Crate irox_tools

Source

Modules§

  • ansi_colors
    List of some basic ANSI Console colors
  • arrays
    Functions and tools for manipulating arrays of items.
  • assert
    Additional assert macros for tests
  • base64
    RFC-4648 Compliant Base64, Base32, and Base16 encoders and decoders
  • buf
    Stack Buffers
  • codec
    A Codec is a trait that provides encode and decode to convert to/from different byte encoding formats
  • errors
    Macros to aid in the creation of crate-level error structs
  • f32
    A collection of utilities for the f32 built-in
  • f64
    A collection of utilities for the f64 built-in
  • fmt
    Formatting structs and traits
  • fs
    Filesystem utilities
  • hash
    Message Hash (Digest) functions
  • hex
    Hexdump & Hex manipulation
  • identifier
    An Identifier represents a way to uniquely identify an item, whether as a String, u64, or UUID.
  • iterators
    Iterators adds the Itertools Trait, which adds a number of additional helper methods to the Iterator Trait.
  • macros
    Macros for better documentation.
  • options
    MaybeInto, MaybeFrom, and MaybeMap - traits to improve chaining of optional functions and erasing Results
  • packetio
    Traits for packetization of data and movement of packets of data
  • random
    Pseudo-Random Number Generators (PRNGs)
  • readstd
    Helper functions around std::io::Read
  • scannerstd
    A utility to scan for tokens in a byte stream
  • syncstd
    More complex synchronization primitives than in the STD.
  • u8
    A collection of utilities for the u8 built-in
  • u16
  • u32
  • u64
    A collection of utilities for the u64 built-in
  • uuid
    A basic implementation of a UUID
  • vecalloc
    Bolt-ons for Vec and VecDeque - better displays and iteration tools

Macros§

  • assert_eq_eps
    Assert Equal with floating point epsilon/delta values. |left-right| <= eps
  • assert_eq_hex
    Assert equal w/ hex value, for elements that implement core::fmt::UpperHex
  • assert_eq_hex_slice
    Assert equal w/ hex value slices, for slices of elements that implement core::fmt::UpperHex
  • cfg_feature_alloc
    Enables feature-specific code. Use this macro instead of cfg(feature = "alloc") to generate docs properly.
  • cfg_feature_bits
    Enables feature-specific code. Use this macro instead of cfg(feature = "bits") to generate docs properly.
  • cfg_feature_egui
    Enables feature-specific code. Use this macro instead of cfg(feature = "egui") to generate docs properly.
  • cfg_feature_git
    Enables feature-specific code. Use this macro instead of cfg(feature = "git") to generate docs properly.
  • cfg_feature_plots
    Enables feature-specific code. Use this macro instead of cfg(feature = "plots") to generate docs properly.
  • cfg_feature_serde
    Enables feature-specific code. Use this macro instead of cfg(feature = "serde") to generate docs properly.
  • cfg_feature_std
    Enables feature-specific code. Use this macro instead of cfg(feature = "std") to generate docs properly.
  • cfg_unix
    Enables Unix-specific code. Use this macro instead of cfg(unix) to generate docs properly.
  • cfg_windows
    Enables Windows-specific code. Use this macro instead of cfg(windows) to generate docs properly.
  • format
    Variant of the format! macro that doesn’t require std::io::Write
  • format_bg_color
    Creates a ANSI Terminal Background Color Code using the specified RGB values
  • format_fg_color
    Creates a ANSI Terminal Foreground Color Code using the specified RGB values
  • hex
    Const compile-time evaluation of the provided string literals
  • impl_err_fn
    Macro to template out standard builder functions for types build with impl_error
  • impl_erroralloc
    Macro to build a fairly standard error struct.
  • impl_from_error
    Macro to implement from converters for error types generated with impl_error!
  • static_initstd
    Creates a static lazy initialization variable function.

Enums§

Traits§

  • ToF64
  • WrappingAdd
    Wrapping (modular) addition. Computes self + rhs, wrapping around at the boundary of the type.
  • WrappingMul
    Wrapping (modular) multiplication. Computes self * rhs, wrapping around at the boundary of the type.
  • WrappingSub
    Wrapping (modular) subtraction. Computes self - rhs, wrapping around at the boundary of the type.