181 std::vector<std::string> HalManifest::checkIncompatibleHals(const CompatibilityMatrix& mat) const {  in checkIncompatibleHals()
183     for (const MatrixHal &matrixHal : mat.getHals()) {  in checkIncompatibleHals()
217 std::set<std::string> HalManifest::checkUnusedHals(const CompatibilityMatrix& mat) const {  in checkUnusedHals()
220     forEachInstance([&ret, &mat](const auto& manifestInstance) {  in checkUnusedHals()
222         if (!mat.matchInstance(fqInstance.getPackage(), fqInstance.getVersion(),  in checkUnusedHals()
289 bool HalManifest::checkCompatibility(const CompatibilityMatrix &mat, std::string *error) const {  in checkCompatibility()  argument
290     if (mType == mat.mType) {  in checkCompatibility()
293                     + to_string(mat.mType) + " compatibility matrix";  in checkCompatibility()
297     auto incompatibleHals = checkIncompatibleHals(mat);  in checkCompatibility()
301             if (mat.level() != Level::UNSPECIFIED)  in checkCompatibility()
302                 *error += " Matrix level = " + to_string(mat.level()) + ".";  in checkCompatibility()
313         if (!checkVendorNdkCompatibility(mat.device.mVendorNdk, framework.mVendorNdks, error)) {  in checkCompatibility()
317         if (!checkSystemSdkCompatibility(mat.device.mSystemSdk, framework.mSystemSdk, error)) {  in checkCompatibility()
322         for (const auto &range : mat.framework.mSepolicy.sepolicyVersions()) {  in checkCompatibility()
336         if (!!kernel() && !kernel()->matchKernelRequirements(mat.framework.mKernels, error)) {  in checkCompatibility()