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|
from typing import (
List,
TypedDict,
NotRequired,
Annotated,
Union,
)
from collections.abc import Mapping
import pytest
from debputy.highlevel_manifest import PackageTransformationDefinition
from debputy.manifest_parser.tagging_types import (
DebputyParsedContent,
TypeMapping,
)
from debputy.manifest_parser.parse_hints import DebputyParseHint
from debputy.manifest_parser.declarative_parser import ParserGenerator
from debputy.manifest_parser.mapper_code import type_mapper_str2package
from debputy.manifest_parser.parser_data import ParserContextData
from debputy.manifest_parser.util import AttributePath
from debputy.packages import BinaryPackage
from debputy.substitution import NULL_SUBSTITUTION
from tutil import faked_binary_package
class TFinalEntity(DebputyParsedContent):
sources: list[str]
install_as: NotRequired[str]
into: NotRequired[list[BinaryPackage]]
recursive: NotRequired[bool]
class TSourceEntity(TypedDict):
sources: NotRequired[list[str]]
source: NotRequired[Annotated[str, DebputyParseHint.target_attribute("sources")]]
as_: NotRequired[
Annotated[
str,
DebputyParseHint.target_attribute("install_as"),
DebputyParseHint.conflicts_with_source_attributes("sources"),
]
]
into: NotRequired[BinaryPackage | list[BinaryPackage]]
recursive: NotRequired[bool]
TSourceEntityAltFormat = Union[TSourceEntity, list[str], str]
foo_package = faked_binary_package("foo")
context_packages = {
foo_package.name: foo_package,
}
context_package_states = {
p.name: PackageTransformationDefinition(
p,
NULL_SUBSTITUTION,
False,
)
for p in context_packages.values()
}
class TestParserContextData(ParserContextData):
@property
def _package_states(self) -> Mapping[str, PackageTransformationDefinition]:
return context_package_states
@property
def binary_packages(self) -> Mapping[str, BinaryPackage]:
return context_packages
@pytest.fixture
def parser_context():
return TestParserContextData()
@pytest.mark.parametrize(
"source_payload,expected_data,expected_attribute_path,parse_content,source_content",
[
(
{"sources": ["foo", "bar"]},
{"sources": ["foo", "bar"]},
{
"sources": "sources",
},
TFinalEntity,
None,
),
(
{"sources": ["foo", "bar"], "install-as": "as-value"},
{"sources": ["foo", "bar"], "install_as": "as-value"},
{"sources": "sources", "install_as": "install-as"},
TFinalEntity,
None,
),
(
{"sources": ["foo", "bar"], "install-as": "as-value", "into": ["foo"]},
{
"sources": ["foo", "bar"],
"install_as": "as-value",
"into": [foo_package],
},
{"sources": "sources", "install_as": "install-as", "into": "into"},
TFinalEntity,
None,
),
(
{"source": "foo", "as": "as-value", "into": ["foo"]},
{
"sources": ["foo"],
"install_as": "as-value",
"into": [foo_package],
},
{"sources": "source", "install_as": "as", "into": "into"},
TFinalEntity,
TSourceEntity,
),
(
{"source": "foo", "as": "as-value", "into": ["foo"]},
{
"sources": ["foo"],
"install_as": "as-value",
"into": [foo_package],
},
{"sources": "source", "install_as": "as", "into": "into"},
TFinalEntity,
TSourceEntityAltFormat,
),
(
["foo", "bar"],
{
"sources": ["foo", "bar"],
},
{"sources": "parse-root"},
TFinalEntity,
TSourceEntityAltFormat,
),
(
"foo",
{
"sources": ["foo"],
},
{"sources": "parse-root"},
TFinalEntity,
TSourceEntityAltFormat,
),
(
"foo",
{
"sources": ["foo"],
},
{"sources": "parse-root"},
TFinalEntity,
str,
),
(
["foo", "bar"],
{
"sources": ["foo", "bar"],
},
{"sources": "parse-root"},
TFinalEntity,
list[str],
),
(
"foo",
{
"sources": ["foo"],
},
{"sources": "parse-root"},
TFinalEntity,
Union[str, list[str]],
),
(
["foo", "bar"],
{
"sources": ["foo", "bar"],
},
{"sources": "parse-root"},
TFinalEntity,
Union[str, list[str]],
),
(
{"source": "foo", "recursive": True},
{
"sources": ["foo"],
"recursive": True,
},
{"sources": "source", "recursive": "recursive"},
TFinalEntity,
TSourceEntityAltFormat,
),
],
)
def test_declarative_parser_ok(
attribute_path: AttributePath,
parser_context: ParserContextData,
source_payload,
expected_data,
expected_attribute_path,
parse_content,
source_content,
):
pg = ParserGenerator()
pg.register_mapped_type(TypeMapping(BinaryPackage, str, type_mapper_str2package))
parser = pg.generate_parser(parse_content, source_content=source_content)
data_path = attribute_path["parse-root"]
parsed_data = parser.parse_input(
source_payload, data_path, parser_context=parser_context
)
assert expected_data == parsed_data
attributes = {k: data_path[k].name for k in expected_attribute_path}
assert attributes == expected_attribute_path
|
