LDRA offers a comprehensive and automated approach to meeting many functional safety and cybersecurity standards, and for software quality improvement. LDRAcover addresses the rigorous structural coverage objectives of standards such as DO-178C, IEC 61508, ISO 26262 and IEC 62304 up to and including the most demanding SILs, ASILs and Classes.
LDRAcover is a cost-effective, stand-alone code coverage tool that doesn’t require investment in a complete tool chain. LDRAcover provides users with the ability to view code coverage results quickly and easily. Call diagrams, flow diagrams, and code coverage reports present the results an interactive easy-to-use interface with powerful filtering capabilities.
LDRAcover provides test planning documents and colour-coded graphs to help achieve the desired level of coverage, ranging from procedure/function calls to safety-critical modified condition/decision coverage. LDRAcover supports the creation and execution of test cases on host and target (simulated and physical).
LDRAcover manages and measures code verification progress, improves confidence in code reliability and robustness, pinpoints inadequately tested software, reduces regression testing costs and resources, increases product quality, and shortens time-to-market.
LDRAcover offers many of the structural coverage metrics demanded by functional safety and cybersecurity standards:
• Function coverage
• Call coverage
• Statement coverage
• Branch coverage
• LCSAJ (JJ-path) coverage
• Modified Condition/Decision Coverage (MC/DC) – with TBsafe
The add-on components for LDRAcover include TBsafe, LDRA Function coverage and call coverage reports, and target license packages (TLPs).
The LDRA development processes and the LDRAcover product are both certified. LDRA has maintained ISO 9001 certification for over 25 years. LDRAcover is approved by SGS-TÜV Saar and TÜV SUD for the following functional safety standards:
Please contact us for a complete list of languages and platforms supported by LDRAcover. Here is a partial list of the languages and platforms currently supported:
| Source Code Languages |
|---|
| C |
| C++ |
| Java |
| Ada95 |
| Host Platforms |
|---|
| Windows 11/10/8/7/Vista/XP |
| Linux (RHEL/CentOS, Ubuntu, SUSE/openSUSE) |
| MAC |
| Development Tools |
|---|
| Altera |
| Analog Devices VisualDSP |
| Atego ObjectAda |
| Atmel Studio |
| ARM DS-5 Development Studio |
| Cosmic ZAP & IDEA |
| DDC-I Open Arbor |
| Freescale CodeWarrior |
| GNU |
| Green Hills MULTI & INTEGRITY |
| IAR Embedded Workbench |
| Keil µVision |
| Lauterbach TRACE32 |
| MathWorks Simulink |
| Mentor Graphics |
| Microchip MPLAB & MPLAB X |
| QNX Momentics |
| Renesas |
| STM32Cube |
| TASKING winIDEA |
| TASKING |
| TI Code Composer Studio |
| Wind River Tornado, Workbench supporting VxWorks, Diab |
| Xilinx |
| Supported Microprocessors and Microcontrollers |
|---|
| Altera – NIOS, ARM, Agilex ARM Cortex-Axx |
| Analog Devices – SHARC, Blackfin, ADSP-xxx, ARM |
| ARM Cortex A/R/M |
| Infineon – TriCore, C166, ARM, MOTIX, XMC, TRAVEO, AURIX |
| Intel – 8051, 80C196, x86, x64 |
| Microchip / Atmel – PIC, dsPIC, ATmega, SAM, RISC-V |
| NXP / Freescale – LPCxxxx, S32, HCxx, MC68K, MPC5xx, 6xx & 8xx |
| NXP i.MX, LAxxxx, LSxxxx, LXxxxx, S08, S16 |
| NVIDIA – Grace CPU |
| PowerPC – 5xx, 6xx, 7xx & 8xx |
| Renesas – RH850, RL78, RX, ARM, RISC-V |
| ST – STM32, SPC5, Stellar |
| TI – MSP430, TMS320, TMS570, ARM Cortex-Mx, ARM Cortex-Rx, ARM Cortex-Axx, xxC6xxxx |
Email: info@ldra.com
EMEA: +44 (0)151 649 9300
USA: +1 (855) 855 5372
INDIA: +91 80 4080 8707