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Update documentation
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‎tests/Pure.DI.UsageTests/Advanced/AccumulatorScenario.cs‎

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$p=8
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$d=Accumulators
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$h=Accumulators allow you to accumulate instances of certain types and lifetimes.
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$h=When this occurs: you need this feature while building the composition and calling roots.
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$h=What it solves: provides a clear setup pattern and expected behavior without extra boilerplate or manual wiring.
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$h=How it is solved in the example: shows the minimal DI configuration and how the result is used in code.
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$f=
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$f=What it shows:
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$f=- Demonstrates the scenario setup and resulting object graph in Pure.DI.
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$f=
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$f=Important points:
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$f=- Highlights the key configuration choices and their effect on resolution.
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$f=
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$f=Useful when:
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$f=- You want a concrete template for applying this feature in a composition.
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$f=
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$r=Shouldly
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*/
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‎tests/Pure.DI.UsageTests/Advanced/CompositionRootKindsScenario.cs‎

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/*
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/*
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$v=true
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$p=1
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$d=Composition root kinds
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$h=When this occurs: you need this feature while building the composition and calling roots.
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$h=What it solves: provides a clear setup pattern and expected behavior without extra boilerplate or manual wiring.
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$h=How it is solved in the example: shows the minimal DI configuration and how the result is used in code.
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$f=
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$f=What it shows:
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$f=- Demonstrates the scenario setup and resulting object graph in Pure.DI.
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$f=
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$f=Important points:
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$f=- Highlights the key configuration choices and their effect on resolution.
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$f=
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$f=Useful when:
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$f=- You want a concrete template for applying this feature in a composition.
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*/
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// ReSharper disable ClassNeverInstantiated.Local

‎tests/Pure.DI.UsageTests/Advanced/ConsumerTypesScenario.cs‎

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$p=19
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$d=Consumer types
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$h=`ConsumerTypes` is used to get the list of consumer types of a given dependency. It contains an array of types and guarantees that it will contain at least one element. The use of `ConsumerTypes` is demonstrated on the example of [Serilog library](https://serilog.net/):
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$h=When this occurs: you need this feature while building the composition and calling roots.
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$h=What it solves: provides a clear setup pattern and expected behavior without extra boilerplate or manual wiring.
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$h=How it is solved in the example: shows the minimal DI configuration and how the result is used in code.
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$f=
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$f=What it shows:
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$f=- Demonstrates the scenario setup and resulting object graph in Pure.DI.
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$f=
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$f=Important points:
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$f=- Highlights the key configuration choices and their effect on resolution.
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$f=
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$f=Useful when:
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$f=- You want a concrete template for applying this feature in a composition.
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$f=
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$r=Shouldly;Serilog.Core;Serilog.Events
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*/
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‎tests/Pure.DI.UsageTests/Advanced/DependentCompositionsScenario.cs‎

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$h=- _CompositionKind.Public_ - will create a normal composition class, this is the default setting and can be omitted, it can also use the _DependsOn_ method to use it as a dependency in other compositions
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$h=- _CompositionKind.Internal_ - the composition class will not be created, but that composition can be used to create other compositions by calling the _DependsOn_ method with its name
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$h=- _CompositionKind.Global_ - the composition class will also not be created, but that composition will automatically be used to create other compositions
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$h=When this occurs: you need this feature while building the composition and calling roots.
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$h=What it solves: provides a clear setup pattern and expected behavior without extra boilerplate or manual wiring.
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$h=How it is solved in the example: shows the minimal DI configuration and how the result is used in code.
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$f=
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$f=What it shows:
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$f=- Demonstrates the scenario setup and resulting object graph in Pure.DI.
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$f=
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$f=Important points:
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$f=- Highlights the key configuration choices and their effect on resolution.
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$f=
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$f=Useful when:
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$f=- You want a concrete template for applying this feature in a composition.
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$f=
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*/
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// ReSharper disable ClassNeverInstantiated.Local

‎tests/Pure.DI.UsageTests/Advanced/ExposedGenericRootsScenario.cs‎

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$h= .Root<IMyGenericService<TT>>("GetMyService", kind: RootKinds.Exposed);
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$h=}
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$h=```
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$h=When this occurs: you need this feature while building the composition and calling roots.
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$h=What it solves: provides a clear setup pattern and expected behavior without extra boilerplate or manual wiring.
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$h=How it is solved in the example: shows the minimal DI configuration and how the result is used in code.
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$f=> [!IMPORTANT]
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$f=> At this point, a composition from another assembly or another project can be used for this purpose. Compositions from the current project cannot be used in this way due to limitations of the source code generators.
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$f=What it shows:
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$f=- Demonstrates the scenario setup and resulting object graph in Pure.DI.
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$f=
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$f=Important points:
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$f=- Highlights the key configuration choices and their effect on resolution.
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$f=Useful when:
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$f=- You want a concrete template for applying this feature in a composition.
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*/
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// ReSharper disable ClassNeverInstantiated.Local

‎tests/Pure.DI.UsageTests/Advanced/ExposedGenericRootsWithArgsScenario.cs‎

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$h= .Root<IMyGenericService<TT>>("GetMyService", kind: RootKinds.Exposed);
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$h=}
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$h=```
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$h=When this occurs: you need this feature while building the composition and calling roots.
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$h=What it solves: provides a clear setup pattern and expected behavior without extra boilerplate or manual wiring.
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$h=How it is solved in the example: shows the minimal DI configuration and how the result is used in code.
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$f=What it shows:
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$f=- Demonstrates the scenario setup and resulting object graph in Pure.DI.
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$f=Important points:
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$f=- Highlights the key configuration choices and their effect on resolution.
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$f=Useful when:
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$f=- You want a concrete template for applying this feature in a composition.
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*/
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// ReSharper disable ClassNeverInstantiated.Local

‎tests/Pure.DI.UsageTests/Advanced/ExposedRootWithTagScenario.cs‎

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$h= .Root<IMyService>("MyService", "Some tag", RootKinds.Exposed);
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$h=```
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$h=When this occurs: you need this feature while building the composition and calling roots.
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$h=What it solves: provides a clear setup pattern and expected behavior without extra boilerplate or manual wiring.
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$h=How it is solved in the example: shows the minimal DI configuration and how the result is used in code.
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$f=What it shows:
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$f=- Demonstrates the scenario setup and resulting object graph in Pure.DI.
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$f=Important points:
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$f=- Highlights the key configuration choices and their effect on resolution.
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$f=Useful when:
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$f=- You want a concrete template for applying this feature in a composition.
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*/
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// ReSharper disable ClassNeverInstantiated.Local

‎tests/Pure.DI.UsageTests/Advanced/ExposedRootsScenario.cs‎

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$h= .Root<IMyService>("MyService", kind: RootKinds.Exposed);
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$h=}
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$h=```
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$h=When this occurs: you need this feature while building the composition and calling roots.
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$h=What it solves: provides a clear setup pattern and expected behavior without extra boilerplate or manual wiring.
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$h=How it is solved in the example: shows the minimal DI configuration and how the result is used in code.
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$f=> [!IMPORTANT]
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$f=> At this point, a composition from another assembly or another project can be used for this purpose. Compositions from the current project cannot be used in this way due to limitations of the source code generators.
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$f=What it shows:
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$f=- Demonstrates the scenario setup and resulting object graph in Pure.DI.
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$f=
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$f=Important points:
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$f=- Highlights the key configuration choices and their effect on resolution.
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$f=
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$f=Useful when:
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$f=- You want a concrete template for applying this feature in a composition.
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*/
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// ReSharper disable ClassNeverInstantiated.Local

‎tests/Pure.DI.UsageTests/Advanced/ExposedRootsViaArgScenario.cs‎

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$h= .Root<IMyService>("MyService", kind: RootKinds.Exposed);
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$h=```
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$h=When this occurs: you need this feature while building the composition and calling roots.
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$h=What it solves: provides a clear setup pattern and expected behavior without extra boilerplate or manual wiring.
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$h=How it is solved in the example: shows the minimal DI configuration and how the result is used in code.
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$f=What it shows:
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$f=- Demonstrates the scenario setup and resulting object graph in Pure.DI.
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$f=Important points:
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$f=- Highlights the key configuration choices and their effect on resolution.
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$f=Useful when:
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$f=- You want a concrete template for applying this feature in a composition.
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*/
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// ReSharper disable ClassNeverInstantiated.Local

‎tests/Pure.DI.UsageTests/Advanced/ExposedRootsViaRootArgScenario.cs‎

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$h= .Root<IMyService>("MyService", kind: RootKinds.Exposed);
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$h=What it solves: provides a clear setup pattern and expected behavior without extra boilerplate or manual wiring.
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$h=How it is solved in the example: shows the minimal DI configuration and how the result is used in code.
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$f=What it shows:
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$f=- Demonstrates the scenario setup and resulting object graph in Pure.DI.
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$f=Important points:
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$f=- Highlights the key configuration choices and their effect on resolution.
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$f=Useful when:
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$f=- You want a concrete template for applying this feature in a composition.
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$f=
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*/
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// ReSharper disable ClassNeverInstantiated.Local

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