Parasoft Development Testing Platform for DO-178 compliance combines the industry’s broadest platform for Development Testing practices with Parasoft's groundbreaking infrastructure for development policy management. This provides organizations with unprecedented process visibility and control throughout the SDLC for all flavors of C, C++, Java, and .NET code. Development Testing practices featured include static code analysis, unit testing, code coverage analysis, peer code review, runtime error detection, and traceability.

  • The most comprehensive DO-178B/C compliance solution
  • Ingrain compliance tasks across the SDLC & into the team workflow
  • Find and fix issues rapidly, with minimal disruption
  • Achieve unparalleled process consistency, visibility & traceability
  • Leverage preconfigured templates for common industry standards

Streamline RTCA DO-178B/C / ED-12B Compliance

Parasoft streamlines DO-178B/C Compliance with:

  • End-to-end quality management with the most comprehensive solution available
  • A continuous compliance process integrated into the workflow and across the SDLC
  • Unparalleled process consistency, visibility and auditability
  • Comprehensive requirements traceability

Parasoft Development Testing Platform for DO-178B/C and ED-12B compliance combines the industry’s deepest and broadest code analysis tools with Parasoft’s groundbreaking development management system. This provides organizations with unprecedented process visibility and control throughout the SDLC for all flavors of C, C++, Java, and .NET code. Development Testing practices featured include static code analysis, unit testing, code coverage analysis, peer code review, runtime error detection, and traceability.

Specific RTCA DO-178B/C / ED-12B Support

Tool qualification package and assistance

Parasoft products belong to the ‘Software verification tools’ category because their output cannot introduce any errors into the software to be certified. Their use on any particular project needs to be qualified by the customer. To assist with the necessary qualification, Parasoft provides a DO-178B/C Qualification Kit, which contains set of documents (including e.g. Functional Requirements Specification, Tool Qualification Plan and Tool Verification Procedures) and test cases to be used to qualify our tools for use in DO-178B/C projects. The Parasoft team is always available to assist with the qualification process.

Structural code coverage data

Parasoft’s code coverage analysis helps users gauge the efficacy and completeness of the tests. We provide a multi-metric test coverage analyzer. For C and C++, this includes statement, branch, path, and MC/DC coverage. Test coverage is presented via code highlighting for all supported coverage metrics-in the GUI or color-coded code listing reports. Summary coverage reports, which include file and function data, can be produced in a variety of formats.

Automatic regression testing

Parasoft’s unit testing provides automated regression testing, enabling teams to easily retest code for re-certification.

Test execution on host, simulator, and target

Parasoft’s unit testing automates the complete test execution flow, including test case generation, cross-compilation, deployment, execution, and loading results (including coverage) back into the GUI. The test execution sequence is completely customizable.

Requirements-based testing and requirements traceability

Across the various capabilities available in Parasoft compliance solutions, requirements are correlated with automated and manual tests, source code, and development/testing tasks.

Runtime error detection

Parasoft’s runtime error detection helps embedded teams automatically identify serious runtime defects—such as memory leaks, null pointers, uninitialized memory, and buffer overflows.

Software code standards compliance

Parasoft’s static analysis helps developers prevent and eliminate defects—using thousands of rules tuned to find code patterns that lead to crashes, deadlocks, erratic behavior, and performance degradation. It is preconfigured with templates for safety-critical, C/C++, .NET, and Java static analysis. The extensive, continually-expanding knowledge base of rules can be easily customized (graphically, without coding) to enable automated monitoring of custom best practices. The result is more realistic and accurate validation that is aligned with the team’s priorities.

Data flow execution path tests

The data flow component of Parasoft’s static analysis simulates feasible application execution paths-which may cross multiple functions and files-and determines whether these paths could trigger specific categories of runtime bugs. For example, C/C++ defects detected include using uninitialized or invalid memory, null pointer dereferencing, array and buffer overflows, division by zero, memory and resource leaks, and various flavors of dead code. The ability to expose bugs without executing code is especially valuable for embedded code, where detailed runtime analysis for such errors is often not effective or possible.

Policy establishment, application, and monitoring

Parasoft’s policy-based approach establishes the organization’s expectations for quality, leverages an automated infrastructure to ensure consistent, unobtrusive policy application, and automatically monitors policy compliance for visibility and auditability.

Integrated software development management

Parasoft’s software development management reduces the risk involved in managing safety-critical software life cycle processes—ensuring that quality software can be produced consistently and efficiently. It ensures predictable project outcomes while driving unprecedented levels of productivity and application quality.

Controlled code review process

Parasoft’s peer code review automates preparation, notification, and tracking of peer code reviews, enabling a very efficient team-oriented process. The status of all code reviews, including all comments by reviewers, is maintained and automatically distributed by the automated infrastructure. The effectiveness of team code reviews is further enhanced through Parasoft’s static analysis capability. The need for line-by-line inspections is virtually eliminated because the team’s coding policy is monitored automatically. By the time code is submitted for review, violations have already been identified and cleaned. Reviews can then focus on examining algorithms, reviewing design, and searching for subtle errors that automatic tools cannot detect.

Automatic unit and component test generation and execution

Parasoft’s unit testing automates generation and execution of requirements-based unit and component level tests. Parasoft automatically generates complete tests, including test drivers and test cases for individual functions. These unit tests can be created purely in code (e.g., C or C++ code). Parasoft’s automation greatly increases the efficiency of testing and the correctness and reliability of code under test. These tests, with or without modifications, are used for initial validation of the functional behavior of the code. By using corner case conditions, these automatically-generated test cases also check function responses to unexpected inputs, exposing potential reliability problems. This functionality is applicable for creating tests which detect errors, which could lead to unacceptable failure conditions, as determined by the system safety assessment process. Test execution and analysis are centralized in the Test Case Explorer, which consolidates all existing project tests and provides a clear pass/fail status.