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Is the ModelBuilder property used in application code?
It is not intended to be used in application code. The internal ModelBuilder being used to configure this model. This property is intended for use by extension methods to configure the model. It is not intended to be used in application code.
When to overload entity type in ModelBuilder?
If an entity type with the provided name is not already part of the model, a new entity type that does not have a corresponding CLR type will be added to the model. This overload allows configuration of the entity type to be done in line in the method call rather than being chained after a call to Entity (String).
How is shared type used in ModelBuilder class?
Shared type entity type is an entity type which can share CLR type with other types in the model but has a unique name and always identified by the name. This overload allows configuration of the entity type to be done in line in the method call rather than being chained after a call to Entity (String).
How to use ModelBuilder in Microsoft entityframeworkcore?
Microsoft.EntityFrameworkCore v5.0.0 Provides a simple API surface for configuring a IMutableModel that defines the shape of your entities, the relationships between them, and how they map to the database. You can use ModelBuilder to construct a model for a context by overriding OnModelCreating (ModelBuilder) on your derived context.
Why is it important to use iteration in ModelBuilder?
Iteration is very important because automating repetitive tasks reduces the time and effort required to perform the tasks. With iteration in ModelBuilder, a process can be executed over and over using different settings or data in each iteration.
How is an entity added to a model?
If the entity type is not already part of the model, it will be added to the model. Performs configuration of a given entity type in the model. If the entity type is not already part of the model, it will be added to the model.
How are submodels added to a main model?
The large model above could be broken into four submodels and one main model. The smaller submodels can be added to a main model and connected to a final process. When a submodel is added to another model, the submodel’s final output will be added as an output variable.