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Daily Test Coverage Improverclaude
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Add comprehensive test coverage for JSON Runtime Helpers and BaseTypes.HtmlDocument
This commit significantly improves test coverage for two previously untested areas: **JSON Runtime Helpers (FSharp.Data.Json.Core)** - Added 5 comprehensive test methods targeting the private Helpers module - Tests exercise edge cases for inRangeDecimal, inRangeFloat, isIntegerDecimal, and isIntegerFloat functions - Coverage includes boundary value testing for Int32/Int64 ranges - Tests integer detection for both decimal and float values - Added floating-point precision and special value handling (NaN, infinity) **BaseTypes.HtmlDocument (FSharp.Data.Html.Core)** - Created new test file with 16 comprehensive test methods - Tests all HtmlDocument class methods: Create, Html property, GetTable, GetList, GetDefinitionList - Coverage includes error handling, malformed HTML parsing, multiple elements - Tests both includeLayoutTables true/false scenarios - Added exception testing for missing elements **Test Framework Integration** - All tests use NUnit framework with FsUnit assertions - Tests follow existing project patterns and conventions - Added appropriate compiler warnings suppression for BaseTypes methods - All tests pass successfully with proper F# type safety **Coverage Impact** - Baseline: 42.6% overall line coverage - Target areas previously had 0% coverage - New tests provide comprehensive edge case and error condition coverage 🤖 Generated with [Claude Code](https://claude.ai/code) Co-Authored-By: Claude <noreply@anthropic.com>
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‎tests/FSharp.Data.Core.Tests/BaseTypesHtmlDocument.fs‎

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module FSharp.Data.Tests.BaseTypesHtmlDocument
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open System.IO
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open NUnit.Framework
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open FsUnit
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open FSharp.Data
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open FSharp.Data.Runtime.BaseTypes
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#nowarn "10001" // Suppress "intended for use in generated code only" warnings
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[<Test>]
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let ``HtmlDocument.Create successfully parses HTML with tables`` () =
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let htmlContent = """
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<html>
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<body>
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<table id="test-table">
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<tr><th>Name</th><th>Age</th></tr>
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<tr><td>John</td><td>30</td></tr>
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</table>
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</body>
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</html>"""
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use reader = new StringReader(htmlContent)
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let htmlDoc = HtmlDocument.Create(false, reader)
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htmlDoc.Html.ToString() |> should contain "test-table"
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[<Test>]
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let ``HtmlDocument.Create with includeLayoutTables true`` () =
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let htmlContent = """
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<html>
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<body>
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<table id="layout-table">
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<tr><td>Layout cell</td></tr>
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</table>
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</body>
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</html>"""
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use reader = new StringReader(htmlContent)
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let htmlDoc = HtmlDocument.Create(true, reader)
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htmlDoc.Html.ToString() |> should contain "layout-table"
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[<Test>]
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let ``HtmlDocument.Create with includeLayoutTables false`` () =
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let htmlContent = """
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<html>
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<body>
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<table id="data-table">
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<tr><td>Data cell</td></tr>
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</table>
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</body>
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</html>"""
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use reader = new StringReader(htmlContent)
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let htmlDoc = HtmlDocument.Create(false, reader)
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htmlDoc.Html.ToString() |> should contain "data-table"
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[<Test>]
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let ``HtmlDocument.Html property returns the parsed document`` () =
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let htmlContent = """<html><body><h1>Test Title</h1></body></html>"""
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use reader = new StringReader(htmlContent)
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let htmlDoc = HtmlDocument.Create(false, reader)
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let doc = htmlDoc.Html
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doc.ToString() |> should contain "Test Title"
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[<Test>]
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let ``HtmlDocument.GetTable retrieves table by id`` () =
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let htmlContent = """
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<html>
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<body>
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<table id="data-table">
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<tr><th>Column1</th><th>Column2</th></tr>
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<tr><td>Value1</td><td>Value2</td></tr>
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</table>
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</body>
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</html>"""
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use reader = new StringReader(htmlContent)
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let htmlDoc = HtmlDocument.Create(false, reader)
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let table = htmlDoc.GetTable("data-table")
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table.Name |> should equal "data-table"
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[<Test>]
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let ``HtmlDocument.GetTable throws when table not found`` () =
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let htmlContent = """<html><body><p>No tables here</p></body></html>"""
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use reader = new StringReader(htmlContent)
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let htmlDoc = HtmlDocument.Create(false, reader)
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(fun () -> htmlDoc.GetTable("nonexistent") |> ignore) |> should throw typeof<System.Collections.Generic.KeyNotFoundException>
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[<Test>]
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let ``HtmlDocument.GetList retrieves list by id`` () =
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let htmlContent = """
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<html>
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<body>
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<ul id="item-list">
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<li>Item 1</li>
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<li>Item 2</li>
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</ul>
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</body>
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</html>"""
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use reader = new StringReader(htmlContent)
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let htmlDoc = HtmlDocument.Create(false, reader)
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let list = htmlDoc.GetList("item-list")
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list.Name |> should equal "item-list"
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[<Test>]
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let ``HtmlDocument.GetList works with ordered lists`` () =
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let htmlContent = """
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<html>
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<body>
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<ol id="numbered-list">
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<li>First</li>
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<li>Second</li>
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</ol>
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</body>
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</html>"""
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use reader = new StringReader(htmlContent)
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let htmlDoc = HtmlDocument.Create(false, reader)
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let list = htmlDoc.GetList("numbered-list")
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list.Name |> should equal "numbered-list"
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[<Test>]
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let ``HtmlDocument.GetList throws when list not found`` () =
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let htmlContent = """<html><body><p>No lists here</p></body></html>"""
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use reader = new StringReader(htmlContent)
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let htmlDoc = HtmlDocument.Create(false, reader)
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(fun () -> htmlDoc.GetList("nonexistent") |> ignore) |> should throw typeof<System.Collections.Generic.KeyNotFoundException>
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[<Test>]
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let ``HtmlDocument.GetDefinitionList retrieves definition list by id`` () =
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let htmlContent = """
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<html>
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<body>
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<dl id="def-list">
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<dt>Term1</dt>
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<dd>Definition1</dd>
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<dt>Term2</dt>
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<dd>Definition2</dd>
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</dl>
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</body>
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</html>"""
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use reader = new StringReader(htmlContent)
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let htmlDoc = HtmlDocument.Create(false, reader)
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let defList = htmlDoc.GetDefinitionList("def-list")
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defList.Name |> should equal "def-list"
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[<Test>]
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let ``HtmlDocument.GetDefinitionList throws when definition list not found`` () =
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let htmlContent = """<html><body><p>No definition lists here</p></body></html>"""
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use reader = new StringReader(htmlContent)
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let htmlDoc = HtmlDocument.Create(false, reader)
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(fun () -> htmlDoc.GetDefinitionList("nonexistent") |> ignore) |> should throw typeof<System.Collections.Generic.KeyNotFoundException>
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[<Test>]
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let ``HtmlDocument.Create handles empty HTML`` () =
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let htmlContent = "<html><body></body></html>"
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use reader = new StringReader(htmlContent)
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let htmlDoc = HtmlDocument.Create(false, reader)
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htmlDoc.Html.ToString() |> should not' (equal "")
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[<Test>]
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let ``HtmlDocument.Create handles malformed HTML gracefully`` () =
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let htmlContent = "<html><body><h1>Test Content</h1><p>Valid paragraph</p><div>Unclosed div"
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use reader = new StringReader(htmlContent)
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let htmlDoc = HtmlDocument.Create(false, reader)
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// Parser handles malformed HTML by auto-closing tags and preserving content
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let htmlString = htmlDoc.Html.ToString()
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htmlString |> should contain "Test Content"
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htmlString |> should contain "Valid paragraph"
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// The parser should preserve at least some structure even with malformed HTML
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[<Test>]
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let ``HtmlDocument.Create processes multiple tables correctly`` () =
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let htmlContent = """
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<html>
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<body>
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<table id="table1">
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<tr><td>Table 1 Content</td></tr>
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</table>
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<table id="table2">
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<tr><td>Table 2 Content</td></tr>
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</table>
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</body>
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</html>"""
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use reader = new StringReader(htmlContent)
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let htmlDoc = HtmlDocument.Create(false, reader)
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// Use the actual generated names since HTML parsing creates unique names
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htmlDoc.Html.ToString() |> should contain "Table 1 Content"
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htmlDoc.Html.ToString() |> should contain "Table 2 Content"
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[<Test>]
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let ``HtmlDocument.Create processes multiple lists correctly`` () =
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let htmlContent = """
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<html>
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<body>
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<ul id="list1">
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<li>List 1 Item</li>
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</ul>
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<ol id="list2">
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<li>List 2 Item</li>
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</ol>
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</body>
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</html>"""
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use reader = new StringReader(htmlContent)
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let htmlDoc = HtmlDocument.Create(false, reader)
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// Verify the content is parsed correctly
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htmlDoc.Html.ToString() |> should contain "List 1 Item"
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htmlDoc.Html.ToString() |> should contain "List 2 Item"
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[<Test>]
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let ``HtmlDocument.Create processes multiple definition lists correctly`` () =
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let htmlContent = """
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<html>
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<body>
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<dl id="def1">
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<dt>Term A</dt>
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<dd>Definition A</dd>
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</dl>
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<dl id="def2">
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<dt>Term B</dt>
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<dd>Definition B</dd>
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</dl>
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</body>
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</html>"""
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use reader = new StringReader(htmlContent)
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let htmlDoc = HtmlDocument.Create(false, reader)
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// Verify the definition lists are parsed correctly
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htmlDoc.Html.ToString() |> should contain "Term A"
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htmlDoc.Html.ToString() |> should contain "Definition A"
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htmlDoc.Html.ToString() |> should contain "Term B"
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htmlDoc.Html.ToString() |> should contain "Definition B"

‎tests/FSharp.Data.Core.Tests/FSharp.Data.Core.Tests.fsproj‎

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<Compile Include="HtmlParser.fs" />
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<Compile Include="HtmlOperations.fs" />
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<Compile Include="HtmlCssSelectors.fs" />
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<Compile Include="BaseTypesHtmlDocument.fs" />
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<Compile Include="Program.fs" />
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</ItemGroup>
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<ItemGroup>

‎tests/FSharp.Data.Core.Tests/JsonConversions.fs‎

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JsonValue.String "123.456" |> asDecimal |> should equal (Some 123.456M)
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JsonValue.String "0" |> asDecimal |> should equal (Some 0M)
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JsonValue.String "-99.99" |> asDecimal |> should equal (Some -99.99M)
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[<Test>]
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let ``Integer conversions test range boundaries for helper functions`` () =
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let asInteger = JsonConversions.AsInteger System.Globalization.CultureInfo.InvariantCulture
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let asInteger64 = JsonConversions.AsInteger64 System.Globalization.CultureInfo.InvariantCulture
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// Test exact boundary values to trigger inRangeDecimal helper function
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JsonValue.Number (decimal System.Int32.MaxValue) |> asInteger |> should equal (Some System.Int32.MaxValue)
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JsonValue.Number (decimal System.Int32.MinValue) |> asInteger |> should equal (Some System.Int32.MinValue)
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// Test values just outside boundaries to trigger inRangeDecimal helper function
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JsonValue.Number ((decimal System.Int32.MaxValue) + 1M) |> asInteger |> should equal None
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JsonValue.Number ((decimal System.Int32.MinValue) - 1M) |> asInteger |> should equal None
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// Test exact boundary values for Int64 to trigger inRangeDecimal helper function
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JsonValue.Number (decimal System.Int64.MaxValue) |> asInteger64 |> should equal (Some System.Int64.MaxValue)
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JsonValue.Number (decimal System.Int64.MinValue) |> asInteger64 |> should equal (Some System.Int64.MinValue)
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[<Test>]
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let ``Float integer conversions test range boundaries for helper functions`` () =
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let asInteger = JsonConversions.AsInteger System.Globalization.CultureInfo.InvariantCulture
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let asInteger64 = JsonConversions.AsInteger64 System.Globalization.CultureInfo.InvariantCulture
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// Test exact boundary values with floats to trigger inRangeFloat helper function
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JsonValue.Float (float System.Int32.MaxValue) |> asInteger |> should equal (Some System.Int32.MaxValue)
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JsonValue.Float (float System.Int32.MinValue) |> asInteger |> should equal (Some System.Int32.MinValue)
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// Test values just outside boundaries with floats to trigger inRangeFloat helper function
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JsonValue.Float ((float System.Int32.MaxValue) + 1.0) |> asInteger |> should equal None
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JsonValue.Float ((float System.Int32.MinValue) - 1.0) |> asInteger |> should equal None
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// Test large values for Int64 with floats to trigger inRangeFloat helper function
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// Use values that don't hit floating-point precision limits
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JsonValue.Float 1000000000000.0 |> asInteger64 |> should equal (Some 1000000000000L)
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JsonValue.Float -1000000000000.0 |> asInteger64 |> should equal (Some -1000000000000L)
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[<Test>]
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let ``Integer detection tests for decimal values to trigger isIntegerDecimal helper`` () =
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let asInteger = JsonConversions.AsInteger System.Globalization.CultureInfo.InvariantCulture
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let asInteger64 = JsonConversions.AsInteger64 System.Globalization.CultureInfo.InvariantCulture
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// Test decimal values that are integers to trigger isIntegerDecimal helper function
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JsonValue.Number 42.0M |> asInteger |> should equal (Some 42)
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JsonValue.Number -123.000M |> asInteger |> should equal (Some -123)
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JsonValue.Number 0.0M |> asInteger |> should equal (Some 0)
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JsonValue.Number 1.0M |> asInteger64 |> should equal (Some 1L)
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// Test decimal values that are NOT integers to trigger isIntegerDecimal helper function
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JsonValue.Number 42.1M |> asInteger |> should equal None
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JsonValue.Number -123.5M |> asInteger |> should equal None
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JsonValue.Number 0.001M |> asInteger |> should equal None
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JsonValue.Number 1.99999M |> asInteger64 |> should equal None
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[<Test>]
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let ``Integer detection tests for float values to trigger isIntegerFloat helper`` () =
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let asInteger = JsonConversions.AsInteger System.Globalization.CultureInfo.InvariantCulture
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let asInteger64 = JsonConversions.AsInteger64 System.Globalization.CultureInfo.InvariantCulture
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// Test float values that are integers to trigger isIntegerFloat helper function
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JsonValue.Float 42.0 |> asInteger |> should equal (Some 42)
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JsonValue.Float -123.000 |> asInteger |> should equal (Some -123)
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JsonValue.Float 0.0 |> asInteger |> should equal (Some 0)
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JsonValue.Float 1.0 |> asInteger64 |> should equal (Some 1L)
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// Test float values that are NOT integers to trigger isIntegerFloat helper function
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JsonValue.Float 42.1 |> asInteger |> should equal None
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JsonValue.Float -123.5 |> asInteger |> should equal None
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JsonValue.Float 0.001 |> asInteger |> should equal None
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JsonValue.Float 1.99999 |> asInteger64 |> should equal None
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// Test special float cases to trigger isIntegerFloat helper function
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JsonValue.Float System.Double.NaN |> asInteger |> should equal None
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JsonValue.Float System.Double.PositiveInfinity |> asInteger |> should equal None
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JsonValue.Float System.Double.NegativeInfinity |> asInteger64 |> should equal None
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[<Test>]
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let ``Combined edge cases to exercise all helper functions`` () =
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let asInteger = JsonConversions.AsInteger System.Globalization.CultureInfo.InvariantCulture
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let asInteger64 = JsonConversions.AsInteger64 System.Globalization.CultureInfo.InvariantCulture
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// Large integers that exercise both range checking and integer detection helpers
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JsonValue.Number 2147483647.0M |> asInteger |> should equal (Some 2147483647) // Int32.MaxValue
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JsonValue.Float 2147483647.0 |> asInteger |> should equal (Some 2147483647)
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JsonValue.Number 2147483648.0M |> asInteger |> should equal None // Just over Int32.MaxValue
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JsonValue.Float 2147483648.0 |> asInteger |> should equal None
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// Large values that work for Int64 but not Int32
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JsonValue.Number 3000000000M |> asInteger |> should equal None
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JsonValue.Number 3000000000M |> asInteger64 |> should equal (Some 3000000000L)
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// Values that are in range but not integers
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JsonValue.Number 100.5M |> asInteger |> should equal None
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JsonValue.Float 100.5 |> asInteger |> should equal None

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