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OWASP dependency-check is a software composition analysis utility that detects publicly disclosed vulnerabilities in application dependencies.

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🤖 Dependabot's core logic for creating update PRs.

Quick Overview

OWASP Dependency-Check is an open-source software composition analysis tool that detects publicly disclosed vulnerabilities in project dependencies. It scans project dependencies and checks if there are any known, publicly disclosed vulnerabilities associated with them, helping developers identify and mitigate potential security risks in their applications.

Pros

  • Supports multiple programming languages and package managers
  • Integrates with various build tools and CI/CD pipelines
  • Regularly updated vulnerability database
  • Generates comprehensive HTML, XML, CSV, and JSON reports

Cons

  • Can produce false positives due to version matching issues
  • Scanning large projects may be time-consuming
  • Requires regular updates to maintain an up-to-date vulnerability database
  • May not detect vulnerabilities in custom or internally developed libraries

Code Examples

  1. Running a scan using the command-line interface:
dependency-check --project "My Project" --scan /path/to/application
  1. Integrating with Maven:
<plugin>
    <groupId>org.owasp</groupId>
    <artifactId>dependency-check-maven</artifactId>
    <version>7.1.1</version>
    <executions>
        <execution>
            <goals>
                <goal>check</goal>
            </goals>
        </execution>
    </executions>
</plugin>
  1. Using Dependency-Check with Gradle:
plugins {
    id 'org.owasp.dependencycheck' version '7.1.1'
}

dependencyCheck {
    formats = ['HTML', 'JSON']
    scanConfigurations = ['runtimeClasspath', 'compileClasspath']
}

Getting Started

  1. Install Dependency-Check CLI:

    brew install dependency-check
    
  2. Run a scan on your project:

    dependency-check --project "My Project" --scan /path/to/application --format HTML
    
  3. Review the generated report in the dependency-check-report.html file.

Competitor Comparisons

4,889

Snyk CLI scans and monitors your projects for security vulnerabilities.

Pros of Snyk CLI

  • Offers real-time monitoring and continuous scanning for vulnerabilities
  • Provides fix suggestions and automated pull requests for remediation
  • Supports a wider range of programming languages and package managers

Cons of Snyk CLI

  • Requires a Snyk account and authentication for full functionality
  • May have limitations on the number of scans or projects in free tier
  • Can be more complex to set up and integrate into CI/CD pipelines

Code Comparison

DependencyCheck:

<plugin>
    <groupId>org.owasp</groupId>
    <artifactId>dependency-check-maven</artifactId>
    <version>6.5.3</version>
    <executions>
        <execution>
            <goals>
                <goal>check</goal>
            </goals>
        </execution>
    </executions>
</plugin>

Snyk CLI:

{
  "scripts": {
    "test": "snyk test",
    "monitor": "snyk monitor"
  },
  "devDependencies": {
    "snyk": "^1.685.0"
  }
}

Both tools aim to identify and report vulnerabilities in project dependencies, but they differ in their approach and features. DependencyCheck is open-source and can be run locally without external dependencies, while Snyk CLI offers more comprehensive monitoring and remediation features but requires an account and may have usage limitations.

8,441

A vulnerability scanner for container images and filesystems

Pros of Grype

  • Faster scanning speed, especially for large projects
  • Better container image scanning capabilities
  • More frequent updates to vulnerability database

Cons of Grype

  • Less comprehensive language support compared to DependencyCheck
  • Fewer integration options with CI/CD tools
  • Limited reporting formats

Code Comparison

DependencyCheck:

<dependency>
    <groupId>org.owasp</groupId>
    <artifactId>dependency-check-maven</artifactId>
    <version>7.1.1</version>
    <scope>test</scope>
</dependency>

Grype:

- name: Scan with Grype
  uses: anchore/scan-action@v3
  with:
    image: "myimage:latest"
    fail-build: true
    severity-cutoff: high

Both tools aim to identify vulnerabilities in dependencies, but they differ in implementation and usage. DependencyCheck is more established and offers broader language support, while Grype excels in container scanning and performance. DependencyCheck is typically integrated into build processes, whereas Grype is often used as a standalone tool or in CI/CD pipelines. The choice between them depends on specific project requirements, such as the types of artifacts being scanned and the desired integration with existing workflows.

22,801

Find vulnerabilities, misconfigurations, secrets, SBOM in containers, Kubernetes, code repositories, clouds and more

Pros of Trivy

  • Broader scanning capabilities: Covers containers, filesystems, git repositories, and more
  • Faster scanning speed, especially for large projects
  • More comprehensive vulnerability database, including OS packages and language-specific dependencies

Cons of Trivy

  • Less mature project with potentially more frequent breaking changes
  • May require more system resources for comprehensive scans
  • Limited integration options compared to DependencyCheck's extensive plugin ecosystem

Code Comparison

Trivy command-line usage:

trivy image python:3.4-alpine

DependencyCheck command-line usage:

dependency-check --project "My Project" --scan /path/to/source-code

Both tools provide similar functionality for scanning dependencies, but Trivy's syntax is generally simpler for basic scans. DependencyCheck offers more granular control over scan parameters and report generation.

Trivy's output is typically more concise and focused on vulnerabilities, while DependencyCheck provides more detailed reports that include additional metadata about dependencies.

Overall, Trivy excels in speed and breadth of scanning capabilities, making it suitable for CI/CD pipelines and container-centric environments. DependencyCheck offers more customization options and integrations, making it a solid choice for projects requiring detailed dependency analysis and reporting.

🤖 Dependabot's core logic for creating update PRs.

Pros of Dependabot Core

  • Automated pull requests for dependency updates
  • Supports a wide range of package managers and ecosystems
  • Integrates seamlessly with GitHub's native features

Cons of Dependabot Core

  • Focused primarily on updating dependencies, not comprehensive security scanning
  • May require more configuration for complex projects
  • Limited to GitHub ecosystem

Code Comparison

DependencyCheck:

Engine engine = new Engine();
engine.scan(applicationPath);
engine.analyzeDependencies();

Dependabot Core:

dependencies = Dependabot::FileParsers.for_package_manager("npm_and_yarn").new(
  dependency_files: files,
  source: source,
  credentials: credentials,
).parse

updated_deps = dependencies.map do |dep|
  Dependabot::UpdateCheckers.for_package_manager("npm_and_yarn").new(
    dependency: dep,
    dependency_files: files,
    credentials: credentials,
  ).up_to_date?
end

DependencyCheck focuses on scanning and analyzing dependencies for vulnerabilities, while Dependabot Core emphasizes automating dependency updates through pull requests. DependencyCheck provides a simpler API for scanning, while Dependabot Core offers more granular control over the update process. Both tools serve different primary purposes in the software development lifecycle.

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Dependency-Check

Dependency-Check is a Software Composition Analysis (SCA) tool that attempts to detect publicly disclosed vulnerabilities contained within a project's dependencies. It does this by determining if there is a Common Platform Enumeration (CPE) identifier for a given dependency. If found, it will generate a report linking to the associated CVE entries.

Documentation and links to production binary releases can be found on the github pages. Additionally, more information about the architecture and ways to extend dependency-check can be found on the wiki.

Notice

This product uses the NVD API but is not endorsed or certified by the NVD.

Mandatory Upgrade Notice

Upgrading to 10.0.2 or later is mandatory

Older versions of dependency-check are causing numerous, duplicative requests that end in processing failures are causing unnecassary load on the NVD API. Dependency-check 10.0.2 uses an updated User-Agent header that will allow the NVD to block calls from the older client.

NVD API Key Highly Recommended

Dependency-check has moved from using the NVD data-feed to the NVD API. Users of dependency-check are highly encouraged to obtain an NVD API Key; see https://nvd.nist.gov/developers/request-an-api-key Without an NVD API Key dependency-check's updates will be extremely slow. Please see the documentation for the cli, maven, gradle, or ant integrations on how to set the NVD API key.

The NVD API Key, CI, and Rate Limiting

The NVD API has enforced rate limits. If you are using a single API KEY and multiple builds occur you could hit the rate limit and receive 403 errors. In a CI environment one must use a caching strategy.

Breaking Changes

9.0.0 contains breaking changes which requires updates to the database. If using an externally hosted database the schema will need to be updated. When using the embedded H2 database, the schema should be upgraded automatically. However, if issues arise you may need to purge the database:

  • gradle: ./gradlew dependencyCheckPurge
  • maven: mvn org.owasp:dependency-check-maven:9.0.0:purge
  • cli: dependency-check.sh --purge

Gradle build Environment

With 9.0.0 users may encounter issues with NoSuchMethodError exceptions due to dependency resolution. If you encounter this issue you will need to pin some of the transitive dependencies of dependency-check to specific versions. For example:

/buildSrc/build.gradle

dependencies {
    constraints {
        // org.owasp.dependencycheck needs at least this version of jackson. Other plugins pull in older versions..
        add("implementation", "com.fasterxml.jackson:jackson-bom:2.16.1")

        // org.owasp.dependencycheck needs these versions. Other plugins pull in older versions..
        add("implementation", "org.apache.commons:commons-lang3:3.14.0")
        add("implementation", "org.apache.commons:commons-text:1.11.0")
    }
}

Requirements

Java Version

Minimum Java Version: Java 11

Internet Access

OWASP dependency-check requires access to several externally hosted resources. For more information see Internet Access Required.

Build Tools

In order to analyze some technology stacks dependency-check may require other development tools to be installed. Some of the analysis listed below may be experimental and require the experimental analyzers to be enabled.

  1. To analyze .NET Assemblies the dotnet 8 run time or SDK must be installed.
    • Assemblies targeting other run times can be analyzed - but 8 is required to run the analysis.
  2. If analyzing GoLang projects go must be installed.
  3. The analysis of Elixir projects requires mix_audit.
  4. The analysis of npm, pnpm, and yarn projects requires npm, pnpm, or yarn to be installed.
    • The analysis performed utilize the respective audit feature of each.
  5. The analysis of Ruby is a wrapper around bundle-audit, which must be installed.

Current Releases

Jenkins Plugin

For instructions on the use of the Jenkins plugin please see the OWASP Dependency-Check Plugin page.

Command Line

More detailed instructions can be found on the dependency-check github pages. The latest CLI can be downloaded from github in the releases section.

Downloading the latest release:

$ VERSION=$(curl -s https://jeremylong.github.io/DependencyCheck/current.txt)
$ curl -Ls "https://github.com/jeremylong/DependencyCheck/releases/download/v$VERSION/dependency-check-$VERSION-release.zip" --output dependency-check.zip

On *nix

$ ./bin/dependency-check.sh -h
$ ./bin/dependency-check.sh --out . --scan [path to jar files to be scanned]

On Windows

> .\bin\dependency-check.bat -h
> .\bin\dependency-check.bat --out . --scan [path to jar files to be scanned]

On Mac with Homebrew Note - homebrew users upgrading from 5.x to 6.0.0 will need to run dependency-check.sh --purge.

$ brew update && brew install dependency-check
$ dependency-check -h
$ dependency-check --out . --scan [path to jar files to be scanned]

Maven Plugin

More detailed instructions can be found on the dependency-check-maven github pages. By default, the plugin is tied to the verify phase (i.e. mvn verify). Alternatively, one can directly invoke the plugin via mvn org.owasp:dependency-check-maven:check.

The dependency-check plugin can be configured using the following:

<project>
    <build>
        <plugins>
            ...
            <plugin>
              <groupId>org.owasp</groupId>
              <artifactId>dependency-check-maven</artifactId>
              <executions>
                  <execution>
                      <goals>
                          <goal>check</goal>
                      </goals>
                  </execution>
              </executions>
            </plugin>
            ...
        </plugins>
        ...
    </build>
    ...
</project>

Gradle Plugin

For instructions on the use of the Gradle Plugin, please see the dependency-check-gradle github page.

Ant Task

For instructions on the use of the Ant Task, please see the dependency-check-ant github page.

Development Prerequisites

For installation to pass, you must have the following components installed:

  • Java: java -version 1.8
  • Maven: mvn -version 3.5.0 and higher

Tests cases require:

Development Usage

The following instructions outline how to compile and use the current snapshot. While every intention is to maintain a stable snapshot it is recommended that the release versions listed above be used.

The repository has some large files due to test resources. The team has tried to clean up the history as much as possible. However, it is recommended that you perform a shallow clone to save yourself time:

git clone --depth 1 https://github.com/jeremylong/DependencyCheck.git

On *nix

$ mvn -s settings.xml install
$ ./cli/target/release/bin/dependency-check.sh -h
$ ./cli/target/release/bin/dependency-check.sh --out . --scan ./src/test/resources

On Windows

> mvn -s settings.xml install
> .\cli\target\release\bin\dependency-check.bat -h
> .\cli\target\release\bin\dependency-check.bat --out . --scan ./src/test/resources

Then load the resulting 'dependency-check-report.html' into your favorite browser.

Building without running tests

To speed up your turnaround cycle times, you can also compile without running the tests each time:
mvn -s settings.xml install -DskipTests=true

Please remember to at least run the tests once before opening the PR. :)

IntelliJ Idea

To be able to debug your tests in IntelliJ Idea, you can introduce a maven configuration that executes your test and enables debugging with breakpoints etc.
Basically, you do what´s described in https://www.jetbrains.com/help/idea/work-with-tests-in-maven.html#run_single_test and set the forkCount to 0, otherwise debugging won´t work.

Step by step:

  • Run -> Edit Configurations
  • + (Add new configuration) -> Maven
  • Give the Configuration a name, e.g. Run tests
  • Choose working directory, e.g. core
  • In command line, enter -DforkCount=0 -f pom.xml -s ../settings.xml test
  • Press OK
  • Run -> Debug, then choose the newly created run configuration

IntelliJ will now execute the test run for the core subproject with enabled debugging. Breakpoints set anywhere in code should work.

Only test one function or one class

If you would like to speed up your turnaround cycle times, you can also just test one function or one test class.
This works by adding -Dtest=MyTestClass or -Dtest=MyTestClass#myTestFunction to the run configuration. The complete command line in the run configuration then would be:

-Dtest=MyTestClass#myTestFunction -DforkCount=0 -f pom.xml -s ../settings.xml test

Docker

In the following example it is assumed that the source to be checked is in the current working directory and the reports will be written to $(pwd)/odc-reports. Persistent data and cache directories are used, allowing you to destroy the container after running.

For Linux:

#!/bin/sh

DC_VERSION="latest"
DC_DIRECTORY=$HOME/OWASP-Dependency-Check
DC_PROJECT="dependency-check scan: $(pwd)"
DATA_DIRECTORY="$DC_DIRECTORY/data"
CACHE_DIRECTORY="$DC_DIRECTORY/data/cache"

if [ ! -d "$DATA_DIRECTORY" ]; then
    echo "Initially creating persistent directory: $DATA_DIRECTORY"
    mkdir -p "$DATA_DIRECTORY"
fi
if [ ! -d "$CACHE_DIRECTORY" ]; then
    echo "Initially creating persistent directory: $CACHE_DIRECTORY"
    mkdir -p "$CACHE_DIRECTORY"
fi

# Make sure we are using the latest version
docker pull owasp/dependency-check:$DC_VERSION

docker run --rm \
    -e user=$USER \
    -u $(id -u ${USER}):$(id -g ${USER}) \
    --volume $(pwd):/src:z \
    --volume "$DATA_DIRECTORY":/usr/share/dependency-check/data:z \
    --volume $(pwd)/odc-reports:/report:z \
    owasp/dependency-check:$DC_VERSION \
    --scan /src \
    --format "ALL" \
    --project "$DC_PROJECT" \
    --out /report
    # Use suppression like this: (where /src == $pwd)
    # --suppression "/src/security/dependency-check-suppression.xml"

For Windows:

@echo off

set DC_VERSION="latest"
set DC_DIRECTORY=%USERPROFILE%\OWASP-Dependency-Check
SET DC_PROJECT="dependency-check scan: %CD%"
set DATA_DIRECTORY="%DC_DIRECTORY%\data"
set CACHE_DIRECTORY="%DC_DIRECTORY%\data\cache"

IF NOT EXIST %DATA_DIRECTORY% (
    echo Initially creating persistent directory: %DATA_DIRECTORY%
    mkdir %DATA_DIRECTORY%
)
IF NOT EXIST %CACHE_DIRECTORY% (
    echo Initially creating persistent directory: %CACHE_DIRECTORY%
    mkdir %CACHE_DIRECTORY%
)

rem Make sure we are using the latest version
docker pull owasp/dependency-check:%DC_VERSION%

docker run --rm ^
    --volume %CD%:/src ^
    --volume %DATA_DIRECTORY%:/usr/share/dependency-check/data ^
    --volume %CD%/odc-reports:/report ^
    owasp/dependency-check:%DC_VERSION% ^
    --scan /src ^
    --format "ALL" ^
    --project "%DC_PROJECT%" ^
    --out /report
    rem Use suppression like this: (where /src == %CD%)
    rem --suppression "/src/security/dependency-check-suppression.xml"

Building From Source

To build dependency-check (using Java 11) run the command:

mvn -s settings.xml install

Running dependency-check on dependency-check

Dependency-check references several vulnerable dependencies that are never used except as test resources. All of these optional test dependencies are included in the test-dependencies profile. To run dependency-check against itself simple exclude the test-dependencies profile:

mvn org.owasp:dependency-check-maven:aggregate -P-test-dependencies -DskipProvidedScope=true

Building the documentation

The documentation on the github pages is generated from this repository:

mvn -s settings.xml site  site:staging

Once done, point your browser to ./target/staging/index.html.

Building The Docker Image

To build dependency-check docker image run the command:

mvn -s settings.xml install
./build-docker.sh

License

Permission to modify and redistribute is granted under the terms of the Apache 2.0 license. See the LICENSE.txt file for the full license.

Dependency-Check makes use of several other open source libraries. Please see the NOTICE.txt file for more information.

This product uses the NVD API but is not endorsed or certified by the NVD.

Copyright (c) 2012-2024 Jeremy Long. All Rights Reserved.