Alternatives to SQL-Ease for Db2 for z/OS

Your core applications are vital to your business, but managing them shouldn't mean relying on outdated tools. Rocket® Visual COBOL® provides a modern development and runtime environment that helps you maintain, enhance, and modernize your distributed COBOL applications with confidence. We empower your engineering teams to work seamlessly in the modern IDEs they already know, such as Visual Studio Code, Visual Studio, and Eclipse. By bringing legacy code into contemporary workflows, we help you remove bottlenecks and build for the future. - Speed up development and simplify onboarding using advanced editing, continuous background compilation, and intelligent debugging tools. - Integrate your core systems smoothly with modern APIs, .NET, and JVM ecosystems. -Deploy low-risk updates across flexible cloud, container, and ARM environments. Build a strong bridge between your reliable foundation and tomorrow's technology. Partner with us to transform your development workflows today.

A contemporary CI/CD tool for mainframes can guarantee that your code pipelines are not only secure but also stable and efficient across the entire DevOps process. By utilizing BMC Compuware ISPW, you gain the assurance that you can swiftly and safely construct, test, and deploy mainframe code. ISPW enables developers at any skill level to enhance the quality, speed, and effectiveness of software creation and delivery. It serves as a platform for mainframe source code management (SCM), as well as for building and deploying applications, and is compatible with enterprise Git. You can seamlessly integrate with modern DevOps toolchains through REST APIs and command line interfaces (CLIs), ensuring a flexible working environment whether you prefer Eclipse-based Topaz, ISPF, or VS Code. The tool allows for automation, standardization, and monitoring of deployments across diverse target environments. This capability also supports multiple developers collaborating on the same program simultaneously, and it efficiently identifies conflicts early by providing intuitive displays that reflect the real-time status of all programs throughout their lifecycle. Ultimately, embracing ISPW enhances collaboration and streamlines workflows in mainframe development.

IBM Developer for z/OS Enterprise Edition is an enterprise-grade development environment built to support modern application development and DevOps practices on IBM z/OS systems. The platform offers a powerful set of Eclipse-based and Visual Studio Code-based tools for creating, maintaining, and debugging applications written in languages such as COBOL, PL/I, HLASM, REXX, Java, and C/C++. It is designed to modernize traditional mainframe development by integrating cloud-enabled workflows, Git-based version control, automated deployment pipelines, and CI/CD processes. Developers can choose between Eclipse, VS Code, or browser-based environments depending on their preferred workflow and skill level. The platform includes advanced debugging tools that support multiple interfaces, including VS Code, Eclipse, and 3270 environments for flexible application analysis and troubleshooting. IBM Developer for z/OS Enterprise Edition also provides code analysis tools such as ZCodeScan for vulnerability detection and code coverage reporting to improve software quality and compliance. Its cloud-enabled development capabilities allow teams to collaborate remotely through browser-based coding environments and scalable infrastructure. The solution integrates with IBM Dependency Based Build and Wazi Deploy to support automated builds and deployments across enterprise environments. Organizations can standardize parallel development processes using Git or traditional library management tools like IBM Engineering Workflow Management and CA Endevor. The platform is designed to improve developer productivity, accelerate modernization initiatives, and create a strong foundation for AI-enhanced mainframe development workflows.

Managing software changes across mission-critical mainframe environments can be complex and risky. You need a solution that ensures quality without slowing down your development lifecycle. Rocket® ChangeMan™ is a comprehensive suite of mainframe change management tools built to strengthen control, governance, and productivity. We help you confidently manage software changes across IBM Z®/OS® environments—from development through testing and straight into production. By centralizing and automating the lifecycle of your code changes, assets, and configurations, this tool builds accountability and quality assurance into every step of your workflow. Key benefits for your organization: - Strengthen governance and control across mission-critical systems. - Automate the lifecycle of code changes, assets, and configurations. - Ensure strict quality assurance from development to production. Partner with Rocket Software to streamline your mainframe change management today.

Broadcom Endevor is a mainframe DevOps and software management platform built to help organizations securely manage, build, and deploy enterprise applications. The platform automates development workflows while maintaining strict compliance, traceability, and governance across mission-critical software environments. Endevor enables businesses to modernize mainframe development by supporting Git integration, CI/CD automation, REST APIs, and contemporary DevOps practices without requiring high-risk source code migrations. The solution includes innovative tools such as Bridge for Git, Team Build, Explorer for Endevor, and Endevor Web Services to streamline hybrid and Git-native workflows. Developers can work within multiple environments including ISPF, Eclipse, Zowe CLI, and VS Code with Code4z support for greater flexibility and productivity. Endevor also improves supply chain security by generating digitally signed software bills of materials to support compliance and vulnerability management initiatives. The platform’s webhook-driven Agile integrations and extensible audit capabilities provide organizations with improved visibility and operational control throughout the software lifecycle. Broadcom also offers beta capabilities such as Code4z Assistant and Insights dashboards to enhance AI-assisted development workflows and DevOps analytics. Endevor supports both traditional modernization approaches and enterprise Git-based workflows, allowing organizations to modernize at their own pace. Designed for enterprise mainframe operations, the platform helps businesses improve software delivery speed, strengthen governance, and reduce modernization risks.

Z/XDC offers developers an interactive and source-level debugging experience for mainframe programs within any z/OS environment, enabling them to navigate through live code, monitor variables in real-time, and address issues more swiftly than conventional techniques allow. By eliminating the guesswork inherent in traditional debugging, it grants comprehensive, real-time insight into program execution and introduces advanced debugging features to mainframe development. With Z/XDC, developers can significantly cut down on debugging durations, transforming a process that typically takes days into one that can be accomplished in hours, allowing them to test hypotheses instantly without the need for lengthy recompilation, make spontaneous modifications, run “what if” scenarios, correct problems, and validate solutions efficiently. Among its capabilities, Z/XDC allows for precise line-by-line stepping through code, instant code alterations, flag adjustments, modifications of data fields and registers, control over the Program Status Word (PSW), and the ability to load or delete modules, as well as manage memory with GETMAINs and FREEMAINs, and post Event Control Blocks. Additionally, it ensures source-level visibility, allowing developers to view the code as initially written, automatically load source image maps from ADATA, and access a variety of other helpful features, making it an indispensable tool for modern mainframe programming. This integration of advanced debugging functionalities enhances overall productivity and streamlines the development workflow for programmers working in mainframe environments.

BMC AMI DevX transforms the mainframe development landscape by enabling teams to create high-quality code with increased efficiency, smoother workflows, and a more contemporary development experience. It integrates various stages of the software development lifecycle—including agile development, testing, debugging, promotion, and delivery—into a comprehensive toolchain that caters to developers of all expertise levels. By allowing teams to operate within their preferred environments, like Eclipse and VS Code, it minimizes interruptions and facilitates easier onboarding for newcomers. The platform enhances processes such as editing, building, source code management, approvals, and deployment with its Code Pipeline feature, which promotes simultaneous development, accelerates release cycles, and ensures secure delivery. Furthermore, Code Insights provides developers with immediate visibility into intricate mainframe applications, aiding in the visualization of logic, dependencies, and monolithic structures, while generative AI explanations foster quicker comprehension of complex COBOL, JCL, PL/I, and Assembler code. This holistic approach not only streamlines the development process but also empowers teams to innovate more rapidly and efficiently in a constantly evolving technological landscape.

BMC COPE enables the virtualization of IMS, allowing for the rapid creation of new development images that greatly minimize both the expenses and time delays typically linked with establishing new IMS subsystems. The challenge of creating and managing numerous IMS development and testing systems is alleviated by COPE, which offers a solution to virtualize IMS systems, thereby reducing the necessity for distinct IMS systems and associated components during each application's development and testing phases. This innovation streamlines the development landscape by facilitating the concurrent execution of various application versions that depend on IMS database services, while also accommodating multiple iterations of batch or BMP programs and IMS database types, such as Full Function, HALDB, MSDB, and DEDB. COPE establishes connections to Db2, MQ, and CICS subsystems via a single IMS system, enhancing its utility when integrated with BMC AMI DevX Code Debug, BMC AMI DevX File-AID, and BMC AMI DevX Abend-AID, which assist in debugging IMS applications within a COPE virtualized framework. Additionally, this comprehensive approach not only promotes efficiency but also fosters collaborative efforts among development teams by providing a unified environment for testing and debugging.

Legacy Assembler code can be dense, costly to maintain, and reliant on a shrinking talent pool. But modernization doesn't have to be a painful, high-risk process. We partner with you to make the transition seamless. Rocket® Assembler Code Refactoring™ automatically restructures your complex legacy code into modern languages like COBOL, C, or Java—or structured pseudocode—without changing how your applications behave. - Eliminate conversion risk: Our fully automated engine uses mathematically guaranteed logic equivalence, so your refactored code performs exactly like the original. - Accelerate your timeline: Drastically speed up modernization projects with secure, auditable transformations that help prevent costly outages. - Empower your team: Shift away from relying on hard-to-find specialists and make your core systems easier to maintain for the future. Transform your legacy systems with total confidence. Contact us to start your secure modernization journey today.

BMC Compuware Xpediter comprises a suite of debugging and interactive analysis tools designed for COBOL, Assembler, PL/I, and C programming languages, enabling developers to swiftly grasp application structures, implement modifications, and resolve issues securely, even when they lack familiarity with the original codebase. This platform allows developers to initiate interactive test sessions with ease, facilitating a smoother transition of applications into production while boosting their confidence in the process. Users can execute code line by line, gaining control over every facet of program execution and associated data. The inclusion of Code Coverage provides evidence of execution and valuable metrics for applications across various platforms. Additionally, developers can utilize Abend-AID's diagnostic features directly within their debugging sessions. The integration with Topaz for Program Analysis offers a visual representation of the source code, enhancing the debugging experience. Furthermore, Topaz for Total Test aids in creating a thorough collection of automated virtualized test cases, ensuring comprehensive testing. It even allows for the interception and debugging of mainframe transactions that are triggered remotely, showcasing its versatility in different environments. By utilizing these advanced tools, developers can significantly enhance their productivity and application reliability.

Your modernization journey doesn't have to be risky. Rocket® Enterprise Suite™ empowers you to securely migrate mainframe applications using your existing code. This approach minimizes failure risk and delivers much faster project timelines. We partner with you to support both COBOL and PL/I workloads across on-premises, cloud, or hybrid environments, giving you complete flexibility. - Accelerate development: Access comprehensive tools for analyzing, securing, testing, and deploying your critical applications. - Simplify complexity: Leverage an AI-powered natural language assistant to easily understand and document complex code, improving your DevOps practices. - Ensure reliability: Trust in four decades of experience and thousands of successful modernization projects. Build the foundation for your future IT infrastructure today. Discover how we can help you accelerate modern application development with total confidence.

Managing complex applications across diverse platforms doesn't have to slow down your team. We partner with you to streamline your entire software lifecycle. Rocket® Enterprise Developer™ offers a unified interface that empowers your developers to build, maintain, and modernize applications across mainframe, midrange, and open systems. - Boost productivity: Access integrated tools for advanced debugging, performance analysis, and version control, all in one centralized place. - Simplify development: Work seamlessly with various programming languages and frameworks without jumping between disparate environments. - Reduce operational overhead: Modernize legacy systems efficiently, ensuring absolute consistency and speed in your daily software workflows. Give your developers the modern tools they need to innovate. Contact us today to discover how we can help you transform your application development.

WebAssembly, commonly referred to as Wasm, is a binary instruction format intended for a stack-based virtual machine. It serves as a portable compilation target for various programming languages, which facilitates the deployment of applications on the web for both client-side and server-side use. The design of the Wasm stack machine emphasizes efficiency in size and load time, utilizing a binary format that promotes quick execution. By leveraging prevalent hardware capabilities, WebAssembly aims to achieve performance that is comparable to native speed across numerous platforms. WebAssembly also establishes a memory-safe and sandboxed execution environment that can be integrated into existing JavaScript virtual machines, thus expanding its versatility. When utilized within web environments, WebAssembly adheres to the browser's same-origin and permissions security protocols, ensuring a safe execution context. Additionally, WebAssembly provides a pretty-printed textual format that is beneficial for debugging, testing, and learning, allowing developers to experiment and optimize their code easily. This textual representation will also be accessible when examining the source of Wasm modules on the web, making it easier for programmers to engage directly with their code. By fostering such accessibility, WebAssembly encourages a deeper understanding of how web applications function at a fundamental level.

OpenCppCoverage is a free and open-source tool designed for measuring code coverage in C++ applications on Windows platforms. Primarily aimed at enhancing unit testing, it also aids in identifying executed lines during program debugging. The tool is compatible with compilers that generate program database files (.pdb) and allows users to execute their programs without the need for recompilation. Users can exclude specific lines based on regular expressions, and it offers coverage aggregation, enabling the merging of multiple coverage reports into a singular comprehensive document. It requires Microsoft Visual Studio 2008 or newer, including the Express edition, although it may also function with earlier versions of Visual Studio. Furthermore, tests can be conveniently run through the Test Explorer window, streamlining the testing process for developers. This versatility makes OpenCppCoverage a valuable asset for those focused on maintaining high code quality.

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.

BMC Compuware Topaz offers an all-encompassing collection of contemporary tools for mainframe development and testing, aimed at enhancing developer efficiency regardless of the age or complexity of the software. This modern solution facilitates mainframe development and testing while providing improved insight and expertise. A study conducted by Forrester Consulting at the request of Compuware revealed that 64% of organizations reliant on mainframes are executing over half of their essential workloads on these systems, yet they are only able to replace a mere one-third of the retiring professionals. In light of this situation, it is essential for companies to implement a force multiplier that enables their development teams to achieve greater outcomes with fewer resources. The Topaz suite is capable of assisting mainframe developers of varying experience levels to swiftly grasp, update, test, maintain, and resolve issues in even the most antiquated, intricate, or inadequately documented systems. By leveraging such tools, organizations can significantly enhance their operational capabilities and better navigate the challenges posed by workforce shortages.

Traceloop is an all-encompassing observability platform tailored for the monitoring, debugging, and quality assessment of outputs generated by Large Language Models (LLMs). It features real-time notifications for any unexpected variations in output quality and provides execution tracing for each request, allowing for gradual implementation of changes to models and prompts. Developers can effectively troubleshoot and re-execute production issues directly within their Integrated Development Environment (IDE), streamlining the debugging process. The platform is designed to integrate smoothly with the OpenLLMetry SDK and supports a variety of programming languages, including Python, JavaScript/TypeScript, Go, and Ruby. To evaluate LLM outputs comprehensively, Traceloop offers an extensive array of metrics that encompass semantic, syntactic, safety, and structural dimensions. These metrics include QA relevance, faithfulness, overall text quality, grammatical accuracy, redundancy detection, focus evaluation, text length, word count, and the identification of sensitive information such as Personally Identifiable Information (PII), secrets, and toxic content. Additionally, it provides capabilities for validation through regex, SQL, and JSON schema, as well as code validation, ensuring a robust framework for the assessment of model performance. With such a diverse toolkit, Traceloop enhances the reliability and effectiveness of LLM outputs significantly.

DataVantage provides a wide range of data management solutions that focus on the protection and governance of sensitive information in both mainframe and distributed settings. Among its key products are DataVantage for IMS, Db2, and VSAM, which incorporate sophisticated features for data masking, editing, and extraction, ensuring the safeguarding of Personally Identifiable Information (PII) during non-production activities. Furthermore, DataVantage DME (Data Masking Express) enables economical, real-time data masking for Db2, IMS, and VSAM environments, facilitating compliance without hindering existing operations. For distributed infrastructures, DataVantage Global offers comprehensive data masking, obfuscation, and de-identification processes, promoting both compliance and operational effectiveness across various platforms. Moreover, DataVantage Adviser streamlines the management of COBOL files following mainframe rehosting or application modernization, thereby improving data accessibility and editing capabilities. This holistic approach to data management not only enhances security measures but also supports organizations in their quest for regulatory compliance and operational integrity.

Maintaining mission-critical systems shouldn't keep you tethered to the past. Rocket® COBOL provides a contemporary development and runtime environment that empowers your enterprise to seamlessly maintain, enhance, and modernize distributed COBOL applications. We bridge the gap between legacy reliability and future innovation, giving your team the tools to deploy low-risk updates to new infrastructure without disrupting everyday workflows. - Seamlessly integrate your existing systems with modern APIs, .NET, and Java platforms. - Transition confidently to cloud, container, and modern IT architectures. - Accelerate development and simplify onboarding for new talent using GenAI-powered insights. Protect your investment while embracing the future of enterprise technology. Partner with us to modernize your COBOL applications today.

CodeRunner is an efficient, lightweight programming text editor and integrated development environment (IDE) tailored for macOS. This versatile application was crafted to accommodate a diverse array of popular programming languages and execute them without delay. By default, it can run code in 25 different languages, but users can easily configure it to support additional languages through their respective terminal commands. With a robust offering of over 200 syntax modes, an array of advanced editing capabilities, and thoughtful design elements, CodeRunner is sure to become your preferred editor for all types of text files. Its code completion functionality stands out as one of the finest available in any IDE, featuring intelligent text matching that goes beyond mere single-word suggestions. The extra-fuzzy search algorithm allows users to swiftly locate the right completion among thousands, supplemented by useful documentation snippets and a smart ranking system for results. Instead of cluttering your code with print statements for debugging, take advantage of CodeRunner's comprehensive built-in debugging tools, which allow you to set breakpoints and step through your code seamlessly. With its user-friendly interface and powerful features, CodeRunner is ideal for both novice programmers and seasoned developers alike.

Learning a foundational language shouldn't require a high barrier to entry. Rocket® Visual COBOL® Personal Edition is a free, academic-use development environment designed for students and professionals eager to learn COBOL development. We give you the tools to build your skills at no cost, so you can focus entirely on your education and career growth. By integrating natively with the modern IDEs you already know—like Visual Studio Code, Visual Studio, and Eclipse—we make learning intuitive and accessible. - Master COBOL using a free, one-year student license built specifically for education. - Write, compile, and debug code effortlessly within familiar modern IDEs. - Combine COBOL projects with C# and Java using our robust .NET and JVM support. Whether you are a new developer building core skills or an experienced programmer exploring modernization, we empower your growth. Download your free edition and start coding today.

Panvalet is a mainframe library management solution from Broadcom that centralizes the storage and control of source code, Job Control Language (JCL), object files, and card-image data files. The platform is designed to simplify application development and reduce the operational complexity associated with maintaining enterprise business applications. Panvalet provides a centralized repository on direct access storage devices (DASD), allowing organizations to improve visibility and control across their programming environments. Development teams can use the platform to establish and maintain secure control libraries for source programs and operational data assets. Panvalet delivers immediate access to application components, helping teams streamline maintenance, processing, and development activities. The system also strengthens data protection by reducing the risk of accidental loss, theft, disaster-related damage, and unauthorized access to critical program assets. By automating manual and resource-intensive processes, Panvalet improves staff productivity and operational efficiency within mainframe environments. The platform supports more reliable change management and enhances machine performance through centralized management capabilities. Broadcom also provides training, integration resources, support services, and professional consulting to help organizations maximize the value of their Panvalet implementation. Built for enterprise mainframe operations, Panvalet helps organizations modernize development workflows while maintaining strong control over critical application assets.

TmaxSoft's OpenFrame is an all-encompassing solution for modernizing and replatforming mainframes, allowing organizations to transition their outdated mainframe applications and data to contemporary systems like Linux, Unix, Docker containers, or public cloud infrastructures without altering existing business logic, thereby maintaining core functions, cutting down on total ownership costs, and steering clear of perilous rewrites. This innovative solution features a forward-thinking, standard three-tier architecture that enhances performance, stability, flexibility, and scalability in comparison to conventional mainframes, accommodating over 100K MIPS and boosting processing capabilities. OpenFrame leverages sophisticated compiler technology along with an integrated asset analysis tool known as OF Manager to seamlessly convert user interface logic, application logic, and data structures, enabling applications to function natively in open environments with minimal manual intervention. This capability ensures that current staff and skill sets can be preserved, leading to a smoother transition and continued operational efficiency. As organizations seek to adapt to evolving technological landscapes, OpenFrame provides a strategic pathway for modernization.

CodeTurn, developed by Astadia, is an automated tool designed to convert legacy source code into contemporary, maintainable code that retains 100% functional equivalence with the original. This innovative product efficiently transforms an application's source code, allowing it to run seamlessly in either the same or a different environment. Thanks to its fully automated processes, the modernization project delivers predictable outcomes regarding risk, cost, and duration, making it a reliable choice for organizations. The resulting migrated application operates independently of proprietary Astadia software, instead utilizing standard industry technologies. CodeTurn encompasses every element of the conversion process, ensuring the delivery of high-quality, functionally equivalent code, and is often utilized alongside other Astadia products like DataTurn for legacy data migration, TestMatch for automated testing, and DataMatch for batch testing automation. In this way, CodeTurn not only simplifies the modernization effort but also enhances the overall efficiency of the software development lifecycle.

Cython serves as an optimizing static compiler designed for both the Python language and the enhanced Cython language, which is rooted in Pyrex. It simplifies the process of creating C extensions for Python, making it as straightforward as writing Python itself. With Cython, developers can harness the strengths of both Python and C, enabling seamless interactions between Python code and C or C++ code at any point. By incorporating static type declarations in a Python-like syntax, users can easily enhance the performance of their readable Python code to that of plain C. The tool also provides combined source code level debugging, allowing developers to efficiently identify issues within their Python, Cython, and C code. Cython is particularly adept at managing large datasets, such as multi-dimensional NumPy arrays, facilitating the development of applications within the expansive and robust CPython ecosystem. Notably, the Cython language extends the capabilities of Python by allowing direct calls to C functions and the declaration of C types for variables and class attributes, ultimately enhancing the development experience. This fusion of languages not only broadens the possibilities for developers but also streamlines the process of optimizing Python applications.

With Letta, you can create, deploy, and manage your agents on a large scale, allowing the development of production applications supported by agent microservices that utilize REST APIs. By integrating memory capabilities into your LLM services, Letta enhances their advanced reasoning skills and provides transparent long-term memory through the innovative technology powered by MemGPT. We hold the belief that the foundation of programming agents lies in the programming of memory itself. Developed by the team behind MemGPT, this platform offers self-managed memory specifically designed for LLMs. Letta's Agent Development Environment (ADE) allows you to reveal the full sequence of tool calls, reasoning processes, and decisions that contribute to the outputs generated by your agents. Unlike many systems that are limited to just prototyping, Letta is engineered by systems experts for large-scale production, ensuring that the agents you design can grow in effectiveness over time. You can easily interrogate the system, debug your agents, and refine their outputs without falling prey to the opaque, black box solutions offered by major closed AI corporations, empowering you to have complete control over your development process. Experience a new era of agent management where transparency and scalability go hand in hand.

The hevm project serves as a tailored implementation of the Ethereum Virtual Machine (EVM) designed for tasks like symbolic execution, unit testing, and debugging of smart contracts. Created by DappHub, it seamlessly integrates with the suite of tools offered by the same developer. The hevm command line interface enables users to symbolically execute smart contracts, conduct unit tests, debug contracts interactively while displaying the Solidity source code, or execute any arbitrary EVM code. It allows computations to be carried out using a local state established within a testing framework or retrieved from live networks through RPC calls. Users can initiate symbolic execution with specified parameters to detect assertion violations and can also customize certain function signature arguments while keeping others abstract. Notably, hevm adopts an eager approach to symbolic execution, meaning that it initially strives to investigate all branches of the program. This comprehensive method enhances the reliability and robustness of smart contract development and testing.

Introducing a premier developer platform designed for the testing and debugging of AI agents, we provide the essential tools so you can focus on innovation. With our system, you can visually monitor events like LLM calls, tool usage, and the interactions of multiple agents. Additionally, our rewind and replay feature allows for precise review of agent executions at specific moments. Maintain a comprehensive log of data, encompassing logs, errors, and prompt injection attempts throughout the development cycle from prototype to production. Our platform seamlessly integrates with leading agent frameworks, enabling you to track, save, and oversee every token your agent processes. You can also manage and visualize your agent's expenditures with real-time price updates. Furthermore, our service enables you to fine-tune specialized LLMs at a fraction of the cost, making it up to 25 times more affordable on saved completions. Create your next agent with the benefits of evaluations, observability, and replays at your disposal. With just two simple lines of code, you can liberate yourself from terminal constraints and instead visualize your agents' actions through your AgentOps dashboard. Once AgentOps is configured, every execution of your program is documented as a session, ensuring that all relevant data is captured automatically, allowing for enhanced analysis and optimization. This not only streamlines your workflow but also empowers you to make data-driven decisions to improve your AI agents continuously.

Transform your inquiries into code effortlessly while having the capability to store and retrieve your snippets with ease. Collaborate seamlessly with your team, leveraging the power of ChatGPT alongside our optimized GPT-3 model. Enhance your comprehension of coding concepts to expand your skillset. Improve the quality of your programming through our advanced refactoring and debugging tools. Share your code snippets securely with your team while preserving their formatting. Our integration of ChatGPT and the refined GPT-3 model ensures quicker and more precise answers to your queries compared to traditional Codex applications. Generate documentation, refactor, debug, and create code with just a single click. With our specialized VSCode extension, you can effortlessly save code directly from your IDE to your personal library. Organize your snippets by language, name, or folder, and customize your folder structure to match your preferences. Overall, our platform utilizes ChatGPT and our fine-tuned GPT-3 model to deliver unmatched speed and accuracy in response to your coding questions. Additionally, our user-friendly interface simplifies your coding experience, allowing for a more productive workflow.

Zig is a versatile programming language and toolset designed to ensure the creation of reliable, efficient, and reusable software components. Prioritize resolving application issues over grappling with language intricacies to enhance productivity. This language offers an innovative method for metaprogramming that utilizes execution at compile time alongside lazy evaluation techniques. There are no concealed control flows or unexpected memory allocations involved. It operates without a preprocessor or macros, allowing you to invoke any function during compile time freely. Zig enables the manipulation of types as values without incurring runtime penalties, and its compile-time features mimic the target architecture effectively. It can serve as a zero-dependency alternative or complement to C/C++ compilers, with built-in support for cross-compilation right from the start. Utilize the zig build system to establish a uniform development environment that functions seamlessly across various platforms. Integrate a Zig compilation unit into your existing C/C++ projects effortlessly, as cross-language link-time optimization is automatically activated.

Mainframe application testing doesn't have to be a costly, rigid bottleneck in your development cycle. Rocket® Enterprise Test Server empowers your IT teams to shift workloads to a scalable, Windows-based environment. By leveraging low-cost hardware, we help you reduce expenses while maintaining the rigorous quality checks your mission-critical systems demand. - Accelerate delivery: Speed up your development cycles by safely moving tests off the mainframe. - Reduce costs: Optimize your IT budget by utilizing accessible, scalable hardware for your testing needs. - Innovate confidently: Ensure every code change is thoroughly vetted and secure before it reaches production. Partner with us to modernize your testing infrastructure without compromising on reliability. Discover how Rocket Enterprise Test Server can transform your development lifecycle today.

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.

Managing complex workflows across distributed, hybrid, and mainframe systems can slow your team down and increase operational risk. Rocket® Workload Automation™ provides a unified platform to design, visualize, and automate your business and DevOps workflows from one centralized console. By giving developers and operators a single place to manage task dependencies and job schedules, we help you simplify complexity and reduce manual intervention. Whether your processes span on-premises, cloud, or mainframe systems, this solution ensures consistency and reliability across your entire IT landscape. Key benefits for your organization: - Orchestrate workload execution seamlessly across heterogeneous environments. - Improve delivery velocity by minimizing manual tasks and mitigating risks with AI-powered SLA compliance. - Gain full visibility into end-to-end operational processes and workflows to maintain consistency. Take control of your workloads and workflows today, and accelerate your IT delivery with Rocket Software.

AveriSource enhances the modernization of midrange and mainframe systems by utilizing application intelligence, extracting business rules, and leveraging AI-driven transformation. This robust technology offers a reliable solution for businesses eager to expedite and refine their modernization efforts, delivering the necessary insights, precision, and adaptability for managing intricate legacy modernization projects. It addresses the entire spectrum of modernization, from preliminary evaluations to complete refactoring, replatforming, or reimagining initiatives, ensuring alignment with modernization objectives while aiding teams in making well-informed strategic choices. By facilitating a thorough assessment of legacy application landscapes and determining which applications warrant modernization, it assists organizations in executing the most suitable strategy. Additionally, AveriSource Inventory cultivates a deep understanding of legacy applications by revealing code insights, pinpointing redundant files, and confirming environmental integrity, thereby ensuring a seamless modernization process that can adapt to future technological advancements. This holistic approach positions organizations to not only modernize effectively but also to innovate continuously in an ever-evolving digital landscape.

DB Optimizer allows database administrators to profile and tune SQL code across different platforms. It offers automated SQL tuning and performance optimization recommendations with color-coded analysis of stored routines or entire data sources, SQL stress load testing to simulate production environments with parallel users and executions over a specified period of time or execution cycle, as well as review of SQL execution and performance cost using explain plans.

SQL Query Tuner allows database administrators to profile and tune SQL code for SQL Server. It offers automated SQL tuning and performance optimization recommendations with color-coded analysis of stored routines or entire data sources, SQL stress load testing to simulate production environments with parallel users and executions over a specified period of time or execution cycle, as well as review of SQL execution and performance cost using explain plans.

The GitHub Copilot CLI integrates the fundamental features of the Copilot coding assistant directly into your terminal, allowing you to write, debug, refactor, and comprehend code using natural language commands right from the command line. It functions both locally and in harmony with your GitHub workflow, providing access to repositories, issues, and pull requests through conversational interactions while maintaining your GitHub account's authentication. Operating as an agent within your terminal, it can autonomously create or alter files, run commands, introduce new functionalities, resolve bugs, prototype, and modify codebases according to your requirements. With its deep integration into GitHub, the tool remains context-aware, taking into account factors such as code history, branches, and project structure, thereby optimizing the CLI experience to minimize disruptions between your terminal and code editor. Furthermore, it fosters collaborative efforts by allowing you to refine or repeat commands as the project progresses, enhancing productivity and streamlining development workflows. This combination of features makes the Copilot CLI an invaluable asset for developers seeking efficiency and clarity in their coding process.

Address intricate business challenges where the margin for error is minimal by leveraging Elemental Cognition AI to create applications that provide clear and demonstrable reasoning. Relying solely on large language models is insufficient for tackling such complex issues effectively. Implement AI solutions that not only investigate but also efficiently address multifaceted problems where precision, accuracy, and clarity are paramount. Transform expert insights into actionable programming through a conversational process, enabling seamless knowledge capture. Elemental Cognition translates accessible English documents into constraint-solving code, ensuring that the underlying business logic is comprehensible, testable, and adjustable. Navigate the complexities of difficult problems while ensuring your application remains on course. Enhance real-time constraint solving and optimization tailored to your organization by utilizing interactive AI that comprehends, reasons through, and resolves complicated trade-offs, ultimately guiding users toward optimal decisions. This approach not only maximizes accuracy but also fosters a deeper understanding among stakeholders regarding the decision-making processes at play.

Maxeler's cutting-edge dataflow solutions seamlessly fit into operational data centers, allowing for straightforward programming and management. These high-performance systems are specifically crafted to work within production server settings, ensuring compatibility with common operating systems and management applications. Our robust management software oversees resource allocation, scheduling, and data transfer throughout the dataflow computing framework. Furthermore, Maxeler dataflow nodes operate with standard Linux distributions, such as Red Hat Enterprise versions 4 and 5, without the need for any alterations. Any application designed for acceleration can function on a Maxeler node as a conventional Linux executable. Developers can create new applications by integrating the dataflow library into their existing code and utilizing simple function interfaces to access its capabilities. The MaxCompiler tool offers comprehensive debugging support throughout the development process, featuring a high-speed simulator that allows for code validation prior to implementation. This ensures that developers can optimize their applications effectively while minimizing the risk of errors. Additionally, Maxeler’s commitment to innovation guarantees that users can take advantage of the latest advancements in dataflow technology.

Langtail is a cloud-based development tool designed to streamline the debugging, testing, deployment, and monitoring of LLM-powered applications. The platform provides a no-code interface for debugging prompts, adjusting model parameters, and conducting thorough LLM tests to prevent unexpected behavior when prompts or models are updated. Langtail is tailored for LLM testing, including chatbot evaluations and ensuring reliable AI test prompts. Key features of Langtail allow teams to: • Perform in-depth testing of LLM models to identify and resolve issues before production deployment. • Easily deploy prompts as API endpoints for smooth integration into workflows. • Track model performance in real-time to maintain consistent results in production environments. • Implement advanced AI firewall functionality to control and protect AI interactions. Langtail is the go-to solution for teams aiming to maintain the quality, reliability, and security of their AI and LLM-based applications.

Karate stands out as the sole open-source tool that integrates API test automation, mocks, performance testing, and UI automation into one cohesive framework. Its BDD syntax, inspired by Cucumber, remains language-neutral and accessible, making it easy for individuals without programming backgrounds to use. With built-in assertions and HTML reporting, it enhances the testing experience, and its capability to run tests in parallel significantly boosts efficiency. Additionally, for teams that prefer not to work with Java, a cross-platform standalone executable is available, eliminating the need for code compilation. Users can simply write tests using a clear and straightforward syntax tailored for HTTP, JSON, GraphQL, and XML. Notably, Karate allows the combination of API and UI test automation within the same script, offering great flexibility. What’s particularly impressive is that JSON is treated as a 'first-class citizen' in the syntax, enabling users to articulate payloads and expected data without the necessity of double quotes or enclosing JSON field names in quotes. Furthermore, there's no requirement to escape characters, a common hassle in Java or other languages, thereby simplifying the testing process. This user-friendly approach significantly reduces the barriers to effective testing and promotes wider adoption among teams.

Maxim is a enterprise-grade stack that enables AI teams to build applications with speed, reliability, and quality. Bring the best practices from traditional software development to your non-deterministic AI work flows. Playground for your rapid engineering needs. Iterate quickly and systematically with your team. Organise and version prompts away from the codebase. Test, iterate and deploy prompts with no code changes. Connect to your data, RAG Pipelines, and prompt tools. Chain prompts, other components and workflows together to create and test workflows. Unified framework for machine- and human-evaluation. Quantify improvements and regressions to deploy with confidence. Visualize the evaluation of large test suites and multiple versions. Simplify and scale human assessment pipelines. Integrate seamlessly into your CI/CD workflows. Monitor AI system usage in real-time and optimize it with speed.

The CODESYS OPC UA Server offers a flexible solution for runtime environments that efficiently utilizes the controller's resources. This component is independent of the platform and seamlessly integrates with existing runtime systems. Aimed at OEM clients, it allows for the incorporation of custom OEM objects through its built-in provider interface. It boasts a variety of features such as automatic input suggestions, syntax error detection, debugging capabilities, and simulation tools to facilitate efficient development processes. The compiler generates optimized and robust machine code specifically for HXCPU. Additionally, project trees provide a unified approach to managing devices, tasks, and application programs, enhancing overall organization and productivity in development workflows. This comprehensive toolset ensures that developers can maximize their efficiency while working on complex projects.

You rely on clean, accurate JCL to keep critical workloads running on IBM z/OS. Rocket® PRO/JCL makes that easier by delivering intelligent JCL management that prevents errors before they reach production. With AI Code Explain for JCL, automated validation, and built-in enforcement of site standards, the solution helps teams reduce failed runs and improve operational reliability. Rocket PRO/JCL supports modern DevOps practices and integrates smoothly with CI/CD pipelines, allowing mainframe teams to work faster and with greater confidence. It streamlines development, testing, and promotion activities while improving the consistency and performance of production JCL. Keep your mainframe environment efficient, resilient, and cost-effective. Simplify JCL management and strengthen your workflows with Rocket PRO/JCL.

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.