mirror of
https://github.com/denoland/deno.git
synced 2024-12-28 01:59:06 -05:00
2164f6b1eb
Welcome to better optimised op calls! Currently opSync is called with parameters of every type and count. This most definitely makes the call megamorphic. Additionally, it seems that spread params leads to V8 not being able to optimise the calls quite as well (apparently Fast Calls cannot be used with spread params).
Monomorphising op calls should lead to some improved performance. Now that unwrapping of sync ops results is done on Rust side, this is pretty simple:
```
opSync("op_foo", param1, param2);
// -> turns to
ops.op_foo(param1, param2);
```
This means sync op calls are now just directly calling the native binding function. When V8 Fast API Calls are enabled, this will enable those to be called on the optimised path.
Monomorphising async ops likely requires using callbacks and is left as an exercise to the reader.
653 lines
14 KiB
JavaScript
653 lines
14 KiB
JavaScript
// Copyright 2018-2022 the Deno authors. All rights reserved. MIT license.
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// deno-lint-ignore-file
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const targetDir = Deno.execPath().replace(/[^\/\\]+$/, "");
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const [libPrefix, libSuffix] = {
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darwin: ["lib", "dylib"],
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linux: ["lib", "so"],
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windows: ["", "dll"],
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}[Deno.build.os];
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const libPath = `${targetDir}/${libPrefix}test_ffi.${libSuffix}`;
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const dylib = Deno.dlopen(libPath, {
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"nop": { parameters: [], result: "void" },
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"add_u32": { parameters: ["u32", "u32"], result: "u32" },
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"add_u64": { parameters: ["u64", "u64"], result: "u64" },
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"ffi_string": { parameters: [], result: "pointer" },
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"hash": { parameters: ["pointer", "u32"], result: "u32" },
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"nop_u8": { parameters: ["u8"], result: "void" },
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"nop_i8": { parameters: ["i8"], result: "void" },
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"nop_u16": { parameters: ["u16"], result: "void" },
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"nop_i16": { parameters: ["i16"], result: "void" },
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"nop_u32": { parameters: ["u32"], result: "void" },
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"nop_i32": { parameters: ["i32"], result: "void" },
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"nop_u64": { parameters: ["u64"], result: "void" },
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"nop_i64": { parameters: ["i64"], result: "void" },
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"nop_usize": { parameters: ["usize"], result: "void" },
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"nop_isize": { parameters: ["isize"], result: "void" },
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"nop_f32": { parameters: ["f32"], result: "void" },
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"nop_f64": { parameters: ["f64"], result: "void" },
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"nop_buffer": { parameters: ["pointer"], result: "void" },
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"return_u8": { parameters: [], result: "u8" },
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"return_i8": { parameters: [], result: "i8" },
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"return_u16": { parameters: [], result: "u16" },
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"return_i16": { parameters: [], result: "i16" },
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"return_u32": { parameters: [], result: "u32" },
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"return_i32": { parameters: [], result: "i32" },
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"return_u64": { parameters: [], result: "u64" },
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"return_i64": { parameters: [], result: "i64" },
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"return_usize": { parameters: [], result: "usize" },
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"return_isize": { parameters: [], result: "isize" },
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"return_f32": { parameters: [], result: "f32" },
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"return_f64": { parameters: [], result: "f64" },
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"return_buffer": { parameters: [], result: "pointer" },
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// Nonblocking calls
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"nop_nonblocking": { name: "nop", parameters: [], result: "void" },
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"nop_u8_nonblocking": { name: "nop_u8", parameters: ["u8"], result: "void" },
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"nop_i8_nonblocking": { name: "nop_i8", parameters: ["i8"], result: "void" },
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"nop_u16_nonblocking": {
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name: "nop_u16",
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parameters: ["u16"],
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result: "void",
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},
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"nop_i16_nonblocking": {
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name: "nop_i16",
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parameters: ["i16"],
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result: "void",
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},
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"nop_u32_nonblocking": {
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name: "nop_u32",
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parameters: ["u32"],
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result: "void",
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},
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"nop_i32_nonblocking": {
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name: "nop_i32",
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parameters: ["i32"],
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result: "void",
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},
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"nop_u64_nonblocking": {
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name: "nop_u64",
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parameters: ["u64"],
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result: "void",
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},
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"nop_i64_nonblocking": {
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name: "nop_i64",
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parameters: ["i64"],
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result: "void",
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},
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"nop_usize_nonblocking": {
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name: "nop_usize",
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parameters: ["usize"],
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result: "void",
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},
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"nop_isize_nonblocking": {
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name: "nop_isize",
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parameters: ["isize"],
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result: "void",
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},
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"nop_f32_nonblocking": {
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name: "nop_f32",
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parameters: ["f32"],
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result: "void",
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},
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"nop_f64_nonblocking": {
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name: "nop_f64",
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parameters: ["f64"],
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result: "void",
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},
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"nop_buffer_nonblocking": {
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name: "nop_buffer",
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parameters: ["pointer"],
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result: "void",
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},
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"return_u8_nonblocking": { name: "return_u8", parameters: [], result: "u8" },
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"return_i8_nonblocking": { name: "return_i8", parameters: [], result: "i8" },
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"return_u16_nonblocking": {
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name: "return_u16",
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parameters: [],
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result: "u16",
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},
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"return_i16_nonblocking": {
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name: "return_i16",
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parameters: [],
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result: "i16",
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},
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"return_u32_nonblocking": {
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name: "return_u32",
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parameters: [],
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result: "u32",
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},
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"return_i32_nonblocking": {
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name: "return_i32",
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parameters: [],
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result: "i32",
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},
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"return_u64_nonblocking": {
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name: "return_u64",
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parameters: [],
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result: "u64",
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},
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"return_i64_nonblocking": {
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name: "return_i64",
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parameters: [],
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result: "i64",
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},
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"return_usize_nonblocking": {
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name: "return_usize",
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parameters: [],
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result: "usize",
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},
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"return_isize_nonblocking": {
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name: "return_isize",
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parameters: [],
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result: "isize",
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},
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"return_f32_nonblocking": {
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name: "return_f32",
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parameters: [],
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result: "f32",
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},
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"return_f64_nonblocking": {
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name: "return_f64",
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parameters: [],
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result: "f64",
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},
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"return_buffer_nonblocking": {
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name: "return_buffer",
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parameters: [],
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result: "pointer",
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},
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// Parameter checking
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"nop_many_parameters": {
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parameters: [
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"u8",
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"i8",
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"u16",
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"i16",
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"u32",
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"i32",
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"u64",
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"i64",
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"usize",
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"isize",
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"f32",
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"f64",
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"pointer",
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"u8",
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"i8",
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"u16",
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"i16",
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"u32",
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"i32",
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"u64",
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"i64",
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"usize",
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"isize",
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"f32",
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"f64",
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"pointer",
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],
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result: "void",
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},
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"nop_many_parameters_nonblocking": {
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name: "nop_many_parameters",
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parameters: [
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"u8",
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"i8",
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"u16",
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"i16",
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"u32",
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"i32",
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"u64",
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"i64",
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"usize",
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"isize",
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"f32",
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"f64",
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"pointer",
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"u8",
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"i8",
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"u16",
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"i16",
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"u32",
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"i32",
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"u64",
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"i64",
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"usize",
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"isize",
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"f32",
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"f64",
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"pointer",
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],
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result: "void",
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nonblocking: true,
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},
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});
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const { nop } = dylib.symbols;
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Deno.bench("nop()", () => {
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nop();
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});
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const bytes = new Uint8Array(64);
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const { hash } = dylib.symbols;
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Deno.bench("hash()", () => {
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hash(bytes, bytes.byteLength);
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});
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const { ffi_string } = dylib.symbols;
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Deno.bench(
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"c string",
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() => new Deno.UnsafePointerView(ffi_string()).getCString(),
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);
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const { add_u32 } = dylib.symbols;
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Deno.bench("add_u32()", () => {
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add_u32(1, 2);
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});
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const { return_buffer } = dylib.symbols;
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Deno.bench("return_buffer()", () => {
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return_buffer();
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});
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const { add_u64 } = dylib.symbols;
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Deno.bench("add_u64()", () => {
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add_u64(1, 2);
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});
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const { return_u64 } = dylib.symbols;
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Deno.bench("return_u64()", () => {
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return_u64();
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});
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const { return_i64 } = dylib.symbols;
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Deno.bench("return_i64()", () => {
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return_i64();
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});
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const { nop_u8 } = dylib.symbols;
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Deno.bench("nop_u8()", () => {
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nop_u8(100);
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});
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const { nop_i8 } = dylib.symbols;
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Deno.bench("nop_i8()", () => {
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nop_i8(100);
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});
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const { nop_u16 } = dylib.symbols;
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Deno.bench("nop_u16()", () => {
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nop_u16(100);
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});
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const { nop_i16 } = dylib.symbols;
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Deno.bench("nop_i16()", () => {
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nop_i16(100);
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});
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const { nop_u32 } = dylib.symbols;
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Deno.bench("nop_u32()", () => {
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nop_u32(100);
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});
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const { nop_i32 } = dylib.symbols;
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Deno.bench("nop_i32()", () => {
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nop_i32(100);
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});
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const { nop_u64 } = dylib.symbols;
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Deno.bench("nop_u64()", () => {
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nop_u64(100);
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});
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const { nop_i64 } = dylib.symbols;
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Deno.bench("nop_i64()", () => {
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nop_i64(100);
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});
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const { nop_usize } = dylib.symbols;
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Deno.bench("nop_usize() number", () => {
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nop_usize(100);
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});
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Deno.bench("nop_usize() bigint", () => {
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nop_usize(100n);
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});
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const { nop_isize } = dylib.symbols;
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Deno.bench("nop_isize() number", () => {
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nop_isize(100);
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});
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Deno.bench("nop_isize() bigint", () => {
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nop_isize(100n);
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});
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const { nop_f32 } = dylib.symbols;
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Deno.bench("nop_f32()", () => {
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nop_f32(100.1);
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});
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const { nop_f64 } = dylib.symbols;
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Deno.bench("nop_f64()", () => {
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nop_f64(100.1);
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});
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const { nop_buffer } = dylib.symbols;
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const buffer = new Uint8Array(8).fill(5);
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// Make sure the buffer does not get collected
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globalThis.buffer = buffer;
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Deno.bench("nop_buffer()", () => {
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nop_buffer(buffer);
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});
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const buffer_ptr = Deno.UnsafePointer.of(buffer);
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Deno.bench("nop_buffer() number", () => {
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nop_buffer(buffer_ptr);
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});
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const { return_u8 } = dylib.symbols;
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Deno.bench("return_u8()", () => {
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return_u8();
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});
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const { return_i8 } = dylib.symbols;
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Deno.bench("return_i8()", () => {
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return_i8();
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});
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const { return_u16 } = dylib.symbols;
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Deno.bench("return_u16()", () => {
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return_u16();
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});
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const { return_i16 } = dylib.symbols;
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Deno.bench("return_i16()", () => {
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return_i16();
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});
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const { return_u32 } = dylib.symbols;
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Deno.bench("return_u32()", () => {
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return_u32();
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});
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const { return_i32 } = dylib.symbols;
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Deno.bench("return_i32()", () => {
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return_i32();
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});
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const { return_usize } = dylib.symbols;
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Deno.bench("return_usize()", () => {
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return_usize();
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});
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const { return_isize } = dylib.symbols;
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Deno.bench("return_isize()", () => {
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return_isize();
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});
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const { return_f32 } = dylib.symbols;
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Deno.bench("return_f32()", () => {
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return_f32();
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});
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const { return_f64 } = dylib.symbols;
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Deno.bench("return_f64()", () => {
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return_f64();
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});
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// Nonblocking calls
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const { nop_nonblocking } = dylib.symbols;
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Deno.bench("nop_nonblocking()", async () => {
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await nop_nonblocking();
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});
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const { nop_u8_nonblocking } = dylib.symbols;
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Deno.bench("nop_u8_nonblocking()", async () => {
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await nop_u8_nonblocking(100);
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});
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const { nop_i8_nonblocking } = dylib.symbols;
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Deno.bench("nop_i8_nonblocking()", async () => {
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await nop_i8_nonblocking(100);
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});
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const { nop_u16_nonblocking } = dylib.symbols;
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Deno.bench("nop_u16_nonblocking()", async () => {
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await nop_u16_nonblocking(100);
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});
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const { nop_i16_nonblocking } = dylib.symbols;
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Deno.bench("nop_i16_nonblocking()", async () => {
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await nop_i16_nonblocking(100);
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});
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const { nop_u32_nonblocking } = dylib.symbols;
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Deno.bench("nop_u32_nonblocking()", async () => {
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await nop_u32_nonblocking(100);
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});
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const { nop_i32_nonblocking } = dylib.symbols;
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Deno.bench("nop_i32_nonblocking()", async () => {
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await nop_i32_nonblocking(100);
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});
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const { nop_u64_nonblocking } = dylib.symbols;
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Deno.bench("nop_u64_nonblocking()", async () => {
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await nop_u64_nonblocking(100);
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});
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const { nop_i64_nonblocking } = dylib.symbols;
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Deno.bench("nop_i64_nonblocking()", async () => {
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await nop_i64_nonblocking(100);
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});
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const { nop_usize_nonblocking } = dylib.symbols;
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Deno.bench("nop_usize_nonblocking()", async () => {
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await nop_usize_nonblocking(100);
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});
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const { nop_isize_nonblocking } = dylib.symbols;
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Deno.bench("nop_isize_nonblocking()", async () => {
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await nop_isize_nonblocking(100);
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});
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const { nop_f32_nonblocking } = dylib.symbols;
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Deno.bench("nop_f32_nonblocking()", async () => {
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await nop_f32_nonblocking(100);
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});
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const { nop_f64_nonblocking } = dylib.symbols;
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Deno.bench("nop_f64_nonblocking()", async () => {
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await nop_f64_nonblocking(100);
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});
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const { nop_buffer_nonblocking } = dylib.symbols;
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Deno.bench("nop_buffer_nonblocking()", async () => {
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await nop_buffer_nonblocking(buffer);
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});
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Deno.bench("nop_buffer_nonblocking() number", async () => {
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await nop_buffer_nonblocking(buffer_ptr);
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});
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const { return_u8_nonblocking } = dylib.symbols;
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Deno.bench("return_u8_nonblocking()", async () => {
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await return_u8_nonblocking();
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});
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const { return_i8_nonblocking } = dylib.symbols;
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Deno.bench("return_i8_nonblocking()", async () => {
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await return_i8_nonblocking();
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});
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const { return_u16_nonblocking } = dylib.symbols;
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Deno.bench("return_u16_nonblocking()", async () => {
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await return_u16_nonblocking();
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});
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const { return_i16_nonblocking } = dylib.symbols;
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Deno.bench("return_i16_nonblocking()", async () => {
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await return_i16_nonblocking();
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});
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const { return_u32_nonblocking } = dylib.symbols;
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Deno.bench("return_u32_nonblocking()", async () => {
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await return_u32_nonblocking();
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});
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const { return_i32_nonblocking } = dylib.symbols;
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Deno.bench("return_i32_nonblocking()", async () => {
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await return_i32_nonblocking();
|
|
});
|
|
|
|
const { return_u64_nonblocking } = dylib.symbols;
|
|
Deno.bench("return_u64_nonblocking()", async () => {
|
|
await return_u64_nonblocking();
|
|
});
|
|
|
|
const { return_i64_nonblocking } = dylib.symbols;
|
|
Deno.bench("return_i64_nonblocking()", async () => {
|
|
await return_i64_nonblocking();
|
|
});
|
|
|
|
const { return_usize_nonblocking } = dylib.symbols;
|
|
Deno.bench("return_usize_nonblocking()", async () => {
|
|
await return_usize_nonblocking();
|
|
});
|
|
|
|
const { return_isize_nonblocking } = dylib.symbols;
|
|
Deno.bench("return_isize_nonblocking()", async () => {
|
|
await return_isize_nonblocking();
|
|
});
|
|
|
|
const { return_f32_nonblocking } = dylib.symbols;
|
|
Deno.bench("return_f32_nonblocking()", async () => {
|
|
await return_f32_nonblocking();
|
|
});
|
|
|
|
const { return_f64_nonblocking } = dylib.symbols;
|
|
Deno.bench("return_f64_nonblocking()", async () => {
|
|
await return_f64_nonblocking();
|
|
});
|
|
|
|
const { return_buffer_nonblocking } = dylib.symbols;
|
|
Deno.bench("return_buffer_nonblocking()", async () => {
|
|
await return_buffer_nonblocking();
|
|
});
|
|
|
|
const { nop_many_parameters } = dylib.symbols;
|
|
const buffer2 = new Uint8Array(8).fill(25);
|
|
// Make sure the buffer does not get collected
|
|
globalThis.buffer2 = buffer2;
|
|
Deno.bench("nop_many_parameters()", () => {
|
|
nop_many_parameters(
|
|
135,
|
|
47,
|
|
356,
|
|
-236,
|
|
7457,
|
|
-1356,
|
|
16471468n,
|
|
-1334748136n,
|
|
132658769535n,
|
|
-42745856824n,
|
|
13567.26437,
|
|
7.686234e-3,
|
|
buffer,
|
|
64,
|
|
-42,
|
|
83,
|
|
-136,
|
|
3657,
|
|
-2376,
|
|
3277918n,
|
|
-474628146n,
|
|
344657895n,
|
|
-2436732n,
|
|
135.26437e3,
|
|
264.3576468623546834,
|
|
buffer2,
|
|
);
|
|
});
|
|
|
|
const buffer2_ptr = Deno.UnsafePointer.of(buffer2);
|
|
Deno.bench("nop_many_parameters() number", () => {
|
|
nop_many_parameters(
|
|
135,
|
|
47,
|
|
356,
|
|
-236,
|
|
7457,
|
|
-1356,
|
|
16471468,
|
|
-1334748136,
|
|
132658769535,
|
|
-42745856824,
|
|
13567.26437,
|
|
7.686234e-3,
|
|
buffer_ptr,
|
|
64,
|
|
-42,
|
|
83,
|
|
-136,
|
|
3657,
|
|
-2376,
|
|
3277918,
|
|
-474628146,
|
|
344657895,
|
|
-2436732,
|
|
135.26437e3,
|
|
264.3576468623546834,
|
|
buffer2_ptr,
|
|
);
|
|
});
|
|
|
|
const { nop_many_parameters_nonblocking } = dylib.symbols;
|
|
Deno.bench("nop_many_parameters_nonblocking()", () => {
|
|
nop_many_parameters_nonblocking(
|
|
135,
|
|
47,
|
|
356,
|
|
-236,
|
|
7457,
|
|
-1356,
|
|
16471468n,
|
|
-1334748136n,
|
|
132658769535n,
|
|
-42745856824n,
|
|
13567.26437,
|
|
7.686234e-3,
|
|
buffer,
|
|
64,
|
|
-42,
|
|
83,
|
|
-136,
|
|
3657,
|
|
-2376,
|
|
3277918n,
|
|
-474628146n,
|
|
344657895n,
|
|
-2436732n,
|
|
135.26437e3,
|
|
264.3576468623546834,
|
|
buffer2,
|
|
);
|
|
});
|
|
|
|
Deno.bench("Deno.UnsafePointer.of", () => {
|
|
Deno.UnsafePointer.of(buffer);
|
|
});
|
|
|
|
const cstringBuffer = new TextEncoder().encode("Best believe it!\0");
|
|
// Make sure the buffer does not get collected
|
|
globalThis.cstringBuffer = cstringBuffer;
|
|
const cstringPointerView = new Deno.UnsafePointerView(
|
|
Deno.UnsafePointer.of(cstringBuffer),
|
|
);
|
|
Deno.bench("Deno.UnsafePointerView#getCString", () => {
|
|
cstringPointerView.getCString();
|
|
});
|