def write_opened(user, text, file, client_node, context):
client = context.get_client(user, client_node)
file_path = client.absolute_path(file)
def condition():
write_to_opened_file(client, file_path, text)
assert_(client.perform, condition)
def set_file_position(user, file, offset, client_node, context):
client = context.get_client(user, client_node)
file_path = client.absolute_path(file)
def condition():
seek(client, file_path, int(offset))
assert_(client.perform, condition, timeout=0)
def ls_empty(directory, user, client_node, context):
client = context.get_client(user, client_node)
dir_path = client.absolute_path(directory)
def condition():
assert len(ls(client, dir_path)) == 0
assert_(client.perform, condition)
def write_opened(user, text, file, client_node, context):
client = context.get_client(user, client_node)
file_path = client.absolute_path(file)
def condition():
write_to_opened_file(client, file_path, text)
assert_(client.perform, condition)
def ls_empty(directory, user, client_node, context):
client = context.get_client(user, client_node)
dir_path = client.absolute_path(directory)
def condition():
assert len(ls(client, dir_path)) == 0
assert_(client.perform, condition)
def set_file_position(user, file, offset, client_node, context):
client = context.get_client(user, client_node)
file_path = client.absolute_path(file)
def condition():
seek(client, file_path, int(offset))
assert_(client.perform, condition, timeout=0)
def append(user, text, file, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
file_path = client.absolute_path(file)
def condition():
write(client, str(text), file_path, mode='a')
assert_(client.perform, condition, timeout=0)
def check_md5(user, file, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
def condition():
md5 = md5sum(client, client.absolute_path(file))
assert md5 == context.md5
assert_(client.perform, condition)
def read_opened(user, text, file, client_node, context):
client = context.get_client(user, client_node)
text = text.decode('string_escape')
def condition():
read_text = read_from_opened_file(client, client.absolute_path(file))
assert read_text == text
assert_(client.perform, condition)
def read_opened(user, text, file, client_node, context):
client = context.get_client(user, client_node)
text = text.decode('string_escape')
def condition():
read_text = read_from_opened_file(client, client.absolute_path(file))
assert read_text == text
assert_(client.perform, condition)
def check_md5(user, file, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
def condition():
md5 = md5sum(client, client.absolute_path(file))
assert md5 == context.md5
assert_(client.perform, condition)
def remove_xattr(user, file, name, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
file_path = client.absolute_path(file)
def condition():
removexattr(client, file_path, name)
assert_(client.perform, condition)
def append(user, text, file, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
file_path = client.absolute_path(file)
def condition():
write(client, str(text), file_path, mode='a')
assert_(client.perform, condition, timeout=0)
def count_md5(user_name, file_path, client_node, context):
user = context.get_user(user_name)
client = user.get_client(client_node)
file_path = client.absolute_path(file_path)
def condition():
context.md5 = md5sum(client, file_path)
assert context.md5 is not None
assert_(client.perform, condition)
def copy_reg_file(user, file, path, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
src_path = client.absolute_path(file)
dest_path = client.absolute_path(path)
def condition():
cp(client, src_path, dest_path)
assert_(client.perform, condition, timeout=0)
def replace(user, text1, text2, file, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
file_path = client.absolute_path(file)
def condition():
ret = replace_pattern(client, file_path, text1, text2, user.name)
assert ret == 0
assert_(client.perform, condition, timeout=0)
def stat_present(user, path, files, client_node, context):
client = context.get_client(user, client_node)
path = client.absolute_path(path)
files = list_parser(files)
def condition():
for f in files:
stat(client, os.path.join(path, f))
assert_(client.perform, condition)
def replace(user, text1, text2, file, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
file_path = client.absolute_path(file)
def condition():
ret = replace_pattern(client, file_path, text1, text2, user.name)
assert ret == 0
assert_(client.perform, condition, timeout=0)
def copy_dir(user, dir1, dir2, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
src_path = client.absolute_path(dir1)
dest_path = client.absolute_path(dir2)
def condition():
cp(client, src_path, dest_path, recursive=True)
assert_(client.perform, condition)
def read_text(user, text, file, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
file_path = client.absolute_path(file)
def condition():
read_text = read(client, file_path)
assert read_text == text
assert_(client.perform, condition)
def check_xattr_doesnt_exist(user, file, name, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
file_path = client.absolute_path(file)
def condition():
xattrs = listxattr(client, file_path)
assert name not in xattrs
assert_(client.perform, condition)
def check_numeric_xattr(user, file, name, value, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
file_path = client.absolute_path(file)
def condition():
xattr_value = getxattr(client, file_path, name)
assert float(xattr_value) == float(value)
assert_(client.perform, condition)
def copy_dir(user, dir1, dir2, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
src_path = client.absolute_path(dir1)
dest_path = client.absolute_path(dir2)
def condition():
cp(client, src_path, dest_path, recursive=True)
assert_(client.perform, condition)
def copy_reg_file(user, file, path, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
src_path = client.absolute_path(file)
dest_path = client.absolute_path(path)
def condition():
cp(client, src_path, dest_path)
assert_(client.perform, condition, timeout=0)
def count_md5(user_name, file_path, client_node, context):
user = context.get_user(user_name)
client = user.get_client(client_node)
file_path = client.absolute_path(file_path)
def condition():
context.md5 = md5sum(client, file_path)
assert context.md5 is not None
assert_(client.perform, condition)
def check_json_xattr(user, file, name, value, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
file_path = client.absolute_path(file)
def condition():
xattr_value = getxattr(client, file_path, name)
assert jsondiff.diff(json.loads(xattr_value), json.loads(value)) == {}
assert_(client.perform, condition)
def read_text(user, text, file, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
file_path = client.absolute_path(file)
def condition():
read_text = read(client, file_path)
assert read_text == text
assert_(client.perform, condition)
def ls_present(user, files, path, client_node, context):
client = context.get_client(user, client_node)
path = client.absolute_path(path)
files = list_parser(files)
def condition():
listed_files = ls(client, path)
for file in files:
assert file in listed_files
assert_(client.perform, condition)
def shell_check_type(user, file, file_type, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
file_path = client.absolute_path(file)
def condition():
cmd = "stat --format=%F {}".format(file_path)
stat_file_type = run_cmd(user.name, client, cmd, output=True)
assert stat_file_type == file_type
assert_(client.perform, condition)
def ls_absent(user, files, path, client_node, context):
client = context.get_client(user, client_node)
path = client.absolute_path(path)
files = list_parser(files)
def condition():
listed_files = ls(client, path)
for file in files:
assert file not in listed_files
assert_(client.perform, condition)
def run_cmd_in_directory(user, command, path, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
abs_path = client.absolute_path(path)
cmd = 'cd {path} && {command}'.format(path=escape_path(abs_path),
command=command)
def condition():
run_cmd(user.name, client, cmd, output=True)
assert_(client.perform, condition, timeout=0)
def check_size(user, file, size, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
file_path = client.absolute_path(file)
size = int(size)
def condition():
stat_result = stat(client, file_path)
assert stat_result.st_size == size
assert_(client.perform, condition)
def shell_check_type(user, file, file_type, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
file_path = client.absolute_path(file)
def condition():
cmd = "stat --format=%F {}".format(file_path)
stat_file_type = run_cmd(user.name, client, cmd, output=True)
assert stat_file_type == file_type
assert_(client.perform, condition)
def run_cmd_in_directory(user, command, path, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
abs_path = client.absolute_path(path)
cmd = 'cd (?P<path>.*) && (?P<command>.*)'.format(
path=escape_path(abs_path), command=command)
def condition():
run_cmd(user.name, client, cmd, output=True)
assert_(client.perform, condition, timeout=0)
def check_mode(user, file, mode, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
file_path = client.absolute_path(file)
mode = int(mode, 8)
def condition():
stat_result = stat(client, file_path)
assert stat_lib.S_IMODE(stat_result.st_mode) == mode
assert_(client.perform, condition)
def check_mode(user, file, mode, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
file_path = client.absolute_path(file)
mode = int(mode, 8)
def condition():
stat_result = stat(client, file_path)
assert stat_lib.S_IMODE(stat_result.st_mode) == mode
assert_(client.perform, condition)
def check_size(user, file, size, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
file_path = client.absolute_path(file)
size = int(size)
def condition():
stat_result = stat(client, file_path)
assert stat_result.st_size == size
assert_(client.perform, condition)
def stat_absent(user, path, files, client_node, context):
client = context.get_client(user, client_node)
path = client.absolute_path(path)
files = list_parser(files)
def condition():
for f in files:
with pytest.raises(OSError,
message='File {} exists in {}'.format(f, path)):
stat(client, os.path.join(path, f))
assert_(client.perform, condition)
def write_rand_text(user_name, megabytes, file, client_node, context):
user = context.get_user(user_name)
client = user.get_client(client_node)
file_path = client.absolute_path(file)
def condition():
dd(client, megabytes, 1, file_path, user=user_name, output=True, error=True)
multi_file_steps.check_size(user_name, file, int(megabytes) * 1024 * 1024, client_node, context)
count_md5(user_name, file, client_node, context)
assert_(client.perform, condition, timeout=0)
user.mark_last_operation_succeeded()
def delete_non_empty(user, dirs, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
dirs = list_parser(dirs)
for dir in dirs:
path = client.absolute_path(dir)
def condition():
rm(client, path, recursive=True, force=True)
assert_(client.perform, condition)
def create_nested_dirs(user, number, root_dir, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
dir_path = client.absolute_path(root_dir)
for i in range(int(number)):
dir_path = os.path.join(dir_path, str(i))
def condition():
mkdir(client, dir_path, recursive=True)
assert_(client.perform, condition)
def create_nested_dirs(user, number, root_dir, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
dir_path = client.absolute_path(root_dir)
for i in range(int(number)):
dir_path = os.path.join(dir_path, str(i))
def condition():
mkdir(client, dir_path, recursive=True)
assert_(client.perform, condition)
def write_at_offset(user_name, data, offset, file, client_node, context):
user = context.get_user(user_name)
client = user.get_client(client_node)
path = client.absolute_path(file)
def condition():
f = open_file(client, path, 'r+b')
f.seek(int(offset))
f.write(data)
f.close()
assert_(client.perform, condition)
def create_parents(user, paths, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
paths = list_parser(paths)
for path in paths:
dir_path = client.absolute_path(path)
def condition():
mkdir(client, dir_path, recursive=True)
assert_(client.perform, condition)
def delete_non_empty(user, dirs, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
dirs = list_parser(dirs)
for dir in dirs:
path = client.absolute_path(dir)
def condition():
rm(client, path, recursive=True, force=True)
assert_(client.perform, condition)
def create_parents(user, paths, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
paths = list_parser(paths)
for path in paths:
dir_path = client.absolute_path(path)
def condition():
mkdir(client, dir_path, recursive=True)
assert_(client.perform, condition)
def list_nested_dir(user, level, root_dir, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
dir_path = client.absolute_path(root_dir)
for i in range(int(level)):
dir_path = os.path.join(dir_path, str(i))
def condition():
ls(client, path=dir_path)
assert_(client.perform, condition, timeout=0)
def list_nested_dir(user, level, root_dir, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
dir_path = client.absolute_path(root_dir)
for i in range(int(level)):
dir_path = os.path.join(dir_path, str(i))
def condition():
ls(client, path=dir_path)
assert_(client.perform, condition, timeout=0)
def create_reg_file(user, files, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
files = list_parser(files)
for file in files:
file_path = client.absolute_path(file)
def condition():
create_file(client, file_path)
assert_(client.perform, condition)
def create_reg_file(user, files, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
files = list_parser(files)
for file in files:
file_path = client.absolute_path(file)
def condition():
create_file(client, file_path)
assert_(client.perform, condition)
def write_at_offset(user_name, data, offset, file, client_node, context):
user = context.get_user(user_name)
client = user.get_client(client_node)
path = client.absolute_path(file)
def condition():
f = open_file(client, path, 'r+b')
f.seek(int(offset))
f.write(data)
f.close()
assert_(client.perform, condition)
def ls_children(user, parent_dir, lower, upper, client_node, context):
client = context.get_client(user, client_node)
path = client.absolute_path(parent_dir)
files_num = upper - lower
def condition():
listed_files = ls(client, path)
assert len(listed_files) == files_num
for i in range(lower, upper):
assert str(i) in listed_files
assert_(client.perform, condition)
def ls_children(user, parent_dir, lower, upper, client_node, context):
client = context.get_client(user, client_node)
path = client.absolute_path(parent_dir)
files_num = upper - lower
def condition():
listed_files = ls(client, path)
assert len(listed_files) == files_num
for i in range(lower, upper):
assert str(i) in listed_files
assert_(client.perform, condition)
def check_time(user, time1, time2, comparator, file, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
attr1 = time_attr(time1)
attr2 = time_attr(time2)
file_path = client.absolute_path(file)
def condition():
stat_result = stat(client, file_path)
t1 = getattr(stat_result, attr1)
t2 = getattr(stat_result, attr2)
assert compare(t1, t2, comparator)
assert_(client.perform, condition)
def check_time(user, time1, time2, comparator, file, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
attr1 = time_attr(time1)
attr2 = time_attr(time2)
file_path = client.absolute_path(file)
def condition():
stat_result = stat(client, file_path)
t1 = getattr(stat_result, attr1)
t2 = getattr(stat_result, attr2)
assert compare(t1, t2, comparator)
assert_(client.perform, condition)
def check_spaces(spaces, user, client_nodes, context):
spaces = list_parser(spaces)
user = str(user)
client_nodes = list_parser(client_nodes)
for client_node in client_nodes:
client = context.get_client(user, client_node)
def condition():
spaces_in_client = ls(client, path=client.mount_path)
for space in spaces:
assert space in spaces_in_client
assert_(client.perform, condition)
def check_type(user, file, file_type, client_node, context):
user = context.get_user(user)
client = user.get_client(client_node)
file_path = client.absolute_path(file)
if file_type == "regular":
stat_method = "S_ISREG"
elif file_type == "directory":
stat_method = "S_ISDIR"
def condition():
stat_result = stat(client, file_path)
assert getattr(stat_lib, stat_method)(stat_result.st_mode)
assert_(client.perform, condition)
def clean_spaces(client):
spaces = ls(client, path=client.mount_path)
for space in spaces:
space_path = client.absolute_path(space)
def condition():
try:
rm(client, path=space_path, recursive=True)
except Exception as e:
if isinstance(e, OSError):
if e.errno == errno.EACCES:
# ignore EACCES errors during cleaning
return
raise
assert_(client.perform, condition)