List Gradle project variants, modules, or tasks to introspect Android build structure.
MIT
519,943 tools. Updated 2026-09-06 08:15
"Gradle" matching MCP tools:
- Build Android apps by executing Gradle tasks such as assembleDebug, assembleRelease, or bundle, and returns a summary with buildId.MIT
- Run Android unit or connected tests and receive a test summary with IDs. Save or clear baselines to auto-detect regressions.MITDestructive
- Retrieve complete output from previous builds or tests using their ID. Filter by logs, errors, tasks, or all details, with options to truncate or summarize.MIT
- Stop all running Gradle daemons to free up memory or resolve daemon-related issues in your Gradle projects.MIT
- Retrieve current Gradle configuration including JVM arguments, daemon settings, and version information to diagnose memory issues and understand project setup.MIT
Matching MCP Servers
- AlicenseAqualityDmaintenanceEnables interaction with Gradle projects through the Gradle Wrapper, allowing users to list projects and tasks, execute builds, run tests, and clean artifacts with real-time progress reporting and comprehensive error details.71MIT
- AlicenseNot gradedqualityDmaintenanceAnalyzes Gradle dependencies in Android projects, supporting Version Catalog, duplicate detection, module comparison, and dependency tree generation.MIT
Matching MCP Connectors
Public TV and radio catalogue with measured stream health, folders and M3U feeds for VLC.
Cross-brand carbide grade equivalents from verified manufacturer charts; never invents a grade.
- Build Android apps with Gradle in a project directory and retrieve the produced APK paths. Supports custom tasks and extra Gradle arguments.MIT
- Execute Gradle tasks for building, testing, or cleaning projects with optional arguments to customize the build process.MIT
- Lists all Gradle projects in the workspace to help developers identify available projects and manage their build environment.MIT
- Launch Tomcat server using Gradle commands to run web applications from a specified directory.MIT
- Perform k-means clustering on a pgvector column, sampling up to 5,000 rows to return centroids and per-row cluster assignments with distances.MIT
- Get a high-level summary of MCPg's capabilities, organized into buckets like schema introspection and query execution. Returns version and tool recommendations. Read-only; no database access.MIT
- Retrieve a tool's full schema—description, input/output shapes, and capability bucket—to verify call syntax after an error. Suggests correct names if not found.MIT
- Verify a PostgreSQL cluster's point-in-time recovery readiness, reporting which configuration gates fail and how to fix them.MIT
- Audit PostgreSQL configuration to flag dangerous toggles, cross-setting issues, and RAM-relative ratios for better performance tuning.MIT
- Inspect MPP segment configuration to surface per-segment status, mode, and role vs preferred_role, detecting post-failover state and providing unhealthy/out-of-sync counts for branching.MIT
- Finds similar rows across tables using embedding vectors. Given a source row's embedding, returns top-k nearest neighbors in a target table, with support for custom metric and database selection.MIT
- Diagnoses reranker lift by computing per-query Spearman and Kendall correlations between encoder ranks, issuing a warning when the reranker rarely reorders results, with optional filters.MIT
- Check PostgreSQL sequences for approaching overflow by comparing last_value to max_value against warning and critical thresholds, returning at-risk sequences sorted by usage percentage to prevent serial ceiling errors.MIT
- Rank tables and indexes by estimated bloat in a PostgreSQL schema, worst first, using a cheap catalog estimate or precise scan to target cleanup.MIT
- Compare two database schemas to identify added, removed, or changed tables, columns, indexes, constraints, and foreign keys.MIT