def test_dumps_comments(c, ensure_ascii_comments): s = dumps( {"key": "value"}, timestamp=False, comments=c, ensure_ascii_comments=ensure_ascii_comments, ) assert s == to_comment(c, ensure_ascii=ensure_ascii_comments) \ + '\nkey=value\n' if ensure_ascii_comments is None: assert s == dumps({"key": "value"}, timestamp=False, comments=c)
def _encode_env(target: BuildTarget) -> str: assert target.compiler_instance.has_cached_compiler_env() target_compiler_env: dict[str, str] = _multi_line_compiler_env_to_single_line(compiler_env=target.compiler_instance.cached_compiler_env) encoded_env: str = javaproperties.dumps(props=target_compiler_env, timestamp=False) return encoded_env
def test_dumps_ensure_ascii_cross_ensure_ascii_comments(pout, ea, cout, eac): assert dumps( {"x\xF0": "\u2603\U0001F410"}, timestamp=False, comments="x\xF0\u2603\U0001F410", ensure_ascii=ea, ensure_ascii_comments=eac, ) == cout + pout
def _write(self, spectra, spec_file, as_bytes): """ Writes the spectra to the filehandle. :param spectra: the list of spectra :type spectra: list :param spec_file: the file handle to use :type spec_file: file :param as_bytes: whether to write as bytes or string :type as_bytes: bool """ # Create a writing function which handles the as_bytes argument if as_bytes: def write(string: str): spec_file.write(string.encode()) else: write = spec_file.write first = True for spectrum in spectra: if not first: write(SEPARATOR + "\n") if self._options_parsed.output_sampledata: # prefix sample data with '# ' props = Properties() for k in spectrum.sample_data: v = spectrum.sample_data[k] props[k] = str(v) if isinstance(v, int) or isinstance(v, float): props[k + DATATYPE_SUFFIX] = "N" elif isinstance(v, bool): props[k + DATATYPE_SUFFIX] = "B" elif isinstance(v, str): props[k + DATATYPE_SUFFIX] = "S" else: props[k + DATATYPE_SUFFIX] = "U" samplestr = dumps(props) lines = samplestr.split("\n") for i in range(len(lines)): lines[i] = COMMENT + lines[i] # sample data for line in lines: write(line + "\n") # header write(HEADER + "\n") # spectral data for i in range(len(spectrum)): write("%s,%s\n" % (spectrum.waves[i], spectrum.amplitudes[i])) first = False
def disable_tls13(): security_file = "/usr/lib/jvm/default-jvm/jre/conf/security/java.security" with open(security_file) as f: data = javaproperties.loads(f.read()) if "TLSv1.3" in data["jdk.tls.disabledAlgorithms"]: return with open(security_file, "w") as f: data["jdk.tls.disabledAlgorithms"] = "TLSv1.3, " + data[ "jdk.tls.disabledAlgorithms"] f.write(javaproperties.dumps(data))
def dumps(obj, fmt): if fmt == constants.JSON: return json.dumps(obj=obj, sort_keys=True, indent=2) elif fmt == constants.YAML: stream = six.StringIO() yaml.safe_dump(data=obj, stream=stream, default_flow_style=False) return stream.getvalue() elif fmt == constants.PROPERTIES: # only dictionaries can be represented as a string # in the java properties file format if not isinstance(obj, dict): raise exceptions.InvalidValueTypeException(expected_types=[dict], actual_type=type(obj)) for key, value in obj.items(): if isinstance(value, (dict, list, set)): raise exceptions.InvalidValueTypeException( expected_types=[str, int, float], actual_type=type(value)) obj[key] = str(value) return javaproperties.dumps(props=obj, timestamp=False) elif fmt == constants.INI: ini_parser = configparser.ConfigParser() string = six.StringIO() ini_parser.read_dict(dictionary=obj) ini_parser.write(fp=string, space_around_delimiters=False) return string.getvalue() else: raise exceptions.UnsupportedFormatException(fmt=fmt)
def dumps(obj, fmt): if fmt == constants.JSON: return json.dumps(obj=obj, sort_keys=True, indent=2) elif fmt == constants.YAML: stream = six.StringIO() yaml.safe_dump(data=obj, stream=stream, default_flow_style=False) return stream.getvalue() elif fmt == constants.PROPERTIES: # only dictionaries can be represented as a string # in the java properties file format if not isinstance(obj, dict): raise exceptions.InvalidValueTypeException(expected_types=[dict], actual_type=type(obj)) for key, value in obj.items(): if isinstance(value, (dict, list, set)): raise exceptions.InvalidValueTypeException(expected_types=[str, int, float], actual_type=type(value)) obj[key] = str(value) return javaproperties.dumps(props=obj, timestamp=False) elif fmt == constants.INI: ini_parser = configparser.ConfigParser() string = six.StringIO() ini_parser.read_dict(dictionary=obj) ini_parser.write(fp=string, space_around_delimiters=False) return string.getvalue() else: raise exceptions.UnsupportedFormatException(fmt=fmt)
def test_dumps_latin_1(): assert dumps({"edh": "\xF0"}, timestamp=False) == 'edh=\\u00f0\n'
def test_dumps_tilde(): assert dumps({"tilde": "~"}, timestamp=False) == 'tilde=~\n'
def test_dumps_three_space_value(): assert dumps({"key": " "}, timestamp=False) == 'key=\\ \\ \\ \n'
def test_dumps_space_in_value(): assert dumps({"key": "two words"}, timestamp=False) == 'key=two words\n'
def test_dumps_ordereddict_rev_sorted(): assert dumps( OrderedDict([("zebra", "apple"), ("key", "value")]), timestamp=False, sort_keys=True, ) == 'key=value\nzebra=apple\n'
def test_dumps_two_simple_rev_sorted(): assert dumps( [("zebra", "apple"), ("key", "value")], timestamp=False, sort_keys=True, ) == 'key=value\nzebra=apple\n'
def test_dumps_simple(): assert dumps({"key": "value"}, timestamp=False) == 'key=value\n'
def test_dumps_naive_datetime(): assert dumps( {"key": "value"}, timestamp=datetime.fromtimestamp(1473703254) ) == '#Mon Sep 12 14:00:54 EDT 2016\nkey=value\n'
def test_dumps_backspace(): assert dumps({"backspace": "\b"}, timestamp=False) == 'backspace=\\u0008\n'
def test_dumps_aware_datetime(): assert dumps( {"key": "value"}, timestamp=datetime.fromtimestamp(1473703254, tzoffset('PDT', -25200)) ) == '#Mon Sep 12 11:00:54 PDT 2016\nkey=value\n'
def test_dumps_two_simple_rev(): assert dumps([("zebra", "apple"), ("key", "value")], timestamp=False) == \ 'zebra=apple\nkey=value\n'
def test_dumps_timestamp_and_comment(): assert dumps( {"key": "value"}, comments='This is a comment.', timestamp=1473703254 ) == '#This is a comment.\n#Mon Sep 12 14:00:54 EDT 2016\nkey=value\n'
def test_dumps_ordereddict_rev(): assert dumps( OrderedDict([("zebra", "apple"), ("key", "value")]), timestamp=False, ) == 'zebra=apple\nkey=value\n'
def test_dumps_equals(): assert dumps({"equals": "="}, timestamp=False) == 'equals=\\=\n'
def test_dumps_space_in_key(): assert dumps({"two words": "value"}, timestamp=False) == \ 'two\\ words=value\n'
def test_dumps_nothing(): assert dumps({}, timestamp=False) == ''
def test_dumps_trailing_space_in_value(): assert dumps({"key": "value "}, timestamp=False) == 'key=value \n'
def test_dumps_colon(): assert dumps({"colon": ":"}, timestamp=False) == 'colon=\\:\n'
def test_dumps_x1F(): assert dumps({"US": "\x1F"}, timestamp=False) == 'US=\\u001f\n'
def test_dumps_hash(): assert dumps({"hash": "#"}, timestamp=False) == 'hash=\\#\n'
def test_dumps_delete(): assert dumps({"delete": "\x7F"}, timestamp=False) == 'delete=\\u007f\n'
def test_dumps_exclamation(): assert dumps({"exclamation": "!"}, timestamp=False) == 'exclamation=\\!\n'
def test_dumps_non_latin_1(): assert dumps({"snowman": "\u2603"}, timestamp=False) == 'snowman=\\u2603\n'
def test_dumps_null(): assert dumps({"null": "\0"}, timestamp=False) == 'null=\\u0000\n'