pub struct Cidr;Available on crate feature 
postgres_backend only.Expand description
The CIDR SQL type. This type can only be used with feature = "network-address" or feature = "ipnet-address".
§ToSql impls
§FromSql impls
§Examples
table! {
    clients {
        id -> Integer,
        ip_address -> Cidr,
    }
}
// Parsing "ipnet::IpNet" would also work.
let addr = "10.1.9.32/32".parse::<ipnetwork::IpNetwork>()?;
let inserted_addr = insert_into(clients)
    .values(ip_address.eq(&addr))
    .returning(ip_address)
    .get_result(connection)?;
assert_eq!(addr, inserted_addr);Trait Implementations§
Source§impl<'__expr, '__expr2> AsExpression<Cidr> for &'__expr2 &'__expr IpNet
Available on crate feature ipnet-address only. 
impl<'__expr, '__expr2> AsExpression<Cidr> for &'__expr2 &'__expr IpNet
Available on crate feature 
ipnet-address only.Source§type Expression = Bound<Cidr, &'__expr2 &'__expr IpNet>
 
type Expression = Bound<Cidr, &'__expr2 &'__expr IpNet>
The expression being returned
Source§fn as_expression(self) -> <Self as AsExpression<Cidr>>::Expression
 
fn as_expression(self) -> <Self as AsExpression<Cidr>>::Expression
Perform the conversion
Source§impl<'__expr, '__expr2> AsExpression<Cidr> for &'__expr2 &'__expr IpNetwork
Available on crate feature network-address only. 
impl<'__expr, '__expr2> AsExpression<Cidr> for &'__expr2 &'__expr IpNetwork
Available on crate feature 
network-address only.Source§type Expression = Bound<Cidr, &'__expr2 &'__expr IpNetwork>
 
type Expression = Bound<Cidr, &'__expr2 &'__expr IpNetwork>
The expression being returned
Source§fn as_expression(self) -> <Self as AsExpression<Cidr>>::Expression
 
fn as_expression(self) -> <Self as AsExpression<Cidr>>::Expression
Perform the conversion
Source§impl<'__expr> AsExpression<Cidr> for &'__expr IpNet
Available on crate feature ipnet-address only. 
impl<'__expr> AsExpression<Cidr> for &'__expr IpNet
Available on crate feature 
ipnet-address only.Source§type Expression = Bound<Cidr, &'__expr IpNet>
 
type Expression = Bound<Cidr, &'__expr IpNet>
The expression being returned
Source§fn as_expression(self) -> <Self as AsExpression<Cidr>>::Expression
 
fn as_expression(self) -> <Self as AsExpression<Cidr>>::Expression
Perform the conversion
Source§impl<'__expr> AsExpression<Cidr> for &'__expr IpNetwork
Available on crate feature network-address only. 
impl<'__expr> AsExpression<Cidr> for &'__expr IpNetwork
Available on crate feature 
network-address only.Source§type Expression = Bound<Cidr, &'__expr IpNetwork>
 
type Expression = Bound<Cidr, &'__expr IpNetwork>
The expression being returned
Source§fn as_expression(self) -> <Self as AsExpression<Cidr>>::Expression
 
fn as_expression(self) -> <Self as AsExpression<Cidr>>::Expression
Perform the conversion
Source§impl AsExpression<Cidr> for IpNet
Available on crate feature ipnet-address only. 
impl AsExpression<Cidr> for IpNet
Available on crate feature 
ipnet-address only.Source§type Expression = Bound<Cidr, IpNet>
 
type Expression = Bound<Cidr, IpNet>
The expression being returned
Source§fn as_expression(self) -> <Self as AsExpression<Cidr>>::Expression
 
fn as_expression(self) -> <Self as AsExpression<Cidr>>::Expression
Perform the conversion
Source§impl AsExpression<Cidr> for IpNetwork
Available on crate feature network-address only. 
impl AsExpression<Cidr> for IpNetwork
Available on crate feature 
network-address only.Source§type Expression = Bound<Cidr, IpNetwork>
 
type Expression = Bound<Cidr, IpNetwork>
The expression being returned
Source§fn as_expression(self) -> <Self as AsExpression<Cidr>>::Expression
 
fn as_expression(self) -> <Self as AsExpression<Cidr>>::Expression
Perform the conversion
Source§impl HasSqlType<Cidr> for Pg
 
impl HasSqlType<Cidr> for Pg
Source§fn metadata(_: &mut Self::MetadataLookup) -> PgTypeMetadata
 
fn metadata(_: &mut Self::MetadataLookup) -> PgTypeMetadata
Fetch the metadata for the given type Read more
Source§impl QueryId for Cidr
 
impl QueryId for Cidr
Source§const HAS_STATIC_QUERY_ID: bool = true
 
const HAS_STATIC_QUERY_ID: bool = true
Can the SQL generated by 
Self be uniquely identified by its type? Read moreimpl Copy for Cidr
impl SingleValue for Cidr
Auto Trait Implementations§
impl Freeze for Cidr
impl RefUnwindSafe for Cidr
impl Send for Cidr
impl Sync for Cidr
impl Unpin for Cidr
impl UnwindSafe for Cidr
Blanket Implementations§
Source§impl<T> BorrowMut<T> for Twhere
    T: ?Sized,
 
impl<T> BorrowMut<T> for Twhere
    T: ?Sized,
Source§fn borrow_mut(&mut self) -> &mut T
 
fn borrow_mut(&mut self) -> &mut T
Mutably borrows from an owned value. Read more
Source§impl<T> CloneToUninit for Twhere
    T: Clone,
 
impl<T> CloneToUninit for Twhere
    T: Clone,
Source§impl<ST, U, DB> CompatibleType<U, DB> for ST
 
impl<ST, U, DB> CompatibleType<U, DB> for ST
Source§impl<T> IntoNotNullable for T
 
impl<T> IntoNotNullable for T
Source§type NotNullable = T
 
type NotNullable = T
The not nullable representation of this type. Read more