def step_impl(context, first, second):
full_path_first = prepend_installroot(context, first)
full_path_second = prepend_installroot(context, second)
f1 = find_file_by_glob(full_path_first)
f2 = find_file_by_glob(full_path_second)
found1 = read_file_contents(f1).strip()
found2 = read_file_contents(f2).strip()
if found1 == found2:
return
print_lines_diff(found1.split('\n'), found2.split('\n'))
raise AssertionError("File '{}' contents differ from {}.".format(first, second))
def file_contents_is(context, filepath):
expected = context.text.strip()
full_path = prepend_installroot(context, filepath)
f = find_file_by_glob(full_path)
found = read_file_contents(f).strip()
if expected == found:
return
print_lines_diff(expected.split('\n'), found.split('\n'))
raise AssertionError("File '{}' contents is different then expected.".format(filepath))
def then_stdout_matches_line_by_line(context, filepath):
"""
Checks that each line of given file matches respective line in regular expressions.
"""
expected = context.text.split('\n')
full_path = prepend_installroot(context, filepath)
f = find_file_by_glob(full_path)
found = read_file_contents(f).split('\n')
lines_match_to_regexps_line_by_line(found, expected)
def file_does_not_contain(context, filepath):
regexp_lines = context.text.split('\n')
full_path = prepend_installroot(context, filepath)
ensure_directory_exists(os.path.dirname(full_path))
read_str = read_file_contents(full_path)
for line in regexp_lines:
if re.search(line, read_str):
print("line: " + line + " found")
raise AssertionError("File %s contains: \n%s" % (filepath, read_str))
return
def create_compressed_file_with(context, compression, filepath):
file_path = prepend_installroot(context, filepath)
ensure_file_exists(file_path)
create_compressed_file_with_contents(file_path, compression,
read_file_contents(file_path))