NYTimes MCP

"""Tests for resources.py MCP resource definitions.""" import pytest from nytimes_mcp.resources import ( get_api_limits, get_available_sections, get_bestseller_lists, ) class TestGetAvailableSections: """Tests for get_available_sections.""" def test_returns_dict_with_sections(self): """Test that function returns a dict with sections array.""" result = get_available_sections() assert isinstance(result, dict) assert "sections" in result assert "description" in result assert isinstance(result["sections"], list) def test_contains_expected_sections(self): """Test that result contains expected sections.""" result = get_available_sections() sections = result["sections"] assert "all" in sections assert "world" in sections assert "business" in sections assert "technology" in sections assert "sports" in sections def test_sections_are_strings(self): """Test that all sections are strings.""" result = get_available_sections() sections = result["sections"] assert all(isinstance(section, str) for section in sections) def test_has_description(self): """Test that result has a description field.""" result = get_available_sections() assert "description" in result assert isinstance(result["description"], str) assert len(result["description"]) > 0 class TestGetBestsellerLists: """Tests for get_bestseller_lists.""" def test_returns_dict_with_lists(self): """Test that function returns a dict with lists array.""" result = get_bestseller_lists() assert isinstance(result, dict) assert "lists" in result assert "description" in result assert "note" in result assert isinstance(result["lists"], list) def test_contains_expected_lists(self): """Test that result contains expected bestseller lists.""" result = get_bestseller_lists() lists = result["lists"] assert "hardcover-fiction" in lists assert "hardcover-nonfiction" in lists assert "paperback-nonfiction" in lists assert "combined-print-and-e-book-fiction" in lists def test_lists_use_hyphens(self): """Test that list names use hyphens instead of spaces.""" result = get_bestseller_lists() lists = result["lists"] # All list names should use hyphens assert all("-" in list_name or list_name.isalpha() for list_name in lists) # No list names should have spaces assert all(" " not in list_name for list_name in lists) def test_lists_are_strings(self): """Test that all list names are strings.""" result = get_bestseller_lists() lists = result["lists"] assert all(isinstance(list_name, str) for list_name in lists) def test_has_description_and_note(self): """Test that result has description and note fields.""" result = get_bestseller_lists() assert "description" in result assert isinstance(result["description"], str) assert len(result["description"]) > 0 assert "note" in result assert isinstance(result["note"], str) assert len(result["note"]) > 0 class TestGetApiLimits: """Tests for get_api_limits.""" def test_returns_dict_with_rate_limits(self): """Test that function returns a dict with rate_limits.""" result = get_api_limits() assert isinstance(result, dict) assert "rate_limits" in result assert "description" in result assert "note" in result assert "recommendations" in result def test_rate_limits_structure(self): """Test the structure of rate_limits.""" result = get_api_limits() rate_limits = result["rate_limits"] assert isinstance(rate_limits, dict) assert "requests_per_minute" in rate_limits assert "requests_per_day" in rate_limits def test_rate_limit_values(self): """Test that rate limit values are correct.""" result = get_api_limits() rate_limits = result["rate_limits"] assert rate_limits["requests_per_minute"] == 5 assert rate_limits["requests_per_day"] == 500 def test_has_recommendations(self): """Test that result has recommendations array.""" result = get_api_limits() recommendations = result["recommendations"] assert isinstance(recommendations, list) assert len(recommendations) > 0 assert all(isinstance(rec, str) for rec in recommendations) def test_recommendations_content(self): """Test that recommendations contain useful information.""" result = get_api_limits() recommendations = result["recommendations"] # Join all recommendations to check for key concepts all_recs = " ".join(recommendations).lower() assert any( word in all_recs for word in ["caching", "cache", "pagination", "limit"] )