def test_create_fail_altered_file(fs, simple_mhl_history):
# alter a file
with open("/root/Stuff.txt", "a") as file:
file.write("!!")
result = CliRunner().invoke(mhl.commands.create, ["/root"])
assert result.exit_code == 12
assert "Stuff.txt" in result.output
# since the file is still altered every other seal will fail as well since we compare to the original hash
result = CliRunner().invoke(mhl.commands.create, ["/root"])
assert result.exit_code == 12
assert "Stuff.txt" in result.output
# when we now choose a new hash format we still fail but will add the new hash in the new format
result = CliRunner().invoke(mhl.commands.create, ["/root", "-h", "md5"])
assert result.exit_code == 12
assert "Stuff.txt" in result.output
root_history = MHLHistory.load_from_path("/root")
stuff_txt_latest_media_hash = root_history.hash_lists[-1].find_media_hash_for_path("Stuff.txt")
# the media hash for the Stuff.txt in the latest generation contains the failed xxh64 hash of the altered file
assert stuff_txt_latest_media_hash.hash_entries[0].hash_format == "xxh64"
assert stuff_txt_latest_media_hash.hash_entries[0].hash_string == "2346e97eb08788cc"
assert stuff_txt_latest_media_hash.hash_entries[0].action == "failed"
# and it contains NO new md5 hash value of the altered file
assert len(stuff_txt_latest_media_hash.hash_entries) == 1
# since we didn't add a new md5 hash for the failing file before sealing will still fail for the altered file
result = CliRunner().invoke(mhl.commands.create, ["/root", "-h", "md5"])
assert result.exit_code == 12
assert "Stuff.txt" in result.output
def test_record_fail_altered_file(fs, simple_mhl_history):
# alter a file
with open("/root/Stuff.txt", "a") as file:
file.write("!!")
runner = CliRunner()
result = runner.invoke(mhl.commands.create,
["/root", "-sf", "/root/Stuff.txt"])
assert result.exit_code == 12
assert "Stuff.txt" in result.output
# when passing a different file to record no error ws thrown since the altered file is ignored
runner = CliRunner()
result = runner.invoke(mhl.commands.create,
["/root", "-sf", "/root/A/A1.txt"])
assert result.exit_code == 0
# make sure we have created one failing and one succeeded generation
history = MHLHistory.load_from_path("/root")
assert history.hash_lists[1].media_hashes[0].path == "Stuff.txt"
assert history.hash_lists[1].media_hashes[0].hash_entries[
0].action == "failed"
assert history.hash_lists[2].media_hashes[0].path == "A/A1.txt"
assert history.hash_lists[2].media_hashes[0].hash_entries[
0].action == "verified"
def test_child_history_partial_verification_ba_1_file(fs, nested_mhl_histories):
""" """
# create an additional file the record command will not add since we only pass it B1 as single file
fs.create_file("/root/B/B2.txt", contents="B2\n")
runner = CliRunner()
result = runner.invoke(mhl.commands.create, ["/root", "-sf", "/root/B/B1.txt"], catch_exceptions=False)
assert result.exit_code == 0
# two new generations have been written
assert os.path.isfile("/root/ascmhl/0002_root_2020-01-16_091500.mhl")
assert os.path.isfile("/root/B/ascmhl/0002_B_2020-01-16_091500.mhl")
root_history = MHLHistory.load_from_path("/root")
assert len(root_history.hash_lists) == 2
aa_history = root_history.child_histories[0]
b_history = root_history.child_histories[1]
bb_history = root_history.child_histories[1].child_histories[0]
# the root hash list only contains a mhl reference to the hash list of the B history, no media hashes
assert len(root_history.hash_lists[1].media_hashes) == 0
assert root_history.hash_lists[1].referenced_hash_lists[0] == b_history.hash_lists[1]
# the B hash list contains the media hash of the verified file
assert b_history.hash_lists[1].media_hashes[0].path == "B1.txt"
assert b_history.hash_lists[1].media_hashes[0].hash_entries[0].action == "verified"
# the created B2 file is not referenced in the B history, only B1
assert len(b_history.hash_lists[1].media_hashes) == 1
# the other histories don't have a new generation
assert not os.path.isfile("/root/A/AA/ascmhl/0002_AA_2020-01-16_091500.mhl")
assert not os.path.isfile("/root/B/BB/ascmhl/0002_BB_2020-01-16_091500.mhl")
assert aa_history.latest_generation_number() == 1
assert bb_history.latest_generation_number() == 1
def test_create_fail_missing_file(fs, nested_mhl_histories):
"""
test that sealing fails if there is a file missing on the file system that is referenced by one of the histories
"""
root_history = MHLHistory.load_from_path("/root")
paths = root_history.set_of_file_paths()
assert paths == {"/root/B/B1.txt", "/root/B/BB/BB1.txt", "/root/Stuff.txt", "/root/A/AA/AA1.txt"}
os.remove("/root/A/AA/AA1.txt")
runner = CliRunner()
result = runner.invoke(mhl.commands.create, ["/root"])
assert result.exit_code == 15
assert "1 missing file(s):\n A/AA/AA1.txt" in result.output
# the actual seal has been written to disk anyways we expect the history to contain
# the new not yet referenced files (/root/B/BA/BA1.txt and /root/A/AB/AB1.txt) as well now
root_history = MHLHistory.load_from_path("/root")
paths = root_history.set_of_file_paths()
# since we scan all generations for file paths we now get old files, missing files and new files here
# as well as all entries for the directories
assert paths == {
"/root/B/B1.txt",
"/root/B/BA/BA1.txt",
"/root/B",
"/root/A/AA",
"/root/A/AB/AB1.txt",
"/root/B/BA",
"/root/A/AA/AA1.txt",
"/root/A/AB",
"/root/Stuff.txt",
"/root/B/BB",
"/root/A",
"/root/B/BB/BB1.txt",
}
# since the file /root/A/AA/AA1.txt is still missing all further seal attempts will still fail
runner = CliRunner()
result = runner.invoke(mhl.commands.create, ["/root"])
assert result.exit_code == 15
assert "1 missing file(s):\n A/AA/AA1.txt" in result.output
def test_child_history_verify(fs, nested_mhl_histories):
"""
"""
runner = CliRunner()
result = runner.invoke(mhl.commands.create, ['/root'], catch_exceptions=False)
assert result.exit_code == 0
assert os.path.isfile('/root/ascmhl/0002_root_2020-01-16_091500.mhl')
assert os.path.isfile('/root/A/AA/ascmhl/0002_AA_2020-01-16_091500.mhl')
assert os.path.isfile('/root/B/ascmhl/0002_B_2020-01-16_091500.mhl')
assert os.path.isfile('/root/B/BB/ascmhl/0002_BB_2020-01-16_091500.mhl')
root_history = MHLHistory.load_from_path('/root')
assert len(root_history.hash_lists) == 2
assert root_history.hash_lists[1].media_hashes[1].path == 'A/AB/AB1.txt'
assert root_history.hash_lists[1].media_hashes[1].hash_entries[0].action == 'original'
assert root_history.hash_lists[1].media_hashes[5].path == 'Stuff.txt'
assert root_history.hash_lists[1].media_hashes[5].hash_entries[0].action == 'verified'
aa_history = root_history.child_histories[0]
b_history = root_history.child_histories[1]
bb_history = root_history.child_histories[1].child_histories[0]
root_hash_list = root_history.hash_lists[-1]
aa_hash_list = aa_history.hash_lists[-1]
b_hash_list = b_history.hash_lists[-1]
bb_hash_list = bb_history.hash_lists[-1]
assert aa_history.latest_generation_number() == 2
assert b_hash_list.media_hashes[0].path == 'BA/BA1.txt'
assert b_hash_list.media_hashes[3].path == 'B1.txt'
assert b_hash_list.media_hashes[0].hash_entries[0].action == 'original'
assert b_hash_list.media_hashes[3].hash_entries[0].action == 'verified'
# check that the mhl references are correct
assert root_history.hash_lists[1].referenced_hash_lists[0] == aa_hash_list
assert root_history.hash_lists[1].referenced_hash_lists[1] == b_hash_list
assert b_hash_list.referenced_hash_lists[0] == bb_hash_list
assert len(aa_hash_list.referenced_hash_lists) == 0
# the media hashes of the directories that contain a history themselves should be both in the child history
# as root media hash and in the parent history to represent the directory that contains the child history
aa_dir_hash = root_hash_list.find_media_hash_for_path('A/AA').hash_entries[0].hash_string
assert aa_dir_hash
assert aa_hash_list.process_info.root_media_hash.hash_entries[0].hash_string == aa_dir_hash
# the dir hash of BB is in the history of B not in the root history
assert root_hash_list.find_media_hash_for_path('B/BB') is None
bb_dir_hash = b_hash_list.find_media_hash_for_path('BB').hash_entries[0].hash_string
assert bb_hash_list.process_info.root_media_hash.hash_entries[0].hash_string == bb_dir_hash
# but the dir hash of B is also in the root history
assert root_hash_list.find_media_hash_for_path('B')
def test_record_succeed_single_file(fs):
fs.create_file('/root/Stuff.txt', contents='stuff\n')
fs.create_file('/root/A/A1.txt', contents='A1\n')
fs.create_file('/root/A/A2.txt', contents='A2\n')
runner = CliRunner()
result = runner.invoke(mhl.commands.create, ['/root', '-sf', '/root/A/A1.txt'])
assert result.exit_code == 0
assert os.path.exists('/root/ascmhl/0001_root_2020-01-16_091500.mhl')
assert os.path.exists('/root/ascmhl/chain.txt')
# make sure that only the specified file was added
history = MHLHistory.load_from_path('/root')
assert len(history.hash_lists[0].media_hashes) == 1
assert history.hash_lists[0].media_hashes[0].path == 'A/A1.txt'
def test_record_succeed_single_directory(fs):
fs.create_file("/root/Stuff.txt", contents="stuff\n")
fs.create_file("/root/A/A1.txt", contents="A1\n")
fs.create_file("/root/A/A2.txt", contents="A2\n")
runner = CliRunner()
result = runner.invoke(mhl.commands.create, ["/root", "-sf", "/root/A"])
assert result.exit_code == 0
assert os.path.exists("/root/ascmhl/0001_root_2020-01-16_091500.mhl")
assert os.path.exists("/root/ascmhl/chain.txt")
# make sure that only the specified file was added
history = MHLHistory.load_from_path("/root")
assert len(history.hash_lists[0].media_hashes) == 2
assert history.hash_lists[0].media_hashes[0].path == "A/A1.txt"
assert history.hash_lists[0].media_hashes[1].path == "A/A2.txt"
def test_create_nested_new_format(fs, nested_mhl_histories):
"""
test that ensures that hasehs in a new format are also verified in child histories
used to verify fix of bug: https://github.com/ascmitc/mhl/issues/48
"""
runner = CliRunner()
result = runner.invoke(mhl.commands.create, ["/root", "-h", "md5"])
assert result.exit_code == 0
# load one of the the nested histories and check the first media hash of the last generation
nested_history = MHLHistory.load_from_path("/root/A/AA")
media_hash = nested_history.hash_lists[-1].media_hashes[0]
# assure that the first hash entry is the verification of the original hash
assert media_hash.hash_entries[0].action == "verified"
assert media_hash.hash_entries[0].hash_format == "xxh64"
# assure that the second hash entry is the new md5 hash
assert media_hash.hash_entries[1].action == "verified" # formerly 'new'
assert media_hash.hash_entries[1].hash_format == "md5"
def test_child_history_parsing(fs, nested_mhl_histories):
"""
"""
root_history = MHLHistory.load_from_path('/root')
assert len(root_history.child_histories) == 2
aa_history = root_history.child_histories[0]
b_history = root_history.child_histories[1]
bb_history = root_history.child_histories[1].child_histories[0]
assert aa_history.asc_mhl_path == '/root/A/AA/ascmhl'
assert aa_history.parent_history == root_history
assert b_history.asc_mhl_path == '/root/B/ascmhl'
assert b_history.parent_history == root_history
assert len(b_history.child_histories) == 1
assert bb_history.asc_mhl_path == '/root/B/BB/ascmhl'
assert bb_history.parent_history == b_history
# check sub children mappings that map all transitive children and their relative path
assert root_history.child_history_mappings['A/AA'] == aa_history
assert root_history.child_history_mappings['B'] == b_history
assert root_history.child_history_mappings['B/BB'] == bb_history
assert b_history.child_history_mappings['BB'] == bb_history
# check if the correct (child) histories are returned for a given path
assert root_history.find_history_for_path('Stuff.txt')[0] == root_history
assert root_history.find_history_for_path('A/AA/AA1.txt')[0] == aa_history
assert root_history.find_history_for_path('A/AB/AB1.txt')[0] == root_history
assert root_history.find_history_for_path('B/B1.txt')[0] == b_history
assert root_history.find_history_for_path('B/BA/BA1.txt')[0] == b_history
assert root_history.find_history_for_path('B/BB/BB1.txt')[0] == bb_history
# the history object should only return the media hashes and hash entries it contains directly
# if we need th entries from child histories we have to ask them directly
assert root_history.find_original_hash_entry_for_path('Stuff.txt') is not None
assert root_history.find_original_hash_entry_for_path('A/AA/AA1.txt') is None
assert aa_history.find_original_hash_entry_for_path('AA1.txt') is not None
def test_child_history_partial_verification_bb_folder(fs, nested_mhl_histories):
"""
"""
# create an additional file the record command will find because we pass it a folder
fs.create_file('/root/B/BB/BB2.txt', contents='BB2\n')
runner = CliRunner()
result = runner.invoke(mhl.commands.create, ['/root', '-sf', '/root/B/BB'])
assert result.exit_code == 0
assert os.path.isfile('/root/ascmhl/0002_root_2020-01-16_091500.mhl')
assert os.path.isfile('/root/B/ascmhl/0002_B_2020-01-16_091500.mhl')
assert os.path.isfile('/root/B/BB/ascmhl/0002_BB_2020-01-16_091500.mhl')
root_history = MHLHistory.load_from_path('/root')
assert len(root_history.hash_lists) == 2
aa_history = root_history.child_histories[0]
b_history = root_history.child_histories[1]
bb_history = root_history.child_histories[1].child_histories[0]
# the root and the B hash lists only contains a mhl reference to the hash list
# down the folder hierarchy, no media hashes
assert len(root_history.hash_lists[1].media_hashes) == 0
assert root_history.hash_lists[1].referenced_hash_lists[0] == b_history.hash_lists[1]
assert len(b_history.hash_lists[1].media_hashes) == 0
assert b_history.hash_lists[1].referenced_hash_lists[0] == bb_history.hash_lists[1]
# the BB hash list contains the media hash of the verified files in BB
assert bb_history.hash_lists[1].media_hashes[0].path == 'BB1.txt'
assert bb_history.hash_lists[1].media_hashes[0].hash_entries[0].action == 'verified'
assert bb_history.hash_lists[1].media_hashes[1].path == 'BB2.txt'
assert bb_history.hash_lists[1].media_hashes[1].hash_entries[0].action == 'original'
# the other histories don't have a new generation
assert not os.path.isfile('/root/A/AA/ascmhl/0002_AA_2020-01-16_091500.mhl')
assert aa_history.latest_generation_number() == 1
def test_create_no_directory_hashes(fs):
fs.create_file("/root/Stuff.txt", contents="stuff\n")
fs.create_file("/root/A/A1.txt", contents="A1\n")
os.mkdir("/root/emptyFolder")
runner = CliRunner()
result = runner.invoke(mhl.commands.create, ["/root", "-v", "-n"])
assert result.exit_code == 0
# a directory entry without hash was created for the folder A
hash_list = MHLHistory.load_from_path("/root").hash_lists[0]
assert hash_list.find_media_hash_for_path("A").is_directory
assert len(hash_list.find_media_hash_for_path("A").hash_entries) == 0
# and no directory hash of the root folder is set in the header
assert len(hash_list.process_info.root_media_hash.hash_entries) == 0
# the empty folder is still referenced even if not creating directory hashes
assert hash_list.find_media_hash_for_path("emptyFolder").is_directory
# removing an empty folder will cause sealing to fail
os.removedirs("/root/emptyFolder")
runner = CliRunner()
result = runner.invoke(mhl.commands.create, ["/root", "-v", "-n"])
assert result.exit_code == 15
assert "1 missing file(s):\n emptyFolder" in result.output
def test_create_directory_hashes(fs):
fs.create_file("/root/Stuff.txt", contents="stuff\n")
fs.create_file("/root/A/A1.txt", contents="A1\n")
result = CliRunner().invoke(mhl.commands.create, ["/root", "-h", "xxh64", "-v"])
assert result.exit_code == 0
# a directory hash for the folder A was created
hash_list = MHLHistory.load_from_path("/root").hash_lists[0]
assert hash_list.find_media_hash_for_path("A").is_directory
assert hash_list.find_media_hash_for_path("A").hash_entries[0].hash_string == "ee2c3b94b6eecb8d"
# and the directory hash of the root folder is set in the header
assert hash_list.process_info.root_media_hash.hash_entries[0].hash_string == "15ef0ade91fff267"
# test that the directory-hash command creates the same directory hashes
result = CliRunner().invoke(mhl.commands.directory_hash, ["/root", "-v", "-h", "xxh64"])
assert result.exit_code == 0
print(result.output)
assert "directory hash for: /root/A xxh64: ee2c3b94b6eecb8d" in result.output
assert "root hash: xxh64: 15ef0ade91fff267" in result.output
# add some more files and folders
fs.create_file("/root/B/B1.txt", contents="B1\n")
fs.create_file("/root/A/A2.txt", contents="A2\n")
fs.create_file("/root/A/AA/AA1.txt", contents="AA1\n")
os.mkdir("/root/emptyFolderA")
os.mkdir("/root/emptyFolderB")
os.mkdir("/root/emptyFolderC")
os.mkdir("/root/emptyFolderC/emptyFolderCA")
os.mkdir("/root/emptyFolderC/emptyFolderCB")
runner = CliRunner()
result = runner.invoke(mhl.commands.create, ["/root", "-v", "-h", "xxh64"])
assert result.exit_code == 0
hash_list = MHLHistory.load_from_path("/root").hash_lists[-1]
# due to the additional content the directory hash of folder A and the root folder changed
assert hash_list.find_media_hash_for_path("A").hash_entries[0].hash_string == "47e7687ce4800633"
assert hash_list.process_info.root_media_hash.hash_entries[0].hash_string == "5f4af3b3fd736415"
# empty folder all have the same directory hash
assert hash_list.find_media_hash_for_path("emptyFolderA").hash_entries[0].hash_string == "ef46db3751d8e999"
assert hash_list.find_media_hash_for_path("emptyFolderB").hash_entries[0].hash_string == "ef46db3751d8e999"
# but since we also contain the file names in the dir hashes an empty folder that contains other empty folders
# has a different directory hash
assert hash_list.find_media_hash_for_path("emptyFolderC").hash_entries[0].hash_string == "877071123901a4db"
# test that the directory-hash command creates the same directory hashes
result = CliRunner().invoke(mhl.commands.directory_hash, ["/root", "-h", "xxh64"])
assert result.exit_code == 0
assert " calculated root hash: xxh64: 5f4af3b3fd736415" in result.output
# altering the content of one file
with open("/root/A/A2.txt", "a") as file:
file.write("!!")
runner = CliRunner()
result = runner.invoke(mhl.commands.create, ["/root", "-v", "-h", "xxh64"])
assert "ERROR: hash mismatch for A/A2.txt" in result.output
hash_list = MHLHistory.load_from_path("/root").hash_lists[-1]
# an altered file leads to a different root directory hash
assert hash_list.process_info.root_media_hash.hash_entries[0].hash_string == "adf18c910489663c"
# test that the directory-hash command creates the same root hash
result = CliRunner().invoke(mhl.commands.directory_hash, ["/root", "-h", "xxh64"])
assert result.exit_code == 0
assert "root hash: xxh64: adf18c910489663c" in result.output
# rename one file
os.rename("/root/B/B1.txt", "/root/B/B2.txt")
runner = CliRunner()
result = runner.invoke(mhl.commands.create, ["/root", "-v", "-h", "xxh64"])
assert "ERROR: hash mismatch for A/A2.txt" in result.output
# in addition to the failing verification we also have a missing file B1/B1.txt
assert "missing file(s):\n B/B1.txt" in result.output
hash_list = MHLHistory.load_from_path("/root").hash_lists[-1]
# the file name is part of the directory hash of the containing directory so it's hash changes
assert hash_list.find_media_hash_for_path("B").hash_entries[0].hash_string == "8cdb106e71c4989d"
# a renamed file also leads to a different root directory hash
assert hash_list.process_info.root_media_hash.hash_entries[0].hash_string == "01441cdf1803e2b8"
# test that the directory-hash command creates the same root hash
result = CliRunner().invoke(mhl.commands.directory_hash, ["/root", "-h", "xxh64"])
assert result.exit_code == 0
assert "root hash: xxh64: 01441cdf1803e2b8" in result.output
def test_create_directory_hashes(fs):
fs.create_file('/root/Stuff.txt', contents='stuff\n')
fs.create_file('/root/A/A1.txt', contents='A1\n')
result = CliRunner().invoke(mhl.commands.create,
['/root', '-h', 'xxh64', '-v'])
assert result.exit_code == 0
# a directory hash for the folder A was created
hash_list = MHLHistory.load_from_path('/root').hash_lists[0]
assert hash_list.find_media_hash_for_path('A').is_directory
assert hash_list.find_media_hash_for_path(
'A').hash_entries[0].hash_string == 'ee2c3b94b6eecb8d'
# and the directory hash of the root folder is set in the header
assert hash_list.process_info.root_media_hash.hash_entries[
0].hash_string == '15ef0ade91fff267'
# test that the directory-hash command creates the same directory hashes
result = CliRunner().invoke(mhl.commands.directory_hash,
['/root', '-v', '-h', 'xxh64'])
assert result.exit_code == 0
print(result.output)
assert 'directory hash for: /root/A xxh64: ee2c3b94b6eecb8d' in result.output
assert 'root hash: xxh64: 15ef0ade91fff267' in result.output
# add some more files and folders
fs.create_file('/root/B/B1.txt', contents='B1\n')
fs.create_file('/root/A/A2.txt', contents='A2\n')
fs.create_file('/root/A/AA/AA1.txt', contents='AA1\n')
os.mkdir('/root/emptyFolderA')
os.mkdir('/root/emptyFolderB')
os.mkdir('/root/emptyFolderC')
os.mkdir('/root/emptyFolderC/emptyFolderCA')
os.mkdir('/root/emptyFolderC/emptyFolderCB')
runner = CliRunner()
result = runner.invoke(mhl.commands.create, ['/root', '-v', '-h', 'xxh64'])
assert result.exit_code == 0
hash_list = MHLHistory.load_from_path('/root').hash_lists[-1]
# due to the additional content the directory hash of folder A and the root folder changed
assert hash_list.find_media_hash_for_path(
'A').hash_entries[0].hash_string == '47e7687ce4800633'
assert hash_list.process_info.root_media_hash.hash_entries[
0].hash_string == '5f4af3b3fd736415'
# empty folder all have the same directory hash
assert hash_list.find_media_hash_for_path(
'emptyFolderA').hash_entries[0].hash_string == 'ef46db3751d8e999'
assert hash_list.find_media_hash_for_path(
'emptyFolderB').hash_entries[0].hash_string == 'ef46db3751d8e999'
# but since we also contain the file names in the dir hashes an empty folder that contains other empty folders
# has a different directory hash
assert hash_list.find_media_hash_for_path(
'emptyFolderC').hash_entries[0].hash_string == '877071123901a4db'
# test that the directory-hash command creates the same directory hashes
result = CliRunner().invoke(mhl.commands.directory_hash,
['/root', '-h', 'xxh64'])
assert result.exit_code == 0
assert ' calculated root hash: xxh64: 5f4af3b3fd736415' in result.output
# altering the content of one file
with open('/root/A/A2.txt', "a") as file:
file.write('!!')
runner = CliRunner()
result = runner.invoke(mhl.commands.create, ['/root', '-v', '-h', 'xxh64'])
assert 'ERROR: hash mismatch for A/A2.txt' in result.output
hash_list = MHLHistory.load_from_path('/root').hash_lists[-1]
# an altered file leads to a different root directory hash
assert hash_list.process_info.root_media_hash.hash_entries[
0].hash_string == 'adf18c910489663c'
# test that the directory-hash command creates the same root hash
result = CliRunner().invoke(mhl.commands.directory_hash,
['/root', '-h', 'xxh64'])
assert result.exit_code == 0
assert 'root hash: xxh64: adf18c910489663c' in result.output
# rename one file
os.rename('/root/B/B1.txt', '/root/B/B2.txt')
runner = CliRunner()
result = runner.invoke(mhl.commands.create, ['/root', '-v', '-h', 'xxh64'])
assert 'ERROR: hash mismatch for A/A2.txt' in result.output
# in addition to the failing verification we also have a missing file B1/B1.txt
assert 'missing file(s):\n B/B1.txt' in result.output
hash_list = MHLHistory.load_from_path('/root').hash_lists[-1]
# the file name is part of the directory hash of the containing directory so it's hash changes
assert hash_list.find_media_hash_for_path(
'B').hash_entries[0].hash_string == '8cdb106e71c4989d'
# a renamed file also leads to a different root directory hash
assert hash_list.process_info.root_media_hash.hash_entries[
0].hash_string == '01441cdf1803e2b8'
# test that the directory-hash command creates the same root hash
result = CliRunner().invoke(mhl.commands.directory_hash,
['/root', '-h', 'xxh64'])
assert result.exit_code == 0
assert 'root hash: xxh64: 01441cdf1803e2b8' in result.output
