mirrors/arti.git/crates/arti-bench/Cargo.toml, branch arti-v0.1.0

Bump all crates to 0.1.0

2022-03-01T13:59:34Z

Bump minimum tokio to 1.7, since tokio-util now needs that.

2022-02-25T16:09:24Z

Bump anyhow minimal version to 1.0.23

2022-02-18T17:04:57Z

This is the first one where anyhow::Error impl AsRef We want this because we want to add error reporting functionality which works with all kinds of errors, which means we need an anyhow::Error which can be vieweed as a StdError. (The alternative would be to deref at the call sites of report_and_exit, making it less ergonomic.) anyhow 1.0.23 is from November 2019.

Upgrade required version of futures crate to 0.3.14

2022-02-01T14:54:47Z

Earlier versions have a bug in UnboundedReceiver that make our new dirclient tests fail.

Bump the patch version of every crate that changed since 0.0.3

2022-01-31T15:30:52Z

Make the native-tls crate optional.

2022-01-26T19:06:58Z

This commit puts the native-tls crate behind a feature. The feature is off-by-default in the tor-rtcompat crate, but can be enabled either from arti or arti-client. There is an included script that I used to test that tor-rtcompat could build and run its tests with all subsets of its features. Closes #300

arti-bench: add support for multiple samples & averaging

2022-01-14T15:00:11Z

We now do multiple samples (configurable; default 3) per type of `arti-bench` benchmark run, and take a mean and median average of all data collected, in order to hopefully be a bit more resilient to random outliers / variation. This uses some `futures::stream::Stream` hacks, which might result in more connections being made than required (and might impact the TTFB metrics somewhat, at least for downloading). Results now get collected into a `BenchmarkResults` struct per type of benchmark, which will be in turn placed into a `BenchmarkSummary` in a later commit; this will also add the ability to serialize the latter struct out to disk, for future reference. part of arti#292

Bump all crate versions to 0.0.3.

2022-01-11T14:40:32Z

Minimize the required version for each dependency.

2022-01-08T00:08:58Z

I found these versions empirically, by using the following process: First, I used `cargo tree --depth 1 --kind all` to get a list of every immediate dependency we had. Then, I used `cargo upgrade --workspace package@version` to change each dependency to the earliest version with which (in theory) the current version is semver-compatible. IOW, if the current version was 3.2.3, I picked "3". If the current version was 0.12.8, I picked "0.12". Then, I used `cargo +nightly upgrade -Z minimal-versions` to downgrade Cargo.lock to the minimal listed version for each dependency. (I had to override a few packages; see .gitlab-ci.yml for details). Finally, I repeatedly increased the version of each of our dependencies until our code compiled and the tests passed. Here's what I found that we need: anyhow >= 1.0.5: Earlier versions break our hyper example. async-broadcast >= 0.3.2: Earlier versions fail our tests. async-compression 0.3.5: Earlier versions handled futures and tokio differently. async-trait >= 0.1.2: Earlier versions are too buggy to compile our code. clap 2.33.0: For Arg::default_value_os(). coarsetime >= 0.1.20: exposed as_ticks() function. curve25519-dalek >= 3.2: For is_identity(). generic-array 0.14.3: Earlier versions don't implement From<&[T; 32]> httparse >= 1.2: Earlier versions didn't implement Error. itertools at 0.10.1: For at_most_once. rusqlite >= 0.26.3: for backward compatibility with older rustc. serde 1.0.103: Older versions break our code. serde_json >= 1.0.50: Since we need its Value type to implement Eq. shellexpand >= 2.1: To avoid a broken dirs crate version. tokio >= 1.4: For Handle::block_on(). tracing >= 0.1.18: Previously, tracing_core and tracing had separate LevelFilter types. typenum >= 1.12: Compatibility with rust-crypto crates x25519-dalek >= 1.2.0: For was_contributory(). Closes #275.

Introduce an experimental benchmarking utility for Arti

2021-12-16T16:12:59Z

The new `arti-bench` crate does a simple end-to-end benchmark test embedding Arti: it generates some random data (of configurable amount, depending on command-line parameters), and then sends said data back and forth via Arti (which should be configured to use a local Chutney network). Additionally, the benchmark can also be run via a local SOCKS5 server (in order to benchmark the performance via a local Chutney node, for comparison). The `tests/chutney/arti-bench.sh` sets up and tears down Chutney as required to make this work. This is very much a first cut; there are many things that should eventually get added, such as support for multiple connections, JSON output capabilities, running multiple tests, ...