Best Web-Based Embedded Software Development Tools of 2025 - Page 2

MPLAB Connect Configurator, previously known as ProTouch2, serves as a user-friendly configuration and programming tool designed for our latest USB hubs, along with Ethernet and PCIe® products. With an engaging Graphical User Interface (GUI), this tool allows you to effortlessly generate configuration files in both binary (.cfg and .bin) and JSON (.json) formats, which hold the necessary data for programming your target device. The features are organized into three distinct categories: basic, advanced, and special, providing a variety of programming options that enhance your design customization. You can configure both upstream and downstream ports, manage battery charging settings, and enable USB control for I2C, SPI, or digital I/O on your SmartHub™ IC or USB-to-Ethernet bridge. Additionally, it allows you to specify the unique MAC address for your USB-to-Ethernet bridge and manage the power consumption levels of your device. Overall, MPLAB Connect Configurator streamlines the process of setting up and programming devices for optimal performance.

Debugging the run-time behavior of your code has become remarkably straightforward. The MPLAB® Data Visualizer is a complimentary debugging utility that provides a graphical representation of run-time variables within embedded applications. This tool can be utilized as a plug-in for the MPLAB X Integrated Development Environment (IDE) or as an independent debugging solution. It is capable of receiving data from multiple sources, including the Embedded Debugger Data Gateway Interface (DGI) and COM ports. Additionally, you can monitor your application's run-time behavior through either a terminal or a graphical representation. To dive into data visualization, consider exploring the Curiosity Nano Development Platform as well as the Xplained Pro Evaluation Kits. Data can be captured from a live embedded target via a serial port (CDC) or the Data Gateway Interface (DGI). Furthermore, you can simultaneously stream data and debug your target code using MPLAB® X IDE. The tool allows you to decode data fields in real-time using the Data Stream Protocol format. You have the option to visualize either the raw or decoded data in a graphical format as a time series or present it in a terminal, ensuring a comprehensive understanding of your application's performance. This versatility makes the MPLAB® Data Visualizer an essential asset for developers working with embedded systems.

The µVision Integrated Development Environment (IDE) brings together various functionalities such as project management, run-time environment, build tools, source code editing, and program debugging into one robust platform. User-friendly and efficient, µVision enhances the speed of embedded software development processes. It also accommodates multiple screens, enabling users to customize their workspace with unique window layouts across the interface. The µVision Debugger offers a comprehensive setting where you can test, validate, and fine-tune your application code effectively. It features an array of traditional debugging tools, including both simple and complex breakpoints, watch windows, and control over execution, ensuring complete access to device peripherals. By leveraging the µVision Project Manager and Run-Time Environment, developers can construct software applications using pre-assembled software components and device support sourced from Software Packs. These software components encompass libraries, source modules, configuration files, templates for source code, and thorough documentation, providing a well-rounded foundation for development. This holistic approach not only streamlines the development process but also significantly reduces the time taken to bring projects to completion.

Static analysis is a valuable technique for identifying possible problems within your code by examining it at the source code level. C-STAT offers nearly 700 different checks, many of which adhere to guidelines outlined in MISRA C:2012, MISRA C++:2008, and MISRA C:2004, in addition to more than 250 checks that correspond to issues recognized by CWE. Furthermore, it assesses adherence to the CERT C coding standard, which focuses on secure coding practices. C-STAT operates swiftly and provides extensive and detailed error reports, allowing for effective troubleshooting. There’s no need to be concerned about complicated tool configurations or dealing with language support and overarching build challenges. Fully integrated into the IAR Embedded Workbench IDE, C-STAT empowers you to effortlessly maintain code quality throughout your development processes. This tool is compatible with a wide range of IAR Embedded Workbench products. By utilizing static analysis, not only can potential code issues be detected, but it also facilitates compliance with established industry coding standards. Ultimately, this enhances overall software reliability and maintainability.

With over thirty years of dedicated customer use and ongoing improvements, the MULTI Integrated Development Environment (IDE) stands unparalleled in the realm of embedded software. Developers trust MULTI to assist them in crafting superior code and accelerating their product launches. From identifying elusive bugs to fixing memory leaks and enhancing system performance, MULTI is consistently effective. Each aspect of our groundbreaking Debugger is tailored to swiftly address issues that often confound conventional tools. Problems such as inter-task corruptions, unmet real-time requirements, and external hardware events can typically take weeks or even months to resolve. However, with Green Hills' TimeMachine tool suite, these challenges can often be addressed in mere hours or even minutes. The TimeMachine suite automatically records program execution data, seamlessly integrating the MULTI Debugger interface with advanced replay debugging features, making it a vital resource for developers. This innovative approach not only saves time but also enhances the overall debugging process significantly.

The AdaMULTI IDE offers Ada developers access to the top-notch debugging and development capabilities found in the Green Hills MULTI IDE. For many years, users have relied on our tools and optimizing compilers to significantly enhance their debugging efficiency. The outcome? A more dependable product that reaches the market faster and incurs lower development expenses. AdaMULTI encapsulates nearly thirty years of debugging knowledge into an all-encompassing toolbox for embedded software development, equipping you with everything necessary to produce reliable software effectively. Our innovative debugger is tailored to swiftly address challenges that conventional tools struggle with. Bugs that once required weeks to resolve can now be tackled in mere hours or even minutes with the TimeMachine tool suite. Adhering to clean coding standards helps eliminate the risk of introducing new bugs through overly complicated code. Furthermore, a straightforward build configuration and seamlessly integrated tools allow developers to concentrate more on their core development tasks. This combination of features ensures that developers can optimize their workflows and achieve higher productivity levels.

In the realm of ensuring software quality, reliability, and security amid complex code bases, the conventional methods of debugging and testing are increasingly proving inadequate. Automated solutions like static source code analyzers excel in identifying defects that could lead to issues such as buffer overflows, resource leaks, and various other security vulnerabilities that often escape detection by standard compilers during regular builds, run-time tests, or typical operational conditions. These defects typically go unnoticed, underscoring the limitations of traditional methods. Unlike other standalone source code analyzers, DoubleCheck stands out as an integrated static analysis tool that is woven into the Green Hills C/C++ compiler. It employs precise and efficient analysis algorithms that have been refined and validated through over three decades of experience in developing embedded tools. By using DoubleCheck, developers can seamlessly conduct compilation alongside defect analysis in a single pass, streamlining their workflow and enhancing overall code integrity. This integrated approach not only saves time but also significantly improves the identification of potential issues within code.

With the rapid advancements in microprocessor technology, application developers increasingly turn to Green Hills Compilers to harness the complete capabilities of hardware, ensuring optimal performance and functional safety in their upcoming applications. The compilers are equipped with cutting-edge optimizations designed to enhance program performance while adhering to stringent size limitations. A notable feature, CodeFactor™, enhances execution speed and minimizes code size by eliminating redundant code segments through techniques like subroutine calls and tail merging. Similarly, static basing optimizes performance and reduces size by organizing data items, which cuts down on the number of load address operations needed. Each optimization, whether a novel creation or an established industry standard, undergoes a thorough implementation process. For over thirty years, our commitment to engineering excellence has driven us to meticulously research and rigorously test each optimization against a wide array of benchmarks to ensure the highest quality. This dedication to innovation guarantees that developers can confidently rely on our tools to elevate their applications.

The TimeMachine debugging suite enhances the capabilities of Green Hills Software’s well-known MULTI integrated development environment (IDE) by offering insights into the intricate interactions within software that can lead to bugs, performance issues, and challenging testing scenarios. By displaying this information in intuitive formats, TimeMachine allows developers to efficiently sift through trace data, enabling them to write superior code more swiftly. With the ability to debug both forwards and backwards in time, TimeMachine simplifies the process of identifying even the most elusive errors. Discover how to optimize your software’s speed by analyzing execution histories to uncover hidden bottlenecks that could be slowing it down. Speed up your debugging process by allowing yourself to step back through your code, revisiting functions you may have previously overlooked. Additionally, take advantage of extensive execution history to ensure that your program undergoes thorough testing and meets quality standards. Ultimately, TimeMachine is a powerful tool that can transform the debugging experience for developers, making it more efficient and effective.

The security of connected embedded system devices is crucial, particularly for systems that must maintain high availability and support mission-critical functions. In the current landscape of increasing cyber threats, it is essential for connected embedded systems utilized in various sectors such as industrial controls, transportation, navigation, communications, aerospace, military, healthcare, and logistics to implement robust security measures from the moment of deployment and throughout their entire life cycle. As product developers face pressure to expedite their go-to-market strategies, many opt to incorporate third-party software components, whether open source or proprietary, to fulfill essential product requirements. Traditionally, security audits are conducted only at the conclusion of the development and testing phases, just prior to the launch of the products. This late-stage approach can often overlook vulnerabilities that may arise earlier in the development process, highlighting the need for a more integrated security strategy throughout the entire lifecycle of connected embedded systems.

OneTest Embedded simplifies the automation of creating and deploying component test harnesses, test stubs, and test drivers with ease. With just a single click from any development environment, users can profile memory usage and performance, evaluate code coverage, and visualize how programs execute. This tool also enhances proactive debugging, helping developers identify and rectify code issues before they escalate into failures. It fosters a continuous cycle of test generation by executing, reviewing, and enhancing tests to quickly achieve comprehensive coverage. Building, executing on the target, and generating reports takes only one click, which is essential in preventing performance problems and application crashes. Furthermore, OneTest Embedded can be customized to accommodate unique memory management techniques prevalent in embedded software. It also provides insights into thread execution and switching, which is crucial for gaining a profound understanding of the system's operational behavior under testing conditions. Ultimately, this powerful tool streamlines testing processes and enhances software reliability.

It features thousands of ready-made models that span a diverse array of engineering fields, along with a search function to help find the model that best suits your design needs, and extensive support for various targets. The Embed library includes a collection of motor models and motor control algorithms applicable to both sensored and sensorless scenarios, serving as a foundation to expedite embedded motor control projects for all types of electric motors, such as AC induction, BLDC, PMSM, brushed DC, and stepper motors. Additionally, with Embed, users can seamlessly model and simulate comprehensive physical layer data communication systems, allowing for the assessment of energy and bit requirements necessary to achieve a specified bit error rate across a wide range of modulation, encoding, and channel configurations. Furthermore, this tool enhances the efficiency of engineering projects by streamlining workflows and enabling rapid prototyping.

Metalware empowers engineers to swiftly grasp hardware specifications and develop software by synthesizing information from datasheets and SDKs. We produce an Intermediate Representation (IR), a structured file derived from documents that detail a programmable component, which includes a register map for Hardware Abstraction Layer (HAL) creation and device metadata for the compiler's reference to device-specific details. This IR facilitates the execution of the intended Real-Time Operating System (RTOS) or SDK's API by pinpointing registers and their configurations, whether they are arranged contiguously or supported by a FIFO structure, based on the accompanying device metadata. In addition, it streamlines the process by automatically creating implementation code, including HAL and header files, tailored for your selected RTOS or SDK. Consequently, this efficiency not only accelerates development but also enhances the accuracy of the code generated.