Examples with ApkArchitectureResolver com.synopsys.integration.detectable.detectables.clang.packagemanager.resolver.ApkArchitectureResolver used on opensource projects

Example 1 with ApkArchitectureResolver

use of com.synopsys.integration.detectable.detectables.clang.packagemanager.resolver.ApkArchitectureResolver in project synopsys-detect by blackducksoftware.

the class ClangPackageManagerFactory method createPackageManagers.

public List<ClangPackageManager> createPackageManagers() {
    List<ClangPackageManager> packageManagers = new ArrayList<>();
    packageManagers.add(new ClangPackageManager(packageManagerInfoFactory.apk(), new ApkPackageManagerResolver(new ApkArchitectureResolver())));
    packageManagers.add(new ClangPackageManager(packageManagerInfoFactory.dpkg(), new DpkgPackageManagerResolver(new DpkgPkgDetailsResolver())));
    packageManagers.add(new ClangPackageManager(packageManagerInfoFactory.rpm(), new RpmPackageManagerResolver(new Gson())));
    return packageManagers;
}

Example 2 with ApkArchitectureResolver

use of com.synopsys.integration.detectable.detectables.clang.packagemanager.resolver.ApkArchitectureResolver in project synopsys-detect by blackducksoftware.

the class ClangPackageManagerRunnerTest method testApkNonPkgOwnedIncludeFile.

@Test
public void testApkNonPkgOwnedIncludeFile() throws ExecutableRunnerException {
    ClangPackageManagerInfoFactory factory = ClangPackageManagerInfoFactory.standardFactory();
    ClangPackageManagerInfo packageManagerInfo = factory.apk();
    ApkArchitectureResolver archResolver = new ApkArchitectureResolver();
    ClangPackageManagerResolver packageResolver = new ApkPackageManagerResolver(archResolver);
    String pkgOwnerPattern = "ERROR: %s: Could not find owner package";
    testNonPkgOwnedIncludeFile(packageManagerInfo, packageResolver, pkgOwnerPattern);
}

Example 3 with ApkArchitectureResolver

use of com.synopsys.integration.detectable.detectables.clang.packagemanager.resolver.ApkArchitectureResolver in project synopsys-detect by blackducksoftware.

the class ApkPackageManagerTest method canParsePackages.

@Test
public void canParsePackages() throws ExecutableRunnerException, NotOwnedByAnyPkgException {
    StringBuilder sb = new StringBuilder();
    sb.append("garbage\n");
    sb.append("nonsense\n");
    sb.append("this line has the is owned by substring\n");
    sb.append(" is owned by \n");
    // This is the one valid line; rest should be discarded
    sb.append("/usr/include/stdlib.h is owned by musl-dev-1.1.18-r3\n");
    sb.append("/usr/include/stdlib.h is owned by .musl-dev-1.1.18-r99\n");
    String pkgMgrOwnedByOutput = sb.toString();
    ApkArchitectureResolver architectureResolver = Mockito.mock(ApkArchitectureResolver.class);
    Mockito.when(architectureResolver.resolveArchitecture(Mockito.any(), Mockito.any(), Mockito.any())).thenReturn(Optional.of("x86_64"));
    ApkPackageManagerResolver apkPackageManagerResolver = new ApkPackageManagerResolver(architectureResolver);
    ClangPackageManagerInfo apk = new ClangPackageManagerInfoFactory().apk();
    List<PackageDetails> pkgs = apkPackageManagerResolver.resolvePackages(apk, null, null, pkgMgrOwnedByOutput);
    Assertions.assertEquals(1, pkgs.size());
    Assertions.assertEquals("musl-dev", pkgs.get(0).getPackageName());
    Assertions.assertEquals("1.1.18-r3", pkgs.get(0).getPackageVersion());
    Assertions.assertEquals("x86_64", pkgs.get(0).getPackageArch());
}

Example 4 with ApkArchitectureResolver

use of com.synopsys.integration.detectable.detectables.clang.packagemanager.resolver.ApkArchitectureResolver in project synopsys-detect by blackducksoftware.

the class ApkPackageManagerTest method canParseArchitecture.

@Test
public void canParseArchitecture() throws ExecutableRunnerException {
    final String exampleOutput = "x86_64\n";
    DetectableExecutableRunner executableRunner = Mockito.mock(DetectableExecutableRunner.class);
    Mockito.when(executableRunner.execute(null, "apk", Arrays.asList("info", "--print-arch"))).thenReturn(new ExecutableOutput(0, exampleOutput, ""));
    ApkArchitectureResolver architectureResolver = new ApkArchitectureResolver();
    Optional<String> architecture = architectureResolver.resolveArchitecture(new ClangPackageManagerInfoFactory().apk(), null, executableRunner);
    assertTrue(architecture.isPresent());
    Assertions.assertEquals("x86_64", architecture.get());
}