Squashed 'kiauh/core/submodules/simple_config_parser/' content from commit 188dd1f

git-subtree-dir: kiauh/core/submodules/simple_config_parser
git-subtree-split: 188dd1ffd80bf72a2dc6075147ddc9339b059c4b
This commit is contained in:
dw-0
2024-06-16 18:14:55 +02:00
commit 60f8aef69b
23 changed files with 1929 additions and 0 deletions

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import pytest
from src.simple_config_parser.simple_config_parser import SimpleConfigParser
@pytest.fixture
def parser():
parser = SimpleConfigParser()
parser._header = ["header1\n", "header2\n"]
parser._config = {
"section1": {
"_raw": "[section1]\n",
"body": [
{
"_raw": "option1: value1\n",
"_raw_value": "value1\n",
"is_multiline": False,
"option": "option1",
"value": "value1",
},
{
"_raw": "option2: value2\n",
"_raw_value": "value2\n",
"is_multiline": False,
"option": "option2",
"value": "value2",
},
],
},
"section2": {
"_raw": "[section2]\n",
"body": [
{
"_raw": "option3: value3\n",
"_raw_value": "value3\n",
"is_multiline": False,
"option": "option3",
"value": "value3",
},
],
},
"section3": {
"_raw": "[section3]\n",
"body": [
{
"_raw": "option4:\n",
"_raw_value": [" value4\n", " value5\n", " value6\n"],
"is_multiline": True,
"option": "option4",
"value": ["value4", "value5", "value6"],
},
],
},
}
return parser
def test_construct_content(parser):
content = parser._construct_content()
assert (
content == "header1\nheader2\n"
"[section1]\n"
"option1: value1\n"
"option2: value2\n"
"[section2]\n"
"option3: value3\n"
"[section3]\n"
"option4:\n"
" value4\n"
" value5\n"
" value6\n"
)
def test_construct_content_no_header(parser):
parser._header = None
content = parser._construct_content()
assert (
content == "[section1]\n"
"option1: value1\n"
"option2: value2\n"
"[section2]\n"
"option3: value3\n"
"[section3]\n"
"option4:\n"
" value4\n"
" value5\n"
" value6\n"
)
def test_construct_content_no_sections(parser):
parser._config = {}
content = parser._construct_content()
assert content == "".join(parser._header)

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import pytest
from src.simple_config_parser.simple_config_parser import (
DuplicateOptionError,
DuplicateSectionError,
SimpleConfigParser,
)
@pytest.fixture
def parser():
return SimpleConfigParser()
class TestInternalStateChanges:
@pytest.mark.parametrize(
"given", ["dummy_section", "dummy_section 2", "another_section"]
)
def test_ensure_section_body_exists(self, parser, given):
parser._config = {}
parser.section_name = given
parser._ensure_section_body_exists()
assert parser._config[given] is not None
assert parser._config[given]["body"] == []
def test_add_option_to_section_body(self):
pass
@pytest.mark.parametrize(
"given", ["dummy_section", "dummy_section 2", "another_section\n"]
)
def test_store_internal_state_section(self, parser, given):
parser._store_internal_state_section(given, given)
assert parser._all_sections == [given]
assert parser._config[given]["body"] == []
assert parser._config[given]["_raw"] == given
def test_duplicate_section_error(self, parser):
section_name = "dummy_section"
parser._all_sections = [section_name]
with pytest.raises(DuplicateSectionError) as excinfo:
parser._store_internal_state_section(section_name, section_name)
message = f"Section '{section_name}' is defined more than once"
assert message in str(excinfo.value)
# Check that the internal state of the parser is correct
assert parser.in_option_block is False
assert parser.section_name == ""
assert parser._all_sections == [section_name]
@pytest.mark.parametrize(
"given_name, given_value, given_raw_value",
[("dummyoption", "dummyvalue", "dummyvalue\n")],
)
def test_store_internal_state_option(
self, parser, given_name, given_value, given_raw_value
):
parser.section_name = "dummy_section"
parser._store_internal_state_option(given_name, given_value, given_raw_value)
assert parser._all_options[parser.section_name] == {given_name: given_value}
new_option = {
"is_multiline": False,
"option": given_name,
"value": given_value,
"_raw": given_raw_value,
}
assert parser._config[parser.section_name]["body"] == [new_option]
def test_duplicate_option_error(self, parser):
option_name = "dummyoption"
value = "dummyvalue"
parser.section_name = "dummy_section"
parser._all_options = {parser.section_name: {option_name: value}}
with pytest.raises(DuplicateOptionError) as excinfo:
parser._store_internal_state_option(option_name, value, value)
message = f"Option '{option_name}' in section '{parser.section_name}' is defined more than once"
assert message in str(excinfo.value)

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testcases = [
"# comment # 1",
"; comment # 2",
" ; indented comment",
" # another indented comment",
]

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testcases = [
("option: value", "option", "value"),
("option : value", "option", "value"),
("option :value", "option", "value"),
("option= value", "option", "value"),
("option = value", "option", "value"),
("option =value", "option", "value"),
("option: value\n", "option", "value"),
("option: value # inline comment", "option", "value"),
("option: value # inline comment\n", "option", "value"),
("description: homing!", "description", "homing!"),
("description: inline macro :-)", "description", "inline macro :-)"),
("path: %GCODES_DIR%", "path", "%GCODES_DIR%"),
(
"serial = /dev/serial/by-id/<your-mcu-id>",
"serial",
"/dev/serial/by-id/<your-mcu-id>",
),
]

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testcases = [
("[test_section]", "test_section"),
("[test_section two]", "test_section two"),
("[section1] # inline comment", "section1"),
("[section2] ; second comment", "section2"),
]

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import pytest
from data.case_parse_comment import testcases as case_parse_comment
from data.case_parse_option import testcases as case_parse_option
from data.case_parse_section import testcases as case_parse_section
from src.simple_config_parser.simple_config_parser import (
Option,
SimpleConfigParser,
)
@pytest.fixture
def parser():
return SimpleConfigParser()
class TestLineParsing:
@pytest.mark.parametrize("given, expected", [*case_parse_section])
def test_parse_section(self, parser, given, expected):
parser._parse_section(given)
# Check that the internal state of the parser is correct
assert parser.section_name == expected
assert parser.in_option_block is False
assert parser._all_sections == [expected]
assert parser._config[expected]["_raw"] == given
assert parser._config[expected]["body"] == []
@pytest.mark.parametrize(
"given, expected_option, expected_value", [*case_parse_option]
)
def test_parse_option(self, parser, given, expected_option, expected_value):
section_name = "test_section"
parser.section_name = section_name
parser._parse_option(given)
# Check that the internal state of the parser is correct
assert parser.section_name == section_name
assert parser.in_option_block is False
assert parser._all_options[section_name][expected_option] == expected_value
section_option = parser._config[section_name]["body"][0]
assert section_option["option"] == expected_option
assert section_option["value"] == expected_value
assert section_option["_raw"] == given
@pytest.mark.parametrize(
"option, next_line",
[("gcode", "next line"), ("gcode", " {{% some jinja template %}}")],
)
def test_parse_multiline_option(self, parser, option, next_line):
parser.section_name = "dummy_section"
parser.in_option_block = True
parser._add_option_to_section_body(option, "", option)
parser._parse_multiline_option(option, next_line)
cleaned_next_line = next_line.strip().strip("\n")
assert parser._all_options[parser.section_name] is not None
assert parser._all_options[parser.section_name][option] == [cleaned_next_line]
expected_option: Option = {
"is_multiline": True,
"option": option,
"value": [cleaned_next_line],
"_raw": option,
"_raw_value": [next_line],
}
assert parser._config[parser.section_name]["body"] == [expected_option]
@pytest.mark.parametrize("given", [*case_parse_comment])
def test_parse_comment(self, parser, given):
parser.section_name = "dummy_section"
parser._parse_comment(given)
# internal state checks after parsing
assert parser.in_option_block is False
expected_option = {
"is_multiline": False,
"_raw": given,
"option": "",
"value": "",
}
assert parser._config[parser.section_name]["body"] == [expected_option]
@pytest.mark.parametrize("given", ["# header line", "; another header line"])
def test_parse_header_comment(self, parser, given):
parser.section_name = ""
parser._parse_comment(given)
assert parser.in_option_block is False
assert parser._header == [given]

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testcases = [
("# an arbitrary comment", True),
("; another arbitrary comment", True),
(" ; indented comment", True),
(" # indented comment", True),
("not_a: comment", False),
("also_not_a= comment", False),
("[definitely_not_a_comment]", False),
]

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testcases = [
("", True),
(" ", True),
("not empty", False),
(" # indented comment", False),
("not: empty", False),
("also_not= empty", False),
("[definitely_not_empty]", False),
]

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testcases = [
("valid_option:", True),
("valid_option:\n", True),
("valid_option: ; inline comment", True),
("valid_option: # inline comment", True),
("valid_option :", True),
("valid_option=", True),
("valid_option= ", True),
("valid_option =", True),
("valid_option = ", True),
("invalid_option ==", False),
("invalid_option :=", False),
("not_a_valid_option", False),
("", False),
("# that's a comment", False),
("; that's a comment", False),
]

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testcases = [
("valid_option: value", True),
("valid_option: value\n", True),
("valid_option: value ; inline comment", True),
("valid_option: value # inline comment", True),
("valid_option: value # inline comment\n", True),
("valid_option : value", True),
("valid_option :value", True),
("valid_option= value", True),
("valid_option = value", True),
("valid_option =value", True),
("invalid_option:", False),
("invalid_option=", False),
("invalid_option:: value", False),
("invalid_option :: value", False),
("invalid_option ::value", False),
("invalid_option== value", False),
("invalid_option == value", False),
("invalid_option ==value", False),
("invalid_option:= value", False),
("invalid_option := value", False),
("invalid_option :=value", False),
("[that_is_a_section]", False),
("[that_is_section two]", False),
("not_a_valid_option", False),
("description: homing!", True),
("description: inline macro :-)", True),
("path: %GCODES_DIR%", True),
("serial = /dev/serial/by-id/<your-mcu-id>", True),
]

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testcases = [
("[example_section]", True),
("[example_section two]", True),
("not_a_valid_section", False),
("section: invalid", False),
]

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import pytest
from data.case_line_is_comment import testcases as case_line_is_comment
from data.case_line_is_empty import testcases as case_line_is_empty
from data.case_line_is_multiline_option import (
testcases as case_line_is_multiline_option,
)
from data.case_line_is_option import testcases as case_line_is_option
from data.case_line_is_section import testcases as case_line_is_section
from src.simple_config_parser.simple_config_parser import SimpleConfigParser
@pytest.fixture
def parser():
return SimpleConfigParser()
class TestLineTypeDetection:
@pytest.mark.parametrize("given, expected", [*case_line_is_section])
def test_line_is_section(self, parser, given, expected):
assert parser._is_section(given) is expected
@pytest.mark.parametrize("given, expected", [*case_line_is_option])
def test_line_is_option(self, parser, given, expected):
assert parser._is_option(given) is expected
@pytest.mark.parametrize("given, expected", [*case_line_is_multiline_option])
def test_line_is_multiline_option(self, parser, given, expected):
assert parser._is_multiline_option(given) is expected
@pytest.mark.parametrize("given, expected", [*case_line_is_comment])
def test_line_is_comment(self, parser, given, expected):
assert parser._is_comment(given) is expected
@pytest.mark.parametrize("given, expected", [*case_line_is_empty])
def test_line_is_empty(self, parser, given, expected):
assert parser._is_empty_line(given) is expected

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import pytest
from src.simple_config_parser.simple_config_parser import (
DuplicateSectionError,
NoOptionError,
NoSectionError,
SimpleConfigParser,
)
@pytest.fixture
def parser():
return SimpleConfigParser()
class TestPublicAPI:
def test_has_section(self, parser):
parser._all_sections = ["section1"]
assert parser.has_section("section1") is True
@pytest.mark.parametrize("section", ["section1", "section2", "section three"])
def test_add_section(self, parser, section):
parser.add_section(section)
assert section in parser._all_sections
assert parser._all_options[section] == {}
cfg_section = {"_raw": f"\n[{section}]\n", "body": []}
assert parser._config[section] == cfg_section
@pytest.mark.parametrize("section", ["section1", "section2", "section three"])
def test_add_existing_section(self, parser, section):
parser._all_sections = [section]
with pytest.raises(DuplicateSectionError):
parser.add_section(section)
assert parser._all_sections == [section]
@pytest.mark.parametrize("section", ["section1", "section2", "section three"])
def test_remove_section(self, parser, section):
parser.add_section(section)
parser.remove_section(section)
assert section not in parser._all_sections
assert section not in parser._all_options
assert section not in parser._config
@pytest.mark.parametrize("section", ["section1", "section2", "section three"])
def test_remove_non_existing_section(self, parser, section):
with pytest.raises(NoSectionError):
parser.remove_section(section)
def test_get_all_sections(self, parser):
parser.add_section("section1")
parser.add_section("section2")
parser.add_section("section three")
assert parser.sections() == ["section1", "section2", "section three"]
def test_has_option(self, parser):
parser.add_section("section1")
parser.set("section1", "option1", "value1")
assert parser.has_option("section1", "option1") is True
@pytest.mark.parametrize(
"section, option, value",
[
("section1", "option1", "value1"),
("section2", "option2", "value2"),
("section three", "option3", "value three"),
],
)
def test_set_new_option(self, parser, section, option, value):
parser.add_section(section)
parser.set(section, option, value)
assert section in parser._all_sections
assert option in parser._all_options[section]
assert parser._all_options[section][option] == value
assert parser._config[section]["body"][0]["is_multiline"] is False
assert parser._config[section]["body"][0]["option"] == option
assert parser._config[section]["body"][0]["value"] == value
assert parser._config[section]["body"][0]["_raw"] == f"{option}: {value}\n"
def test_set_existing_option(self, parser):
section, option, value1, value2 = "section1", "option1", "value1", "value2"
parser.add_section(section)
parser.set(section, option, value1)
parser.set(section, option, value2)
assert parser._all_options[section][option] == value2
assert parser._config[section]["body"][0]["is_multiline"] is False
assert parser._config[section]["body"][0]["option"] == option
assert parser._config[section]["body"][0]["value"] == value2
assert parser._config[section]["body"][0]["_raw"] == f"{option}: {value2}\n"
def test_set_new_multiline_option(self, parser):
section, option, value = "section1", "option1", "value1\nvalue2\nvalue3"
parser.add_section(section)
parser.set(section, option, value)
assert parser._config[section]["body"][0]["is_multiline"] is True
assert parser._config[section]["body"][0]["option"] == option
values = ["value1", "value2", "value3"]
raw_values = [" value1\n", " value2\n", " value3\n"]
assert parser._config[section]["body"][0]["value"] == values
assert parser._config[section]["body"][0]["_raw"] == f"{option}:\n"
assert parser._config[section]["body"][0]["_raw_value"] == raw_values
assert parser._all_options[section][option] == values
def test_set_option_of_non_existing_section(self, parser):
with pytest.raises(NoSectionError):
parser.set("section1", "option1", "value1")
def test_remove_option(self, parser):
section, option, value = "section1", "option1", "value1"
parser.add_section(section)
parser.set(section, option, value)
parser.remove_option(section, option)
assert option not in parser._all_options[section]
assert option not in parser._config[section]["body"]
def test_remove_non_existing_option(self, parser):
parser.add_section("section1")
with pytest.raises(NoOptionError):
parser.remove_option("section1", "option1")
def test_remove_option_of_non_existing_section(self, parser):
with pytest.raises(NoSectionError):
parser.remove_option("section1", "option1")
def test_get_option(self, parser):
parser.add_section("section1")
parser.add_section("section2")
parser.set("section1", "option1", "value1")
parser.set("section2", "option2", "value2")
parser.set("section2", "option3", "value two")
assert parser.get("section1", "option1") == "value1"
assert parser.get("section2", "option2") == "value2"
assert parser.get("section2", "option3") == "value two"
def test_get_option_of_non_existing_section(self, parser):
with pytest.raises(NoSectionError):
parser.get("section1", "option1")
def test_get_option_of_non_existing_option(self, parser):
parser.add_section("section1")
with pytest.raises(NoOptionError):
parser.get("section1", "option1")
def test_get_option_fallback(self, parser):
parser.add_section("section1")
assert parser.get("section1", "option1", "fallback_value") == "fallback_value"
def test_get_options(self, parser):
parser.add_section("section1")
parser.set("section1", "option1", "value1")
parser.set("section1", "option2", "value2")
parser.set("section1", "option3", "value3")
options = {"option1": "value1", "option2": "value2", "option3": "value3"}
assert parser.options("section1") == options
def test_get_option_as_int(self, parser):
parser.add_section("section1")
parser.set("section1", "option1", "1")
option = parser.getint("section1", "option1")
assert isinstance(option, int) is True
def test_get_option_as_float(self, parser):
parser.add_section("section1")
parser.set("section1", "option1", "1.234")
option = parser.getfloat("section1", "option1")
assert isinstance(option, float) is True
@pytest.mark.parametrize(
"value",
["True", "true", "on", "1", "yes", "False", "false", "off", "0", "no"],
)
def test_get_option_as_boolean(self, parser, value):
parser.add_section("section1")
parser.set("section1", "option1", value)
option = parser.getboolean("section1", "option1")
assert isinstance(option, bool) is True