Struct FormDataJs 

pub struct FormDataJs { /* private fields */ }

Implementations

impl FormDataJs

pub const js_append: __impl_append = __impl_append

pub const js_set: __impl_set = __impl_set

pub const js_has: __impl_has = __impl_has

pub const js_delete: __impl_delete = __impl_delete

pub const js_get: __impl_get = __impl_get

pub const js_get_all: __impl_get_all = __impl_get_all

pub const js_keys: __impl_keys = __impl_keys

pub const js_values: __impl_values = __impl_values

pub const js_entries: __impl_entries = __impl_entries

pub const js_js_iter: __impl_js_iter = __impl_js_iter

pub const js_for_each: __impl_for_each = __impl_for_each

impl FormDataJs

pub fn from_entries(entries: Vec<(String, FormEntry)>) -> Self

Build from entries a host produced (a parsed multipart or urlencoded body).

pub fn entries_slice(&self) -> &[(String, FormEntry)]

The entries, in insertion order.

impl FormDataJs

pub fn from_urlencoded(body: &str) -> Self

Build from an application/x-www-form-urlencoded body: + decodes to a space and every entry is text (the format cannot carry files).

impl FormDataJs

pub fn append(&mut self, name: String, value: Value<'_>, filename: Opt<String>)

pub fn set(&mut self, name: String, value: Value<'_>, filename: Opt<String>)

pub fn has(&self, name: String) -> bool

pub fn delete(&mut self, name: String)

pub fn get<'js>(&self, ctx: Ctx<'js>, name: String) -> Result<Value<'js>>

pub fn get_all<'js>( &self, ctx: Ctx<'js>, name: String, ) -> Result<Vec<Value<'js>>>

pub fn keys<'js>( ctx: Ctx<'js>, this: This<Class<'js, Self>>, ) -> Result<Object<'js>>

pub fn values<'js>( ctx: Ctx<'js>, this: This<Class<'js, Self>>, ) -> Result<Object<'js>>

pub fn entries<'js>( ctx: Ctx<'js>, this: This<Class<'js, Self>>, ) -> Result<Object<'js>>

pub fn js_iter<'js>( ctx: Ctx<'js>, this: This<Class<'js, Self>>, ) -> Result<Object<'js>>

pub fn for_each<'js>(&self, ctx: Ctx<'js>, cb: Function<'js>) -> Result<()>

pub fn to_string_tag() -> &'static str

Spec: every platform object carries Symbol.toStringTag, so Object.prototype.toString.call(x) reads [object FormData].

pub fn new() -> Self

Trait Implementations

impl<'js> ConstructorCreator<'js, FormDataJs> for ConstructorCreate<FormDataJs>

fn create_constructor(&self, ctx: &Ctx<'js>) -> Result<Option<Constructor<'js>>>

impl Default for FormDataJs

fn default() -> FormDataJs

Returns the “default value” for a type.

impl<'js> FromJs<'js> for FormDataJs

where for<'a> CloneWrapper<'a, Self>: CloneTrait<Self>,

fn from_js(ctx: &Ctx<'js>, value: Value<'js>) -> Result<Self>

impl<'js> IntoJs<'js> for FormDataJs

fn into_js(self, ctx: &Ctx<'js>) -> Result<Value<'js>>

impl<'js> JsClass<'js> for FormDataJs

const NAME: &'static str = "FormData"

The name the constructor has in JavaScript

type Mutable = Writable

Can the type be mutated while a JavaScript value.

fn prototype(ctx: &Ctx<'js>) -> Result<Option<Object<'js>>>

Returns the class prototype,

fn constructor(ctx: &Ctx<'js>) -> Result<Option<Constructor<'js>>>

Returns a predefined constructor for this specific class type if there is one.

const KIND: ClassKind = ClassKind::Plain

The kind of this class (plain, callable, or exotic).

fn call<'a>( this: &JsCell<'js, Self>, params: Params<'a, 'js>, ) -> Result<Value<'js>, Error>

The function which will be called if Self::KIND is ClassKind::Callable and an object with this class is called as if it is a function.

fn exotic_get_property( this: &JsCell<'js, Self>, ctx: &Ctx<'js>, _atom: Atom<'js>, _receiver: Value<'js>, ) -> Result<Value<'js>, Error>

The function which will be called if a get property is performed on an object with this class

fn exotic_set_property( this: &JsCell<'js, Self>, _ctx: &Ctx<'js>, _atom: Atom<'js>, _receiver: Value<'js>, _value: Value<'js>, ) -> Result<bool, Error>

The function which will be called if a set property is performed on an object with this class

fn exotic_delete_property( this: &JsCell<'js, Self>, _ctx: &Ctx<'js>, _atom: Atom<'js>, ) -> Result<bool, Error>

The function which will be called if a delete property is performed on an object with this class

fn exotic_has_property( this: &JsCell<'js, Self>, _ctx: &Ctx<'js>, _atom: Atom<'js>, ) -> Result<bool, Error>

The function which will be called if has property or similar is called on an object with this class

fn exotic_get_own_property( this: &JsCell<'js, Self>, _ctx: &Ctx<'js>, _atom: Atom<'js>, ) -> Result<Option<PropertyDescriptor<'js>>, Error>

Called to get the own property descriptor for a given property name.

fn exotic_get_own_property_names( this: &JsCell<'js, Self>, _ctx: &Ctx<'js>, ) -> Result<Vec<PropertyName<'js>>, Error>

Called to enumerate the own property names of this object.

impl JsLifetime<'_> for FormDataJs

type Changed<'to> = FormDataJs

The target which has the same type as a Self but with another lifetime 't

impl MethodImplementor<FormDataJs> for MethodImpl<FormDataJs>

fn implement(&self, _proto: &Object<'_>) -> Result<()>

impl<'js> Trace<'js> for FormDataJs

fn trace<'a>(&self, _tracer: Tracer<'a, 'js>)