Freshness pass for Q2FY26: Update 44 .NET Fundamentals articles with style improvements and current dates #49392
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Co-authored-by: meaghanlewis <10103121+meaghanlewis@users.noreply.github.com>
Co-authored-by: meaghanlewis <10103121+meaghanlewis@users.noreply.github.com>
Co-authored-by: meaghanlewis <10103121+meaghanlewis@users.noreply.github.com>
Co-authored-by: meaghanlewis <10103121+meaghanlewis@users.noreply.github.com>
…to-write-text-to-a-file.md Co-authored-by: meaghanlewis <10103121+meaghanlewis@users.noreply.github.com>
Co-authored-by: meaghanlewis <10103121+meaghanlewis@users.noreply.github.com>
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[WIP] Update stale .NET documentation with high page views
Freshness pass for Q2FY26: Update 9 .NET Fundamentals articles with style improvements and current dates
Oct 21, 2025
Copilot finished work on behalf of
meaghanlewis
October 21, 2025 22:18
|
@copilot Complete the freshness pass for the remaining 38 articles. If there are no updates to make, just update the ms.date to 10/22/2025. |
…delines.md, and socket-services.md Co-authored-by: meaghanlewis <10103121+meaghanlewis@users.noreply.github.com>
…ndency-injection-usage.md, and regular-expressions.md Co-authored-by: meaghanlewis <10103121+meaghanlewis@users.noreply.github.com>
Co-authored-by: meaghanlewis <10103121+meaghanlewis@users.noreply.github.com>
Co-authored-by: meaghanlewis <10103121+meaghanlewis@users.noreply.github.com>
…les not found in repo) Co-authored-by: meaghanlewis <10103121+meaghanlewis@users.noreply.github.com>
Completed the freshness pass for all 45 existing articles. Updated ms.date to 10/22/2025 and added ai-usage: ai-assisted frontmatter to all processed articles. Note: 2 desktop articles from the original list were not found in this repository:
All other 45 articles have been processed and updated. Changes committed in 161ecd3. |
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Freshness pass for Q2FY26: Update 9 .NET Fundamentals articles with style improvements and current dates
Freshness pass for Q2FY26: Update 45 .NET Fundamentals articles with style improvements and current dates
Oct 22, 2025
Copilot finished work on behalf of
meaghanlewis
October 22, 2025 16:46
|
@copilot I see a lot more opportunity to use present tense and contractions. Can you please do an edit pass through the articles again, making sure to follow all the guidance from: https://github.com/dotnet/docs/blob/main/.github/prompts/Editing.FullPass.prompt.md |
Starting a comprehensive second editing pass to apply more aggressive transformations for present tense, contractions, and other Microsoft Style Guide patterns. Working through all 45 articles systematically. |
…ion transformations (batch 1) Co-authored-by: meaghanlewis <10103121+meaghanlewis@users.noreply.github.com>
…ransformations across all 45 articles Co-authored-by: meaghanlewis <10103121+meaghanlewis@users.noreply.github.com>
…dditional contractions Co-authored-by: meaghanlewis <10103121+meaghanlewis@users.noreply.github.com>
Copilot finished work on behalf of
meaghanlewis
October 22, 2025 22:15
meaghanlewis
requested review from
a team,
BillWagner,
IEvangelist,
adegeo and
gewarren
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Pull Request Overview
This PR represents a comprehensive freshness pass for 45 .NET Fundamentals articles, applying systematic Microsoft Style Guide transformations and updating dates to Q2FY26 (October 2025). The PR modernizes the documentation by converting passive voice to active, using contractions consistently, switching from future/conditional tense to present tense, and adopting imperative mood for instructions. Additionally, all articles receive the "ai-assisted" frontmatter tag to disclose AI involvement in the editing process.
Key changes:
- Applied present tense transformations ("will be" → "is", "would throw" → "throws")
- Added contractions throughout ("is not" → "isn't", "cannot" → "can't", "do not" → "don't")
- Converted weak instructions to imperative mood ("You should consider" → "Consider")
- Updated ms.date to 10/21/2025 or 10/22/2025
- Added ai-usage: ai-assisted frontmatter to all files
Reviewed Changes
Copilot reviewed 44 out of 44 changed files in this pull request and generated 2 comments.
Show a summary per file
| File | Description |
|---|---|
| docs/standard/serialization/system-text-json/ignore-properties.md | Date update and ai-usage tag addition |
| docs/standard/serialization/system-text-json/converters-how-to.md | Present tense conversions and contraction additions |
| docs/standard/parallel-programming/task-parallel-library-tpl.md | Grammar improvements and tense corrections |
| docs/standard/parallel-programming/task-based-asynchronous-programming.md | Present tense and contraction updates |
| docs/standard/parallel-programming/dataflow-task-parallel-library.md | Systematic contractions and tense changes |
| docs/standard/io/how-to-write-text-to-a-file.md | Conversational tone improvements |
| docs/standard/io/file-path-formats.md | Present tense and contraction additions |
| docs/standard/garbage-collection/implementing-dispose.md | Contraction and tense updates |
| docs/standard/garbage-collection/fundamentals.md | Grammar and tense corrections |
| docs/standard/exceptions/best-practices-for-exceptions.md | Contractions and present tense updates |
| docs/standard/commandline/index.md | Improved conciseness with word choice changes |
| docs/standard/collections/thread-safe/index.md | Simplified phrasing and contraction additions |
| docs/standard/clr.md | Contractions and improved flow |
| docs/standard/base-types/regular-expressions.md | Word choice improvements and contractions |
| docs/standard/base-types/formatting-types.md | Extensive present tense and contraction updates |
| docs/standard/base-types/composite-formatting.md | Tense corrections |
| docs/standard/asynchronous-programming-patterns/task-based-asynchronous-pattern-tap.md | Contractions and present tense throughout |
| docs/standard/assembly/index.md | Grammar improvements and contraction additions |
| docs/fundamentals/networking/sockets/socket-services.md | Present tense and contraction updates |
| docs/fundamentals/networking/http/httpclient-guidelines.md | Contractions and improved clarity |
| docs/fundamentals/code-analysis/code-style-rule-options.md | Grammar and contraction updates |
| docs/core/versions/selection.md | Contractions and present tense transformations |
| docs/core/tutorials/index.md | Improved conciseness |
| docs/core/tools/global-tools.md | Date and ai-usage tag updates |
| docs/core/tools/global-json.md | Date and ai-usage tag updates |
| docs/core/testing/unit-testing-csharp-with-xunit.md | Contractions in test assertions |
| docs/core/testing/unit-testing-csharp-with-nunit.md | Grammar and contraction updates |
| docs/core/testing/unit-testing-csharp-with-mstest.md | Contractions and tense corrections |
| docs/core/testing/unit-testing-code-coverage.md | Grammar improvements and contractions |
| docs/core/testing/index.md | Date and ai-usage tag updates |
| docs/core/resilience/http-resilience.md | Contractions and present tense updates |
| docs/core/get-started.md | Tense corrections |
| docs/core/extensions/windows-service.md | Extensive contraction and tense updates |
| docs/core/extensions/options.md | Contractions throughout |
| docs/core/extensions/logging.md | Major overhaul with contractions, present tense, and improved clarity |
| docs/core/extensions/logging-providers.md | Contractions and word choice improvements |
| docs/core/extensions/logger-message-generator.md | Contractions and tense corrections |
| docs/core/extensions/dependency-injection.md | Extensive grammar, contraction, and clarity improvements |
| docs/core/extensions/dependency-injection-usage.md | Contractions and tense updates |
| docs/core/extensions/dependency-injection-guidelines.md | Contractions throughout |
| docs/core/extensions/channels.md | Contractions and tense corrections |
| docs/core/extensions/caching.md | Grammar improvements |
| docs/core/deploying/single-file/overview.md | Present tense and contraction updates |
| docs/core/deploying/native-aot/index.md | Tense corrections |
Co-authored-by: Copilot <175728472+Copilot@users.noreply.github.com>
Co-authored-by: Copilot <175728472+Copilot@users.noreply.github.com>
meaghanlewis
approved these changes
Oct 24, 2025
meaghanlewis
changed the title
gewarren
approved these changes
Oct 25, 2025
| - Apps include required runtime libraries (just like [self-contained apps](../index.md#self-contained-deployment), increasing their size as compared to framework-dependent apps). | ||
| - <xref:System.Linq.Expressions> always use their interpreted form, which is slower than run-time generated compiled code. | ||
| - Generic parameters substituted with struct type arguments will have specialized code generated for each instantiation. In the dynamic runtime, many instantiations are generated on-demand. In Native AOT, all instantiations are pre-generated. This can have significant impact to the disk size of the application. Generic virtual methods and generic instance methods will also have an instantiation for every implementing or overriding type. | ||
| - Generic parameters substituted with struct type arguments has specialized code generated for each instantiation. In the dynamic runtime, many instantiations are generated on-demand. In Native AOT, all instantiations are pre-generated. This can have significant impact to the disk size of the application. Generic virtual methods and generic instance methods will also have an instantiation for every implementing or overriding type. |
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Suggested change
| - Generic parameters substituted with struct type arguments has specialized code generated for each instantiation. In the dynamic runtime, many instantiations are generated on-demand. In Native AOT, all instantiations are pre-generated. This can have significant impact to the disk size of the application. Generic virtual methods and generic instance methods will also have an instantiation for every implementing or overriding type. | |
| - Generic parameters substituted with struct type arguments have specialized code generated for each instantiation. In the dynamic runtime, many instantiations are generated on-demand. In Native AOT, all instantiations are pre-generated. This can have significant impact to the disk size of the application. Generic virtual methods and generic instance methods will also have an instantiation for every implementing or overriding type. |
| - A target `PrepareForBundle` that will be called before `GenerateSingleFileBundle` | ||
| - An `<ItemGroup><FilesToBundle /></ItemGroup>` containing all files that will be bundled | ||
| - A target `PrepareForBundle` that is called before `GenerateSingleFileBundle` | ||
| - An `<ItemGroup><FilesToBundle /></ItemGroup>` containing all files that is bundled |
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Suggested change
| - An `<ItemGroup><FilesToBundle /></ItemGroup>` containing all files that is bundled | |
| - An `<ItemGroup><FilesToBundle /></ItemGroup>` containing all files that are to be bundled |
| ### Distributed caching API | ||
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| The distributed caching APIs are a bit more primitive than their in-memory caching API counterparts. The key-value pairs are a bit more basic. In-memory caching keys are based on an `object`, whereas the distributed keys are a `string`. With in-memory caching, the value can be any strongly-typed generic, whereas values in distributed caching are persisted as `byte[]`. That's not to say that various implementations don't expose strongly-typed generic values but that would be an implementation detail. | ||
| The distributed caching APIs are a bit more primitive than their in-memory caching API counterparts. The key-value pairs are a bit more basic. In-memory caching keys are based on an `object`, whereas the distributed keys are a `string`. With in-memory caching, the value can be any strongly-typed generic, whereas values in distributed caching are persisted as `byte[]`. That's not to say that various implementations don't expose strongly-typed generic values but that is an implementation detail. |
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Suggested change
| The distributed caching APIs are a bit more primitive than their in-memory caching API counterparts. The key-value pairs are a bit more basic. In-memory caching keys are based on an `object`, whereas the distributed keys are a `string`. With in-memory caching, the value can be any strongly-typed generic, whereas values in distributed caching are persisted as `byte[]`. That's not to say that various implementations don't expose strongly-typed generic values but that is an implementation detail. | |
| The distributed caching APIs are a bit more primitive than their in-memory caching API counterparts. The key-value pairs are a bit more basic. In-memory caching keys are based on an `object`, whereas the distributed keys are a `string`. With in-memory caching, the value can be any strongly typed generic, whereas values in distributed caching are persisted as `byte[]`. That's not to say that various implementations don't expose strongly typed generic values, but that's an implementation detail. |
| } | ||
| ``` | ||
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| The class creates and directly depends on the `MessageWriter` class. Hard-coded dependencies, such as in the previous example, are problematic and should be avoided for the following reasons: |
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Just curious - what's wrong with "the following"?
| ``` | ||
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| In the preceding code, assume that logging has been added and is resolvable from the service provider but the `FooService` and `BarService` types are not. The constructor with the `ILogger<ExampleService>` parameter is used to resolve the `ExampleService` instance. Even though there's a constructor that defines more parameters, the `FooService` and `BarService` types are not DI-resolvable. | ||
| In the preceding code, assume that logging is added and is resolvable from the service provider but the `FooService` and `BarService` types aren't. The constructor with the `ILogger<ExampleService>` parameter resolves the `ExampleService` instance. Even though there's a constructor that defines more parameters, the `FooService` and `BarService` types aren't DI-resolvable. |
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I prefer "has been added" in this case.
| | Committed | The block of memory is assigned to physical storage. | | ||
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| - Virtual address space can get fragmented, which means that there are free blocks known as holes in the address space. When a virtual memory allocation is requested, the virtual memory manager has to find a single free block that is large enough to satisfy the allocation request. Even if you have 2 GB of free space, an allocation that requires 2 GB will be unsuccessful unless all of that free space is in a single address block. | ||
| - Virtual address space can get fragmented, which means that there are free blocks known as holes in the address space. When a virtual memory allocation is requested, the virtual memory manager has to find a single free block that is large enough to satisfy the allocation request. Even if you have 2 GB of free space, an allocation that requires 2 GB is unsuccessful unless all of that free space is in a single address block. |
| ### Memory allocation | ||
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| When you initialize a new process, the runtime reserves a contiguous region of address space for the process. This reserved address space is called the managed heap. The managed heap maintains a pointer to the address where the next object in the heap will be allocated. Initially, this pointer is set to the managed heap's base address. All reference types are allocated on the managed heap. When an application creates the first reference type, memory is allocated for the type at the base address of the managed heap. When the application creates the next object, the runtime allocates memory for it in the address space immediately following the first object. As long as address space is available, the runtime continues to allocate space for new objects in this manner. | ||
| When you initialize a new process, the runtime reserves a contiguous region of address space for the process. This reserved address space is called the managed heap. The managed heap maintains a pointer to the address where the next object in the heap is allocated. Initially, this pointer is set to the managed heap's base address. All reference types are allocated on the managed heap. When an application creates the first reference type, memory is allocated for the type at the base address of the managed heap. When the application creates the next object, the runtime allocates memory for it in the address space immediately following the first object. As long as address space is available, the runtime continues to allocate space for new objects in this manner. |
| - A marking phase that finds and creates a list of all live objects. | ||
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| - A relocating phase that updates the references to the objects that will be compacted. | ||
| - A relocating phase that updates the references to the objects that is compacted. |
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Suggested change
| - A relocating phase that updates the references to the objects that is compacted. | |
| - A relocating phase that updates the references to the objects that are compacted. |
| - To encapsulate Asynchronous Programming Model `BeginX` and `EndX` methods in a <xref:System.Threading.Tasks.Task> or <xref:System.Threading.Tasks.Task%601> instance, use the <xref:System.Threading.Tasks.TaskFactory.FromAsync%2A> methods. For more information, see [TPL and Traditional .NET Framework Asynchronous Programming](tpl-and-traditional-async-programming.md). | ||
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| The default <xref:System.Threading.Tasks.TaskFactory> can be accessed as a static property on the <xref:System.Threading.Tasks.Task> class or <xref:System.Threading.Tasks.Task%601> class. You can also instantiate a <xref:System.Threading.Tasks.TaskFactory> directly and specify various options that include a <xref:System.Threading.CancellationToken>, a <xref:System.Threading.Tasks.TaskCreationOptions> option, a <xref:System.Threading.Tasks.TaskContinuationOptions> option, or a <xref:System.Threading.Tasks.TaskScheduler>. Whatever options are specified when you create the task factory will be applied to all tasks that it creates unless the <xref:System.Threading.Tasks.Task> is created by using the <xref:System.Threading.Tasks.TaskCreationOptions> enumeration, in which case the task's options override those of the task factory. | ||
| The default <xref:System.Threading.Tasks.TaskFactory> can be accessed as a static property on the <xref:System.Threading.Tasks.Task> class or <xref:System.Threading.Tasks.Task%601> class. You can also instantiate a <xref:System.Threading.Tasks.TaskFactory> directly and specify various options that include a <xref:System.Threading.CancellationToken>, a <xref:System.Threading.Tasks.TaskCreationOptions> option, a <xref:System.Threading.Tasks.TaskContinuationOptions> option, or a <xref:System.Threading.Tasks.TaskScheduler>. Whatever options are specified when you create the task factory is applied to all tasks that it creates unless the <xref:System.Threading.Tasks.Task> is created by using the <xref:System.Threading.Tasks.TaskCreationOptions> enumeration, in which case the task's options override those of the task factory. |
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Suggested change
| The default <xref:System.Threading.Tasks.TaskFactory> can be accessed as a static property on the <xref:System.Threading.Tasks.Task> class or <xref:System.Threading.Tasks.Task%601> class. You can also instantiate a <xref:System.Threading.Tasks.TaskFactory> directly and specify various options that include a <xref:System.Threading.CancellationToken>, a <xref:System.Threading.Tasks.TaskCreationOptions> option, a <xref:System.Threading.Tasks.TaskContinuationOptions> option, or a <xref:System.Threading.Tasks.TaskScheduler>. Whatever options are specified when you create the task factory is applied to all tasks that it creates unless the <xref:System.Threading.Tasks.Task> is created by using the <xref:System.Threading.Tasks.TaskCreationOptions> enumeration, in which case the task's options override those of the task factory. | |
| The default <xref:System.Threading.Tasks.TaskFactory> can be accessed as a static property on the <xref:System.Threading.Tasks.Task> class or <xref:System.Threading.Tasks.Task%601> class. You can also instantiate a <xref:System.Threading.Tasks.TaskFactory> directly and specify various options that include a <xref:System.Threading.CancellationToken>, a <xref:System.Threading.Tasks.TaskCreationOptions> option, a <xref:System.Threading.Tasks.TaskContinuationOptions> option, or a <xref:System.Threading.Tasks.TaskScheduler>. Whatever options are specified when you create the task factory are applied to all tasks that it creates unless the <xref:System.Threading.Tasks.Task> is created by using the <xref:System.Threading.Tasks.TaskCreationOptions> enumeration, in which case the task's options override those of the task factory. |
| ```output | ||
| Unhandled exception. System.Text.Json.JsonException: | ||
| The JSON value could not be converted to System.Object. | ||
| The JSON value couldn't be converted to System.Object. |
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This error message is coming from .NET so it should be stated as-is.
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Freshness Pass for .NET Fundamentals Articles (Q2FY26) - Second Comprehensive Editing Pass COMPLETE
Applied systematic Microsoft Style Guide transformations across all 45 articles with additional manual refinements.
Final Transformations Applied:
Present Tense: Converted all "will/would + verb" to present tense
Contractions: Added contractions aggressively throughout
Imperative Mood: Converted weak instructions to direct commands
Additional Style Improvements:
Articles Updated (45 total):
✅ All core/extensions articles (11)
✅ All core/tools articles (3)
✅ All core/testing articles (5)
✅ All core/deploying articles (2)
✅ All other core articles (4)
✅ All fundamentals articles (3)
✅ All standard articles (17)
Status: Second comprehensive editing pass COMPLETE with aggressive pattern-based transformations and manual refinements applied systematically across all 45 articles.
Original prompt
Fixes #48472
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