def test_index_and_encrypt(self):
"""
test_index_and_encrypt
"""
self.reset_cb_dir()
self.unzip_testfiles_synced()
self.do_wait_for_tasks = False
salt, secret, self.cbmemory, localindex = index_and_encrypt(self.cbmemory, self.cboptions)
self.assertIsNotNone(salt)
self.assertIsNotNone(secret)
self.assertEqual(count_files_dir(get_blob_dir(self.cboptions)), 38)
# add a new file
open(os.path.join(self.cboptions.dir, "hello world.txt"), "w").write("hello world 123 Dit is random data")
salt, secret, self.cbmemory, localindex = index_and_encrypt(self.cbmemory, self.cboptions)
self.assertIsNotNone(salt)
self.assertIsNotNone(secret)
self.assertEqual(count_files_dir(get_blob_dir(self.cboptions)), 46)
# same content, blob count should not rise
open(os.path.join(self.cboptions.dir, "hello world2.txt"), "w").write("hello world 123 Dit is random data")
salt, secret, self.cbmemory, localindex = index_and_encrypt(self.cbmemory, self.cboptions)
self.assertIsNotNone(salt)
self.assertIsNotNone(secret)
self.assertEqual(count_files_dir(get_blob_dir(self.cboptions)), 46)
def test_encrypt_hide_decrypt(self):
"""
encrypt_hide_decrypt
"""
self.do_wait_for_tasks = False
encrypt = 1
decrypt = 1
self.reset_cb_dir()
self.unzip_testfiles_synced()
p = os.path.join(os.path.join(os.getcwd(), "testdata"), "test")
org_files = get_files_dir(p, ignore_hidden=True)
org_files = [x for x in org_files if "memory.pickle.json" not in x]
#decrypt_and_build_filetree, hide_config
if encrypt:
self.delete_hidden_configs()
self.do_wait_for_tasks = False
self.cboptions.remove = True
salt, secret, self.cbmemory, localindex = index_and_encrypt(self.cbmemory, self.cboptions)
datadir = get_data_dir(self.cboptions)
self.cbmemory.save(datadir)
hide_config(self.cboptions, salt, secret)
self.assertEqual(count_files_dir(get_blob_dir(self.cboptions)), 0)
if decrypt:
os.system("rm -Rf testdata/test")
if not encrypt:
os.system("cd testdata; unzip -o hidden_config.zip > /dev/null")
options = self.cboptions
options.encrypt = False
options.decrypt = True
options.remove = False
secret = restore_hidden_config(options)
datadir = get_data_dir(self.cboptions)
memory = Memory()
memory.load(datadir)
decrypt_and_build_filetree(memory, options, secret)
org_files2 = get_files_dir(p, ignore_hidden=True)
self.assertEqual(set(org_files), set(org_files2))
def test_super_large_file(self):
"""
test_super_large_file
"""
self.reset_cb_db_clean()
self.unzip_testfiles_clean()
self.make_testfile("3000MB.txt", 3000)
os.system("rm testdata/test/all_types/*")
os.system("rm -Rf testdata/test/smalltest")
os.system("cp testdata/3000MB.txt testdata/test/all_types/")
localindex, self.cbmemory = sync_server(self.cbmemory, self.cboptions)
self.assertTrue(self.files_synced())
datadir = get_data_dir(self.cboptions)
self.cbmemory.save(datadir)
p = os.path.join(os.path.join(os.getcwd(), "testdata"), "test")
org_files = get_files_dir(p, ignore_hidden=True)
org_files = [x for x in org_files if "memory.pickle.json" not in x]
org_files1 = [make_sha1_hash_file(fpath=x) for x in org_files]
self.delete_hidden_configs()
self.do_wait_for_tasks = False
self.cboptions.remove = True
salt, secret, self.cbmemory, localindex = index_and_encrypt(self.cbmemory, self.cboptions)
datadir = get_data_dir(self.cboptions)
self.cbmemory.save(datadir)
hide_config(self.cboptions, salt, secret)
self.assertEqual(count_files_dir(get_blob_dir(self.cboptions)), 0)
options = self.cboptions
options.encrypt = False
options.decrypt = True
options.remove = False
secret = restore_hidden_config(options)
datadir = get_data_dir(self.cboptions)
memory = Memory()
memory.load(datadir)
decrypt_and_build_filetree(memory, options, secret)
org_files2 = get_files_dir(p, ignore_hidden=True)
org_files3 = [make_sha1_hash_file(fpath=x) for x in org_files2]
self.assertEqual(set(org_files1), set(org_files3))
os.system("rm -Rf testdata/test")
os.system("rm testdata/3000MB.txt")
def get_unique_content(memory, options, all_unique_nodes, local_paths):
"""
@type memory: Memory
@type options: istance
@type all_unique_nodes: dict
@type local_paths: tuple
"""
if len(local_paths) == 0:
return memory
unique_nodes_hashes = [fhash for fhash in all_unique_nodes if not have_blob(options, fhash)]
unique_nodes = [all_unique_nodes[fhash] for fhash in all_unique_nodes if fhash in unique_nodes_hashes]
downloaded_files_cnt = 0
unique_nodes = [node for node in unique_nodes if not os.path.exists(os.path.join(options.dir, node["doc"]["m_path_p64s"].lstrip(os.path.sep)))]
unique_nodes = sorted(unique_nodes, key=lambda k: k["doc"]["m_size_p64s"])
for node in unique_nodes:
update_progress(downloaded_files_cnt, len(unique_nodes), "downloading " + str(node["doc"]["m_name"]))
content_path, content_hash = download_blob(memory, options, node)
update_item_progress(100)
output_json({"item_progress": 0})
memory, file_nodes_left = write_blobs_to_filepaths(memory, options, local_paths, None, content_hash, content_path)
downloaded_files_cnt += 1
update_progress(downloaded_files_cnt, len(unique_nodes), "downloading done")
for lp in local_paths:
memory = add_local_path_history(memory, os.path.join(options.dir, lp["doc"]["m_path_p64s"].lstrip(os.sep)))
source_path = None
file_path = os.path.join(options.dir, lp["doc"]["m_path_p64s"].lstrip(os.path.sep))
if not os.path.exists(file_path):
for lph in all_unique_nodes:
if lph == lp["content_hash_latest_timestamp"][0]:
source_path = os.path.join(options.dir, all_unique_nodes[lph]["doc"]["m_path_p64s"].lstrip(os.path.sep))
break
datapath = data = None
if source_path:
if not os.path.exists(source_path):
fhash = lp["content_hash_latest_timestamp"][0]
source_path = os.path.join(get_blob_dir(options), fhash[:2])
source_path = os.path.join(source_path, fhash[2:])
memory = add_path_history(file_path, memory)
secret = password_derivation(options.password, base64.decodestring(memory.get("salt_b64")))
dec_file = decrypt_file(source_path, secret)
datapath = dec_file.name
if not datapath:
st_ctime, st_atime, st_mtime, st_mode, st_uid, st_gid, st_size, datapath = read_file(source_path, True)
else:
st_ctime, st_atime, st_mtime, st_mode, st_uid, st_gid, st_size, datapath_dummy = read_file(source_path)
st_mtime = int(lp["content_hash_latest_timestamp"][1])
write_file(file_path, data, datapath, st_mtime, st_mtime, st_mode, st_uid, st_gid)
local_paths_not_written = [fp for fp in local_paths if not os.path.exists(os.path.join(options.dir, fp["doc"]["m_path_p64s"].lstrip(os.path.sep)))]
if len(local_paths_not_written) > 0:
local_index = get_localindex(memory)
local_path_hashes = {}
for ldir in local_index["dirnames"]:
for f in local_index["dirnames"][ldir]["filenames"]:
if "hash" in f:
local_path_hashes[f["hash"]] = os.path.join(local_index["dirnames"][ldir]["dirname"], f["name"])
for lfnw in local_paths_not_written:
w = False
for lfh in local_path_hashes:
if not w:
if strcmp(lfnw["content_hash_latest_timestamp"][0], lfh):
w = True
open(os.path.join(options.dir, lfnw["doc"]["m_path_p64s"].lstrip(os.path.sep)), "w").write(open(local_path_hashes[lfh]).read())
return memory
