Compare Regresco vs. TestMatch

Regresco conducts regression testing for web applications using cloud Chromium on a designated staging URL. Users can create test flows by either importing specifications from Playwright, building them manually, or utilizing a coding agent such as Claude Code, Claude, or ChatGPT to save the configurations via MCP. These test flows integrate various browser actions—including navigating, clicking, filling out forms, selecting options, hovering, uploading files, and asserting conditions—alongside API calls for login and setup processes. Tests can be scheduled to run daily or weekly, or they can be initiated through CI using a webhook, with support for both desktop and mobile-sized Chromium views equipped for touch interactions. Each test execution provides detailed feedback, including results for each step, screenshots, Playwright traces, and any console errors encountered; if a test fails, it is categorized as a likely regression, a flaky test, or an issue with broken locators. Moreover, selectors for clicking and filling out forms may automatically adapt when their original identifiers no longer match elements with the same name, although assertions are not subject to this auto-healing feature, ensuring that genuine regressions are still flagged as failed tests. The outcomes of these tests are communicated to your team via email or can be logged as issues in Jira. The free plan offers one project with a limit of 20 test runs per month, granting access to all features without requiring a credit card. Additionally, this comprehensive testing framework ensures that your web app maintains its integrity with every update.

TestMatch serves as a tool for comparing transaction content, enabling automated testing of mainframe OLTP applications, which are terminal-based systems for processing online transactions. It is particularly useful for aiding the transition of legacy applications to contemporary open systems, or it can be utilized to create an automated regression testing suite for existing applications. All user interactions are centrally recorded on an IBM or Siemens mainframe without the need for installing any client-side or server-side components of Astadia's software. This network-level recording method ensures compatibility across various development technologies. TestMatch effectively visualizes test scenarios and sessions, showcasing terminal content along with key attributes typical of terminal-based applications, such as protected/editable settings, MDT bits, reverse-video effects, and color schemes. Furthermore, TestMatch can replay these recorded scenarios, which can either be directed at the migrated application for testing purposes or the original application to verify functionality through regression testing. This versatility makes TestMatch an invaluable asset for organizations looking to streamline their testing processes while ensuring reliability during application transitions.