Jaelle Scheuerman

21 papers A* 2A 2B 2Journal 9Unranked 5
YearRankTypeTitle / Venue / Authors
2025 conf
AAAI Spring Symposia
Jaelle Scheuerman, Shannon McGarry, Ciara Sibley, Noelle Brown
2025 J jnl
CoRR
Mouad Abrini, Omri Abend, Dina M. Acklin, Henny Admoni, Gregor Aichinger, Nitay Alon, Zahra Ashktorab, Ashish Atreja, Moises Auron, Alexander Aufreiter, Raghav Awasthi, Soumya Banerjee, Joseph M. Barnby, Rhea Basappa, Severin Bergsmann, Djallel Bouneffouf, Patrick Callaghan, Marc Cavazza, Thierry Chaminade, Sonia Chernova, Mohamed Chetouani, Moumita Choudhury, Axel Cleeremans, Jacek B. Cywinski, Fabio Cuzzolin, Hokin Deng, N'yoma Diamond, Camilla Di Pasquasio, Guillaume Dumas, Max J. van Duijn, Mahapatra Dwarikanath, Qingying Gao, Ashok K. Goel, Rebecca Goldstein, Matthew C. Gombolay, Gabriel Enrique Gonzalez, Amar Halilovic, Tobias Halmdienst, Mahimul Islam, Julian Jara-Ettinger, Natalie Kastel, Renana Keydar, Ashish K. Khanna, Mahdi Khoramshahi, Jihyun Kim, MiHyeon Kim, YoungBin Kim, Senka Krivic, Nikita Krasnytskyi, Arun Kumar, JuneHyoung Kwon, Eunju Lee, Shane Lee, Peter R. Lewis, Xue Li, Yijiang Li, Michal Lewandowski, Nathan Lloyd, Matthew B. Luebbers, Dezhi Luo, Haiyun Lyu, Dwarikanath Mahapatra, Kamal Maheshwari, Mallika Mainali, Piyush Mathur, Patrick Mederitsch, Shuwa Miura, Manuel Preston de Miranda, Reuth Mirsky, Shreya Mishra, Nina Moorman, Katelyn Morrison, John Muchovej, Bernhard Nessler, Felix Nessler, Hieu Minh Jord Nguyen, Abby Ortego, Francis A. Papay, Antoine Pasquali, Hamed Rahimi, Charumathi Raghu, Amanda L. Royka, Stefan Sarkadi, Jaelle Scheuerman, Simon Schmid, Paul Schrater, Anik Sen, Zahra Sheikhbahaee, Ke Shi, Reid G. Simmons, Nishant Singh, Mason O. Smith, Ramira van der Meulen, Anthia Solaki, Haoran Sun, Viktor Szolga, Matthew E. Taylor, Travis Taylor, Sanne van Waveren, Juan David Vargas
2024 conf
AAAI Spring Symposia
Jaelle Scheuerman, Dina M. Acklin
2024 J jnl
CoRR
Jason L. Harman, Jaelle Scheuerman
2023 J jnl
Entropy
Zachary Bishof, Jaelle Scheuerman, Chris J. Michael
2023 J jnl
Discov. Artif. Intell.
Jason L. Harman, Jaelle Scheuerman
2021 ch.
Engineering Artificially Intelligent Systems
Jaelle Scheuerman, Chris J. Michael, Brad Landreneau, Dina M. Acklin, Jason L. Harman
2021 A* conf
AAAI
Jaelle Scheuerman, Jason L. Harman, Nicholas Mattei, K. Brent Venable
2020 J jnl
IEEE Pervasive Comput.
Viktor Matkovic, Jaelle Scheuerman, Madeleine Steeds, Sarah Turner, Sarah Clinch
2020 A conf
AAMAS
Jaelle Scheuerman
2020 A conf
AAMAS
Jaelle Scheuerman, Jason L. Harman, Nicholas Mattei, K. Brent Venable
2020 J jnl
CoRR
Jaelle Scheuerman, Jason L. Harman, Nicholas Mattei, K. Brent Venable
2020 J jnl
CoRR
Chris J. Michael, Dina M. Acklin, Jaelle Scheuerman
2019 J jnl
CoRR
Jaelle Scheuerman, Jason L. Harman, Nicholas Mattei, K. Brent Venable
2019 J jnl
CoRR
Jaelle Scheuerman, Jason L. Harman, Nicholas Mattei, K. Brent Venable
2018 B conf
CogSci
Jaelle Scheuerman, Maxwell T. Anderson, K. Brent Venable, Edward J. Golob
2018 conf
BICA
Jaelle Scheuerman, K. Brent Venable, Maxwell T. Anderson, Edward J. Golob
2017 B conf
CogSci
Edward J. Golob, K. Brent Venable, Jaelle Scheuerman, Maxwell T. Anderson
2017 A* conf
IJCAI
Jaelle Scheuerman, Dina M. Acklin
2017 conf
CAID@IJCAI
Jaelle Scheuerman, K. Brent Venable, Maxwell T. Anderson, Edward J. Golob
2016 conf
AIC
Edward J. Golob, K. Brent Venable, Maxwell T. Anderson, Jesse A. Benzell, Jaelle Scheuerman
tests/integration/test_pe_extractor.py
← Index tests/integration/test_pe_extractor.py python
"""
Integration tests for the PEExtractor base class.
"""
import pytest
from unittest.mock import Mock, patch, MagicMock

pytestmark = [pytest.mark.integration, pytest.mark.pe]


class TestPEExtractorInitialization:
    """Tests for PEExtractor initialization."""

    def test_pe_extractor_with_valid_pe(self, pe_binary_path, mock_logger):
        """Test PEExtractor initialization with valid PE file."""
        from redb.extractors.pe_extractors.pe_features import PEFeaturesExtractor

        with patch('redb.settings.ELASTIC_BINARIES_COLLECTION', 'test'):
            extractor = PEFeaturesExtractor(pe_binary_path, mock_logger)

            assert extractor.pe is not None
            assert extractor.filepath == pe_binary_path

    def test_pe_extractor_with_provided_pe_object(self, pe_binary_path, mock_logger, pe_object):
        """Test PEExtractor initialization with pre-existing PE object."""
        from redb.extractors.pe_extractors.pe_features import PEFeaturesExtractor

        with patch('redb.settings.ELASTIC_BINARIES_COLLECTION', 'test'):
            extractor = PEFeaturesExtractor(pe_binary_path, mock_logger, pe=pe_object)

            # Should use the provided PE object, not create a new one
            assert extractor.pe is pe_object

    def test_pe_extractor_with_invalid_file(self, elf_binary_path, mock_logger):
        """Test PEExtractor initialization with non-PE file."""
        from redb.extractors.pe_extractors.pe_features import PEFeaturesExtractor

        with patch('redb.settings.ELASTIC_BINARIES_COLLECTION', 'test'):
            extractor = PEFeaturesExtractor(elf_binary_path, mock_logger)

            # Should return None for pe when file is not a valid PE
            assert extractor.pe is None
            # Logger should have recorded an error
            assert mock_logger.error.called


class TestPEExtractorMethods:
    """Tests for PEExtractor helper methods."""

    def test_check_dotnet_true(self, pe_binary_path, mock_logger):
        """Test _check_dotnet returns True for .NET PE."""
        from redb.extractors.pe_extractors.pe_features import PEFeaturesExtractor

        with patch('redb.settings.ELASTIC_BINARIES_COLLECTION', 'test'):
            extractor = PEFeaturesExtractor(pe_binary_path, mock_logger)

            # The test PE file is a .NET binary
            if extractor.pe is not None:
                result = extractor._check_dotnet()
                # d8637bdbcfc9112fcb1f0167b398e771 is a .NET binary
                assert result is True

    def test_check_dotnet_false(self, elf_binary_path, mock_logger):
        """Test _check_dotnet returns False for non-PE file."""
        from redb.extractors.pe_extractors.pe_features import PEFeaturesExtractor

        with patch('redb.settings.ELASTIC_BINARIES_COLLECTION', 'test'):
            extractor = PEFeaturesExtractor(elf_binary_path, mock_logger)

            # Should return False when PE is None
            result = extractor._check_dotnet()
            assert result is False

    def test_is_signed_false(self, pe_binary_path, mock_logger):
        """Test _is_signed method."""
        from redb.extractors.pe_extractors.pe_features import PEFeaturesExtractor

        with patch('redb.settings.ELASTIC_BINARIES_COLLECTION', 'test'):
            extractor = PEFeaturesExtractor(pe_binary_path, mock_logger)

            if extractor.pe is not None:
                result = extractor._is_signed()
                # Result depends on the actual binary
                assert isinstance(result, bool)

    def test_has_overlay(self, pe_binary_path, mock_logger):
        """Test _has_overlay method."""
        from redb.extractors.pe_extractors.pe_features import PEFeaturesExtractor

        with patch('redb.settings.ELASTIC_BINARIES_COLLECTION', 'test'):
            extractor = PEFeaturesExtractor(pe_binary_path, mock_logger)

            if extractor.pe is not None:
                result = extractor._has_overlay()
                assert isinstance(result, bool)


class TestGeneratePEFileObject:
    """Tests for _generate_pefile_object method."""

    def test_generate_pefile_object_valid(self, pe_binary_path, mock_logger):
        """Test _generate_pefile_object with valid PE file."""
        from redb.extractors.pe_extractors.pe_features import PEFeaturesExtractor

        with patch('redb.settings.ELASTIC_BINARIES_COLLECTION', 'test'):
            extractor = PEFeaturesExtractor(pe_binary_path, mock_logger)

            # The PE object should be created successfully
            assert extractor.pe is not None

    def test_generate_pefile_object_invalid(self, temp_text_file, mock_logger):
        """Test _generate_pefile_object with invalid file."""
        from redb.extractors.pe_extractors.pe_features import PEFeaturesExtractor

        with patch('redb.settings.ELASTIC_BINARIES_COLLECTION', 'test'):
            extractor = PEFeaturesExtractor(temp_text_file, mock_logger)

            # Should return None for invalid PE
            assert extractor.pe is None


class TestGenerateDotNetFileObject:
    """Tests for _generate_dotnetfile_object method."""

    def test_generate_dotnetfile_object_valid(self, pe_binary_path, mock_logger):
        """Test _generate_dotnetfile_object with .NET PE file."""
        from redb.extractors.pe_extractors.pe_dotnet import PEDotNetExtractor

        with patch('redb.settings.ELASTIC_BINARIES_COLLECTION', 'test'):
            extractor = PEDotNetExtractor(pe_binary_path, mock_logger)

            if extractor.pe is not None and extractor._check_dotnet():
                dotnet, error = extractor._generate_dotnetfile_object()
                # Should create dotnet object for .NET PE
                assert dotnet is not None
                assert error is None

    def test_generate_dotnetfile_object_invalid(self, elf_binary_path, mock_logger):
        """Test _generate_dotnetfile_object with non-.NET file."""
        from redb.extractors.pe_extractors.pe_dotnet import PEDotNetExtractor

        with patch('redb.settings.ELASTIC_BINARIES_COLLECTION', 'test'):
            extractor = PEDotNetExtractor(elf_binary_path, mock_logger)

            dotnet, error = extractor._generate_dotnetfile_object()
            # Should return error for non-.NET file
            assert dotnet is None
            assert error is not None


class TestPEExtractorTag:
    """Tests for tag method in PE extractors."""

    def test_pe_features_tag(self, pe_binary_path, mock_logger):
        """Test that PEFeaturesExtractor returns correct tag."""
        from redb.extractors.pe_extractors.pe_features import PEFeaturesExtractor
        from redb.extractors.enum import Tag

        with patch('redb.settings.ELASTIC_BINARIES_COLLECTION', 'test'):
            extractor = PEFeaturesExtractor(pe_binary_path, mock_logger)
            assert extractor.tag() == Tag.PE_FEATURES.value

    def test_pe_import_tag(self, pe_binary_path, mock_logger):
        """Test that PEImportExtractor returns correct tag."""
        from redb.extractors.pe_extractors.pe_imports import PEImportExtractor
        from redb.extractors.enum import Tag

        with patch('redb.settings.ELASTIC_BINARIES_COLLECTION', 'test'):
            extractor = PEImportExtractor(pe_binary_path, mock_logger)
            assert extractor.tag() == Tag.PE_IMPORT.value

    def test_pe_section_tag(self, pe_binary_path, mock_logger):
        """Test that PESectionExtractor returns correct tag."""
        from redb.extractors.pe_extractors.pe_sections import PESectionExtractor
        from redb.extractors.enum import Tag

        with patch('redb.settings.ELASTIC_BINARIES_COLLECTION', 'test'):
            extractor = PESectionExtractor(pe_binary_path, mock_logger)
            assert extractor.tag() == Tag.PE_SECTION.value


class TestPEExtractorClickHouseTable:
    """Tests for get_clickhouse_table method in PE extractors."""

    def test_pe_features_clickhouse_table(self, pe_binary_path, mock_logger):
        """Test that PEFeaturesExtractor returns correct ClickHouse table name."""
        from redb.extractors.pe_extractors.pe_features import PEFeaturesExtractor

        with patch('redb.settings.ELASTIC_BINARIES_COLLECTION', 'test'):
            extractor = PEFeaturesExtractor(pe_binary_path, mock_logger)
            assert extractor.get_clickhouse_table() == "redb_pe_features"

    def test_pe_import_clickhouse_table(self, pe_binary_path, mock_logger):
        """Test that PEImportExtractor returns correct ClickHouse table name."""
        from redb.extractors.pe_extractors.pe_imports import PEImportExtractor

        with patch('redb.settings.ELASTIC_BINARIES_COLLECTION', 'test'):
            extractor = PEImportExtractor(pe_binary_path, mock_logger)
            assert extractor.get_clickhouse_table() == "redb_pe_imports"

    def test_pe_section_clickhouse_table(self, pe_binary_path, mock_logger):
        """Test that PESectionExtractor returns correct ClickHouse table name."""
        from redb.extractors.pe_extractors.pe_sections import PESectionExtractor

        with patch('redb.settings.ELASTIC_BINARIES_COLLECTION', 'test'):
            extractor = PESectionExtractor(pe_binary_path, mock_logger)
            assert extractor.get_clickhouse_table() == "redb_pe_sections"


class TestPEExtractorPrepareExportData:
    """Tests for prepare_export_data method in PE extractors."""

    def test_pe_features_prepare_export_elasticsearch(self, pe_binary_path, mock_logger):
        """Test prepare_export_data for Elasticsearch."""
        from redb.extractors.pe_extractors.pe_features import PEFeaturesExtractor

        with patch('redb.settings.ELASTIC_BINARIES_COLLECTION', 'test'):
            extractor = PEFeaturesExtractor(pe_binary_path, mock_logger)

            if extractor.pe is not None:
                # First extract
                extractor.extract()
                result = extractor.prepare_export_data("ElasticsearchExporter")
                # Should return the pe_features dataclass
                assert result is extractor.pe_features

    def test_pe_features_prepare_export_clickhouse(self, pe_binary_path, mock_logger):
        """Test prepare_export_data for ClickHouse."""
        from redb.extractors.pe_extractors.pe_features import PEFeaturesExtractor

        with patch('redb.settings.ELASTIC_BINARIES_COLLECTION', 'test'):
            extractor = PEFeaturesExtractor(pe_binary_path, mock_logger)

            if extractor.pe is not None:
                # First extract
                extractor.extract()
                result = extractor.prepare_export_data("ClickHouseExporter")

                # Should return tuple of (data, column_names, column_type_names)
                assert isinstance(result, tuple)
                assert len(result) == 3
                data, column_names, column_type_names = result
                assert isinstance(data, list)
                assert isinstance(column_names, list)
                assert isinstance(column_type_names, list)
                # Column names and types should match in length
                assert len(column_names) == len(column_type_names)