Examples with AirGapDetectResult com.synopsys.integration.detect.workflow.result.AirGapDetectResult used on opensource projects

Example 1 with AirGapDetectResult

use of com.synopsys.integration.detect.workflow.result.AirGapDetectResult in project synopsys-detect by blackducksoftware.

the class DetectStatusLoggerTest method createResults.

private List<DetectResult> createResults() {
    ArrayList<DetectResult> detectResults = new ArrayList<>();
    DetectResult result = new BlackDuckBomDetectResult("https://example.com/api/projects/project_1");
    detectResults.add(result);
    result = new BlackDuckBomDetectResult("https://example.com/api/projects/project_2");
    detectResults.add(result);
    result = new AirGapDetectResult("./air_gap/directory");
    detectResults.add(result);
    result = new ReportDetectResult("report_1", "./report/1/report_file");
    detectResults.add(result);
    return detectResults;
}

Example 2 with AirGapDetectResult

use of com.synopsys.integration.detect.workflow.result.AirGapDetectResult in project synopsys-detect by blackducksoftware.

the class AirGapCreator method createAirGapZip.

public File createAirGapZip(AirGapType airGapType, File outputPath, String gradleInspectorVersion) throws DetectUserFriendlyException {
    try {
        logger.info("");
        logger.info(ReportConstants.RUN_SEPARATOR);
        logger.info(ReportConstants.RUN_SEPARATOR);
        logger.info("Detect is in Air Gap Creation mode.");
        logger.info("Detect will create an air gap of itself and then exit.");
        logger.info("The created air gap zip will not be cleaned up.");
        logger.info("Specify desired air gap zip type after the -z argument. Available options are FULL or NO_DOCKER. Default is FULL.");
        logger.info(ReportConstants.RUN_SEPARATOR);
        logger.info(ReportConstants.RUN_SEPARATOR);
        logger.info("");
        File detectJar = airGapPathFinder.findDetectJar();
        if (detectJar == null) {
            throw new DetectUserFriendlyException("To create an air gap zip, Detect must be run from a jar and be able to find that jar. Detect was unable to find it's own jar.", ExitCodeType.FAILURE_CONFIGURATION);
        }
        logger.info("The detect jar location: " + detectJar.getCanonicalPath());
        logger.info("Creating zip at location: " + outputPath);
        String basename = FilenameUtils.removeExtension(detectJar.getName());
        String airGapName = basename + "-air-gap";
        if (airGapType == AirGapType.NO_DOCKER) {
            airGapName = airGapName + "-no-docker";
        }
        File target = new File(outputPath, airGapName + ".zip");
        File installFolder = new File(outputPath, basename);
        logger.info("Will build the zip in the following folder: " + installFolder.getCanonicalPath());
        logger.info("Installing dependencies.");
        installAllAirGapDependencies(airGapType, installFolder, gradleInspectorVersion);
        logger.info("Copying detect jar.");
        FileUtils.copyFile(detectJar, new File(installFolder, detectJar.getName()));
        logger.info("Zipping into: " + target.getCanonicalPath());
        ZipUtil.pack(installFolder, target);
        logger.info("Cleaning up working directory: " + installFolder.getCanonicalPath());
        FileUtils.deleteDirectory(installFolder);
        logger.info(ReportConstants.RUN_SEPARATOR);
        String result = target.getCanonicalPath();
        logger.info("Successfully created air gap zip: " + result);
        logger.info(ReportConstants.RUN_SEPARATOR);
        eventSystem.publishEvent(Event.ResultProduced, new AirGapDetectResult(result));
        return target;
    } catch (IOException e) {
        throw new DetectUserFriendlyException("Failed to create detect air gap zip.", e, ExitCodeType.FAILURE_UNKNOWN_ERROR);
    }
}