ee5982fd16
This lets us avoid the cost of `cranelift_codegen::ir::Opcode` to `peepmatic_runtime::Operator` conversion overhead, and paves the way for allowing Peepmatic to support non-clif optimizations (e.g. vcode optimizations). Rather than defining our own `peepmatic::Operator` type like we used to, now the whole `peepmatic` crate is effectively generic over a `TOperator` type parameter. For the Cranelift integration, we use `cranelift_codegen::ir::Opcode` as the concrete type for our `TOperator` type parameter. For testing, we also define a `TestOperator` type, so that we can test Peepmatic code without building all of Cranelift, and we can keep them somewhat isolated from each other. The methods that `peepmatic::Operator` had are now translated into trait bounds on the `TOperator` type. These traits need to be shared between all of `peepmatic`, `peepmatic-runtime`, and `cranelift-codegen`'s Peepmatic integration. Therefore, these new traits live in a new crate: `peepmatic-traits`. This crate acts as a header file of sorts for shared trait/type/macro definitions. Additionally, the `peepmatic-runtime` crate no longer depends on the `peepmatic-macro` procedural macro crate, which should lead to faster build times for Cranelift when it is using pre-built peephole optimizers.
220 lines
5.2 KiB
Rust
220 lines
5.2 KiB
Rust
//! This crate defines `TestOperator`: a `TOperator` type for usage in tests.
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//!
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//! This allows us to write Peepmatic-specific tests that do not depend on
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//! building all of Cranelift.
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peepmatic_traits::define_operator! {
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/// A `TOperator` type for use inside tests.
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TestOperator {
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adjust_sp_down => AdjustSpDown {
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parameters(iNN);
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result(void);
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}
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adjust_sp_down_imm => AdjustSpDownImm {
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immediates(iNN);
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result(void);
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}
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band => Band {
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parameters(iNN, iNN);
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result(iNN);
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}
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band_imm => BandImm {
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immediates(iNN);
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parameters(iNN);
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result(iNN);
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}
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bconst => Bconst {
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immediates(b1);
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result(bNN);
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}
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bint => Bint {
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parameters(bNN);
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result(iNN);
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}
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bor => Bor {
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parameters(iNN, iNN);
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result(iNN);
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}
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bor_imm => BorImm {
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immediates(iNN);
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parameters(iNN);
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result(iNN);
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}
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brnz => Brnz {
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parameters(bool_or_int);
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result(void);
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}
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brz => Brz {
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parameters(bool_or_int);
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result(void);
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}
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bxor => Bxor {
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parameters(iNN, iNN);
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result(iNN);
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}
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bxor_imm => BxorImm {
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immediates(iNN);
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parameters(iNN);
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result(iNN);
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}
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iadd => Iadd {
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parameters(iNN, iNN);
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result(iNN);
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}
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iadd_imm => IaddImm {
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immediates(iNN);
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parameters(iNN);
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result(iNN);
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}
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icmp => Icmp {
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immediates(cc);
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parameters(iNN, iNN);
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result(b1);
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}
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icmp_imm => IcmpImm {
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immediates(cc, iNN);
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parameters(iNN);
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result(b1);
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}
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iconst => Iconst {
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immediates(iNN);
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result(iNN);
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}
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ifcmp => Ifcmp {
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parameters(iNN, iNN);
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result(cpu_flags);
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}
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ifcmp_imm => IfcmpImm {
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immediates(iNN);
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parameters(iNN);
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result(cpu_flags);
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}
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imul => Imul {
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parameters(iNN, iNN);
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result(iNN);
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}
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imul_imm => ImulImm {
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immediates(iNN);
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parameters(iNN);
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result(iNN);
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}
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ireduce => Ireduce {
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parameters(iNN);
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result(iMM);
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is_reduce(true);
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}
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irsub_imm => IrsubImm {
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immediates(iNN);
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parameters(iNN);
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result(iNN);
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}
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ishl => Ishl {
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parameters(iNN, iNN);
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result(iNN);
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}
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ishl_imm => IshlImm {
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immediates(iNN);
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parameters(iNN);
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result(iNN);
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}
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isub => Isub {
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parameters(iNN, iNN);
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result(iNN);
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}
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rotl => Rotl {
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parameters(iNN, iNN);
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result(iNN);
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}
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rotl_imm => RotlImm {
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immediates(iNN);
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parameters(iNN);
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result(iNN);
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}
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rotr => Rotr {
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parameters(iNN, iNN);
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result(iNN);
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}
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rotr_imm => RotrImm {
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immediates(iNN);
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parameters(iNN);
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result(iNN);
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}
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sdiv => Sdiv {
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parameters(iNN, iNN);
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result(iNN);
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}
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sdiv_imm => SdivImm {
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immediates(iNN);
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parameters(iNN);
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result(iNN);
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}
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select => Select {
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parameters(bool_or_int, any_t, any_t);
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result(any_t);
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}
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sextend => Sextend {
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parameters(iNN);
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result(iMM);
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is_extend(true);
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}
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srem => Srem {
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parameters(iNN, iNN);
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result(iNN);
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}
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srem_imm => SremImm {
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immediates(iNN);
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parameters(iNN);
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result(iNN);
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}
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sshr => Sshr {
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parameters(iNN, iNN);
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result(iNN);
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}
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sshr_imm => SshrImm {
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immediates(iNN);
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parameters(iNN);
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result(iNN);
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}
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trapnz => Trapnz {
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parameters(bool_or_int);
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result(void);
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}
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trapz => Trapz {
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parameters(bool_or_int);
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result(void);
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}
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udiv => Udiv {
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parameters(iNN, iNN);
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result(iNN);
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}
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udiv_imm => UdivImm {
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immediates(iNN);
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parameters(iNN);
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result(iNN);
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}
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uextend => Uextend {
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parameters(iNN);
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result(iMM);
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is_extend(true);
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}
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urem => Urem {
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parameters(iNN, iNN);
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result(iNN);
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}
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urem_imm => UremImm {
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immediates(iNN);
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parameters(iNN);
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result(iNN);
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}
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ushr => Ushr {
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parameters(iNN, iNN);
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result(iNN);
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}
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ushr_imm => UshrImm {
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immediates(iNN);
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parameters(iNN);
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result(iNN);
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}
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}
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}
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