Best Debugging Tools for Startups - Page 3

SourceDebug is a robust and efficient project-focused programming editor, code explorer, and debugging tool designed to enhance your understanding of code as you work and strategize. It features integrated dynamic analysis for languages such as C/C++ and Objective-C, making it versatile for various coding tasks. With SourceDebug, you can debug applications even when the source code is stored in different locations, ensuring flexibility in your workflow. The application seamlessly combines editing, browsing, compiling, and debugging functionalities for both local and remote projects. This tool is particularly useful for rapidly familiarizing yourself with an existing codebase, enabling a smooth transition to new projects. SourceDebug thoroughly analyzes your project, allowing for effortless navigation and code editing. You can quickly jump to variables, functions, or included files, enhancing productivity. The Smart Bookmark feature is a standout, as it records your browsing position for easy access later. Additionally, it supports debugging through GDB or LLDB-MI over various protocols such as SSH, ADB, Telnet, Rlogin, and Local Cygwin, with GDB server debugging also available. Users can show Quickwatch, Watches, Callstack, Variables, Memory, Breakpoint List, Disassemble, and Thread List as necessary. Furthermore, SourceDebug supports various storage solutions, including SFTP, FTP, and local drives, making it a comprehensive tool for developers. This versatility empowers programmers to tackle complex projects with ease and efficiency.

Effortlessly identify bugs and inconsistencies in UI/UX design. Detecting bugs can often be a tedious and monotonous task. With Buglab, you can streamline the process of spotting UI/UX flaws in websites, platforms, and web applications through automated testing. This not only speeds up development but also helps maintain the quality of client-facing software, allowing you to prioritize other crucial areas of your business. Address UI bugs before they lead to significant consequences. Buglab simplifies website testing by enabling you to replicate any user actions with minimal effort and without the need for coding. You can devise various sequences to confirm that your website updates do not introduce new bugs or alter functionalities. After setting up a test, the system will showcase the outcomes and pinpoint discrepancies between your original and updated website versions. Additionally, you can organize your tests into coherent suites and projects, while also scheduling them according to your preferred timelines. This flexibility ensures that your testing process is both comprehensive and efficient. Overall, Buglab empowers you to maintain high standards, reducing the risk of overlooking critical issues that could affect user experience.

Attract authentic and pertinent followers, enhance your visibility, and expand your connections - all conveniently within a single platform. This comprehensive solution allows you to streamline your networking efforts effectively.

SwapCode AI serves as an innovative assistant designed to facilitate the transformation of one programming language into another. Picture it like rearranging building blocks, where you can effortlessly convert a square block into a round one—this is what it does for your code! This tool empowers developers and teams to adapt their code for fresh applications while maintaining its integrity. Compatible with various coding languages used for websites, games, and applications, SwapCode AI allows for seamless transitions; for instance, if a piece of code fits well within a Java framework but needs to be aligned with a Python environment, SwapCode AI can expertly modify it to fit. It also ensures that the revised code remains comprehensible and user-friendly. Furthermore, SwapCode AI is remarkably intelligent and integrates smoothly into your existing workflow, allowing you to utilize it effortlessly during your development process. This tool fosters collaboration among teams, enabling them to work together effectively even when employing different programming languages or tools. By bridging the gap between different coding environments, SwapCode AI enhances overall productivity and creativity.

Deleaker is a powerful tool that detects memory leaks in C++,.NET and Delphi. It integrates seamlessly with Visual Studio and RAD Studio. It also works as a stand-alone app. Deleaker can identify and fix leaks such as memory leaks and GDI leaks. It also handles leaks in real-time. Debugging is easier with an intuitive interface, detailed reports and precise stack traces. Deleaker is a great tool for any project, big or small. It ensures that your software is efficient and leak-free.

Request Metrics simplifies web performance with real-user testing and automated Lighthouse tests. This helps you improve Core Web Vitals and SEO while improving user experience. Track real visitors and not just lab test with automatic noise cancellation. Get actionable insights and detailed element attribution. Our scheduled Lighthouse test detects regressions before they affect rankings. Real-user data lets you know how your site performs on the real world. Filter by device, region, vendor, or page to discover performance bottlenecks and receive instant alerts. You'll be able to identify which third-party scripts are causing your website to load slower. No complicated setup or code changes, just fast, reliable performance tracking designed for modern sites. Start today for free!

Rookout is a live data collection platform and debugging platform that allows software engineers to understand any application, no matter where it is running. This includes monolithic applications to cloud native ones. Rookout enables engineers to reduce debugging time and log time by 80%. This allows them to solve customer problems 5x faster. Software engineers can access the data they need instantly with Non-Breaking Breakpoints. This is without any additional coding, restarts or redeployment. Developers can extract the data they need from any line of code. This makes it easier to collaborate and facilitate handoffs.

Don't let game, app, or device crashes stop you from having a great experience. Backtrace automates cross-platform exception management and cross-platform crash management so that you can focus on shipping. Cross-platform callstack, event aggregation, and monitoring. A single system can process errors from panics and core dumps, minidumps, as well as during runtime across your stack. Backtrace generates searchable, structured error reports from your data. Automated analysis reduces time to resolution by surfacing important signals which lead engineers to the crash root cause. Rich integrations into dashboards and notification systems mean that you don't have to worry about missing a detail. Backtrace's rich queries engine will help you answer the questions that are most important to you. A high-level overview of errors, prioritization and trends across all projects can be viewed. You can search through key data points as well as your own custom data for all errors.

Immunity Debugger features both a graphical user interface (GUI) and a command line, which is conveniently located at the bottom of the GUI. This command line enables users to input shortcuts, similar to what they would do in traditional text-based debuggers like WinDBG or GDB. To facilitate a smooth transition for users familiar with WinDBG, Immunity has created aliases that prevent the need for extensive retraining, ensuring that they can quickly regain their productivity using the most effective debugger interface available. Additionally, users can execute Python commands directly from the command bar, enhancing functionality. They also have the ability to revisit previously entered commands or easily access a list of recently used commands through a dropdown menu, making the debugging process more efficient and user-friendly. Overall, the combination of these features positions Immunity Debugger as a powerful tool for developers.

IDA Pro serves as a powerful disassembler that generates execution maps to represent the binary instructions executed by the processor in a symbolic format, specifically assembly language. With the implementation of advanced techniques, IDA Pro is able to translate machine-executable code into assembly language source code, enhancing the readability of complex code. Additionally, its debugging feature incorporates dynamic analysis, allowing it to support various debugging targets and manage remote applications effectively. The tool's cross-platform debugging capabilities facilitate immediate debugging and provide easy connections to both local and remote processes, while also accommodating 64-bit systems and various connection options. Furthermore, IDA Pro empowers human analysts by allowing them to override its decisions or provide hints, ensuring a more intuitive and efficient analysis of binary code. This flexibility significantly enhances the analyst's ability to interact with the disassembler, making the process of analyzing intricate binaries not only more manageable but also more effective overall.

BotKube serves as a messaging bot designed for the real-time monitoring and troubleshooting of Kubernetes clusters, and it is developed and supported by InfraCloud. This versatile tool can seamlessly connect with various messaging services such as Slack, Mattermost, and Microsoft Teams, enabling users to oversee their Kubernetes environments, resolve deployment issues, and receive best practice suggestions through automated checks on Kubernetes resources. By monitoring these resources, BotKube generates notifications in the designated channel whenever significant events arise, such as an ImagePullBackOff error. Users have the flexibility to tailor the types of objects and events for which they receive updates, as well as the option to toggle notifications on or off as needed. Furthermore, BotKube allows the execution of kubectl commands within the Kubernetes cluster without requiring direct access to Kubeconfig or the underlying infrastructure. This functionality empowers users to troubleshoot deployments, services, and other cluster-related matters directly from their messaging interface, facilitating efficient and streamlined operations. In essence, BotKube enhances the management of Kubernetes clusters through its intuitive integration with popular messaging platforms.

Weinre, pronounced similarly to "winery" or "weiner," stands for WEb INspector REmote and serves as a debugger for web pages, much like FireBug for Firefox and the web inspector for WebKit-based browsers, but it is specifically designed for remote debugging on mobile devices such as smartphones. Created during a time when no remote debuggers existed for mobile platforms, weinre has paved the way for more recent tools that some platforms now offer as part of their development suite. It utilizes the user interface code from WebKit's web inspector project, making it familiar to users who have experience with Safari's web inspector or Chrome's Developer Tools. Typically, the client application is launched in a desktop or laptop browser while the target web page is displayed on a mobile device, allowing for seamless debugging. Notably, weinre operates entirely through conventional JavaScript without relying on any native code within the browser environment, ensuring broad compatibility and ease of use. Its remote debugging capabilities have proven invaluable for developers working on web applications intended for mobile access, making it a vital tool in the web development landscape.

Stetho serves as an advanced debugging bridge tailored for Android applications. By activating it, developers gain access to the Chrome Developer Tools, a feature that is inherently part of the Chrome desktop browser. Additionally, users have the option to enable the dumpapp tool, which provides a robust command-line interface to delve into app internals. Stetho can be conveniently integrated from Maven Central using either Gradle or Maven. While only the primary Stetho dependency is essential, developers may also find it beneficial to incorporate one of the network helpers. The integration with the Chrome DevTools frontend relies on a client/server protocol that Stetho establishes for the application. The platform allows for comprehensive network inspection utilizing the full range of Chrome Developer Tools features, which include image previews, JSON response aids, and the capability to export traces in the HAR format. Furthermore, Stetho enables users to visualize SQLite databases, allowing for interactive exploration with complete read and write functionalities. This makes it an invaluable tool for any developer seeking to enhance their application's debugging process.

GDB, or the GNU Project debugger, enables users to observe the internal workings of a program during its execution or determine what the program was doing at the time of a crash. To get started, launch your application while taking into account any factors that could influence its performance. Once your program halts, analyze the events that transpired up to that point. You can modify elements within your program to test fixes for one issue and subsequently explore additional problems. These programs may be run on the same device as GDB (native), on a separate machine (remote), or through a simulator. GDB is compatible with most well-known UNIX systems, Microsoft Windows editions, and Mac OS X. Additionally, inferior objects now feature a read-only attribute called 'connection_num', which displays the connection number as seen in the 'info connections' and 'info inferiors' commands. Furthermore, a new method named gdb.Frame.level() has been introduced, providing the stack level associated with the frame object, thereby enhancing the debugging experience significantly.

GNU DDD serves as a graphical interface for various command-line debuggers, including GDB, DBX, WDB, and others like Ladebug and JDB, among others. In addition to standard front-end capabilities like displaying source code, DDD is particularly renowned for its interactive graphical representation of data, which allows users to visualize data structures as graphs. Supporting the ideals of software freedom can be achieved by purchasing items from the FSF shop. To utilize DDD effectively, you must have the GNU debugger (GDB) version 4.16 or newer, though depending on the specific program being debugged, alternative command-line debuggers may also be required. DDD not only enhances the debugging experience but also encourages users to engage with the principles of open-source software.

Arm DDT stands out as the premier server and HPC debugger utilized in research, industry, and academia by software engineers and scientists who are developing applications in C++, C, and Fortran that utilize parallel and threaded processes on a range of CPUs, GPUs, Intel, and Arm architectures. This tool is highly regarded for its ability to automatically identify memory issues and divergent behavior, enabling exceptional performance across various scales. It is designed to operate seamlessly across multiple servers and HPC systems, and it also supports native parallel debugging for Python applications. Alongside its industry-leading memory debugging capabilities, Arm DDT offers exceptional support for C++ and complete debugging for Fortran. Additionally, it includes an offline mode suitable for non-interactive debugging, effectively managing and visualizing large data sets. As a robust parallel debugger, Arm DDT can be utilized independently or as part of the Arm Forge debug and profile suite, and its user-friendly graphical interface further enhances its functionality by automatically detecting memory errors and divergent behaviors at all levels of application complexity. This comprehensive tool not only streamlines the debugging process but also significantly contributes to the optimization of scientific and engineering applications.

Create dependable and optimized code that yields accurate results across various Server and HPC architectures, utilizing the latest compilers and C++ standards tailored for Intel, 64-bit Arm, AMD, OpenPOWER, and Nvidia GPU hardware. Arm Forge integrates Arm DDT, recognized as the premier debugger that enhances high-performance application debugging efficiency, with Arm MAP, a reliable performance profiler that provides crucial optimization insights for both native and Python HPC codes, along with Arm Performance Reports for enhanced reporting features. Additionally, Arm DDT and Arm MAP can be used independently as standalone tools. With comprehensive technical support from Arm specialists, application development for Linux Server and HPC becomes highly efficient. Arm DDT is the preferred debugger for designing C++, C, or Fortran applications that are parallel and threaded, whether they run on CPUs or GPUs. Its robust and user-friendly graphical interface simplifies the identification of memory issues and divergent behaviors at any scale, solidifying Arm DDT's reputation as the leading debugger in research, industry, and educational institutions. This powerful toolkit not only boosts productivity but also contributes to the advancement of technical innovation across multiple domains.

Quickly identify performance issues and gain insights into the workings of a complex C/C++ application using Orbit, a standalone profiling and debugging tool designed for both Windows and Linux environments. This tool is specifically engineered to assist developers in comprehending and visualizing the execution flow within intricate applications. By providing an overarching perspective on the internal operations, Orbit enhances the developer's grasp of complex systems, enabling them to swiftly pinpoint performance bottlenecks. The tool seamlessly operates with any C/C++ application, provided it has access to the Pdb file, allowing you to initiate profiling immediately after downloading Orbit. Upon launch, Orbit integrates itself within the target process, hooking into specific functions, and is effective even with highly optimized final or shipping builds. Its sampling feature is particularly beneficial when starting your investigation, as it is fast, reliable, and continuously active. Orbit optimizes the profiling process by combining sampling techniques with dynamic instrumentation, ensuring a more efficient workflow for developers seeking to enhance application performance. Additionally, the ability to visualize execution paths greatly aids in understanding how different components interact within the system.

VisualVM is a powerful tool used for monitoring and troubleshooting Java applications from version 1.4 onwards, supporting a variety of technologies such as jvmstat, JMX, Serviceability Agent (SA), and Attach API from different vendors. It is designed to meet the diverse needs of application developers, system administrators, quality engineers, and end users alike. For each running process, VisualVM displays essential runtime details including the process ID (PID), main class, arguments supplied to the Java process, JVM version, JDK home directory, JVM flags, and system properties. Additionally, it tracks various performance metrics such as CPU usage, garbage collection (GC) activity, heap and metaspace memory usage, the number of loaded classes, and the count of currently running threads. VisualVM also includes basic profiling features that allow for in-depth analysis of application performance and memory management, offering both sampling and instrumentation profiling options to cater to different analysis needs. This comprehensive set of tools makes VisualVM an invaluable resource for anyone looking to optimize their Java applications effectively.

A tool designed for developers to oversee and enhance AI functionalities driven by LLMs and various foundational models. Our user-friendly SDK provides a clear and actionable perspective on the performance of your generative AI applications in real-time. Seamlessly incorporate LLM management into your current code architecture and developer processes. Leverage detailed access controls and comprehensive audit logs to ensure complete oversight of your data. Gain valuable insights on optimizing user interactions with LLMs. Developer teams are not only uniquely qualified to embed these advanced features into existing software solutions, but their inclination to deploy, refine, and enhance will become increasingly critical in the future. As software continues to evolve and adapt, we anticipate that engineering teams will play a pivotal role in transforming this adaptability into engaging and highly personalized user experiences. Ultimately, developers will find themselves at the forefront of the generative AI transformation, shaping its future trajectory.

Unexpected outcomes are a common occurrence in software development. With complete insight into the entire sequence of calls, developers can pinpoint the origins of errors and unexpected results in real time with remarkable accuracy. The discipline of software engineering heavily depends on unit testing to create efficient and production-ready software solutions. LangSmith offers similar capabilities tailored specifically for LLM applications. You can quickly generate test datasets, execute your applications on them, and analyze the results without leaving the LangSmith platform. This tool provides essential observability for mission-critical applications with minimal coding effort. LangSmith is crafted to empower developers in navigating the complexities and leveraging the potential of LLMs. We aim to do more than just create tools; we are dedicated to establishing reliable best practices for developers. You can confidently build and deploy LLM applications, backed by comprehensive application usage statistics. This includes gathering feedback, filtering traces, measuring costs and performance, curating datasets, comparing chain efficiencies, utilizing AI-assisted evaluations, and embracing industry-leading practices to enhance your development process. This holistic approach ensures that developers are well-equipped to handle the challenges of LLM integrations.

Digma seamlessly integrates with your IDE, utilizing runtime information to continuously identify issues, regressions, and other problems as you write code. You can instantly observe how any function performs in both continuous integration and production environments, allowing you to detect issues during the development phase. By analyzing code performance, Digma helps expedite code modifications and prevents recurring regressions, offering essential insights on usage, errors, and performance standards to clarify overlooked code and abandoned libraries. You will quickly grasp what is causing any bottlenecks and delays within your code, thanks to critical data such as execution times, scaling challenges, and N+1 query problems, enabling prompt resolutions. Furthermore, incorporating Digma into your GitOps workflow simplifies Pull Request feedback and enhances code review annotations for your team. With Digma, you'll gain the confidence to tackle even the most extensive and intricate projects, making it a vital asset for developers. This tool not only streamlines the coding process but also fosters a deeper understanding of your codebase.

Existing methods for software testing are no longer effective, often resulting in high costs and reliability issues that squander engineering resources. Antithesis introduces a revolutionary methodology for testing and debugging. With this innovative approach, your team can allocate more time toward developing software rather than just testing it. Our platform operates by continually scanning your software for issues within a simulated environment, where each problem can be consistently replicated, facilitating the efficient resolution of even the most intricate challenges. Antithesis functions as a cloud-based solution that persistently evaluates the reliability of software systems. As developers code, they can upload their software in the form of container images directly to Antithesis. We then execute your software under diverse conditions, promptly reporting any unexpected behaviors. In addition to testing your system against a wide range of established properties, we provide an SDK that allows you to define further test properties tailored specifically to your unique system requirements, ensuring comprehensive coverage and enhanced performance. This holistic approach not only improves efficiency but also fosters a more reliable software development lifecycle.

BMC Compuware Xpediter comprises a suite of debuggers and interactive analysis tools tailored for COBOL, Assembler, PL/I, and C programming languages, empowering developers to swiftly grasp application functionality, implement modifications, and resolve issues securely, even when they lack familiarity with the source code. This toolset facilitates a seamless entry into interactive testing sessions, allowing developers to advance applications into production with enhanced assurance. Users can experience line-by-line code execution while maintaining control over all facets of program execution and data management. By utilizing Code Coverage, developers can verify execution and access performance metrics across various platforms. Additionally, they can tap into Abend-AID diagnostic functions directly within a debugging session. The integration with Topaz for Program Analysis offers a visual representation of the source code, enhancing the debugging process. Furthermore, Topaz for Total Test allows for the creation of a robust collection of automated virtualized test cases. The ability to intercept and debug mainframe transactions that originate remotely adds another layer of flexibility and efficiency to the development workflow. Overall, Xpediter significantly streamlines the debugging process, making it easier for developers to achieve their goals.

Memfault upgrades Android and MCU-based smartphones to reduce risk, ship products quicker, and resolve issues quickly. Developers and IoT device makers can easily and quickly monitor and manage the entire device's lifecycle, including feature updates and development, by integrating Memfault in smart device infrastructure. Remotely monitor firmware and hardware performance, investigate issues remotely, and roll out targeted updates incrementally to devices without interrupting customers. You can do more than just application monitoring. Get device- and fleet-level metrics like battery health, connectivity, and crash analytics for firmware. Automated detection, alerts and deduplication make it easier to resolve issues faster. Customers will be happy if bugs are fixed quickly and features are shipped more often with staged rollouts (cohorts) and for specific device groups (cohorts).