def test_encrypt_file_smp_single_file(self):
"""
test_encrypt_file
"""
self.do_wait_for_tasks = False
fname = "testdata/200MB.zip"
secret = '\xeb>M\x04\xc22\x96!\xce\xed\xbb.\xe1u\xc7\xe4\x07h<.\x87\xc9H\x89\x8aj\xb4\xb2b5}\x95'
enc_file = encrypt_file_smp(secret, fname, print_progress, single_file=True)
dec_file = decrypt_file_smp(secret, enc_file=enc_file, progress_callback=print_progress)
self.assertEqual(make_sha1_hash_file(fpi=dec_file), make_sha1_hash_file(fpi=open(fname)))
def test_encrypt_file_smp(self):
"""
test_encrypt_file
"""
self.do_wait_for_tasks = False
#self.make_testfile("1000MB.zip", 1000)
fname = "testdata/200MB.zip"
secret = '\xeb>M\x04\xc22\x96!\xce\xed\xbb.\xe1u\xc7\xe4\x07h<.\x87\xc9H\x89\x8aj\xb4\xb2b5}\x95'
enc_files = encrypt_file_smp(secret, fname, print_progress)
dec_file = decrypt_file_smp(secret, enc_files=enc_files, progress_callback=print_progress, delete_enc_files=True)
h1 = make_sha1_hash_file(fpi=dec_file)
h2 = make_sha1_hash_file(fpi=open(fname))
self.assertEqual(h1, h2)
def read_and_encrypt_file(fpath, blobpath, secret):
"""
@type fpath: str or unicode
@type blobpath: str or unicode
@type secret: str or unicode
@return: @rtype:
"""
enc_file_paths = encrypt_file_smp(secret, fpath, progress_callback=update_item_progress)
enc_file_paths = [x for x in enumerate(enc_file_paths)]
with open(blobpath, "w") as configfp:
for chunk_path in enc_file_paths:
path = blobpath + "_" + str(chunk_path[0])
os.rename(chunk_path[1], path)
configfp.write(path + "\n")
return True
def read_and_encrypt_file(fpath, blobpath, secret):
"""
@type fpath: str or unicode
@type blobpath: str or unicode
@type secret: str or unicode
@return: @rtype:
"""
enc_file_paths = encrypt_file_smp(secret,
fpath,
progress_callback=update_item_progress)
enc_file_paths = [x for x in enumerate(enc_file_paths)]
with open(blobpath, "w") as configfp:
for chunk_path in enc_file_paths:
path = blobpath + "_" + str(chunk_path[0])
os.rename(chunk_path[1], path)
configfp.write(path + "\n")
return True
