NamePath (Xantham)

NamePath Module

Namespace: Xantham.Generator
Assembly: Xantham.Generator.dll

Types and nested modules

Type/Module	Description
AnchorPath (Module)
MemberLikePath (Module)
MemberPath (Module)
ModuleLikePath (Module)
ModulePath (Module)
ParameterLikePath (Module)
ParameterPath (Module)
Path (Module)
QualifiedName (Module)
QualifiedNamePart (Module)
TransientMemberPath (Module)
TransientModulePath (Module)
TransientParameterPath (Module)
TransientPath (Module)
TransientTypeParameterPath
TransientTypePath (Module)
TypeLikePath (Module)
TypeParamLikePath (Module)
TypeParamPath (Module)
TypePath (Module)
AnchorPath (Type)
MemberLikePath (Type)
MemberPath (Type)
MemberPathParent
ModuleLikePath (Type)
ModulePath (Type)
ParameterLikePath (Type)
ParameterPath (Type)
Path (Type)
PathBuilder	Builder for constructing paths with easily identifiable syntax (originally made for spec testing, but may be a useful abstraction for consumers who need to create paths for injected types or other purposes). All concrete paths are preceded by a single `_`, while transient paths are preceded and followed by `_`. Therefor making a concrete path would be: `_module "Root"; _module "Module"; _type "Type"` And a transient path would be: `_module_ "Root"; _type_ "Type"` If you do not pass a string to the transient builder, it will be anchored. `_type_ // TransientTypePath.Anchored _type_ "Type" // TransientTypePath.AnchoredAndMoored "Type" _module_ "Module"; _type_ "Type" // TransientTypePath.Moored(TransientModulePath.AnchoredAndMoored "Module", "Type")`
QualifiedName (Type)
QualifiedNamePart (Type)
TransientMemberPath (Type)
TransientModulePath (Type)
TransientParameterPath (Type)
TransientPath (Type)
TransientTypePath (Type)
TypeLikePath (Type)
TypeParamLikePath (Type)
TypeParamPath (Type)
TypeParamPathParent
TypePath (Type)

Functions and values

Function or value Description

Function or value	Description
`pathCe` Full Usage: `pathCe` Returns: `PathBuilder`	Builder for constructing paths with easily identifiable syntax (originally made for spec testing, but may be a useful abstraction for consumers who need to create paths for injected types or other purposes). All concrete paths are preceded by a single `_`, while transient paths are preceded and followed by `_`. Therefor making a concrete path would be: `_module "Root"; _module "Module"; _type "Type"` And a transient path would be: `_module_ "Root"; _type_ "Type"` If you do not pass a string to the transient builder, it will be anchored. `_type_ // TransientTypePath.Anchored _type_ "Type" // TransientTypePath.AnchoredAndMoored "Type" _module_ "Module"; _type_ "Type" // TransientTypePath.Moored(TransientModulePath.AnchoredAndMoored "Module", "Type")` Returns: `PathBuilder`

Full Usage: pathCe

Returns: PathBuilder

Builder for constructing paths with easily identifiable syntax (originally made for spec testing, but may be a useful abstraction for consumers who need to create paths for injected types or other purposes).

All concrete paths are preceded by a single _, while transient paths are preceded and followed by _.
Therefor making a concrete path would be:

 _module "Root"; _module "Module"; _type "Type"

And a transient path would be:

 _module_ "Root"; _type_ "Type"

If you do not pass a string to the transient builder, it will be anchored.

 _type_ // TransientTypePath.Anchored
 _type_ "Type" // TransientTypePath.AnchoredAndMoored "Type"
 _module_ "Module"; _type_ "Type" // TransientTypePath.Moored(TransientModulePath.AnchoredAndMoored "Module", "Type")

Returns: PathBuilder