| Safe Haskell | Safe-Inferred |
|---|---|
| Language | Haskell2010 |
Dhall.Kubernetes.Convert
Synopsis
- toTypes :: Map Prefix Import -> ([ModelName] -> Definition -> Maybe ModelName) -> Bool -> [(String, String)] -> Map ModelName Definition -> Map ModelName Expr
- toDefault :: Map Prefix Import -> Map ModelName Definition -> ModelName -> Expr -> Maybe Expr
- getImportsMap :: Map Prefix Import -> DuplicateHandler -> [ModelName] -> Text -> [ModelName] -> Map Text Expr
- mkImport :: Map Prefix Import -> [Text] -> Text -> Import
- toDefinition :: V1CustomResourceDefinition -> Either Text (ModelName, Definition)
- pathSplitter :: Map ModelHierarchy (Maybe ModelName) -> ModelHierarchy -> Definition -> Maybe ModelName
Documentation
toTypes :: Map Prefix Import -> ([ModelName] -> Definition -> Maybe ModelName) -> Bool -> [(String, String)] -> Map ModelName Definition -> Map ModelName Expr Source #
Converts all the Swagger definitions to Dhall Types
Note: we cannot do 1-to-1 conversion and we need the whole Map because many types reference other types so we need to access them to decide things like "should this key be optional"
Arguments
| :: Map Prefix Import | Mapping of prefixes to import roots |
| -> Map ModelName Definition | All the Swagger definitions |
| -> ModelName | The name of the object we're converting |
| -> Expr | The Dhall type of the object |
| -> Maybe Expr |
Convert a Dhall Type to its default value
Arguments
| :: Map Prefix Import | Mapping of prefixes to import roots |
| -> DuplicateHandler | Duplicate name handler |
| -> [ModelName] | A list of all the object names |
| -> Text | The folder we should get imports from |
| -> [ModelName] | List of the object names we want to include in the Map |
| -> Map Text Expr |
Get a Dhall.Map filled with imports, for creating giant Records or Unions of types or defaults
mkImport :: Map Prefix Import -> [Text] -> Text -> Import Source #
Build an import from path components (note: they need to be in reverse order) and a filename
toDefinition :: V1CustomResourceDefinition -> Either Text (ModelName, Definition) Source #
pathSplitter :: Map ModelHierarchy (Maybe ModelName) -> ModelHierarchy -> Definition -> Maybe ModelName Source #
Given the pathsAndModels Map provides a function to be used with toTypes to split types at mostly arbitrary points
The pathsAndModels argument takes the form of a path to an optional ModelName. Paths are of the format noted by
modelsToPath. If a ModelName is provided as a value for the given path, it will be returned (to be then used as
the ModelName for the nested definition. If no ModelName is provided, guessModelNameForSplit will try to guess.
If that fails, Nothing will be returned such that no split will be done by toTypes
Currently not all split points in for nested definitions are supported (in fact only types with a properties attribute are currently supported).