Gender class - generate_localized library

Constructors

Gender()
Gender.from(String mainArgument, List clauses, Message? parent): Create a new Gender providing mainArgument and the list of possible clauses. Each clause is expected to be a list whose first element is a variable name and whose second element is either a String or a list of strings and Message or VariableSubstitution.

Properties

arguments → dynamic: We find the arguments from the top-level MainMessage and use those to do variable substitutions. MainMessage overrides this to return the actual arguments.
no setterinherited
attributeNames → List<String>: no setteroverride
codeAttributeNames → List<String>: Return the list of attribute names to use when generating code. This may be different from attributeNames if there are multiple aliases that map to the same clause.
no setteroverride
dartMessageName → String: Return the message name we would use for this when doing Dart code generation, e.g. "Intl.plural".
no setteroverride
examples → dynamic: We find the examples from the top-level MainMessage and use those when writing out variables. MainMessage overrides this to return the actual examples.
no setterinherited
female ↔ Message?: getter/setter pair
hashCode → int: The hash code for this object.
no setterinherited
icuMessageName → String: Return the name of the message type, as it will be generated into an ICU-type format. e.g. choice, select
no setteroverride
mainArgument ↔ String?: The name of the main argument, which is expected to have the value which is one of attributeNames and is used to decide which clause to use.
getter/setter pairinherited
male ↔ Message?: getter/setter pair
name → String: The name of the top-level MainMessage.
no setterinherited
other ↔ Message?: getter/setter pair
parent ↔ Message?: All Messages except a MainMessage are contained inside some parent, terminating at an Intl.message call which supplies the arguments we use for variable substitutions.
getter/setter pairinherited
runtimeType → Type: A representation of the runtime type of the object.
no setterinherited

Methods

argumentsOfInterestFor(MethodInvocation node) → Map: Return the arguments that affect this SubMessage as a map of argument names and values.
inherited
checkArgs(NamedExpression? args, List<String> parameterNames) → bool: Verify that the args argument matches the method parameters and isn't, e.g. passing string names instead of the argument values.
inherited
checkValidity(MethodInvocation node, List arguments, String? outerName, FormalParameterList outerArgs, {bool nameAndArgsGenerated = false, bool examplesRequired = false}) → String?: Verify that this looks like a correct Intl.message/plural/gender/... invocation.
inherited
escapeAndValidateString(String value) → String: Escape the string for use in generated Dart code.
inherited
expanded([Function transform = _nullTransform]) → String: Expand this string out into a printed form. The function f will be applied to any sub-messages, allowing this to be used to generate a form suitable for a wide variety of translation file formats.
inherited
noSuchMethod(Invocation invocation) → dynamic: Invoked when a nonexistent method or property is accessed.
inherited
toCode() → String: Return a string representation of this message for use in generated Dart code.
inherited
toJson() → Object: We represent this in JSON as a list with dartMessageName, the index in the arguments list at which we will find the main argument (e.g. howMany for a plural), and then the values of all the possible arguments, in the order that they appear in codeAttributeNames. Any missing arguments are saved as an explicit null.
inherited
toString() → String: A string representation of this object.
inherited
validate() → void: Verify that a constructed message is valid.
inherited

Operators

operator ==(Object other) → bool: The equality operator.
inherited
operator [](String attributeName) → Message?: When we create these from strings or from AST nodes, we want to look up and set their attributes by string names, so we override the indexing operators so that they behave like maps with respect to those attribute names.
override
operator []=(String attributeName, dynamic rawValue) → void: The node will have the attribute names as strings, so we translate between those and the fields of the class.
override