Struct DocumentationExampleTryBuilder 

pub(crate) struct DocumentationExampleTryBuilder<IntReferenceBuilder_: for<'this> FnOnce(&'this i32) -> Result<&'this i32, Error_>, FloatReferenceBuilder_: for<'this> FnOnce(&'this mut f32) -> Result<&'this mut f32, Error_>, Error_> {
    pub(crate) int_data: i32,
    pub(crate) float_data: f32,
    pub(crate) int_reference_builder: IntReferenceBuilder_,
    pub(crate) float_reference_builder: FloatReferenceBuilder_,
}

A more verbose but stable way to construct self-referencing structs. It is comparable to using StructName { field1: value1, field2: value2 } rather than StructName::new(value1, value2). This has the dual benefit of making your code both easier to refactor and more readable. Call try_build() or try_build_or_recover() to construct the actual struct. The fields of this struct should be used as follows:

Field	Suggested Use
int_data	Directly pass in the value this field should contain
float_data	Directly pass in the value this field should contain
int_reference_builder	Use a function or closure: (int_data: &_) -> Result<int_reference: _, Error_>
float_reference_builder	Use a function or closure: (float_data: &mut _) -> Result<float_reference: _, Error_>

Fields

int_data: i32

float_data: f32

int_reference_builder: IntReferenceBuilder_

float_reference_builder: FloatReferenceBuilder_

Implementations

impl<IntReferenceBuilder_: for<'this> FnOnce(&'this i32) -> Result<&'this i32, Error_>, FloatReferenceBuilder_: for<'this> FnOnce(&'this mut f32) -> Result<&'this mut f32, Error_>, Error_> DocumentationExampleTryBuilder<IntReferenceBuilder_, FloatReferenceBuilder_, Error_>

pub(crate) fn try_build(self) -> Result<DocumentationExample, Error_>

Calls DocumentationExample::try_new() using the provided values. This is preferable over calling try_new() directly for the reasons listed above.

pub(crate) fn try_build_or_recover( self, ) -> Result<DocumentationExample, (Error_, Heads)>

Calls DocumentationExample::try_new_or_recover() using the provided values. This is preferable over calling try_new_or_recover() directly for the reasons listed above.