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Fedor Lyanguzov
2026-08-01 16:11:49 +03:00
parent 7f139a0241
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notes-service/vendor/humansize/.cargo-checksum.json
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{"$comment":"This file only protects against accidental modifications. It is not a security mechanism and does not protect against malicious changes.","files":{".cargo_vcs_info.json":"ea2b6f2538c281b4f2676a0f2e83a8ad63bbd3b58303268564a21838b52b4e8b",".travis.yml":"76cb1cff02ae673679bef55acba4c2c61a27a82165204fadae60530187321d8d","Cargo.lock":"3116dc8ffbbcc829472de4db52f2fd12979d82006021fccb6af10a5470027bad","Cargo.toml":"7d550fab79f98852b90db988f25bbe4632e7572a53e5ee0f1b4ebfdd30491909","Cargo.toml.orig":"def221254524dc22a56d052f49d71d4556d8c410b7ca4cc108caa4a5c3ec53f5","LICENSE-APACHE":"b8601fc79bdf8d8088f0938bea861ffc63ed0eebbedf25f44ab2cf2e85bd7edc","LICENSE-MIT":"e8146cecb7949e867aa0d2065686ecc09051634694e5f7b592adcdde8290a334","README.md":"45a028ed853ac84f43e7cda36e3e4f9b06c272671c44f554a4a0b387498136b2","changelog.md":"bc78ced056ec5c6dcaa38ca271cd33e3d8900bae91e5af07ec2fc194533c9b7c","examples/custom_options.rs":"80e7f9b6083c739916ff3ce38f1e7c566d6b3bac91dd6ab11b7146ffbbf30bb3","examples/sizes.rs":"eb0d21ae3e396e03353010aa57b7fca50e982e2c7a2664f6f196954b7d8d096d","src/allocating.rs":"853f29dcdd3d375ecf7c7e358cc84f4ba6be39c31669c99403a73133513e5261","src/formatters.rs":"8f94ff87ce9b3635c8249b8aade4b41f88383107d503e5dad9d5e108e7a22de9","src/impl_style.rs":"d904df542d7896c902b7582a00c1c921ff992bced71f3d76d2777698e4b655de","src/lib.rs":"d4322f67ffa45ce901bfdd03297e0080d59598008ab963bc48df69e5ac0e5a5b","src/numeric_traits.rs":"257b822c1662d239c1d595db680e59eaeb83e9ace9e32c546d822bab14b363fa","src/options/defaults.rs":"f5a202ffb24d0007e2753708bd92c1d6f3cf42a8e42de130d8225a6eb5e5d504","src/options/mod.rs":"fdcfa5170c9f24c19e39e262b5f62ba8018b9b985f120ff5743024f2411cbf92","src/scales.rs":"2162918e7a1c81230056e6af4c20ca0f929f098bb26415ecfec9d976cdce2ec8","src/utils.rs":"95b6470b5da231d8366b9e52edf045f80eab307968db50c509e35ebdf5d868d8","tests/test.rs":"b683a1f2964f981e8455b525c807a3ec4aba587405c99039a827eb884e4af5e5"},"package":"6cb51c9a029ddc91b07a787f1d86b53ccfa49b0e86688c946ebe8d3555685dd7"}
notes-service/vendor/humansize/.cargo_vcs_info.json
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{
"git": {
"sha1": "caa4cc5260cf7bece6e53aa60a94f8c8115464dd"
}
}
notes-service/vendor/humansize/.travis.yml
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language: rust
rust:
- stable
- beta
- nightly
- 1.56.1
sudo: false
before_script:
- pip install 'travis-cargo<0.2' --user && export PATH=$HOME/.local/bin:$PATH
script:
- cargo test
notifications:
email:
on_success: never
addons:
apt:
packages:
- libcurl4-openssl-dev
- libelf-dev
- libdw-dev
notes-service/vendor/humansize/Cargo.lock
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# This file is automatically @generated by Cargo.
# It is not intended for manual editing.
version = 3
[[package]]
name = "humansize"
version = "2.1.3"
dependencies = [
"libm",
]
[[package]]
name = "libm"
version = "0.2.6"
source = "registry+https://github.com/rust-lang/crates.io-index"
checksum = "348108ab3fba42ec82ff6e9564fc4ca0247bdccdc68dd8af9764bbc79c3c8ffb"
notes-service/vendor/humansize/Cargo.toml
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# THIS FILE IS AUTOMATICALLY GENERATED BY CARGO
#
# When uploading crates to the registry Cargo will automatically
# "normalize" Cargo.toml files for maximal compatibility
# with all versions of Cargo and also rewrite `path` dependencies
# to registry (e.g., crates.io) dependencies.
#
# If you are reading this file be aware that the original Cargo.toml
# will likely look very different (and much more reasonable).
# See Cargo.toml.orig for the original contents.
[package]
edition = "2021"
rust-version = "1.56"
name = "humansize"
version = "2.1.3"
authors = ["Leopold Arkham <leopold.arkham@gmail.com>"]
exclude = ["/feature-tests"]
description = "A configurable crate to easily represent sizes in a human-readable format."
homepage = "https://github.com/LeopoldArkham/humansize"
documentation = "https://docs.rs/humansize"
readme = "README.md"
keywords = ["size", "formatting", "humanize", "file-size"]
categories = ["value-formatting"]
license = "MIT/Apache-2.0"
repository = "https://github.com/LeopoldArkham/humansize"
resolver = "2"
[dependencies.libm]
version = "0.2.5"
[features]
impl_style = []
no_alloc = []
notes-service/vendor/humansize/Cargo.toml.orig
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[package]
name = "humansize"
version = "2.1.3"
authors = ["Leopold Arkham <leopold.arkham@gmail.com>"]
edition = "2021"
readme = "README.md"
description = "A configurable crate to easily represent sizes in a human-readable format."
repository = "https://github.com/LeopoldArkham/humansize"
homepage = "https://github.com/LeopoldArkham/humansize"
documentation = "https://docs.rs/humansize"
keywords = ["size", "formatting", "humanize", "file-size"]
categories = ["value-formatting"]
license = "MIT/Apache-2.0"
exclude = ["/feature-tests"]
rust-version = "1.56"
[features]
no_alloc = []
impl_style = []
[dependencies]
libm = "0.2.5"
notes-service/vendor/humansize/LICENSE-APACHE
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Apache License
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notes-service/vendor/humansize/LICENSE-MIT
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Copyright (c) 2014 Alex Crichton
Permission is hereby granted, free of charge, to any
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CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION
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DEALINGS IN THE SOFTWARE.
notes-service/vendor/humansize/README.md
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# **Humansize** ![travis badge](https://travis-ci.org/LeopoldArkham/humansize.svg?branch=master) [![Actively Maintained](https://img.shields.io/badge/Maintenance%20Level-Actively%20Maintained-green.svg)](https://gist.github.com/cheerfulstoic/d107229326a01ff0f333a1d3476e068d)
[Documentation](https://docs.rs/humansize/latest/humansize/)
## Features
Humansize is a humanization library for information size that is:
- Simple & convenient to use
- Customizable
- Supports byte or bit sizes
- `no-std`
- Optionally non-allocating
- Optionally accepts signed values
## How to use it...
Add humansize as a dependency to your project's `cargo.toml`:
```toml
[dependencies]
...
humansize = "2.1.3"
```
### ... to easily format a size:
1. Import the `format_size` function as well as your preferred set of defaults:
- `DECIMAL` (SI)
- `BINARY` (IEC)
- `WINDOWS` (IEC values but SI units)
2. Call `format_size` with an unsigned integer
```rust
use humansize::{format_size, DECIMAL};
let size = 1_000_000u64;
let res: String = format_size(size, DECIMAL);
assert_eq!(&res, "1 MB");
```
### ... to format many sizes:
To improve reusability, you can use `create_format`, which returns a formatter function akin to `format_size` but with the options argument curried so it doesn't need to be specified again:
```rust
use humansize::{make_format, DECIMAL};
let formatter = make_format(DECIMAL);
assert_eq!(formatter(1_000_000u64), "1 MB");
assert_eq!(formatter(1_000_000_000u64), "1 GB");
//...
```
### ... to avoid allocation:
Specify the `no_alloc` feature flag in your project's `cargo.toml`:
```toml
[dependencies]
...
humansize = { version = "2.0.0", features = ["no_alloc"] }
```
This excludes all allocating code from compilation. You may now use the library's internal `SizeFormatter` struct, which implements `core::fmt::display` so that you can `write!` it to a custom buffer of your choice:
```rust
use humansize::{SizeFormatter, DECIMAL};
let formatter = SizeFormatter::new(1_000_000usize, DECIMAL);
assert_eq!(format!("{}", formatter), "1 MB");
```
### ... with the `impl` style API:
For stylistic reasons, you may prefer to use the impl-style API of earlier versions of the crate.
To do so, specify the `impl-style` feature flag in your project's `cargo.toml`:
```toml
[dependencies]
...
humansize = { version = "2.0.0", features = ["impl_style"] }
```
Enabling this feature makes two methods available:
- `format_size` on unsigned integers types
- `format_size_i` on signed integer types.
To use it, bring the FormatSize trait into scope and call its method on an integer type:
```ignore
use humansize::{FormatSize, FormatSizeI DECIMAL};
assert_eq!(1_000_000u64.format_size(DECIMAL), "1 MB");
assert_eq!((-1_000_000).format_size_i(DECIMAL), "-1 MB");
```
### ... to further customize the output:
Humansize exports three default option sets:
* `Decimal`: kilo = 1000, unit format is `XB`.
* `Binary`: kilo = 1024, unit format is `XiB`.
* `WINDOWS` (Windows): kilo = 1024, unit format is `XB`.
The formatting can be further customized by providing providing your own option set. See the documentation of the `FormatSizeOptions` struct to see all the addressable parameters, and [this example](examples/custom_options.rs) for its usage.
### ... to accept negative values:
The solutions presented above only accept unsigned integer types as input (`usize`, `8`, `u16`, `u32` and `u64`). If however accepting negative values is correct for your application, a signed alternative exists for each of them that will accept signed integer types, and format them accordingly if negative:
- `format_size` : `format_size_i`
- `create_format` : `create_format_i`
- `FormatSize` trait : `FormatSizeI` trait
- `SizeFormatter` : `ISizeFormatter`
```rust
use humansize::{format_size_i, make_format_i, ISizeFormatter, DECIMAL};
assert_eq!(&format_size_i(-1_000_000, DECIMAL), "-1 MB");
let signed_formatter = make_format_i(DECIMAL);
assert_eq!(&signed_formatter(-1_000_000), "-1 MB");
// With the `impl-style` feature enabled:
// use humansize::FormatSizeI;
// assert_eq(-1_000_000.format_size(DECIMAL), "-1 MB");
let signed_size_formatter = ISizeFormatter::new(-1_000_000, DECIMAL);
assert_eq!(format!("{}", signed_size_formatter), "-1 MB");
```
## License
This project is licensed under either of
* Apache License, Version 2.0, ([LICENSE-APACHE](LICENSE-APACHE) or
http://www.apache.org/licenses/LICENSE-2.0)
* MIT license ([LICENSE-MIT](LICENSE-MIT) or
http://opensource.org/licenses/MIT)
### Contribution
Unless you explicitly state otherwise, any contribution intentionally submitted
for inclusion in humansize by you, as defined in the Apache-2.0 license, shall be
dual licensed as above, without any additional terms or conditions.
notes-service/vendor/humansize/changelog.md
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# Changelog
Dates are DD-MM-YYYY
## [2.1.1] 16-11-2022
- Added changelog
- `Impl` `ToF64` for `f32` and `f64` so they can be used as inputs to the signed variants of the crate's utilities
- Manually implement the `Default` trait for enums to lower the Minimum Supported Rust Version to 1.56. Thanks @link2txt
- Added MSRV to cargo.toml. Thanks @link2txt
- Added maintenance level badge
notes-service/vendor/humansize/examples/custom_options.rs
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extern crate humansize;
use humansize::{format_size, FormatSizeOptions, DECIMAL};
fn main() {
// Create a new FormatSizeOptions struct starting from one of the defaults
let custom_options = FormatSizeOptions::from(DECIMAL).decimal_places(5);
// Then use it
println!("{}", format_size(3024usize, custom_options));
}
notes-service/vendor/humansize/examples/sizes.rs
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extern crate humansize;
use humansize::{format_size, format_size_i, SizeFormatter, ISizeFormatter, BINARY, DECIMAL, WINDOWS};
fn main() {
println!("{}", format_size(5456usize, BINARY));
println!("{}", format_size(1024usize, DECIMAL));
println!("{}", format_size(1000usize, WINDOWS));
println!("{}", format_size(1_023_654_123_654_u64, BINARY));
println!("{}", format_size(123456789usize, DECIMAL));
println!("{}", format_size_i(-123456789, WINDOWS));
println!("{}", SizeFormatter::new(1234u32, BINARY));
println!("{}", ISizeFormatter::new(1234, BINARY));
}
notes-service/vendor/humansize/src/allocating.rs
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use alloc::string::String;
use crate::numeric_traits::*;
use crate::options::FormatSizeOptions;
use crate::ISizeFormatter;
pub fn format_size_i(input: impl ToF64, options: impl AsRef<FormatSizeOptions>) -> String {
format!("{}", ISizeFormatter::new(input, options))
}
pub fn format_size(input: impl ToF64 + Unsigned, options: impl AsRef<FormatSizeOptions>) -> String {
format_size_i(input, &options)
}
pub fn make_format_i<T: ToF64>(options: impl AsRef<FormatSizeOptions>) -> impl Fn(T) -> String {
move |val| -> String { format_size_i(val, &options) }
}
pub fn make_format<T: ToF64 + Unsigned>(
options: impl AsRef<FormatSizeOptions>,
) -> impl Fn(T) -> String {
make_format_i(options)
}
notes-service/vendor/humansize/src/formatters.rs
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use libm::{fabs, modf};
use crate::{scales, utils::f64_eq, BaseUnit, FormatSizeOptions, Kilo, ToF64, Unsigned};
pub struct ISizeFormatter<T: ToF64, O: AsRef<FormatSizeOptions>> {
value: T,
options: O,
}
impl<V: ToF64, O: AsRef<FormatSizeOptions>> ISizeFormatter<V, O> {
pub fn new(value: V, options: O) -> Self {
ISizeFormatter { value, options }
}
}
impl<T: ToF64, O: AsRef<FormatSizeOptions>> core::fmt::Display for ISizeFormatter<T, O> {
fn fmt(&self, f: &mut core::fmt::Formatter) -> core::fmt::Result {
let opts = self.options.as_ref();
let divider = opts.kilo.value();
let mut size: f64 = self.value.to_f64();
let mut scale_idx = 0;
if let Some(val) = opts.fixed_at {
while scale_idx != val as usize {
size /= divider;
scale_idx += 1;
}
} else {
while fabs(size) >= divider {
size /= divider;
scale_idx += 1;
}
}
let mut scale = match (opts.units, opts.long_units, opts.base_unit) {
(Kilo::Decimal, false, BaseUnit::Byte) => scales::SCALE_DECIMAL[scale_idx],
(Kilo::Decimal, true, BaseUnit::Byte) => scales::SCALE_DECIMAL_LONG[scale_idx],
(Kilo::Binary, false, BaseUnit::Byte) => scales::SCALE_BINARY[scale_idx],
(Kilo::Binary, true, BaseUnit::Byte) => scales::SCALE_BINARY_LONG[scale_idx],
(Kilo::Decimal, false, BaseUnit::Bit) => scales::SCALE_DECIMAL_BIT[scale_idx],
(Kilo::Decimal, true, BaseUnit::Bit) => scales::SCALE_DECIMAL_BIT_LONG[scale_idx],
(Kilo::Binary, false, BaseUnit::Bit) => scales::SCALE_BINARY_BIT[scale_idx],
(Kilo::Binary, true, BaseUnit::Bit) => scales::SCALE_BINARY_BIT_LONG[scale_idx],
};
// Remove "s" from the scale if the size is 1.x
let (fpart, ipart) = modf(size);
if f64_eq(ipart, 1.0)
&& (opts.long_units || (opts.base_unit == BaseUnit::Bit && scale_idx == 0))
{
scale = &scale[0..scale.len() - 1];
}
let places = if f64_eq(fpart, 0.0) {
opts.decimal_zeroes
} else {
opts.decimal_places
};
let space = if opts.space_after_value { " " } else { "" };
write!(f, "{:.*}{}{}{}", places, size, space, scale, opts.suffix)
}
}
impl<'a, U: ToF64 + Unsigned + Copy, O: AsRef<FormatSizeOptions>> From<&'a SizeFormatter<U, O>>
for ISizeFormatter<U, &'a O>
{
fn from(source: &'a SizeFormatter<U, O>) -> Self {
ISizeFormatter {
value: source.value,
options: &source.options,
}
}
}
pub struct SizeFormatter<T: ToF64 + Unsigned, O: AsRef<FormatSizeOptions>> {
value: T,
options: O,
}
impl<V: ToF64 + Unsigned, O: AsRef<FormatSizeOptions>> SizeFormatter<V, O> {
pub fn new(value: V, options: O) -> Self {
SizeFormatter { value, options }
}
}
impl<T: ToF64 + Unsigned + Copy, O: AsRef<FormatSizeOptions> + Copy> core::fmt::Display
for SizeFormatter<T, O>
{
fn fmt(&self, f: &mut core::fmt::Formatter) -> core::fmt::Result {
write!(f, "{}", ISizeFormatter::from(self))
}
}
notes-service/vendor/humansize/src/impl_style.rs
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use crate::{FormatSizeOptions, SizeFormatter, ISizeFormatter, Signed, ToF64, Unsigned};
use alloc::string::String;
pub trait FormatSize<T> {
fn format_size(&self, opts: FormatSizeOptions) -> String;
}
pub trait FormatSizeI<T> {
fn format_size_i(&self, opts: FormatSizeOptions) -> String;
}
impl<T: ToF64 + Unsigned + Copy> FormatSize<T> for T {
fn format_size(&self, opts: FormatSizeOptions) -> String {
format!("{}", SizeFormatter::new(*self, opts))
}
}
impl<T: ToF64 + Signed + Copy> FormatSizeI<T> for T {
fn format_size_i(&self, opts: FormatSizeOptions) -> String {
format!("{}", ISizeFormatter::new(*self, opts))
}
}
notes-service/vendor/humansize/src/lib.rs
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#![no_std]
/*!
# **Humansize**
## Features
Humansize is a humanization library for information size that is:
- Simple & convenient to use
- Customizable
- Supports byte or bit sizes
- `no-std`
- Optionally non-allocating
- Optionally accepts signed values
## How to use it...
Add humansize as a dependency to your project's `cargo.toml`:
```toml
[dependencies]
...
humansize = "2.0.0"
```
### ... to easily format a size:
1. Import the `format_size` function as well as your preferred set of defaults:
- `DECIMAL` (SI)
- `BINARY` (IEC)
- `WINDOWS` (IEC values but SI units)
2. Call `format_size` with an unsigned integer
```rust
use humansize::{format_size, DECIMAL};
let size = 1_000_000u64;
let res: String = format_size(size, DECIMAL);
assert_eq!(&res, "1 MB");
```
### ... to format many sizes:
To improve reusability, you can use `create_format`, which returns a formatter function akin to `format_size` but with the options argument curried so it doesn't need to be specified again:
```rust
use humansize::{make_format, DECIMAL};
let formatter = make_format(DECIMAL);
assert_eq!(formatter(1_000_000u64), "1 MB");
assert_eq!(formatter(1_000_000_000u64), "1 GB");
//...
```
### ... to avoid allocation:
Specify the `no_alloc` feature flag in your project's `cargo.toml`:
```toml
[dependencies]
...
humansize = { version = "2.0.0", features = ["no_alloc"] }
```
This excludes all allocating code from compilation. You may now use the library's internal `SizeFormatter` struct, which implements `core::fmt::display` so that you can `write!` it to a custom buffer of your choice:
```rust
use humansize::{SizeFormatter, DECIMAL};
let formatter = SizeFormatter::new(1_000_000usize, DECIMAL);
assert_eq!(format!("{}", formatter), "1 MB");
```
### ... with the `impl` style API:
For stylistic reasons, you may prefer to use the impl-style API of earlier versions of the crate.
To do so, specify the `impl-style` feature flag in your project's `cargo.toml`:
```toml
[dependencies]
...
humansize = { version = "2.0.0", features = ["impl_style"] }
```
Enabling this feature makes two methods available:
- `format_size` on unsigned integers types
- `format_size_i` on signed integer types.
To use it, bring the FormatSize trait into scope and call its method on an integer type:
```ignore
use humansize::{FormatSize, FormatSizeI DECIMAL};
assert_eq!(1_000_000u64.format_size(DECIMAL), "1 MB");
assert_eq!((-1_000_000).format_size_i(DECIMAL), "-1 MB");
```
### ... to further customize the output:
Humansize exports three default option sets:
* `Decimal`: kilo = 1000, unit format is `XB`.
* `Binary`: kilo = 1024, unit format is `XiB`.
* `WINDOWS` (Windows): kilo = 1024, unit format is `XB`.
The formatting can be further customized by providing providing your own option set. See the documentation of the `FormatSizeOptions` struct to see all the addressable parameters, and [this example](examples/custom_options.rs) for its usage.
### ... to accept negative values:
The solutions presented above only accept unsigned integer types as input (`usize`, `8`, `u16`, `u32` and `u64`). If however accepting negative values is correct for your application, a signed alternative exists for each of them that will accept signed integer types, and format them accordingly if negative:
- `format_size` : `format_size_i`
- `create_format` : `create_format_i`
- `FormatSize` trait : `FormatSizeI` trait
- `SizeFormatter` : `ISizeFormatter`
```rust
use humansize::{format_size_i, make_format_i, ISizeFormatter, DECIMAL};
assert_eq!(&format_size_i(-1_000_000, DECIMAL), "-1 MB");
let signed_formatter = make_format_i(DECIMAL);
assert_eq!(&signed_formatter(-1_000_000), "-1 MB");
// With the `impl-style` feature enabled:
// use humansize::FormatSizeI;
// assert_eq(-1_000_000.format_size(DECIMAL), "-1 MB");
let signed_size_formatter = ISizeFormatter::new(-1_000_000, DECIMAL);
assert_eq!(format!("{}", signed_size_formatter), "-1 MB");
```
*/
#[macro_use]
#[cfg(not(feature = "no_alloc"))]
extern crate alloc;
extern crate libm;
mod options;
pub use options::{BaseUnit, FixedAt, FormatSizeOptions, Kilo, BINARY, DECIMAL, WINDOWS};
mod numeric_traits;
pub use numeric_traits::{Signed, ToF64, Unsigned};
mod scales;
mod utils;
#[cfg(not(feature = "no_alloc"))]
mod allocating;
#[cfg(not(feature = "no_alloc"))]
pub use allocating::*;
#[cfg(feature = "impl_style")]
mod impl_style;
#[cfg(feature = "impl_style")]
pub use impl_style::{FormatSize, FormatSizeI};
mod formatters;
pub use formatters::{SizeFormatter, ISizeFormatter};
notes-service/vendor/humansize/src/numeric_traits.rs
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pub trait ToF64 {
fn to_f64(&self) -> f64;
}
macro_rules! impl_to_f64 {
(for $($t:ty)*) => ($(
impl ToF64 for $t {
fn to_f64(&self) -> f64 {
*self as f64
}
}
)*)
}
impl_to_f64!(for usize u8 u16 u32 u64 isize i8 i16 i32 i64 f32 f64);
pub trait Unsigned {}
macro_rules! impl_unsigned {
(for $($t:ty)*) => ($(
impl Unsigned for $t {}
)*)
}
impl_unsigned!(for usize u8 u16 u32 u64);
pub trait Signed {}
macro_rules! impl_unsigned {
(for $($t:ty)*) => ($(
impl Signed for $t {}
)*)
}
impl_unsigned!(for isize i8 i16 i32 i64);
notes-service/vendor/humansize/src/options/defaults.rs
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use super::{BaseUnit, FormatSizeOptions, Kilo};
/// Options to display sizes in the SI format.
pub const BINARY: FormatSizeOptions = FormatSizeOptions {
base_unit: BaseUnit::Byte,
kilo: Kilo::Binary,
units: Kilo::Binary,
decimal_places: 2,
decimal_zeroes: 0,
fixed_at: None,
long_units: false,
space_after_value: true,
suffix: "",
};
/// Options to display sizes in the SI (decimal) format.
pub const DECIMAL: FormatSizeOptions = FormatSizeOptions {
base_unit: BaseUnit::Byte,
kilo: Kilo::Decimal,
units: Kilo::Decimal,
decimal_places: 2,
decimal_zeroes: 0,
fixed_at: None,
long_units: false,
space_after_value: true,
suffix: "",
};
/// Options to display sizes in the "WINDOWS" format.
/// Uses 1024 as the value of the `Kilo`, but displays decimal-style units (`kB`, not `KiB`).
pub const WINDOWS: FormatSizeOptions = FormatSizeOptions {
base_unit: BaseUnit::Byte,
kilo: Kilo::Binary,
units: Kilo::Decimal,
decimal_places: 2,
decimal_zeroes: 0,
fixed_at: None,
long_units: false,
space_after_value: true,
suffix: "",
};
notes-service/vendor/humansize/src/options/mod.rs
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//! Describes the struct that holds the options needed by the formatting functions.
//! The three most common formats are provided as constants to be used easily
mod defaults;
pub use self::defaults::*;
#[derive(Debug, PartialEq, Eq, Copy, Clone)]
/// Holds the standard to use when displaying the size.
pub enum Kilo {
/// The decimal scale and units. SI standard.
Decimal,
/// The binary scale and units.
Binary,
}
impl Default for Kilo {
fn default() -> Self {
Self::Decimal
}
}
impl Kilo {
pub(crate) fn value(&self) -> f64 {
match self {
Kilo::Decimal => 1000.0,
Kilo::Binary => 1024.0,
}
}
}
#[derive(Debug, Copy, Clone)]
/// Forces a certain representation of the resulting file size.
pub enum FixedAt {
Base,
Kilo,
Mega,
Giga,
Tera,
Peta,
Exa,
Zetta,
Yotta,
}
#[derive(Debug, Copy, Clone, PartialEq)]
pub enum BaseUnit {
Bit,
Byte,
}
impl Default for BaseUnit {
fn default() -> Self {
Self::Byte
}
}
/// Holds the options for the `file_size` method.
#[derive(Debug, Clone, Copy, Default)]
#[non_exhaustive]
pub struct FormatSizeOptionsBuilder {
/// Whether the value being formatted represents an amount of bits or bytes.
pub base_unit: BaseUnit,
/// The scale (binary/decimal) to divide against.
pub kilo: Kilo,
/// The unit set to display.
pub units: Kilo,
/// The amount of decimal places to display if the decimal part is non-zero.
pub decimal_places: usize,
/// The amount of zeroes to display if the decimal part is zero.
pub decimal_zeroes: usize,
/// Whether to force a certain representation and if so, which one.
pub fixed_at: Option<FixedAt>,
/// Whether to use the full unit (e.g. `Kilobyte`) or its abbreviation (`kB`).
pub long_units: bool,
/// Whether to place a space between value and units.
pub space_after_value: bool,
/// An optional suffix which will be appended after the unit. Useful to represent speeds (e.g. `1 kB/s)
pub suffix: &'static str,
}
/// Holds the options for the `file_size` method.
#[derive(Debug, Clone, Copy, Default)]
#[non_exhaustive]
pub struct FormatSizeOptions {
/// Whether the value being formatted represents an amount of bits or bytes.
pub base_unit: BaseUnit,
/// The scale (binary/decimal) to divide against.
pub kilo: Kilo,
/// The unit set to display.
pub units: Kilo,
/// The amount of decimal places to display if the decimal part is non-zero.
pub decimal_places: usize,
/// The amount of zeroes to display if the decimal part is zero.
pub decimal_zeroes: usize,
/// Whether to force a certain representation and if so, which one.
pub fixed_at: Option<FixedAt>,
/// Whether to use the full unit (e.g. `Kilobyte`) or its abbreviation (`kB`).
pub long_units: bool,
/// Whether to place a space between value and units.
pub space_after_value: bool,
/// An optional suffix which will be appended after the unit. Useful to represent speeds (e.g. `1 kB/s)
pub suffix: &'static str,
}
impl FormatSizeOptions {
pub fn from(from: FormatSizeOptions) -> FormatSizeOptions {
FormatSizeOptions { ..from }
}
pub fn base_unit(mut self, base_unit: BaseUnit) -> FormatSizeOptions {
self.base_unit = base_unit;
self
}
pub fn kilo(mut self, kilo: Kilo) -> FormatSizeOptions {
self.kilo = kilo;
self
}
pub fn units(mut self, units: Kilo) -> FormatSizeOptions {
self.units = units;
self
}
pub fn decimal_places(mut self, decimal_places: usize) -> FormatSizeOptions {
self.decimal_places = decimal_places;
self
}
pub fn decimal_zeroes(mut self, decimal_zeroes: usize) -> FormatSizeOptions {
self.decimal_zeroes = decimal_zeroes;
self
}
pub fn fixed_at(mut self, fixed_at: Option<FixedAt>) -> FormatSizeOptions {
self.fixed_at = fixed_at;
self
}
pub fn long_units(mut self, long_units: bool) -> FormatSizeOptions {
self.long_units = long_units;
self
}
pub fn space_after_value(mut self, insert_space: bool) -> FormatSizeOptions {
self.space_after_value = insert_space;
self
}
pub fn suffix(mut self, suffix: &'static str) -> FormatSizeOptions {
self.suffix = suffix;
self
}
}
impl AsRef<FormatSizeOptions> for FormatSizeOptions {
fn as_ref(&self) -> &FormatSizeOptions {
self
}
}
notes-service/vendor/humansize/src/scales.rs
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pub(crate) static SCALE_DECIMAL: [&str; 9] = ["B", "kB", "MB", "GB", "TB", "PB", "EB", "ZB", "YB"];
pub(crate) static SCALE_DECIMAL_LONG: [&str; 9] = [
"Bytes",
"Kilobytes",
"Megabytes",
"Gigabytes",
"Terabytes",
"Petabytes",
"Exabytes",
"Zettabytes",
"Yottabytes",
];
pub(crate) static SCALE_BINARY: [&str; 9] =
["B", "KiB", "MiB", "GiB", "TiB", "PiB", "EiB", "ZiB", "YiB"];
pub(crate) static SCALE_BINARY_LONG: [&str; 9] = [
"Bytes",
"Kibibytes",
"Mebibytes",
"Gibibytes",
"Tebibytes",
"Pebibytes",
"Exbibytes",
"Zebibytes",
"Yobibytes",
];
pub(crate) static SCALE_DECIMAL_BIT: [&str; 9] = [
"bits", "kbit", "Mbit", "Gbit", "Tbit", "Pbit", "Ebit", "Zbit", "Ybit",
];
pub(crate) static SCALE_DECIMAL_BIT_LONG: [&str; 9] = [
"Bits",
"Kilobits",
"Megabits",
"Gigabits",
"Terabits",
"Petabits",
"Exabits",
"Zettabits",
"Yottabits",
];
pub(crate) static SCALE_BINARY_BIT: [&str; 9] = [
"bits", "Kibit", "Mibit", "Gibit", "Tibit", "Pibit", "Eibit", "Zibit", "Yibit",
];
pub(crate) static SCALE_BINARY_BIT_LONG: [&str; 9] = [
"bits", "Kibibits", "Mebibits", "Gibibits", "Tebibits", "Pebibits", "Exbibits", "Zebibits",
"Yobibits",
];
notes-service/vendor/humansize/src/utils.rs
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use libm::fabs;
pub(crate) fn f64_eq(left: f64, right: f64) -> bool {
left == right || fabs(left - right) <= f64::EPSILON
}
notes-service/vendor/humansize/tests/test.rs
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use humansize::{
format_size, format_size_i, BaseUnit, FixedAt, FormatSizeOptions, BINARY, DECIMAL, WINDOWS,
};
#[test]
fn test_sizes() {
assert_eq!(format_size(0u32, BINARY), "0 B");
assert_eq!(format_size(999u32, BINARY), "999 B");
assert_eq!(format_size(1000u32, BINARY), "1000 B");
assert_eq!(format_size(1000u32, DECIMAL), "1 kB");
assert_eq!(format_size(1023u32, BINARY), "1023 B");
assert_eq!(format_size(1023u32, DECIMAL), "1.02 kB");
assert_eq!(format_size(1024u32, BINARY), "1 KiB");
assert_eq!(format_size(1024u32, WINDOWS), "1 kB");
assert_eq!(format_size_i(1000f32, DECIMAL), "1 kB");
assert_eq!(format_size_i(1000f64, DECIMAL), "1 kB");
let custom_options = FormatSizeOptions::from(DECIMAL).space_after_value(false);
assert_eq!(format_size(1000u32, custom_options), "1kB");
let custom_options = FormatSizeOptions::from(BINARY).suffix("/s");
assert_eq!(format_size(999u32, custom_options), "999 B/s");
let custom_options = FormatSizeOptions::from(DECIMAL)
.suffix("/day")
.space_after_value(false);
assert_eq!(format_size(1000u32, custom_options), "1kB/day");
let custom_options = FormatSizeOptions::from(BINARY).fixed_at(Some(FixedAt::Base));
assert_eq!(format_size(2048u32, custom_options), "2048 B");
let custom_options = FormatSizeOptions::from(BINARY)
.fixed_at(Some(FixedAt::Base))
.long_units(true);
assert_eq!(format_size(2048u32, custom_options), "2048 Bytes");
let custom_options = FormatSizeOptions::from(BINARY).fixed_at(Some(FixedAt::Kilo));
assert_eq!(format_size(16584975u32, custom_options), "16196.26 KiB");
assert_eq!(format_size_i(-16584975, custom_options), "-16196.26 KiB");
let custom_options = FormatSizeOptions::from(BINARY)
.fixed_at(Some(FixedAt::Tera))
.decimal_places(10);
assert_eq!(format_size(15284975u32, custom_options), "0.0000139016 TiB");
assert_eq!((format_size_i(-5500, DECIMAL)), "-5.50 kB");
assert_eq!((format_size(5500u32, DECIMAL)), "5.50 kB");
let custom_options = FormatSizeOptions::from(DECIMAL).base_unit(BaseUnit::Bit);
assert_eq!((format_size(1usize, custom_options)), "1 bit");
assert_eq!((format_size(150usize, custom_options)), "150 bits");
assert_eq!((format_size(1000usize, custom_options)), "1 kbit");
}
#[test]
fn use_custom_option_struct_twice() {
let options = FormatSizeOptions::from(DECIMAL).long_units(true);
assert_eq!(format_size(1500u32, &options), "1.50 Kilobyte",);
assert_eq!(format_size(2500u32, &options), "2.50 Kilobytes",);
assert_eq!(format_size_i(-2500000, &options), "-2.50 Megabytes",);
}
#[test]
fn pluralization_works() {
let options = FormatSizeOptions::from(DECIMAL)
.long_units(true)
.decimal_zeroes(2);
assert_eq!(format_size(1u32, &options), "1.00 Byte",);
assert_eq!(format_size(1000u32, &options), "1.00 Kilobyte",);
assert_eq!(format_size(1000000u32, &options), "1.00 Megabyte",);
assert_eq!(format_size(1000000000u32, &options), "1.00 Gigabyte",);
assert_eq!(format_size_i(1000000000000_i64, &options), "1.00 Terabyte",);
assert_eq!(
format_size_i(1000000000000000_i64, &options),
"1.00 Petabyte",
);
assert_eq!(
format_size_i(1000000000000000000_i64, &options),
"1.00 Exabyte",
);
}
#[test]
fn max_value_decimal() {
let options = FormatSizeOptions::from(DECIMAL)
.decimal_places(7)
.long_units(true);
assert_eq!(format_size(core::u64::MAX, &options), "18.4467441 Exabytes",);
}
#[test]
fn max_value_binary() {
let options = FormatSizeOptions::from(BINARY)
.decimal_places(7)
.long_units(true);
assert_eq!(format_size(core::u64::MAX, &options), "16 Exbibytes",);
}