Both tools have minimal descriptions (under 150 chars) and lack parameter descriptions entirely. Input schemas are present but sparse, only 'package_name' with basic string type, no constraints or format guidance. No output schemas documented. Error handling returns raw exception strings without recovery guidance. Tools lack idempotency hints and do not follow verb_noun naming conventions clearly. No security considerations for external API calls.

• Add parameter descriptions: 'package_name (string, required): The name of the Bioconda package to search for. Use the package name without version (e.g., "bwa", "samtools"). Do not include version numbers or URLs.'
• Document output schemas explicitly. For search_bioconda_package, specify: 'Returns a string containing conda search output with columns: name, version, build, channel.' For search_recipe_of_bioconda_package, specify: 'Returns a dict with keys: description (string), homepage (string or null), documentation (string or null), license (string), versions (list of strings), installation (string).'
• Replace raw error strings with actionable messages. E.g., 'Package "xyz" not found in Bioconda. Try searching with a partial name or check https://bioconda.github.io/recipes/ for available packages.' Categorize errors: retryable (network timeout), user-fixable (invalid package name), fatal (Bioconda service down).
• Enhance tool descriptions to distinguish use cases. search_bioconda_package: 'Find available versions and builds of a package in Bioconda. Use this to check if a package exists and what versions are available.' search_recipe_of_bioconda_package: 'Retrieve detailed metadata for a Bioconda package including description, homepage, license, and installation instructions. Use this after confirming the package exists with search_bioconda_package.'
• Add input validation: reject package names with spaces, special characters, or version suffixes. Return a clear error: 'Invalid package name: "bwa-0.7.17". Pass only the package name without version (e.g., "bwa").' This prevents silent failures and guides LLM self-correction.