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Improve/update Instruction docs #1237

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Oct 14, 2024
Merged

Improve/update Instruction docs #1237

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9a78961
improve unary and binary float instruction docs
Robbepop Oct 13, 2024
061e65b
fix doc comment
Robbepop Oct 13, 2024
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60 changes: 30 additions & 30 deletions crates/ir/src/for_each_op.rs
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Original file line number Diff line number Diff line change
Expand Up @@ -4672,56 +4672,56 @@ macro_rules! for_each_op {
input: Reg,
},

/// Wasm `f32.abs` instruction.
/// Wasm `f32.abs` equivalent Wasmi instruction.
#[snake_name(f32_abs)]
F32Abs {
@result: Reg,
/// The register holding the input of the instruction.
input: Reg,
},
/// Wasm `f32.neg` instruction.
/// Wasm `f32.neg` equivalent Wasmi instruction.
#[snake_name(f32_neg)]
F32Neg {
@result: Reg,
/// The register holding the input of the instruction.
input: Reg,
},
/// Wasm `f32.ceil` instruction.
/// Wasm `f32.ceil` equivalent Wasmi instruction.
#[snake_name(f32_ceil)]
F32Ceil {
@result: Reg,
/// The register holding the input of the instruction.
input: Reg,
},
/// Wasm `f32.floor` instruction.
/// Wasm `f32.floor` equivalent Wasmi instruction.
#[snake_name(f32_floor)]
F32Floor {
@result: Reg,
/// The register holding the input of the instruction.
input: Reg,
},
/// Wasm `f32.trunc` instruction.
/// Wasm `f32.trunc` equivalent Wasmi instruction.
#[snake_name(f32_trunc)]
F32Trunc {
@result: Reg,
/// The register holding the input of the instruction.
input: Reg,
},
/// Wasm `f32.nearest` instruction.
/// Wasm `f32.nearest` equivalent Wasmi instruction.
#[snake_name(f32_nearest)]
F32Nearest {
@result: Reg,
/// The register holding the input of the instruction.
input: Reg,
},
/// Wasm `f32.sqrt` instruction.
/// Wasm `f32.sqrt` equivalent Wasmi instruction.
#[snake_name(f32_sqrt)]
F32Sqrt {
@result: Reg,
/// The register holding the input of the instruction.
input: Reg,
},
/// Wasm `f32.add` instruction: `r0 = r1 + r2`
/// Wasm `f32.add` equivalent Wasmi instruction.
#[snake_name(f32_add)]
F32Add {
@result: Reg,
Expand All @@ -4730,7 +4730,7 @@ macro_rules! for_each_op {
/// The register holding the right-hand side value.
rhs: Reg,
},
/// Wasm `f32.sub` instruction: `r0 = r1 - r2`
/// Wasm `f32.sub` equivalent Wasmi instruction.
#[snake_name(f32_sub)]
F32Sub {
@result: Reg,
Expand All @@ -4739,7 +4739,7 @@ macro_rules! for_each_op {
/// The register holding the right-hand side value.
rhs: Reg,
},
/// Wasm `f32.mul` instruction: `r0 = r1 * r2`
/// Wasm `f32.mul` equivalent Wasmi instruction.
#[snake_name(f32_mul)]
F32Mul {
@result: Reg,
Expand All @@ -4748,7 +4748,7 @@ macro_rules! for_each_op {
/// The register holding the right-hand side value.
rhs: Reg,
},
/// Wasm `f32.div` instruction: `r0 = r1 / r2`
/// Wasm `f32.div` equivalent Wasmi instruction.
#[snake_name(f32_div)]
F32Div {
@result: Reg,
Expand All @@ -4757,7 +4757,7 @@ macro_rules! for_each_op {
/// The register holding the right-hand side value.
rhs: Reg,
},
/// Wasm `f32.min` instruction: `r0 = min(r1, r2)`
/// Wasm `f32.min` equivalent Wasmi instruction.
#[snake_name(f32_min)]
F32Min {
@result: Reg,
Expand All @@ -4766,7 +4766,7 @@ macro_rules! for_each_op {
/// The register holding the right-hand side value.
rhs: Reg,
},
/// Wasm `f32.max` instruction: `r0 = max(r1, r2)`
/// Wasm `f32.max` equivalent Wasmi instruction.
#[snake_name(f32_max)]
F32Max {
@result: Reg,
Expand All @@ -4775,7 +4775,7 @@ macro_rules! for_each_op {
/// The register holding the right-hand side value.
rhs: Reg,
},
/// Wasm `f32.copysign` instruction: `r0 = copysign(r1, r2)`
/// Wasm `f32.copysign` equivalent Wasmi instruction.
#[snake_name(f32_copysign)]
F32Copysign {
@result: Reg,
Expand All @@ -4784,7 +4784,7 @@ macro_rules! for_each_op {
/// The register holding the right-hand side value.
rhs: Reg,
},
/// Wasm `f32.copysign` instruction with immediate: `r0 = copysign(r1, c0)`
/// Wasm `f32.copysign` equivalent Wasmi instruction with NaN canonicalization.
#[snake_name(f32_copysign_imm)]
F32CopysignImm {
@result: Reg,
Expand All @@ -4794,56 +4794,56 @@ macro_rules! for_each_op {
rhs: Sign<f32>,
},

/// Wasm `f64.abs` instruction.
/// Wasm `f64.abs` equivalent Wasmi instruction.
#[snake_name(f64_abs)]
F64Abs {
@result: Reg,
/// The register holding the input of the instruction.
input: Reg,
},
/// Wasm `f64.neg` instruction.
/// Wasm `f64.neg` equivalent Wasmi instruction.
#[snake_name(f64_neg)]
F64Neg {
@result: Reg,
/// The register holding the input of the instruction.
input: Reg,
},
/// Wasm `f64.ceil` instruction.
/// Wasm `f64.ceil` equivalent Wasmi instruction.
#[snake_name(f64_ceil)]
F64Ceil {
@result: Reg,
/// The register holding the input of the instruction.
input: Reg,
},
/// Wasm `f64.floor` instruction.
/// Wasm `f64.floor` equivalent Wasmi instruction.
#[snake_name(f64_floor)]
F64Floor {
@result: Reg,
/// The register holding the input of the instruction.
input: Reg,
},
/// Wasm `f64.trunc` instruction.
/// Wasm `f64.trunc` equivalent Wasmi instruction.
#[snake_name(f64_trunc)]
F64Trunc {
@result: Reg,
/// The register holding the input of the instruction.
input: Reg,
},
/// Wasm `f64.nearest` instruction.
/// Wasm `f64.nearest` equivalent Wasmi instruction.
#[snake_name(f64_nearest)]
F64Nearest {
@result: Reg,
/// The register holding the input of the instruction.
input: Reg,
},
/// Wasm `f64.sqrt` instruction.
/// Wasm `f64.sqrt` equivalent Wasmi instruction.
#[snake_name(f64_sqrt)]
F64Sqrt {
@result: Reg,
/// The register holding the input of the instruction.
input: Reg,
},
/// Wasm `f64.add` instruction: `r0 = r1 + r2`
/// Wasm `f64.add` equivalent Wasmi instruction.
#[snake_name(f64_add)]
F64Add {
@result: Reg,
Expand All @@ -4852,7 +4852,7 @@ macro_rules! for_each_op {
/// The register holding the right-hand side value.
rhs: Reg,
},
/// Wasm `f64.sub` instruction: `r0 = r1 - r2`
/// Wasm `f64.sub` equivalent Wasmi instruction.
#[snake_name(f64_sub)]
F64Sub {
@result: Reg,
Expand All @@ -4861,7 +4861,7 @@ macro_rules! for_each_op {
/// The register holding the right-hand side value.
rhs: Reg,
},
/// Wasm `f64.mul` instruction: `r0 = r1 * r2`
/// Wasm `f64.mul` equivalent Wasmi instruction.
#[snake_name(f64_mul)]
F64Mul {
@result: Reg,
Expand All @@ -4870,7 +4870,7 @@ macro_rules! for_each_op {
/// The register holding the right-hand side value.
rhs: Reg,
},
/// Wasm `f64.div` instruction: `r0 = r1 / r2`
/// Wasm `f64.div` equivalent Wasmi instruction.
#[snake_name(f64_div)]
F64Div {
@result: Reg,
Expand All @@ -4879,7 +4879,7 @@ macro_rules! for_each_op {
/// The register holding the right-hand side value.
rhs: Reg,
},
/// Wasm `f64.min` instruction: `r0 = min(r1, r2)`
/// Wasm `f64.min` equivalent Wasmi instruction.
#[snake_name(f64_min)]
F64Min {
@result: Reg,
Expand All @@ -4888,7 +4888,7 @@ macro_rules! for_each_op {
/// The register holding the right-hand side value.
rhs: Reg,
},
/// Wasm `f64.max` instruction: `r0 = max(r1, r2)`
/// Wasm `f64.max` equivalent Wasmi instruction.
#[snake_name(f64_max)]
F64Max {
@result: Reg,
Expand All @@ -4897,7 +4897,7 @@ macro_rules! for_each_op {
/// The register holding the right-hand side value.
rhs: Reg,
},
/// Wasm `f64.copysign` instruction: `r0 = copysign(r1, r2)`
/// Wasm `f64.copysign` equivalent Wasmi instruction.
#[snake_name(f64_copysign)]
F64Copysign {
@result: Reg,
Expand All @@ -4906,7 +4906,7 @@ macro_rules! for_each_op {
/// The register holding the right-hand side value.
rhs: Reg,
},
/// Wasm `f64.copysign` instruction with immediate: `r0 = copysign(r1, c0)`
/// Wasm `f64.copysign` equivalent Wasmi instruction with imediate `rhs` value.
#[snake_name(f64_copysign_imm)]
F64CopysignImm {
@result: Reg,
Expand Down
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