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cgmath/src/num/rhs.rs

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Update comment documentation
2012-11-26 12:45:55 +00:00
/**
* These RHS operator traits would formalise the overloading of the RHS of the
* Num operators (as described in [Refining Traits and Impls]
* (http://smallcultfollowing.com/babysteps/blog/2012/10/04/refining-traits-slash-impls/)
* by nmatsakis). For example, if you wanted to achieve something like:
*
* ~~~
* enum Radians<T> = T;
*
* let half_rotation = Radians(float::consts::pi);
* let full_rotation = 2.0 * half_rotation;
* let quarter_rotation = half_rotation * 0.5;
* ~~~
*
* All you'd have to implement is:
*
* ~~~
* pub impl Radians<float>: float::MulRHS<Radians<float>> {
* pure fn int_add_rhs(lhs: &int) -> Radians<float> { Radians(lhs * (*self)) }
* }
*
* pub impl<T:Copy Num> Radians<T>: Mul<T, Radians<T>> {
* pure fn mul(rhs: &T) -> Radians<T> { Radians((*self) * (*rhs)) }
* }
* ~~~
*
* I may have got something wrong in my implementations, as I got some 'multiple
* applicable methods in scope' errors due to Num automatically being imported
* with core. If that's the case, apologies in advance!
*/
Add rhs module
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use core::Num;
Update module comment and organisation
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pub mod f32 {
pub trait AddRHS<Result> { pure fn f32_add_rhs(lhs: &f32) -> Result; }
pub trait SubRHS<Result> { pure fn f32_sub_rhs(lhs: &f32) -> Result; }
pub trait MulRHS<Result> { pure fn f32_mul_rhs(lhs: &f32) -> Result; }
pub trait DivRHS<Result> { pure fn f32_div_rhs(lhs: &f32) -> Result; }
pub trait ModuloRHS<Result> { pure fn f32_modulo_rhs(lhs: &f32) -> Result; }
pub trait BitAndRHS<Result> { pure fn f32_bitand_rhs(lhs: &f32) -> Result; }
pub trait BitOrRHS<Result> { pure fn f32_bitor_rhs(lhs: &f32 ) -> Result; }
pub trait BitXorRHS<Result> { pure fn f32_bitxor_rhs(lhs: &f32) -> Result; }
pub trait ShlRHS<Result> { pure fn f32_shl_rhs(lhs: &f32) -> Result; }
pub trait ShrRHS<Result> { pure fn f32_shr_rhs(lhs: &f32) -> Result; }
pub impl f32: AddRHS<f32> { pure fn f32_add_rhs(lhs: &f32) -> f32 { *lhs + self } }
pub impl f32: SubRHS<f32> { pure fn f32_sub_rhs(lhs: &f32) -> f32 { *lhs - self } }
pub impl f32: MulRHS<f32> { pure fn f32_mul_rhs(lhs: &f32) -> f32 { *lhs * self } }
pub impl f32: DivRHS<f32> { pure fn f32_div_rhs(lhs: &f32) -> f32 { *lhs / self } }
pub impl f32: ModuloRHS<f32> { pure fn f32_modulo_rhs(lhs: &f32) -> f32 { *lhs % self } }
// pub impl f32: Num {
// pure fn add(other: &f32) -> f32 { other.f32_add_rhs(&self) }
// pure fn sub(other: &f32) -> f32 { other.f32_sub_rhs(&self) }
// pure fn mul(other: &f32) -> f32 { other.f32_mul_rhs(&self) }
// pure fn div(other: &f32) -> f32 { other.f32_div_rhs(&self) }
// pure fn modulo(other: &f32) -> f32 { other.f32_modulo_rhs(&self) }
// pure fn neg() -> f32 { -self }
// pure fn to_int() -> int { self as int }
// static pure fn from_int(n: int) -> f32 { n as f32 }
// }
Add rhs module
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}
Update module comment and organisation
2012-11-26 06:03:35 +00:00
pub mod f64 {
pub trait AddRHS<Result> { pure fn f64_add_rhs(lhs: &f64) -> Result; }
pub trait SubRHS<Result> { pure fn f64_sub_rhs(lhs: &f64) -> Result; }
pub trait MulRHS<Result> { pure fn f64_mul_rhs(lhs: &f64) -> Result; }
pub trait DivRHS<Result> { pure fn f64_div_rhs(lhs: &f64) -> Result; }
pub trait ModuloRHS<Result> { pure fn f64_modulo_rhs(lhs: &f64) -> Result; }
pub trait BitAndRHS<Result> { pure fn f64_bitand_rhs(lhs: &f64) -> Result; }
pub trait BitOrRHS<Result> { pure fn f64_bitor_rhs(lhs: &f64) -> Result; }
pub trait BitXorRHS<Result> { pure fn f64_bitxor_rhs(lhs: &f64) -> Result; }
pub trait ShlRHS<Result> { pure fn f64_shl_rhs(lhs: &f64) -> Result; }
pub trait ShrRHS<Result> { pure fn f64_shr_rhs(lhs: &f64) -> Result; }
pub impl f64: AddRHS<f64> { pure fn f64_add_rhs(lhs: &f64) -> f64 { *lhs + self } }
pub impl f64: SubRHS<f64> { pure fn f64_sub_rhs(lhs: &f64) -> f64 { *lhs - self } }
pub impl f64: MulRHS<f64> { pure fn f64_mul_rhs(lhs: &f64) -> f64 { *lhs * self } }
pub impl f64: DivRHS<f64> { pure fn f64_div_rhs(lhs: &f64) -> f64 { *lhs / self } }
pub impl f64: ModuloRHS<f64> { pure fn f64_modulo_rhs(lhs: &f64) -> f64 { *lhs % self } }
// pub impl f64: Num {
// pure fn add(other: &f64) -> f64 { other.f64_add_rhs(&self) }
// pure fn sub(other: &f64) -> f64 { other.f64_sub_rhs(&self) }
// pure fn mul(other: &f64) -> f64 { other.f64_mul_rhs(&self) }
// pure fn div(other: &f64) -> f64 { other.f64_div_rhs(&self) }
// pure fn modulo(other: &f64) -> f64 { other.f64_modulo_rhs(&self) }
// pure fn neg() -> f64 { -self }
// pure fn to_int() -> int { self as int }
// static pure fn from_int(n: int) -> f64 { n as f64 }
// }
Add rhs module
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}
Update module comment and organisation
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pub mod float {
pub trait AddRHS<Result> { pure fn float_add_rhs(lhs: &float) -> Result; }
pub trait SubRHS<Result> { pure fn float_sub_rhs(lhs: &float) -> Result; }
pub trait MulRHS<Result> { pure fn float_mul_rhs(lhs: &float) -> Result; }
pub trait DivRHS<Result> { pure fn float_div_rhs(lhs: &float) -> Result; }
pub trait ModuloRHS<Result> { pure fn float_modulo_rhs(lhs: &float) -> Result; }
pub trait BitAndRHS<Result> { pure fn float_bitand_rhs(lhs: &float) -> Result; }
pub trait BitOrRHS<Result> { pure fn float_bitor_rhs(lhs: &float) -> Result; }
pub trait BitXorRHS<Result> { pure fn float_bitxor_rhs(lhs: &float) -> Result; }
pub trait ShlRHS<Result> { pure fn float_shl_rhs(lhs: &float) -> Result; }
pub trait ShrRHS<Result> { pure fn float_shr_rhs(lhs: &float) -> Result; }
pub impl float: AddRHS<float> { pure fn float_add_rhs(lhs: &float) -> float { *lhs + self } }
pub impl float: SubRHS<float> { pure fn float_sub_rhs(lhs: &float) -> float { *lhs - self } }
pub impl float: MulRHS<float> { pure fn float_mul_rhs(lhs: &float) -> float { *lhs * self } }
pub impl float: DivRHS<float> { pure fn float_div_rhs(lhs: &float) -> float { *lhs / self } }
pub impl float: ModuloRHS<float> { pure fn float_modulo_rhs(lhs: &float) -> float { *lhs % self } }
// pub impl float: Num {
// pure fn add(other: &float) -> float { other.float_add_rhs(&self) }
// pure fn sub(other: &float) -> float { other.float_sub_rhs(&self) }
// pure fn mul(other: &float) -> float { other.float_mul_rhs(&self) }
// pure fn div(other: &float) -> float { other.float_div_rhs(&self) }
// pure fn modulo(other: &float) -> float { other.float_modulo_rhs(&self) }
// pure fn neg() -> float { -self }
// pure fn to_int() -> int { self as int }
// static pure fn from_int(n: int) -> float { n as float }
// }
Add rhs module
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}
Update module comment and organisation
2012-11-26 06:03:35 +00:00
pub mod i8 {
pub trait AddRHS<Result> { pure fn i8_add_rhs(lhs: &i8) -> Result; }
pub trait SubRHS<Result> { pure fn i8_sub_rhs(lhs: &i8) -> Result; }
pub trait MulRHS<Result> { pure fn i8_mul_rhs(lhs: &i8) -> Result; }
pub trait DivRHS<Result> { pure fn i8_div_rhs(lhs: &i8) -> Result; }
pub trait ModuloRHS<Result> { pure fn i8_modulo_rhs(lhs: &i8) -> Result; }
pub trait BitAndRHS<Result> { pure fn i8_bitand_rhs(lhs: &i8) -> Result; }
pub trait BitOrRHS<Result> { pure fn i8_bitor_rhs(lhs: &i8) -> Result; }
pub trait BitXorRHS<Result> { pure fn i8_bitxor_rhs(lhs: &i8) -> Result; }
pub trait ShlRHS<Result> { pure fn i8_shl_rhs(lhs: &i8) -> Result; }
pub trait ShrRHS<Result> { pure fn i8_shr_rhs(lhs: &i8) -> Result; }
pub impl i8 : AddRHS<i8> { pure fn i8_add_rhs(lhs: &i8) -> i8 { *lhs + self } }
pub impl i8 : SubRHS<i8> { pure fn i8_sub_rhs(lhs: &i8) -> i8 { *lhs - self } }
pub impl i8 : MulRHS<i8> { pure fn i8_mul_rhs(lhs: &i8) -> i8 { *lhs * self } }
pub impl i8 : DivRHS<i8> { pure fn i8_div_rhs(lhs: &i8) -> i8 { *lhs / self } }
pub impl i8 : ModuloRHS<i8> { pure fn i8_modulo_rhs(lhs: &i8) -> i8 { *lhs % self } }
// pub impl i8: Num {
// pure fn add(other: &i8) -> i8 { other.i8_add_rhs(&self) }
// pure fn sub(other: &i8) -> i8 { other.i8_sub_rhs(&self) }
// pure fn mul(other: &i8) -> i8 { other.i8_mul_rhs(&self) }
// pure fn div(other: &i8) -> i8 { other.i8_div_rhs(&self) }
// pure fn modulo(other: &i8) -> i8 { other.i8_modulo_rhs(&self) }
// pure fn neg() -> i8 { -self }
// pure fn to_int() -> int { self as int }
// static pure fn from_int(n: int) -> i8 { n as i8 }
// }
Add rhs module
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}
Update module comment and organisation
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pub mod i16 {
pub trait AddRHS<Result> { pure fn i16_add_rhs(lhs: &i16) -> Result; }
pub trait SubRHS<Result> { pure fn i16_sub_rhs(lhs: &i16) -> Result; }
pub trait MulRHS<Result> { pure fn i16_mul_rhs(lhs: &i16) -> Result; }
pub trait DivRHS<Result> { pure fn i16_div_rhs(lhs: &i16) -> Result; }
pub trait ModuloRHS<Result> { pure fn i16_modulo_rhs(lhs: &i16) -> Result; }
pub trait BitAndRHS<Result> { pure fn i16_bitand_rhs(lhs: &i16) -> Result; }
pub trait BitOrRHS<Result> { pure fn i16_bitor_rhs(lhs: &i16) -> Result; }
pub trait BitXorRHS<Result> { pure fn i16_bitxor_rhs(lhs: &i16) -> Result; }
pub trait ShlRHS<Result> { pure fn i16_shl_rhs(lhs: &i16) -> Result; }
pub trait ShrRHS<Result> { pure fn i16_shr_rhs(lhs: &i16) -> Result; }
pub impl i16: AddRHS<i16> { pure fn i16_add_rhs(lhs: &i16) -> i16 { *lhs + self } }
pub impl i16: SubRHS<i16> { pure fn i16_sub_rhs(lhs: &i16) -> i16 { *lhs - self } }
pub impl i16: MulRHS<i16> { pure fn i16_mul_rhs(lhs: &i16) -> i16 { *lhs * self } }
pub impl i16: DivRHS<i16> { pure fn i16_div_rhs(lhs: &i16) -> i16 { *lhs / self } }
pub impl i16: ModuloRHS<i16> { pure fn i16_modulo_rhs(lhs: &i16) -> i16 { *lhs % self } }
// pub impl i16: Num {
// pure fn add(other: &i16) -> i16 { other.i16_add_rhs(&self) }
// pure fn sub(other: &i16) -> i16 { other.i16_sub_rhs(&self) }
// pure fn mul(other: &i16) -> i16 { other.i16_mul_rhs(&self) }
// pure fn div(other: &i16) -> i16 { other.i16_div_rhs(&self) }
// pure fn modulo(other: &i16) -> i16 { other.i16_modulo_rhs(&self) }
// pure fn neg() -> i16 { -self }
// pure fn to_int() -> int { self as int }
// static pure fn from_int(n: int) -> i16 { n as i16 }
// }
Add rhs module
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}
Update module comment and organisation
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pub mod i32 {
pub trait AddRHS<Result> { pure fn i32_add_rhs(lhs: &i32) -> Result; }
pub trait SubRHS<Result> { pure fn i32_sub_rhs(lhs: &i32) -> Result; }
pub trait MulRHS<Result> { pure fn i32_mul_rhs(lhs: &i32) -> Result; }
pub trait DivRHS<Result> { pure fn i32_div_rhs(lhs: &i32) -> Result; }
pub trait ModuloRHS<Result> { pure fn i32_modulo_rhs(lhs: &i32) -> Result; }
pub trait BitAndRHS<Result> { pure fn i32_bitand_rhs(lhs: &i32) -> Result; }
pub trait BitOrRHS<Result> { pure fn i32_bitor_rhs(lhs: &i32) -> Result; }
pub trait BitXorRHS<Result> { pure fn i32_bitxor_rhs(lhs: &i32) -> Result; }
pub trait ShlRHS<Result> { pure fn i32_shl_rhs(lhs: &i32) -> Result; }
pub trait ShrRHS<Result> { pure fn i32_shr_rhs(lhs: &i32) -> Result; }
pub impl i32: AddRHS<i32> { pure fn i32_add_rhs(lhs: &i32) -> i32 { *lhs + self } }
pub impl i32: SubRHS<i32> { pure fn i32_sub_rhs(lhs: &i32) -> i32 { *lhs - self } }
pub impl i32: MulRHS<i32> { pure fn i32_mul_rhs(lhs: &i32) -> i32 { *lhs * self } }
pub impl i32: DivRHS<i32> { pure fn i32_div_rhs(lhs: &i32) -> i32 { *lhs / self } }
pub impl i32: ModuloRHS<i32> { pure fn i32_modulo_rhs(lhs: &i32) -> i32 { *lhs % self } }
// pub impl i32: Num {
// pure fn add(other: &i32) -> i32 { other.i32_add_rhs(&self) }
// pure fn sub(other: &i32) -> i32 { other.i32_sub_rhs(&self) }
// pure fn mul(other: &i32) -> i32 { other.i32_mul_rhs(&self) }
// pure fn div(other: &i32) -> i32 { other.i32_div_rhs(&self) }
// pure fn modulo(other: &i32) -> i32 { other.i32_modulo_rhs(&self) }
// pure fn neg() -> i32 { -self }
// pure fn to_int() -> int { self as int }
// static pure fn from_int(n: int) -> i32 { n as i32 }
// }
Add rhs module
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}
Update module comment and organisation
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pub mod i64 {
pub trait AddRHS<Result> { pure fn i64_add_rhs(lhs: &i64) -> Result; }
pub trait SubRHS<Result> { pure fn i64_sub_rhs(lhs: &i64) -> Result; }
pub trait MulRHS<Result> { pure fn i64_mul_rhs(lhs: &i64) -> Result; }
pub trait DivRHS<Result> { pure fn i64_div_rhs(lhs: &i64) -> Result; }
pub trait ModuloRHS<Result> { pure fn i64_modulo_rhs(lhs: &i64) -> Result; }
pub trait BitAndRHS<Result> { pure fn i64_bitand_rhs(lhs: &i64) -> Result; }
pub trait BitOrRHS<Result> { pure fn i64_bitor_rhs(lhs: &i64) -> Result; }
pub trait BitXorRHS<Result> { pure fn i64_bitxor_rhs(lhs: &i64) -> Result; }
pub trait ShlRHS<Result> { pure fn i64_shl_rhs(lhs: &i64) -> Result; }
pub trait ShrRHS<Result> { pure fn i64_shr_rhs(lhs: &i64) -> Result; }
pub impl i64: AddRHS<i64> { pure fn i64_add_rhs(lhs: &i64) -> i64 { *lhs + self } }
pub impl i64: SubRHS<i64> { pure fn i64_sub_rhs(lhs: &i64) -> i64 { *lhs - self } }
pub impl i64: MulRHS<i64> { pure fn i64_mul_rhs(lhs: &i64) -> i64 { *lhs * self } }
pub impl i64: DivRHS<i64> { pure fn i64_div_rhs(lhs: &i64) -> i64 { *lhs / self } }
pub impl i64: ModuloRHS<i64> { pure fn i64_modulo_rhs(lhs: &i64) -> i64 { *lhs % self } }
// pub impl i64: Num {
// pure fn add(other: &i64) -> i64 { other.i64_add_rhs(&self) }
// pure fn sub(other: &i64) -> i64 { other.i64_sub_rhs(&self) }
// pure fn mul(other: &i64) -> i64 { other.i64_mul_rhs(&self) }
// pure fn div(other: &i64) -> i64 { other.i64_div_rhs(&self) }
// pure fn modulo(other: &i64) -> i64 { other.i64_modulo_rhs(&self) }
// pure fn neg() -> i64 { -self }
// pure fn to_int() -> int { self as int }
// static pure fn from_int(n: int) -> i64 { n as i64 }
// }
Add rhs module
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}
Update module comment and organisation
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pub mod int {
pub trait AddRHS<Result> { pure fn int_add_rhs(lhs: &int) -> Result; }
pub trait SubRHS<Result> { pure fn int_sub_rhs(lhs: &int) -> Result; }
pub trait MulRHS<Result> { pure fn int_mul_rhs(lhs: &int) -> Result; }
pub trait DivRHS<Result> { pure fn int_div_rhs(lhs: &int) -> Result; }
pub trait ModuloRHS<Result> { pure fn int_modulo_rhs(lhs: &int) -> Result; }
pub trait BitAndRHS<Result> { pure fn int_bitand_rhs(lhs: &int) -> Result; }
pub trait BitOrRHS<Result> { pure fn int_bitor_rhs(lhs: &int) -> Result; }
pub trait BitXorRHS<Result> { pure fn int_bitxor_rhs(lhs: &int) -> Result; }
pub trait ShlRHS<Result> { pure fn int_shl_rhs(lhs: &int) -> Result; }
pub trait ShrRHS<Result> { pure fn int_shr_rhs(lhs: &int) -> Result; }
pub impl int: AddRHS<int> { pure fn int_add_rhs(lhs: &int) -> int { *lhs + self } }
pub impl int: SubRHS<int> { pure fn int_sub_rhs(lhs: &int) -> int { *lhs - self } }
pub impl int: MulRHS<int> { pure fn int_mul_rhs(lhs: &int) -> int { *lhs * self } }
pub impl int: DivRHS<int> { pure fn int_div_rhs(lhs: &int) -> int { *lhs / self } }
pub impl int: ModuloRHS<int> { pure fn int_modulo_rhs(lhs: &int) -> int { *lhs % self } }
// pub impl int: Num {
// pure fn add(other: &int) -> int { other.int_add_rhs(&self) }
// pure fn sub(other: &int) -> int { other.int_sub_rhs(&self) }
// pure fn mul(other: &int) -> int { other.int_mul_rhs(&self) }
// pure fn div(other: &int) -> int { other.int_div_rhs(&self) }
// pure fn modulo(other: &int) -> int { other.int_modulo_rhs(&self) }
// pure fn neg() -> int { -self }
// pure fn to_int() -> int { self as int }
// static pure fn from_int(n: int) -> int { n }
// }
Add rhs module
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}
Update module comment and organisation
2012-11-26 06:03:35 +00:00
pub mod u8 {
pub trait AddRHS<Result> { pure fn u8_add_rhs(lhs: &u8) -> Result; }
pub trait SubRHS<Result> { pure fn u8_sub_rhs(lhs: &u8) -> Result; }
pub trait MulRHS<Result> { pure fn u8_mul_rhs(lhs: &u8) -> Result; }
pub trait DivRHS<Result> { pure fn u8_div_rhs(lhs: &u8) -> Result; }
pub trait ModuloRHS<Result> { pure fn u8_modulo_rhs(lhs: &u8) -> Result; }
pub trait BitAndRHS<Result> { pure fn u8_bitand_rhs(lhs: &u8) -> Result; }
pub trait BitOrRHS<Result> { pure fn u8_bitor_rhs(lhs: &u8) -> Result; }
pub trait BitXorRHS<Result> { pure fn u8_bitxor_rhs(lhs: &u8) -> Result; }
pub trait ShlRHS<Result> { pure fn u8_shl_rhs(lhs: &u8) -> Result; }
pub trait ShrRHS<Result> { pure fn u8_shr_rhs(lhs: &u8) -> Result; }
pub impl u8: AddRHS<u8> { pure fn u8_add_rhs(lhs: &u8) -> u8 { *lhs + self } }
pub impl u8: SubRHS<u8> { pure fn u8_sub_rhs(lhs: &u8) -> u8 { *lhs - self } }
pub impl u8: MulRHS<u8> { pure fn u8_mul_rhs(lhs: &u8) -> u8 { *lhs * self } }
pub impl u8: DivRHS<u8> { pure fn u8_div_rhs(lhs: &u8) -> u8 { *lhs / self } }
pub impl u8: ModuloRHS<u8> { pure fn u8_modulo_rhs(lhs: &u8) -> u8 { *lhs % self } }
// pub impl u8: Num {
// pure fn add(other: &u8) -> u8 { other.u8_add_rhs(&self) }
// pure fn sub(other: &u8) -> u8 { other.u8_sub_rhs(&self) }
// pure fn mul(other: &u8) -> u8 { other.u8_mul_rhs(&self) }
// pure fn div(other: &u8) -> u8 { other.u8_div_rhs(&self) }
// pure fn modulo(other: &u8) -> u8 { other.u8_modulo_rhs(&self) }
// pure fn neg() -> u8 { -self }
// pure fn to_int() -> int { self as int }
// static pure fn from_int(n: int) -> u8 { n as u8 }
// }
Add rhs module
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}
Update module comment and organisation
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pub mod u16 {
pub trait AddRHS<Result> { pure fn u16_add_rhs(lhs: &u16) -> Result; }
pub trait SubRHS<Result> { pure fn u16_sub_rhs(lhs: &u16) -> Result; }
pub trait MulRHS<Result> { pure fn u16_mul_rhs(lhs: &u16) -> Result; }
pub trait DivRHS<Result> { pure fn u16_div_rhs(lhs: &u16) -> Result; }
pub trait ModuloRHS<Result> { pure fn u16_modulo_rhs(lhs: &u16) -> Result; }
pub trait BitAndRHS<Result> { pure fn u16_bitand_rhs(lhs: &u16) -> Result; }
pub trait BitOrRHS<Result> { pure fn u16_bitor_rhs(lhs: &u16) -> Result; }
pub trait BitXorRHS<Result> { pure fn u16_bitxor_rhs(lhs: &u16) -> Result; }
pub trait ShlRHS<Result> { pure fn u16_shl_rhs(lhs: &u16) -> Result; }
pub trait ShrRHS<Result> { pure fn u16_shr_rhs(lhs: &u16) -> Result; }
pub impl u16: AddRHS<u16> { pure fn u16_add_rhs(lhs: &u16) -> u16 { *lhs + self } }
pub impl u16: SubRHS<u16> { pure fn u16_sub_rhs(lhs: &u16) -> u16 { *lhs - self } }
pub impl u16: MulRHS<u16> { pure fn u16_mul_rhs(lhs: &u16) -> u16 { *lhs * self } }
pub impl u16: DivRHS<u16> { pure fn u16_div_rhs(lhs: &u16) -> u16 { *lhs / self } }
pub impl u16: ModuloRHS<u16> { pure fn u16_modulo_rhs(lhs: &u16) -> u16 { *lhs % self } }
// pub impl u16: Num {
// pure fn add(other: &u16) -> u16 { other.u16_add_rhs(&self) }
// pure fn sub(other: &u16) -> u16 { other.u16_sub_rhs(&self) }
// pure fn mul(other: &u16) -> u16 { other.u16_mul_rhs(&self) }
// pure fn div(other: &u16) -> u16 { other.u16_div_rhs(&self) }
// pure fn modulo(other: &u16) -> u16 { other.u16_modulo_rhs(&self) }
// pure fn neg() -> u16 { -self }
// pure fn to_int() -> int { self as int }
// static pure fn from_int(n: int) -> u16 { n as u16 }
// }
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}
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pub mod u32 {
pub trait AddRHS<Result> { pure fn u32_add_rhs(lhs: &u32) -> Result; }
pub trait SubRHS<Result> { pure fn u32_sub_rhs(lhs: &u32) -> Result; }
pub trait MulRHS<Result> { pure fn u32_mul_rhs(lhs: &u32) -> Result; }
pub trait DivRHS<Result> { pure fn u32_div_rhs(lhs: &u32) -> Result; }
pub trait ModuloRHS<Result> { pure fn u32_modulo_rhs(lhs: &u32) -> Result; }
pub trait BitAndRHS<Result> { pure fn u32_bitand_rhs(lhs: &u32) -> Result; }
pub trait BitOrRHS<Result> { pure fn u32_bitor_rhs(lhs: &u32) -> Result; }
pub trait BitXorRHS<Result> { pure fn u32_bitxor_rhs(lhs: &u32) -> Result; }
pub trait ShlRHS<Result> { pure fn u32_shl_rhs(lhs: &u32) -> Result; }
pub trait ShrRHS<Result> { pure fn u32_shr_rhs(lhs: &u32) -> Result; }
pub impl u32: AddRHS<u32> { pure fn u32_add_rhs(lhs: &u32) -> u32 { *lhs + self } }
pub impl u32: SubRHS<u32> { pure fn u32_sub_rhs(lhs: &u32) -> u32 { *lhs - self } }
pub impl u32: MulRHS<u32> { pure fn u32_mul_rhs(lhs: &u32) -> u32 { *lhs * self } }
pub impl u32: DivRHS<u32> { pure fn u32_div_rhs(lhs: &u32) -> u32 { *lhs / self } }
pub impl u32: ModuloRHS<u32> { pure fn u32_modulo_rhs(lhs: &u32) -> u32 { *lhs % self } }
// pub impl u32: Num {
// pure fn add(other: &u32) -> u32 { other.u32_add_rhs(&self) }
// pure fn sub(other: &u32) -> u32 { other.u32_sub_rhs(&self) }
// pure fn mul(other: &u32) -> u32 { other.u32_mul_rhs(&self) }
// pure fn div(other: &u32) -> u32 { other.u32_div_rhs(&self) }
// pure fn modulo(other: &u32) -> u32 { other.u32_modulo_rhs(&self) }
// pure fn neg() -> u32 { -self }
// pure fn to_int() -> int { self as int }
// static pure fn from_int(n: int) -> u32 { n as u32 }
// }
}
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Update module comment and organisation
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pub mod u64 {
pub trait AddRHS<Result> { pure fn u64_add_rhs(lhs: &u64) -> Result; }
pub trait SubRHS<Result> { pure fn u64_sub_rhs(lhs: &u64) -> Result; }
pub trait MulRHS<Result> { pure fn u64_mul_rhs(lhs: &u64) -> Result; }
pub trait DivRHS<Result> { pure fn u64_div_rhs(lhs: &u64) -> Result; }
pub trait ModuloRHS<Result> { pure fn u64_modulo_rhs(lhs: &u64) -> Result; }
pub trait BitAndRHS<Result> { pure fn u64_bitand_rhs(lhs: &u64) -> Result; }
pub trait BitOrRHS<Result> { pure fn u64_bitor_rhs(lhs: &u64) -> Result; }
pub trait BitXorRHS<Result> { pure fn u64_bitxor_rhs(lhs: &u64) -> Result; }
pub trait ShlRHS<Result> { pure fn u64_shl_rhs(lhs: &u64) -> Result; }
pub trait ShrRHS<Result> { pure fn u64_shr_rhs(lhs: &u64) -> Result; }
pub impl u64: AddRHS<u64> { pure fn u64_add_rhs(lhs: &u64) -> u64 { *lhs + self } }
pub impl u64: SubRHS<u64> { pure fn u64_sub_rhs(lhs: &u64) -> u64 { *lhs - self } }
pub impl u64: MulRHS<u64> { pure fn u64_mul_rhs(lhs: &u64) -> u64 { *lhs * self } }
pub impl u64: DivRHS<u64> { pure fn u64_div_rhs(lhs: &u64) -> u64 { *lhs / self } }
pub impl u64: ModuloRHS<u64> { pure fn u64_modulo_rhs(lhs: &u64) -> u64 { *lhs % self } }
// pub impl u64: Num {
// pure fn add(other: &u64) -> u64 { other.u64_add_rhs(&self) }
// pure fn sub(other: &u64) -> u64 { other.u64_sub_rhs(&self) }
// pure fn mul(other: &u64) -> u64 { other.u64_mul_rhs(&self) }
// pure fn div(other: &u64) -> u64 { other.u64_div_rhs(&self) }
// pure fn modulo(other: &u64) -> u64 { other.u64_modulo_rhs(&self) }
// pure fn neg() -> u64 { -self }
// pure fn to_int() -> int { self as int }
// static pure fn from_int(n: int) -> u64 { n as u64 }
// }
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}
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pub mod uint {
pub trait AddRHS<Result> { pure fn uint_add_rhs(lhs: &uint) -> Result; }
pub trait SubRHS<Result> { pure fn uint_sub_rhs(lhs: &uint) -> Result; }
pub trait MulRHS<Result> { pure fn uint_mul_rhs(lhs: &uint) -> Result; }
pub trait DivRHS<Result> { pure fn uint_div_rhs(lhs: &uint) -> Result; }
pub trait ModuloRHS<Result> { pure fn uint_modulo_rhs(lhs: &uint) -> Result; }
pub trait BitAndRHS<Result> { pure fn uint_bitand_rhs(lhs: &uint) -> Result; }
pub trait BitOrRHS<Result> { pure fn uint_bitor_rhs(lhs: &uint) -> Result; }
pub trait BitXorRHS<Result> { pure fn uint_bitxor_rhs(lhs: &uint) -> Result; }
pub trait ShlRHS<Result> { pure fn uint_shl_rhs(lhs: &uint) -> Result; }
pub trait ShrRHS<Result> { pure fn uint_shr_rhs(lhs: &uint) -> Result; }
pub impl uint: AddRHS<uint> { pure fn uint_add_rhs(lhs: &uint) -> uint { *lhs + self } }
pub impl uint: SubRHS<uint> { pure fn uint_sub_rhs(lhs: &uint) -> uint { *lhs - self } }
pub impl uint: MulRHS<uint> { pure fn uint_mul_rhs(lhs: &uint) -> uint { *lhs * self } }
pub impl uint: DivRHS<uint> { pure fn uint_div_rhs(lhs: &uint) -> uint { *lhs / self } }
pub impl uint: ModuloRHS<uint> { pure fn uint_modulo_rhs(lhs: &uint) -> uint { *lhs % self } }
// pub impl uint: Num {
// pure fn add(other: &uint) -> uint { other.uint_add_rhs(&self) }
// pure fn sub(other: &uint) -> uint { other.uint_sub_rhs(&self) }
// pure fn mul(other: &uint) -> uint { other.uint_mul_rhs(&self) }
// pure fn div(other: &uint) -> uint { other.uint_div_rhs(&self) }
// pure fn modulo(other: &uint) -> uint { other.uint_modulo_rhs(&self) }
// pure fn neg() -> uint { -self }
// pure fn to_int() -> int { self as int }
// static pure fn from_int(n: int) -> uint { n as uint }
// }
}
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