Enum rorm::representations::FFIBinaryCondition

#[repr(C)]
pub enum FFIBinaryCondition<'a> {
    Equals([&'a FFICondition<'a>; 2]),
    NotEquals([&'a FFICondition<'a>; 2]),
    Greater([&'a FFICondition<'a>; 2]),
    GreaterOrEquals([&'a FFICondition<'a>; 2]),
    Less([&'a FFICondition<'a>; 2]),
    LessOrEquals([&'a FFICondition<'a>; 2]),
    Like([&'a FFICondition<'a>; 2]),
    NotLike([&'a FFICondition<'a>; 2]),
    Regexp([&'a FFICondition<'a>; 2]),
    NotRegexp([&'a FFICondition<'a>; 2]),
    In([&'a FFICondition<'a>; 2]),
    NotIn([&'a FFICondition<'a>; 2]),
}

This enum represents a binary expression.

Variants

Equals([&'a FFICondition<'a>; 2])

Representation of “{} = {}” in SQL

NotEquals([&'a FFICondition<'a>; 2])

Representation of “{} <> {}” in SQL

Greater([&'a FFICondition<'a>; 2])

Representation of “{} > {}” in SQL

GreaterOrEquals([&'a FFICondition<'a>; 2])

Representation of “{} >= {}” in SQL

Less([&'a FFICondition<'a>; 2])

Representation of “{} < {}” in SQL

LessOrEquals([&'a FFICondition<'a>; 2])

Representation of “{} <= {}” in SQL

Like([&'a FFICondition<'a>; 2])

Representation of “{} LIKE {}” in SQL

NotLike([&'a FFICondition<'a>; 2])

Representation of “{} NOT LIKE {}” in SQL

Regexp([&'a FFICondition<'a>; 2])

Representation of “{} REGEXP {}” in SQL

NotRegexp([&'a FFICondition<'a>; 2])

Representation of “{} NOT REGEXP {}” in SQL

In([&'a FFICondition<'a>; 2])

Representation of “{} IN {}” in SQL

NotIn([&'a FFICondition<'a>; 2])

Representation of “{} NOT IN {}” in SQL

Trait Implementations

impl<'a> TryFrom<&FFIBinaryCondition<'a>> for BinaryCondition<'a>

type Error = Error<'a>

The type returned in the event of a conversion error.

fn try_from(value: &FFIBinaryCondition<'a>) -> Result<Self, Self::Error>

Performs the conversion.