Struct Labyrinth

pub struct Labyrinth {
    pub uuid: Uuid,
    pub updu: Option<Uuid>,
    pub updt: Option<NaiveDateTime>,
    pub ver: Option<i32>,
    pub rstatus: Option<RStatus>,
    pub name: String,
    pub level: Option<Json<Vec<Level>>>,
    pub order: i32,
}

Fields

uuid: Uuid

updu: Option<Uuid>

updt: Option<NaiveDateTime>

ver: Option<i32>

rstatus: Option<RStatus>

name: String

level: Option<Json<Vec<Level>>>

order: i32

Implementations

impl Labyrinth

pub fn from_request(labyrinth_request: &LabyrinthRequest) -> Labyrinth

pub fn to_response(&self) -> LabyrinthResponse

pub fn to_response_list(labyrinths: Vec<Labyrinth>) -> Vec<LabyrinthResponse>

Trait Implementations

impl<'update> AsChangeset for &'update Labyrinth

type Target = table

The table which Self::Changeset will be updating

type Changeset = <(Option<Eq<updu, <&'update Uuid as AsExpression<<updu as Expression>::SqlType>>::Expression>>, Option<Eq<updt, <&'update NaiveDateTime as AsExpression<<updt as Expression>::SqlType>>::Expression>>, Option<Eq<ver, <&'update i32 as AsExpression<<ver as Expression>::SqlType>>::Expression>>, Option<Eq<rstatus, <&'update RStatus as AsExpression<<rstatus as Expression>::SqlType>>::Expression>>, Eq<name, <&'update String as AsExpression<<name as Expression>::SqlType>>::Expression>, Option<Eq<level, <&'update Json<Vec<Level>> as AsExpression<<level as Expression>::SqlType>>::Expression>>, Eq<order, <&'update i32 as AsExpression<<order as Expression>::SqlType>>::Expression>) as AsChangeset>::Changeset

The update statement this type represents

fn as_changeset(self) -> Self::Changeset

Convert self into the actual update statement being executed

impl<'update> AsChangeset for Labyrinth

type Target = table

The table which Self::Changeset will be updating

type Changeset = <(Option<Eq<updu, <Uuid as AsExpression<<updu as Expression>::SqlType>>::Expression>>, Option<Eq<updt, <NaiveDateTime as AsExpression<<updt as Expression>::SqlType>>::Expression>>, Option<Eq<ver, <i32 as AsExpression<<ver as Expression>::SqlType>>::Expression>>, Option<Eq<rstatus, <RStatus as AsExpression<<rstatus as Expression>::SqlType>>::Expression>>, Eq<name, <String as AsExpression<<name as Expression>::SqlType>>::Expression>, Option<Eq<level, <Json<Vec<Level>> as AsExpression<<level as Expression>::SqlType>>::Expression>>, Eq<order, <i32 as AsExpression<<order as Expression>::SqlType>>::Expression>) as AsChangeset>::Changeset

The update statement this type represents

fn as_changeset(self) -> Self::Changeset

Convert self into the actual update statement being executed

impl Clone for Labyrinth

fn clone(&self) -> Labyrinth

Returns a copy of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for Labyrinth

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl Default for Labyrinth

fn default() -> Labyrinth

Returns the “default value” for a type.

impl<'de> Deserialize<'de> for Labyrinth

fn deserialize<__D>(__deserializer: __D) -> Result<Self, __D::Error>

where __D: Deserializer<'de>,

Deserialize this value from the given Serde deserializer.

impl HasTable for Labyrinth

type Table = table

The table this type is associated with.

fn table() -> Self::Table

Returns the table this type is associated with.

impl<'ident> Identifiable for &'ident Labyrinth

type Id = &'ident Uuid

The type of this struct’s identifier.

fn id(self) -> Self::Id

Returns the identifier for this record.

impl<'insert> Insertable<table> for &'insert Labyrinth

type Values = <(Option<Eq<uuid, <&'insert Uuid as AsExpression<<uuid as Expression>::SqlType>>::Expression>>, Option<Eq<updu, <&'insert Uuid as AsExpression<<updu as Expression>::SqlType>>::Expression>>, Option<Eq<updt, <&'insert NaiveDateTime as AsExpression<<updt as Expression>::SqlType>>::Expression>>, Option<Eq<ver, <&'insert i32 as AsExpression<<ver as Expression>::SqlType>>::Expression>>, Option<Eq<rstatus, <&'insert RStatus as AsExpression<<rstatus as Expression>::SqlType>>::Expression>>, Option<Eq<name, <&'insert String as AsExpression<<name as Expression>::SqlType>>::Expression>>, Option<Eq<level, <&'insert Json<Vec<Level>> as AsExpression<<level as Expression>::SqlType>>::Expression>>, Option<Eq<order, <&'insert i32 as AsExpression<<order as Expression>::SqlType>>::Expression>>) as Insertable<table>>::Values

The VALUES clause to insert these records

fn values(self) -> Self::Values

Construct Self::Values

fn insert_into(self, table: T) -> InsertStatement<T, Self::Values>

where Self: Sized,

Insert self into a given table.

impl<'insert> Insertable<table> for Labyrinth

type Values = <(Option<Eq<uuid, <Uuid as AsExpression<<uuid as Expression>::SqlType>>::Expression>>, Option<Eq<updu, <Uuid as AsExpression<<updu as Expression>::SqlType>>::Expression>>, Option<Eq<updt, <NaiveDateTime as AsExpression<<updt as Expression>::SqlType>>::Expression>>, Option<Eq<ver, <i32 as AsExpression<<ver as Expression>::SqlType>>::Expression>>, Option<Eq<rstatus, <RStatus as AsExpression<<rstatus as Expression>::SqlType>>::Expression>>, Option<Eq<name, <String as AsExpression<<name as Expression>::SqlType>>::Expression>>, Option<Eq<level, <Json<Vec<Level>> as AsExpression<<level as Expression>::SqlType>>::Expression>>, Option<Eq<order, <i32 as AsExpression<<order as Expression>::SqlType>>::Expression>>) as Insertable<table>>::Values

The VALUES clause to insert these records

fn values(self) -> Self::Values

Construct Self::Values

fn insert_into(self, table: T) -> InsertStatement<T, Self::Values>

where Self: Sized,

Insert self into a given table.

impl MetaFields for Labyrinth

fn update_fields(&mut self, user_id: Uuid)

fn init_fields(&mut self, user_id: Uuid)

impl PartialEq for Labyrinth

fn eq(&self, other: &Labyrinth) -> bool

Tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl<__DB: Backend, __ST> Queryable<__ST, __DB> for Labyrinth

where (Uuid, Option<Uuid>, Option<NaiveDateTime>, Option<i32>, Option<RStatus>, String, Option<Json<Vec<Level>>>, i32): Queryable<__ST, __DB>,

type Row = <(Uuid, Option<Uuid>, Option<NaiveDateTime>, Option<i32>, Option<RStatus>, String, Option<Json<Vec<Level>>>, i32) as Queryable<__ST, __DB>>::Row

The Rust type you’d like to map from.

fn build(row: Self::Row) -> Self

Construct an instance of this type

impl<__DB: Backend> QueryableByName<__DB> for Labyrinth

where Uuid: FromSql<SqlTypeOf<uuid>, __DB>, Option<Uuid>: FromSql<SqlTypeOf<updu>, __DB>, Option<NaiveDateTime>: FromSql<SqlTypeOf<updt>, __DB>, Option<i32>: FromSql<SqlTypeOf<ver>, __DB>, Option<RStatus>: FromSql<SqlTypeOf<rstatus>, __DB>, String: FromSql<SqlTypeOf<name>, __DB>, Option<Json<Vec<Level>>>: FromSql<SqlTypeOf<level>, __DB>, i32: FromSql<SqlTypeOf<order>, __DB>,

fn build<__R: NamedRow<__DB>>(row: &__R) -> Result<Self>

Construct an instance of Self from the database row

impl Serialize for Labyrinth

fn serialize<__S>(&self, __serializer: __S) -> Result<__S::Ok, __S::Error>

where __S: Serializer,

Serialize this value into the given Serde serializer.

impl StructuralPartialEq for Labyrinth

impl<'insert> UndecoratedInsertRecord<table> for Labyrinth