Module i_slint_compiler::object_tree

This module contains the intermediate representation of the code in the form of an object tree

Structs

• AccessibilityProps
  Map the accessibility property (eg “accessible-role”, “accessible-label”) to its named reference
• Component
  A component is a type in the language which can be instantiated, Or is materialized for repeated expression.
• Document
  The full document (a complete file)
• Element
  An Element is an instantiation of a Component
• ExportedName
• Exports
• InitCode
• ListViewInfo
• PopupWindow
• PropertyAnalysis
• PropertyDeclaration
• QualifiedTypeName
• RepeatedElementInfo
  If the parent element is a repeated element, this has information about the models
• State
• Transition
• TransitionPropertyAnimation
• UsedSubTypes
  Used sub types for a root component

Enums

• PropertyAnimation
• PropertyVisibility

Functions

• adjust_geometry_for_injected_parent
  Make the geometry of the injected_parent that of the old_elem. And the old_elem will cover the injected_parent
• find_parent_element
  Find the parent element to a given element. (since there is no parent mapping we need to fo an exhaustive search)
• inject_element_as_repeated_element
  This function replace the root element of a repeated element. the previous root becomes the only child of the new root element. Note that no reference to the base component must exist outside of repeated_element.base_type
• pretty_print
• recurse_elem
  Call the visitor for each children of the element recursively, starting with the element itself
• recurse_elem_including_sub_components
  Same as recurse_elem but include the elements form sub_components
• recurse_elem_including_sub_components_no_borrow
  Same as recurse_elem but include the elements form sub_components
• recurse_elem_no_borrow
  Same as recurse_elem, but will take the children from the element as to not keep the element borrow
• type_from_node
  Create a Type for this node
• type_struct_from_node
  Create a Type::Object from a syntax_nodes::ObjectType
• visit_all_expressions
  Visit all expression in this component and sub components
• visit_all_named_references
  Visit all named reference in this component and sub component
• visit_all_named_references_in_element
  Visit all the named reference in an element But does not recurse in sub-elements. (unlike visit_all_named_references which recurse)
• visit_element_expressions
  This visit the binding attached to this element, but does not recurse in children elements Also does not recurse within the expressions.
• visit_named_references_in_expression

Type Definitions

• BindingsMap
• ElementRc