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Merge branch 'main' into feature/deduplicate-adb-aqf-modules
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# Mobile Verification Toolkit (MVT)
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# Copyright (c) 2021-2023 The MVT Authors.
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# Use of this software is governed by the MVT License 1.1 that can be found at
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# https://license.mvt.re/1.1/
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import logging
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from pathlib import Path
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from mvt.common.module import run_module
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from ..utils import get_android_androidqf, list_files
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class TestAndroidqfMountsArtifact:
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def test_parse_mounts_token_checks(self):
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"""
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Test the artifact-level `parse` method using tolerant token checks.
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Different parser variants may place mount tokens into different dict
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keys (for example `mount_options`, `pass_num`, `dump_freq`, etc.). To
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avoid brittle assertions we concatenate each parsed entry's values and
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look for expected tokens (device names, mount points, options) somewhere
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in the combined representation.
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"""
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from mvt.android.artifacts.mounts import Mounts as MountsArtifact
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m = MountsArtifact()
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mount_lines = [
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"/dev/block/dm-12 on / type ext4 (ro,seclabel,noatime)",
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"/dev/block/by-name/system on /system type ext4 (rw,seclabel,noatime)",
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"/dev/block/by-name/data on /data type f2fs (rw,nosuid,nodev,noatime)",
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]
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mount_content = "\n".join(mount_lines)
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# Parse the mount lines (artifact-level)
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m.parse(mount_content)
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# Basic sanity: parser should return one entry per input line
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assert len(m.results) == 3, f"Expected 3 parsed mounts, got: {m.results}"
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# Concatenate each entry's values into a single string so token checks
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# are tolerant to which dict keys were used by the parser.
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def concat_values(entry):
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parts = []
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for v in entry.values():
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try:
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parts.append(str(v))
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except Exception:
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# Skip values that can't be stringified
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continue
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return " ".join(parts)
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concatenated = [concat_values(e) for e in m.results]
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# Token expectations (tolerant):
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# - Root line should include 'dm-12' and 'noatime' (and typically 'ro')
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assert any("dm-12" in s and "noatime" in s for s in concatenated), (
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f"No root-like tokens (dm-12 + noatime) found in parsed results: {concatenated}"
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)
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# - System line should include '/system' or 'by-name/system' and 'rw'
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assert any(
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(("by-name/system" in s or "/system" in s) and "rw" in s)
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for s in concatenated
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), (
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f"No system-like tokens (system + rw) found in parsed results: {concatenated}"
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)
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# - Data line should include '/data' or 'by-name/data' and 'rw'
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assert any(
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(("by-name/data" in s or "/data" in s) and "rw" in s) for s in concatenated
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), f"No data-like tokens (data + rw) found in parsed results: {concatenated}"
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class TestAndroidqfMountsModule:
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def test_androidqf_module_no_mounts_file(self):
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"""
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When no `mounts.json` is present in the androidqf dataset, the module
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should not produce results nor detections.
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"""
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from mvt.android.modules.androidqf.mounts import Mounts
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data_path = get_android_androidqf()
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m = Mounts(target_path=data_path, log=logging)
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files = list_files(data_path)
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parent_path = Path(data_path).absolute().parent.as_posix()
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m.from_folder(parent_path, files)
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run_module(m)
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# The provided androidqf test dataset does not include mounts.json, so
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# results should remain empty.
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assert len(m.results) == 0, (
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f"Expected no results when mounts.json is absent, got: {m.results}"
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)
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assert len(m.detected) == 0, f"Expected no detections, got: {m.detected}"
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@@ -0,0 +1,116 @@
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# Mobile Verification Toolkit (MVT)
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# Copyright (c) 2021-2023 The MVT Authors.
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# Use of this software is governed by the MVT License 1.1 that can be found at
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# https://license.mvt.re/1.1/
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import logging
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from pathlib import Path
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import pytest
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from mvt.android.modules.androidqf.root_binaries import RootBinaries
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from mvt.common.module import run_module
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from ..utils import get_android_androidqf, list_files
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@pytest.fixture()
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def data_path():
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return get_android_androidqf()
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@pytest.fixture()
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def parent_data_path(data_path):
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return Path(data_path).absolute().parent.as_posix()
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@pytest.fixture()
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def file_list(data_path):
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return list_files(data_path)
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@pytest.fixture()
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def module(parent_data_path, file_list):
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m = RootBinaries(target_path=parent_data_path, log=logging)
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m.from_folder(parent_data_path, file_list)
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return m
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class TestAndroidqfRootBinaries:
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def test_root_binaries_detection(self, module):
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run_module(module)
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# Should find 4 root binaries from the test file
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assert len(module.results) == 4
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assert len(module.detected) == 4
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# Check that all results are detected as indicators
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binary_paths = [result["path"] for result in module.results]
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assert "/system/bin/su" in binary_paths
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assert "/system/xbin/busybox" in binary_paths
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assert "/data/local/tmp/magisk" in binary_paths
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assert "/system/bin/magiskhide" in binary_paths
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def test_root_binaries_descriptions(self, module):
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run_module(module)
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# Check that binary descriptions are correctly identified
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su_result = next((r for r in module.results if "su" in r["binary_name"]), None)
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assert su_result is not None
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assert "SuperUser binary" in su_result["description"]
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busybox_result = next(
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(r for r in module.results if "busybox" in r["binary_name"]), None
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)
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assert busybox_result is not None
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assert "BusyBox utilities" in busybox_result["description"]
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magisk_result = next(
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(r for r in module.results if r["binary_name"] == "magisk"), None
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)
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assert magisk_result is not None
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assert "Magisk root framework" in magisk_result["description"]
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magiskhide_result = next(
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(r for r in module.results if "magiskhide" in r["binary_name"]), None
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)
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assert magiskhide_result is not None
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assert "Magisk hide utility" in magiskhide_result["description"]
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def test_root_binaries_warnings(self, caplog, module):
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run_module(module)
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# Check that warnings are logged for each root binary found
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assert 'Found root binary "su" at path "/system/bin/su"' in caplog.text
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assert (
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'Found root binary "busybox" at path "/system/xbin/busybox"' in caplog.text
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)
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assert (
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'Found root binary "magisk" at path "/data/local/tmp/magisk"' in caplog.text
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)
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assert (
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'Found root binary "magiskhide" at path "/system/bin/magiskhide"'
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in caplog.text
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)
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assert "Device shows signs of rooting with 4 root binaries found" in caplog.text
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def test_serialize_method(self, module):
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run_module(module)
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# Test that serialize method works correctly
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if module.results:
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serialized = module.serialize(module.results[0])
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assert serialized["module"] == "RootBinaries"
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assert serialized["event"] == "root_binary_found"
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assert "Root binary found:" in serialized["data"]
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def test_no_root_binaries_file(self, parent_data_path):
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# Test behavior when no root_binaries.json file is present
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empty_file_list = []
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m = RootBinaries(target_path=parent_data_path, log=logging)
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m.from_folder(parent_data_path, empty_file_list)
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run_module(m)
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assert len(m.results) == 0
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assert len(m.detected) == 0
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