uploaded without a checksum are not corrupted
logger.info('Got checksum from the server: %s', r.headers['OC-Checksum'])
try:
active_server_checksum_type = r.headers['OC-Checksum'].strip().split(
':')[0]
except KeyError, x:
logger.warning('Checksum not enabled for %s',
oc_webdav_url(hide_password=True))
return
def main(step):
d = make_workdir()
reset_owncloud_account()
URL = oc_webdav_url()
filename = create_hashfile(d, size=OWNCLOUD_CHUNK_SIZE(3.3))
r = chunk_file_upload(filename, URL)
os.remove(filename)
file_download(os.path.basename(filename), URL, d)
analyse_hashfiles(d)
# upload again matching the existing etag
r = chunk_file_upload(filename, URL, header_if_match=r.headers['ETag'])
os.remove(filename)
file_download(os.path.basename(filename), URL, d)
analyse_hashfiles(d)
# upload again with a non-matching etag
r = chunk_file_upload(filename,
URL,
header_if_match='!@# does not exist 123')
fatal_check(r.rc == 412) # precondition failed
def main(step):
d = make_workdir()
reset_owncloud_account()
URL = oc_webdav_url()
filename=create_hashfile(d,size=OWNCLOUD_CHUNK_SIZE(3.3))
r=chunk_file_upload(filename,URL)
file_download(os.path.basename(filename),URL,d)
analyse_hashfiles(d)
# upload again matching the existing etag
r=chunk_file_upload(filename,URL,header_if_match=r.headers['ETag'])
analyse_hashfiles(d)
# upload again with a non-matching etag
r = chunk_file_upload(filename,URL,header_if_match='!@# does not exist 123')
fatal_check(r.rc == 412) # precondition failed
def main(step):
d = make_workdir()
reset_owncloud_account()
# we make client look like an Android client
config.pycurl_USERAGENT = "Android-ownCloud"
# this test should be run against the mobile endpoint of cernbox which may be convinently set in the config
# for vanilla owncloud server mobile endpoint is the same as generic webdav endpoint
webdav_endpoint = config.get('oc_mobile_webdav_endpoint',None)
URL = oc_webdav_url(webdav_endpoint=webdav_endpoint)
if webdav_endpoint is None:
logger.warning('oc_mobile_webdav_endpoint was not defined, using standard endpoint, URL: %s',URL)
# chunk size defined in the android source code
# https://github.com/owncloud/android-library/blob/d7097983594347167b5bde3fa5b2b4ad1d843392/src/com/owncloud/android/lib/resources/files/ChunkedUploadRemoteFileOperation.java#L45
# Note: specifying a different chunk size will result in corrupted file!
# This is a hack until the android-client is properly fixed!
ANDROID_CHUNKSIZE=1024*1000
filename=create_hashfile(d,size=int(5.5*ANDROID_CHUNKSIZE))
# careful with the chunk size...
r=chunk_file_upload(filename,URL,chunk_size=ANDROID_CHUNKSIZE,android_client_bug_900=True)
file_download(os.path.basename(filename),URL,d)
analyse_hashfiles(d)
# upload again matching the existing etag
r=chunk_file_upload(filename,URL,chunk_size=ANDROID_CHUNKSIZE,android_client_bug_900=True,header_if_match=r.headers['ETag'])
analyse_hashfiles(d)
# upload again with a non-matching etag
r = chunk_file_upload(filename,URL,header_if_match='!@# does not exist 123')
fatal_check(r.rc == 412) # precondition failed
logger.warning('Checksum not enabled for %s',oc_webdav_url(hide_password=True))
return
# now check the checksum type supported on the server
logger.info('Server supports %s checksum',repr(active_server_checksum_type))
smashbox.protocol.enable_checksum(active_server_checksum_type)
logger.info('*** 1. upload with correct checksum (files should be accepted by the server)')
filename1=create_hashfile(d,size=OWNCLOUD_CHUNK_SIZE(0.1))
filename2=create_hashfile(d,size=OWNCLOUD_CHUNK_SIZE(3.3))
file_upload(filename1,URL)
chunk_file_upload(filename2,URL)
file_download(os.path.basename(filename1),URL,d)
file_download(os.path.basename(filename2),URL,d)
analyse_hashfiles(d)
# pass around incorrect checksum (of the type supported by the server)
# the puts should be failing
def corrupted_checksum(fn):
c = smashbox.protocol.compute_checksum(fn)
c = c[:-1]+chr(ord(c[-1])+1)
return c
logger.info('*** 2. upload with corrupted checksum value (files should be refused by the server)')
filename1=create_hashfile(d,size=OWNCLOUD_CHUNK_SIZE(0.1))
# now check the checksum type supported on the server
logger.info('Server supports %s checksum',
repr(active_server_checksum_type))
smashbox.protocol.enable_checksum(active_server_checksum_type)
logger.info(
'*** 1. upload with correct checksum (files should be accepted by the server)'
)
filename1 = create_hashfile(d, size=OWNCLOUD_CHUNK_SIZE(0.1))
filename2 = create_hashfile(d, size=OWNCLOUD_CHUNK_SIZE(3.3))
file_upload(filename1, URL)
chunk_file_upload(filename2, URL)
file_download(os.path.basename(filename1), URL, d)
file_download(os.path.basename(filename2), URL, d)
analyse_hashfiles(d)
# pass around incorrect checksum (of the type supported by the server)
# the puts should be failing
def corrupted_checksum(fn):
c = smashbox.protocol.compute_checksum(fn)
c = c[:-1] + chr(ord(c[-1]) + 1)
return c
logger.info(
'*** 2. upload with corrupted checksum value (files should be refused by the server)'
)
